cscope 15 $HOME/work/opnfv/samplevnf/common               0001447068
	@VIL/acl/lib_acl.c

16 
	~"lib_a�.h
"

17 
	~"vnf_comm�.h
"

18 
	~<�e_p�t.h
>

19 

	#ACL_LIB_DEBUG
 0

	)

20 
�e_a�_f�ld_def
 
	gf�ld_f�m�_�v4
[] = {

23 .
ty�
 = 
RTE_ACL_FIELD_TYPE_BITMASK
,

24 .
	gsize
 = (
u�t8_t
),

25 .
	gf�ld_�dex
 = 0,

26 .
	g�put_�dex
 = 0,

27 .
	goff�t
 = (
�h�_hdr
) +

28 
off�tof
(
�v4_hdr
, 
�xt_��o_id
),

33 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

34 .
	gsize
 = (
u�t32_t
),

35 .
	gf�ld_�dex
 = 1,

36 .
	g�put_�dex
 = 1,

37 .
	goff�t
 = (
�h�_hdr
) +

38 
off�tof
(
�v4_hdr
, 
�c_addr
),

43 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

44 .
	gsize
 = (
u�t32_t
),

45 .
	gf�ld_�dex
 = 2,

46 .
	g�put_�dex
 = 2,

47 .
	goff�t
 = (
�h�_hdr
) +

48 
off�tof
(
�v4_hdr
, 
d�_addr
),

53 .
ty�
 = 
RTE_ACL_FIELD_TYPE_RANGE
,

54 .
	gsize
 = (
u�t16_t
),

55 .
	gf�ld_�dex
 = 3,

56 .
	g�put_�dex
 = 3,

57 .
	goff�t
 = (
�h�_hdr
) +

58 (
�v4_hdr
�+ 
off�tof
(
t�_hdr
, 
�c_p�t
),

63 .
ty�
 = 
RTE_ACL_FIELD_TYPE_RANGE
,

64 .
	gsize
 = (
u�t16_t
),

65 .
	gf�ld_�dex
 = 4,

66 .
	g�put_�dex
 = 3,

67 .
	goff�t
 = (
�h�_hdr
) +

68 (
�v4_hdr
�+ 
off�tof
(
t�_hdr
, 
d�_p�t
),

72 

	#SIZEOF_VLAN_HDR
 4

	)

74 
�e_a�_f�ld_def
 
	gf�ld_f�m�_v�n_�v4
[] = {

77 .
ty�
 = 
RTE_ACL_FIELD_TYPE_BITMASK
,

78 .
	gsize
 = (
u�t8_t
),

79 .
	gf�ld_�dex
 = 0,

80 .
	g�put_�dex
 = 0,

81 .
	goff�t
 = (
�h�_hdr
) +

82 
SIZEOF_VLAN_HDR
 + 
off�tof
(
�v4_hdr
, 
�xt_��o_id
),

87 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

88 .
	gsize
 = (
u�t32_t
),

89 .
	gf�ld_�dex
 = 1,

90 .
	g�put_�dex
 = 1,

91 .
	goff�t
 = (
�h�_hdr
) +

92 
SIZEOF_VLAN_HDR
 + 
off�tof
(
�v4_hdr
, 
�c_addr
),

97 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

98 .
	gsize
 = (
u�t32_t
),

99 .
	gf�ld_�dex
 = 2,

100 .
	g�put_�dex
 = 2,

101 .
	goff�t
 = (
�h�_hdr
) +

102 
SIZEOF_VLAN_HDR
 + 
off�tof
(
�v4_hdr
, 
d�_addr
),

107 .
ty�
 = 
RTE_ACL_FIELD_TYPE_RANGE
,

108 .
	gsize
 = (
u�t16_t
),

109 .
	gf�ld_�dex
 = 3,

110 .
	g�put_�dex
 = 3,

111 .
	goff�t
 = (
�h�_hdr
) +

112 
SIZEOF_VLAN_HDR
 +

113 (
�v4_hdr
�+ 
off�tof
(
t�_hdr
, 
�c_p�t
),

118 .
ty�
 = 
RTE_ACL_FIELD_TYPE_RANGE
,

119 .
	gsize
 = (
u�t16_t
),

120 .
	gf�ld_�dex
 = 4,

121 .
	g�put_�dex
 = 4,

122 .
	goff�t
 = (
�h�_hdr
) +

123 
SIZEOF_VLAN_HDR
 +

124 (
�v4_hdr
�+ 
off�tof
(
t�_hdr
, 
d�_p�t
),

128 

	#SIZEOF_QINQ_HEADER
 8

	)

130 
�e_a�_f�ld_def
 
	gf�ld_f�m�_q�q_�v4
[] = {

133 .
ty�
 = 
RTE_ACL_FIELD_TYPE_BITMASK
,

134 .
	gsize
 = (
u�t8_t
),

135 .
	gf�ld_�dex
 = 0,

136 .
	g�put_�dex
 = 0,

137 .
	goff�t
 = (
�h�_hdr
) +

138 
SIZEOF_QINQ_HEADER
 + 
off�tof
(
�v4_hdr
, 
�xt_��o_id
),

143 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

144 .
	gsize
 = (
u�t32_t
),

145 .
	gf�ld_�dex
 = 1,

146 .
	g�put_�dex
 = 1,

147 .
	goff�t
 = (
�h�_hdr
) +

148 
SIZEOF_QINQ_HEADER
 + 
off�tof
(
�v4_hdr
, 
�c_addr
),

153 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

154 .
	gsize
 = (
u�t32_t
),

155 .
	gf�ld_�dex
 = 2,

156 .
	g�put_�dex
 = 2,

157 .
	goff�t
 = (
�h�_hdr
) +

158 
SIZEOF_QINQ_HEADER
 + 
off�tof
(
�v4_hdr
, 
d�_addr
),

163 .
ty�
 = 
RTE_ACL_FIELD_TYPE_RANGE
,

164 .
	gsize
 = (
u�t16_t
),

165 .
	gf�ld_�dex
 = 3,

166 .
	g�put_�dex
 = 3,

167 .
	goff�t
 = (
�h�_hdr
) +

168 
SIZEOF_QINQ_HEADER
 +

169 (
�v4_hdr
�+ 
off�tof
(
t�_hdr
, 
�c_p�t
),

174 .
ty�
 = 
RTE_ACL_FIELD_TYPE_RANGE
,

175 .
	gsize
 = (
u�t16_t
),

176 .
	gf�ld_�dex
 = 4,

177 .
	g�put_�dex
 = 4,

178 .
	goff�t
 = (
�h�_hdr
) +

179 
SIZEOF_QINQ_HEADER
 +

180 (
�v4_hdr
�+ 
off�tof
(
t�_hdr
, 
d�_p�t
),

184 
�e_a�_f�ld_def
 
	gf�ld_f�m�_�v6
[] = {

187 .
ty�
 = 
RTE_ACL_FIELD_TYPE_BITMASK
,

188 .
	gsize
 = (
u�t8_t
),

189 .
	gf�ld_�dex
 = 0,

190 .
	g�put_�dex
 = 0,

191 .
	goff�t
 = (
�h�_hdr
) +

192 
off�tof
(
�v6_hdr
, 
��o
),

197 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

198 .
	gsize
 = (
u�t32_t
),

199 .
	gf�ld_�dex
 = 1,

200 .
	g�put_�dex
 = 1,

201 .
	goff�t
 = (
�h�_hdr
) +

202 
off�tof
(
�v6_hdr
, 
�c_addr
),

206 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

207 .
	gsize
 = (
u�t32_t
),

208 .
	gf�ld_�dex
 = 2,

209 .
	g�put_�dex
 = 2,

210 .
	goff�t
 = (
�h�_hdr
) +

211 
off�tof
(
�v6_hdr
, 
�c_addr
�+ (
	gu�t32_t
),

215 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

216 .
	gsize
 = (
u�t32_t
),

217 .
	gf�ld_�dex
 = 3,

218 .
	g�put_�dex
 = 3,

219 .
	goff�t
 = (
�h�_hdr
) +

220 
off�tof
(
�v6_hdr
, 
�c_addr
�+ 2 * (
	gu�t32_t
),

224 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

225 .
	gsize
 = (
u�t32_t
),

226 .
	gf�ld_�dex
 = 4,

227 .
	g�put_�dex
 = 4,

228 .
	goff�t
 = (
�h�_hdr
) +

229 
off�tof
(
�v6_hdr
, 
�c_addr
�+ 3 * (
	gu�t32_t
),

234 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

235 .
	gsize
 = (
u�t32_t
),

236 .
	gf�ld_�dex
 = 5,

237 .
	g�put_�dex
 = 5,

238 .
	goff�t
 = (
�h�_hdr
) +

239 
off�tof
(
�v6_hdr
, 
d�_addr
),

243 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

244 .
	gsize
 = (
u�t32_t
),

245 .
	gf�ld_�dex
 = 6,

246 .
	g�put_�dex
 = 6,

247 .
	goff�t
 = (
�h�_hdr
) +

248 
off�tof
(
�v6_hdr
, 
d�_addr
�+ (
	gu�t32_t
),

252 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

253 .
	gsize
 = (
u�t32_t
),

254 .
	gf�ld_�dex
 = 7,

255 .
	g�put_�dex
 = 7,

256 .
	goff�t
 = (
�h�_hdr
) +

257 
off�tof
(
�v6_hdr
, 
d�_addr
�+ 2 * (
	gu�t32_t
),

261 .
ty�
 = 
RTE_ACL_FIELD_TYPE_MASK
,

262 .
	gsize
 = (
u�t32_t
),

263 .
	gf�ld_�dex
 = 8,

264 .
	g�put_�dex
 = 8,

265 .
	goff�t
 = (
�h�_hdr
) +

266 
off�tof
(
�v6_hdr
, 
d�_addr
�+ 3 * (
	gu�t32_t
),

271 .
ty�
 = 
RTE_ACL_FIELD_TYPE_RANGE
,

272 .
	gsize
 = (
u�t16_t
),

273 .
	gf�ld_�dex
 = 9,

274 .
	g�put_�dex
 = 9,

275 .
	goff�t
 = (
�h�_hdr
) +

276 (
�v6_hdr
�+ 
off�tof
(
t�_hdr
, 
�c_p�t
),

281 .
ty�
 = 
RTE_ACL_FIELD_TYPE_RANGE
,

282 .
	gsize
 = (
u�t16_t
),

283 .
	gf�ld_�dex
 = 10,

284 .
	g�put_�dex
 = 9,

285 .
	goff�t
 = (
�h�_hdr
) +

286 (
�v6_hdr
�+ 
off�tof
(
t�_hdr
, 
d�_p�t
),

290 *
	$lib_a�_���_a�ive_��dby_�b�_�v4
(
u�t8_t
 
�b�_num
,

291 
u�t32_t
 *
liba�_n_ru�s
)

293 
	`��tf
("Create LIBACL�ctive IPV4 Tables�te_socket_id(): %i\n",

294 
	`�e_sock�_id
());

297 
�e_�b�_a�_��ms
 
comm�_�v4_�b�_liba�_��ms
 = {

298 .
�me
 = "LIBACLIPV4A",

299 .
n_ru�s
 = *
liba�_n_ru�s
,

300 .
n_ru�_f�lds
 = 
	`RTE_DIM
(
f�ld_f�m�_�v4
),

303 
	`mem�y
(
comm�_�v4_�b�_liba�_��ms
.
f�ld_f�m�
,

304 
f�ld_f�m�_�v4
, (field_format_ipv4));

306 
u�t32_t
 
�v4_��y_size
 = (
lib_a�_�b�_��y
);

308 i�(
�b�_num
 == 2)

309 
comm�_�v4_�b�_liba�_��ms
.
�me
 = "LIBACLIPV4B";

310  
�e_�b�_a�_�s
.
	`f_���
(&
comm�_�v4_�b�_liba�_��ms
,

311 
	`�e_sock�_id
(),

312 
�v4_��y_size
);

315 
	}
}

317 *
	$lib_a�_���_a�ive_��dby_�b�_�v6
(
u�t8_t
 
�b�_num
,

318 
u�t32_t
 *
liba�_n_ru�s
)

320 
	`��tf
("Create LIBACL�ctive IPV6 Tables�te_socket_id(): %i\n",

321 
	`�e_sock�_id
());

323 
�e_�b�_a�_��ms
 
comm�_�v6_�b�_liba�_��ms
 = {

324 .
�me
 = "LIBACLIPV6A",

325 .
n_ru�s
 = *
liba�_n_ru�s
,

326 .
n_ru�_f�lds
 = 
	`RTE_DIM
(
f�ld_f�m�_�v6
),

329 
	`mem�y
(
comm�_�v6_�b�_liba�_��ms
.
f�ld_f�m�
,

330 
f�ld_f�m�_�v6
, (field_format_ipv6));

332 
u�t32_t
 
�v6_��y_size
 = (
lib_a�_�b�_��y
);

334 i�(
�b�_num
 == 2)

335 
comm�_�v6_�b�_liba�_��ms
.
�me
 = "LIBACLIPV6B";

336  
�e_�b�_a�_�s
.
	`f_���
(&
comm�_�v6_�b�_liba�_��ms
,

337 
	`�e_sock�_id
(),

338 
�v6_��y_size
);

341 
	}
}

342 
	$lib_a�_�r�_c�fig
(
lib_a�
 *
�ib_a�
,

343 *
�g_�me
, *
�g_v�ue
,

344 
u�t32_t
 *
liba�_n_ru�s
)

346 
u�t32_t
 
n_ru�s_�e��
 = 0;

347 
u�t32_t
 
pkt_ty�_�e��
 = 0;

349 
�ib_a�
->
n_ru�s
 = 
DEFULT_NUM_RULE
;

350 *
liba�_n_ru�s
 = 
DEFULT_NUM_RULE
;

351 
�ib_a�
->
n_ru�_f�lds
 = 
	`RTE_DIM
(
f�ld_f�m�_�v4
);

352 
�ib_a�
->
f�ld_f�m�
 = 
f�ld_f�m�_�v4
;

353 
�ib_a�
->
f�ld_f�m�_size
 = (
f�ld_f�m�_�v4
);

354 i�(
	`�rcmp
(
�g_�me
, "n_rules") == 0) {

355 i�(
n_ru�s_�e��
) {

356 
	`��tf
("n_rules_present");

359 
n_ru�s_�e��
 = 1;

361 
�ib_a�
->
n_ru�s
 = 
	`�oi
(
�g_v�ue
);

362 *
liba�_n_ru�s
 = 
	`�oi
(
�g_v�ue
);

365 i�(
	`�rcmp
(
�g_�me
, "pkt_type") == 0) {

366 i�(
pkt_ty�_�e��
) {

367 
	`��tf
("pkt_type");

370 
pkt_ty�_�e��
 = 1;

373 i�(
	`�rcmp
(
�g_v�ue
, "ipv4") == 0) {

374 
�ib_a�
->
n_ru�_f�lds
 =

375 
	`RTE_DIM
(
f�ld_f�m�_�v4
);

376 
�ib_a�
->
f�ld_f�m�
 = 
f�ld_f�m�_�v4
;

377 
�ib_a�
->
f�ld_f�m�_size
 =

378 (
f�ld_f�m�_�v4
);

383 i�(
	`�rcmp
(
�g_v�ue
, "vlan_ipv4") == 0) {

384 
�ib_a�
->
n_ru�_f�lds
 =

385 
	`RTE_DIM
(
f�ld_f�m�_v�n_�v4
);

386 
�ib_a�
->
f�ld_f�m�
 =

387 
f�ld_f�m�_v�n_�v4
;

388 
�ib_a�
->
f�ld_f�m�_size
 =

389 (
f�ld_f�m�_v�n_�v4
);

394 i�(
	`�rcmp
(
�g_v�ue
, "qinq_ipv4") == 0) {

395 
�ib_a�
->
n_ru�_f�lds
 =

396 
	`RTE_DIM
(
f�ld_f�m�_q�q_�v4
);

397 
�ib_a�
->
f�ld_f�m�
 =

398 
f�ld_f�m�_q�q_�v4
;

399 
�ib_a�
->
f�ld_f�m�_size
 =

400 (
f�ld_f�m�_q�q_�v4
);

405 i�(
	`�rcmp
(
�g_v�ue
, "ipv6") == 0) {

406 
�ib_a�
->
n_ru�_f�lds
 =

407 
	`RTE_DIM
(
f�ld_f�m�_�v6
);

408 
�ib_a�
->
f�ld_f�m�
 = 
f�ld_f�m�_�v6
;

409 
�ib_a�
->
f�ld_f�m�_size
 =

410 (
f�ld_f�m�_�v6
);

414 
	`��tf
("other");

419 
	}
}

444 
u�t64_t


445 
lib_a�_pkt_w�k_key
(
lib_a�
 *
�ib_a�
,

446 
�e_mbuf
 **
pkts
, 
u�t64_t
 
pkts_mask
,

447 
u�t64_t
 *
pkts_dr�_w�hout_ru�
,

448 *
�ib_a�_ru�_�b�_�v4_a�ive
,

449 *
�ib_a�_ru�_�b�_�v6_a�ive
,

450 
p���e_a�i�_key
 *
a�i�_��y_a�ive
,

451 
a�i�_cou��_block
 (*
p_a�i�_cou��_�b�
)[
a�i�_��y_max
],

452 
u�t64_t
 *
c���ck_mask
,

453 
u�t64_t
 *
c��xi�_mask
,

454 
lib_a�_�v4_�ab�d
, 
lib_a�_�v6_�ab�d
)

457 
u�t64_t
 
	glookup_h�_mask
 = 0;

458 
u�t64_t
 
	glookup_h�_mask_�v4
 = 0;

459 
u�t64_t
 
	glookup_h�_mask_�v6
 = 0;

460 
u�t64_t
 
	glookup_miss_mask
 = 0;

461 
	g��us
;

464 i�(
	glib_a�_�v4_�ab�d
) {

465 i�(
	gACL_LIB_DEBUG
)

466 
��tf
("ACL IPV4 Looku�Mask Befܐ�0x%"
PRIx64
"\n",

467 
pkts_mask
);

468 
	g��us
 = 
�e_�b�_a�_�s
.
f_lookup
(

469 
�ib_a�_ru�_�b�_�v4_a�ive
,

470 
pkts
, 
pkts_mask
, &
lookup_h�_mask_�v4
,

471 (**�
�ib_a�
->
�ib_a�_���s_�v4
);

472 i�(
	g��us
 < 0)

473 
��tf
("Lookup failed\n");

474 i�(
	gACL_LIB_DEBUG
)

475 
��tf
("ACL IPV4 Looku�Mask A� = 0x%"
PRIx64
"\n",

476 
lookup_h�_mask_�v4
);

479 i�(
	glib_a�_�v6_�ab�d
) {

480 i�(
	gACL_LIB_DEBUG
)

481 
��tf
("ACL IPV6 Looku�Mask Befܐ�0x%"
PRIx64
"\n",

482 
pkts_mask
);

483 
	g��us
 = 
�e_�b�_a�_�s
.
f_lookup
(

484 
�ib_a�_ru�_�b�_�v6_a�ive
,

485 
pkts
, 
pkts_mask
, &
lookup_h�_mask_�v6
,

486 (**�
�ib_a�
->
�ib_a�_���s_�v6
);

487 i�(
	g��us
 < 0)

488 
��tf
("Lookup Failed\n");

489 i�(
	gACL_LIB_DEBUG
)

490 
��tf
("ACL IPV6 Looku�Mask A� = 0x%"
PRIx64
"\n",

491 
lookup_h�_mask_�v6
);

495 
	glookup_h�_mask
 = 
lookup_h�_mask_�v4
 | 
lookup_h�_mask_�v6
;

496 i�(
	gACL_LIB_DEBUG
)

497 
��tf
("ACL Looku�Mask A� = 0x%"
PRIx64
"\n",

498 
lookup_h�_mask
);

500 
	glookup_miss_mask
 = 
pkts_mask
 & (~
lookup_h�_mask
);

501 
	gpkts_mask
 = 
lookup_h�_mask
;

502 *
	gpkts_dr�_w�hout_ru�
 +�
__bu�t�_p�cou��
(
lookup_miss_mask
);

503 i�(
	gACL_LIB_DEBUG
)

504 
��tf
("pkt_w�k_a�_key�kts_dr�: %" 
PRIu64
 "�_pkts: %u\n",

505 *
pkts_dr�_w�hout_ru�
,

506 
__bu�t�_p�cou��
(
lookup_miss_mask
));

508 
u�t64_t
 
	gpkts_to_�o�ss
 = 
lookup_h�_mask
;

510 ; 
	gpkts_to_�o�ss
;) {

511 
u�t8_t
 
	gpos
 = (u�t8_t)
__bu�t�_�z�
(
pkts_to_�o�ss
);

513 
u�t64_t
 
	gpkt_mask
 = 1LLU << 
pos
;

515 
	gpkts_to_�o�ss
 &�~
pkt_mask
;

516 
�e_mbuf
 *
	gpkt
 = 
pkts
[
pos
];

518 
u�t8_t
 
	ghdr_chk
 = 
RTE_MBUF_METADATA_UINT8
(
pkt
, 
IP_START
);

520 
	ghdr_chk
 = 
hdr_chk
 >> 
IP_VERSION_CHECK
;

522 i�(
	ghdr_chk
 =�
IPv4_HDR_VERSION
) {

524 
lib_a�_�b�_��y
 *
��y
 =

525 (
lib_a�_�b�_��y
 *)

526 
�ib_a�
->
�ib_a�_���s_�v4
[
pos
];

527 
u�t16_t
 
	gphy_p�t
 = 
��y
->
h�d
.
p�t_id
;

528 
u�t32_t
 
	ga�i�_id
 = 
��y
->
a�i�_id
;

530 i�(
	gACL_LIB_DEBUG
)

531 
��tf
("a�i�_id = %u\n", 
a�i�_id
);

533 
u�t32_t
 
	gds�_off�t
 = 
IP_START
 + 
IP_HDR_DSCP_OFST
;

535 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

536 
	glib_a�_a�i�_cou�
) {

537 
	gp_a�i�_cou��_�b�


538 [
�ib_a�
->
a�i�_cou��_�dex
]

539 [
a�i�_id
].
	g�ck�Cou�
++;

540 
	gp_a�i�_cou��_�b�


541 [
�ib_a�
->
a�i�_cou��_�dex
]

542 [
a�i�_id
].
	gby�Cou�
 +=

543 
�e_pktmbuf_pkt_�n
(
pkt
);

544 i�(
	gACL_LIB_DEBUG
)

545 
��tf
("Action Count Packet Count: %"

546 
PRIu64
 " Byte Count: %"

547 
PRIu64
 "\n"

548 , 
p_a�i�_cou��_�b�


549 [
�ib_a�
->
a�i�_cou��_�dex
]

550 [
a�i�_id
].
�ck�Cou�
,

551 
p_a�i�_cou��_�b�


552 [
�ib_a�
->
a�i�_cou��_�dex
]

553 [
a�i�_id
].
by�Cou�
);

556 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

557 
	glib_a�_a�i�_�ck�_dr�
) {

560 i�(
	gACL_LIB_DEBUG
)

561 
��tf
("ACL before drop�kt_mask %"

562 
PRIx64
",�kt_num %d\n",

563 
pkts_mask
, 
pos
);

564 
	gpkts_mask
 &�~(1LLU << 
pos
);

565 (*
	gpkts_dr�_w�hout_ru�
)++;

566 i�(
	gACL_LIB_DEBUG
)

567 
��tf
("ACL�� dr݅kt_mask %"
PRIx64


569 
PRIu64
"\n", 
pkts_mask
, 
pos
,

570 *
pkts_dr�_w�hout_ru�
);

573 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

574 
	glib_a�_a�i�_fwd
) {

575 
	gphy_p�t
 = 
a�i�_��y_a�ive
[
a�i�_id
].

576 
fwd_p�t
;

577 
	g��y
->
	gh�d
.
	gp�t_id
 = 
phy_p�t
;

578 i�(
	gACL_LIB_DEBUG
)

579 
��tf
("Action FWD Port ID: %"

580 
PRIu16
"\n", 
phy_p�t
);

583 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

584 
	glib_a�_a�i�_�t
) {

585 
	gphy_p�t
 = 
a�i�_��y_a�ive
[
a�i�_id
].

586 
�t_p�t
;

587 
	g��y
->
	gh�d
.
	gp�t_id
 = 
phy_p�t
;

588 i�(
	gACL_LIB_DEBUG
)

589 
��tf
("Action NAT Port ID: %"

590 
PRIu16
"\n", 
phy_p�t
);

593 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

594 
	glib_a�_a�i�_ds�
) {

597 
u�t8_t
 *
	gds�
 = 
RTE_MBUF_METADATA_UINT8_PTR
(
pkt
,

598 
ds�_off�t
);

599 *
	gds�
 = 
a�i�_��y_a�ive
[
a�i�_id
].

600 
ds�_�iܙy
 << 2;

601 i�(
	gACL_LIB_DEBUG
)

602 
��tf
("Action DSCP DSCP Priority: %"

603 
PRIu16
 "\n", *
ds�
);

606 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

607 
	glib_a�_a�i�_�ck�_ac��
) {

608 i�(
	gACL_LIB_DEBUG
)

609 
��tf
("Action Accept\n");

611 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�


612 & 
	glib_a�_a�i�_c���ck
) {

615 *
	gc���ck_mask
 |�
pkt_mask
;

616 i�(
	gACL_LIB_DEBUG
)

617 
��tf
("ACL CT�nabled: 0x%"

618 
PRIx64
"�kt_mask: 0x%"

619 
PRIx64
"\n",

620 *
c���ck_mask
,

621 
pkt_mask
);

624 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�


625 & 
	glib_a�_a�i�_c��xi�
) {

628 *
	gc���ck_mask
 |�
pkt_mask
;

634 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].

635 
	g�iv�e_public
 ==

636 
lib_a�_public_�iv�e
)

637 *
c��xi�_mask
 |�
pkt_mask
;

639 i�(
	gACL_LIB_DEBUG
)

640 
��tf
("Connexist ENB CT:0x%"

641 
PRIx64
" connexist: 0x%"

642 
PRIx64
"�kt_mask: 0x%"

643 
PRIx64
"\n",

644 *
c���ck_mask
,

645 *
c��xi�_mask
,

646 
pkt_mask
);

651 i�(
	ghdr_chk
 =�
IPv6_HDR_VERSION
) {

653 
lib_a�_�b�_��y
 *
��y
 =

654 (
lib_a�_�b�_��y
 *)

655 
�ib_a�
->
�ib_a�_���s_�v6
[
pos
];

656 
u�t16_t
 
	gphy_p�t
 = 
��y
->
h�d
.
p�t_id
;

657 
u�t32_t
 
	ga�i�_id
 = 
��y
->
a�i�_id
;

659 i�(
	gACL_LIB_DEBUG
)

660 
��tf
("a�i�_id = %u\n", 
a�i�_id
);

662 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

663 
	glib_a�_a�i�_cou�
) {

664 
	gp_a�i�_cou��_�b�


665 [
�ib_a�
->
a�i�_cou��_�dex
]

666 [
a�i�_id
].
	g�ck�Cou�
++;

667 
	gp_a�i�_cou��_�b�


668 [
�ib_a�
->
a�i�_cou��_�dex
]

669 [
a�i�_id
].
	gby�Cou�
 +=

670 
�e_pktmbuf_pkt_�n
(
pkt
);

671 i�(
	gACL_LIB_DEBUG
)

672 
��tf
("Action Count Packet Count: %"

673 
PRIu64
 " Byte Count: %"

674 
PRIu64
 "\n",

675 
p_a�i�_cou��_�b�


676 [
�ib_a�
->
a�i�_cou��_�dex
]

677 [
a�i�_id
].
�ck�Cou�
,

678 
p_a�i�_cou��_�b�


679 [
�ib_a�
->
a�i�_cou��_�dex
]

680 [
a�i�_id
].
by�Cou�
);

683 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

684 
	glib_a�_a�i�_�ck�_dr�
) {

686 i�(
	gACL_LIB_DEBUG
)

687 
��tf
("ACL before drop�kt_mask %"

688 
PRIx64
",�kt_num %d\n",

689 
pkts_mask
, 
pos
);

690 
	gpkts_mask
 &�~(1LLU << 
pos
);

691 (*
	gpkts_dr�_w�hout_ru�
)++;

692 i�(
	gACL_LIB_DEBUG
)

693 
��tf
("ACL�� dr݅kt_mask %"
PRIx64


695 
PRIu64
 "\n", 
pkts_mask
, 
pos
,

696 *
pkts_dr�_w�hout_ru�
);

700 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

701 
	glib_a�_a�i�_fwd
) {

702 
	gphy_p�t
 = 
a�i�_��y_a�ive
[
a�i�_id
].

703 
fwd_p�t
;

704 
	g��y
->
	gh�d
.
	gp�t_id
 = 
phy_p�t
;

705 i�(
	gACL_LIB_DEBUG
)

706 
��tf
("Action FWD Port ID: %"

707 
PRIu16
"\n", 
phy_p�t
);

710 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

711 
	glib_a�_a�i�_�t
) {

712 
	gphy_p�t
 = 
a�i�_��y_a�ive
[
a�i�_id
].

713 
�t_p�t
;

714 
	g��y
->
	gh�d
.
	gp�t_id
 = 
phy_p�t
;

715 i�(
	gACL_LIB_DEBUG
)

716 
��tf
("Action NAT Port ID: %"

717 
PRIu16
"\n", 
phy_p�t
);

720 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

721 
	glib_a�_a�i�_ds�
) {

724 
u�t32_t
 
	gds�_off�t
 = 
IP_START
 +

725 
IP_HDR_DSCP_OFST_IPV6
;

726 
u�t16_t
 *
	gds�
 = 
RTE_MBUF_METADATA_UINT16_PTR
(

727 
pkt
, 
ds�_off�t
);

728 
u�t16_t
 
	g�mp
 = *
ds�
;

729 
u�t16_t
 
	gds�_v�ue
 = (
�e_bsw�16
(
�mp
) &

731 
u�t8_t
 
	gds�_��e
 =

732 
a�i�_��y_a�ive


733 [
a�i�_id
].
ds�_�iܙy
 << 2;

734 
u�t16_t
 
	gds�_�mp
 = 
ds�_��e
;

736 
	gds�_�mp
 = 
ds�_�mp
 << 4;

737 *
	gds�
 = 
�e_bsw�16
(
ds�_�mp
 | 
ds�_v�ue
);

738 i�(
	gACL_LIB_DEBUG
)

739 
��tf
("Action DSCP DSCP Priority: %"

740 
PRIu16
"\n", *
ds�
);

743 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�


744 & 
	glib_a�_a�i�_�ck�_ac��
) {

745 i�(
	gACL_LIB_DEBUG
)

746 
��tf
("Action Accept\n");

748 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�


749 & 
	glib_a�_a�i�_c���ck
) {

752 *
	gc���ck_mask
 |�
pkt_mask
;

753 i�(
	gACL_LIB_DEBUG
)

754 
��tf
("ACL CT�nabled: 0x%"

755 
PRIx64
"�kt_mask: 0x%"

756 
PRIx64
"\n",

757 *
c���ck_mask
,

758 
pkt_mask
);

761 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�


762 & 
	glib_a�_a�i�_c��xi�
) {

765 *
	gc���ck_mask
 |�
pkt_mask
;

771 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].

772 
	g�iv�e_public
 ==

773 
lib_a�_public_�iv�e
)

774 *
c��xi�_mask
 |�
pkt_mask
;

776 i�(
	gACL_LIB_DEBUG
)

777 
��tf
("Connexist ENB CT:0x%"

778 
PRIx64
" connexist: 0x%"

779 
PRIx64
"�kt_mask: 0x%"

780 
PRIx64
"\n",

781 *
c���ck_mask
,

782 *
c��xi�_mask
,

783 
pkt_mask
);

788  
	gpkts_mask
;

813 
u�t64_t


814 
lib_a�_�v4_pkt_w�k_key
(
lib_a�
 *
�ib_a�
,

815 
�e_mbuf
 **
pkts
, 
u�t64_t
 
pkts_mask
,

816 
u�t64_t
 *
pkts_dr�_w�hout_ru�
,

817 *
�ib_a�_ru�_�b�_�v4_a�ive
,

818 
p���e_a�i�_key
 *
a�i�_��y_a�ive
,

819 
a�i�_cou��_block
 (*
p_a�i�_cou��_�b�
)[
a�i�_��y_max
],

820 
u�t64_t
 *
c���ck_mask
,

821 
u�t64_t
 *
c��xi�_mask
)

824 
u�t64_t
 
	glookup_h�_mask_�v4
 = 0;

825 
u�t64_t
 
	glookup_miss_mask_�v4
 = 0;

826 
	g��us
;

828 i�(
	gACL_LIB_DEBUG
)

829 
��tf
("ACL IPV4 Looku�Mask Befܐ�0x%"
PRIx64
"\n",

830 
pkts_mask
);

831 
	g��us
 = 
�e_�b�_a�_�s
.
f_lookup
(

832 
�ib_a�_ru�_�b�_�v4_a�ive
,

833 
pkts
, 
pkts_mask
, &
lookup_h�_mask_�v4
,

834 (**�
�ib_a�
->
�ib_a�_���s_�v4
);

835 i�(
	g��us
 < 0)

836 
��tf
("Lookup Failed\n");

837 i�(
	gACL_LIB_DEBUG
)

838 
��tf
("ACL IPV4 Looku�Mask A� = 0x%"
PRIx64
"\n",

839 
lookup_h�_mask_�v4
);

840 i�(
	gACL_LIB_DEBUG
)

841 
��tf
("ACL Looku�Mask A� = 0x%"
PRIx64
"\n",

842 
lookup_h�_mask_�v4
);

844 
	glookup_miss_mask_�v4
 = 
pkts_mask
 & (~
lookup_h�_mask_�v4
);

845 
	gpkts_mask
 = 
lookup_h�_mask_�v4
;

846 *
	gpkts_dr�_w�hout_ru�
 +�
__bu�t�_p�cou��
(
lookup_miss_mask_�v4
);

847 i�(
	gACL_LIB_DEBUG
)

848 
��tf
("pkt_w�k_a�_key�kts_dr�: %" 
PRIu64
 "�_pkts: %u\n",

849 *
pkts_dr�_w�hout_ru�
,

850 
__bu�t�_p�cou��
(
lookup_miss_mask_�v4
));

852 
u�t64_t
 
	gpkts_to_�o�ss
 = 
lookup_h�_mask_�v4
;

854 ; 
	gpkts_to_�o�ss
;) {

855 
u�t8_t
 
	gpos
 = (u�t8_t)
__bu�t�_�z�
(
pkts_to_�o�ss
);

857 
u�t64_t
 
	gpkt_mask
 = 1LLU << 
pos
;

859 
	gpkts_to_�o�ss
 &�~
pkt_mask
;

860 
�e_mbuf
 *
	gpkt
 = 
pkts
[
pos
];

864 
lib_a�_�b�_��y
 *
	g��y
 =

865 (
lib_a�_�b�_��y
 *)

866 
�ib_a�
->
�ib_a�_���s_�v4
[
pos
];

867 
u�t16_t
 
	gphy_p�t
 = 
��y
->
h�d
.
p�t_id
;

868 
u�t32_t
 
	ga�i�_id
 = 
��y
->
a�i�_id
;

870 i�(
	gACL_LIB_DEBUG
)

871 
��tf
("a�i�_id = %u\n", 
a�i�_id
);

873 
u�t32_t
 
	gds�_off�t
 = 
IP_START
 + 
IP_HDR_DSCP_OFST
;

875 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

876 
	glib_a�_a�i�_cou�
) {

877 
	gp_a�i�_cou��_�b�


878 [
�ib_a�
->
a�i�_cou��_�dex
]

879 [
a�i�_id
].
	g�ck�Cou�
++;

880 
	gp_a�i�_cou��_�b�


881 [
�ib_a�
->
a�i�_cou��_�dex
]

882 [
a�i�_id
].
	gby�Cou�
 +=

883 
�e_pktmbuf_pkt_�n
(
pkt
);

884 i�(
	gACL_LIB_DEBUG
)

885 
��tf
("Action Count Packet Count: %"

886 
PRIu64
 " Byte Count: %"

887 
PRIu64
 "\n"

888 , 
p_a�i�_cou��_�b�


889 [
�ib_a�
->
a�i�_cou��_�dex
]

890 [
a�i�_id
].
�ck�Cou�
,

891 
p_a�i�_cou��_�b�


892 [
�ib_a�
->
a�i�_cou��_�dex
]

893 [
a�i�_id
].
by�Cou�
);

896 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

897 
	glib_a�_a�i�_�ck�_dr�
) {

900 i�(
	gACL_LIB_DEBUG
)

901 
��tf
("ACL before drop�kt_mask %"

902 
PRIx64
",�kt_num %d\n",

903 
pkts_mask
, 
pos
);

904 
	gpkts_mask
 &�~(1LLU << 
pos
);

905 (*
	gpkts_dr�_w�hout_ru�
)++;

906 i�(
	gACL_LIB_DEBUG
)

907 
��tf
("ACL�� dr݅kt_mask %" 
PRIx64


909 
PRIu64
 "\n", 
pkts_mask
, 
pos
,

910 *
pkts_dr�_w�hout_ru�
);

913 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

914 
	glib_a�_a�i�_fwd
) {

915 
	gphy_p�t
 = 
a�i�_��y_a�ive
[
a�i�_id
].

916 
fwd_p�t
;

917 
	g��y
->
	gh�d
.
	gp�t_id
 = 
phy_p�t
;

918 i�(
	gACL_LIB_DEBUG
)

919 
��tf
("Action FWD Port ID: %"

920 
PRIu16
"\n", 
phy_p�t
);

923 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

924 
	glib_a�_a�i�_�t
) {

925 
	gphy_p�t
 = 
a�i�_��y_a�ive
[
a�i�_id
].

926 
�t_p�t
;

927 
	g��y
->
	gh�d
.
	gp�t_id
 = 
phy_p�t
;

928 i�(
	gACL_LIB_DEBUG
)

929 
��tf
("Action NAT Port ID: %"

930 
PRIu16
"\n", 
phy_p�t
);

933 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

934 
	glib_a�_a�i�_ds�
) {

937 
u�t8_t
 *
	gds�
 = 
RTE_MBUF_METADATA_UINT8_PTR
(
pkt
,

938 
ds�_off�t
);

939 *
	gds�
 = 
a�i�_��y_a�ive
[
a�i�_id
].

940 
ds�_�iܙy
 << 2;

941 i�(
	gACL_LIB_DEBUG
)

942 
��tf
("Action DSCP DSCP Priority: %"

943 
PRIu16
 "\n", *
ds�
);

946 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

947 
	glib_a�_a�i�_�ck�_ac��
) {

948 i�(
	gACL_LIB_DEBUG
)

949 
��tf
("Action Accept\n");

951 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�


952 & 
	glib_a�_a�i�_c���ck
) {

955 *
	gc���ck_mask
 |�
pkt_mask
;

956 i�(
	gACL_LIB_DEBUG
)

957 
��tf
("ACL CT�nabled: 0x%"

958 
PRIx64
"�kt_mask: 0x%"

959 
PRIx64
"\n",

960 *
c���ck_mask
,

961 
pkt_mask
);

964 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�


965 & 
	glib_a�_a�i�_c��xi�
) {

968 *
	gc���ck_mask
 |�
pkt_mask
;

974 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].

975 
	g�iv�e_public
 ==

976 
lib_a�_public_�iv�e
)

977 *
c��xi�_mask
 |�
pkt_mask
;

979 i�(
	gACL_LIB_DEBUG
)

980 
��tf
("ACL Connexist ENB CT:0x%"

981 
PRIx64
" connexist: 0x%"

982 
PRIx64
"�kt_mask: 0x%"

983 
PRIx64
"\n",

984 *
c���ck_mask
,

985 *
c��xi�_mask
,

986 
pkt_mask
);

991  
	gpkts_mask
;

1016 
u�t64_t


1017 
lib_a�_�v6_pkt_w�k_key
(
lib_a�
 *
�ib_a�
,

1018 
�e_mbuf
 **
pkts
, 
u�t64_t
 
pkts_mask
,

1019 
u�t64_t
 *
pkts_dr�_w�hout_ru�
,

1020 *
�ib_a�_ru�_�b�_�v6_a�ive
,

1021 
p���e_a�i�_key
 *
a�i�_��y_a�ive
,

1022 
a�i�_cou��_block
 (*
p_a�i�_cou��_�b�
)[
a�i�_��y_max
],

1023 
u�t64_t
 *
c���ck_mask
,

1024 
u�t64_t
 *
c��xi�_mask
)

1027 
u�t64_t
 
	glookup_h�_mask_�v6
 = 0;

1028 
u�t64_t
 
	glookup_miss_mask_�v6
 = 0;

1029 
	g��us
;

1032 i�(
	gACL_LIB_DEBUG
)

1033 
��tf
("ACL IPV6 Looku�Mask Befܐ�0x%"
PRIx64
"\n",

1034 
pkts_mask
);

1035 
	g��us
 = 
�e_�b�_a�_�s
.
f_lookup
(

1036 
�ib_a�_ru�_�b�_�v6_a�ive
,

1037 
pkts
, 
pkts_mask
, &
lookup_h�_mask_�v6
,

1038 (**�
�ib_a�
->
�ib_a�_���s_�v6
);

1039 i�(
	g��us
 < 0)

1040 
��tf
("Lookup Failed\n");

1041 i�(
	gACL_LIB_DEBUG
)

1042 
��tf
("ACL IPV6 Looku�Mask A� = 0x%"
PRIx64
"\n",

1043 
lookup_h�_mask_�v6
);

1045 i�(
	gACL_LIB_DEBUG
)

1046 
��tf
("ACL Looku�Mask A� = 0x%"
PRIx64
"\n",

1047 
lookup_h�_mask_�v6
);

1049 
	glookup_miss_mask_�v6
 = 
pkts_mask
 & (~
lookup_h�_mask_�v6
);

1050 
	gpkts_mask
 = 
lookup_h�_mask_�v6
;

1051 *
	gpkts_dr�_w�hout_ru�
 +�
__bu�t�_p�cou��
(
lookup_miss_mask_�v6
);

1052 i�(
	gACL_LIB_DEBUG
)

1053 
��tf
("pkt_w�k_a�_key�kts_dr�: %" 
PRIu64
 "�_pkts: %u\n",

1054 *
pkts_dr�_w�hout_ru�
,

1055 
__bu�t�_p�cou��
(
lookup_miss_mask_�v6
));

1057 
u�t64_t
 
	gpkts_to_�o�ss
 = 
lookup_h�_mask_�v6
;

1059 ; 
	gpkts_to_�o�ss
;) {

1060 
u�t8_t
 
	gpos
 = (u�t8_t)
__bu�t�_�z�
(
pkts_to_�o�ss
);

1062 
u�t64_t
 
	gpkt_mask
 = 1LLU << 
pos
;

1064 
	gpkts_to_�o�ss
 &�~
pkt_mask
;

1065 
�e_mbuf
 *
	gpkt
 = 
pkts
[
pos
];

1068 
lib_a�_�b�_��y
 *
	g��y
 =

1069 (
lib_a�_�b�_��y
 *)

1070 
�ib_a�
->
�ib_a�_���s_�v6
[
pos
];

1071 
u�t16_t
 
	gphy_p�t
 = 
��y
->
h�d
.
p�t_id
;

1072 
u�t32_t
 
	ga�i�_id
 = 
��y
->
a�i�_id
;

1074 i�(
	gACL_LIB_DEBUG
)

1075 
��tf
("a�i�_id = %u\n", 
a�i�_id
);

1077 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

1078 
	glib_a�_a�i�_cou�
) {

1079 
	gp_a�i�_cou��_�b�


1080 [
�ib_a�
->
a�i�_cou��_�dex
]

1081 [
a�i�_id
].
	g�ck�Cou�
++;

1082 
	gp_a�i�_cou��_�b�


1083 [
�ib_a�
->
a�i�_cou��_�dex
]

1084 [
a�i�_id
].
	gby�Cou�
 +=

1085 
�e_pktmbuf_pkt_�n
(
pkt
);

1086 i�(
	gACL_LIB_DEBUG
)

1087 
��tf
("Action Count Packet Count: %"

1088 
PRIu64
 " Byte Count: %"

1089 
PRIu64
 "\n",

1090 
p_a�i�_cou��_�b�


1091 [
�ib_a�
->
a�i�_cou��_�dex
]

1092 [
a�i�_id
].
�ck�Cou�
,

1093 
p_a�i�_cou��_�b�


1094 [
�ib_a�
->
a�i�_cou��_�dex
]

1095 [
a�i�_id
].
by�Cou�
);

1098 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

1099 
	glib_a�_a�i�_�ck�_dr�
) {

1101 i�(
	gACL_LIB_DEBUG
)

1102 
��tf
("ACL before drop�kt_mask %"

1103 
PRIx64
",�kt_num %d\n",

1104 
pkts_mask
, 
pos
);

1105 
	gpkts_mask
 &�~(1LLU << 
pos
);

1106 (*
	gpkts_dr�_w�hout_ru�
)++;

1107 i�(
	gACL_LIB_DEBUG
)

1108 
��tf
("ACL�� dr݅kt_mask %" 
PRIx64


1110 
PRIu64
 "\n", 
pkts_mask
, 
pos
,

1111 *
pkts_dr�_w�hout_ru�
);

1115 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

1116 
	glib_a�_a�i�_fwd
) {

1117 
	gphy_p�t
 = 
a�i�_��y_a�ive
[
a�i�_id
].

1118 
fwd_p�t
;

1119 
	g��y
->
	gh�d
.
	gp�t_id
 = 
phy_p�t
;

1120 i�(
	gACL_LIB_DEBUG
)

1121 
��tf
("Action FWD Port ID: %"

1122 
PRIu16
"\n", 
phy_p�t
);

1125 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

1126 
	glib_a�_a�i�_�t
) {

1127 
	gphy_p�t
 = 
a�i�_��y_a�ive
[
a�i�_id
].

1128 
�t_p�t
;

1129 
	g��y
->
	gh�d
.
	gp�t_id
 = 
phy_p�t
;

1130 i�(
	gACL_LIB_DEBUG
)

1131 
��tf
("Action NAT Port ID: %"

1132 
PRIu16
"\n", 
phy_p�t
);

1135 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�
 &

1136 
	glib_a�_a�i�_ds�
) {

1139 
u�t32_t
 
	gds�_off�t
 = 
IP_START
 +

1140 
IP_HDR_DSCP_OFST_IPV6
;

1141 
u�t16_t
 *
	gds�
 = 
RTE_MBUF_METADATA_UINT16_PTR
(

1142 
pkt
, 
ds�_off�t
);

1143 
u�t16_t
 
	g�mp
 = *
ds�
;

1144 
u�t16_t
 
	gds�_v�ue
 = (
�e_bsw�16
(
�mp
) &

1146 
u�t8_t
 
	gds�_��e
 =

1147 
a�i�_��y_a�ive


1148 [
a�i�_id
].
ds�_�iܙy
 << 2;

1149 
u�t16_t
 
	gds�_�mp
 = 
ds�_��e
;

1151 
	gds�_�mp
 = 
ds�_�mp
 << 4;

1152 *
	gds�
 = 
�e_bsw�16
(
ds�_�mp
 | 
ds�_v�ue
);

1153 i�(
	gACL_LIB_DEBUG
)

1154 
��tf
("Action DSCP DSCP Priority: %"

1155 
PRIu16
"\n", *
ds�
);

1158 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�


1159 & 
	glib_a�_a�i�_�ck�_ac��
) {

1160 i�(
	gACL_LIB_DEBUG
)

1161 
��tf
("Action Accept\n");

1163 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�


1164 & 
	glib_a�_a�i�_c���ck
) {

1167 *
	gc���ck_mask
 |�
pkt_mask
;

1168 i�(
	gACL_LIB_DEBUG
)

1169 
��tf
("ACL CT�nabled: 0x%"

1170 
PRIx64
"�kt_mask: 0x%"

1171 
PRIx64
"\n",

1172 *
c���ck_mask
,

1173 
pkt_mask
);

1176 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].
	ga�i�_b�m�


1177 & 
	glib_a�_a�i�_c��xi�
) {

1180 *
	gc���ck_mask
 |�
pkt_mask
;

1186 i�(
	ga�i�_��y_a�ive
[
a�i�_id
].

1187 
	g�iv�e_public
 ==

1188 
lib_a�_public_�iv�e
)

1189 *
c��xi�_mask
 |�
pkt_mask
;

1191 i�(
	gACL_LIB_DEBUG
)

1192 
��tf
("ACL Connexist ENB CT:0x%"

1193 
PRIx64
" connexist: 0x%"

1194 
PRIx64
"�kt_mask: 0x%"

1195 
PRIx64
"\n",

1196 *
c���ck_mask
,

1197 *
c��xi�_mask
,

1198 
pkt_mask
);

1202  
	gpkts_mask
;

	@VIL/acl/lib_acl.h

17 #i�de�
__INCLUDE_ACL_LIB_H__


18 

	#__INCLUDE_ACL_LIB_H__


	)

20 
	~<�dlib.h
>

21 
	~<�r�g.h
>

22 
	~<��y�s.h
>

23 
	~<�e_p���e.h
>

24 
	~<�e_�b�_a�.h
>

25 
	~"�e_�xn_�ack�g.h
"

26 
	~"�e_�_t�.h
"

28 

	#lib_a�_a�i�_�ck�_dr�
 1

	)

29 

	#lib_a�_a�i�_�ck�_ac��
 2

	)

30 

	#lib_a�_a�i�_�t
 4

	)

31 

	#lib_a�_a�i�_fwd
 8

	)

32 

	#lib_a�_a�i�_cou�
 16

	)

33 

	#lib_a�_a�i�_ds�
 32

	)

34 

	#lib_a�_a�i�_c���ck
 64

	)

35 

	#lib_a�_a�i�_c��xi�
 128

	)

36 

	#a�i�_��y_max
 10000

	)

37 

	#lib_a�_�iv�e_public
 0

	)

38 

	#lib_a�_public_�iv�e
 1

	)

39 

	#IP_HDR_DSCP_OFST
 1

	)

40 

	#IPv4_HDR_VERSION
 4

	)

41 

	#IPv6_HDR_VERSION
 6

	)

42 

	#IP_HDR_DSCP_OFST_IPV6
 0

	)

43 

	#IP_VERSION_CHECK
 4

	)

44 

	#IP_START
 (
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
)

	)

45 

	#DEFULT_NUM_RULE
 (4*1024)

	)

49 
	sp���e_a�i�_key
 {

50 
u�t32_t
 
	ma�i�_id
;

51 
u�t32_t
 
	ma�i�_b�m�
;

52 
u�t32_t
 
	m�t_p�t
;

53 
u�t32_t
 
	mfwd_p�t
;

54 
u�t8_t
 
	mds�_�iܙy
;

55 
u�t8_t
 
	m�iv�e_public
;

56 } 
	g__�e_�che_�ig�d
;

62 
	sa�i�_cou��_block
 {

63 
u�t64_t
 
	mby�Cou�
;

64 
u�t64_t
 
	m�ck�Cou�
;

65 } 
	g__�e_�che_�ig�d
;

70 
	slib_a�_�b�_��y
 {

71 
�e_p���e_�b�_��y
 
	mh�d
;

72 
u�t32_t
 
	ma�i�_id
;

76 
	slib_a�
 {

77 
u�t32_t
 
	mn_ru�s
;

78 
u�t32_t
 
	mn_ru�_f�lds
;

79 
�e_a�_f�ld_def
 *
	mf�ld_f�m�
;

80 
u�t32_t
 
	mf�ld_f�m�_size
;

81 
	ma�i�_cou��_�dex
;

82 
lib_a�_�b�_��y


83 *
	m�ib_a�_���s_�v4
[
RTE_PORT_IN_BURST_SIZE_MAX
];

84 
lib_a�_�b�_��y


85 *
	m�ib_a�_���s_�v6
[
RTE_PORT_IN_BURST_SIZE_MAX
];

86 } 
	g__�e_�che_�ig�d
;

88 *
lib_a�_���_a�ive_��dby_�b�_�v4
(
u�t8_t
 
�b�_num
,

89 
u�t32_t
 *
liba�_n_ru�s
);

91 *
lib_a�_���_a�ive_��dby_�b�_�v6
(
u�t8_t
 
�b�_num
,

92 
u�t32_t
 *
liba�_n_ru�s
);

93 
lib_a�_�r�_c�fig
(
lib_a�
 *
�ib_a�
,

94 *
�g_�me
, *
�g_v�ue
,

95 
u�t32_t
 *
liba�_n_ru�s
);

96 
u�t64_t


97 
lib_a�_pkt_w�k_key
(
lib_a�
 *
�ib_a�
,

98 
�e_mbuf
 **
pkts
, 
u�t64_t
 
pkts_mask
,

99 
u�t64_t
 *
pkts_dr�_w�hout_ru�
,

100 *
�ib_a�_ru�_�b�_�v4_a�ive
,

101 *
�ib_a�_ru�_�b�_�v6_a�ive
,

102 
p���e_a�i�_key
 *
a�i�_��y_a�ive
,

103 
a�i�_cou��_block
 (*
p_a�i�_cou��_�b�
)[
a�i�_��y_max
],

104 
u�t64_t
 *
c���ck_mask
,

105 
u�t64_t
 *
c��xi�_mask
,

106 
lib_a�_�v4_�ab�d
, 
lib_a�_�v6_�ab�d
);

107 
u�t64_t


108 
lib_a�_�v4_pkt_w�k_key
(
lib_a�
 *
�ib_a�
,

109 
�e_mbuf
 **
pkts
, 
u�t64_t
 
pkts_mask
,

110 
u�t64_t
 *
pkts_dr�_w�hout_ru�
,

111 *
�ib_a�_ru�_�b�_�v4_a�ive
,

112 
p���e_a�i�_key
 *
a�i�_��y_a�ive
,

113 
a�i�_cou��_block
 (*
p_a�i�_cou��_�b�
)[
a�i�_��y_max
],

114 
u�t64_t
 *
c���ck_mask
,

115 
u�t64_t
 *
c��xi�_mask
);

116 
u�t64_t


117 
lib_a�_�v6_pkt_w�k_key
(
lib_a�
 *
�ib_a�
,

118 
�e_mbuf
 **
pkts
, 
u�t64_t
 
pkts_mask
,

119 
u�t64_t
 *
pkts_dr�_w�hout_ru�
,

120 *
�ib_a�_ru�_�b�_�v6_a�ive
,

121 
p���e_a�i�_key
 *
a�i�_��y_a�ive
,

122 
a�i�_cou��_block
 (*
p_a�i�_cou��_�b�
)[
a�i�_��y_max
],

123 
u�t64_t
 *
c���ck_mask
,

124 
u�t64_t
 *
c��xi�_mask
);

	@VIL/alg/lib_ftp_alg.c

16 
	~<�dio.h
>

17 
	~<�dlib.h
>

18 
	~<�d�t.h
>

19 
	~<�r�g.h
>

20 
	~<uni�d.h
>

22 
	~<�p.h
>

23 
	~<�e_comm�.h
>

24 
	~<�e_m�loc.h
>

25 
	~<�e_mbuf.h
>

26 
	~<�e_�.h
>

27 
	~<�e_by��d�.h
>

28 
	~<�e_�b�_�m.h
>

29 
	~<�e_�b�_hash.h
>

30 
	~<�e_p���e.h
>

31 
	~<�e_�p.h
>

32 
	~<�e_icmp.h
>

33 
	~<�e_hash.h
>

34 
	~<�e_jhash.h
>

35 
	~<�e_cy�es.h
>

36 
	~"p���e_cgDZ_comm�.h
"

37 
	~"p���e_a�i�s_comm�.h
"

38 
	~"p���e_cgDZ_be.h
"

39 
	~"hash_func.h
"

40 
	~"lib_�p_�g.h
"

41 
	~"vnf_comm�.h
"

42 
	~"p���e_comm�_be.h
"

43 
	~"�e_�_t�.h
"

44 
	~"�e_�xn_�ack�g.h
"

45 

	#ALG_DEBUG
 1

	)

48 
u�t8_t


49 
�e_�_���_�xn_hashkey
(

50 
u�t32_t
 *
�c_addr
,

51 
u�t32_t
 *
d�_addr
,

52 
u�t16_t
 
�c_p�t
,

53 
u�t16_t
 
d�_p�t
,

54 
u�t8_t
 
��o
,

55 
u�t32_t
 *
key
,

56 
u�t8_t
 
ty�
);

59 
�e_mbuf
 *
	glib_�g_pkt
;

60 �um {
	mPRIVATE
, 
	mPUBLIC
};

61 
�e_hash_��m��s
 
	g�p_�g_hash_��ms
 = {

62 .
�me
 = "FTP ALG",

63 .
	g���s
 = 1024,

64 .
	g��rved
 = 0,

65 .
	gkey_�n
 = (
�p_�g_key
),

66 .
	ghash_func
 = 
�e_jhash
,

67 .
	ghash_func_��_v�
 = 0,

70 
�e_hash
 *
	g�p_�g_hash_h�d�
;

75 
	$lib_�p_�g_��
()

77 
	`��tf
("NAT FTP ALG initialization ...\n");

81 
�p_�g_hash_h�d�
 = 
	`�e_hash_���
(&
�p_�g_hash_��ms
);

83 #ifde�
ALGDBG


84 i�(
�p_�g_hash_h�d�
 =�
NULL
)

85 
	`��tf
("FTP ALG�te_hash_create failed ...\n");

87 
	`��tf
("ftp_alg_hash_table %p\n\n",

88 (*)
�p_�g_hash_h�d�
);

91 
	}
}

99 
�p_�g_�b�_��y
 *
	$���ve_�p_�g_��y
(
�p_�g_key
 
�g_key
)

101 
�p_�g_�b�_��y
 *
�t_�g_d�a
 = 
NULL
;

102 
�g_key
.
f��r1
 = 0;

103 
�g_key
.
f��r2
 = 0;

105 
�t
 = 
	`�e_hash_lookup_d�a
(
�p_�g_hash_h�d�
, &
�g_key
,

106 (**)&
�t_�g_d�a
);

107 i�(
�t
 < 0) {

108 #ifde�
ALGDBG


109 
	`��tf
("alg-hash�ookup failed�et %d, EINVAL %d, ENOENT %d\n",

110 
�t
, 
EINVAL
, 
ENOENT
);

113  
�t_�g_d�a
;

116  
NULL
;

117 
	}
}

124 
	$�move_�p_�g_��y
(
u�t32_t
 
�addr
, 
u�t8_t
 
p�tid
)

129 
�p_�g_key
 
�g_key
;

130 
�g_key
.
l4p�t
 = 
	`�e_bsw�16
(
p�tid
);

131 
�g_key
.
�_add�ss
 = 
	`�e_bsw�32
(
�addr
);

132 
�g_key
.
f��r1
 = 0;

133 
�g_key
.
f��r2
 = 0;

135 #ifde�
ALGDBG


136 
	`��tf
("�move_�g_��y i�%x,�܈%d\n", 
�g_key
.
�_add�ss
,

137 
�g_key
.
l4p�t
);

139  
	`�e_hash_d�_key
(
�p_�g_hash_h�d�
, &
�g_key
);

140 
	}
}

147 
	$p�uϋ_�p_�g_��y
(
u�t32_t
 
�addr
, 
u�t8_t
 
p�tid
)

151 
�p_�g_key
 
�g_key
;

152 
�g_key
.
l4p�t
 = 
	`�e_bsw�16
(
p�tid
);

154 
�g_key
.
�_add�ss
 = 
	`�e_bsw�32
(
�addr
);

155 
�g_key
.
f��r1
 = 0;

156 
�g_key
.
f��r2
 = 0;

161 #ifde�
ALGDBG


162 
	`��tf
("p�uϋ_�p_�g_��y i�%x,�܈%d\n", 
�g_key
.
�_add�ss
,

163 
�g_key
.
l4p�t
);

166 
�p_�g_�b�_��y
 *
�w_�g_d�a
 =

167 
	`���ve_�p_�g_��y
(
�g_key
);

168 i�(
�w_�g_d�a
) {

169 #ifde�
ALGDBG


170 
	`��tf
("�g_��y�xi���%x,�܈%d\n", 
�g_key
.
�_add�ss
,

171 
�g_key
.
l4p�t
);

176 
�w_�g_d�a
 = (
�p_�g_�b�_��y
 *)

177 
	`m�loc
((
�w_�g_d�a
));

179 
�w_�g_d�a
->
l4p�t
 = 
	`�e_bsw�16
(
p�tid
);

180 
�w_�g_d�a
->
�_add�ss
 = 
	`�e_bsw�32
(
�addr
);

181 
	`�e_hash_add_key_d�a
(
�p_�g_hash_h�d�
, &
�g_key
, 
�w_�g_d�a
);

183 #ifde�
ALGDBG


185 
��tf


187 (
�g_key
.
�_add�ss
 >> 24),

188 ((
�g_key
.
�_add�ss
 & 0x00ff0000) >> 16),

189 ((
�g_key
.
�_add�ss
 & 0x0000ff00) >> 8),

190 ((
�g_key
.
�_add�ss
 & 0x000000ff)), 
p�tid
);

192 
	`puts
("");

194 
	}
}

202 
	$�p_�g_modify_�yl�d
(

203 
cgDZ_�b�_��y
 *
eg�ss_��y
,

204 *
p�t_�r�g
,

205 *
p�t_�r�g_����ed
, 
�p_�ssi�_ty�
)

207 
u�t32_t
 
����t_�
;

208 
u�t16_t
 
����t_p�t
;

209 
u�t16_t
 
tmp1
, 
tmp2
, 
tmp3
, 
tmp4
, 
tmp5
, 
tmp6
;

210 
u�t16_t
 
�w_p�t_�r�g_�ngth
;

212 
u�t8_t
 *
b�r_public_add�ss
;

214 
����t_�
 = 
eg�ss_��y
->
d�a
.
pub_�
;

215 
����t_p�t
 = 
eg�ss_��y
->
d�a
.
pub_p�t
;

216 
tmp5
 = (
u�t16_t
�(
����t_p�t
/0x100);

217 
tmp6
 = (
u�t16_t
�(
����t_p�t
 % 0x100);

219 
����t_�
 = 
	`�e_bsw�32
(transport_ip);

221 
b�r_public_add�ss
 = (
u�t8_t
 *�&
����t_�
;

223 
tmp4
 = 
b�r_public_add�ss
[3];

224 
tmp3
 = 
b�r_public_add�ss
[2];

225 
tmp2
 = 
b�r_public_add�ss
[1];

226 
tmp1
 = 
b�r_public_add�ss
[0];

228 i�(
�p_�ssi�_ty�
 == 1)

229 
	`�r�tf
(
p�t_�r�g_����ed
, 
FTP_PASV_PARAMETER_STRING
,

230 
FTP_PASV_RETURN_CODE
, 
tmp1
, 
tmp2
, 
tmp3
, 
tmp4
,

231 
tmp5
, 
tmp6
);

233 
	`�r�tf
(
p�t_�r�g_����ed
, 
FTP_PORT_PARAMETER_STRING
,

234 
tmp1
, 
tmp2
, 
tmp3
, 
tmp4
, 
tmp5
, 
tmp6
);

235 #ifde�
ALGDBG


236 
	`��tf
("FTP ALG: FTP�ew string: Len:%d %s\n",

237 (
u�t16_t
�
	`���
(
p�t_�r�g_����ed
)-2,

238 
p�t_�r�g_����ed
);

240 
	`��tf
("FTP�on�ranslated PASV string: Len:%d, %s\n",

241 (
u�t16_t
)
	`���
(
p�t_�r�g
)-2,�ort_string);

242 
	`��tf
("old strlen:%d�ew strlen:%d\n",

243 ()
	`���
(
p�t_�r�g
),

244 ()
	`���
(
p�t_�r�g_����ed
));

247 (
�w_p�t_�r�g_�ngth
 =

248 (
u�t16_t
�
	`���
(
p�t_�r�g_����ed
));

249 
	}
}

256 
�l�e
 
	$�p_�g_modify_pkt_�n
(
�e_mbuf
 *
pkt
)

258 
u�t16_t
 
pkt_�ngth
 = 0;

259 
�_hdr_size_by�s
 = 
	`�e_�_g�_IP_hdr_size
(
pkt
);

260 *
�hdr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
);

262 i�(
�_hdr_size_by�s
 =�
IPv4_HEADER_SIZE
) {

263 
�v4_hdr
 *
ihdr4
 = (�v4_hd�*)
�hdr
;

264 
pkt_�ngth
 = 
	`�e_bsw�16
(
ihdr4
->
tٮ_�ngth
�+ 
ETH_HDR_SIZE
;

265 } i�(
�_hdr_size_by�s
 =�
IPv6_HEADER_SIZE
) {

266 
�v6_hdr
 *
ihdr6
 = (�v6_hd�*)
�hdr
;

267 
pkt_�ngth
 = 
	`�e_bsw�16
(
ihdr6
->
�yl�d_�n
) +

268 
IPv6_HEADER_SIZE
 + 
ETH_HDR_SIZE
;

271 
u�t16_t
 
mbuf_pkt_�ngth
 = 
	`�e_pktmbuf_pkt_�n
(
pkt
);

273 i�(
pkt_�ngth
 =�
mbuf_pkt_�ngth
)

276 i�(
pkt_�ngth
 < 
mbuf_pkt_�ngth
) {

277 
	`�e_pktmbuf_�im
(
pkt
, 
mbuf_pkt_�ngth
 - 
pkt_�ngth
);

282 
	`�e_pktmbuf_��nd
(
pkt
, 
pkt_�ngth
 - 
mbuf_pkt_�ngth
);

283 
	}
}

292 
u�t16_t
 
	$�p_�g_g�_IP_hdr_size
(
�e_mbuf
 *
pkt
)

298 
u�t8_t
 
hdr_chk
 = 
	`RTE_MBUF_METADATA_UINT8
(
pkt
, 
IP_START
);

299 
hdr_chk
 = hdr_chk >> 4;

301 i�(
hdr_chk
 =�
IP_VERSION_4
)

302  
IPv4_HEADER_SIZE
;

303 i�(
hdr_chk
 =�
IP_VERSION_6
)

304  
IPv6_HEADER_SIZE
;

308 
	}
}

316 
	$�p_�g_compu�_checksums
(

317 *
i_hdr
,

318 
t�_hdr
 *
t_hdr
)

328 
�t8_t
 
hdr_chk
 = 
	`�e_�_�v�si�
(
i_hdr
);

329 
t_hdr
->
cksum
 = 0;

331 i�(
hdr_chk
 =�
IP_VERSION_4
) {

332 
�v4_hdr
 *
i4_hdr
 = (�v4_hd�*)
i_hdr
;

333 
i4_hdr
->
hdr_checksum
 = 0;

334 
t_hdr
->
cksum
 = 0;

335 
t_hdr
->
cksum
 = 
	`�e_�v4_ud��_cksum
(
i4_hdr
,�_hdr);

337 #ifde�
ALGDBG


338 
	`��tf
("cksum %x\n", 
	`�e_bsw�32
(
t_hdr
->
cksum
));

341 
i4_hdr
->
hdr_checksum
 = 
	`�e_�v4_cksum
(i4_hdr);

342 } i�(
hdr_chk
 =�
IP_VERSION_6
) {

343 
�v6_hdr
 *
i6_hdr
 = (�v6_hd�*)
i_hdr
;

344 
t_hdr
->
cksum
 = 0;

345 
t_hdr
->
cksum
 = 
	`�e_�v6_ud��_cksum
(
i6_hdr
,�_hdr);

347 
	}
}

356 
	$�p_�g_adju�_t�_ack
(
�e_mbuf
 *
pkt
, 
�t16_t
 
ackSeqdiff
)

359 
u�t16_t
 
�_hdr_size_by�s
 = 
IPv4_HEADER_SIZE
;

360 
�v4_hdr
 *
�hdr
 = (ipv4_hdr *)

361 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
);

362 
t�_hdr
 *
thdr
 = (tcp_hdr *)

363 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

364 
IP_START
 + 
�_hdr_size_by�s
);

369 
u�t32_t
 
�mp
;

370 
�mp
 = 
	`�e_bsw�32
(
thdr
->
�cv_ack
);

372 i�(
ackSeqdiff
 < 0)

373 
�mp
 +�
	`abs
(
ackSeqdiff
);

375 
�mp
 -�
	`abs
(
ackSeqdiff
);

377 
thdr
->
�cv_ack
 = 
	`�e_bsw�32
(
�mp
);

378 
	}
}

386 
	$�p_�g_adju�_t�_�q
(
�e_mbuf
 *
pkt
, 
�t16_t
 
ackSeqdiff
)

389 
u�t16_t
 
�_hdr_size_by�s
 = 
IPv4_HEADER_SIZE
;

390 
�v4_hdr
 *
�hdr
 = (ipv4_hdr *)

391 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
);

392 
t�_hdr
 *
thdr
 = (tcp_hdr *)

393 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

394 
IP_START
 + 
�_hdr_size_by�s
);

395 
u�t32_t
 
�mp
;

397 
�mp
 = 
	`�e_bsw�32
(
thdr
->
��_�q
);

398 i�(
ackSeqdiff
 < 0)

399 
�mp
 -�
	`abs
(
ackSeqdiff
);

401 
�mp
 +�
	`abs
(
ackSeqdiff
);

403 
thdr
->
��_�q
 = 
	`�e_bsw�32
(
�mp
);

404 
	}
}

414 
	$�p_�g_d��_t�_�qu��
(

415 
�e_mbuf
 *
pkt
,

416 *
p�t_�r�g
,

417 
�t16_t
 
exi��g_t�Seqdiff
,

418 
u�t16_t
 
�d_p�t_�r�g_�ngth
,

419 
u�t16_t
 
�w_p�t_�r�g_�ngth
)

421 
�t16_t
 
cu��t_�qu��_numb�_d��
=0;

422 
�t16_t
 
f��_�qu��_numb�_d��
;

424 
u�t16_t
 
�_hdr_size_by�s
 = 
IPv4_HEADER_SIZE
;

425 
�v4_hdr
 *
�hdr
 = (ipv4_hdr *)

426 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
);

427 
t�_hdr
 *
thdr
 = (tcp_hdr *)

428 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

429 
IP_START
 + 
�_hdr_size_by�s
);

434 
cu��t_�qu��_numb�_d��
 = (
�t16_t
�(
�w_p�t_�r�g_�ngth
 -

435 
�d_p�t_�r�g_�ngth
);

436 
�hdr
->
tٮ_�ngth
 = 
	`�e_bsw�16
(iphdr->total_length);

438 #ifde�
ALGDBG


439 
	`��tf
("tٮ_�ngth :%u\n", 
�hdr
->
tٮ_�ngth
);

441 if(
cu��t_�qu��_numb�_d��
 < 0)

442 
�hdr
->
tٮ_�ngth
 -�
	`abs
(
cu��t_�qu��_numb�_d��
);

444 
�hdr
->
tٮ_�ngth
 +�
cu��t_�qu��_numb�_d��
;

446 
�hdr
->
tٮ_�ngth
 = 
	`�e_bsw�16
(iphdr->total_length);

447 i�(
exi��g_t�Seqdiff
 !=0)

448 
	`�p_�g_adju�_t�_�q
(
pkt
,
exi��g_t�Seqdiff
);

449 
f��_�qu��_numb�_d��
�
cu��t_�qu��_numb�_d��
 + 
exi��g_t�Seqdiff
;

450  
f��_�qu��_numb�_d��
;

451 
	}
}

462 
	$�p_�g_dpi
(

463 
p���e_cgDZ
 *
p_�t
,

464 
p���e_cgDZ_��y_key
 *
�t_��y_key
,

465 
�e_mbuf
 *
pkt
,

466 
�e_�_�xn_�ack�
 *
cg�t_�xn_�ack�
,

467 
�t32_t
 
�_pos�i�
,

468 
u�t8_t
 
d�e�i�
)

476 *
p�t_cmd_�r�g
;

477 *
p�t_cmd_�d_�r�g
;

478 *
t�_h�d�_�d
;

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t�_��t
;

482 
u�t16_t
 
�iv�e_p�t_numb�
;

483 
u�t16_t
 
public_p�t_numb�
;

484 
u�t16_t
 
�1
, 
�2
, 
�3
, 
�4
, 
p�t1
, 
p�t2
;

485 
�t16_t
 
t�Seqdiff
;

486 
�t16_t
 
ackSeqdiff
, 
ackAdju�
;

487 
u�t32_t
 
�iv�e_add�ss
;

488 
u�t32_t
 
public_add�ss
;

489 
u�t8_t
 *
b�r_�iv�e_add�ss
;

491 
p�t_�r�g
[
FTP_MAXIMUM_PORT_STRING_LENGTH
];

492 
p�t_�r�g_����ed
[
FTP_MAXIMUM_PORT_STRING_LENGTH
];

493 
�t16_t
 
�w_p�t_�r�g_�ngth
;

494 
�t16_t
 
�d_p�t_�r�g_�ngth
;

495 
dummy_v�ue
;

496 
cgDZ_�b�_��y
 *
eg�ss_��y
, *
�g�ss_��y
;

497 
u�t32_t
 
�_key
[10];

498 
u�t8_t
 
key_d�e�i�
;

500 
u�t16_t
 
�_hdr_size_by�s
 = 
IPv4_HEADER_SIZE
;

502 
�v4_hdr
 *
�_hdr
 = 
	`�e_pktmbuf_mtod_off�t
(
pkt
,

503 
�v4_hdr
 *, (
�h�_hdr
));

507 
t�_hdr
 *
thdr
 = 
	`�e_pktmbuf_mtod_off�t
(
pkt
, tcp_hdr *,

508 ((
�h�_hdr
)+(
�v4_hdr
)));

509 
u�t16_t
 
�c_p�t
 = 
	`�e_bsw�16
(
thdr
->src_port);

510 
u�t16_t
 
d�_p�t
 = 
	`�e_bsw�16
(
thdr
->dst_port);

511 
u�t8_t
 
��o
 = 
�_hdr
->
�xt_��o_id
;

512 
u�t32_t
 
�c_addr
 = 
	`�e_bsw�32
(
�_hdr
->src_addr);

513 
u�t32_t
 
d�_addr
 = 
	`�e_bsw�32
(
�_hdr
->dst_addr);

514 
u�t32_t
 
tmp_t�_�ylod_size
;

517 - 
�c_p�t
 & 
d�_p�t
 
check�g
 
to
 
be
 
moved
 
�om
 
cg�t
��
dpi


518 - 
F�
 
cڌ�
 
ch��l


519 
f��
 
v�id�i�
 
of
 
t�Seqdiff
 
to
 
be
 
checked


520 
IF
 < > 0

521 
	`�p_�g_t�_ack
(�
to
 
be
 
	`��ed
(
this
 
��udes
 
PORT


522 
��ڣ
 
�d
 
PASV
�e�ڣ 
ack
 
as
 
w�l
)

523 
R�u�


524 
ELSE


525 
the
 
p�t
/
�sv
 
��m�r
 
checkign
 
to
 
be
 
d�e


526 - 
F�
 
d�a
 
ch��l


527 -
��eive
 
ALG
 
��y


528 
IF
 
found


529 - 
�move
 
the
 
ALG
 
��y


530 
ev�
 
n�
 
	`found
(
found
 
��s
 
too
)

531 - 
�t
 
the
 
by�ss
 
�ag
 
�
�h�
CT
 
�ssi�
 
�b�


535 #ifde�
ALGDBG


537 
	`��tf
("�p܈numb�: %d, %d\n", 
�c_p�t
, 
d�_p�t
);

538 
	`��tf
("ftp TCP seq�um diff: %d\n",

539 
cg�t_�xn_�ack�
->
hash_�b�_���s
[

540 
�_pos�i�
].
t�Seqdiff
);

541 
	`��tf
("tcp data offset: %d\n",

542 ((
thdr
->
d�a_off
 & 0xf0) >> 2));

543 
	`��tf
("��os�i� i�dpi:%d\n", 
�_pos�i�
);

547 i�(
�c_p�t
 =�21 || 
d�_p�t
 == 21) {

556 
t�_��t
 = (*)
thdr
;

559 
p�t_cmd_�r�g
 = (* )(
t�_��t
+((
thdr
->
d�a_off
 & 0xf0) >> 2));

560 
t�_h�d�_�d
 = 
p�t_cmd_�r�g
;

562 i�(
d�e�i�
 =�
PRIVATE
) {

564 #ifde�
ALGDBG


565 
	`��tf
("In PRIVATE ");

568 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].
�q_���


569 �
	`�e_bsw�32
(
thdr
->
��_�q
);

570 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].
ack_���


571 �
	`�e_bsw�32
(
thdr
->
�cv_ack
);

572 #ifde�
ALGDBG


573 
	`��tf
("-->Seq_cli:%u, Ack_cli:%u, Len:%4d\n",

574 
	`�e_bsw�32
(
thdr
->
��_�q
),

575 
	`�e_bsw�32
(
thdr
->
�cv_ack
),

576 (
	`�e_bsw�16
(
�_hdr
->
tٮ_�ngth
) -

577 (((
thdr
->
d�a_off
 & 0xf0) >> 4) * 4)) - 20);

581 #ifde�
ALGDBG


582 
	`��tf
("In PUBLIC ");

584 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].
�q_�rv�


585 �
	`�e_bsw�32
(
thdr
->
��_�q
);

586 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].
ack_�rv�


587 �
	`�e_bsw�32
(
thdr
->
�cv_ack
);

588 #ifde�
ALGDBG


589 
	`��tf
("<--Seq_cli:%4d, Ack_cli%4d, Len:%4d\n",

590 
	`�e_bsw�32
(
thdr
->
��_�q
),��_bsw�32�hdr->
�cv_ack
),

591 (
�_hdr
->
tٮ_�ngth
 - (((
thdr
->
d�a_off
 & 0xf0) >> 2))

596 i�(
	`ss�nf
(
p�t_cmd_�r�g
, 
FTP_PASV_PARAMETER_STRING
, &
dummy_v�ue
,

597 &
�1
, &
�2
, &
�3
, &
�4
, &
p�t1
, &
p�t2
) ==

598 
FTP_PASV_PARAMETER_COUNT
){

600 
	`�r�tf
 (
p�t_�r�g
, 
FTP_PASV_PARAMETER_STRING
, 
FTP_PASV_RETURN_CODE
,

601 
�1
, 
�2
, 
�3
, 
�4
, 
p�t1
, 
p�t2
);

603 
i
 = 0;

604 
p�t_cmd_�r�g
[
i
] != '\r' &&�ort_cmd_string[i+1] != '\n')

605 
i
++;

607 
i
 += 2;

609 
�d_p�t_�r�g_�ngth
 = 
i
;

611 
�iv�e_p�t_numb�
 = (
u�t16_t
�(
p�t1
 * 0x100 + 
p�t2
);

612 
b�r_�iv�e_add�ss
 = (
u�t8_t
 *�&
�iv�e_add�ss
;

614 
b�r_�iv�e_add�ss
[3] = (
u�t8_t
�(
�4
 & 0x00FF);

615 
b�r_�iv�e_add�ss
[2] = (
u�t8_t
�(
�3
 & 0x00FF);

616 
b�r_�iv�e_add�ss
[1] = (
u�t8_t
�(
�2
 & 0x00FF);

617 
b�r_�iv�e_add�ss
[0] = (
u�t8_t
�(
�1
 & 0x00FF);

621 i�(
d�e�i�
 =�
PUBLIC
) {

628 
	`p�uϋ_�p_�g_��y
(
�iv�e_add�ss
, 
�iv�e_p�t_numb�
);

634 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

635 
�rv�_d�e�i�
 = 
SERVER_IN_PUBLIC
;

636 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

637 
�p_�ssi�_ty�
= 1;

638 } i�(
d�e�i�
 =�
PRIVATE
) {

641 
p���e_cgDZ_��y_key
 
d�a_ch��l_key
;

642 
�iv�e_add�ss
 = 
	`�e_bsw�32
(private_address);

643 
d�a_ch��l_key
.
�
 = 
�iv�e_add�ss
;

644 
d�a_ch��l_key
.
p�t
 = 
�iv�e_p�t_numb�
;

646 
d�a_ch��l_key
.
pid
 = 
pkt
->
p�t
;

653 #ifde�
FTP_ALG


654 i�(
	`add_dy�mic_cgDZ_��y_�g
((
p���e
 *)
p_�t
,

655 &
d�a_ch��l_key
, &
eg�ss_��y
, &
�g�ss_��y
) == 0){

657 #ifde�
ALGDBG


658 
	`��tf
("Wrong FTP ALG�acket\n");

662 
p_�t
->
DZDrݳdPktCou�
++;

664 #ifde�
CGNAPT_DEBUGGING


665 
p_�t
->
DZDrݳdPktCou�4
++;

671 
tmp_t�_�ylod_size
 = 
	`�e_bsw�16
(
�_hdr
->
tٮ_�ngth
) -

672 ((
thdr
->
d�a_off
 & 0xf0�>> 2�- 
�_hdr_size_by�s
;

673 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

674 
t�_�yl�d_size
 = 
tmp_t�_�ylod_size
;

677 
	`p�uϋ_�p_�g_��y
(
eg�ss_��y
->
d�a
.
pub_�
,

678 
eg�ss_��y
->
d�a
.
pub_p�t
);

680 
�w_p�t_�r�g_�ngth
 = 
	`�p_�g_modify_�yl�d
(
eg�ss_��y
,

681 
p�t_�r�g
,

682 
p�t_�r�g_����ed
, 1);

683 
	`���y
(
t�_h�d�_�d
, 
p�t_�r�g_����ed
,

684 
	`���
(
p�t_�r�g_����ed
));

685 
t�Seqdiff
 = 
	`�p_�g_d��_t�_�qu��
�
pkt
, 
p�t_�r�g
,

686 
cg�t_�xn_�ack�
->
hash_�b�_���s


687 [
�_pos�i�
].
t�Seqdiff
,

688 
�d_p�t_�r�g_�ngth
,

689 
�w_p�t_�r�g_�ngth
);

692 
	`�p_�g_modify_pkt_�n
(
pkt
);

699 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

700 
�g_by�ss_�ag
 = 
NO_BYPASS
;

701 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

702 
t�Seqdiff
 =�cpSeqdiff;

703 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

704 
�rv�_d�e�i�
 = 
SERVER_IN_PRIVATE
;

705 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

706 
�p_�ssi�_ty�
 = 1;

710 } i�(
	`ss�nf
(
p�t_cmd_�r�g
, 
FTP_PORT_PARAMETER_STRING
,

711 &
�1
, &
�2
, &
�3
, &
�4
, &
p�t1
, &
p�t2
) ==

712 
FTP_PORT_PARAMETER_COUNT
){

714 
i
 = 0;

715 
u�t8_t
 
p�t_h�
;

716 
p�t_cmd_�r�g
[
i
] != '\r' &&

717 
p�t_cmd_�r�g
[
i
+1] != '\n')

718 
i
++;

720 
i
 += 2;

722 
�d_p�t_�r�g_�ngth
 = 
i
;

724 #ifde�
ALGDBG


725 
	`��tf
�" Exi��g Seq Dif��%d", 
cg�t_�xn_�ack�
->

726 
hash_�b�_���s
[
�_pos�i�
].
t�Seqdiff
);

727 
	`��tf
("FTP ALG: FTP PORT command�ength: %d\n",

728 
�d_p�t_�r�g_�ngth
);

731 
�iv�e_p�t_numb�
 = (
u�t16_t
�(
p�t1
 * 0x100 + 
p�t2
);

733 #ifde�
ALGDBG


734 
	`��tf
("FTP ALG:�rivate�ort�umber before swap: %u\n",

735 
�iv�e_p�t_numb�
);

738 
b�r_�iv�e_add�ss
 = (
u�t8_t
 *�&
�iv�e_add�ss
;

739 
b�r_�iv�e_add�ss
[3] = (
u�t8_t
�(
�4
 & 0x00FF);

740 
b�r_�iv�e_add�ss
[2] = (
u�t8_t
�(
�3
 & 0x00FF);

741 
b�r_�iv�e_add�ss
[1] = (
u�t8_t
�(
�2
 & 0x00FF);

742 
b�r_�iv�e_add�ss
[0] = (
u�t8_t
�(
�1
 & 0x00FF);

744 
	`�r�tf
(
p�t_�r�g
, 
FTP_PORT_PARAMETER_STRING
, 
�1
, 
�2
,

745 
�3
, 
�4
, 
p�t1
, 
p�t2
);

747 #ifde�
ALGDBG


748 
	`��tf
("FTP ALG: FTP original PORT string: %d,%s\n",

749 (�
	`���
(
p�t_�r�g
)-2,�ort_string);

750 
	`��tf
("�v�ddr: %x\n", 
�iv�e_add�ss
);

754 i�(
d�e�i�
 =�
PUBLIC
) {

760 
p���e_cgDZ_��y_key
 
d�a_ch��l_key
;

761 
d�a_ch��l_key
.
�
 = 
�iv�e_add�ss
;

762 
d�a_ch��l_key
.
p�t
 = 
�iv�e_p�t_numb�
;

763 
d�a_ch��l_key
.
pid
 = 0xffff;

766 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

767 
�rv�_d�e�i�
 = 
SERVER_IN_PRIVATE
;

768 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

769 
�p_�ssi�_ty�
= 0;

772 #ifde�
ALGDBG


773 
	`��tf
("<--Seq_cli:%4d, Ack_cli%4d, Len:%4d\n",

774 
	`�e_bsw�32
(
thdr
->
��_�q
),

775 
	`�e_bsw�32
(
thdr
->
�cv_ack
),

776 (
�_hdr
->
tٮ_�ngth
 -

777 (((
thdr
->
d�a_off
 & 0xf0) >> 2)) - 20));

779 
	`p�uϋ_�p_�g_��y
(
�iv�e_add�ss
, 
�iv�e_p�t_numb�
);

780 } i�(
d�e�i�
 =�
PRIVATE
) {

786 
p���e_cgDZ_��y_key
 
d�a_ch��l_key
;

787 
�iv�e_add�ss
 = 
	`�e_bsw�32
(private_address);

788 
d�a_ch��l_key
.
�
 = 
�iv�e_add�ss
;

789 
d�a_ch��l_key
.
p�t
 = 
�iv�e_p�t_numb�
;

791 
d�a_ch��l_key
.
pid
 = 
pkt
->
p�t
;

800 #ifde�
FTP_ALG


801 i�(
	`add_dy�mic_cgDZ_��y_�g
((
p���e
 *)

802 
p_�t
, &
d�a_ch��l_key
, &
eg�ss_��y
,

803 &
�g�ss_��y
) == 0){

805 #ifde�
ALGDBG


806 
	`��tf
("Wrong FTP ALG�acket\n");

809 
p_�t
->
DZDrݳdPktCou�
++;

811 #ifde�
CGNAPT_DEBUGGING


812 
p_�t
->
DZDrݳdPktCou�4
++;

818 
tmp_t�_�ylod_size
 = 
	`�e_bsw�16
(
�_hdr
->
tٮ_�ngth
) -

819 ((
thdr
->
d�a_off
 & 0xf0) >> 2) -

820 
�_hdr_size_by�s
;

821 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

822 
t�_�yl�d_size
 = 
tmp_t�_�ylod_size
;

825 
	`p�uϋ_�p_�g_��y
(
eg�ss_��y
->
d�a
.
pub_�
,

826 
eg�ss_��y
->
d�a
.
pub_p�t
);

828 
�w_p�t_�r�g_�ngth
 = 
	`�p_�g_modify_�yl�d
(
eg�ss_��y
,

829 
p�t_�r�g
,

830 
p�t_�r�g_����ed
, 0);

831 
	`���y
(
t�_h�d�_�d
, 
p�t_�r�g_����ed
,

832 
	`���
(
p�t_�r�g_����ed
));

833 
t�Seqdiff
 = 
	`�p_�g_d��_t�_�qu��
�
pkt
, 
p�t_�r�g
,

834 
cg�t_�xn_�ack�
->
hash_�b�_���s


835 [
�_pos�i�
].
t�Seqdiff
,

836 
�d_p�t_�r�g_�ngth
,

837 
�w_p�t_�r�g_�ngth
);

839 
	`�p_�g_modify_pkt_�n
(
pkt
);

848 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

849 
�g_by�ss_�ag
 = 
NO_BYPASS
;

850 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

851 
t�Seqdiff
 =�cpSeqdiff;

852 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

853 
�rv�_d�e�i�
 = 
SERVER_IN_PUBLIC
;

854 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].

855 
�p_�ssi�_ty�
 = 0;

857 #ifde�
ALGDBG


858 
	`��tf
("<--Seq_cli:%4d, Ack_cli%4d, Len:%4d\n",

859 
	`�e_bsw�32
(
thdr
->
��_�q
),

860 
	`�e_bsw�32
(
thdr
->
�cv_ack
),

861 (
�_hdr
->
tٮ_�ngth
 -

862 (((
thdr
->
d�a_off
 & 0xf0) >> 2)) - 20));

869 i�((
ackAdju�
=
cg�t_�xn_�ack�
->
hash_�b�_���s
[

870 
�_pos�i�
].
t�Seqdiff
) != 0) {

871 i�(
d�e�i�
 =�
PRIVATE
) {

873 
cg�t_�xn_�ack�
->
hash_�b�_���s


874 [
�_pos�i�
].
�q_���
 !=

875 
cg�t_�xn_�ack�
->
hash_�b�_���s


876 [
�_pos�i�
].
ack_�rv�
) {

877 
Seqh�s
;

878 
	`�p_�g_adju�_t�_�q
�
pkt
,
ackAdju�
);

879 
tmp_t�_�ylod_size
 = 
	`�e_bsw�16
(

880 
�_hdr
->
tٮ_�ngth
) -

881 ((
thdr
->
d�a_off
 & 0xf0) >> 2) -

882 
�_hdr_size_by�s
;

883 
cg�t_�xn_�ack�
->
hash_�b�_���s


884 [
�_pos�i�
].
t�_�yl�d_size
 = 
tmp_t�_�ylod_size
;

885 #ifde�
ALGDBG


886 
	`��tf
("<--Seq_cli:%4d, Ack_cli%4d, Len:%4d\n",

887 
	`�e_bsw�32
(
thdr
->
��_�q
),

888 
	`�e_bsw�32
(
thdr
->
�cv_ack
),

889 (
�_hdr
->
tٮ_�ngth
 -(((
thdr
->
d�a_off
 & 0xf0) >> 2))- 20));

893 i�(
cg�t_�xn_�ack�
->
hash_�b�_���s


894 [
�_pos�i�
].
ack_�rv�
 !=

895 (
cg�t_�xn_�ack�
->
hash_�b�_���s


896 [
�_pos�i�
].
�q_���
 +

897 
cg�t_�xn_�ack�
->
hash_�b�_���s


898 [
�_pos�i�
].
t�_�yl�d_size
)) {

899 
Ackh�s
;

900 
	`�p_�g_adju�_t�_ack
�
pkt
,
ackAdju�
);

901 #ifde�
ALGDBG


902 
	`��tf
("<--Seq_cli:%4d, Ack_cli%4d, Len:%4d\n",

903 
	`�e_bsw�32
(
thdr
->
��_�q
),

904 
	`�e_bsw�32
(
thdr
->
�cv_ack
),

905 (
�_hdr
->
tٮ_�ngth
 -(((
thdr
->
d�a_off
 & 0xf0) >> 2))- 20));

914 #ifde�
ALGDBG


915 
	`��tf
("In Data Channel \n");

917 
	`�move_�p_�g_��y
 (
d�_addr
,
d�_p�t
);

918 
cg�t_�xn_�ack�
->
hash_�b�_���s
[
�_pos�i�
].
�g_by�ss_�ag
 = 
BYPASS
;

920 
	}
}

	@VIL/alg/lib_ftp_alg.h

16 #i�de�
__INCLUDE_LIB_FTP_ALG_H__


17 

	#__INCLUDE_LIB_FTP_ALG_H__


	)

18 
	~"�e_�h�.h
"

19 
	~"�e_�_t�.h
"

21 

	#META_DATA_OFFSET
 128

	)

22 

	#ETHERNET_START
 (
META_DATA_OFFSET
 + 
RTE_PKTMBUF_HEADROOM
)

	)

23 

	#ETH_HDR_SIZE
 14

	)

24 

	#IP_START
 (
ETHERNET_START
 + 
ETH_HDR_SIZE
)

	)

25 

	#PROTOCOL_START
 (
IP_START
 + 9)

	)

26 

	#TCP_START
 (
IP_START
 + 
IP_V4_HEADER_SIZE
)

	)

27 

	#TCP_MIN_HDR_SIZE
 20

	)

29 

	#RTE_TCP_PROTO_ID
 6

	)

30 

	#RTE_SP_DEFAULT_TTL
 64

	)

32 

	#RTE_SYNPROXY_MAX_SPOOFED_PKTS
 64

	)

34 

	#RTE_TCP_SYN
 0x02

	)

35 

	#RTE_TCP_ACK
 0x10

	)

36 

	#RTE_TCP_SYN_ACK
 (
RTE_TCP_SYN
 | 
RTE_TCP_ACK
)

	)

37 

	#IP_VERSION_4
 4

	)

38 

	#IP_VERSION_6
 6

	)

39 

	#IPv4_HEADER_SIZE
 20

	)

40 

	#IPv6_HEADER_SIZE
 40

	)

44 
	e�p_�g_by�ss
 {

45 
	mNO_BYPASS
,

46 
	mBYPASS


49 
	e�p_�g_mode
 {

50 
	mFTP_ALG_PORT
,

51 
	mFTP_ALG_PASV


53 
	e�p_�g_d�e�i�
 {

54 
	mSERVER_IN_PRIVATE
,

55 
	mSERVER_IN_PUBLIC


57 
	ephy_p�t
 {

58 
	mPRIVATE_PORT
,

59 
	mPUBLIC_PORT


62 
	s�p_�g_key
 {

63 
u�t32_t
 
	m�_add�ss
;

64 
u�t16_t
 
	ml4p�t
;

65 
u�t8_t
 
	mf��r1
;

66 
u�t8_t
 
	mf��r2
;

68 
	s�p_�g_�b�_��y
 {

69 
u�t32_t
 
	m�_add�ss
;

70 
u�t16_t
 
	ml4p�t
;

71 
u�t8_t
 
	m�p_�g_mode
;

72 
u�t8_t
 
	m�p_�g_d�e�i�
;

73 
u�t32_t
 
	m�ssi�_id
;

74 
u�t8_t
 
	m�g_by�ss_�ag
;

75 
u�t8_t
 
	mdummy
;

76 
u�t8_t
 
	mdummy1
;

78 } 
	g__�e_�che_�ig�d
;

80 

	#FTP_SERVER_PORT
 21

	)

81 

	#FTP_PORT_STRING
 "PORT"

	)

82 

	#FTP_PORT_PARAMETER_STRING
 "PORT %hu,%hu,%hu,%hu,%hu,%hu\r\n"

	)

83 

	#FTP_PORT_PARAMETER_COUNT
 6

	)

84 

	#FTP_PORT_RESPONSE_STRING
 "200 PORT comm�d suc�ssful.\r\n"

	)

85 

	#FTP_PORT_STRING_END_MARKER
 '\n'

	)

86 

	#FTP_MAXIMUM_PORT_STRING_LENGTH
 60

	)

87 

	#FTP_PASV_STRING
 "PASV"

	)

88 

	#FTP_PASV_PARAMETER_STRING
 "%d E���g Passiv�Mod�(%hu,%hu,%hu,%hu,%hu,%hu)\r\n"

	)

89 

	#FTP_PASV_PARAMETER_COUNT
 7

	)

90 

	#FTP_PASV_STRING_END_MARKER
 '\n'

	)

91 

	#FTP_PASV_RETURN_CODE
 227

	)

93 
�p_�g_dpi
(

94 
p���e_cgDZ
 *
p_�t
,

95 
p���e_cgDZ_��y_key
 *
�t_��y_key
,

96 
�e_mbuf
 *
pkt
,

97 
�e_�_�xn_�ack�
 *
cg�t_�xn_�ack�
,

98 
�t32_t
 
�_pos�i�
,

99 
u�t8_t
 
d�e�i�
);

100 
lib_�p_�g_��
();

101 
�t8_t
 
�e_�_�v�si�
(*
i_hdr
);

	@VIL/alg/lib_sip_alg.c

17 
	~<�dio.h
>

18 
	~<�dlib.h
>

19 
	~<�d�t.h
>

20 
	~<�r�g.h
>

21 
	~<uni�d.h
>

22 
	~<��/��.h
>

23 
	~<m�h.h
>

25 
	~<�p.h
>

26 
	~<�e_comm�.h
>

27 
	~<�e_m�loc.h
>

28 
	~<�e_�.h
>

29 
	~<�e_udp.h
>

30 
	~<�e_by��d�.h
>

31 
	~<�e_�b�_�m.h
>

32 
	~<�e_�b�_hash.h
>

33 
	~<�e_p���e.h
>

34 
	~<�e_�p.h
>

35 
	~<�e_icmp.h
>

36 
	~<�e_hash.h
>

37 
	~<�e_jhash.h
>

38 
	~<�e_cy�es.h
>

40 
	~"p���e_a�i�s_comm�.h
"

41 
	~"hash_func.h
"

42 
	~"lib_s�_�g.h
"

43 
	~"vnf_comm�.h
"

44 
	~"p���e_comm�_be.h
"

46 

	#SIP_ALG_SIP
 "SIP"

	)

47 

	#SIP_ALG_200_OK
 "200 OK"

	)

48 

	#SIP_ALG_INVITE
 "INVITE"

	)

49 

	#SIP_ALG_BYE
 "BYE"

	)

50 

	#SIP_ALG_TRYING
 "100 Try�g"

	)

51 

	#SIP_ALG_RINGING
 "180 R�g�g"

	)

52 

	#SIP_ALG_ACK
 "ACK"

	)

53 

	#SIP_ALG_CONTACT
 "Cڏ�"

	)

54 

	#SIP_ALG_CONTENT_LEN
 "Cڋ�-L�gth"

	)

55 

	#SIP_ALG_VIA
 "V�"

	)

56 

	#SIP_ALG_FROM
 "From"

	)

57 

	#SIP_ALG_TO
 "To"

	)

58 

	#SIP_ALG_CALLID
 "C�l-ID"

	)

59 

	#SIP_ALG_RTP
 "RTP"

	)

60 

	#SIP_ALG_RTCP
 "a=RTCP"

	)

61 

	#SIP_ALG_CANCEL
 "CANCEL"

	)

62 

	#SIP_ALG_CONTYPE
 "Cڋ�-Ty�"

	)

63 

	#SIP_ALG_APPSDP
 "��i�ti�/sdp"

	)

64 

	#SIP_ALG_CSEQ
 "CSeq"

	)

65 

	#SIP_ALG_AUDIO
 "m�udio"

	)

66 

	#SIP_ALG_DOUBLE_CRLF
 "\r\n\r\n"

	)

67 

	#SIP_ALG_CRLF
 "\r\n"

	)

68 

	#SIP_ALG_AT
 "@"

	)

69 

	#SIP_ALG_GREAT
 ">"

	)

70 

	#SIP_ALG_OWNER
 "o="

	)

71 

	#SIP_ALG_IPV4
 "IP4"

	)

72 

	#SIP_ALG_CONN
 "c="

	)

73 

	#SIP_ALG_REMOTE_PARTY_ID
 "Rem�e-P�ty-ID"

	)

74 

	#SIP_ALG_SPACE
 " "

	)

75 

	#SIP_ALG_SEMICOLON
 ";"

	)

77 

	#SIP_DEFAULT_L4PORT
 5060

	)

79 

	#SIP_ALG_INVITE_MSGTYPE
 1

	)

80 

	#SIP_ALG_BYE_MSGTYPE
 2

	)

81 

	#SIP_ALG_200_OK_INVITE_MSGTYPE
 3

	)

82 

	#SIP_ALG_200_OK_BYE_MSGTYPE
 4

	)

83 

	#SIP_ALG_TRYING_RINGING_MSGTYPE
 5

	)

84 

	#SIP_ALG_ACK_MSGTYPE
 6

	)

86 

	#MAX_NUM_SIP_ALG_ENTRIES
 16384

	)

88 

	#SIP_ALG_VIA_FIELD_IPADDR
 14

	)

89 

	#SIP_ALG_CTAC_FIELD_IPADDR
 7

	)

91 

	#ADDRESS_PORT_STRING
 1

	)

92 

	#PORT_STRING
 2

	)

94 

	#MAX_ADDR_PORT_SIZE
 30

	)

95 

	#MAX_ADDR_SIZE
 20

	)

96 

	#MAX_PORT_SIZE
 10

	)

97 

	#MAX_SIP_UDP_MSG_SIZE
 2000

	)

99 

	#ALG_DEBUG
 0

	)

101 �um { 
	mFALSE
, 
	mTRUE
 };

103 
�e_mempo�
 *
	glib_�g_pktmbuf_tx_po�
;

105 
�e_mbuf
 *
	glib_�g_pkt
;

107 
�e_hash_��m��s
 
	gs�_�g_hash_��ms
 = {

108 .
�me
 = 
NULL
,

109 .
	g���s
 = 
MAX_NUM_SIP_ALG_ENTRIES
,

110 .
	g��rved
 = 0,

111 .
	gkey_�n
 = (
s�_�g_key
),

112 .
	ghash_func
 = 
�e_jhash
,

113 .
	ghash_func_��_v�
 = 0,

114 .
	gex�a_�ag
 = 1,

117 
�e_hash
 *
	gs�_�g_hash_�b�
;

119 
s�_�g_�b�_��y
 *
	gs�_�g_�b�
[
MAX_NUM_SIP_ALG_ENTRIES
];

121 *
s�_�g_�o�ss
(
�e_mbuf
 *
pkt
,

122 
u�t16_t
 
pkt_d�e�i�
, u�t16_�
��_d�e�i�
,

123 
u�t16_t
 
msgTy�
, 
u�t32_t
 
modIp
,

124 
u�t16_t
 
modL4P�t
, 
u�t32_t
 
pubIp
,

125 
u�t16_t
 
pubL4P�t
, u�t16_�
modR�P�t
,

126 
u�t16_t
 
modRt�P�t
, u�t16_�*
diffModS�L�
);

127 *
g�S�C�lIdS�
(*
pMsg
);

128 *
�tS�AlgModifyPayl�dAddrP�t
(*
pS�Msg
, **
pS�MsgEnd
,

129 
u�t32_t
 
�dS�L�
, u�t32_�*
diffL�
,

130 
u�t32_t
 
pub_�
, 
u�t16_t
 
pub_p�t
,

131 
u�t32_t
 
ty�
);

132 *
�tS�AlgAdju�Msg
(*
pS�Msg
, **
pS�MsgEnd
,

133 
u�t32_t
 
�wS�L�
, u�t32_�
�dS�L�
);

137 
	$lib_s�_�g_��
()

139 *
s
 = 
	`�e_zm�loc
(
NULL
, 64, 
RTE_CACHE_LINE_SIZE
);;

140 
sock�id
 = 0;

142 if(!
s
){

143 
	`��tf
("NAT SIP ALG Init failed\n");

146 
	`���tf
(
s
, 
	`���
(s), "�v4_s�_�g_hash_%d", 
sock�id
);

147 
	`��tf
("NAT SIP ALG initialization ...\n");

150 
s�_�g_hash_��ms
.
sock�_id
 = 
SOCKET_ID_ANY
;

151 
s�_�g_hash_��ms
.
�me
 = 
s
;

152 
s�_�g_hash_�b�
 = 
	`�e_hash_���
(&
s�_�g_hash_��ms
);

154 i�(
s�_�g_hash_�b�
 =�
NULL
) {

155 
	`��tf
("SIP ALG�te_hash_create failed. socket %d ...\n",

156 
s�_�g_hash_��ms
.
sock�_id
);

157 
	`�e_ex�
(0, "SIP ALG�te_hash_create failed");

159 
	`��tf
("s�_�g_hash_�b� %p\n\n", (*)
s�_�g_hash_�b�
);

162 
	}
}

164 *
��
(
n
);

165 *
	$��
(
n
)

167 
�n
 = 
n
 =�0 ? 1 : 
	`�o�
(
	`log10l
(
	`�bs
(n))) + 1;

169 i�(
n
 < 0)

170 
�n
++;

172 *
buf
 = 
	`��oc
((), 
�n
 + 1);

173 if(
buf
 !�
NULL
)

174 
	`���tf
(
buf
, 
�n
 + 1, "%ld", 
n
);

175  
buf
;

176 
	}
}

178 
s�_�g_�b�_��y
 *
���ve_s�_�g_��y
(

179 
s�_�g_key
 *
�g_key
);

181 
s�_�g_�b�_��y
 *
	$���ve_s�_�g_��y
(

182 
s�_�g_key
 *
�g_key
)

184 
s�_�g_�b�_��y
 *
s�_�g_d�a
 = 
NULL
;

186 
�t
 = 
	`�e_hash_lookup
(
s�_�g_hash_�b�
, 
�g_key
);

188 i�(
�t
 < 0) {

189 #ifde�
ALGDBG


190 
	`��tf
("alg-hash�ookup failed�et %d, "

192 
�t
, 
EINVAL
, 
ENOENT
);

195 
s�_�g_d�a
 = 
s�_�g_�b�
[
�t
];

196  
s�_�g_d�a
;

199  
NULL
;

200 
	}
}

203 
	$�move_s�_�g_��y
(
u�t32_t
 
�addr
, 
u�t16_t
 
p�tid
)

205 
s�_�g_key
 
�g_key
;

206 *
s�_�g_��y_d�a
;

207 
�t
;

209 
�g_key
.
l4p�t
 = 
p�tid
;

210 
�g_key
.
�_add�ss
 = 
�addr
;

211 
�g_key
.
f��r1
 = 0;

212 
�g_key
.
f��r2
 = 0;

214 i�(
ALG_DEBUG
)

215 
	`��tf
("�move_s�_��y i�%x,�܈%d\n", 
�g_key
.
�_add�ss
,

216 
�g_key
.
l4p�t
);

218 
�t
 = 
	`�e_hash_lookup
(
s�_�g_hash_�b�
, &
�g_key
);

219 i�(
�t
 < 0) {

220 i�(
ALG_DEBUG
)

221 
	`��tf
("removesipalgentry: "

223 
�t
);

227 
s�_�g_��y_d�a
 = 
s�_�g_�b�
[
�t
];

229 
	`�
(
s�_�g_��y_d�a
);

230 
	`�e_hash_d�_key
(
s�_�g_hash_�b�
, &
�g_key
);

233 
	}
}

239 
p�uϋ_s�_�g_��y
(
u�t32_t
 
�addr
, 
u�t16_t
 
p�tid
,

240 *
s�_��_id
, 
u�t8_t
 
��_d�e�i�
,

241 
s�_�g_p�t_ty�
 
p�t_ty�
);

242 
	$p�uϋ_s�_�g_��y
(
u�t32_t
 
�addr
, 
u�t16_t
 
p�tid
,

243 *
s�_��_id
, 
u�t8_t
 
��_d�e�i�
,

244 
s�_�g_p�t_ty�
 
p�t_ty�
)

246 
s�_�g_key
 
�g_key
;

248 
�g_key
.
l4p�t
 = 
p�tid
;

249 
�g_key
.
�_add�ss
 = 
�addr
;

250 
�g_key
.
f��r1
 = 0;

251 
�g_key
.
f��r2
 = 0;

252 
�t
;

254 i�(
ALG_DEBUG
)

255 
	`��tf
("populate_sip_alg_entry�ort %d, ip %x\n",

256 
�g_key
.
l4p�t
,�lg_key.
�_add�ss
);

258 
s�_�g_�b�_��y
 *
�w_�g_d�a
 =

259 
	`���ve_s�_�g_��y
(&
�g_key
);

261 i�(
�w_�g_d�a
) {

262 i�(
ALG_DEBUG
)

263 
	`��tf
("sip_alg_entry�xists ip%x,�ort %d\n",

264 
�g_key
.
�_add�ss
,�lg_key.
l4p�t
);

268 
�w_�g_d�a
 = 
NULL
;

269 
�w_�g_d�a
 = (
s�_�g_�b�_��y
 *)

270 
	`m�loc
((
s�_�g_�b�_��y
));

271 i�(
�w_�g_d�a
 =�
NULL
) {

272 
	`��tf
("populate sip�lg�ntry:�llocation failed\n");

276 
�w_�g_d�a
->
l4p�t
 = 
p�tid
;

277 
�w_�g_d�a
->
�_add�ss
 = 
�addr
;

278 
�w_�g_d�a
->
l4p�t_ty�
 = 
p�t_ty�
;

279 
�w_�g_d�a
->
s�_�g_��_d�e�i�
 = 
��_d�e�i�
;

280 
	`�r�y
((*)
�w_�g_d�a
->
s�_�g_��_id
, (*)
s�_��_id
);

281 
�w_�g_d�a
->
f��r1
 = 0;

282 
�w_�g_d�a
->
f��r2
 = 0;

283 
�w_�g_d�a
->
f��r3
 = 0;

285 
�t
 = 
	`�e_hash_add_key
(
s�_�g_hash_�b�
, &
�g_key
);

286 i�(
�t
 < 0) {

287 
	`��tf
("p�uϋ s� -��_hash_add_key_d��ERROR %d\n", 
�t
);

288 
	`�
(
�w_�g_d�a
);

292 
s�_�g_�b�
[
�t
] = 
�w_�g_d�a
;

294 i�(
ALG_DEBUG
) {

295 
	`��tf
("SIP_ALG:�able update - ip=%x on�ort=%d�et=%d\n",

296 
�g_key
.
�_add�ss
, 
p�tid
, 
�t
);

299 
	}
}

301 
	$s�_�g_dpi
(
�e_mbuf
 *
pkt
, 
pkt_d�
 
pkt_d�e�i�
,

302 
u�t32_t
 
modIp
, 
u�t16_t
 
modL4P�t
,

303 
u�t32_t
 
pubIp
, 
u�t16_t
 
pubL4P�t
,

304 
u�t16_t
 
modR�P�t
, u�t16_�
modRt�P�t
)

306 
u�t16_t
 
msgTy�
 = 0;

307 
s�_�g_��_d�e�i�
 
��_d�e�i�
 = 0;

308 
u�t32_t
 
�_add�ss
 = 0;

309 
u�t16_t
 
p�t
 = 0;

310 
�t
 = 0;

311 
�v4_hdr
 *
�_h
;

312 
�h�_hdr
 *
�h_h
 = 
	`�e_pktmbuf_mtod
(
pkt
, ether_hdr *);

313 
udp_hdr
 *
udp_h
;

314 *
pS�Msg
 = 
NULL
;

315 
s�_�g_�b�_��y
 *
s�_�g_��y
;

316 *
s�_��_id
 = 
NULL
;

317 
pos
 = 0;

318 
s�_�g_key
 
�g_key
;

319 
u�t16_t
 
diffModS�L�
 = 0;

321 
�_h
 = (
�v4_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

322 
udp_h
 = (
udp_hdr
 *)((*)
�_h
 + (
�v4_hdr
));

323 
pS�Msg
 = ((*)
udp_h
 + (
udp_hdr
));

325 i�(
ALG_DEBUG
) {

326 
	`��tf
("%s:�ack���gth(%u), buf��ngth(%u)\n", 
__func__
,

327 
	`�e_pktmbuf_pkt_�n
(
pkt
),�kt->
buf_�n
);

328 
	`��tf
("%s:�a� segm��addr(%�%p)\n", 
__func__
,

329 
	`�e_pktmbuf_ϡ�g
(
pkt
),�kt);

330 
	`��tf
("%s: d���n(%u, %u)\n", 
__func__
, 
	`�e_pktmbuf_d�a_�n
(
pkt
),

331 
	`�e_pktmbuf_d�a_�n
(
	`�e_pktmbuf_ϡ�g
(
pkt
)));

332 
	`��tf
("%s: buf�addr(%p), d�a_off(%u),�b_�gs(%u)\n", 
__func__
,

333 
pkt
->
buf_addr
,�kt->
d�a_off
,�kt->
nb_�gs
);

336 i�(
	`IS_STRING_SAME
(
pS�Msg
, 
SIP_ALG_INVITE
)) {

338 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_CALLID
, &
pos
, 0) ==

339 
TRUE
)

340 
s�_��_id
 =

341 
	`g�S�C�lIdS�
(
pS�Msg
 + 
pos
 +

342 
	`TAG_TO_DATAPOS
(
SIP_ALG_CALLID
));

344 i�(
ALG_DEBUG
)

345 
	`��tf
("s��gdpi: %d c��id %s\n", 
__LINE__
,

346 
s�_��_id
);

348 i�(
pkt_d�e�i�
 =�
PRIVATE
) {

349 
��_d�e�i�
 = 
SIP_CALL_OUTGOING
;

350 
�_add�ss
 = 
	`�e_bsw�32
(
�_h
->
�c_addr
);

351 
p�t
 = 
	`�e_bsw�16
(
udp_h
->
�c_p�t
);

352 } i�(
pkt_d�e�i�
 =�
PUBLIC
) {

353 
��_d�e�i�
 = 
SIP_CALL_INCOMING
;

354 
�_add�ss
 = 
pubIp
;

355 
p�t
 = 
pubL4P�t
;

358 i�(
ALG_DEBUG
)

359 
	`��tf
("0=>sip_alg_dpi:�kt_dir(%d), call_dir(%d), "

361 
pkt_d�e�i�
, 
��_d�e�i�
, 
�_add�ss
, 
p�t
);

364 
�t
 = 
	`p�uϋ_s�_�g_��y
(
�_add�ss
, 
p�t
,

365 
s�_��_id
, 
��_d�e�i�
,

366 
SIP_UDP
);

367 i�(
�t
 < 0) {

368 
	`��tf
("sipalgdpi:populate SIP�lg UDP�ntry failed\n");

371 i�(
modR�P�t
 != 0) {

372 
�t
 = 
	`p�uϋ_s�_�g_��y
(
�_add�ss
, 
modR�P�t
,

373 
s�_��_id
,

374 
��_d�e�i�
, 
SIP_RTP
);

375 i�(
�t
 < 0) {

376 
	`��tf
("sipalgdpi: "

381 i�(
modRt�P�t
 != 0) {

382 
�t
 = 
	`p�uϋ_s�_�g_��y
(
�_add�ss
, 
modRt�P�t
,

383 
s�_��_id
,

384 
��_d�e�i�
, 
SIP_RTCP
);

385 i�(
�t
 < 0) {

386 
	`��tf
("sipalgdpi: "

393 
pS�Msg
 =

394 
	`s�_�g_�o�ss
(
pkt
, 
pkt_d�e�i�
, 
��_d�e�i�
,

395 
SIP_ALG_INVITE_MSGTYPE
, 
modIp
, 
modL4P�t
, 0,

396 0, 
modR�P�t
, 
modRt�P�t
, &
diffModS�L�
);

403 i�(
pkt_d�e�i�
 =�
PRIVATE
) {

404 
�g_key
.
�_add�ss
 = 
	`�e_bsw�32
(
�_h
->
�c_addr
);

405 
�g_key
.
l4p�t
 = 
	`�e_bsw�16
(
udp_h
->
�c_p�t
);

407 
�g_key
.
�_add�ss
 = 
pubIp
;

408 
�g_key
.
l4p�t
 = 
pubL4P�t
;

411 
�g_key
.
f��r1
 = 0;

412 
�g_key
.
f��r2
 = 0;

413 
s�_�g_��y
 = 
	`���ve_s�_�g_��y
(&
�g_key
);

415 i�(
ALG_DEBUG
) {

416 
	`��tf
("%s: s�_�g_��y_�r(%p)\n", 
__func__
,

417 
s�_�g_��y
);

418 
	`��tf
("1=>%s:�kt_dir(%d), modIp(%x),modL4Port(%x), "

420 
__func__
, 
pkt_d�e�i�
, 
modIp
, 
modL4P�t
,

421 
modR�P�t
, 
modRt�P�t
, 
pubIp
, 
pubL4P�t
);

424 i�(
s�_�g_��y
) {

425 
��_d�e�i�
 = 
s�_�g_��y
->
s�_�g_��_d�e�i�
;

426 i�(
	`IS_STRING_SAME
(
pS�Msg
, 
SIP_ALG_BYE
) ||

427 
	`IS_STRING_SAME
(
pS�Msg
, 
SIP_ALG_CANCEL
)) {

428 
msgTy�
 = 
SIP_ALG_BYE_MSGTYPE
;

430 
s�AlgPro�ss
;

431 } i�(
	`IS_STRING_SAME
(
pS�Msg
, 
SIP_ALG_ACK
)) {

432 
msgTy�
 = 
SIP_ALG_ACK_MSGTYPE
;

434 
s�AlgPro�ss
;

437 
pS�Msg
 += 8;

439 i�(
	`IS_STRING_SAME
(
pS�Msg
, 
SIP_ALG_200_OK
)) {

441 i�(
�tS�AlgMsgF�ldPos


442 (
pS�Msg
, 
SIP_ALG_CSEQ
, &
pos
, 0�=�
TRUE
) {

443 *
pBye
;

445 
pBye
 =

446 
pS�Msg
 + 
pos
 +

447 
	`TAG_TO_DATAPOS
(
SIP_ALG_CSEQ
);

448 
	`SKIP_SPACES
(
pBye
);

450 *
pBye
 != ' ')

451 
pBye
++;

452 
	`SKIP_SPACES
(
pBye
);

453 i�(
	`IS_STRING_SAME
(
pBye
, 
SIP_ALG_BYE
)

455 (
IS_STRING_SAME


456 (
pBye
, 
SIP_ALG_CANCEL
)))

457 
msgTy�
 =

458 
SIP_ALG_200_OK_BYE_MSGTYPE
;

461 
msgTy�
 =

462 
SIP_ALG_200_OK_INVITE_MSGTYPE
;

464 } i�(
	`IS_STRING_SAME
(
pS�Msg
, 
SIP_ALG_TRYING
) ||

465 
	`IS_STRING_SAME
(
pS�Msg
, 
SIP_ALG_RINGING
)) {

466 
msgTy�
 = 
SIP_ALG_TRYING_RINGING_MSGTYPE
;

469 
s�AlgPro�ss
:

470 i�(
ALG_DEBUG
)

471 
	`��tf
("2=>%s:�kt_dir(%d), call_dir(%d), "

474 
__func__
, 
pkt_d�e�i�
, 
��_d�e�i�
,

475 
msgTy�
, 
modIp
, 
modL4P�t
, 
modR�P�t
,

476 
modRt�P�t
);

478 
pS�Msg
 =

479 
	`s�_�g_�o�ss
(
pkt
, 
pkt_d�e�i�
, 
��_d�e�i�
,

480 
msgTy�
, 
modIp
, 
modL4P�t
, 
pubIp
,

481 
pubL4P�t
, 
modR�P�t
, 
modRt�P�t
,

482 &
diffModS�L�
);

484 
pS�Msg
 = 
NULL
;

487 i�(
ALG_DEBUG
)

488 
	`��tf
("%s: BefܐIP�ٮ��gth(%u), ud��ngth(%u)\n", 
__func__
,

489 
	`�e_bsw�16
(
�_h
->
tٮ_�ngth
),��_bsw�16(
udp_h
->
dg�m_�n
));

494 
u�t16_t
 
�n
 = 0;

495 i�(
diffModS�L�
 > 0) {

496 
�n
 = 
	`�e_bsw�16
(
udp_h
->
dg�m_�n
);

497 
�n
 +�
diffModS�L�
;

498 
udp_h
->
dg�m_�n
 = 
	`�e_bsw�16
(
�n
);

500 
�n
 = 
	`�e_bsw�16
(
�_h
->
tٮ_�ngth
);

501 
�n
 +�
diffModS�L�
;

502 
�_h
->
tٮ_�ngth
 = 
	`�e_bsw�16
(
�n
);

504 i�(
	`�e_pktmbuf_��nd
(
pkt
, 
diffModS�L�
�=�
NULL
)

505 
	`��tf
("%s:�ktmbuf_��nd��u��NULL", 
__func__
);

509 i�(
ALG_DEBUG
)

510 
	`��tf
("%s: After IP�otal�ength(%u), udp�ength(%u), "

511 "diffModS�L�(%u)\n", 
__func__
,

512 
	`�e_bsw�16
(
�_h
->
tٮ_�ngth
),

513 
	`�e_bsw�16
(
udp_h
->
dg�m_�n
),

514 
diffModS�L�
);

516 i�(
pS�Msg
 !�
NULL
)

520 
	}
}

522 *
	$s�_�g_�o�ss
(
�e_mbuf
 *
pkt
, 
u�t16_t
 
pkt_d�e�i�
,

523 
u�t16_t
 
��_d�e�i�
, u�t16_�
msgTy�
, 
u�t32_t
 
modIp
,

524 
u�t16_t
 
modL4P�t
, 
u�t32_t
 
pubIp
, u�t16_�
pubL4P�t
,

525 
u�t16_t
 
modR�P�t
, u�t16_�
modRt�P�t
,

526 
u�t16_t
 *
diffModS�L�
)

528 
�v4_hdr
 *
�_h
;

529 
�h�_hdr
 *
�h_h
 = 
	`�e_pktmbuf_mtod
(
pkt
, ether_hdr *);

530 
udp_hdr
 *
udp_h
;

531 *
pS�Msg
, *
pS�
, *
pEndP�
;

532 
pos
;

534 
u�t32_t
 
diffL�
, 
addrP�tL�
;

535 
sdpMsgL�
 = 0;

536 
s�_msg_�n
 = 0;

538 
�_h
 = (
�v4_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

539 
udp_h
 = (
udp_hdr
 *)((*)
�_h
 + (
�v4_hdr
));

540 
pS�Msg
 = ((*)
udp_h
 + (
udp_hdr
));

541 *
pTmpS�Msg
 = 
pS�Msg
;

542 *
pS��S�Msg
 = 
pS�Msg
;

544 
s�_msg_�n
 =

545 
	`�e_bsw�16
(
�_h
->
tٮ_�ngth
�- (
�v4_hdr
) -

546 (
udp_hdr
);

548 i�(
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_CONTENT_LEN
, &
pos
, 0) ==

549 
TRUE
)

550 
pTmpS�Msg
 +�(
pos
 + 
	`TAG_TO_DATAPOS
(
SIP_ALG_CONTENT_LEN
));

552 
	`��tf
("sip_alg_process: Invalid Content Length\n");

553  
NULL
;

556 
	`SKIP_SPACES
(
pTmpS�Msg
);

557 
sdpD�aL�
 = 
	`���
(
pTmpS�Msg
, &
pS�
, 10);

559 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
, 
SIP_ALG_DOUBLE_CRLF
, &
pos
, 0);

560 
pTmpS�Msg
 +�(
pos
 + 
	`���
(
SIP_ALG_DOUBLE_CRLF
));

562 i�(
sdpD�aL�
 != 0)

563 i�(
�tS�AlgMsgF�ldPos


564 (
pTmpS�Msg
, 
SIP_ALG_REMOTE_PARTY_ID
, &
pos
, 0�=�
TRUE
) {

565 
pTmpS�Msg
 +�
pos
 + 
	`���
(
SIP_ALG_REMOTE_PARTY_ID
);

567 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

568 
SIP_ALG_DOUBLE_CRLF
, &
pos
,

570 
pTmpS�Msg
 +�(
pos
 + 
	`���
(
SIP_ALG_DOUBLE_CRLF
));

573 
s�MsgL�
 = (
pTmpS�Msg
 - 
pS�Msg
);

575 *
pS�MsgEnd
 = 
pS�Msg
 + 
s�MsgL�
 + 
sdpD�aL�
;

577 i�(
ALG_DEBUG
)

578 
	`��tf
("%s:�SipMsg: %p,�SipMsgEnd: %p, sipMsgLen: %d, "

580 
__func__
, 
pS�Msg
, 
pS�MsgEnd
, 
s�MsgL�
, 
sdpD�aL�
,

581 
s�_msg_�n
);

583 i�(
��_d�e�i�
 =�
SIP_CALL_OUTGOING
) {

584 i�((
msgTy�
 =�
SIP_ALG_INVITE_MSGTYPE
)

585 || (
msgTy�
 =�
SIP_ALG_ACK_MSGTYPE
)) {

587 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_VIA
, &
pos
, 0)

588 =�
TRUE
) {

590 
pS�Msg
 +=

591 (
pos
 + 
	`���
(
SIP_ALG_VIA
) +

592 
SIP_ALG_VIA_FIELD_IPADDR
);

593 
pTmpS�Msg
 = 
pS�Msg
;

595 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
,

596 
SIP_ALG_SEMICOLON
, &
pos
,

598 
pTmpS�Msg
 +�
pos
;

599 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

601 
	`��tf
("sip_alg_process; No valid VIA field\n");

602  
NULL
;

605 
pS�Msg
 =

606 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

607 
addrP�tL�
,

608 &
diffL�
, 
modIp
,

609 
modL4P�t
,

610 
ADDRESS_PORT_STRING
);

612 *
diffModS�L�
 +�
diffL�
;

616 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_FROM
, &
pos
, 0)

617 =�
TRUE
) {

618 
pS�Msg
 +�
pos
;

620 
pTmpS�Msg
 = 
pS�Msg
;

622 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

623 &
pos
, 0);

624 
pTmpS�Msg
 +�
pos
;

625 
diffL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

627 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

629 
pS�Msg
 +�
pos
 + 1;

631 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

633 
��tf


635  
NULL
;

638 
pS�Msg
 =

639 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

640 
addrP�tL�
,

641 &
diffL�
, 
modIp
,

642 
modL4P�t
,

643 
ADDRESS_PORT_STRING
);

645 *
diffModS�L�
 +�
diffL�
;

649 i�(
�tS�AlgMsgF�ldPos


650 (
pS�Msg
, 
SIP_ALG_CALLID
, &
pos
, 0�=�
TRUE
) {

651 
pS�Msg
 +�
pos
;

653 
pTmpS�Msg
 = 
pS�Msg
;

655 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

656 
SIP_ALG_CRLF
, &
pos
,

658 
pTmpS�Msg
 +�
pos
;

659 
diffL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

661 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

663 
pS�Msg
 +�
pos
 + 1;

664 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

666 
	`��tf
("sip_alg_process; "

668  
NULL
;

672 
pS�Msg
 =

673 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

674 
addrP�tL�
,

675 &
diffL�
, 
modIp
, 0,

676 
ADDRESS_PORT_STRING
);

678 *
diffModS�L�
 +�
diffL�
;

681 i�(
�tS�AlgMsgF�ldPos


682 (
pS�Msg
, 
SIP_ALG_CONTACT
, &
pos
, 0�=�
TRUE
) {

683 
pS�Msg
 +�
pos
;

685 
pTmpS�Msg
 = 
pS�Msg
;

686 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

687 
SIP_ALG_CRLF
, &
pos
,

689 
pTmpS�Msg
 +�
pos
;

691 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

693 
pS�Msg
 +�
pos
 + 1;

694 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

697 
	`��tf
("sip_alg_process; "

699  
NULL
;

702 
pS�Msg
 =

703 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

704 
addrP�tL�
,

705 &
diffL�
, 
modIp
,

706 
modL4P�t
,

707 
ADDRESS_PORT_STRING
);

709 *
diffModS�L�
 +�
diffL�
;

711 i�(
msgTy�
 =�
SIP_ALG_INVITE_MSGTYPE
) {

713 i�(
�tS�AlgMsgF�ldPos


714 (
pS�Msg
, 
SIP_ALG_CONTYPE
, &
pos
,

715 0�=�
TRUE
) {

716 
pS�Msg
 +=

717 (
pos
 +

718 
	`TAG_TO_DATAPOS
(
SIP_ALG_CONTYPE
));

719 
	`SKIP_SPACES
(
pS�Msg
);

721 i�(!
IS_STRING_SAME


722 (
pS�Msg
, 
SIP_ALG_APPSDP
)) {

723 
	`��tf
("sip_alg_process "

725  
NULL
;

728 
	`��tf
("sip_alg_process; "

730  
NULL
;

734 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
,

735 
SIP_ALG_CONTENT_LEN
, &
pos
,

737 
pS�Msg
 +=

738 (
pos
 + 
	`TAG_TO_DATAPOS
(
SIP_ALG_CONTENT_LEN
));

739 
	`SKIP_SPACES
(
pS�Msg
);

740 
sdpMsgL�
 = 
	`���
(
pS�Msg
, &
pEndP�
, 10);

741 i�(!
sdpMsgL�
) {

743 i�(
msgTy�
 =�
SIP_ALG_ACK_MSGTYPE
)

744 
s�AlgPro�ssEx�
;

746 
	`��tf
("sip_alg_process - "

748  
NULL
;

752 i�(
�tS�AlgMsgF�ldPos


753 (
pS�Msg
, 
SIP_ALG_OWNER
, &
pos
,

754 0�=�
TRUE
) {

755 
pS�Msg
 +�
pos
;

757 
pTmpS�Msg
 = 
pS�Msg
;

759 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pS�Msg
,

760 
SIP_ALG_CRLF
,

761 &
pos
,

763 
pTmpS�Msg
 +�
pos
;

766 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
,

767 
SIP_ALG_IPV4
, &
pos
,

769 
pS�Msg
 +�(
pos
 + 
	`���
(
SIP_ALG_IPV4
));

770 
	`SKIP_SPACES
(
pS�Msg
);

772 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

774 
	`��tf
("sip_alg_processing: "

776  
NULL
;

779 
pS�Msg
 =

780 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

781 &
pS�MsgEnd
,

782 
addrP�tL�
,

783 &
diffL�
,

784 
modIp
, 0,

785 
ADDRESS_PORT_STRING
);

787 *
diffModS�L�
 +�
diffL�
;

788 
sdpMsgL�
 +�
diffL�
;

792 i�(
�tS�AlgMsgF�ldPos


793 (
pS�Msg
, 
SIP_ALG_CONN
, &
pos
,

794 0�=�
TRUE
) {

795 
pS�Msg
 +�
pos
;

796 
pTmpS�Msg
 = 
pS�Msg
;

798 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pS�Msg
,

799 
SIP_ALG_CRLF
,

800 &
pos
,

802 
pTmpS�Msg
 +�
pos
;

805 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
,

806 
SIP_ALG_IPV4
, &
pos
,

808 
pS�Msg
 +�(
pos
 + 
	`���
(
SIP_ALG_IPV4
));

809 
	`SKIP_SPACES
(
pS�Msg
);

811 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

813 
	`��tf
("sip_alg_processing: "

815  
NULL
;

818 
pS�Msg
 =

819 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

820 &
pS�MsgEnd
,

821 
addrP�tL�
,

822 &
diffL�
,

823 
modIp
, 0,

824 
ADDRESS_PORT_STRING
);

826 *
diffModS�L�
 +�
diffL�
;

827 
sdpMsgL�
 +�
diffL�
;

831 i�(
�tS�AlgMsgF�ldPos


832 (
pS�Msg
, 
SIP_ALG_AUDIO
, &
pos
,

833 0�=�
TRUE
) {

834 
pS�Msg
 +=

835 (
pos
 +

836 
	`TAG_TO_DATAPOS
(
SIP_ALG_AUDIO
));

837 
	`SKIP_SPACES
(
pS�Msg
);

838 
pTmpS�Msg
 = 
pS�Msg
;

839 
�tS�AlgMsgF�ldPosF�dS��


840 (
pTmpS�Msg
, 
SIP_ALG_SPACE
, &
pos
,

842 
pTmpS�Msg
 +�
pos
;

843 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

847 
pS�Msg
 =

848 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

849 &
pS�MsgEnd
,

850 
addrP�tL�
,

851 &
diffL�
, 0,

852 
modR�P�t
,

853 
PORT_STRING
);

855 *
diffModS�L�
 +�
diffL�
;

856 
sdpMsgL�
 +�
diffL�
;

860 i�(
�tS�AlgMsgF�ldPos


861 (
pS�Msg
, 
SIP_ALG_RTCP
, &
pos
,

862 0�=�
TRUE
) {

863 
pS�Msg
 +=

864 (
pos
 +

865 
	`TAG_TO_DATAPOS
(
SIP_ALG_RTCP
));

866 
	`SKIP_SPACES
(
pS�Msg
);

867 
pTmpS�Msg
 = 
pS�Msg
;

868 
�tS�AlgMsgF�ldPosF�dS��


869 (
pTmpS�Msg
, 
SIP_ALG_SPACE
, &
pos
,

871 
pTmpS�Msg
 +�
pos
;

872 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

875 
pS�Msg
 =

876 
�tS�AlgModifyPayl�dAddrP�t


877 (
pS�Msg
, &
pS�MsgEnd
, 
addrP�tL�
,

878 &
diffL�
, 0, 
modRt�P�t
,

879 
PORT_STRING
);

881 *
diffModS�L�
 +�
diffL�
;

882 
sdpMsgL�
 +�
diffL�
;

887 } i�((
msgTy�
 =�
SIP_ALG_TRYING_RINGING_MSGTYPE
)

888 || (
msgTy�
 =�
SIP_ALG_200_OK_INVITE_MSGTYPE
)) {

890 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_VIA
, &
pos
, 0)

891 =�
TRUE
) {

893 
pS�Msg
 +=

894 (
pos
 + 
	`���
(
SIP_ALG_VIA
) +

895 
SIP_ALG_VIA_FIELD_IPADDR
);

896 
pTmpS�Msg
 = 
pS�Msg
;

898 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
,

899 
SIP_ALG_SEMICOLON
, &
pos
,

901 
pTmpS�Msg
 +�
pos
;

902 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

904 
	`��tf
("sip_alg_process; No valid VIA field\n");

905  
NULL
;

908 
pS�Msg
 =

909 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

910 
addrP�tL�
,

911 &
diffL�
, 
modIp
,

912 
modL4P�t
,

913 
ADDRESS_PORT_STRING
);

914 *
diffModS�L�
 = 
diffL�
;

917 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_FROM
, &
pos
, 0)

918 =�
TRUE
) {

919 
pS�Msg
 +�
pos
;

921 
pTmpS�Msg
 = 
pS�Msg
;

923 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

924 &
pos
, 0);

925 
pTmpS�Msg
 +�
pos
;

928 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

930 
pS�Msg
 +�
pos
 + 1;

932 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

934 
��tf


936  
NULL
;

939 
pS�Msg
 =

940 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

941 
addrP�tL�
,

942 &
diffL�
, 
modIp
,

943 
modL4P�t
,

944 
ADDRESS_PORT_STRING
);

946 *
diffModS�L�
 +�
diffL�
;

950 i�(
�tS�AlgMsgF�ldPos


951 (
pS�Msg
, 
SIP_ALG_CALLID
, &
pos
, 0�=�
TRUE
) {

952 
pS�Msg
 +�
pos
;

954 
pTmpS�Msg
 = 
pS�Msg
;

956 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

957 
SIP_ALG_CRLF
, &
pos
,

959 
pTmpS�Msg
 +�
pos
;

962 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

964 
pS�Msg
 +�
pos
 + 1;

965 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

967 
	`��tf
("sip_alg_process; "

969  
NULL
;

973 
pS�Msg
 =

974 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

975 
addrP�tL�
,

976 &
diffL�
, 
modIp
, 0,

977 
ADDRESS_PORT_STRING
);

979 *
diffModS�L�
 +�
diffL�
;

981 } i�(
pkt_d�e�i�
 =�
PRIVATE


982 && 
msgTy�
 =�
SIP_ALG_BYE_MSGTYPE
) {

986 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_VIA
, &
pos
, 0)

987 =�
TRUE
) {

989 
pS�Msg
 +=

990 (
pos
 + 
	`���
(
SIP_ALG_VIA
) +

991 
SIP_ALG_VIA_FIELD_IPADDR
);

992 
pTmpS�Msg
 = 
pS�Msg
;

994 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
,

995 
SIP_ALG_SEMICOLON
, &
pos
,

997 
pTmpS�Msg
 +�
pos
;

998 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1000 
	`��tf
("sip_alg_process; No valid VIA field\n");

1001  
NULL
;

1004 
pS�Msg
 =

1005 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1006 
addrP�tL�
,

1007 &
diffL�
, 
modIp
, 0,

1008 
ADDRESS_PORT_STRING
);

1009 *
diffModS�L�
 = 
diffL�
;

1012 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_FROM
, &
pos
, 0)

1013 =�
TRUE
) {

1014 
pS�Msg
 +�
pos
;

1016 
pTmpS�Msg
 = 
pS�Msg
;

1018 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

1019 &
pos
, 0);

1020 
pTmpS�Msg
 +�
pos
;

1021 
diffL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1023 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1025 
pS�Msg
 +�
pos
 + 1;

1027 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1029 
��tf


1031  
NULL
;

1034 
pS�Msg
 =

1035 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1036 
addrP�tL�
,

1037 &
diffL�
, 
modIp
,

1038 
modL4P�t
,

1039 
ADDRESS_PORT_STRING
);

1041 *
diffModS�L�
 +�
diffL�
;

1045 i�(
�tS�AlgMsgF�ldPos


1046 (
pS�Msg
, 
SIP_ALG_CALLID
, &
pos
, 0�=�
TRUE
) {

1047 
pS�Msg
 +�
pos
;

1049 
pTmpS�Msg
 = 
pS�Msg
;

1051 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

1052 
SIP_ALG_CRLF
, &
pos
,

1054 
pTmpS�Msg
 +�
pos
;

1055 
diffL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1057 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1059 
pS�Msg
 +�
pos
 + 1;

1060 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1062 
	`��tf
("sip_alg_process; "

1064  
NULL
;

1068 
pS�Msg
 =

1069 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1070 
addrP�tL�
,

1071 &
diffL�
, 
modIp
, 0,

1072 
ADDRESS_PORT_STRING
);

1074 *
diffModS�L�
 +�
diffL�
;

1077 i�(
�tS�AlgMsgF�ldPos


1078 (
pS�Msg
, 
SIP_ALG_CONTACT
, &
pos
, 0�=�
TRUE
) {

1079 
pS�Msg
 +�
pos
;

1081 
pTmpS�Msg
 = 
pS�Msg
;

1082 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

1083 
SIP_ALG_CRLF
, &
pos
, 0);

1084 
pTmpS�Msg
 +�
pos
;

1086 
�ag
 = 0;

1087 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
,

1088 &
pos
, 0�=�
FALSE
)

1089 
�ag
 = 1;

1091 i�(
�ag
)

1092 
S�MsgAdv��2
;

1093 
pS�Msg
 +�
pos
 + 1;

1094 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1097 
	`��tf
("sip_alg_process; "

1099  
NULL
;

1102 
pS�Msg
 =

1103 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1104 
addrP�tL�
,

1105 &
diffL�
, 
modIp
,

1106 
modL4P�t
,

1107 
ADDRESS_PORT_STRING
);

1109 *
diffModS�L�
 +�
diffL�
;

1110 } i�(
pkt_d�e�i�
 =�
PUBLIC


1111 && 
msgTy�
 =�
SIP_ALG_BYE_MSGTYPE
) {

1118 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
, 0);

1119 
pS�Msg
 +�
pos
 + 1;

1120 
pTmpS�Msg
 = 
pS�Msg
;

1121 
	`�tS�AlgMsgF�ldPosF�dS��
(
pTmpS�Msg
, 
SIP_ALG_SPACE
,

1122 &
pos
, 0);

1123 
pTmpS�Msg
 +�
pos
;

1124 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1126 
pS�Msg
 =

1127 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1128 
addrP�tL�
,

1129 &
diffL�
, 
modIp
,

1130 
modL4P�t
,

1131 
ADDRESS_PORT_STRING
);

1132 *
diffModS�L�
 +�
diffL�
;

1136 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_TO
, &
pos
, 0)

1137 =�
TRUE
) {

1138 
pS�Msg
 +�
pos
;

1139 
pTmpS�Msg
 = 
pS�Msg
;

1140 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

1141 &
pos
, 0);

1142 
pTmpS�Msg
 +�
pos
;

1143 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1145 
pS�Msg
 +�
pos
 + 1;

1146 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1147 
pS�Msg
 =

1148 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

1149 &
pS�MsgEnd
,

1150 
addrP�tL�
,

1151 &
diffL�
,

1152 
modIp
,

1153 
modL4P�t
,

1154 
ADDRESS_PORT_STRING
);

1155 *
diffModS�L�
 +�
diffL�
;

1160 i�(
�tS�AlgMsgF�ldPos


1161 (
pS�Msg
, 
SIP_ALG_CALLID
, &
pos
, 0�=�
TRUE
) {

1162 
pS�Msg
 +�
pos
;

1164 
pTmpS�Msg
 = 
pS�Msg
;

1166 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

1167 
SIP_ALG_CRLF
, &
pos
,

1169 
pTmpS�Msg
 +�
pos
;

1172 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1174 
pS�Msg
 +�
pos
 + 1;

1175 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1177 
	`��tf
("sip_alg_process; "

1179  
NULL
;

1183 
pS�Msg
 =

1184 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1185 
addrP�tL�
,

1186 &
diffL�
, 
modIp
, 0,

1187 
ADDRESS_PORT_STRING
);

1189 *
diffModS�L�
 +�
diffL�
;

1190 } i�(
pkt_d�e�i�
 =�
PRIVATE


1191 && (
msgTy�
 =�
SIP_ALG_200_OK_BYE_MSGTYPE
)) {

1197 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_TO
, &
pos
, 0)

1198 =�
TRUE
) {

1199 
pS�Msg
 +�
pos
;

1201 
pTmpS�Msg
 = 
pS�Msg
;

1203 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

1204 &
pos
, 0);

1205 
pTmpS�Msg
 +�
pos
;

1206 
diffL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1208 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1210 
pS�Msg
 +�
pos
 + 1;

1212 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1214 
��tf


1216  
NULL
;

1219 
pS�Msg
 =

1220 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1221 
addrP�tL�
,

1222 &
diffL�
, 
modIp
,

1223 
modL4P�t
,

1224 
ADDRESS_PORT_STRING
);

1226 *
diffModS�L�
 = 
diffL�
;

1230 i�(
�tS�AlgMsgF�ldPos


1231 (
pS�Msg
, 
SIP_ALG_CONTACT
, &
pos
, 0�=�
TRUE
) {

1232 
pS�Msg
 +�
pos
;

1234 
pTmpS�Msg
 = 
pS�Msg
;

1235 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

1236 
SIP_ALG_CRLF
, &
pos
,

1238 
pTmpS�Msg
 +�
pos
;

1240 
�ag
 = 0;

1241 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
,

1242 &
pos
, 0�=�
FALSE
)

1243 
�ag
 = 1;

1245 i�(
�ag
)

1246 
S�MsgAdv��2
;

1247 
pS�Msg
 +�
pos
 + 1;

1248 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1250 
	`��tf
("sip_alg_process; "

1252  
NULL
;

1255 
pS�Msg
 =

1256 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1257 
addrP�tL�
,

1258 &
diffL�
, 
modIp
,

1259 
modL4P�t
,

1260 
ADDRESS_PORT_STRING
);

1262 *
diffModS�L�
 +�
diffL�
;

1263 } i�(
pkt_d�e�i�
 =�
PUBLIC


1264 && (
msgTy�
 =�
SIP_ALG_200_OK_BYE_MSGTYPE
)) {

1268 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_VIA
, &
pos
, 0)

1269 =�
TRUE
) {

1271 
pS�Msg
 +=

1272 (
pos
 + 
	`���
(
SIP_ALG_VIA
) +

1273 
SIP_ALG_VIA_FIELD_IPADDR
);

1274 
pTmpS�Msg
 = 
pS�Msg
;

1276 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
,

1277 
SIP_ALG_SEMICOLON
, &
pos
,

1279 
pTmpS�Msg
 +�
pos
;

1280 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1282 
	`��tf
("sip_alg_process; No valid VIA field\n");

1283  
NULL
;

1286 
pS�Msg
 =

1287 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1288 
addrP�tL�
,

1289 &
diffL�
, 
modIp
, 0,

1290 
ADDRESS_PORT_STRING
);

1291 *
diffModS�L�
 = 
diffL�
;

1294 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_FROM
, &
pos
, 0)

1295 =�
TRUE
) {

1296 
pS�Msg
 +�
pos
;

1298 
pTmpS�Msg
 = 
pS�Msg
;

1300 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

1301 &
pos
, 0);

1302 
pTmpS�Msg
 +�
pos
;

1303 
diffL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1305 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1307 
pS�Msg
 +�
pos
 + 1;

1309 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1311 
��tf


1313  
NULL
;

1316 
pS�Msg
 =

1317 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1318 
addrP�tL�
,

1319 &
diffL�
, 
modIp
,

1320 
modL4P�t
,

1321 
ADDRESS_PORT_STRING
);

1323 *
diffModS�L�
 +�
diffL�
;

1326 i�(
�tS�AlgMsgF�ldPos


1327 (
pS�Msg
, 
SIP_ALG_CALLID
, &
pos
, 0�=�
TRUE
) {

1328 
pS�Msg
 +�
pos
;

1330 
pTmpS�Msg
 = 
pS�Msg
;

1331 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

1332 
SIP_ALG_CRLF
, &
pos
,

1334 
pTmpS�Msg
 +�
pos
;

1335 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1337 
pS�Msg
 +�
pos
 + 1;

1338 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1340 
pS�Msg
 =

1341 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

1342 &
pS�MsgEnd
,

1343 
addrP�tL�
,

1344 &
diffL�
,

1345 
modIp
, 0,

1346 
ADDRESS_PORT_STRING
);

1348 *
diffModS�L�
 +�
diffL�
;

1351 
	`��tf
("sip_alg_process; "

1353  
NULL
;

1357 } i�(
��_d�e�i�
 =�
SIP_CALL_INCOMING
) {

1358 i�((
msgTy�
 =�
SIP_ALG_INVITE_MSGTYPE
)

1359 || (
msgTy�
 =�
SIP_ALG_ACK_MSGTYPE
)) {

1362 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
, 0)

1363 =�
TRUE
) {

1364 
pS�Msg
 +�
pos
 + 1;

1365 
pTmpS�Msg
 = 
pS�Msg
;

1366 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_SIP
,

1367 &
pos
, 0);

1368 
pTmpS�Msg
 +�(
pos
 - 1);

1370 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1372 
��tf


1374 
__LINE__
);

1375  
NULL
;

1378 
pS�Msg
 =

1379 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1380 
addrP�tL�
,

1381 &
diffL�
, 
modIp
,

1382 
modL4P�t
,

1383 
ADDRESS_PORT_STRING
);

1384 *
diffModS�L�
 +�
diffL�
;

1388 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_TO
, &
pos
, 0)

1389 =�
TRUE
) {

1390 
pS�Msg
 +�
pos
;

1391 
pTmpS�Msg
 = 
pS�Msg
;

1392 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

1393 &
pos
, 0);

1394 
pTmpS�Msg
 +�
pos
;

1395 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1397 
pS�Msg
 +�
pos
 + 1;

1398 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1400 
	`��tf
("sip_alg_processing; "

1402 
__LINE__
);

1403  
NULL
;

1406 
pS�Msg
 =

1407 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1408 
addrP�tL�
,

1409 &
diffL�
, 
modIp
,

1410 
modL4P�t
,

1411 
ADDRESS_PORT_STRING
);

1412 *
diffModS�L�
 +�
diffL�
;

1414 } i�((
msgTy�
 =�
SIP_ALG_TRYING_RINGING_MSGTYPE
)

1415 || (
msgTy�
 =�
SIP_ALG_200_OK_INVITE_MSGTYPE
)) {

1418 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_TO
, &
pos
, 0)

1419 =�
TRUE
) {

1420 
pS�Msg
 +�
pos
;

1421 
pTmpS�Msg
 = 
pS�Msg
;

1422 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

1423 &
pos
, 0);

1424 
pTmpS�Msg
 +�
pos
;

1425 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1427 
pS�Msg
 +�
pos
 + 1;

1428 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1429 
pS�Msg
 =

1430 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

1431 &
pS�MsgEnd
,

1432 
addrP�tL�
,

1433 &
diffL�
,

1434 
modIp
,

1435 
modL4P�t
,

1436 
ADDRESS_PORT_STRING
);

1437 *
diffModS�L�
 +�
diffL�
;

1440 i�(
msgTy�
 =�
SIP_ALG_200_OK_INVITE_MSGTYPE
) {

1444 i�(
�tS�AlgMsgF�ldPos


1445 (
pS�Msg
, 
SIP_ALG_CONTACT
, &
pos
,

1446 0�=�
TRUE
) {

1447 
pS�Msg
 +�
pos
;

1449 
pTmpS�Msg
 = 
pS�Msg
;

1450 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
,

1451 
SIP_ALG_SEMICOLON
,

1452 &
pos
, 0);

1453 
pTmpS�Msg
 +�
pos
;

1455 
�ag
 = 0;

1456 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
,

1457 
SIP_ALG_AT
, &
pos
,

1458 30�=�
FALSE
)

1459 
�ag
 = 1;

1461 i�(
�ag
)

1462 
S�MsgAdv��
;

1464 
pS�Msg
 +�
pos
 + 1;

1465 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1467 
	`��tf
("sip_alg_process; "

1469  
NULL
;

1472 
pS�Msg
 =

1473 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

1474 &
pS�MsgEnd
,

1475 
addrP�tL�
,

1476 &
diffL�
,

1477 
modIp
,

1478 
modL4P�t
,

1479 
ADDRESS_PORT_STRING
);

1481 *
diffModS�L�
 +�
diffL�
;

1482 
S�MsgAdv��
:

1484 
pTmpS�Msg
 = 
pS�Msg
;

1485 i�(
�tS�AlgMsgF�ldPos


1486 (
pS�Msg
, 
SIP_ALG_REMOTE_PARTY_ID
, &
pos
,

1487 0�=�
TRUE
) {

1488 
pS�Msg
 +�
pos
 +

1489 
	`���
(
SIP_ALG_REMOTE_PARTY_ID
);

1490 
pTmpS�Msg
 = 
pS�Msg
;

1491 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
,

1492 
SIP_ALG_GREAT
,

1493 &
pos
, 0);

1494 
pTmpS�Msg
 +�
pos
;

1495 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
,

1496 
SIP_ALG_AT
, &
pos
,

1498 
pS�Msg
 +�
pos
 + 1;

1499 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1501 
pS�Msg
 =

1502 
�tS�AlgModifyPayl�dAddrP�t


1503 (
pS�Msg
, &
pS�MsgEnd
, 
addrP�tL�
,

1504 &
diffL�
, 
modIp
, 
modL4P�t
,

1505 
ADDRESS_PORT_STRING
);

1506 
diffModS�L�
 +�
diffL�
;

1508 
	`��tf
("sip_alg_process: "

1510 
pS�Msg
 = 
pTmpS�Msg
;

1514 i�(
�tS�AlgMsgF�ldPos


1515 (
pS�Msg
, 
SIP_ALG_OWNER
, &
pos
,

1516 0�=�
TRUE
) {

1517 
pS�Msg
 +�
pos
;

1519 
pTmpS�Msg
 = 
pS�Msg
;

1521 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pS�Msg
,

1522 
SIP_ALG_CRLF
,

1523 &
pos
,

1525 
pTmpS�Msg
 +�
pos
;

1528 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
,

1529 
SIP_ALG_IPV4
, &
pos
,

1531 
pS�Msg
 +�(
pos
 + 
	`���
(
SIP_ALG_IPV4
));

1532 
	`SKIP_SPACES
(
pS�Msg
);

1534 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1536 
	`��tf
("sip_alg_processing: "

1538  
NULL
;

1541 
pS�Msg
 =

1542 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

1543 &
pS�MsgEnd
,

1544 
addrP�tL�
,

1545 &
diffL�
,

1546 
modIp
, 0,

1547 
ADDRESS_PORT_STRING
);

1549 *
diffModS�L�
 +�
diffL�
;

1550 
sdpMsgL�
 +�
diffL�
;

1554 i�(
�tS�AlgMsgF�ldPos


1555 (
pS�Msg
, 
SIP_ALG_CONN
, &
pos
,

1556 0�=�
TRUE
) {

1557 
pS�Msg
 +�
pos
;

1558 
pTmpS�Msg
 = 
pS�Msg
;

1560 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pS�Msg
,

1561 
SIP_ALG_CRLF
,

1562 &
pos
,

1564 
pTmpS�Msg
 +�
pos
;

1567 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
,

1568 
SIP_ALG_IPV4
, &
pos
,

1570 
pS�Msg
 +�(
pos
 + 
	`���
(
SIP_ALG_IPV4
));

1571 
	`SKIP_SPACES
(
pS�Msg
);

1573 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1575 
	`��tf
("sip_alg_processing: "

1577  
NULL
;

1580 
pS�Msg
 =

1581 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

1582 &
pS�MsgEnd
,

1583 
addrP�tL�
,

1584 &
diffL�
,

1585 
modIp
, 0,

1586 
ADDRESS_PORT_STRING
);

1588 *
diffModS�L�
 +�
diffL�
;

1589 
sdpMsgL�
 +�
diffL�
;

1593 i�(
�tS�AlgMsgF�ldPos


1594 (
pS�Msg
, 
SIP_ALG_AUDIO
, &
pos
,

1595 0�=�
TRUE
) {

1596 
pS�Msg
 +=

1597 (
pos
 + 
	`���
(
SIP_ALG_AUDIO
));

1598 
	`SKIP_SPACES
(
pS�Msg
);

1599 
pTmpS�Msg
 = 
pS�Msg
;

1600 
�tS�AlgMsgF�ldPosF�dS��


1601 (
pTmpS�Msg
, 
SIP_ALG_SPACE
, &
pos
,

1603 
pTmpS�Msg
 +�
pos
;

1604 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1608 
pS�Msg
 =

1609 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

1610 &
pS�MsgEnd
,

1611 
addrP�tL�
,

1612 &
diffL�
, 0,

1613 
modR�P�t
,

1614 
PORT_STRING
);

1616 *
diffModS�L�
 +�
diffL�
;

1617 
sdpMsgL�
 +�
diffL�
;

1620 } i�(
pkt_d�e�i�
 =�
PUBLIC


1621 && 
msgTy�
 =�
SIP_ALG_BYE_MSGTYPE
) {

1625 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
, 0);

1626 
pS�Msg
 +�
pos
 + 1;

1627 
pTmpS�Msg
 = 
pS�Msg
;

1628 
	`�tS�AlgMsgF�ldPosF�dS��
(
pTmpS�Msg
, 
SIP_ALG_SPACE
,

1629 &
pos
, 0);

1630 
pTmpS�Msg
 +�
pos
;

1631 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1633 
pS�Msg
 =

1634 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1635 
addrP�tL�
,

1636 &
diffL�
, 
modIp
,

1637 
modL4P�t
,

1638 
ADDRESS_PORT_STRING
);

1639 *
diffModS�L�
 +�
diffL�
;

1643 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_TO
, &
pos
, 0)

1644 =�
TRUE
) {

1645 
pS�Msg
 +�
pos
;

1646 
pTmpS�Msg
 = 
pS�Msg
;

1647 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

1648 &
pos
, 0);

1649 
pTmpS�Msg
 +�
pos
;

1650 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1652 
pS�Msg
 +�
pos
 + 1;

1653 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1654 
pS�Msg
 =

1655 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
,

1656 &
pS�MsgEnd
,

1657 
addrP�tL�
,

1658 &
diffL�
,

1659 
modIp
,

1660 
modL4P�t
,

1661 
ADDRESS_PORT_STRING
);

1662 *
diffModS�L�
 +�
diffL�
;

1665 
��tf


1667  
NULL
;

1669 } i�(
pkt_d�e�i�
 =�
PRIVATE


1670 && 
msgTy�
 =�
SIP_ALG_BYE_MSGTYPE
) {

1674 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_VIA
, &
pos
, 0)

1675 =�
TRUE
) {

1677 
pS�Msg
 +=

1678 (
pos
 + 
	`���
(
SIP_ALG_VIA
) +

1679 
SIP_ALG_VIA_FIELD_IPADDR
);

1680 
pTmpS�Msg
 = 
pS�Msg
;

1682 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
,

1683 
SIP_ALG_SEMICOLON
, &
pos
,

1685 
pTmpS�Msg
 +�
pos
;

1686 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1688 
	`��tf
("sip_alg_process; No valid VIA field\n");

1689  
NULL
;

1692 
pS�Msg
 =

1693 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1694 
addrP�tL�
,

1695 &
diffL�
, 
modIp
, 0,

1696 
ADDRESS_PORT_STRING
);

1697 *
diffModS�L�
 = 
diffL�
;

1700 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_FROM
, &
pos
, 0)

1701 =�
TRUE
) {

1702 
pS�Msg
 +�
pos
;

1704 
pTmpS�Msg
 = 
pS�Msg
;

1706 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

1707 &
pos
, 0);

1708 
pTmpS�Msg
 +�
pos
;

1709 
diffL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1711 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1713 
pS�Msg
 +�
pos
 + 1;

1715 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1717 
��tf


1719  
NULL
;

1722 
pS�Msg
 =

1723 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1724 
addrP�tL�
,

1725 &
diffL�
, 
modIp
,

1726 
modL4P�t
,

1727 
ADDRESS_PORT_STRING
);

1729 *
diffModS�L�
 +�
diffL�
;

1731 } i�(
pkt_d�e�i�
 =�
PRIVATE


1732 && 
msgTy�
 =�
SIP_ALG_200_OK_BYE_MSGTYPE
) {

1736 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_VIA
, &
pos
, 0)

1737 =�
TRUE
) {

1739 
pS�Msg
 +=

1740 (
pos
 + 
	`���
(
SIP_ALG_VIA
) +

1741 
SIP_ALG_VIA_FIELD_IPADDR
);

1742 
pTmpS�Msg
 = 
pS�Msg
;

1744 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
,

1745 
SIP_ALG_SEMICOLON
, &
pos
,

1747 
pTmpS�Msg
 +�
pos
;

1748 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1750 
	`��tf
("sip_alg_process; No valid VIA field\n");

1751  
NULL
;

1754 
pS�Msg
 =

1755 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1756 
addrP�tL�
,

1757 &
diffL�
, 
modIp
, 0,

1758 
ADDRESS_PORT_STRING
);

1759 *
diffModS�L�
 = 
diffL�
;

1762 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
,

1763 
SIP_ALG_FROM
, &
pos
, 0�=�
TRUE
) {

1764 
pS�Msg
 +�
pos
;

1766 
pTmpS�Msg
 = 
pS�Msg
;

1768 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

1769 &
pos
, 0);

1770 
pTmpS�Msg
 +�
pos
;

1771 
diffL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1773 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1775 
pS�Msg
 +�
pos
 + 1;

1777 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1779 
��tf


1781  
NULL
;

1784 
pS�Msg
 =

1785 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1786 
addrP�tL�
,

1787 &
diffL�
, 
modIp
,

1788 
modL4P�t
,

1789 
ADDRESS_PORT_STRING
);

1791 *
diffModS�L�
 +�
diffL�
;

1793 } i�(
pkt_d�e�i�
 =�
PUBLIC


1794 && 
msgTy�
 =�
SIP_ALG_200_OK_BYE_MSGTYPE
) {

1796 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_TO
, &
pos
, 0)

1797 =�
TRUE
) {

1798 
pS�Msg
 +�
pos
;

1800 
pTmpS�Msg
 = 
pS�Msg
;

1802 
	`�tS�AlgMsgF�ldPos
(
pTmpS�Msg
, 
SIP_ALG_GREAT
,

1803 &
pos
, 0);

1804 
pTmpS�Msg
 +�
pos
;

1805 
diffL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1807 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1809 
pS�Msg
 +�
pos
 + 1;

1811 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1813 
��tf


1815  
NULL
;

1818 
pS�Msg
 = 
	`�tS�AlgModifyPayl�dAddrP�t
(pSipMsg,

1819 &
pS�MsgEnd
,

1820 
addrP�tL�
,

1821 &
diffL�
, 
modIp
,

1822 
modL4P�t
,

1823 
ADDRESS_PORT_STRING
);

1825 *
diffModS�L�
 = 
diffL�
;

1829 i�(
�tS�AlgMsgF�ldPos


1830 (
pS�Msg
, 
SIP_ALG_CONTACT
, &
pos
, 0�=�
TRUE
) {

1831 
pS�Msg
 +�
pos
;

1833 
pTmpS�Msg
 = 
pS�Msg
;

1834 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

1835 
SIP_ALG_CRLF
, &
pos
,

1837 
pTmpS�Msg
 +�
pos
;

1839 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AT
, &
pos
,

1841 
pS�Msg
 +�
pos
 + 1;

1842 
addrP�tL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1844 
	`��tf
("sip_alg_process; "

1846  
NULL
;

1849 
pS�Msg
 =

1850 
	`�tS�AlgModifyPayl�dAddrP�t
(
pS�Msg
, &
pS�MsgEnd
,

1851 
addrP�tL�
,

1852 &
diffL�
, 
modIp
,

1853 
modL4P�t
,

1854 
ADDRESS_PORT_STRING
);

1856 *
diffModS�L�
 +�
diffL�
;

1860 
S�MsgAdv��2
:

1862 i�(
��_d�e�i�
 =�
SIP_CALL_OUTGOING
) {

1864 i�(
pkt_d�e�i�
 =�
PRIVATE
) {

1865 i�(
msgTy�
 =�
SIP_ALG_200_OK_BYE_MSGTYPE
) {

1866 i�(
�move_s�_�g_��y


1867 (
	`�e_bsw�32
(
�_h
->
�c_addr
),

1868 
	`�e_bsw�16
(
udp_h
->
�c_p�t
)) < 0)

1869 
	`��tf
("removesipalgentry failed: "

1871 
�_h
->
�c_addr
, 
udp_h
->
�c_p�t
);

1875 i�(
pkt_d�e�i�
 =�
PUBLIC
) {

1876 i�(
msgTy�
 =�
SIP_ALG_200_OK_BYE_MSGTYPE
) {

1877 i�(
	`�move_s�_�g_��y
(
pubIp
, 
pubL4P�t
) < 0)

1878 
	`��tf
("removesipalgentry failed: "

1880 
pubIp
, 
pubL4P�t
);

1886 i�((
sdpMsgL�
 > 0�&& (
sdpD�aL�
 > 0)) {

1887 
pS�Msg
 = 
pS��S�Msg
;

1888 *
tmpSdpL�
 = 
NULL
;

1890 
sdpMsgL�
 +�
sdpD�aL�
;

1891 
tmpSdpL�
 = 
	`��
(
sdpMsgL�
);

1892 
tmpS�L�
 = 
	`���
(
tmpSdpL�
);

1895 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_CONTENT_LEN
, &
pos
, 0)

1896 =�
TRUE
) {

1897 
pS�Msg
 +�(
pos
 + 
	`TAG_TO_DATAPOS
(
SIP_ALG_CONTENT_LEN
));

1898 
	`SKIP_SPACES
(
pS�Msg
);

1899 
pTmpS�Msg
 = 
pS�Msg
;

1900 
	`�tS�AlgMsgF�ldPosF�dC�f
(
pTmpS�Msg
,

1901 
SIP_ALG_DOUBLE_CRLF
, &
pos
,

1903 
pTmpS�Msg
 +�
pos
;

1904 
	`SKIP_SPACES
(
pS�Msg
);

1905 
diffL�
 = 
pTmpS�Msg
 - 
pS�Msg
;

1906 
	`�tS�AlgAdju�Msg
(
pS�Msg
, &
pS�MsgEnd
, 
tmpS�L�
,

1907 
diffL�
);

1908 
	`���y
(
pS�Msg
, 
tmpSdpL�
, 
tmpS�L�
);

1910 
	`��tf
("sip_alg_process: Invalid Content Length\n");

1911  
NULL
;

1915 
s�AlgPro�ssEx�
:

1917  
pS��S�Msg
;

1918 
	}
}

1924 
	$�tS�AlgG�AudioP�ts
(
�e_mbuf
 *
pkt
, 
u�t16_t
 *
�pP�t
,

1925 
u�t16_t
 *
��P�t
)

1927 
�v4_hdr
 *
�_h
;

1928 
�h�_hdr
 *
�h_h
 = 
	`�e_pktmbuf_mtod
(
pkt
, ether_hdr *);

1929 
udp_hdr
 *
udp_h
;

1930 *
pS�Msg
, *
pEndP�
;

1931 
pos
, 
sdpMsgL�
;

1933 
�_h
 = (
�v4_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

1934 
udp_h
 = (
udp_hdr
 *)((*)
�_h
 + (
�v4_hdr
));

1935 
pS�Msg
 = ((*)
udp_h
 + (
udp_hdr
));

1938 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_CONTYPE
, &
pos
, 0�=�
FALSE
)

1941 
pS�Msg
 +�(
pos
 + 
	`TAG_TO_DATAPOS
(
SIP_ALG_CONTYPE
));

1942 
	`SKIP_SPACES
(
pS�Msg
);

1945 i�(!
	`IS_STRING_SAME
(
pS�Msg
, 
SIP_ALG_APPSDP
)) {

1946 
	`��tf
("sip_alg_getAudioPort Invalid Content�ype\n");

1951 
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_CONTENT_LEN
, &
pos
, 0);

1952 
pS�Msg
 +�(
pos
 + 
	`TAG_TO_DATAPOS
(
SIP_ALG_CONTENT_LEN
));

1953 
	`SKIP_SPACES
(
pS�Msg
);

1954 
sdpMsgL�
 = 
	`���
(
pS�Msg
, &
pEndP�
, 10);

1955 i�(!
sdpMsgL�
) {

1956 
	`��tf
("sipAlggetAudioport - sdpMsgLen is 0\n");

1961 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_AUDIO
, &
pos
, 0) ==

1962 
TRUE
) {

1963 
pS�Msg
 +�(
pos
 + 
	`TAG_TO_DATAPOS
(
SIP_ALG_AUDIO
));

1964 
	`SKIP_SPACES
(
pS�Msg
);

1965 *
�pP�t
 = 
	`���
(
pS�Msg
, &
pEndP�
, 10);

1967 *
�pP�t
 = 0;

1970 i�(
	`�tS�AlgMsgF�ldPos
(
pS�Msg
, 
SIP_ALG_RTCP
, &
pos
, 0) ==

1971 
TRUE
) {

1972 
pS�Msg
 +�(
pos
 + 
	`TAG_TO_DATAPOS
(
SIP_ALG_RTCP
));

1973 
	`SKIP_SPACES
(
pS�Msg
);

1974 *
��P�t
 = 
	`���
(
pS�Msg
, &
pEndP�
, 10);

1976 *
��P�t
 = 0;

1978 i�(
ALG_DEBUG
)

1979 
	`��tf
(" sipAlgGetAudioPort;�tpPort %d,�tcpPort %d\n",

1980 *
�pP�t
, *
��P�t
);

1982 
	}
}

1986 
	$�tS�AlgMsgF�ldPosF�dS��
(*
pD�a
, cڡ *
pIdS�
, *
pPos
,

1987 
��chL�
)

1989 *
pS��
 = 
pD�a
;

1990 
i
 = 0;

1992 i�(!
pIdS�
)

1993  
FALSE
;

1995 i�(!
��chL�
)

1996 
��chL�
 = 1500;

1998 
TRUE
) {

1999 *
pD�a
 != ' ') {

2000 
pD�a
++;

2001 
i
++;

2004 i�(
i
 > 
��chL�
) {

2005 
	`��tf
("SIP ALG Find Field Pos: "

2007 
��chL�
);

2008 *
pPos
 = 
��chL�
;

2009  
FALSE
;

2012 i�(
	`bcmp
(
pD�a
, 
pIdS�
, 
	`���
(pIdStr)) == 0)

2016 *
pPos
 = 
pD�a
 - 
pS��
;

2017  
TRUE
;

2018 
	}
}

2021 
	$�tS�AlgMsgF�ldPosF�dC�f
(

2022 *
pD�a
,

2023 cڡ *
pIdS�
,

2024 *
pPos
,

2025 
��chL�
)

2027 *
pS��
 = 
pD�a
;

2028 
i
 = 0;

2030 i�(!
pIdS�
)

2031  
FALSE
;

2033 i�(!
��chL�
)

2034 
��chL�
 = 1500;

2036 
TRUE
) {

2037 *
pD�a
 != '\r' && *(pData + 1) != '\n') {

2038 
pD�a
++;

2039 
i
++;

2041 i�(
i
 >�
��chL�
) {

2042 
	`��tf
("SIP ALG Find Field Pos: "

2044 
��chL�
);

2045 *
pPos
 = 
��chL�
;

2046  
FALSE
;

2049 i�(
	`bcmp
(
pD�a
, 
pIdS�
, 
	`���
(pIdStr)) == 0)

2053 *
pPos
 = 
pD�a
 - 
pS��
;

2054  
TRUE
;

2055 
	}
}

2058 
	$�tS�AlgMsgF�ldPos
(*
pD�a
,

2059 cڡ *
pIdS�
,

2060 *
pPos
,

2061 
��chL�
)

2063 *
pS��
 = 
pD�a
;

2064 
i
 = 0, 
j
 = 0;

2066 i�(!
pIdS�
)

2067  
FALSE
;

2069 i�(!
��chL�
)

2070 
��chL�
 = 1500;

2072 
TRUE
) {

2073 *
pD�a
 != '\r' && *(pData + 1) != '\n') {

2076 *
pD�a
 == ' ') {

2077 
pD�a
++;

2078 
j
++;

2081 i�(*
pD�a
 == '\r' && *(pData + 1) == '\n')

2084 i�(
	`bcmp
(
pD�a
, 
pIdS�
, 
	`���
(pIdStr)) == 0) {

2085 *
pPos
 = 
pD�a
 - 
pS��
;

2086  
TRUE
;

2089 
pD�a
++;

2090 
j
++;

2092 i�(
j
 >�
��chL�
) {

2093 *
pPos
 = 
pD�a
 - 
pS��
;

2094  
FALSE
;

2101 
i
 = 0; i < (
��chL�
 - 1); i++) {

2102 i�(
pD�a
[
i
] == '\r')

2103 i�(
pD�a
[
i
 + 1] == '\n')

2107 i�(
i
 > 
��chL�
) {

2108 
	`��tf
("SIP ALG Find Field Pos: "

2110 
��chL�
);

2111 *
pPos
 = 
��chL�
;

2112  
FALSE
;

2115 
pD�a
 +�
i
 + 2;

2116 
��chL�
 -�(
i
 + 2);

2118 i�((
pD�a
[0] == '\r' &&�Data[1] == '\n') ||

2119 (
��chL�
 <= 0)) {

2122 i�(
��chL�
 > 0) {

2123 
pD�a
 += 2;

2127 *
pPos
 = 
pD�a
 - 
pS��
;

2129  
FALSE
;

2133 *
pPos
 = 
pD�a
 - 
pS��
;

2134  
TRUE
;

2135 
	}
}

2138 *
	$g�S�C�lIdS�
(*
pMsg
)

2140 *
pS��
;

2141 *
pC�lId
 = 
NULL
;

2142 
i
;

2144 
pS��
 = 
pMsg
;

2145 
i
 = 0; i < 200; i++) {

2146 i�(*
pMsg
 != '\r')

2147 
pMsg
++;

2151 i�(
i
 >= 200) {

2152 
	`��tf
("SIP_ALG: getCallid wrong string format\n");

2153  
NULL
;

2156 
size_t
 
size
 = 
	`RTE_CACHE_LINE_ROUNDUP
(
pMsg
 - 
pS��
 + 1);

2158 
pC�lId
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

2159 i�(!
pC�lId
)

2160  
NULL
;

2162 
	`bc�y
(
pS��
, 
pC�lId
, 
pMsg
 -�Start);

2163 *(
pC�lId
 + (
pMsg
 - 
pS��
)) = 0;

2165 i�(
ALG_DEBUG
)

2166 
	`��tf
("%s: %s\n", 
__func__
, 
pC�lId
);

2168  
pC�lId
;

2169 
	}
}

2171 *
	$�tS�AlgModifyPayl�dAddrP�t
(

2172 *
pS�Msg
, **
pS�MsgEnd
,

2173 
u�t32_t
 
�dS�L�
, u�t32_�*
diffL�
,

2174 
u�t32_t
 
modIp
, 
u�t16_t
 
modP�t
, u�t32_�
ty�
)

2176 
add��t
[
MAX_ADDR_PORT_SIZE
];

2177 
�_addr
 
�Addr
;

2178 
u�t32_t
 
�wS�L�
 = 0;

2179 *
tmpP�t
 = 
NULL
;

2181 i�(
modP�t
 != 0)

2182 
tmpP�t
 = 
	`��
(
modP�t
);

2184 *
diffL�
 = 0;

2185 i�(
ty�
 =�
ADDRESS_PORT_STRING
) {

2186 
�Addr
.
s_addr
 = 
	`ht�l
(
modIp
);

2187 *
tmpAddr
 = 
	`��_��
(
�Addr
);

2189 i�(
modP�t
 != 0)

2190 
	`�r�tf
(
add��t
, "%s:%s", 
tmpAddr
, 
tmpP�t
);

2192 
	`�r�tf
(
add��t
, "%s", 
tmpAddr
);

2194 
�wS�L�
 = 
	`���
(
add��t
);

2196 i�(
	`abs
(
�wS�L�
 - 
�dS�L�
) > 0) {

2201 
	`�tS�AlgAdju�Msg
(
pS�Msg
, 
pS�MsgEnd
,

2202 
�wS�L�
, 
�dS�L�
);

2206 
	`���y
(
pS�Msg
, 
add��t
, 
	`���
(addrport));

2207 } i�(
ty�
 =�
PORT_STRING
) {

2208 if(
tmpP�t
)

2209 
�wS�L�
 = 
	`���
(
tmpP�t
);

2211 i�(
	`abs
(
�wS�L�
 - 
�dS�L�
) > 0) {

2216 
	`�tS�AlgAdju�Msg
(
pS�Msg
, 
pS�MsgEnd
,

2217 
�wS�L�
, 
�dS�L�
);

2221 if(
tmpP�t
)

2222 
	`���y
(
pS�Msg
, 
tmpP�t
, 
	`���
(tmpPort));

2225 i�(
�wS�L�
 > 
�dS�L�
)

2226 *
diffL�
 = 
�wS�L�
 - 
�dS�L�
;

2228  
pS�Msg
;

2229 
	}
}

2231 *
	$�tS�AlgAdju�Msg
(*
pS�Msg
, **
pS�MsgEnd
,

2232 
u�t32_t
 
�wS�L�
, u�t32_�
�dS�L�
)

2234 
MsgBuf�r
[
MAX_SIP_UDP_MSG_SIZE
];

2236 i�(
�wS�L�
 > 
�dS�L�
) {

2237 
pS�Msg
 +�
�dS�L�
;

2238 
msgL�
 = *
pS�MsgEnd
 - 
pS�Msg
;

2240 
	`���y
(
MsgBuf�r
, 
pS�Msg
, 
msgL�
);

2241 
pS�Msg
 +�(
�wS�L�
 - 
�dS�L�
);

2242 
	`���y
(
pS�Msg
, 
MsgBuf�r
, 
msgL�
);

2244 i�(
ALG_DEBUG
)

2245 
	`��tf
("�tS�AlgAdju�Msg: %u\n", 
msgL�
);

2248 *
pS�MsgEnd
 +�(
�wS�L�
 - 
�dS�L�
);

2251 
	`mem�t
(
pS�Msg
, ' ', 
�dS�L�
);

2254  
pS�Msg
;

2255 
	}
}

	@VIL/alg/lib_sip_alg.h

17 #i�de�
__INCLUDE_LIB_ALG_H__


18 

	#__INCLUDE_LIB_ALG_H__


	)

20 
	~"�e_�h�.h
"

22 
u�t16_t
 
	gs�_�ssi�_numb�
;

23 

	#IS_STRING_SAME
(
pS�
, 
�rId
�(
	`bcmp
(�S�), s�Id, 
	`���
(�rId)�=�0)

	)

24 

	#TAG_TO_DATAPOS
(
�r
�(
	`���
(�r�+ 1)

	)

25 

	#SKIP_SPACES
(
pS�
) \

27 *(*)(
pS�
) == ' ') \

28 (*)(
pS�
)++; \

29 }

	)

31 
	epkt_d�
 {
	mPRIVATE
, 
	mPUBLIC
};

34 
	es�_�g_��_d�e�i�
 {

35 
	mSIP_CALL_INCOMING
,

36 
	mSIP_CALL_OUTGOING


40 
	es�_�g_p�t_ty�
 {

41 
	mSIP_UDP
,

42 
	mSIP_RTP
,

43 
	mSIP_RTCP


50 
	ss�_�g_key
 {

55 
u�t32_t
 
	m�_add�ss
;

56 
u�t16_t
 
	ml4p�t
;

57 
u�t8_t
 
	mf��r1
;

58 
u�t8_t
 
	mf��r2
;

65 
	ss�_�g_�b�_��y
 {

66 
u�t32_t
 
	m�_add�ss
;

71 
u�t16_t
 
	ml4p�t
;

72 
u�t8_t
 
	ms�_�g_��_d�e�i�
;

74 
u�t8_t
 
	ms�_�g_��_id
[100];

75 
u�t8_t
 
	ml4p�t_ty�
;

76 
u�t8_t
 
	mf��r1
;

77 
u�t16_t
 
	mf��r2
;

78 
u�t32_t
 
	mf��r3
;

79 } 
	g__�e_�che_�ig�d
;

94 
lib_s�_�g_��
();

117 
s�_�g_dpi
(
�e_mbuf
 *
pkt
, 
pkt_d�
 
pkt_d�e�i�
,

118 
u�t32_t
 
modIp
, 
u�t16_t
 
modL4P�t
,

119 
u�t32_t
 
pubIp
, 
u�t16_t
 
pubL4P�t
,

120 
u�t16_t
 
modR�P�t
, u�t16_�
modRt�P�t
);

133 
�tS�AlgG�AudioP�ts
(

134 
�e_mbuf
 *
pkt
,

135 
u�t16_t
 *
�pP�t
,

136 
u�t16_t
 *
��_p�t
);

137 
�tS�AlgMsgF�ldPos
(

138 *
pD�a
,

139 cڡ *
pIdS�
,

140 *
pos
,

141 
��chL�
);

142 
�tS�AlgMsgF�ldPosF�dC�f
(

143 *
pD�a
,

144 cڡ *
pIdS�
,

145 *
pPos
,

146 
��chL�
);

147 
�tS�AlgMsgF�ldPosF�dS��
(

148 *
pD�a
,

149 cڡ *
pIdS�
,

150 *
pPos
,

151 
��chL�
);

152 
�move_s�_�g_��y
(

153 
u�t32_t
 
�addr
,

154 
u�t16_t
 
p�tid
);

	@VIL/conntrack/rte_cnxn_tracking.c

17 
	~<�e_�h�.h
>

18 
	~<�e_�e�tch.h
>

19 
	~<�e_cy�es.h
>

20 
	~<�e_m�loc.h
>

21 
	~<�e_mem�y.h
>

22 
	~<�e_tim�.h
>

23 
	~<�e_��lock.h
>

24 
	~"�e_�xn_�ack�g.h
"

25 
	~"�e_�_t�.h
"

27 

	#CNXN_TRX_DEBUG
 0

	)

28 

	#TESTING_TIMERS
 0

	)

29 

	#RTE_CT_TIMER_EXPIRED_DUMP
 0

	)

31 

	#META_DATA_OFFSET
 128

	)

32 

	#ETHERNET_START
 (
META_DATA_OFFSET
 + 
RTE_PKTMBUF_HEADROOM
)

	)

33 

	#ETH_HDR_SIZE
 14

	)

34 

	#IP_START
 (
ETHERNET_START
 + 
ETH_HDR_SIZE
)

	)

35 

	#PROTOCOL_START
 (
IP_START
 + 9)

	)

36 

	#SRC_ADDR_START
 (
IP_START
 + 12)

	)

37 

	#TCP_START
 (
IP_START
 + 20)

	)

40 

	#PROTOCOL_START_IPV6
 (
IP_START
 + 6)

	)

41 

	#SRC_ADDR_START_IPV6
 (
IP_START
 + 8)

	)

42 

	#TCP_START_IPV6
 (
IP_START
 + 40)

	)

44 

	#TCP_PROTOCOL
 6

	)

45 

	#UDP_PROTOCOL
 17

	)

46 

	#TCP_FW_IPV4_KEY_SIZE
 16

	)

48 

	#TCP_FW_IPV6_KEY_SIZE
 40

	)

50 

	#IPv4_HEADER_SIZE
 20

	)

51 

	#IPv6_HEADER_SIZE
 40

	)

53 

	#IP_VERSION_4
 4

	)

54 

	#IP_VERSION_6
 6

	)

57 
�e_�_�xn_�ack�_b�ch_lookup_basic_ty�
(

58 
�e_�_�xn_�ack�
 *
�
,

59 
�e_mbuf
 **
pkts
,

60 
u�t64_t
 *
pkts_mask
,

61 
u�t64_t
 
no_�w_�xn_mask
,

62 
u�t64_t
 *
��y_pkt_mask
,

63 
u�t64_t
 *
hijack_mask
,

64 
u�t8_t
 
�_hdr_size_by�s
);

74 
	$�e_�_�xn_��t_pkt
(
�e_mbuf
 *
pkt
, 
u�t8_t
 
ty�
)

76 
i
;

77 
u�t8_t
 *
rd
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
IP_START
);

79 
	`��tf
("\n");

80 
	`��tf
("IP�nd TCP/UDP headers:\n");

82 i�(
ty�
 =�
IP_VERSION_4
) {

83 
i
 = 0; i < 40; i++) {

84 
	`��tf
("%02x ", 
rd
[
i
]);

85 i�((
i
 & 3) == 3)

86 
	`��tf
("\n");

88 
	`��tf
("\n");

91 i�(
ty�
 =�
IP_VERSION_6
) {

92 
i
 = 0; i < 60; i++) {

93 
	`��tf
("%02x ", 
rd
[
i
]);

94 i�((
i
 & 3) == 3)

95 
	`��tf
("\n");

97 
	`��tf
("\n");

100 
	}
}

103 
	$�e_�xn_�_ty�
(
u�t8_t
 *
ty�
, 
�e_mbuf
 *
pkt
)

106 
�_hdr_size_by�s
 = 
	`�e_�_g�_IP_hdr_size
(
pkt
);

108 i�(
�_hdr_size_by�s
 =�
IPv4_HEADER_SIZE
)

109 *
ty�
 = 
IP_VERSION_4
;

111 i�(
�_hdr_size_by�s
 =�
IPv6_HEADER_SIZE
)

112 *
ty�
 = 
IP_VERSION_6
;

113 
	}
}

116 
	$�e_�_��t_hashkey
(
u�t32_t
 *
key
)

118 
	`��tf
("Key: %08x %08x %08x %08x %08x %08x %08x %08x %08x %08x \\\n",

119 
key
[0], key[1], key[2], key[3],

120 
key
[4], key[5], key[6], key[7], key[8], key[9]);

121 
	}
}

133 
u�t8_t


134 
	$�e_�_���_�xn_hashkey
(

135 
u�t32_t
 *
�c_addr
,

136 
u�t32_t
 *
d�_addr
,

137 
u�t16_t
 
�c_p�t
,

138 
u�t16_t
 
d�_p�t
,

139 
u�t8_t
 
��o
,

140 
u�t32_t
 *
key
,

141 
u�t8_t
 
ty�
)

143 
u�t8_t
 
hash_�d�_�ig��_d�e�i�
 = 1;

145 
key
[9] = 
��o
;

147 i�(
ty�
 =�
IP_VERSION_4
) {

148 
u�t32_t
 
sour�
 = *
�c_addr
;

149 
u�t32_t
 
de�
 = *
d�_addr
;

151 
key
[3] = key[4] = key[5] = key[6] = key[7] = key[8] = 0;

153 i�((
sour�
 < 
de�
)

154 || ((
sour�
 =�
de�
�&& (
�c_p�t
 < 
d�_p�t
))) {

155 
key
[0] = 
sour�
;

156 
key
[1] = 
de�
;

157 
key
[2] = (
�c_p�t
 << 16�| 
d�_p�t
;

159 
key
[0] = 
de�
;

160 
key
[1] = 
sour�
;

161 
key
[2] = (
d�_p�t
 << 16�| 
�c_p�t
;

162 
hash_�d�_�ig��_d�e�i�
 = 0;

166 i�(
ty�
 =�
IP_VERSION_6
) {

167 
�_cmp
 = 
	`memcmp
(
�c_addr
, 
d�_addr
, 16);

168 
u�t32_t
 *
lo_addr
;

169 
u�t32_t
 *
hi_addr
;

171 i�((
�_cmp
 < 0�|| ((�_cm�=�0�&& (
�c_p�t
 < 
d�_p�t
))) {

172 
lo_addr
 = 
�c_addr
;

173 
hi_addr
 = 
d�_addr
;

174 
key
[8] = (
�c_p�t
 << 16�| 
d�_p�t
;

176 
lo_addr
 = 
d�_addr
;

177 
hi_addr
 = 
�c_addr
;

178 
key
[8] = (
d�_p�t
 << 16�| 
�c_p�t
;

179 
hash_�d�_�ig��_d�e�i�
 = 0;

181 
key
[0] = 
lo_addr
[0];

182 
key
[1] = 
lo_addr
[1];

183 
key
[2] = 
lo_addr
[2];

184 
key
[3] = 
lo_addr
[3];

185 
key
[4] = 
hi_addr
[0];

186 
key
[5] = 
hi_addr
[1];

187 
key
[6] = 
hi_addr
[2];

188 
key
[7] = 
hi_addr
[3];

191 #ifde�
ALGDBG


192 
	`�e_�_��t_hashkey
(
key
);

194  
hash_�d�_�ig��_d�e�i�
;

195 
	}
}

199 
	$�e_�_g�_IP_hdr_size
(
�e_mbuf
 *
pkt
)

207 
u�t8_t
 
hdr_chk
 = 
	`RTE_MBUF_METADATA_UINT8
(
pkt
, 
IP_START
);

209 
hdr_chk
 = hdr_chk >> 4;

211 i�(
hdr_chk
 =�
IP_VERSION_4
)

212  
IPv4_HEADER_SIZE
;

214 i�(
hdr_chk
 =�
IP_VERSION_6
)

215  
IPv6_HEADER_SIZE
;

224 
	}
}

227 
	$�e_�_�t_tim�_f�_�w_�xn
(

228 
�e_�_�xn_�ack�
 *
�
,

229 
�e_�_�xn_d�a
 *
cd
)

231 
cd
->
��e_u�d_f�_tim�
 = 
RTE_CT_TCP_NONE
;

232 
	`�e_�_�t_�xn_tim�_f�_t�
(
�
, 
cd
, 
RTE_CT_TCP_SYN_SENT
);

233 
	}
}

264 
�l�e
 

265 
	$�e_�_�memb�_�w_c���i�
(

266 
�e_�_�xn_�ack�
 *
�
,

267 
�e_�_�xn_d�a
 *
��y
)

269 
�
->
ϋ�_c���i�
++;

270 
�
->
�w_c���i�s
[�->
ϋ�_c���i�
] = 
��y
;

271 
	}
}

273 
�e_�_�xn_d�a
 *

274 
	$�e_�_��ch_�w_c���i�s
(
�e_�_�xn_�ack�
 *
�
, 
u�t32_t
 *
key
)

276 
i
;

278 
i
 = 0; i <�
�
->
ϋ�_c���i�
; i++) {

279 
u�t32_t
 *
�xn_key
 = 
�
->
�w_c���i�s
[
i
]->
key
;

280 
key_cmp
 = 
	`memcmp
(
�xn_key
, 
key
,

281 (
�
->
�w_c���i�s
[
i
]->
key
));

283 i�(
key_cmp
 == 0)

284  
�
->
�w_c���i�s
[
i
];

286  
NULL
;

287 
	}
}

289 
�l�e
 
	$�e_�_f�g�_�w_c���i�s
(
�e_�_�xn_�ack�
 *
�
)

291 
�
->
ϋ�_c���i�
 = -1;

292 
	}
}

297 
�e_�_�ck�_a�i�


298 
	$�e_�_h�d�_t�_lookup
(

299 
�e_�_�xn_�ack�
 *
�
,

300 
�e_mbuf
 *
�ck�
,

301 
u�t8_t
 
pkt_num
,

302 
u�t8_t
 
key_is_���_�d�
,

303 
u�t32_t
 *
key
,

304 
hash_�b�_��y
,

305 
no_�w_�xn
,

306 
u�t8_t
 
�_hdr_size_by�s
)

308 
�e_�_�xn_d�a
 
�w_�xn_d�a
;

310 
	`mem�t
(&
�w_�xn_d�a
, 0, (
�e_�_�xn_d�a
));

311 
�e_�_�ck�_a�i�
 
�ck�_a�i�
;

313 #ifde�
CT_CGNAT


314 
�t32_t
 
pos�i�
 = 
hash_�b�_��y
;

315 
�
->
pos�i�s
[
pkt_num
] = 
pos�i�
;

319 i�(
hash_�b�_��y
 >= 0) {

325 
�e_�_�xn_d�a
 *
��y
 =

326 &
�
->
hash_�b�_���s
[
hash_�b�_��y
];

328 
�ck�_a�i�
 = 
	`�e_�_v�ify_t�_�ck�
(
�
, 
��y
, 
�ck�
,

329 
key_is_���_�d�
, 
�_hdr_size_by�s
);

331 
�ck�_a�i�
) {

333 
RTE_CT_FORWARD_PACKET
:

334 
��y
->
cou��s
.
�ck�s_f�w�ded
++;

337 
RTE_CT_DROP_PACKET
:

338 
��y
->
cou��s
.
�ck�s_drݳd
++;

339  
RTE_CT_DROP_PACKET
;

341 
RTE_CT_REOPEN_CNXN_AND_FORWARD_PACKET
:

348 i�(
	`�e_�_t�_�w_c���i�
(
�
, &
�w_�xn_d�a
,

349 
�ck�
, 0, 
�_hdr_size_by�s
) !=

350 
RTE_CT_DROP_PACKET
) {

351 
	`�e_mem�y
(&
��y
->
�_��oc�
.
t�_�_d�a
,

352 &
�w_�xn_d�a
.
�_��oc�
.
t�_�_d�a
,

353 (
�w_�xn_d�a
.
�_��oc�
.
t�_�_d�a
));

354 
	`�e_�_�t_tim�_f�_�w_�xn
(
�
, 
��y
);

355 i�(
�
->
cou��s
->
�ssi�s_�a�iv�ed
 > 0)

356 
�
->
cou��s
->
�ssi�s_�a�iv�ed
--;

361 
RTE_CT_SEND_SERVER_SYN
:

362 
�
->
cou��s
->
pkts_f�w�ded
++;

364  
RTE_CT_SEND_SERVER_SYN
;

366 
RTE_CT_SEND_SERVER_ACK
:

367 
�
->
cou��s
->
pkts_f�w�ded
++;

369  
RTE_CT_SEND_SERVER_ACK
;

371 
RTE_CT_HIJACK
:

372 
�
->
cou��s
->
pkts_f�w�ded
++;

376  
RTE_CT_HIJACK
;

378 
RTE_CT_DESTROY_CNXN_AND_FORWARD_PACKET
:

396 i�(
	`�e_hash_d�_key
(
�
->
rhash
, 
��y
->
key
) >= 0) {

407 
�
->
cou��s
->
�ssi�s_�o�d
++;

408 i�(
�
->
cou��s
->
cu��t_a�ive_�ssi�s
 > 0)

409 
�
->
cou��s
->
cu��t_a�ive_�ssi�s
--;

410 
	`�e_�_�n�l_�xn_tim�
(
��y
);

412 
��y
->
cou��s
.
�ck�s_f�w�ded
++;

420 
�e_�_�xn_d�a
 *
�w_hash_��y
;

422 i�(
no_�w_�xn
) {

423 
�
->
cou��s
->
pkts_dr�_�v�id_c�n
++;

424  
RTE_CT_DROP_PACKET
;

427 
�ck�_a�i�
 = 
	`�e_�_t�_�w_c���i�
(
�
, &
�w_�xn_d�a
,

428 
�ck�
, 
�
->
misc_�ti�s
.
sy�roxy_�ab�d
,

429 
�_hdr_size_by�s
);

431 i�(
	`u�ik�y
(
�ck�_a�i�
 =�
RTE_CT_DROP_PACKET
)) {

432 
�
->
cou��s
->
pkts_dr�_�v�id_c�n
++;

433  
RTE_CT_DROP_PACKET
;

437 
�t32_t
 
pos�i�
 = 
	`�e_hash_add_key
(
�
->
rhash
, 
key
);

438 i�(
pos�i�
 < 0) {

439 
��tf


441 
pos�i�
, 
pkt_num
);

442  
RTE_CT_DROP_PACKET
;

444 #ifde�
CT_CGNAT


445 
�
->
pos�i�s
[
pkt_num
] = 
pos�i�
;

447 
�w_hash_��y
 = &
�
->
hash_�b�_���s
[
pos�i�
];

451 
	`mem�y
(
�w_�xn_d�a
.
key
, key, (new_cnxn_data.key));

452 
�w_�xn_d�a
.
key_is_���_�d�
 = key_is_client_order;

453 
�w_�xn_d�a
.
��oc�
 = 
TCP_PROTOCOL
;

454 
	`�e_�xn_�_ty�
(&
�w_�xn_d�a
.
ty�
, 
�ck�
);

455 
	`�e_mem�y
(
�w_hash_��y
, &
�w_�xn_d�a
,

456 (
�e_�_�xn_d�a
));

457 
�w_hash_��y
->
cou��s
.
�ck�s_f�w�ded
 = 1;

458 
�w_hash_��y
->
cou��s
.
�ck�s_drݳd
 = 0;

459 
�
->
cou��s
->
cu��t_a�ive_�ssi�s
++;

460 
�
->
cou��s
->
�ssi�s_a�iv�ed
++;

462 i�(
�ck�_a�i�
 =�
RTE_CT_SEND_CLIENT_SYNACK
) {

466 
	`�e_�_�r�_�ti�s
(
�ck�
, 
�w_hash_��y
);

473 
	`�e_�_cvt_to_�oo�d_���_sy�ck
(
�w_hash_��y
,

474 
�ck�
);

481 
�ck�_a�i�
 = 
	`�e_�_v�ify_t�_�ck�
(
�
,

482 
�w_hash_��y
, 
�ck�
,

483 !
key_is_���_�d�
,

484 
�_hdr_size_by�s
);

486 i�(
	`u�ik�y
(
�ck�_a�i�
 !�
RTE_CT_FORWARD_PACKET
)) {

488 
	`��tf
("Serious�rror in synproxy generating ");

489 
	`��tf
("SYN/ACK\n");

490  
RTE_CT_DROP_PACKET
;

492 
�
->
cou��s
->
pkts_f�w�ded
++;

494  
RTE_CT_SEND_CLIENT_SYNACK
;

496 
	`�e_�_�t_tim�_f�_�w_�xn
(
�
, 
�w_hash_��y
);

508 
�
->
cou��s
->
pkts_f�w�ded
++;

509  
RTE_CT_FORWARD_PACKET
;

510 
	}
}

512 
u�t64_t


513 
	$�e_�_�xn_�ack�_b�ch_lookup_basic
(

514 
�e_�_�xn_�ack�
 *
�
,

515 
�e_mbuf
 **
pkts
,

516 
u�t64_t
 
pkts_mask
,

517 
u�t64_t
 
no_�w_�xn_mask
,

518 
u�t64_t
 *
��y_pkt_mask
,

519 
u�t64_t
 *
hijack_mask
)

522 
u�t64_t
 
pkts_to_�o�ss
 = 
pkts_mask
;

524 
u�t64_t
 
v�id_�ck�s
 = 
pkts_mask
;

525 
u�t8_t
 
com���g_m�
[
RTE_HASH_LOOKUP_BULK_MAX
];

527 
u�t8_t
 
key_�ig_d�
[
RTE_HASH_LOOKUP_BULK_MAX
];

528 
u�t32_t
 
�ck�s_f�_lookup
 = 0;

529 
�t32_t
 
pos�i�s
[
RTE_HASH_LOOKUP_BULK_MAX
];

530 
u�t32_t
 
i
;

531 
�e_�_�xn_d�a
 
�w_�xn_d�a
;

533 i�(
CNXN_TRX_DEBUG
 > 1) {

534 
	`��tf
("E�� cnx��ack� %p", 
�
);

535 
	`��tf
(" synproxy batch�ookup with�acket mask %p\n",

536 (*)
pkts_mask
);

539 
	`�e_�_f�g�_�w_c���i�s
(
�
);

540 *
��y_pkt_mask
 = 0;

541 *
hijack_mask
 = 0;

548 ; 
pkts_to_�o�ss
;) {

549 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
pkts_to_�o�ss
);

551 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

553 
pkts_to_�o�ss
 &�~
pkt_mask
;

555 
�e_mbuf
 *
pkt
 = 
pkts
[
pos
];

557 
�_hdr_size_by�s
 = 
	`�e_�_g�_IP_hdr_size
(
pkt
);

559 i�(
	`u�ik�y
(
�_hdr_size_by�s
 < 0)) {

564 *
�_hdr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
);

569 
t�_hdr
 *
thdr
 =

570 (
t�_hdr
 *)
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

571 (
IP_START
 + 
�_hdr_size_by�s
));

572 
u�t16_t
 
�c_p�t
 = 
	`�e_bsw�16
(
thdr
->src_port);

573 
u�t16_t
 
d�_p�t
 = 
	`�e_bsw�16
(
thdr
->dst_port);

575 i�(
�_hdr_size_by�s
 =�
IPv4_HEADER_SIZE
) {

576 
�v4_hdr
 *
ihdr
 = (�v4_hd�*)
�_hdr
;

577 
u�t8_t
 
��o
 = 
ihdr
->
�xt_��o_id
;

579 i�(!(
��o
 =�
TCP_PROTOCOL
 ||�r��=�
UDP_PROTOCOL
)) {

590 
u�t32_t
 
�c_addr
 = 
	`�e_bsw�32
(
ihdr
->src_addr);

591 
u�t32_t
 
d�_addr
 = 
	`�e_bsw�32
(
ihdr
->dst_addr);

593 i�(
CNXN_TRX_DEBUG
 > 2) {

594 i�(
CNXN_TRX_DEBUG
 > 4)

595 
	`�e_�_�xn_��t_pkt
(
pkt
,

596 
IP_VERSION_4
);

602 
com���g_m�
[
�ck�s_f�_lookup
] = 
pos
;

603 
key_�ig_d�
[
�ck�s_f�_lookup
] =

604 
	`�e_�_���_�xn_hashkey
(&
�c_addr
, &
d�_addr
,

605 
�c_p�t
, 
d�_p�t
,

606 
��o
,

607 &
�
->
hash_keys


608 [
�ck�s_f�_lookup
][0],

609 
IP_VERSION_4
);

610 
�ck�s_f�_lookup
++;

613 i�(
�_hdr_size_by�s
 =�
IPv6_HEADER_SIZE
) {

614 
�v6_hdr
 *
ihdr
 = (�v6_hd�*)
�_hdr
;

615 
u�t8_t
 
��o
 = 
ihdr
->proto;

617 i�(!(
��o
 =�
TCP_PROTOCOL
 ||�r��=�
UDP_PROTOCOL
)) {

622 i�(
CNXN_TRX_DEBUG
 > 2) {

623 i�(
CNXN_TRX_DEBUG
 > 4)

624 
	`�e_�_�xn_��t_pkt
(
pkt
,

625 
IP_VERSION_6
);

632 
com���g_m�
[
�ck�s_f�_lookup
] = 
pos
;

633 
key_�ig_d�
[
�ck�s_f�_lookup
] =

634 
	`�e_�_���_�xn_hashkey
(

635 (
u�t32_t
 *�
ihdr
->
�c_addr
,

636 (
u�t32_t
 *�
ihdr
->
d�_addr
,

637 
�c_p�t
, 
d�_p�t
,

638 
��o
,

639 &
�
->
hash_keys


640 [
�ck�s_f�_lookup
][0],

641 
IP_VERSION_6
);

642 
�ck�s_f�_lookup
++;

647 i�(
	`u�ik�y
(
�ck�s_f�_lookup
 == 0))

648  
v�id_�ck�s
;

651 
	`mem�t
(&
�w_�xn_d�a
, 0, (
�e_�_�xn_d�a
));

655 
lookup_�su�
 =

656 
	`�e_hash_lookup_bulk
(
�
->
rhash
, (cڡ **)&�->
hash_key_�rs
,

657 
�ck�s_f�_lookup
, &
pos�i�s
[0]);

659 i�(
	`u�ik�y
(
lookup_�su�
 < 0)) {

661 
	`��tf
("Unexpected hash�able�roblem, discarding�ll�ackets");

664 #ifde�
ALGDBG


665 
i
 = 0; i < 
�ck�s_f�_lookup
; i++) {

666 i�(
pos�i�s
[
i
] >= 0)

667 
	`��tf
("@CT�ositions[i]= %d, compacting_map[i]= %d\n",

668 
pos�i�s
[
i
], 
com���g_m�
[i]);

671 
i
 = 0; i < 
�ck�s_f�_lookup
; i++) {

673 
hash_�b�_��y
 = 
pos�i�s
[
i
];

675 
u�t8_t
 
pkt_�dex
 = 
com���g_m�
[
i
];

677 
u�t64_t
 
pkt_mask
 = 1LLU << 
pkt_�dex
;

678 
u�t8_t
 
key_is_���_�d�
 = 
key_�ig_d�
[
i
];

679 
u�t32_t
 *
key
 = 
�
->
hash_key_�rs
[
pkt_�dex
];

680 
u�t8_t
 
��oc�
 = *(
key
 + 9);

681 
�e_mbuf
 *
�ck�
 = 
pkts
[
pkt_�dex
];

682 
no_�w_�xn
 = (
pkt_mask
 & 
no_�w_�xn_mask
) != 0;

686 i�(
��oc�
 =�
TCP_PROTOCOL
) {

687 
�e_�_�ck�_a�i�
 
t�_pkt_a�i�
;

689 
�_hdr_size_by�s
 = 
	`�e_�_g�_IP_hdr_size
(
�ck�
);

690 
t�_pkt_a�i�
 = 
	`�e_�_h�d�_t�_lookup
(
�
, 
�ck�
,

691 
pkt_�dex
, 
key_is_���_�d�
,

692 
key
, 
hash_�b�_��y
, 
no_�w_�xn
,

693 
�_hdr_size_by�s
);

695 
t�_pkt_a�i�
) {

697 
RTE_CT_SEND_CLIENT_SYNACK
:

698 
RTE_CT_SEND_SERVER_ACK
:

702 *
��y_pkt_mask
 |�
pkt_mask
;

705 
RTE_CT_SEND_SERVER_SYN
:

706 
RTE_CT_FORWARD_PACKET
:

709 
RTE_CT_HIJACK
:

710 *
hijack_mask
 |�
pkt_mask
;

715 
v�id_�ck�s
 ^�
pkt_mask
;

716 
�
->
cou��s
->
pkts_dr�
++;

723 i�(
hash_�b�_��y
 >= 0) {

729 
�e_�_�xn_d�a
 *
��y
 =

730 &
�
->
hash_�b�_���s
[
hash_�b�_��y
];

732 i�(
�e_�_udp_�ck�


733 (
�
, 
��y
, 
pkts
[
pkt_�dex
],

734 
key_is_���_�d�
)) {

735 
��y
->
cou��s
.
�ck�s_f�w�ded
++;

736 
�
->
cou��s
->
pkts_f�w�ded
++;

744 
�e_�_�xn_d�a
 *
���_��y
 =

745 
	`�e_�_��ch_�w_c���i�s
(
�
, 
key
);

747 i�(
���_��y
 !�
NULL
) {

748 i�(
	`�e_�_udp_�ck�
(
�
, 
���_��y
,

749 
pkts
[
pkt_�dex
],

750 
key_is_���_�d�
)) {

751 
���_��y
->
cou��s
.

752 
�ck�s_f�w�ded
++;

753 
�
->
cou��s
->
pkts_f�w�ded
++;

760 i�(
no_�w_�xn
) {

764 
v�id_�ck�s
 ^�
pkt_mask
;

765 
�
->
cou��s
->
pkts_dr�
++;

766 
�
->
cou��s
->

767 
pkts_dr�_�v�id_c�n
++;

771 i�(
	`�e_�_udp_�w_c���i�
(
�
,

772 &
�w_�xn_d�a
,

773 
pkts
[
pkt_�dex
])) {

777 
�t32_t
 
pos�i�
 =

778 
	`�e_hash_add_key
(

779 
�
->
rhash
, 
key
);

781 i�(
pos�i�
 < 0)

784 
�e_�_�xn_d�a


785 *
�w_hash_��y
 = &
�
->

786 
hash_�b�_���s
[
pos�i�
];

793 
	`mem�y
(
�w_�xn_d�a
.
key
, key,

794 (
�w_�xn_d�a
.
key
));

796 
�w_�xn_d�a
.

797 
key_is_���_�d�


798 �
key_is_���_�d�
;

799 
�w_�xn_d�a
.
��oc�
 =

800 
UDP_PROTOCOL
;

801 
	`�e_�xn_�_ty�
(

802 &
�w_�xn_d�a
.
ty�
,

803 
�ck�
);

804 
	`�e_mem�y
(
�w_hash_��y
,

805 &
�w_�xn_d�a
,

807 
�e_�_�xn_d�a
));

809 
�w_hash_��y
->
cou��s
.

810 
�ck�s_f�w�ded
 = 1;

811 
�
->
cou��s
->
pkts_f�w�ded
++;

812 
�w_hash_��y
->
cou��s
.

813 
�ck�s_drݳd
 = 0;

814 
�
->
cou��s
->
pkts_dr�
 = 0;

815 
�
->
cou��s
->

816 
cu��t_a�ive_�ssi�s
++;

817 
�
->
cou��s
->

818 
�ssi�s_a�iv�ed
++;

820 
�w_hash_��y
->

821 
��e_u�d_f�_tim�


822 �
RTE_CT_UDP_NONE
;

823 
	`�e_�_�t_�xn_tim�_f�_udp
(

824 
�
,

825 
�w_hash_��y
,

826 
RTE_CT_UDP_UNREPLIED
);

828 
	`�e_�_�memb�_�w_c���i�
(

829 
�
,

830 
�w_hash_��y
);

839 i�(
CNXN_TRX_DEBUG
 > 1) {

840 
	`��tf
("Exit cnxn�racker synproxy batch�ookup with");

841 
	`��tf
("�ack� mask %p\n", (*)
v�id_�ck�s
);

844  
v�id_�ck�s
;

845 
	}
}

847 
u�t64_t


848 
	$�e_�_�xn_�ack�_b�ch_lookup_w�h_sy�roxy
(

849 
�e_�_�xn_�ack�
 *
�
,

850 
�e_mbuf
 **
pkts
,

851 
u�t64_t
 
pkts_mask
,

852 
�e_sy�roxy_h��r
 *
�_h��r
)

854  
	`�e_�_�xn_�ack�_b�ch_lookup_basic
(
�
, 
pkts
, 
pkts_mask
, 0,

855 &
�_h��r
->
��y_pkt_mask
, &�_h��r->
hijack_mask
);

856 
	}
}

857 #ifde�
CT_CGNAT


858 
u�t64_t
 
	$cgDZ_�_�o�ss
(

859 
�e_�_�xn_�ack�
 *
�
,

860 
�e_mbuf
 **
pkts
,

861 
u�t64_t
 
pkts_mask
,

862 
�e_CT_h��r
 *
�_h��r
)

865 
	`�e_�_di�b�_sy�roxy
(
�
);

866  
	`�e_�_�xn_�ack�_b�ch_lookup_basic
(
�
, 
pkts
, 
pkts_mask
,

867 
�_h��r
->
no_�w_�xn_mask
,

868 &
�_h��r
->
��y_pkt_mask
,

869 &
�_h��r
->
hijack_mask
);

870 
	}
}

872 
u�t64_t


873 
	$�e_�_�xn_�ack�_b�ch_lookup
(

874 
�e_�_�xn_�ack�
 *
�
,

875 
�e_mbuf
 **
pkts
,

876 
u�t64_t
 
pkts_mask
,

877 
�e_CT_h��r
 *
�_h��r
)

880  
	`�e_�_�xn_�ack�_b�ch_lookup_basic
(
�
, 
pkts
, 
pkts_mask
,

881 
�_h��r
->
no_�w_�xn_mask
,

882 &
�_h��r
->
��y_pkt_mask
, &�_h��r->
hijack_mask
);

883 
	}
}

886 
	$�e_�_�xn_�ack�_b�ch_lookup_ty�
(

887 
�e_�_�xn_�ack�
 *
�
,

888 
�e_mbuf
 **
pkts
,

889 
u�t64_t
 *
pkts_mask
,

890 
�e_CT_h��r
 *
�_h��r
,

891 
u�t8_t
 
�_hdr_size_by�s
)

894 
	`�e_�_�xn_�ack�_b�ch_lookup_basic_ty�
(
�
, 
pkts
, 
pkts_mask
,

895 
�_h��r
->
no_�w_�xn_mask
,

896 &
�_h��r
->
��y_pkt_mask
, &�_h��r->
hijack_mask
,

897 
�_hdr_size_by�s
);

898 
	}
}

902 
u�t64_t


903 
	$�e_�_�xn_�ack�_b�ch_lookup_w�h_�w_�xn_cڌ�
(

904 
�e_�_�xn_�ack�
 *
�
,

905 
�e_mbuf
 **
pkts
,

906 
u�t64_t
 
pkts_mask
,

907 
u�t64_t
 
no_�w_�xn_mask
)

909 
u�t64_t
 
d�t_��
;

911  
	`�e_�_�xn_�ack�_b�ch_lookup_basic
(
�
, 
pkts
, 
pkts_mask
,

912 
no_�w_�xn_mask
,

913 &
d�t_��
, &dont_care);

914 
	}
}

918 
	$�e_�_���lize_de�u�_timeouts
(
�e_�_�xn_�ack�
 *
�w_�xn_�ack�
)

923 
u�t64_t
 
h�tz
 = 
	`�e_g�_tsc_hz
();

925 
�w_�xn_�ack�
->
h�tz
 = hertz;

926 
�w_�xn_�ack�
->
tim�g_cy�es_�r_tim�g_��
 = 
h�tz
 / 10;

927 
�w_�xn_�ack�
->
tim�g_100ms_��s_�evious
 = 0;

928 
�w_�xn_�ack�
->
tim�g_100ms_��s
 = 0;

929 
�w_�xn_�ack�
->
tim�g_ϡ_time
 = 
	`�e_g�_tsc_cy�es
();

932 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


933 [
RTE_CT_TCP_SYN_SENT
] = 120 * 
h�tz
;

934 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


935 [
RTE_CT_TCP_SYN_RECV
] = 60 * 
h�tz
;

937 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


938 [
RTE_CT_TCP_ESTABLISHED
] = 60 * 60 * 24 * 5 * 
h�tz
;

940 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


941 [
RTE_CT_TCP_FIN_WAIT
] = 120 * 
h�tz
;

942 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


943 [
RTE_CT_TCP_CLOSE_WAIT
] = 60 * 
h�tz
;

944 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


945 [
RTE_CT_TCP_LAST_ACK
] = 30 * 
h�tz
;

946 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


947 [
RTE_CT_TCP_TIME_WAIT
] = 120 * 
h�tz
;

948 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


949 [
RTE_CT_TCP_CLOSE
] = 10 * 
h�tz
;

950 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


951 [
RTE_CT_TCP_SYN_SENT_2
] = 120 * 
h�tz
;

952 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


953 [
RTE_CT_TCP_RETRANS
] = 300 * 
h�tz
;

954 
�w_�xn_�ack�
->
�_timeout
.
t�timeout
.
t�_timeouts


955 [
RTE_CT_TCP_UNACK
] = 300 * 
h�tz
;

957 
�w_�xn_�ack�
->
�_timeout
.
ud�imeout
.
udp_timeouts


958 [
RTE_CT_UDP_UNREPLIED
] = 30 * 
h�tz
;

959 
�w_�xn_�ack�
->
�_timeout
.
ud�imeout
.
udp_timeouts


960 [
RTE_CT_UDP_REPLIED
] = 180 * 
h�tz
;

962 
�w_�xn_�ack�
->
misc_�ti�s
.
t�_max_���s
 =

963 
RTE_CT_TCP_MAX_RETRANS
;

964 
�w_�xn_�ack�
->
misc_�ti�s
.
t�_loo�
 = 0;

965 
�w_�xn_�ack�
->
misc_�ti�s
.
t�_be_lib��
 = 0;

966 #ifde�
CT_CGNAT


967 
i
;

968 
i
=0; i < 
RTE_HASH_LOOKUP_BULK_MAX
 ;i ++ )

969 
�w_�xn_�ack�
->
pos�i�s
[
i
] = -1;

973 
	}
}

975 
�e_CT_cou��_block
 
	g�e_CT_cou��_�b�
[
MAX_CT_INSTANCES
]

976 
	g__�e_�che_�ig�d
;

977 
	g�e_CT_hi_cou��_block_�_u�
 = -1;

980 
	$�e_�_���lize_�xn_�ack�_w�h_sy�roxy
(

981 
�e_�_�xn_�ack�
 *
�w_�xn_�ack�
,

982 
u�t32_t
 
max_c���i�_cou�
,

983 *
�me
,

984 
u�t16_t
 
po��r_off�t
)

986 
u�t32_t
 
i
;

987 
u�t32_t
 
size
;

988 
�e_CT_cou��_block
 *
cou��_�r
;

995 
�w_�xn_�ack�
->
po��r_off�t
 =�ointer_offset;

997 
	`mem�t
(
�w_�xn_�ack�
->
�me
, '\0', (new_cnxn_tracker->name));

998 
	`���y
(
�w_�xn_�ack�
->
�me
,�ame, 
	`���
(new_cnxn_tracker->name));

1001 
u�t32_t
 
numb�_of_���s
 = 
max_c���i�_cou�
;

1003 
size
 = 
	`RTE_CACHE_LINE_ROUNDUP
((
�e_�_�xn_d�a
) *

1004 
numb�_of_���s
);

1005 
�w_�xn_�ack�
->
hash_�b�_���s
 =

1006 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

1007 i�(
�w_�xn_�ack�
->
hash_�b�_���s
 =�
NULL
) {

1008 
	`��tf
(" Not�nough memory, or invalid�rguments\n");

1011 
�w_�xn_�ack�
->
num_�xn_���s
 = 
numb�_of_���s
;

1015 
i
 = 0; i < 
numb�_of_���s
; i++)

1016 
	`�e_tim�_��
(&
�w_�xn_�ack�
->
hash_�b�_���s
[
i
].
tim�
);

1019 
i
 = 0; i < 
RTE_HASH_LOOKUP_BULK_MAX
; i++)

1020 
�w_�xn_�ack�
->
hash_key_�rs
[
i
] =

1021 &
�w_�xn_�ack�
->
hash_keys
[
i
][0];

1028 i�(
�e_CT_hi_cou��_block_�_u�
 =�
MAX_CT_INSTANCES
)

1031 
�e_CT_hi_cou��_block_�_u�
++;

1032 
cou��_�r
 = &
�e_CT_cou��_�b�
[
�e_CT_hi_cou��_block_�_u�
];

1034 
�w_�xn_�ack�
->
cou��s
 = 
cou��_�r
;

1037 
�e_hash_��m��s
 
rhash_�rms
 = {

1038 .
�me
 =�ame,

1039 .
���s
 = 
numb�_of_���s
,

1040 .
hash_func
 = 
NULL
,

1041 .
key_�n
 = 40,

1042 .
hash_func_��_v�
 = 0,

1043 .
sock�_id
 = 
	`�e_sock�_id
(),

1044 .
ex�a_�ag
 = 1

1047 
�w_�xn_�ack�
->
rhash
 = 
	`�e_hash_���
(&
rhash_�rms
);

1050 
	}
}

1053 
	$�e_�_���lize_�xn_�ack�
(

1054 
�e_�_�xn_�ack�
 *
�w_�xn_�ack�
,

1055 
u�t32_t
 
max_c���i�_cou�
,

1056 *
�me
)

1058  
	`�e_�_���lize_�xn_�ack�_w�h_sy�roxy
(
�w_�xn_�ack�
,

1059 
max_c���i�_cou�
, 
�me
, 0);

1060 
	}
}

1063 
	$�e_�_�_�xn_�ack�_�sour�s
(
�e_�_�xn_�ack�
 *
�d_�xn_�ack�
)

1065 
	`�e_�
(
�d_�xn_�ack�
->
hash_�b�_���s
);

1066 
	`�e_hash_�
(
�d_�xn_�ack�
->
rhash
);

1068 
	}
}

1071 
	$�e_�_g�_�xn_�ack�_size
()

1073  (
�e_�_�xn_�ack�
);

1074 
	}
}

1077 
�e_�_�xn_tim�_exp�ed
(
�e_tim�
 *
�
, *
�g
);

1080 
	$�e_�_�t_�xn_tim�
(

1081 
�e_�_�xn_�ack�
 *
�
,

1082 
�e_�_�xn_d�a
 *
cd
,

1083 
u�t64_t
 
ticks_u��_timeout
)

1090 
�e_tim�
 *
�
 = (�e_tim� *)
cd
;

1091 #ifde�
CT_CGNAT


1093 
u�t32_t
 
c�e_id
 = 
	`g�_tim�_c�e_id
();

1096 
u�t32_t
 
c�e_id
 = 
	`�e_lc�e_id
();

1101 
suc�ss
 = 
	`�e_tim�_��t
(
�
, 
ticks_u��_timeout
, 
SINGLE
, 
c�e_id
,

1102 
�e_�_�xn_tim�_exp�ed
, 
�
);

1104 i�(
suc�ss
 < 0) {

1108 
	`��tf
("CNXN_TRACKER: Failed�o set connection�imer.\n");

1110 
	}
}

1118 
	$�e_�_�t_�xn_tim�_f�_t�
(

1119 
�e_�_�xn_�ack�
 *
�
,

1120 
�e_�_�xn_d�a
 *
cd
,

1121 
u�t8_t
 
t�_��e
)

1124 
cd
->
ex��ed_timeout
 =

1125 (
�
->
tim�g_100ms_��s
 * ct->
tim�g_cy�es_�r_tim�g_��
) +

1126 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
t�_��e
];

1128 i�(
t�_��e
 =�
cd
->
��e_u�d_f�_tim�
) {

1141 i�(
TESTING_TIMERS
)

1142 
	`��tf
("S� Tim� f� c���i� %��d s�� %s\n", 
cd
,

1143 
�e_�_t�_�mes
[
t�_��e
]);

1145 
	`�e_�_�t_�xn_tim�
(
�
, 
cd
,

1146 
�
->
�_timeout
.

1147 
t�timeout
.
t�_timeouts
[
t�_��e
]);

1148 
cd
->
��e_u�d_f�_tim�
 = 
t�_��e
;

1149 
	}
}

1158 
	$�e_�_�t_�xn_tim�_f�_udp
(

1159 
�e_�_�xn_�ack�
 *
�
,

1160 
�e_�_�xn_d�a
 *
cd
,

1161 
u�t8_t
 
udp_��e
)

1164 
cd
->
ex��ed_timeout
 = (
�
->
tim�g_cy�es_�r_tim�g_��
) +

1165 
�
->
�_timeout
.
ud�imeout
.
udp_timeouts
[
udp_��e
];

1167 i�(
udp_��e
 =�
cd
->
��e_u�d_f�_tim�
) {

1180 i�(
TESTING_TIMERS
)

1181 
	`��tf
("S� Tim� f� c���i� %��d s�� %s\n", 
cd
,

1182 
�e_�_udp_�mes
[
udp_��e
]);

1183 
	`�e_�_�t_�xn_tim�
(
�
, 
cd
,

1184 
�
->
�_timeout
.

1185 
ud�imeout
.
udp_timeouts
[
udp_��e
]);

1186 
cd
->
��e_u�d_f�_tim�
 = 
udp_��e
;

1187 
	}
}

1193 
	$�e_�_�n�l_�xn_tim�
(
�e_�_�xn_d�a
 *
cd
)

1195 i�(
TESTING_TIMERS
)

1196 
	`��tf
("Cancel Timer\n");

1198 
	`�e_tim�_��
(&
cd
->
tim�
);

1199 
	}
}

1202 
	$�e_�_h�d�_exp�ed_tim�s
(
�e_�_�xn_�ack�
 *
�
)

1209 
u�t64_t
 
�w_time
 = 
	`�e_g�_tsc_cy�es
();

1210 
u�t64_t
 
time_diff
 = 
�w_time
 - 
�
->
tim�g_ϡ_time
;

1212 i�(
time_diff
 >�
�
->
tim�g_cy�es_�r_tim�g_��
) {

1213 
�
->
tim�g_ϡ_time
 = 
�w_time
;

1214 
�
->
tim�g_100ms_��s
++;

1217 i�(
�
->
tim�g_100ms_��s
 !��->
tim�g_100ms_��s_�evious
) {

1218 
	`�e_tim�_m�age
();

1219 
�
->
tim�g_100ms_��s_�evious
 = ct->
tim�g_100ms_��s
;

1221 
	}
}

1226 
	$�e_�_�xn_tim�_exp�ed
(
�e_tim�
 *
�
, *
�g
)

1231 
�e_�_�xn_d�a
 *
cd
 = (�e_�_�xn_d��*)
�
;

1232 
�e_�_�xn_�ack�
 *
�
 = (�e_�_�xn_�ack� *)
�g
;

1233 
suc�ss
 = 0;

1241 
u�t64_t
 
cu��t_time
 = 
�
->
tim�g_100ms_��s
 *

1242 
�
->
tim�g_cy�es_�r_tim�g_��
;

1244 i�(
cd
->
ex��ed_timeout
 >�
cu��t_time
) {

1245 
u�t64_t
 
time_diff
 = 
cd
->
ex��ed_timeout
 - 
cu��t_time
;

1247 
	`�e_�_�t_�xn_tim�
(
�
, 
cd
, 
time_diff
);

1251 i�(
cd
->
��oc�
 =�
TCP_PROTOCOL
) {

1252 i�(
cd
->
��e_u�d_f�_tim�
 =�
RTE_CT_TCP_TIME_WAIT
 ||

1253 
cd
->
��e_u�d_f�_tim�
 =�
RTE_CT_TCP_CLOSE
)

1254 
�
->
cou��s
->
�ssi�s_�o�d
++;

1256 
�
->
cou��s
->
�ssi�s_timedout
++;

1261 i�(
cd
->
�_��oc�
.
sy�roxy_d�a
.
sy�rox�d
)

1262 
	`�e_�_��a�_buf�d_�ck�s
(
�
, 
cd
);

1264 } i�(
cd
->
��oc�
 =�
UDP_PROTOCOL
)

1265 
�
->
cou��s
->
�ssi�s_�o�d
++;

1266 i�(
�
->
cou��s
->
cu��t_a�ive_�ssi�s
 > 0)

1267 
�
->
cou��s
->
cu��t_a�ive_�ssi�s
--;

1269 i�(
RTE_CT_TIMER_EXPIRED_DUMP
) {

1270 
u�t64_t
 
�r��
 = (
cd
->
cou��s
.
�ck�s_drݳd
 * 10000) /

1271 (
cd
->
cou��s
.
�ck�s_f�w�ded
 +

1272 
cd
->
cou��s
.
�ck�s_drݳd
);

1274 i�(
cd
->
��oc�
 =�
TCP_PROTOCOL
) {

1275 
	`��tf
("CnxnTrkr %s,�imed-out TCP Connection: %p,",

1276 
�
->
�me
, 
cd
);

1277 
	`��tf
(" %s,�kts forwarded %"

1278 
PRIu64
 ",�kts dropped %" PRIu64

1280 
�e_�_t�_�mes
[
cd
->
��e_u�d_f�_tim�
],

1281 
cd
->
cou��s
.
�ck�s_f�w�ded
,

1282 
cd
->
cou��s
.
�ck�s_drݳd
,

1283 (
u�t32_t
�(
�r��
 / 100),

1284 (
u�t32_t
�(
�r��
 % 100));

1285 } i�(
cd
->
��oc�
 =�
UDP_PROTOCOL
) {

1286 
	`��tf
("CnxnTrkr %s, Timed-out UDP Connection: %p,",

1287 
�
->
�me
, 
cd
);

1288 
	`��tf
(" %s,�kt�f�w�ded %" 
PRIu64


1289 ",�kt�drݳd %" 
PRIu64
 ", drop%% %u.%u\n",

1290 
�e_�_udp_�mes
[
cd
->
��e_u�d_f�_tim�
],

1291 
cd
->
cou��s
.
�ck�s_f�w�ded
,

1292 
cd
->
cou��s
.
�ck�s_drݳd
,

1293 (
u�t32_t
�(
�r��
 / 100),

1294 (
u�t32_t
�(
�r��
 % 100));

1298 
suc�ss
 = 
	`�e_hash_d�_key
(
�
->
rhash
, &
cd
->
key
);

1300 i�(
suc�ss
 < 0) {

1302 
	`�e_�_��t_hashkey
(
cd
->
key
);

1305 
	}
}

1307 
�e_CT_cou��_block
 *

1308 
	$�e_�_g�_cou��_add�ss
(
�e_�_�xn_�ack�
 *
�
)

1310  
�
->
cou��s
;

1311 
	}
}

1314 
	$�e_�_�t_c�figu�ti�_�ti�s
(
�e_�_�xn_�ack�
 *
�
,

1315 *
�me
, *
v�ue
)

1318 
iv�
 = 
	`�oi
(
v�ue
);

1321 i�(
	`�rcmp
(
�me
, "tcp_loose") == 0) {

1322 
�
->
misc_�ti�s
.
t�_loo�
 = 
iv�
;

1327 i�(
	`�rcmp
(
�me
, "tcp_be_liberal") == 0) {

1328 
�
->
misc_�ti�s
.
t�_be_lib��
 = 
iv�
;

1333 i�(
	`�rcmp
(
�me
, "tcp_max_retrans") == 0) {

1334 
�
->
misc_�ti�s
.
t�_max_���s
 = 
iv�
;

1338 
u�t64_t
 
time_v�ue
 = 
iv�
 * 
�
->
h�tz
;

1344 i�(
	`�rcmp
(
�me
, "tcp_syn_sent") == 0) {

1345 i�(
time_v�ue
 == 0)

1347 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_SYN_SENT
] =

1348 
time_v�ue
;

1353 i�(
	`�rcmp
(
�me
, "tcp_syn_recv") == 0) {

1354 i�(
time_v�ue
 == 0)

1356 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_SYN_RECV
] =

1357 
time_v�ue
;

1362 i�(
	`�rcmp
(
�me
, "tcp_established") == 0) {

1363 i�(
time_v�ue
 == 0)

1365 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_ESTABLISHED
] =

1366 
time_v�ue
;

1371 i�(
	`�rcmp
(
�me
, "tcp_fin_wait") == 0) {

1372 i�(
time_v�ue
 == 0)

1374 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_FIN_WAIT
] =

1375 
time_v�ue
;

1380 i�(
	`�rcmp
(
�me
, "tcp_close_wait") == 0) {

1381 i�(
time_v�ue
 == 0)

1383 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_CLOSE_WAIT
] =

1384 
time_v�ue
;

1389 i�(
	`�rcmp
(
�me
, "tcp_last_ack") == 0) {

1390 i�(
time_v�ue
 == 0)

1392 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_LAST_ACK
] =

1393 
time_v�ue
;

1398 i�(
	`�rcmp
(
�me
, "tcp_time_wait") == 0) {

1399 i�(
time_v�ue
 == 0)

1401 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_TIME_WAIT
] =

1402 
time_v�ue
;

1407 i�(
	`�rcmp
(
�me
, "tcp_close") == 0) {

1408 i�(
time_v�ue
 == 0)

1410 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_CLOSE
] =

1411 
time_v�ue
;

1416 i�(
	`�rcmp
(
�me
, "tcp_syn_sent_2") == 0) {

1417 i�(
time_v�ue
 == 0)

1419 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_SYN_SENT_2
] =

1420 
time_v�ue
;

1425 i�(
	`�rcmp
(
�me
, "tcp_retrans") == 0) {

1426 i�(
time_v�ue
 == 0)

1428 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_RETRANS
] =

1429 
time_v�ue
;

1434 i�(
	`�rcmp
(
�me
, "tcp_unack") == 0) {

1435 i�(
time_v�ue
 == 0)

1437 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
RTE_CT_TCP_UNACK
] =

1438 
time_v�ue
;

1443 i�(
	`�rcmp
(
�me
, "udp_unreplied") == 0) {

1444 i�(
time_v�ue
 == 0)

1446 
�
->
�_timeout
.
ud�imeout
.
udp_timeouts
[
RTE_CT_UDP_UNREPLIED
] =

1447 
time_v�ue
;

1452 i�(
	`�rcmp
(
�me
, "udp_replied") == 0) {

1453 i�(
time_v�ue
 == 0)

1455 
�
->
�_timeout
.
ud�imeout
.
udp_timeouts
[
RTE_CT_UDP_REPLIED
] =

1456 
time_v�ue
;

1460 
	}
}

1463 
	$�e_�_�xn_�ack�_b�ch_lookup_basic_ty�
(

1464 
�e_�_�xn_�ack�
 *
�
,

1465 
�e_mbuf
 **
pkts
,

1466 
u�t64_t
 *
pkts_mask
,

1467 
u�t64_t
 
no_�w_�xn_mask
,

1468 
u�t64_t
 *
��y_pkt_mask
,

1469 
u�t64_t
 *
hijack_mask
,

1470 
u�t8_t
 
�_hdr_size_by�s
)

1473 
u�t64_t
 
pkts_to_�o�ss
 = *
pkts_mask
;

1475 
u�t8_t
 
com���g_m�
[
RTE_HASH_LOOKUP_BULK_MAX
];

1477 
u�t8_t
 
key_�ig_d�
[
RTE_HASH_LOOKUP_BULK_MAX
];

1478 
u�t32_t
 
�ck�s_f�_lookup
 = 0;

1479 
�t32_t
 
pos�i�s
[
RTE_HASH_LOOKUP_BULK_MAX
];

1480 
u�t32_t
 
i
;

1481 
�e_�_�xn_d�a
 
�w_�xn_d�a
;

1483 i�(
CNXN_TRX_DEBUG
 > 1) {

1484 
	`��tf
("E�� cnx��ack� %p", 
�
);

1485 
	`��tf
(" synproxy batch�ookup with�acket mask %p\n",

1486 (*)*
pkts_mask
);

1489 
	`�e_�_f�g�_�w_c���i�s
(
�
);

1490 *
��y_pkt_mask
 = 0;

1491 *
hijack_mask
 = 0;

1498 
�_hdr_size_by�s
) {

1499 
IPv4_HEADER_SIZE
:

1500 ; 
pkts_to_�o�ss
;) {

1501 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(

1502 
pkts_to_�o�ss
);

1504 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

1506 
pkts_to_�o�ss
 &�~
pkt_mask
;

1508 
�e_mbuf
 *
pkt
 = 
pkts
[
pos
];

1514 
t�_hdr
 *
thdr
 = (tcp_hdr *)

1515 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

1516 (
IP_START
 + 
�_hdr_size_by�s
));

1517 
u�t16_t
 
�c_p�t
 = 
	`�e_bsw�16
(
thdr
->src_port);

1518 
u�t16_t
 
d�_p�t
 = 
	`�e_bsw�16
(
thdr
->dst_port);

1520 
�v4_hdr
 *
ihdr
 = (ipv4_hdr *)

1521 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
);

1522 
u�t8_t
 
��o
 = 
ihdr
->
�xt_��o_id
;

1524 i�(!(
��o
 =�
TCP_PROTOCOL
 ||�r��=�
UDP_PROTOCOL
)) {

1535 
u�t32_t
 
�c_addr
 = 
	`�e_bsw�32
(
ihdr
->src_addr);

1536 
u�t32_t
 
d�_addr
 = 
	`�e_bsw�32
(
ihdr
->dst_addr);

1538 i�(
CNXN_TRX_DEBUG
 > 2) {

1539 i�(
CNXN_TRX_DEBUG
 > 4)

1540 
	`�e_�_�xn_��t_pkt
(
pkt
,

1541 
IP_VERSION_4
);

1547 
com���g_m�
[
�ck�s_f�_lookup
] = 
pos
;

1548 
key_�ig_d�
[
�ck�s_f�_lookup
] =

1549 
	`�e_�_���_�xn_hashkey
(&
�c_addr
, &
d�_addr
,

1550 
�c_p�t
, 
d�_p�t
,

1551 
��o
,

1552 &
�
->
hash_keys


1553 [
�ck�s_f�_lookup
][0],

1554 
IP_VERSION_4
);

1555 
�ck�s_f�_lookup
++;

1558 
IPv6_HEADER_SIZE
:

1559 ; 
pkts_to_�o�ss
;) {

1560 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(

1561 
pkts_to_�o�ss
);

1563 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

1565 
pkts_to_�o�ss
 &�~
pkt_mask
;

1567 
�e_mbuf
 *
pkt
 = 
pkts
[
pos
];

1570 *
�_hdr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

1571 
IP_START
);

1576 
t�_hdr
 *
thdr
 = (tcp_hdr *)

1577 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

1578 (
IP_START
 + 
�_hdr_size_by�s
));

1579 
u�t16_t
 
�c_p�t
 = 
	`�e_bsw�16
(
thdr
->src_port);

1580 
u�t16_t
 
d�_p�t
 = 
	`�e_bsw�16
(
thdr
->dst_port);

1582 
�v6_hdr
 *
ihdr
 = (�v6_hd�*)
�_hdr
;

1583 
u�t8_t
 
��o
 = 
ihdr
->proto;

1585 i�(!(
��o
 =�
TCP_PROTOCOL
 ||�r��=�
UDP_PROTOCOL
)) {

1590 i�(
CNXN_TRX_DEBUG
 > 2) {

1591 i�(
CNXN_TRX_DEBUG
 > 4)

1592 
	`�e_�_�xn_��t_pkt
(
pkt
,

1593 
IP_VERSION_6
);

1600 
com���g_m�
[
�ck�s_f�_lookup
] = 
pos
;

1601 
key_�ig_d�
[
�ck�s_f�_lookup
] =

1602 
	`�e_�_���_�xn_hashkey
(

1603 (
u�t32_t
 *�
ihdr
->
�c_addr
,

1604 (
u�t32_t
 *�
ihdr
->
d�_addr
,

1605 
�c_p�t
, 
d�_p�t
,

1606 
��o
,

1607 &
�
->
hash_keys


1608 [
�ck�s_f�_lookup
][0],

1609 
IP_VERSION_6
);

1610 
�ck�s_f�_lookup
++;

1616 i�(
	`u�ik�y
(
�ck�s_f�_lookup
 == 0))

1620 
	`mem�t
(&
�w_�xn_d�a
, 0, (
�e_�_�xn_d�a
));

1624 
lookup_�su�
 = 
	`�e_hash_lookup_bulk
(
�
->
rhash
,

1625 (cڡ **)&
�
->
hash_key_�rs
,

1626 
�ck�s_f�_lookup
, &
pos�i�s
[0]);

1628 i�(
	`u�ik�y
(
lookup_�su�
 < 0)) {

1630 
	`��tf
("Unexpected hash�able�roblem, discarding�ll�ackets");

1631 *
pkts_mask
 = 0;

1634 
i
 = 0; i < 
�ck�s_f�_lookup
; i++) {

1636 
hash_�b�_��y
 = 
pos�i�s
[
i
];

1638 
u�t8_t
 
pkt_�dex
 = 
com���g_m�
[
i
];

1640 
u�t64_t
 
pkt_mask
 = 1LLU << 
pkt_�dex
;

1641 
u�t8_t
 
key_is_���_�d�
 = 
key_�ig_d�
[
i
];

1642 
u�t32_t
 *
key
 = 
�
->
hash_key_�rs
[
pkt_�dex
];

1643 
u�t8_t
 
��oc�
 = *(
key
 + 9);

1644 
�e_mbuf
 *
�ck�
 = 
pkts
[
pkt_�dex
];

1645 
no_�w_�xn
 = (
pkt_mask
 & 
no_�w_�xn_mask
) != 0;

1649 i�(
��oc�
 =�
TCP_PROTOCOL
) {

1650 
�e_�_�ck�_a�i�
 
t�_pkt_a�i�
;

1652 
t�_pkt_a�i�
 = 
	`�e_�_h�d�_t�_lookup
(
�
, 
�ck�
,

1653 
pkt_�dex
, 
key_is_���_�d�
,

1654 
key
, 
hash_�b�_��y
, 
no_�w_�xn
,

1655 
�_hdr_size_by�s
);

1657 
t�_pkt_a�i�
) {

1659 
RTE_CT_SEND_CLIENT_SYNACK
:

1660 
RTE_CT_SEND_SERVER_ACK
:

1664 *
��y_pkt_mask
 |�
pkt_mask
;

1667 
RTE_CT_SEND_SERVER_SYN
:

1668 
RTE_CT_FORWARD_PACKET
:

1671 
RTE_CT_HIJACK
:

1672 *
hijack_mask
 |�
pkt_mask
;

1677 *
pkts_mask
 ^�
pkt_mask
;

1678 
�
->
cou��s
->
pkts_dr�
++;

1685 i�(
hash_�b�_��y
 >= 0) {

1691 
�e_�_�xn_d�a
 *
��y
 =

1692 &
�
->
hash_�b�_���s
[
hash_�b�_��y
];

1694 i�(
�e_�_udp_�ck�


1695 (
�
, 
��y
, 
pkts
[
pkt_�dex
],

1696 
key_is_���_�d�
)) {

1697 
��y
->
cou��s
.
�ck�s_f�w�ded
++;

1698 
�
->
cou��s
->
pkts_f�w�ded
++;

1706 
�e_�_�xn_d�a
 *
���_��y
 =

1707 
	`�e_�_��ch_�w_c���i�s
(
�
, 
key
);

1709 i�(
���_��y
 !�
NULL
) {

1710 i�(
	`�e_�_udp_�ck�
(
�
, 
���_��y
,

1711 
pkts
[
pkt_�dex
],

1712 
key_is_���_�d�
)) {

1713 
���_��y
->
cou��s
.

1714 
�ck�s_f�w�ded
++;

1715 
�
->
cou��s
->
pkts_f�w�ded
++;

1722 i�(
no_�w_�xn
) {

1726 *
pkts_mask
 ^�
pkt_mask
;

1727 
�
->
cou��s
->
pkts_dr�
++;

1728 
�
->
cou��s
->

1729 
pkts_dr�_�v�id_c�n
++;

1733 i�(
	`�e_�_udp_�w_c���i�
(
�
,

1734 &
�w_�xn_d�a
, 
pkts
[
pkt_�dex
])) {

1738 
�t32_t
 
pos�i�
 =

1739 
	`�e_hash_add_key
(
�
->

1740 
rhash
, 
key
);

1742 i�(
pos�i�
 < 0)

1745 
�e_�_�xn_d�a


1746 *
�w_hash_��y
 = &
�
->

1747 
hash_�b�_���s
[
pos�i�
];

1754 
	`mem�y
(
�w_�xn_d�a
.
key
, key,

1755 (
�w_�xn_d�a
.
key
));

1757 
�w_�xn_d�a
.

1758 
key_is_���_�d�


1759 �
key_is_���_�d�
;

1760 
�w_�xn_d�a
.
��oc�
 =

1761 
UDP_PROTOCOL
;

1762 
	`�e_�xn_�_ty�
(

1763 &
�w_�xn_d�a
.
ty�
,

1764 
�ck�
);

1765 
	`�e_mem�y
(
�w_hash_��y
,

1766 &
�w_�xn_d�a
,

1768 
�e_�_�xn_d�a
));

1770 
�w_hash_��y
->
cou��s
.

1771 
�ck�s_f�w�ded
 = 1;

1772 
�
->
cou��s
->
pkts_f�w�ded
++;

1773 
�w_hash_��y
->
cou��s
.

1774 
�ck�s_drݳd
 = 0;

1775 
�
->
cou��s
->
pkts_dr�
 = 0;

1776 
�
->
cou��s
->

1777 
cu��t_a�ive_�ssi�s
++;

1778 
�
->
cou��s
->

1779 
�ssi�s_a�iv�ed
++;

1781 
�w_hash_��y
->

1782 
��e_u�d_f�_tim�


1783 �
RTE_CT_UDP_NONE
;

1784 
	`�e_�_�t_�xn_tim�_f�_udp
(

1785 
�
,

1786 
�w_hash_��y
,

1787 
RTE_CT_UDP_UNREPLIED
);

1789 
	`�e_�_�memb�_�w_c���i�
(

1790 
�
,

1791 
�w_hash_��y
);

1800 i�(
CNXN_TRX_DEBUG
 > 1) {

1801 
	`��tf
("Exit cnxn�racker synproxy batch�ookup with");

1802 
	`��tf
("�ack� mask %p\n", (*)*
pkts_mask
);

1804 
	}
}

	@VIL/conntrack/rte_cnxn_tracking.h

17 #i�de�
_CNXN_TRACKING_H


18 

	#_CNXN_TRACKING_H


	)

20 
	~<�dlib.h
>

21 
	~<�r�g.h
>

22 
	~<��y�s.h
>

23 
	~<�dbo�.h
>

26 
	~<�e_hash.h
>

27 
	~<�e_�h�.h
>

29 
	~"�e_�_t�.h
"

54 
�e_�_�xn_�ack�
 
	g__�e_�che_�ig�d
;

56 

�e_CT_hi_cou��_block_�_u�
;

58 
	s�e_CT_cou��_block
 {

60 
u�t64_t
 
	mcu��t_a�ive_�ssi�s
;

61 
u�t64_t
 
	m�ssi�s_a�iv�ed
;

63 
u�t64_t
 
	m�ssi�s_�a�iv�ed
;

65 
u�t64_t
 
	m�ssi�s_e�ablished
;

66 
u�t64_t
 
	m�ssi�s_�o�d
;

67 
u�t64_t
 
	m�ssi�s_timedout
;

68 
u�t64_t
 
	mpkts_f�w�ded
;

69 
u�t64_t
 
	mpkts_dr�
;

70 
u�t64_t
 
	mpkts_dr�_�v�id_c�n
;

71 
u�t64_t
 
	mpkts_dr�_�v�id_��e
;

72 
u�t64_t
 
	mpkts_dr�_�v�id_r�
;

73 
u�t64_t
 
	mpkts_dr�_outof_w�dow
;

74 } 
	g__�e_�che_�ig�d
;

76 
	s�e_sy�roxy_h��r
 {

77 
u�t64_t
 
	m��y_pkt_mask
;

78 
u�t64_t
 
	mhijack_mask
;

79 
�e_mbuf
 **
	mbuf�d_pkts_to_f�w�d
;

80 
u�t8_t
 
	mnum_buf�d_pkts_to_f�w�d
;

83 
	s�e_CT_h��r
 {

84 
u�t64_t
 
	mno_�w_�xn_mask
;

85 
u�t64_t
 
	m��y_pkt_mask
;

86 
u�t64_t
 
	mhijack_mask
;

87 
�e_mbuf
 **
	mbuf�d_pkts_to_f�w�d
;

88 
u�t8_t
 
	mnum_buf�d_pkts_to_f�w�d
;

91 

	#MAX_CT_INSTANCES
 24

	)

93 

�e_CT_cou��_block
 
�e_CT_cou��_�b�
[
MAX_CT_INSTANCES
]

94 
__�e_�che_�ig�d
;

122 
u�t64_t


123 
�e_�_�xn_�ack�_b�ch_lookup
(

124 
�e_�_�xn_�ack�
 *
�
,

125 
�e_mbuf
 **
pkts
,

126 
u�t64_t
 
pkts_mask
,

127 
�e_CT_h��r
 *
�_h��r
);

130 
�e_�_�xn_�ack�_b�ch_lookup_ty�
(

131 
�e_�_�xn_�ack�
 *
�
,

132 
�e_mbuf
 **
pkts
,

133 
u�t64_t
 *
pkts_mask
,

134 
�e_CT_h��r
 *
�_h��r
,

135 
u�t8_t
 
�_hdr_size_by�s
);

169 
u�t64_t


170 
�e_�_�xn_�ack�_b�ch_lookup_w�h_�w_�xn_cڌ�
(

171 
�e_�_�xn_�ack�
 *
�
,

172 
�e_mbuf
 **
pkts
,

173 
u�t64_t
 
pkts_mask
,

174 
u�t64_t
 
no_�w_�xn_mask
);

205 
u�t64_t


206 
�e_�_�xn_�ack�_b�ch_lookup_w�h_sy�roxy
(

207 
�e_�_�xn_�ack�
 *
�
,

208 
�e_mbuf
 **
pkts
,

209 
u�t64_t
 
pkts_mask
,

210 
�e_sy�roxy_h��r
 *
�_h��r
);

239 
�e_mbuf
 *

240 
�e_�_g�_buf�d_sy�roxy_�ck�s
(
�e_�_�xn_�ack�
 *
�
);

259 
�e_�_���lize_�xn_�ack�_w�h_sy�roxy
(

260 
�e_�_�xn_�ack�
 *
�w_�xn_�ack�
,

261 
u�t32_t
 
max_c���i�_cou�
,

262 *
�me
,

263 
u�t16_t
 
po��r_off�t
);

283 
�e_�_���lize_�xn_�ack�
(

284 
�e_�_�xn_�ack�
 *
�w_�xn_�ack�
,

285 
u�t32_t
 
max_c���i�_cou�
,

286 *
�me
);

301 
�e_�_�_�xn_�ack�_�sour�s
(

302 
�e_�_�xn_�ack�
 *
�d_�xn_�ack�
);

313 
�e_�_g�_�xn_�ack�_size
();

323 
�e_CT_cou��_block
*

324 
�e_�_g�_cou��_add�ss
(
�e_�_�xn_�ack�
 *
�
);

346 
�e_�_�t_c�figu�ti�_�ti�s
(

347 
�e_�_�xn_�ack�
 *
�
,

348 *
�me
,

349 *
v�ue
);

363 
�e_�_h�d�_exp�ed_tim�s
(
�e_�_�xn_�ack�
 *
�
);

367 
�e_�_g�_IP_hdr_size
(
�e_mbuf
 *
pkt
);

378 
�e_�_�ab�_sy�roxy
(
�e_�_�xn_�ack�
 *
�
);

389 
�e_�_di�b�_sy�roxy
(
�e_�_�xn_�ack�
 *
�
);

391 
�e_�_���lize_de�u�_timeouts
(

392 
�e_�_�xn_�ack�
 *
�w_�xn_�ack�
);

394 
u�t8_t


395 
�e_�_���_�xn_hashkey
(

396 
u�t32_t
 *
�c_addr
,

397 
u�t32_t
 *
d�_addr
,

398 
u�t16_t
 
�c_p�t
,

399 
u�t16_t
 
d�_p�t
,

400 
u�t8_t
 
��o
,

401 
u�t32_t
 *
key
,

402 
u�t8_t
 
ty�
);

405 #ifde�
CT_CGNAT


406 
u�t32_t
 
g�_tim�_c�e_id
();

407 
u�t64_t
 
cgDZ_�_�o�ss
(

408 
�e_�_�xn_�ack�
 *
�
,

409 
�e_mbuf
 **
pkts
,

410 
u�t64_t
 
pkts_mask
,

411 
�e_CT_h��r
 *
�_h��r
);

	@VIL/conntrack/rte_ct_synproxy.c

17 
	~<�dio.h
>

18 
	~<�dlib.h
>

19 
	~<�d�t.h
>

20 
	~<�ddef.h
>

21 
	~<�r�g.h
>

22 
	~<uni�d.h
>

24 
	~<�e_comm�.h
>

25 
	~<�e_m�loc.h
>

26 
	~<�e_�h�.h
>

27 
	~<�e_�.h
>

28 
	~<�e_udp.h
>

29 
	~<�e_icmp.h
>

30 
	~<�e_by��d�.h
>

31 
	~<�e_cy�es.h
>

33 
	~"�e_�_t�.h
"

71 

	#META_DATA_OFFSET
 128

	)

72 

	#ETHERNET_START
 (
META_DATA_OFFSET
 + 
RTE_PKTMBUF_HEADROOM
)

	)

73 

	#ETH_HDR_SIZE
 14

	)

74 

	#IP_START
 (
ETHERNET_START
 + 
ETH_HDR_SIZE
)

	)

75 

	#PROTOCOL_START
 (
IP_START
 + 9)

	)

76 

	#IP_V4_HEADER_SIZE
 20

	)

77 

	#IP_V6_HEADER_SIZE
 40

	)

78 

	#TCP_START
 (
IP_START
 + 
IP_V4_HEADER_SIZE
)

	)

79 

	#TCP_MIN_HDR_SIZE
 20

	)

81 

	#RTE_TCP_PROTO_ID
 6

	)

82 

	#RTE_SP_DEFAULT_TTL
 64

	)

84 

	#RTE_SYNPROXY_MAX_SPOOFED_PKTS
 64

	)

86 

	#RTE_TCP_SYN
 0x02

	)

87 

	#RTE_TCP_ACK
 0x10

	)

88 

	#RTE_TCP_SYN_ACK
 (
RTE_TCP_SYN
 | 
RTE_TCP_ACK
)

	)

90 

	#RTE_SP_DEFAULT_WINDOW
 29200

	)

91 

	#RTE_CT_DEBUG_SPOOFED_SEQ
 0

	)

92 

	#RTE_DPDK_IS_16_4
 0

	)

94 

	#IP_VERSION_4
 4

	)

95 

	#IP_VERSION_6
 6

	)

101 
�e_sy�roxy_�ti�s
 
	gde�u�_�v4_sy�roxy_�ti�s
 = {

102 .
�ti�s
 = 
RTE_SP_OPTIONS_MSS
 |

103 
RTE_SP_OPTIONS_SACK_PERM
 |

104 
RTE_SP_OPTIONS_WINDOW_SCALE
,

105 .
	gmss
 = 1460,

106 .
	gw�dow_s��
 = 7,

107 .
	g���l_w�dow
 = 
RTE_SP_DEFAULT_WINDOW


111 
�e_sy�roxy_�ti�s
 
	gde�u�_�v6_sy�roxy_�ti�s
 = {

112 .
�ti�s
 = 
RTE_SP_OPTIONS_MSS
 |

113 
RTE_SP_OPTIONS_SACK_PERM
 |

114 
RTE_SP_OPTIONS_WINDOW_SCALE
,

115 .
	gmss
 = 1440,

116 .
	gw�dow_s��
 = 7,

117 .
	g���l_w�dow
 = 
RTE_SP_DEFAULT_WINDOW


121 
__�e_unu�d
 

122 
	$�e_�_sy�roxy_��t_pkt_�fo
(
�e_mbuf
 *
pkt
)

124 
�v4_hdr
 *
ihdr4
 = (ipv4_hdr *)

125 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
);

126 
__�e_unu�d
 
t�_hdr
 *
thdr
 = (tcp_hdr *)

127 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
TCP_START
);

128 
u�t32_t
 
�ck�_�ngth
 = 
	`�e_pktmbuf_pkt_�n
(
pkt
);

130 
	`��tf
("\�ack���gth %u, i��ngth %u\n", 
�ck�_�ngth
,

131 
	`�e_bsw�16
(
ihdr4
->
tٮ_�ngth
));

132 
	`�e_pktmbuf_dump
(
�dout
, 
pkt
, 80);

133 
	}
}

135 
�l�e
 

136 
	$�e_�_��em��l_t�_chksum_upd�e_32
(

137 
u�t32_t
 
num_bef�e
,

138 
u�t32_t
 
num_a�
,

140 
u�t16_t
 *
chksum
)

142 
u�t32_t
 
sum
;

144 
sum
 = ~
	`�e_bsw�16
(*
chksum
) & 0xffff;

145 
num_bef�e
 = ~num_before;

146 
sum
 +�(
num_bef�e
 >> 16) + (num_before & 0xffff);

147 
sum
 +�(
num_a�
 >> 16) + (num_after & 0xffff);

148 
sum
 = (sum >> 16) + (sum & 0xffff);

149 
sum
 += (sum >> 16);

150 *
chksum
 = 
	`�e_bsw�16
(~
sum
 & 0xffff);

151 
	}
}

155 
�l�e
 
u�t32_t


156 
	$�e_�_g�_�ndom_�q_numb�
()

158  
	`�e_g�_tsc_cy�es
();

159 
	}
}

162 
�t8_t
 
	$�e_�_�v�si�
(*
i_hdr
)

164 
u�t8_t
 *
ihdr
 = (u�t8_�*)
i_hdr
;

165 
�t8_t
 
hdr_chk
 = *
ihdr
;

167 
hdr_chk
 = hdr_chk >> 4;

168 i�(
hdr_chk
 =�
IP_VERSION_4
 || hdr_chk =�
IP_VERSION_6
)

169  
hdr_chk
;

172 
	}
}

174 
�l�e
 

175 
	$�e_sy�roxy_adju�_pkt_�ngth
(
�e_mbuf
 *
pkt
)

177 
u�t16_t
 
pkt_�ngth
 = 0;

178 
�_hdr_size_by�s
 = 
	`�e_�_g�_IP_hdr_size
(
pkt
);

179 *
�hdr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
);

181 i�(
�_hdr_size_by�s
 =�
IP_V4_HEADER_SIZE
) {

182 
�v4_hdr
 *
ihdr4
 = (�v4_hd�*)
�hdr
;

184 
pkt_�ngth
 = 
	`�e_bsw�16
(
ihdr4
->
tٮ_�ngth
�+ 
ETH_HDR_SIZE
;

185 } i�(
�_hdr_size_by�s
 =�
IP_V6_HEADER_SIZE
) {

186 
�v6_hdr
 *
ihdr6
 = (�v6_hd�*)
�hdr
;

188 
pkt_�ngth
 = 
	`�e_bsw�16
(
ihdr6
->
�yl�d_�n
) +

189 
IP_V6_HEADER_SIZE
 + 
ETH_HDR_SIZE
;

191 
u�t16_t
 
mbuf_pkt_�ngth
 = 
	`�e_pktmbuf_pkt_�n
(
pkt
);

193 i�(
pkt_�ngth
 =�
mbuf_pkt_�ngth
)

196 i�(
pkt_�ngth
 < 
mbuf_pkt_�ngth
) {

197 
	`�e_pktmbuf_�im
(
pkt
, 
mbuf_pkt_�ngth
 - 
pkt_�ngth
);

202 
	`�e_pktmbuf_��nd
(
pkt
, 
pkt_�ngth
 - 
mbuf_pkt_�ngth
);

203 
	}
}

206 
	$�e_sy�roxy_bu�d_�v4_h�d�
(

207 
�v4_hdr
 *
hdr4
,

208 
u�t32_t
 
�c_addr
,

209 
u�t32_t
 
d�_addr
,

210 
u�t16_t
 
t�_�ngth
)

214 
hdr4
->
v�si�_ihl
 = 0x45;

215 
hdr4
->
ty�_of_�rvi�
 = 0;

216 
hdr4
->
tٮ_�ngth
 = 
	`�e_bsw�16
(
t�_�ngth
 + 
IP_V4_HEADER_SIZE
);

217 
hdr4
->
�ck�_id
 = 0;

219 
hdr4
->
�agm�t_off�t
 = 0x0040;

220 
hdr4
->
time_to_live
 = 
RTE_SP_DEFAULT_TTL
;

221 
hdr4
->
�xt_��o_id
 = 
RTE_TCP_PROTO_ID
;

223 
hdr4
->
�c_addr
 = 
	`�e_bsw�32
(src_addr);

224 
hdr4
->
d�_addr
 = 
	`�e_bsw�32
(dst_addr);

225 
	}
}

229 
	$�e_sy�roxy_bu�d_�v6_h�d�
(

230 
�v6_hdr
 *
hdr6
,

231 
u�t8_t
 *
�c_addr
,

232 
u�t8_t
 *
d�_addr
,

233 
u�t16_t
 
t�_�ngth
)

237 
u�t8_t
 
�mp_�c
[16];

238 
u�t8_t
 
�mp_d�
[16];

240 
hdr6
->
vtc_�ow
 = 0x60;

241 
hdr6
->
�yl�d_�n
 = 
	`�e_bsw�16
(
t�_�ngth
);

242 
hdr6
->
��o
 = 
RTE_TCP_PROTO_ID
;

243 
hdr6
->
h�_lim�s
 = 
RTE_SP_DEFAULT_TTL
;

247 
	`�e_mov16
(
�mp_�c
, 
�c_addr
);

248 
	`�e_mov16
(
�mp_d�
, 
d�_addr
);

249 
	`�e_mov16
(
hdr6
->
�c_addr
, 
�mp_�c
);

250 
	`�e_mov16
(
hdr6
->
d�_addr
, 
�mp_d�
);

251 
	}
}

255 
u�t16_t


256 
	$�e_�_add_t�_�ti�s
(
t�_hdr
 *
thdr
,

257 cڡ 
�e_sy�roxy_�ti�s
 *
t_�ts
)

259 
u�t32_t
 *
�ti�s_�r
 = (u�t32_�*)(
thdr
 + 1);

260 
u�t32_t
 *
�ved_�r
 = 
�ti�s_�r
;

261 
u�t8_t
 
�ti�s
 = 
t_�ts
->options;

262 
u�t32_t
 
�ti�_by�s
;

264 i�(
�ti�s
 & 
RTE_SP_OPTIONS_MSS
) {

265 
�ti�_by�s
 = (
RTE_CT_TCPOPT_MSS
 << 24) |

266 (
RTE_CT_TCPOLEN_MSS
 << 16�| 
t_�ts
->
mss
;

267 *
�ti�s_�r
++ = 
	`�e_bsw�32
(
�ti�_by�s
);

270 i�(
�ti�s
 & 
RTE_SP_OPTIONS_TIMESTAMP
) {

274 i�(
�ti�s
 & 
RTE_SP_OPTIONS_SACK_PERM
)

275 
�ti�_by�s
 = (
RTE_CT_TCPOPT_SACK_PERM
 << 24) |

276 (
RTE_CT_TCPOLEN_SACK_PERM
 << 16);

278 
�ti�_by�s
 = (
RTE_CT_TCPOPT_NOP
 << 24) |

279 (
RTE_CT_TCPOPT_NOP
 << 16);

281 
�ti�_by�s
 |�(
RTE_CT_TCPOPT_TIMESTAMP
 << 8) |

282 
RTE_CT_TCPOLEN_TIMESTAMP
;

283 *
�ti�s_�r
++ = 
	`�e_bsw�32
(
�ti�_by�s
);

284 *
�ti�s_�r
++ = 
	`�e_bsw�32
(
t_�ts
->
ts_v�
);

285 *
�ti�s_�r
++ = 
	`�e_bsw�32
(
t_�ts
->
ts_echo_��y
);

286 } i�(
�ti�s
 & 
RTE_SP_OPTIONS_SACK_PERM
) {

287 
�ti�_by�s
 = (
RTE_CT_TCPOPT_NOP
 << 24) |

288 (
RTE_CT_TCPOPT_NOP
 << 16) |

289 (
RTE_CT_TCPOPT_SACK_PERM
 << 8) |

290 
RTE_CT_TCPOLEN_SACK_PERM
;

291 *
�ti�s_�r
++ = 
	`�e_bsw�32
(
�ti�_by�s
);

294 i�(
�ti�s
 & 
RTE_SP_OPTIONS_WINDOW_SCALE
) {

295 
�ti�_by�s
 = (
RTE_CT_TCPOPT_NOP
 << 24) |

296 (
RTE_CT_TCPOPT_WINDOW
 << 16) |

297 (
RTE_CT_TCPOLEN_WINDOW
 << 8) |

298 
t_�ts
->
w�dow_s��
;

299 *
�ti�s_�r
++ = 
	`�e_bsw�32
(
�ti�_by�s
);

306 
u�t16_t
 
d�a_off�t_by�s
 = (u�t16_t)
	`RTE_PTR_DIFF
(
�ti�s_�r
,

307 
�ved_�r
�+ (
t�_hdr
);

308 
thdr
->
d�a_off
 = (
d�a_off�t_by�s
 >> 2) << 4;

310  
d�a_off�t_by�s
;

311 
	}
}

318 
�l�e
 
u�t16_t


319 
	$�e_sy�roxy_bu�d_t�_h�d�
(

320 
__�e_unu�d
 
�e_mbuf
 *
�d_pkt
,

321 
t�_hdr
 *
t_hdr
,

322 
u�t16_t
 
�c_p�t
,

323 
u�t16_t
 
d�_p�t
,

324 
u�t32_t
 
�q
,

325 
u�t32_t
 
ack
,

326 
u�t8_t
 
�ags
,

327 cڡ 
�e_sy�roxy_�ti�s
 *
t_�ts
,

328 
u�t8_t
 
add_�ti�s
)

330 
t_hdr
->
�c_p�t
 = 
	`�e_bsw�16
(src_port);

331 
t_hdr
->
d�_p�t
 = 
	`�e_bsw�16
(dst_port);

332 
t_hdr
->
��_�q
 = 
	`�e_bsw�32
(
�q
);

333 
t_hdr
->
�cv_ack
 = 
	`�e_bsw�32
(
ack
);

335 
t_hdr
->
t�_�ags
 = 
�ags
;

336 
t_hdr
->
rx_w�
 = 
t_�ts
->
���l_w�dow
;

338 
t_hdr
->
t�_u�
 = 0;

342 
u�t16_t
 
�w_t�_hdr_size
 = 
TCP_MIN_HDR_SIZE
;

344 i�(
add_�ti�s
)

345 
�w_t�_hdr_size
 = 
	`�e_�_add_t�_�ti�s
(
t_hdr
, 
t_�ts
);

347 
t_hdr
->
d�a_off
 = (
TCP_MIN_HDR_SIZE
 >> 2) << 4;

349  
�w_t�_hdr_size
;

350 
	}
}

353 
	$�e_sy�roxy_compu�_checksums
(*
i_hdr
, 
t�_hdr
 *
t_hdr
)

364 
�t8_t
 
hdr_chk
 = 
	`�e_�_�v�si�
(
i_hdr
);

366 
t_hdr
->
cksum
 = 0;

368 i�(
hdr_chk
 =�
IP_VERSION_4
) {

369 
�v4_hdr
 *
i4_hdr
 = (�v4_hd�*)
i_hdr
;

371 
i4_hdr
->
hdr_checksum
 = 0;

372 
t_hdr
->
cksum
 = 
	`�e_�v4_ud��_cksum
(
i4_hdr
,�_hdr);

373 
i4_hdr
->
hdr_checksum
 = 
	`�e_�v4_cksum
(i4_hdr);

374 } i�(
hdr_chk
 =�
IP_VERSION_6
) {

375 
�v6_hdr
 *
i6_hdr
 = (�v6_hd�*)
i_hdr
;

377 
t_hdr
->
cksum
 = 
	`�e_�v6_ud��_cksum
(
i6_hdr
,�_hdr);

379 
	}
}

391 
	$�e_�_cvt_to_�oo�d_���_sy�ck
(
�e_�_�xn_d�a
 *
cd
,

392 
�e_mbuf
 *
�d_pkt
)

398 
�_hdr_size_by�s
 = 
	`�e_�_g�_IP_hdr_size
(
�d_pkt
);

399 *
�hdr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
�d_pkt
, 
IP_START
);

400 
t�_hdr
 *
thdr
 = (tcp_hdr *)

401 
	`RTE_MBUF_METADATA_UINT32_PTR
(
�d_pkt
, 
IP_START
 +

402 
�_hdr_size_by�s
);

403 
u�t16_t
 
t�_h�d�_size
;

406 
u�t32_t
 
�w_�q
 = 
	`�e_�_g�_�ndom_�q_numb�
();

408 i�(
RTE_CT_DEBUG_SPOOFED_SEQ
)

409 
�w_�q
 = 10;

411 
cd
->
�_��oc�
.
sy�roxy_d�a
.
�ig��_�oo�d_�q
 = 
�w_�q
;

414 
t�_h�d�_size
 = 
	`�e_sy�roxy_bu�d_t�_h�d�
(
�d_pkt
, 
thdr
,

415 
	`�e_bsw�16
(
thdr
->
d�_p�t
),

416 
	`�e_bsw�16
(
thdr
->
�c_p�t
),

417 
�w_�q
, 
	`�e_bsw�32
(
thdr
->
��_�q
) + 1,

418 
RTE_TCP_SYN_ACK
,

419 
�_hdr_size_by�s
 =�
IP_V4_HEADER_SIZE
 ?

420 &
de�u�_�v4_sy�roxy_�ti�s
 :

421 &
de�u�_�v6_sy�roxy_�ti�s
, 1);

424 i�(
�_hdr_size_by�s
 =�
IP_V4_HEADER_SIZE
) {

425 
�v4_hdr
 *
ihdr4
 = (�v4_hd�*)
�hdr
;

427 
	`�e_sy�roxy_bu�d_�v4_h�d�
(
ihdr4
,

428 
	`�e_bsw�32
(
ihdr4
->
d�_addr
),

429 
	`�e_bsw�32
(
ihdr4
->
�c_addr
), 
t�_h�d�_size
);

431 } i�(
�_hdr_size_by�s
 =�
IP_V6_HEADER_SIZE
) {

432 
�v6_hdr
 *
ihdr6
 = (�v6_hd�*)
�hdr
;

434 
	`�e_sy�roxy_bu�d_�v6_h�d�
(
ihdr6
,

435 (
u�t8_t
 *)
ihdr6
->
d�_addr
,

436 (
u�t8_t
 *)
ihdr6
->
�c_addr
, 
t�_h�d�_size
);

438 
	`�e_sy�roxy_adju�_pkt_�ngth
(
�d_pkt
);

440 
	`�e_sy�roxy_compu�_checksums
(
�hdr
, 
thdr
);

442 
	}
}

446 
	$�e_�_cvt_to_�oo�d_�rv�_syn
(
�e_�_�xn_d�a
 *
cd
,

447 
�e_mbuf
 *
�d_pkt
)

453 
�_hdr_size_by�s
 = 
	`�e_�_g�_IP_hdr_size
(
�d_pkt
);

454 *
�hdr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
�d_pkt
, 
IP_START
);

455 
t�_hdr
 *
thdr
 = (tcp_hdr *)

456 
	`RTE_MBUF_METADATA_UINT32_PTR
(
�d_pkt
, 
IP_START


457 + 
�_hdr_size_by�s
);

458 
u�t16_t
 
t�_h�d�_size
;

460 
t�_h�d�_size
 = 
	`�e_sy�roxy_bu�d_t�_h�d�
(
�d_pkt
, 
thdr
,

461 
	`�e_bsw�16
(
thdr
->
�c_p�t
),

462 
	`�e_bsw�16
(
thdr
->
d�_p�t
),

463 
	`�e_bsw�32
(
thdr
->
��_�q
) - 1, 0,

464 
RTE_TCP_SYN
,

465 &
cd
->
�_��oc�
.
sy�roxy_d�a
.
�xn_�ti�s
, 1);

467 i�(
�_hdr_size_by�s
 =�
IP_V4_HEADER_SIZE
) {

468 
�v4_hdr
 *
ihdr4
 = (�v4_hd�*)
�hdr
;

470 
	`�e_sy�roxy_bu�d_�v4_h�d�
(
ihdr4
,

471 
	`�e_bsw�32
(
ihdr4
->
�c_addr
),

472 
	`�e_bsw�32
(
ihdr4
->
d�_addr
), 
t�_h�d�_size
);

473 } i�(
�_hdr_size_by�s
 =�
IP_V6_HEADER_SIZE
) {

474 
�v6_hdr
 *
ihdr6
 = (�v6_hd�*)
�hdr
;

476 
	`�e_sy�roxy_bu�d_�v6_h�d�
(
ihdr6
,

477 (
u�t8_t
 *)
ihdr6
->
�c_addr
,

478 (
u�t8_t
 *)
ihdr6
->
d�_addr
, 
t�_h�d�_size
);

481 
	`�e_sy�roxy_adju�_pkt_�ngth
(
�d_pkt
);

483 
	`�e_sy�roxy_compu�_checksums
(
�hdr
, 
thdr
);

485 
	}
}

488 
	$�e_�_cvt_to_�oo�d_�rv�_ack
(
�e_�_�xn_d�a
 *
cd
,

489 
�e_mbuf
 *
�d_pkt
)

495 
�_hdr_size_by�s
 = 
	`�e_�_g�_IP_hdr_size
(
�d_pkt
);

496 *
�hdr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
�d_pkt
, 
IP_START
);

497 
t�_hdr
 *
thdr
 = (tcp_hdr *)

498 
	`RTE_MBUF_METADATA_UINT32_PTR
(
�d_pkt
, 
IP_START
 +

499 
�_hdr_size_by�s
);

504 
u�t32_t
 
��_�q
 = 
	`�e_bsw�32
(
thdr
->
��_�q
);

505 
u�t16_t
 
t�_h�d�_size
;

507 
cd
->
�_��oc�
.
sy�roxy_d�a
.
�q_diff
 =

508 
��_�q
 - 
cd
->
�_��oc�
.
sy�roxy_d�a
.
�ig��_�oo�d_�q
;

511 
t�_h�d�_size
 = 
	`�e_sy�roxy_bu�d_t�_h�d�
(
�d_pkt
, 
thdr
,

512 
	`�e_bsw�16
(
thdr
->
d�_p�t
),

513 
	`�e_bsw�16
(
thdr
->
�c_p�t
),

514 
	`�e_bsw�32
(
thdr
->
�cv_ack
),

515 
	`�e_bsw�32
(
thdr
->
��_�q
�+ 1, 
RTE_TCP_ACK
,

516 &
cd
->
�_��oc�
.
sy�roxy_d�a
.
�xn_�ti�s
, 0);

519 i�(
�_hdr_size_by�s
 =�
IP_V4_HEADER_SIZE
) {

520 
�v4_hdr
 *
ihdr4
 = (�v4_hd�*)
�hdr
;

522 
	`�e_sy�roxy_bu�d_�v4_h�d�
(
ihdr4
,

523 
	`�e_bsw�32
(
ihdr4
->
d�_addr
),

524 
	`�e_bsw�32
(
ihdr4
->
�c_addr
), 
t�_h�d�_size
);

526 } i�(
�_hdr_size_by�s
 =�
IP_V6_HEADER_SIZE
) {

527 
�v6_hdr
 *
ihdr6
 = (�v6_hd�*)
�hdr
;

529 
	`�e_sy�roxy_bu�d_�v6_h�d�
(
ihdr6
,

530 (
u�t8_t
 *)
ihdr6
->
d�_addr
,

531 (
u�t8_t
 *)
ihdr6
->
�c_addr
, 
t�_h�d�_size
);

533 
	`�e_sy�roxy_adju�_pkt_�ngth
(
�d_pkt
);

535 
	`�e_sy�roxy_compu�_checksums
(
�hdr
, 
thdr
);

536 
	}
}

551 
	$�e_�_adju�_�rv�_�q_a�_w�dow_check
(

552 
�e_�_�xn_d�a
 *
cd
,

553 
__�e_unu�d
 *
i_hdr
,

554 
t�_hdr
 *
thdr
,

555 
�e_�_pkt_d�e�i�
 
d�
)

557 
u�t32_t
 
num_bef�e
, 
num_a�
;

559 i�(!
cd
->
�_��oc�
.
sy�roxy_d�a
.
�xn_e�ablished
)

562 i�(
d�
 =�
RTE_CT_DIR_ORIGINAL
)

567 
num_bef�e
 = 
	`�e_bsw�32
(
thdr
->
��_�q
);

568 
num_a�
 = 
num_bef�e
 - 
cd
->
�_��oc�
.
sy�roxy_d�a
.
�q_diff
;

569 
thdr
->
��_�q
 = 
	`�e_bsw�32
(
num_a�
);

571 
	`�e_�_��em��l_t�_chksum_upd�e_32
(
num_bef�e
, 
num_a�
,

572 &
thdr
->
cksum
);

573 
	}
}

577 
	$�e_�_adju�_���_�ck_���s
(

578 
t�_hdr
 *
thdr
,

579 
u�t32_t
 
diff
)

581 
u�t32_t
 
num_bef�e
, 
num_a�
;

582 
u�t32_t
 *
�ck_�r
;

583 
u�t8_t
 
�ck_blk_size
;

584 
u�t16_t
 
d�aoff_�_by�s
 = (
thdr
->
d�a_off
 & 0xf0) >> 2;

585 
u�t16_t
 
�ngth
 = 
d�aoff_�_by�s
 - (
t�_hdr
);

587 i�(!
�ngth
)

590 
u�t8_t
 *
�ti�s_�r
 = (u�t8_�*)(
thdr
 + 1);

592 
�ngth
 > 0) {

593 
u�t8_t
 
�code
 = *
�ti�s_�r
;

594 
u�t8_t
 
�size
 = 
�ti�s_�r
[1];

595 
i
;

597 
�code
) {

599 
RTE_CT_TCPOPT_EOL
:

602 
RTE_CT_TCPOPT_NOP
:

603 
�ngth
--;

604 
�ti�s_�r
++;

607 
RTE_CT_TCPOPT_SACK
:

616 
�ck_blk_size
 = 
�size
 - 2;

618 
�ck_�r
 = (
u�t32_t
 *)(
�ti�s_�r
 + 2);

620 
num_acks
 = 
�ck_blk_size
 >> 2;

622 i�(
	`u�ik�y
(
�ck_blk_size
 > 32 ||

623 ((
�ck_blk_size
 & 0x3) != 0))) {

624 
	`��tf
("Sack block�arsing failure\n");

628 
i
 = 0; i < 
num_acks
; i++) {

629 
num_bef�e
 = 
	`�e_bsw�32
(*
�ck_�r
);

630 
num_a�
 = 
num_bef�e
 + 
diff
;

631 *
�ck_�r
 = 
	`�e_bsw�32
(
num_a�
);

632 
�ck_�r
++;

633 
	`�e_�_��em��l_t�_chksum_upd�e_32
(

634 
num_bef�e
,

635 
num_a�
,

636 &
thdr
->
cksum
);

643 i�((
�size
 < 2�|| (�siz�> 
�ngth
)) {

644 
	`��tf
("ERROR!, opsize %i,�ength %i\n",

645 
�size
, 
�ngth
);

649 
�ti�s_�r
 +�
�size
;

650 
�ngth
 -�
�size
;

652 
	}
}

655 
	$�e_�_adju�_���_ack_bef�e_w�dow_check
(

656 
�e_�_�xn_d�a
 *
cd
,

657 
__�e_unu�d
 *
i_hdr
,

658 
t�_hdr
 *
thdr
,

659 
�e_�_pkt_d�e�i�
 
d�
)

661 
u�t32_t
 
num_bef�e
, 
num_a�
;

663 i�(!
cd
->
�_��oc�
.
sy�roxy_d�a
.
�xn_e�ablished
)

666 i�(
d�
 !�
RTE_CT_DIR_ORIGINAL
)

671 
num_bef�e
 = 
	`�e_bsw�32
(
thdr
->
�cv_ack
);

672 
num_a�
 = 
num_bef�e
 + 
cd
->
�_��oc�
.
sy�roxy_d�a
.
�q_diff
;

673 
thdr
->
�cv_ack
 = 
	`�e_bsw�32
(
num_a�
);

674 
	`�e_�_��em��l_t�_chksum_upd�e_32
(
num_bef�e
,

675 
num_a�
, &
thdr
->
cksum
);

680 
	`�e_�_adju�_���_�ck_���s
(
thdr
,

681 
cd
->
�_��oc�
.
sy�roxy_d�a
.
�q_diff
);

686 
	}
}

693 
	$�e_�_�r�_t�_�ti�s
(

694 
u�t8_t
 *
�ti�s_�r
,

695 
u�t16_t
 
�ngth
,

696 
�e_sy�roxy_�ti�s
 *
t_�ts
)

698 
�size
;

700 
t_�ts
->
�ti�s
 = 0;

702 
�ngth
 > 0) {

703 
u�t8_t
 
�code
 = *
�ti�s_�r
++;

705 i�(
�code
 =�
RTE_CT_TCPOPT_EOL
)

708 i�(
�code
 =�
RTE_CT_TCPOPT_NOP
) {

709 
�ngth
--;

713 
�size
 = *
�ti�s_�r
++;

715 i�(
	`u�ik�y
(
�size
 < 2 || opsiz�> 
�ngth
)) {

717 
	`��tf
("parsing�rror, opsize: %i,�ength: %i\n",

718 
�size
, 
�ngth
);

722 
�code
) {

724 
RTE_CT_TCPOPT_MSS
:

725 i�(
�size
 =�
RTE_CT_TCPOLEN_MSS
) {

726 
u�t16_t
 *
mss_�r
 = (u�t16_�*)
�ti�s_�r
;

728 
t_�ts
->
mss
 = 
	`�e_bsw�16
(*
mss_�r
);

729 
t_�ts
->
�ti�s
 |�
RTE_SP_OPTIONS_MSS
;

733 
RTE_CT_TCPOPT_WINDOW
:

734 i�(
�size
 =�
RTE_CT_TCPOLEN_WINDOW
) {

735 
t_�ts
->
w�dow_s��
 = 
	`RTE_MIN
(*
�ti�s_�r
,

736 
RTE_CT_MAX_TCP_WINDOW_SCALE
);

737 
t_�ts
->
�ti�s
 |�
RTE_SP_OPTIONS_WINDOW_SCALE
;

741 
RTE_CT_TCPOPT_TIMESTAMP
:

742 i�(
�size
 =�
RTE_CT_TCPOLEN_TIMESTAMP
) {

743 
u�t32_t
 *
ts_v�_�r
 = (u�t32_�*)
�ti�s_�r
;

744 
u�t32_t
 *
ts_e�_�r
 =

745 (
u�t32_t
 *)(
�ti�s_�r
 + 4);

746 
t_�ts
->
ts_v�
 = 
	`�e_bsw�32
(*
ts_v�_�r
);

747 
t_�ts
->
ts_echo_��y
 =

748 
	`�e_bsw�32
(*
ts_e�_�r
);

749 
t_�ts
->
�ti�s
 |�
RTE_SP_OPTIONS_TIMESTAMP
;

753 
RTE_CT_TCPOPT_SACK_PERM
:

754 i�(
�size
 =�
RTE_CT_TCPOLEN_SACK_PERM
)

755 
t_�ts
->
�ti�s
 |�
RTE_SP_OPTIONS_SACK_PERM
;

762 
�ti�s_�r
 +�
�size
 - 2;

763 
�ngth
 -�
�size
;

766 
	}
}

770 
	$�e_�_�r�_�ti�s
(
�e_mbuf
 *
pkt
, 
�e_�_�xn_d�a
 *
cd
)

775 
�_hdr_�ngth
 = 
	`�e_�_g�_IP_hdr_size
(
pkt
);

776 
t�_hdr
 *
thdr
 = (tcp_hdr *)

777 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
 + 
�_hdr_�ngth
);

778 
u�t8_t
 *
�t_�r
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
,

779 (
IP_START
 + 
�_hdr_�ngth
 + (
t�_hdr
)));

781 
�e_sy�roxy_�ti�s
 *
t_�ts
 =

782 &
cd
->
�_��oc�
.
sy�roxy_d�a
.
�xn_�ti�s
;

783 
�ngth_�_by�s
 =

784 ((
thdr
->
d�a_off
 & 0xf0�>> 2�- (
t�_hdr
);

786 
	`�e_�_�r�_t�_�ti�s
(
�t_�r
, 
�ngth_�_by�s
, 
t_�ts
);

787 
t_�ts
->
���l_w�dow
 = 
thdr
->
rx_w�
;

788 
	}
}

793 
�e_mbuf
 *

794 
	$�e_�_g�_buf�d_sy�roxy_�ck�s
(

795 
�e_�_�xn_�ack�
 *
�
)

797 
�e_mbuf
 *
�kr_li�
 = 
�
->
buf�d_pkt_li�
;

799 
�
->
buf�d_pkt_li�
 = 
NULL
;

800  
�kr_li�
;

801 
	}
}

805 
	$�e_�_�ab�_sy�roxy
(
�e_�_�xn_�ack�
 *
�
)

807 
�
->
misc_�ti�s
.
sy�roxy_�ab�d
 = 1;

808 
	`��tf
("rte_ct_enable_synproxy = %d\n",

809 
�
->
misc_�ti�s
.
sy�roxy_�ab�d
);

810 
	}
}

812 
	$�e_�_di�b�_sy�roxy
(
�e_�_�xn_�ack�
 *
�
)

814 
�
->
misc_�ti�s
.
sy�roxy_�ab�d
 = 0;

817 
	}
}

820 
	$�e_�_buf�r_�ck�
(

821 
�e_�_�xn_�ack�
 *
�
,

822 
�e_�_�xn_d�a
 *
cd
,

823 
�e_mbuf
 *
pkt
)

831 
�e_mbuf
 **
�xt
 = (rte_mbuf **)

832 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkt
,

833 
�
->
po��r_off�t
);

834 *
�xt
 = 
cd
->
�_��oc�
.
sy�roxy_d�a
.
buf�d_pkt_li�
;

835 
cd
->
�_��oc�
.
sy�roxy_d�a
.
buf�d_pkt_li�
 = 
pkt
;

836 
	}
}

839 
	$�e_�_��a�_buf�d_�ck�s
(

840 
�e_�_�xn_�ack�
 *
�
,

841 
�e_�_�xn_d�a
 *
cd
)

843 
�e_mbuf
 *
�xn_li�
 =

844 
cd
->
�_��oc�
.
sy�roxy_d�a
.
buf�d_pkt_li�
;

846 i�(
�xn_li�
 =�
NULL
)

849 
cd
->
�_��oc�
.
sy�roxy_d�a
.
buf�d_pkt_li�
 = 
NULL
;

851 
�e_mbuf
 *
�kr_li�
 = 
�
->
buf�d_pkt_li�
;

853 i�(
�kr_li�
 =�
NULL
)

860 
�xn_li�
 !�
NULL
) {

861 
�e_mbuf
 *
�d_�xt
;

863 
�e_mbuf
 **
�xt
 = (rte_mbuf **)

864 
	`RTE_MBUF_METADATA_UINT64_PTR
(
�xn_li�
,

865 
�
->
po��r_off�t
);

867 
�d_�xt
 = *
�xt
;

868 *
�xt
 = 
�kr_li�
;

869 
�kr_li�
 = 
�xn_li�
;

870 
�xn_li�
 = 
�d_�xt
;

872 
�
->
buf�d_pkt_li�
 = 
�kr_li�
;

873 
	}
}

	@VIL/conntrack/rte_ct_tcp.c

17 
	~<�dlib.h
>

18 
	~<�r�g.h
>

19 
	~<imm���.h
>

20 
	~<��y�s.h
>

21 
	~"�e_�_t�.h
"

22 
	~"�e_�xn_�ack�g.h
"

25 

	#CT_DEBUG
 0

	)

26 

	#STATE_TRACKING
 0

	)

27 

	#RTE_CT_ASSERT
 0

	)

30 

	#META_DATA_OFFSET
 128

	)

31 

	#RTE_PKTMBUF_HEADROOM
 128

	)

32 

	#ETHERNET_START
 (
META_DATA_OFFSET
 + 
RTE_PKTMBUF_HEADROOM
)

	)

33 

	#ETH_HDR_SIZE
 14

	)

34 

	#IP_START
 (
ETHERNET_START
 + 
ETH_HDR_SIZE
)

	)

36 

	#IPv4_HEADER_SIZE
 20

	)

37 

	#IPv6_HEADER_SIZE
 40

	)

39 

	#IP_VERSION_4
 4

	)

40 

	#IP_VERSION_6
 6

	)

42 

	#�e_a�
(
�q2
, 
�q1
�
	`�e_bef�e
(�q1, seq2)

	)

43 
�l�e
 
u�t8_t
 
	$�e_bef�e
(
u�t32_t
 
�q1
, u�t32_�
�q2
)

45  (
�t32_t
�(
�q1
 - 
�q2
) < 0;

46 
	}
}

50 

	#�NO
 
RTE_CT_TCP_NONE


	)

51 

	#�SS
 
RTE_CT_TCP_SYN_SENT


	)

52 

	#�SR
 
RTE_CT_TCP_SYN_RECV


	)

53 

	#�ES
 
RTE_CT_TCP_ESTABLISHED


	)

54 

	#�FW
 
RTE_CT_TCP_FIN_WAIT


	)

55 

	#�CW
 
RTE_CT_TCP_CLOSE_WAIT


	)

56 

	#�LA
 
RTE_CT_TCP_LAST_ACK


	)

57 

	#�TW
 
RTE_CT_TCP_TIME_WAIT


	)

58 

	#�CL
 
RTE_CT_TCP_CLOSE


	)

59 

	#�S2
 
RTE_CT_TCP_SYN_SENT_2


	)

60 

	#�IV
 
RTE_CT_TCP_MAX


	)

61 

	#�IG
 
RTE_CT_TCP_IGNORE


	)

63 cڡ 
u�t8_t
 
	g�e_�_t�_��e_�b�
[2][6][
RTE_CT_TCP_MAX
] = {

66  {
�SS
, ctSS, 
�IG
, ctIG, ctIG, ctIG, ctIG, ctSS, ctSS,

67 
�S2
},

70  {
�IV
, ctIV, 
�SR
, ctIV, ctIV, ctIV, ctIV, ctIV, ctIV,

71 
�SR
},

74  {
�IV
, ctIV, 
�FW
, ctFW, 
�LA
, ctLA, ctLA, 
�TW
, 
�CL
,

75 
�IV
},

77  {
�ES
, 
�IV
, ctES, ctES, 
�CW
, ctCW, 
�TW
, ctTW, 
�CL
,

78 
�IV
},

81  {
�IV
, 
�CL
, ctCL, ctCL, ctCL, ctCL, ctCL, ctCL, ctCL,

82 
�CL
},

83  {
�IV
, ctIV, ctIV, ctIV, ctIV, ctIV, ctIV, ctIV, ctIV, ctIV}

88  {
�IV
, 
�S2
, ctIV, ctIV, ctIV, ctIV, ctIV, 
�SS
, ctIV,

89 
�S2
},

92  {
�IV
, 
�SR
, 
�IG
, ctIG, ctIG, ctIG, ctIG, ctIG, ctIG,

93 
�SR
},

96  {
�IV
, ctIV, 
�FW
, ctFW, 
�LA
, ctLA, ctLA, 
�TW
, 
�CL
,

97 
�IV
},

100  {
�IV
, 
�IG
, 
�SR
, 
�ES
, 
�CW
, ctCW, 
�TW
, ctTW, 
�CL
,

101 
�IG
},

104  {
�IV
, 
�CL
, ctCL, ctCL, ctCL, ctCL, ctCL, ctCL, ctCL,

105 
�CL
},

106  {
�IV
, ctIV, ctIV, ctIV, ctIV, ctIV, ctIV, ctIV, ctIV, ctIV}

111 
	e�e_t�_�ag
 {

112 
	mRTE_CT_TCP_SYN_FLAG
,

113 
	mRTE_CT_TCP_SAK_FLAG
,

114 
	mRTE_CT_TCP_FIN_FLAG
,

115 
	mRTE_CT_TCP_ACK_FLAG
,

116 
	mRTE_CT_TCP_RST_FLAG
,

117 
	mRTE_CT_TCP_ILL_FLAG
,

120 
u�t8_t
 
	g�e_�_t�_�ags_to_��e_�b�_�dex
[16] = {

122 
RTE_CT_TCP_ILL_FLAG
,

123 
RTE_CT_TCP_FIN_FLAG
,

124 
RTE_CT_TCP_SYN_FLAG
,

125 
RTE_CT_TCP_ILL_FLAG
,

126 
RTE_CT_TCP_RST_FLAG
,

127 
RTE_CT_TCP_RST_FLAG
,

128 
RTE_CT_TCP_RST_FLAG
,

129 
RTE_CT_TCP_ILL_FLAG
,

131 
RTE_CT_TCP_ACK_FLAG
,

132 
RTE_CT_TCP_FIN_FLAG
,

133 
RTE_CT_TCP_SAK_FLAG
,

134 
RTE_CT_TCP_ILL_FLAG
,

135 
RTE_CT_TCP_RST_FLAG
,

136 
RTE_CT_TCP_ILL_FLAG
,

137 
RTE_CT_TCP_RST_FLAG
,

138 
RTE_CT_TCP_ILL_FLAG
,

141 
�l�e
 
u�t8_t


142 
	$�e_�_g�_�dex
(
u�t8_t
 
t�_�ags
)

144 
u�t8_t
 
imp܏�_�ags
;

146 
t�_�ags
 &= 0x3f;

147 
imp܏�_�ags
 = ((
t�_�ags
 & 0x10) >> 1) | (tcp_flags & 7);

150 i�(
	`u�ik�y
((
t�_�ags
 == 0) || (tcp_flags == 0x3f)))

152  
RTE_CT_TCP_ILL_FLAG
;

154  
�e_�_t�_�ags_to_��e_�b�_�dex
[
imp܏�_�ags
];

156 
	}
}

158 
�l�e
 

159 
	$�e_�_e�h�_d�e�i�_has_�ags
(
�e_�_�xn_d�a
 *
cd
, 
u�t8_t
 
�ags
)

161  ((
cd
->
�_��oc�
.
t�_�_d�a
.
��
[0].
�ags
 | cd->

162 
�_��oc�
.
t�_�_d�a
.
��
[1].
�ags
) & flags) != 0;

163 
	}
}

165 
�l�e
 
u�t32_t
 
	$�e_�_�q_�us_�ngth
(
�e_mbuf
 *
pkt
,

166 
u�t8_t
 
�_hdr_size
)

168 
u�t16_t
 
pkt_�ngth
 = 0;

169 
t�_hdr
 *
t�h�d�
 =

170 (
t�_hdr
 *)
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

171 (
IP_START
 +

172 
�_hdr_size
));

173 
u�t32_t
 
t�_hdr_size
 = (
t�h�d�
->
d�a_off
 & 0xf0) >> 2;

175 *
�_hdr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
);

177 i�(
�_hdr_size
 =�
IPv4_HEADER_SIZE
) {

178 
�v4_hdr
 *
ihdr
 = (�v4_hd�*)
�_hdr
;

180 
pkt_�ngth
 = 
	`�e_bsw�16
(
ihdr
->
tٮ_�ngth
);

182 i�(
�_hdr_size
 =�
IPv6_HEADER_SIZE
) {

183 
�v6_hdr
 *
ihdr
 = (�v6_hd�*)
�_hdr
;

185 
pkt_�ngth
 = 
	`�e_bsw�16
(
ihdr
->
�yl�d_�n
�+ 
IPv6_HEADER_SIZE
;

195  
	`�e_bsw�32
(
t�h�d�
->
��_�q
) +

196 
pkt_�ngth
 - 
�_hdr_size
 - 
t�_hdr_size
 +

197 ((
t�h�d�
->
t�_�ags
 & (
RTE_CT_TCPHDR_SYN
 | 
RTE_CT_TCPHDR_FIN
)) !=

200 
	}
}

203 
	$�e_�_check_f�_s�l�g_�d_�ck_�rm
(

204 
�e_mbuf
 *
pkt
,

205 
�e_�_t�_��e
 *
��e
,

206 
u�t8_t
 
�_hdr_size
)

209 
t�_hdr
 *
t�h�d�
 =

210 (
t�_hdr
 *)
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

211 (
IP_START
 +

212 
�_hdr_size
));

213 
u�t32_t
 
d�aoff_�_by�s
 = (
t�h�d�
->
d�a_off
 & 0xf0) >> 2;

214 
u�t32_t
 
�ngth
 = 
d�aoff_�_by�s
 - (
t�_hdr
);

216 
��e
->
s��
 = 0;

217 
��e
->
�ags
 = 0;

219 i�(
�ngth
 == 0)

222 
u�t8_t
 *
�ti�s_�r
 =

223 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
,

224 (
IP_START
 + 
�_hdr_size
 +

225 (
t�_hdr
)));

227 
�ngth
 > 0) {

228 
u�t8_t
 
�ti�
 = *
�ti�s_�r
;

229 
u�t8_t
 
�size
 = 
�ti�s_�r
[1];

232 
�ti�
) {

234 
RTE_CT_TCPOPT_EOL
:

238 
RTE_CT_TCPOPT_NOP
:

239 
�ti�s_�r
++;

240 
�ngth
--;

243 
RTE_CT_TCPOPT_SACK_PERM
:

244 i�(
�size
 =�
RTE_CT_TCPOLEN_SACK_PERM
)

245 
��e
->
�ags
 |�
RTE_CT_TCP_FLAG_SACK_PERM
;

248 
RTE_CT_TCPOPT_WINDOW
:

249 i�(
�size
 =�
RTE_CT_TCPOLEN_WINDOW
) {

250 
��e
->
s��
 =

251 
	`RTE_MIN
(
�ti�s_�r
[2],

252 
RTE_CT_MAX_TCP_WINDOW_SCALE
);

253 
��e
->
�ags
 |�
RTE_CT_TCP_FLAG_WINDOW_SCALE
;

262 i�((
�size
 < 2�|| (�siz�> 
�ngth
)) {

264 
	`��tf
("scaling_and_sack_perm:something wrong\n");

267 
�ti�s_�r
 +�
�size
;

268 
�ngth
 -�
�size
;

271 
	}
}

274 
	$�e_�_t�di��y_hdr
(
t�_hdr
 *
t�h�d�
)

276 
	`��tf
("T� h�d�: src_p�t=%d", 
	`�e_bsw�16
(
t�h�d�
->
�c_p�t
));

277 
	`��tf
(", d�_p�t=%d", 
	`�e_bsw�16
(
t�h�d�
->
d�_p�t
));

278 
	`��tf
(", s�t_�q=%u", 
	`�e_bsw�32
(
t�h�d�
->
��_�q
));

279 
	`��tf
(",�ecv_ack=%u", 
	`�e_bsw�32
(
t�h�d�
->
�cv_ack
));

280 
	`��tf
(",d�a_off=%d", 
t�h�d�
->
d�a_off
 / 16);

281 
	`��tf
(",t�_�ags=%02x", 
t�h�d�
->
t�_�ags
);

282 
	`��tf
(",�x_w�=%d\n", 
	`�e_bsw�16
(
t�h�d�
->
rx_w�
));

284 
	}
}

286 
�l�e
 

287 
	$�e_�_��r_�xn_d�a
(
__�e_unu�d
 
�e_�_�xn_�ack�
 *
�
,

288 
�e_�_�xn_d�a
 *
cd
,

289 
__�e_unu�d
 
�e_mbuf
 *
pkt
)

293 
	`mem�t
(&
cd
->
�_��oc�
.
t�_�_d�a
, 0,

294 (
cd
->
�_��oc�
.
t�_�_d�a
));

295 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�dex
 = 
RTE_CT_TCP_ILL_FLAG
;

297 
	}
}

299 
�e_�_�ck�_a�i�


300 
	$�e_�_t�_�w_c���i�
(

301 
�e_�_�xn_�ack�
 *
�
,

302 
�e_�_�xn_d�a
 *
cd
,

303 
�e_mbuf
 *
pkt
,

304 
u�_sy�roxy
,

305 
u�t8_t
 
�_hdr_size
)

307 
t�_hdr
 *
t�h�d�
 =

308 (
t�_hdr
 *)
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

309 (
IP_START
 + 
�_hdr_size
));

311 
�e_�_t�_��es
 
�w_��e
;

312 
u�t8_t
 
�dex
;

313 
�e_�_t�_��e
 *
�nd�
 =

314 &
cd
->
�_��oc�
.
t�_�_d�a
.
��
[
RTE_CT_DIR_ORIGINAL
];

315 
�e_�_t�_��e
 *
��iv�
 =

316 &
cd
->
�_��oc�
.
t�_�_d�a
.
��
[
RTE_CT_DIR_REPLY
];

317 
u�t16_t
 
w�
;

319 i�(
CT_DEBUG
)

320 
	`�e_�_t�di��y_hdr
(
t�h�d�
);

322 
�dex
 = 
	`�e_�_g�_�dex
(
t�h�d�
->
t�_�ags
);

323 
�w_��e
 = 
�e_�_t�_��e_�b�
[0][
�dex
][
RTE_CT_TCP_NONE
];

325 i�(
	`u�ik�y
(
�w_��e
 >�
RTE_CT_TCP_MAX
)) {

326 i�(
CT_DEBUG
)

327 
	`��tf
("invalid�ew state with flags %02x\n",

328 
t�h�d�
->
t�_�ags
);

329  
RTE_CT_DROP_PACKET
;

337 i�(
	`u�ik�y
((
�w_��e
 !�
RTE_CT_TCP_SYN_SENT


338 && 
�
->
misc_�ti�s
.
t�_loo�
 == 0))) {

341  
RTE_CT_DROP_PACKET
;

344 i�(
CT_DEBUG
)

345 
	`��tf
("�ew connection with state %s\n",

346 
�e_�_t�_�mes
[
�w_��e
]);

349 
	`�e_�_��r_�xn_d�a
(
�
, 
cd
, 
pkt
);

350 
cd
->
�_��oc�
.
t�_�_d�a
.
��e
 = 
�w_��e
;

352 
�nd�
->
�d
 = s�d�->
max�d
 = 
	`�e_�_�q_�us_�ngth
(
pkt
, 
�_hdr_size
);

353 
w�
 = 
	`�e_bsw�16
(
t�h�d�
->
rx_w�
);

354 
�nd�
->
maxw�
 = 
	`RTE_MAX
(
w�
, (
u�t32_t
)1);

356 i�(
	`lik�y
(
�w_��e
 =�
RTE_CT_TCP_SYN_SENT
)) {

358 
	`�e_�_check_f�_s�l�g_�d_�ck_�rm
(
pkt
, 
�nd�
,

359 
�_hdr_size
);

361 
cd
->
�_��oc�
.
sy�roxy_d�a
.
sy�rox�d
 = 
u�_sy�roxy
;

363 i�(
u�_sy�roxy
) {

370 i�(
CT_DEBUG
 > 2)

371 
	`��tf
("synproxy sending SYN-ACK�o client\n");

373  
RTE_CT_SEND_CLIENT_SYNACK
;

382 
�nd�
->
max�d
 +�nd�->
maxw�
;

383 
�nd�
->
�ags
 = 
��iv�
->flags =

384 (
RTE_CT_TCP_FLAG_SACK_PERM
 | 
RTE_CT_TCP_FLAG_BE_LIBERAL
);

387 i�(
CT_DEBUG
 > 0) {

388 
	`��tf
("tcp_new: sender�nd=%u maxend=%u maxwin=%u scale=%i",

389 
�nd�
->
�d
, s�d�->
max�d
, s�d�->
maxw�
,

390 
�nd�
->
s��
);

391 
	`��tf
("�eceiver�nd=%u maxend=%u maxwin=%u scale=%i\n",

392 
��iv�
->
�d
,�e�iv�->
max�d
,

393 
��iv�
->
maxw�
,

394 
��iv�
->
s��
);

397  
RTE_CT_OPEN_CONNECTION
;

398 
	}
}

400 
u�t32_t


401 
	$�e_�_t�_�ck
(
�e_mbuf
 *
pkt
, 
u�t8_t
 
�_hdr_size
)

403 
t�_hdr
 *
t�h�d�
 =

404 (
t�_hdr
 *)
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

405 (
IP_START
 +

406 
�_hdr_size
));

407 
u�t16_t
 
d�aoff_�_by�s
 = (
t�h�d�
->
d�a_off
 & 0xf0) >> 2;

408 
u�t16_t
 
�ngth
 = 
d�aoff_�_by�s
 - (
t�_hdr
);

409 
u�t32_t
 
�ck
 = 
	`�e_bsw�32
(
t�h�d�
->
�cv_ack
);

411 i�(
	`u�ik�y
(!
�ngth
))

412  
�ck
;

414 
u�t8_t
 *
�ti�s_�r
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
,

415 (
IP_START
 + 
�_hdr_size
 + (
t�_hdr
)));

417 
�ngth
 > 0) {

418 
u�t8_t
 
�code
 = *
�ti�s_�r
;

419 
u�t8_t
 
�size
 = 
�ti�s_�r
[1];

420 
i
;

421 
u�t32_t
 *
�ck_�r
;

423 
�code
) {

424 
RTE_CT_TCPOPT_TIMESTAMP
:

428 
RTE_CT_TCPOPT_EOL
:

429  
�ck
;

431 
RTE_CT_TCPOPT_NOP
:

432 
�ngth
--;

433 
�ti�s_�r
++;

436 
RTE_CT_TCPOPT_SACK
:

446 i�((
�size
 >�(
RTE_CT_TCPOLEN_PER_SACK_ENTRY
 + 2)) &&

447 ((
�size
 - 2) %

448 
RTE_CT_TCPOLEN_PER_SACK_ENTRY
) == 0) {

451 
�ti�s_�r
 += 6;

452 
i
 = 0; i < (
�size
 - 2); i +=

453 
RTE_CT_TCPOLEN_PER_SACK_ENTRY
) {

454 
�ck_�r
 =

455 (
u�t32_t
 *�&
�ti�s_�r
[
i
];

456 
u�t32_t
 
ack
 = 
	`�e_bsw�32
(*
�ck_�r
);

458 i�(
	`�e_a�
(
ack
, 
�ck
))

459 
�ck
 = 
ack
;

461  
�ck
;

467 i�((
�size
 < 2�|| (�siz�> 
�ngth
)) {

468 
	`��tf
("rte_ct_tcp_sack: something wrong, opsize %i,",

469 
�size
);

470 
	`��tf
("��gth %i\n", 
�ngth
);

471  
�ck
;

473 
�ti�s_�r
 +�
�size
;

474 
�ngth
 -�
�size
;

476  
�ck
;

477 
	}
}

483 
�l�e
 

484 
	$�e_�_check_f�_���smissi�s
(

485 
�e_�_t�
 *
��e
,

486 
u�t8_t
 
d�
,

487 
u�t32_t
 
�q
,

488 
u�t32_t
 
ack
,

489 
u�t32_t
 
�d
,

490 
u�t16_t
 
w�
)

492 i�(
��e
->
ϡ_d�
 =�
d�


493 && 
��e
->
ϡ_�q
 =�
�q


494 && 
��e
->
ϡ_ack
 =�
ack


495 && 
��e
->
ϡ_�d
 =�
�d
 && s��->
ϡ_w�
 =�
w�
)

496 
��e
->
���s
++;

498 
��e
->
ϡ_d�
 = 
d�
;

499 
��e
->
ϡ_�q
 = 
�q
;

500 
��e
->
ϡ_ack
 = 
ack
;

501 
��e
->
ϡ_�d
 = 
�d
;

502 
��e
->
ϡ_w�
 = 
w�
;

503 
��e
->
���s
 = 0;

505 
	}
}

511 
u�t8_t


512 
	$�e_�_t�_�_w�dow
(

513 
�e_�_�xn_d�a
 *
cd
,

514 
�e_�_�xn_�ack�
 *
�
,

515 
�e_�_t�
 *
��e
,

516 
�e_�_pkt_d�e�i�
 
d�
,

517 
u�t8_t
 
�dex
,

518 
�e_mbuf
 *
pkt
,

519 
u�t8_t
 
�_hdr_size
)

521 
�e_�_t�_��e
 *
�nd�
 = &
��e
->
��
[
d�
];

522 
�e_�_t�_��e
 *
��iv�
 = &
��e
->
��
[!
d�
];

523 
u�t32_t
 
�q
, 
ack
, 
�ck
, 
�d
, 
w�
, 
sw�
;

524 
u�t8_t
 
�_�cv_w�
, 
t�_�ags
;

525 
�e_�_�ck�_a�i�
 
�s
;

527 *
�hdr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
IP_START
);

528 
t�_hdr
 *
t�h�d�
 =

529 (
t�_hdr
 *)
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

530 (
IP_START
 + 
�_hdr_size
));

532 i�(
cd
->
�_��oc�
.
sy�roxy_d�a
.
sy�rox�d
)

533 
	`�e_�_adju�_���_ack_bef�e_w�dow_check
(
cd
, 
�hdr
,

534 
t�h�d�
, 
d�
);

537 
�q
 = 
	`�e_bsw�32
(
t�h�d�
->
��_�q
);

538 
ack
 = 
�ck
 = 
	`�e_bsw�32
(
t�h�d�
->
�cv_ack
);

539 
w�
 = 
	`�e_bsw�16
(
t�h�d�
->
rx_w�
);

540 
�d
 = 
	`�e_�_�q_�us_�ngth
(
pkt
, 
�_hdr_size
);

541 
t�_�ags
 = 
t�h�d�
->tcp_flags;

543 i�(
��iv�
->
�ags
 & 
RTE_CT_TCP_FLAG_SACK_PERM
)

544 
�ck
 = 
	`�e_�_t�_�ck
(
pkt
, 
�_hdr_size
);

546 i�(
	`u�ik�y
(
�nd�
->
maxw�
 == 0)) {

548 i�(
t�_�ags
 & 
RTE_CT_TCPHDR_SYN
) {

553 
�nd�
->
�d
 = s�d�->
max�d
 =�nd;

554 
�nd�
->
maxw�
 = 
	`RTE_MAX
(
w�
, (
u�t32_t
)1);

556 
	`�e_�_check_f�_s�l�g_�d_�ck_�rm
(
pkt
, 
�nd�
,

557 
�_hdr_size
);

563 i�((
�nd�
->

564 
�ags
 & 
��iv�
->flags &

565 
RTE_CT_TCP_FLAG_WINDOW_SCALE
) == 0)

566 
�nd�
->
s��
 = 
��iv�
->scale = 0;

568 i�(!(
t�_�ags
 & 
RTE_CT_TCPHDR_ACK
))

576 
�nd�
->
�d
 =�nd;

577 
sw�
 = 
w�
 << 
�nd�
->
s��
;

578 
�nd�
->
maxw�
 = (
sw�
 == 0 ? 1 : swin);

579 
�nd�
->
max�d
 = 
�d
 + s�d�->
maxw�
;

585 i�(
��iv�
->
maxw�
 == 0)

586 
��iv�
->
�d
 =�e�iv�->
max�d
 = 
�ck
;

590 i�(((
cd
->
�_��oc�
.
t�_�_d�a
.
��e
 =�
RTE_CT_TCP_SYN_SENT
 &&

591 
d�
 =�
RTE_CT_DIR_ORIGINAL
) ||

592 (
cd
->
�_��oc�
.
t�_�_d�a
.
��e
 =�
RTE_CT_TCP_SYN_RECV
 &&

593 
d�
 =�
RTE_CT_DIR_REPLY
)�&& 
	`�e_a�
(
�d
, 
�nd�
->end)) {

599 
�nd�
->
�d
 = s�d�->
max�d
 =�nd;

600 
�nd�
->
maxw�
 = 
	`RTE_MAX
(
w�
, (
u�t32_t
)1);

602 
	`�e_�_check_f�_s�l�g_�d_�ck_�rm
(
pkt
, 
�nd�
,

603 
�_hdr_size
);

606 i�(!(
t�_�ags
 & 
RTE_CT_TCPHDR_ACK
) ||

607 (((
t�_�ags
 & 
RTE_CT_TCPHDR_RST_ACK
) ==

608 
RTE_CT_TCPHDR_RST_ACK
�&& (
ack
 == 0))) {

610 
ack
 = 
�ck
 = 
��iv�
->
�d
;

613 i�((
t�_�ags
 & 
RTE_CT_TCPHDR_RST
�&& 
�q
 == 0 &&

614 
cd
->
�_��oc�
.
t�_�_d�a
.
��e
 =�
RTE_CT_TCP_SYN_SENT
)

616 
�q
 = 
�d
 = 
�nd�
->end;

619 
�_�cv_w�
 = !
��iv�
->
maxw�
 ||

620 
	`�e_a�
(
�d
, 
�nd�
->�d - 
��iv�
->
maxw�
 - 1);

622 i�(
	`�e_bef�e
(
�q
, 
�nd�
->
max�d
 + 1�&& 
�_�cv_w�
 &&

623 
	`�e_bef�e
(
�ck
, 
��iv�
->
�d
 + 1) &&

624 
	`�e_a�
(
�ck
,

625 
��iv�
->
�d
 - 
	`RTE_MAX
(
�nd�
->
maxw�
,

626 (
u�t32_t
)
RTE_MAX_ACKWIN_CONST
) - 1)) {

633 i�(!(
t�_�ags
 & 
RTE_CT_TCPHDR_SYN
))

634 
w�
 <<�
�nd�
->
s��
;

637 
sw�
 = 
w�
 + (
�ck
 - 
ack
);

638 
�nd�
->
maxw�
 = 
	`RTE_MAX
(�nd�->maxw�, 
sw�
);

640 i�(
	`�e_a�
(
�d
, 
�nd�
->end)) {

641 
�nd�
->
�d
 =�nd;

642 
�nd�
->
�ags
 |�
RTE_CT_TCP_FLAG_DATA_UNACKNOWLEDGED
;

645 i�(
t�_�ags
 & 
RTE_CT_TCPHDR_ACK
) {

646 i�(!(
�nd�
->
�ags
 & 
RTE_CT_TCP_FLAG_MAXACK_SET
)) {

647 
�nd�
->
maxack
 = 
ack
;

648 
�nd�
->
�ags
 |�
RTE_CT_TCP_FLAG_MAXACK_SET
;

649 } i�(
	`�e_a�
(
ack
, 
�nd�
->
maxack
))

650 
�nd�
->
maxack
 = 
ack
;

654 i�(
��iv�
->
maxw�
 !�0 && 
	`�e_a�
(
�d
, 
�nd�
->
max�d
))

655 
��iv�
->
maxw�
 +�
�d
 - 
�nd�
->
max�d
;

657 i�(
	`�e_a�
(
�ck
 + 
w�
, 
��iv�
->
max�d
 - 1))

658 
��iv�
->
max�d
 = 
�ck
 + 
	`RTE_MAX
(
w�
, (
u�t32_t
)1);

660 i�(
ack
 =�
��iv�
->
�d
)

661 
��iv�
->
�ags
 &�~
RTE_CT_TCP_FLAG_DATA_UNACKNOWLEDGED
;

664 i�(
�dex
 =�
RTE_CT_TCP_ACK_FLAG
)

665 
	`�e_�_check_f�_���smissi�s
(
��e
, 
d�
, 
�q
, 
ack
,

666 
�d
, 
w�
);

667 
�s
 = 1;

669 
�s
 = (
�nd�
->
�ags
 & 
RTE_CT_TCP_FLAG_BE_LIBERAL
 ||

670 
�
->
misc_�ti�s
.
t�_be_lib��
);

673 i�(
CT_DEBUG
) {

674 i�(!
�s
) {

676 
	`��tf
("t�_�_w�dow FAILED f� %p\n", 
cd
);

677 
	`��tf
("rte_before(%u, %u + 1) is %d\n",

678 
�q
, 
�nd�
->
max�d
 + 1,

679 
	`�e_bef�e
(
�q
, 
�nd�
->
max�d
 + 1));

680 
	`��tf
("!%u ||�te_after(%u, %u - %u - 1) is %d\n",

681 
��iv�
->
maxw�
, 
�d
, 
�nd�
->end,

682 
��iv�
->
maxw�
, 
�_�cv_w�
);

683 
	`��tf
("�e_bef�e(%u, %u + 1�i�%d\n", 
�ck
,

684 
��iv�
->
�d
, 
	`�e_bef�e
(
�ck
,

685 
��iv�
->
�d
 + 1));

686 
��tf


688 
�ck
, 
��iv�
->
�d
, 
�nd�
->
maxw�
,

689 
RTE_MAX_ACKWIN_CONST
, 
	`�e_a�
(
�ck
,

690 
��iv�
->
�d
 - 
	`RTE_MAX
(
�nd�
->
maxw�
,

691 (
u�t32_t
)
RTE_MAX_ACKWIN_CONST
)

696 i�(
cd
->
�_��oc�
.
sy�roxy_d�a
.
sy�rox�d
)

697 
	`�e_�_adju�_�rv�_�q_a�_w�dow_check
(
cd
, 
�hdr
,

698 
t�h�d�
, 
d�
);

699  
�s
;

700 
	}
}

703 
�l�e
 
u�t8_t


704 
	$�e_�_choo�_m�_timeout_��e
(

705 
�e_�_�xn_�ack�
 *
�
,

706 
u�t8_t
 
��e1
,

707 
u�t8_t
 
��e2
)

709 i�(
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
��e1
] <

710 
�
->
�_timeout
.
t�timeout
.
t�_timeouts
[
��e2
])

711  
��e1
;

713  
��e2
;

714 
	}
}

718 
�e_�_�ck�_a�i�


719 
	$�e_�_v�ify_t�_�ck�
(

720 
�e_�_�xn_�ack�
 *
�
,

721 
�e_�_�xn_d�a
 *
cd
,

722 
�e_mbuf
 *
pkt
,

723 
u�t8_t
 
key_was_杳d
,

724 
u�t8_t
 
�_hdr_size
)

726 
t�_hdr
 *
t�h�d�
 = (tcp_hdr *)

727 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, (
IP_START
 + 
�_hdr_size
));

729 
�e_�_t�_��es
 
�w_��e
, 
�d_��e
;

730 
�e_�_pkt_d�e�i�
 
d�
;

731 
u�t8_t
 
�dex
;

735 
u�t8_t
 
timeout_��e
;

737 
d�
 = (
cd
->
key_is_���_�d�
 =�!
key_was_杳d
);

739 i�(
cd
->
�_��oc�
.
sy�roxy_d�a
.
sy�rox�d
 &&

740 
cd
->
�_��oc�
.
sy�roxy_d�a
.
h�f_e�ablished
 &&

741 !
cd
->
�_��oc�
.
sy�roxy_d�a
.
�xn_e�ablished
 &&

742 
d�
 =�
RTE_CT_DIR_ORIGINAL
) {

748 
	`�e_�_buf�r_�ck�
(
�
, 
cd
, 
pkt
);

749  
RTE_CT_HIJACK
;

752 
u�t32_t
 
�cv_ack
 = 
	`�e_bsw�32
(
t�h�d�
->recv_ack);

753 
u�t32_t
 
��_�q
 = 
	`�e_bsw�32
(
t�h�d�
->sent_seq);

755 
check_w�dow
 = 1;

756 
�e_�_�ck�_a�i�
 
�tu�_a�i�
 = 
RTE_CT_FORWARD_PACKET
;

760 
�d_��e
 = 
cd
->
�_��oc�
.
t�_�_d�a
.
��e
;

761 
�dex
 = 
	`�e_�_g�_�dex
(
t�h�d�
->
t�_�ags
);

762 
�w_��e
 = 
�e_�_t�_��e_�b�
[
d�
][
�dex
][
�d_��e
];

764 i�(
�w_��e
 =�
RTE_CT_TCP_MAX
) {

765 i�(
CT_DEBUG
) {

766 
	`��tf
("!!!!invalid state�ransition from %s ",

767 
�e_�_t�_�mes
[
�d_��e
]);

768 
	`��tf
("with flags 0x%02x\n",

769 
t�h�d�
->
t�_�ags
);

772 
�
->
cou��s
->
pkts_dr�_�v�id_��e
++;

773  
RTE_CT_DROP_PACKET
;

776 i�(
STATE_TRACKING
 && 
�w_��e
 !�
�d_��e
)

777 
	`��tf
("�ew s�� %s\n", 
�e_�_t�_�mes
[
�w_��e
]);

779 
�w_��e
) {

781 
RTE_CT_TCP_ESTABLISHED
:

783 i�(
cd
->
�_��oc�
.
sy�roxy_d�a
.
sy�rox�d
 &&

784 !
cd
->
�_��oc�
.
sy�roxy_d�a
.
h�f_e�ablished
 &&

785 (
�d_��e
 =�
RTE_CT_TCP_SYN_RECV
)) {

793 i�(
STATE_TRACKING
) {

794 
	`��tf
(" synproxy first half-cnxn complete,");

795 
	`��tf
("�ew state %s\n",

796 
�e_�_t�_�mes
[
RTE_CT_TCP_SYN_SENT
]);

798 
cd
->
�_��oc�
.
sy�roxy_d�a
.
h�f_e�ablished
 = 
�ue
;

800 
	`�e_�_cvt_to_�oo�d_�rv�_syn
(
cd
, 
pkt
);

801 
	`�e_�_��r_�xn_d�a
(
�
, 
cd
, 
pkt
);

802 
cd
->
�_��oc�
.
t�_�_d�a
.
��e
 = 
RTE_CT_TCP_SYN_SENT
;

804 
�e_�_t�_��e
 *
�nd�
 =

805 &
cd
->
�_��oc�
.
t�_�_d�a
.

806 
��
[
RTE_CT_DIR_ORIGINAL
];

807 
u�t16_t
 
w�
 = 
	`�e_bsw�16
(
t�h�d�
->
rx_w�
);

809 
�nd�
->
�d
 = s�d�->
max�d
 =

810 
	`�e_�_�q_�us_�ngth
(
pkt
, 
�_hdr_size
);

811 
�nd�
->
maxw�
 = 
	`RTE_MAX
(
w�
, (
u�t32_t
)1);

812 
	`�e_�_check_f�_s�l�g_�d_�ck_�rm
(
pkt
, 
�nd�
,

813 
�_hdr_size
);

815 
	`�e_�_�t_�xn_tim�_f�_t�
(
�
, 
cd
,

816 
RTE_CT_TCP_SYN_SENT
);

817  
RTE_CT_SEND_SERVER_SYN
;

821 
RTE_CT_TCP_SYN_RECV
:

823 i�(
cd
->
�_��oc�
.
sy�roxy_d�a
.
sy�rox�d
 &&

824 
cd
->
�_��oc�
.
sy�roxy_d�a
.
h�f_e�ablished
 &&

825 !
cd
->
�_��oc�
.
sy�roxy_d�a
.
�xn_e�ablished
) {

833 i�(!
	`�e_�_t�_�_w�dow
(
cd
, 
�
,

834 &
cd
->
�_��oc�
.
t�_�_d�a
,

835 
d�
, 
�dex
, 
pkt
, 
�_hdr_size
)) {

836 
�
->
cou��s
->
pkts_dr�_outof_w�dow
++;

837  
RTE_CT_DROP_PACKET
;

840 i�(
STATE_TRACKING
) {

841 
	`��tf
("synproxy full cnxn complete,");

842 
	`��tf
("�ew s�� %s\n", 
�e_�_t�_�mes


843 [
RTE_CT_TCP_ESTABLISHED
]);

852 
	`�e_�_cvt_to_�oo�d_�rv�_ack
(
cd
, 
pkt
);

854 
�dex
 = 
	`�e_�_g�_�dex
(
t�h�d�
->
t�_�ags
);

856 i�(!
	`�e_�_t�_�_w�dow
(
cd
, 
�
,

857 &
cd
->
�_��oc�
.
t�_�_d�a
,

858 !
d�
, 
�dex
, 
pkt
, 
�_hdr_size
)) {

859 
�
->
cou��s
->
pkts_dr�_outof_w�dow
++;

860  
RTE_CT_DROP_PACKET
;

865 
cd
->
�_��oc�
.
t�_�_d�a
.
��e
 =

866 
RTE_CT_TCP_ESTABLISHED
;

867 
�
->
cou��s
->
�ssi�s_e�ablished
++;

868 
cd
->
�_��oc�
.
sy�roxy_d�a
.
�xn_e�ablished
 = 
�ue
;

869 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�dex
 = 
�dex
;

870 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_d�
 = !
d�
;

872 
	`�e_�_�t_�xn_tim�_f�_t�
(
�
, 
cd
,

873 
RTE_CT_TCP_ESTABLISHED
);

874 
	`�e_�_��a�_buf�d_�ck�s
(
�
, 
cd
);

876  
RTE_CT_SEND_SERVER_ACK
;

879 
RTE_CT_TCP_SYN_SENT
:

886 i�(
�d_��e
 < 
RTE_CT_TCP_TIME_WAIT
)

894  
RTE_CT_REOPEN_CNXN_AND_FORWARD_PACKET
;

896 
RTE_CT_TCP_IGNORE
:

912 i�(
cd
->
�_��oc�
.
sy�roxy_d�a
.
sy�rox�d
 &&

913 !
cd
->
�_��oc�
.
sy�roxy_d�a
.
�xn_e�ablished
)

914  
RTE_CT_DROP_PACKET
;

916 i�(
�dex
 =�
RTE_CT_TCP_SAK_FLAG
 &&

917 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�dex
 ==

918 
RTE_CT_TCP_SYN_FLAG


919 && 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_d�
 !�
d�


920 && 
�cv_ack
 =�
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�d
) {

928 
�e_�_t�_��e
 *
ϡ_��
 =

929 &
cd
->
�_��oc�
.
t�_�_d�a
.
��
[cd->ct_protocol.

930 
t�_�_d�a
.

931 
ϡ_d�
];

935 
�d_��e
 = 
RTE_CT_TCP_SYN_SENT
;

936 
�w_��e
 = 
RTE_CT_TCP_SYN_RECV
;

938 
ϡ_��
->
�d
 = 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�d
;

939 
ϡ_��
->
max�d
 =

940 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�d
;

941 
ϡ_��
->
maxw�
 =

942 
	`RTE_MAX
(
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_w�
,

943 (
u�t32_t
)1);

944 
ϡ_��
->
s��
 =

945 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_ws��
;

946 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�ags
 &=

947 ~
RTE_CT_EXP_CHALLENGE_ACK
;

948 
ϡ_��
->
�ags
 =

949 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�ags
;

950 
	`mem�t
(&
cd
->
�_��oc�
.
t�_�_d�a
.
��
[
d�
], 0,

951 (
�e_�_t�_��e
));

955 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�dex
 = 
�dex
;

956 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_d�
 = 
d�
;

957 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�q
 = 
��_�q
;

958 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�d
 =

959 
	`�e_�_�q_�us_�ngth
(
pkt
, 
�_hdr_size
);

960 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_w�
 =

961 
	`�e_bsw�16
(
t�h�d�
->
rx_w�
);

971 i�(
�dex
 =�
RTE_CT_TCP_SYN_FLAG
 &&

972 
d�
 =�
RTE_CT_DIR_ORIGINAL
) {

973 
�e_�_t�_��e
 
��
;

976 
	`�e_�_check_f�_s�l�g_�d_�ck_�rm
(
pkt
, &
��
,

977 
�_hdr_size
);

980 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�ags
 = 
��
.
�ags
;

981 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_ws��
 =

982 (
��
.
�ags
 & 
RTE_CT_TCP_FLAG_WINDOW_SCALE
) == 0 ?

983 0 : 
��
.
s��
;

990 i�(
�d_��e
 =�
RTE_CT_TCP_LAST_ACK
)

991 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�ags
 |=

992 
RTE_CT_EXP_CHALLENGE_ACK
;

994  
RTE_CT_FORWARD_PACKET
;

996 
RTE_CT_TCP_TIME_WAIT
:

1002 i�(
�d_��e
 =�
RTE_CT_TCP_LAST_ACK
 &&

1003 
�dex
 =�
RTE_CT_TCP_ACK_FLAG
 &&

1004 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_d�
 !�
d�
 &&

1005 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�dex
 ==

1006 
RTE_CT_TCP_SYN_FLAG


1007 && (
cd
->
�_��oc�
.
t�_�_d�a
.

1008 
ϡ_�ags
 & 
RTE_CT_EXP_CHALLENGE_ACK
)) {

1010 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�ags
 &=

1011 ~
RTE_CT_EXP_CHALLENGE_ACK
;

1012  
RTE_CT_FORWARD_PACKET
;

1016 
RTE_CT_TCP_CLOSE
:

1018 i�(
�dex
 =�
RTE_CT_TCP_RST_FLAG
) {

1025 i�((
cd
->
�_��oc�
.
t�_�_d�a
.
��
[!
d�
].
�ags
 &

1026 
RTE_CT_TCP_FLAG_MAXACK_SET
) &&

1027 
	`�e_bef�e
(
��_�q
, 
cd
->
�_��oc�
.

1028 
t�_�_d�a
.
��
[!
d�
].
maxack
)) {

1030 
�
->
cou��s
->
pkts_dr�_�v�id_r�
++;

1032  
RTE_CT_DROP_PACKET
;

1035 i�(((
cd
->
c�n��us
 =�
RTE_SEEN_REPLY_CONN
 &&

1036 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�dex
 ==

1037 
RTE_CT_TCP_SYN_FLAG
) ||

1038 (
cd
->
c�n��us
 !�
RTE_ASSURED_CONN
 &&

1039 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�dex
 ==

1040 
RTE_CT_TCP_ACK_FLAG
)) &&

1041 
�cv_ack
 ==

1042 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�d
) {

1045 
check_w�dow
 = 0;

1054 i�(
	`lik�y
(
check_w�dow
)) {

1055 i�(
	`u�ik�y
(!
	`�e_�_t�_�_w�dow
(
cd
, 
�
,

1056 &
cd
->
�_��oc�
.
t�_�_d�a
,

1057 
d�
, 
�dex
,

1058 
pkt
, 
�_hdr_size
))) {

1059 
�
->
cou��s
->
pkts_dr�_outof_w�dow
++;

1060  
RTE_CT_DROP_PACKET
;

1064 i�(
�w_��e
 =�
RTE_CT_TCP_ESTABLISHED
 &&

1065 
�d_��e
 !�
RTE_CT_TCP_ESTABLISHED
)

1068 
�
->
cou��s
->
�ssi�s_e�ablished
++;

1070 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_�dex
 = 
�dex
;

1071 
cd
->
�_��oc�
.
t�_�_d�a
.
ϡ_d�
 = 
d�
;

1073 i�(
�dex
 =�
RTE_CT_TCP_SAK_FLAG
)

1074 
cd
->
c�n��us
 = 
RTE_SEEN_REPLY_CONN
;

1076 
timeout_��e
 = 
�w_��e
;

1078 i�(
cd
->
�_��oc�
.
t�_�_d�a
.
���s
 >=

1079 
�
->
misc_�ti�s
.
t�_max_���s
)

1080 
timeout_��e
 =

1081 
	`�e_�_choo�_m�_timeout_��e
(
�
, 
timeout_��e
,

1082 
RTE_CT_TCP_RETRANS
);

1083 i�(
	`�e_�_e�h�_d�e�i�_has_�ags
(
cd
,

1084 
RTE_CT_TCP_FLAG_DATA_UNACKNOWLEDGED
))

1085 
timeout_��e
 =

1086 
	`�e_�_choo�_m�_timeout_��e
(
�
, 
timeout_��e
,

1087 
RTE_CT_TCP_UNACK
);

1089 i�(
cd
->
c�n��us
 !�
RTE_SEEN_REPLY_CONN
) {

1090 i�(
t�h�d�
->
t�_�ags
 & 
RTE_CT_TCPHDR_RST
) {

1097  
RTE_CT_DESTROY_CNXN_AND_FORWARD_PACKET
;

1101 i�(
�w_��e
 =�
RTE_CT_TCP_ESTABLISHED
)

1102 
timeout_��e
 = 
	`�e_�_choo�_m�_timeout_��e
(
�
,

1103 
timeout_��e
,

1104 
RTE_CT_TCP_UNACK
);

1106 } i�(
cd
->
c�n��us
 !�
RTE_ASSURED_CONN
 &&

1107 (
�d_��e
 =�
RTE_CT_TCP_SYN_RECV


1108 || 
�d_��e
 =�
RTE_CT_TCP_ESTABLISHED
)

1109 && 
�w_��e
 =�
RTE_CT_TCP_ESTABLISHED
)

1110 
cd
->
c�n��us
 = 
RTE_ASSURED_CONN
;

1112 
cd
->
�_��oc�
.
t�_�_d�a
.
��e
 = 
�w_��e
;

1113 
	`�e_�_�t_�xn_tim�_f�_t�
(
�
, 
cd
, 
timeout_��e
);

1115  
�tu�_a�i�
;

1116 
	}
}

	@VIL/conntrack/rte_ct_tcp.h

17 #i�de�
__INCLUDE_RTE_CT_TCP_H__


18 

	#__INCLUDE_RTE_CT_TCP_H__


	)

19 
	~<�dlib.h
>

20 
	~<�r�g.h
>

21 
	~<��y�s.h
>

23 
	~<�e_t�.h
>

24 
	~<�e_p�t.h
>

25 
	~<�e_tim�.h
>

26 
	~<�e_�.h
>

27 
	~<�e_t�.h
>

28 
	~<�e_udp.h
>

29 
	~<�e_p�t.h
>

30 
	~<�e_by��d�.h
>

31 
	~"�e_�xn_�ack�g.h
"

37 

	#RTE_CT_TCPOPT_EOL
 0

	)

38 

	#RTE_CT_TCPOPT_NOP
 1

	)

39 

	#RTE_CT_TCPOPT_MSS
 2

	)

40 

	#RTE_CT_TCPOPT_WINDOW
 3

	)

41 

	#RTE_CT_TCPOPT_SACK_PERM
 4

	)

42 

	#RTE_CT_TCPOPT_SACK
 5

	)

43 

	#RTE_CT_TCPOPT_TIMESTAMP
 8

	)

45 

	#RTE_CT_TCPOLEN_MSS
 4

	)

46 

	#RTE_CT_TCPOLEN_WINDOW
 3

	)

47 

	#RTE_CT_TCPOLEN_SACK_PERM
 2

	)

48 

	#RTE_CT_TCPOLEN_TIMESTAMP
 10

	)

49 

	#RTE_CT_TCPOLEN_PER_SACK_ENTRY
 8

	)

51 

	#RTE_CT_TCPOLEN_MSS_ALIGNED
 4

	)

52 

	#RTE_CT_TCPOLEN_WINDOW_ALIGNED
 4

	)

53 

	#RTE_CT_TCPOLEN_SACK_PERM_ALIGNED
 4

	)

54 

	#RTE_CT_TCPOLEN_TIMESTAMP_ALIGNED
 12

	)

56 

	#RTE_CT_MAX_TCP_WINDOW_SCALE
 14

	)

58 

	#RTE_SP_OPTIONS_MSS
 1

	)

59 

	#RTE_SP_OPTIONS_WINDOW_SCALE
 2

	)

60 

	#RTE_SP_OPTIONS_TIMESTAMP
 4

	)

61 

	#RTE_SP_OPTIONS_SACK_PERM
 8

	)

64 
	e�e_�_�ck�_a�i�
 {

65 
	mRTE_CT_OPEN_CONNECTION
,

66 
	mRTE_CT_DROP_PACKET
,

67 
	mRTE_CT_FORWARD_PACKET
,

68 
	mRTE_CT_DESTROY_CNXN_AND_FORWARD_PACKET
,

69 
	mRTE_CT_REOPEN_CNXN_AND_FORWARD_PACKET
,

70 
	mRTE_CT_SEND_CLIENT_SYNACK
,

71 
	mRTE_CT_SEND_SERVER_SYN
,

72 
	mRTE_CT_SEND_SERVER_ACK
,

73 
	mRTE_CT_HIJACK


76 
	e�e_�_c�n��us
 {

77 
	mRTE_INIT_CONN
,

78 
	mRTE_SEEN_REPLY_CONN
,

79 
	mRTE_ASSURED_CONN


84 cڡ *cڡ 
	g�e_�_t�_�mes
[] = {

100 cڡ *cڡ 
	g�e_�_udp_�mes
[] = {

107 

	#RTE_MAX_ACKWIN_CONST
 66000

	)

110 

	#RTE_CT_TCP_FLAG_WINDOW_SCALE
 0x01

	)

113 

	#RTE_CT_TCP_FLAG_SACK_PERM
 0x02

	)

116 

	#RTE_CT_TCP_FLAG_CLOSE_INIT
 0x04

	)

119 

	#RTE_CT_TCP_FLAG_BE_LIBERAL
 0x08

	)

122 

	#RTE_CT_TCP_FLAG_DATA_UNACKNOWLEDGED
 0x10

	)

125 

	#RTE_CT_TCP_FLAG_MAXACK_SET
 0x20

	)

127 

	#RTE_CT_EXP_CHALLENGE_ACK
 0x40

	)

132 

	#RTE_CT_TCPHDR_FIN
 0x01

	)

133 

	#RTE_CT_TCPHDR_SYN
 0x02

	)

134 

	#RTE_CT_TCPHDR_RST
 0x04

	)

135 

	#RTE_CT_TCPHDR_ACK
 0x10

	)

137 

	#RTE_CT_TCPHDR_RST_ACK
 (
RTE_CT_TCPHDR_RST
 | 
RTE_CT_TCPHDR_ACK
)

	)

142 
	e�e_�_t�_��es
 {

143 
	mRTE_CT_TCP_NONE
,

144 
	mRTE_CT_TCP_SYN_SENT
,

145 
	mRTE_CT_TCP_SYN_RECV
,

146 
	mRTE_CT_TCP_ESTABLISHED
,

147 
	mRTE_CT_TCP_FIN_WAIT
,

148 
	mRTE_CT_TCP_CLOSE_WAIT
,

149 
	mRTE_CT_TCP_LAST_ACK
,

150 
	mRTE_CT_TCP_TIME_WAIT
,

151 
	mRTE_CT_TCP_CLOSE
,

152 
	mRTE_CT_TCP_SYN_SENT_2
,

153 
	mRTE_CT_TCP_RETRANS
,

154 
	mRTE_CT_TCP_UNACK
,

155 
	mRTE_CT_TCP_IGNORE


158 
	e�e_�_udp_��es
 {

159 
	mRTE_CT_UDP_NONE
,

160 
	mRTE_CT_UDP_UNREPLIED
,

161 
	mRTE_CT_UDP_REPLIED
,

162 
	mRTE_CT_UDP_MAX


167 

	#RTE_CT_TCP_MAX
 
RTE_CT_TCP_UNACK


	)

169 
	e�e_�_pkt_d�e�i�
 {

170 
	mRTE_CT_DIR_ORIGINAL
,

171 
	mRTE_CT_DIR_REPLY


174 
	s�e_�_t�_��e
 {

175 
u�t32_t
 
	m�d
;

176 
u�t32_t
 
	mmax�d
;

177 
u�t32_t
 
	mmaxw�
;

178 
u�t32_t
 
	mmaxack
;

179 
u�t8_t
 
	ms��
;

180 
u�t8_t
 
	m�ags
;

183 
	s�e_sy�roxy_�ti�s
 {

184 
u�t8_t
 
	m�ti�s
;

185 
u�t8_t
 
	mw�dow_s��
;

186 
u�t16_t
 
	mmss
;

187 
u�t32_t
 
	mts_v�
;

188 
u�t32_t
 
	mts_echo_��y
;

189 
u�t16_t
 
	m���l_w�dow
;

192 
	s�_�_�xn_d�a
 {

196 
�e_mbuf
 *
	mbuf�d_pkt_li�
;

197 
u�t32_t
 
	m�ig��_�oo�d_�q
;

199 
u�t32_t
 
	m�q_diff
;

200 
�e_sy�roxy_�ti�s
 
	m�xn_�ti�s
;

202 
u�t8_t
 
	msy�rox�d
;

203 
bo�
 
	mh�f_e�ablished
;

205 
bo�
 
	m�xn_e�ablished
;

208 
	s�e_�_t�
 {

209 
�e_�_t�_��e
 
	m��
[2];

210 
u�t8_t
 
	m��e
;

211 
u�t8_t
 
	mϡ_d�
;

214 
u�t8_t
 
	m���s
;

215 
u�t8_t
 
	mϡ_�dex
;

216 
u�t32_t
 
	mϡ_�q
;

217 
u�t32_t
 
	mϡ_ack
;

218 
u�t32_t
 
	mϡ_�d
;

219 
u�t16_t
 
	mϡ_w�
;

221 
u�t8_t
 
	mϡ_ws��
;

222 
u�t8_t
 
	mϡ_�ags
;

230 
	s�e_�_�xn_cou��s
 {

231 
u�t64_t
 
	m�ck�s_��ived
;

232 
u�t64_t
 
	m�ck�s_f�w�ded
;

233 
u�t64_t
 
	m�ck�s_drݳd
;

236 
	s�e_�_��o
 {

237 
�e_�_t�
 
	mt�_�_d�a
;

238 
�_�_�xn_d�a
 
	msy�roxy_d�a
;

248 
	s�e_�_�xn_d�a
 {

252 
�e_tim�
 
	mtim�
;

254 
�e_�_�xn_cou��s
 
	mcou��s
;

258 
u�t32_t
 
	mkey
[10];

260 
�e_�_��o
 
	m�_��oc�
;

263 
u�t64_t
 
	mex��ed_timeout
;

266 
u�t8_t
 
	m��e_u�d_f�_tim�
;

269 
u�t8_t
 
	mkey_is_���_�d�
;

270 
u�t8_t
 
	mc�n��us
;

271 
u�t8_t
 
	m��oc�
;

273 
u�t8_t
 
	mty�
;

276 
u�t8_t
 
	m�g_by�ss_�ag
;

278 
u�t8_t
 
	m�rv�_d�e�i�
;

279 
�t16_t
 
	mt�Seqdiff
;

281 
u�t8_t
 
	m�p_�ssi�_ty�
;

282 
u�t32_t
 
	mt�_�yl�d_size
;

283 
�t16_t
 
	m�q_���
;

284 
�t16_t
 
	mack_���
;

285 
�t16_t
 
	m�q_�rv�
;

286 
�t16_t
 
	mack_�rv�
;

288 } 
	g__�e_�che_�ig�d
;

291 

	#RTE_CT_TCP_MAX_RETRANS
 3

	)

293 
	s�e_�_t�timeout
 {

295 
u�t64_t
 
	mt�_timeouts
[
RTE_CT_TCP_MAX
 + 1];

299 
	s�e_�_misc_�ti�s
 {

300 
u�t8_t
 
	msy�roxy_�ab�d
;

301 
u�t32_t
 
	mt�_loo�
;

302 
u�t32_t
 
	mt�_be_lib��
;

303 
u�t32_t
 
	mt�_max_���s
;

306 
	s�e_�_ud�imeout
 {

307 
u�t64_t
 
	mudp_timeouts
[
RTE_CT_UDP_MAX
 + 1];

310 
	s�e_�_timeout
 {

311 
�e_�_t�timeout
 
	mt�timeout
;

312 
�e_�_ud�imeout
 
	mud�imeout
;

315 
	s�e_�_�xn_�ack�
 {

316 
�e_hash
 *
	mrhash
;

322 
u�t32_t
 
	mhash_keys
[
RTE_HASH_LOOKUP_BULK_MAX
][10];

325 *
	mhash_key_�rs
[
RTE_HASH_LOOKUP_BULK_MAX
];

326 #ifde�
CT_CGNAT


327 
u�t32_t
 
	mpos�i�s
[
RTE_HASH_LOOKUP_BULK_MAX
];

330 
u�t32_t
 
	mnum_�xn_���s
;

336 
�e_�_�xn_d�a
 *
	mhash_�b�_���s
;

337 
�e_CT_cou��_block
 *
	mcou��s
;

339 
u�t64_t
 
	mh�tz
;

340 
u�t64_t
 
	mtim�g_cy�es_�r_tim�g_��
;

341 
u�t64_t
 
	mtim�g_100ms_��s
;

342 
u�t64_t
 
	mtim�g_100ms_��s_�evious
;

343 
u�t64_t
 
	mtim�g_ϡ_time
;

344 
�e_�_timeout
 
	m�_timeout
;

345 
�e_�_misc_�ti�s
 
	mmisc_�ti�s
;

347 
	m�me
[16];

348 
�e_�_�xn_d�a
 *
	m�w_c���i�s
[64];

349 
�e_mbuf
 *
	mbuf�d_pkt_li�
;

350 
	mϋ�_c���i�
;

352 
u�t16_t
 
	mpo��r_off�t
;

353 } 
	g__�e_�che_�ig�d
;

360 
�e_�_�ck�_a�i�


361 
�e_�_t�_�w_c���i�
(

362 
�e_�_�xn_�ack�
 *
��
,

363 
�e_�_�xn_d�a
 *
�xn
,

364 
�e_mbuf
 *
pkt
,

365 
u�_sy�roxy
,

366 
u�t8_t
 
�_hdr_size
);

373 
�e_�_�ck�_a�i�


374 
�e_�_v�ify_t�_�ck�
(

375 
�e_�_�xn_�ack�
 *
��
,

376 
�e_�_�xn_d�a
 *
�xn
,

377 
�e_mbuf
 *
pkt
,

378 
u�t8_t
 
key_was_杳d
,

379 
u�t8_t
 
�_hdr_size
);

386 
u�t8_t


387 
�e_�_udp_�w_c���i�
(

388 
�e_�_�xn_�ack�
 *
�
,

389 
�e_�_�xn_d�a
 *
cd
,

390 
�e_mbuf
 *
pkt
);

397 
�e_�_�ck�_a�i�


398 
�e_�_udp_�ck�
(

399 
�e_�_�xn_�ack�
 *
�
,

400 
�e_�_�xn_d�a
 *
cd
,

401 
�e_mbuf
 *
pkt
,

402 
u�t8_t
 
key_was_杳d
);

411 
�e_�_�t_�xn_tim�_f�_t�
(

412 
�e_�_�xn_�ack�
 *
�
,

413 
�e_�_�xn_d�a
 *
cd
,

414 
u�t8_t
 
t�_��e
);

417 
�e_�_�t_�xn_tim�_f�_udp
(

418 
�e_�_�xn_�ack�
 *
�
,

419 
�e_�_�xn_d�a
 *
cd
,

420 
u�t8_t
 
t�_��e
);

423 
�e_�_�n�l_�xn_tim�
(
�e_�_�xn_d�a
 *
cd
);

435 
�e_�_cvt_to_�oo�d_���_sy�ck
(
�e_�_�xn_d�a
 *
cd
,

436 
�e_mbuf
 *
�d_pkt
);

439 
�e_�_cvt_to_�oo�d_�rv�_syn
(
�e_�_�xn_d�a
 *
cd
,

440 
�e_mbuf
 *
�d_pkt
);

443 
�e_�_cvt_to_�oo�d_�rv�_ack
(
�e_�_�xn_d�a
 *
cd
,

444 
�e_mbuf
 *
�d_pkt
);

451 
�e_�_adju�_���_ack_bef�e_w�dow_check
(

452 
�e_�_�xn_d�a
 *
cd
,

453 *
i_hdr
,

454 
t�_hdr
 *
thdr
,

455 
�e_�_pkt_d�e�i�
 
d�
);

458 
�e_�_adju�_�rv�_�q_a�_w�dow_check
(

459 
�e_�_�xn_d�a
 *
cd
,

460 *
i_hdr
,

461 
t�_hdr
 *
thdr
,

462 
�e_�_pkt_d�e�i�
 
d�
);

468 
�e_�_�r�_�ti�s
(
�e_mbuf
 *
pkt
, 
�e_�_�xn_d�a
 *
cd
);

474 
�e_�_buf�r_�ck�
(

475 
�e_�_�xn_�ack�
 *
�
,

476 
�e_�_�xn_d�a
 *
cd
,

477 
�e_mbuf
 *
pkt
);

480 
�e_�_��a�_buf�d_�ck�s
(

481 
�e_�_�xn_�ack�
 *
�
,

482 
�e_�_�xn_d�a
 *
cd
);

	@VIL/conntrack/rte_ct_udp.c

17 
	~<�dlib.h
>

18 
	~<�r�g.h
>

19 
	~"�e_�_t�.h
"

20 
	~"�e_�xn_�ack�g.h
"

22 
u�t8_t
 
	$�e_�_udp_�w_c���i�
(
__�e_unu�d
 
�e_�_�xn_�ack�
 *
�
,

23 
�e_�_�xn_d�a
 *
cd
,

24 
__�e_unu�d
 
�e_mbuf
 *
pkt
)

27 
cd
->
c�n��us
 = 
RTE_INIT_CONN
;

29 
	}
}

30 
�e_�_�ck�_a�i�
 
	$�e_�_udp_�ck�
(
�e_�_�xn_�ack�
 *
�
,

31 
�e_�_�xn_d�a
 *
cd
,

32 
__�e_unu�d
 
�e_mbuf
 *
pkt
,

33 
u�t8_t
 
key_was_杳d
)

35 
�e_�_pkt_d�e�i�
 
d�
;

37 
d�
 = (
cd
->
key_is_���_�d�
 =�!
key_was_杳d
);

39 i�(
d�
 =�
RTE_CT_DIR_REPLY
 &&

40 
cd
->
c�n��us
 =�
RTE_INIT_CONN
) {

41 
	`�e_�_�t_�xn_tim�_f�_udp
(
�
, 
cd
, 
RTE_CT_UDP_REPLIED
);

42 
cd
->
c�n��us
 = 
RTE_ASSURED_CONN
;

43 } i�(
d�
 =�
RTE_CT_DIR_REPLY
 &&

44 
cd
->
c�n��us
 =�
RTE_ASSURED_CONN
)

45 
	`�e_�_�t_�xn_tim�_f�_udp
(
�
, 
cd
, 
RTE_CT_UDP_REPLIED
);

47 
	`�e_�_�t_�xn_tim�_f�_udp
(
�
, 
cd
, 
RTE_CT_UDP_UNREPLIED
);

48  
RTE_CT_FORWARD_PACKET
;

49 
	}
}

	@VIL/l2l3_stack/bond.c

17 
	~<��r��.h
>

18 
	~"tsx.h
"

19 
��r��_ma�_t
 
ifm
;

20 
u�t8_t
 
ifm_debug
;

21 

USE_RTM_LOCKS
;

22 
�e_rwlock_t
 
rwlock
;

24 
	$ifm_b�d_p�t_���
(cڡ *
�me
, 
mode
, 
p�t_c�fig_t
 * 
p�tc�f
)

26 
p�t_id
;

27 
l2_phy_��r��_t
 *
b�d_p�t
;

28 i�(
ifm_debug
 && 
IFM_DEBUG_CONFIG
)

29 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: i/��m�%p, mod�%d\n\r", 
__FUNCTION__
,

30 
�me
, 
mode
);

31 i�(
�me
 =�
NULL
) {

32 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Param�ame cannot be NULL\n\r",

33 
__FUNCTION__
);

34  
IFM_FAILURE
;

36 i�(
mode
 < 0 || mode > 6) {

37 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Param mode should be withing 0�o 6\n\r",

38 
__FUNCTION__
);

39  
IFM_FAILURE
;

41 i�(
p�tc�f
 =�
NULL
) {

42 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Param�ortconf cannot be NULL\n\r",

43 
__FUNCTION__
);

44  
IFM_FAILURE
;

46 
b�d_p�t
 = 
	`ifm_g�_p�t_by_�me
(
�me
);

47 i�(
b�d_p�t
 =�
NULL
) {

48 i�(
ifm_debug
 && 
IFM_DEBUG_CONFIG
)

49 
	`RTE_LOG
(
INFO
, 
IFM
, "C��ifm_p�t_�tu�%s\n\r", 
�me
);

50 
p�t_id
 = 
	`�e_�h_b�d_���
(
�me
, 
mode
, 0);

51 i�(
p�t_id
 < 0) {

52 
	`RTE_LOG
(
ERR
, 
IFM
,

54 
__FUNCTION__
, 
�me
, 
mode
);

55  
IFM_FAILURE
;

57 
	`RTE_LOG
(
INFO
, 
IFM
,

59 "mod�%u.\n\r", 
__FUNCTION__
, 
�me
, 
p�t_id
,

60 
	`�e_�h_dev_sock�_id
(
p�t_id
), 
mode
);

62 
b�d_p�t
 = (
l2_phy_��r��_t
 *�
	`�e_zm�loc
(
NULL
,

64 (
l2_phy_��r��_t
),

65 
RTE_CACHE_LINE_SIZE
);

66 
b�d_p�t
->
pmdid
 = 
p�t_id
;

67 
	`���y
(
b�d_p�t
->
i�ame
, 
�me
, 
IFM_IFNAME_LEN
);

68 
	`mem�y
(&
b�d_p�t
->
p�t_c�fig
, 
p�tc�f
,

69 (
p�t_c�fig_t
));

70 
b�d_p�t
->
�ags
 |�
IFM_MASTER
;

71 
b�d_p�t
 *
b�d_�fo
;

72 
b�d_�fo
 = (
b�d_p�t
 *)
	`�e_zm�loc
(
NULL
,

74 
b�d_p�t
),

75 
RTE_CACHE_LINE_SIZE
);

76 
b�d_�fo
->
sock�_id
 = 
	`�e_�h_dev_sock�_id
(
p�t_id
);

77 
b�d_�fo
->
mode
 = mode;

78 
b�d_�fo
->
b�d_p�tid
 = 
p�t_id
;

79 
b�d_p�t
->
b�d_c�fig
 = 
b�d_�fo
;

80 i�(
mode
 =�
IFM_BONDING_MODE_8023AD
)

81 
b�d_p�t
->
tx_buf_�n
 =

82 (2 * 
	`RTE_ETH_TX_BUFFER_SIZE
(
IFM_BURST_SIZE
)) *

83 
RTE_MAX_ETHPORTS
;

85 
ifm
.
p�t_li�
[
p�t_id
] = 
b�d_p�t
;

86 i�(
ifm_debug
 && 
IFM_DEBUG_CONFIG
)

87 
	`RTE_LOG
(
INFO
, 
IFM
,

89 
__FUNCTION__
, 
�me
, 
p�t_id
);

91 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Port %s�lready�xists in�he"

92 "�܈li�\n\r", 
__FUNCTION__
, 
�me
);

93 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

94 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring�ock @ %d\n\r",

95 
__FUNCTION__
, 
__LINE__
);

96 i�(
USE_RTM_LOCKS
)

97 
	`�m_lock
();

99 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

101 i�(!(
b�d_p�t
->
�ags
 & 
IFM_MASTER
)) {

102 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Previously�ort %s was�ot "

103 "c�figu�d��B�d��t\n\r", 
__FUNCTION__
,

104 
�me
);

105 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

106 
	`RTE_LOG
(
INFO
, 
IFM
,

108 
__FUNCTION__
, 
__LINE__
);

109 i�(
USE_RTM_LOCKS
)

110 
	`�m_u�ock
();

112 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

113  
IFM_FAILURE
;

115 i�(
b�d_p�t
->
b�d_c�fig
->
mode
 != mode) {

116 i�(
	`�e_�h_b�d_mode_�t
(
b�d_p�t
->
pmdid
, 
mode
) < 0) {

117 
	`RTE_LOG
(
ERR
, 
IFM
, "%s:�te_eth_bond_mode_set "

118 "�ed\n\r", 
__FUNCTION__
);

119 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

120 
	`RTE_LOG
(
INFO
, 
IFM
,

122 
__FUNCTION__
, 
__LINE__
);

123 i�(
USE_RTM_LOCKS
)

124 
	`�m_u�ock
();

126 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

127  
IFM_FAILURE
;

130 
b�d_p�t
->
b�d_c�fig
->
mode
 =

131 
	`�e_�h_b�d_mode_g�
(
b�d_p�t
->
pmdid
);

133 
b�d_p�t
->
b�d_c�fig
->
xm�_p�icy
 =

134 
	`�e_�h_b�d_xm�_p�icy_g�
(
b�d_p�t
->
pmdid
);

135 i�(
ifm_debug
 && 
IFM_DEBUG_CONFIG
)

136 
	`RTE_LOG
(
INFO
, 
IFM
,

138 "\n\r", 
__FUNCTION__
, 
b�d_p�t
->
pmdid
,

139 
b�d_p�t
->
b�d_c�fig
->
mode
,

140 
b�d_p�t
->
b�d_c�fig
->
xm�_p�icy
);

142 
p�t_id
 = 
b�d_p�t
->
pmdid
;

143 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

144 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring�ock @ %d\n\r",

145 
__FUNCTION__
, 
__LINE__
);

146 i�(
USE_RTM_LOCKS
)

147 
	`�m_u�ock
();

149 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

151  
p�t_id
;

152 
	}
}

154 
	$ifm_b�d_p�t_d��e
(cڡ *
�me
)

156 
l2_phy_��r��_t
 *
b�d_p�t
;

157 i�(
�me
 =�
NULL
) {

158 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Param�ame cannot be NULL\n\r",

159 
__FUNCTION__
);

160  
IFM_FAILURE
;

162 
b�d_p�t
 = 
	`ifm_g�_p�t_by_�me
(
�me
);

163 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

164 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

165 
__FUNCTION__
, 
__LINE__
);

166 i�(
USE_RTM_LOCKS
)

167 
	`�m_lock
();

169 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

170 i�(
b�d_p�t
 =�
NULL
) {

171 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort with�ame %s�ot"

172 " found i�th�li�\n\r", 
__FUNCTION__
, 
�me
);

173  
IFM_FAILURE
;

175 i�(!(
b�d_p�t
->
�ags
 & 
IFM_MASTER
)) {

176 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %s is�ot "

177 "c�figu�d i�n� b�d��t\n\r", 
__FUNCTION__
, 
�me
);

178 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

179 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

180 
__FUNCTION__
, 
__LINE__
);

181 i�(
USE_RTM_LOCKS
) {

182 
	`�m_u�ock
();

184 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

186  
IFM_FAILURE
;

188 i�(
b�d_p�t
->
b�d_c�fig
 && b�d_p�t->b�d_c�fig->
�ave_cou�
 > 0) {

189 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: First unbind�ll slave "

190 "p�t��om�h�b�d�܈%s\n\r", 
__FUNCTION__
, 
�me
);

191 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

192 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

193 
__FUNCTION__
, 
__LINE__
);

194 i�(
USE_RTM_LOCKS
) {

195 
	`�m_u�ock
();

197 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

199  
IFM_FAILURE
;

201 
�t
;

202 
�t
 = 
	`�e_�h_b�d_�
(
�me
);

203 i�(
�t
 < 0) {

204 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Failed�o delete "

205 "b�d�܈%s\n\r", 
__FUNCTION__
, 
�me
);

206 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

207 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

208 
__FUNCTION__
, 
__LINE__
);

209 i�(
USE_RTM_LOCKS
) {

210 
	`�m_u�ock
();

212 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

214  
IFM_FAILURE
;

216 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
)

217 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Bond�ort %s deleted successfully\n\r",

218 
__FUNCTION__
, 
�me
);

220 i�(
b�d_p�t
 && b�d_p�t->
b�d_c�fig
 !�
NULL
) {

221 
	`�e_�
(
b�d_p�t
->
b�d_c�fig
);

222 
b�d_p�t
->
b�d_c�fig
 = 
NULL
;

224 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

225 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

226 
__FUNCTION__
, 
__LINE__
);

227 i�(
USE_RTM_LOCKS
)

228 
	`�m_u�ock
();

230 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

231 
	`ifm_�move_p�t_d�a�s
(
b�d_p�t
->
pmdid
);

233  
IFM_SUCCESS
;

234 
	}
}

236 
	$ifm_add_�ave_p�t
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
�ave_p�t_id
)

238 
l2_phy_��r��_t
 *
b�d_p�t
, *
�ave_p�t
;

239 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

241 
�ave_p�t
 = 
	`ifm_g�_p�t
(
�ave_p�t_id
);

243 i�(
ifm_debug
 & 
IFM_DEBUG
)

244 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: i/p bond id %u, slave id %u\n\r",

245 
__FUNCTION__
, 
b�ded_p�t_id
, 
�ave_p�t_id
);

246 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

247 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

248 
__FUNCTION__
, 
__LINE__
);

249 i�(
USE_RTM_LOCKS
) {

250 
	`�m_lock
();

252 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

254 i�(
b�d_p�t
 =�
NULL
) {

255 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

256 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

257 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

258 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

259 
__FUNCTION__
, 
__LINE__
);

260 i�(
USE_RTM_LOCKS
) {

261 
	`�m_u�ock
();

263 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

265  
IFM_FAILURE
;

267 i�(
�ave_p�t
 =�
NULL
) {

268 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given slave�ort %u is�ot�vailable in "

269 "p܈li�.\n\r", 
__FUNCTION__
, 
�ave_p�t_id
);

270 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

271 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

272 
__FUNCTION__
, 
__LINE__
);

273 i�(
USE_RTM_LOCKS
) {

274 
	`�m_u�ock
();

276 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

278  
IFM_FAILURE
;

280 i�(
b�d_p�t
 && !(b�d_p�t->
�ags
 & 
IFM_MASTER
)) {

281 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot configured "

282 "a�Ma����t. %u\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
,

283 
b�d_p�t
->
�ags
 & 
IFM_MASTER
);

284 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

285 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

286 
__FUNCTION__
, 
__LINE__
);

287 i�(
USE_RTM_LOCKS
) {

288 
	`�m_u�ock
();

290 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

292  
IFM_FAILURE
;

294 i�(
b�d_p�t
 && b�d_p�t->
b�d_c�fig


295 && 
b�d_p�t
->
b�d_c�fig
->
�ave_cou�
 =�
RTE_MAX_ETHPORTS
) {

296 
	`RTE_LOG
(
ERR
, 
IFM
,

298 
__FUNCTION__
, 
RTE_MAX_ETHPORTS
);

299 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

300 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

301 
__FUNCTION__
, 
__LINE__
);

302 i�(
USE_RTM_LOCKS
) {

303 
	`�m_u�ock
();

305 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

307  
IFM_FAILURE
;

309 i�(
�ave_p�t
 && s�ve_p�t->
�ags
 & 
IFM_SLAVE
) {

311 i�(
�ave_p�t
->
b�d_c�fig
 !�
NULL
) {

312 i�(
b�ded_p�t_id
 !=

313 
�ave_p�t
->
b�d_c�fig
->
b�d_p�tid
) {

314 
	`RTE_LOG
(
ERR
, 
IFM
,

317 
__FUNCTION__
, 
�ave_p�t_id
,

318 
�ave_p�t
->
b�d_c�fig
->
b�d_p�tid
);

319 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

320 
	`RTE_LOG
(
INFO
, 
IFM
,

322 
__FUNCTION__
, 
__LINE__
);

323 i�(
USE_RTM_LOCKS
) {

324 
	`�m_u�ock
();

326 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

328  
IFM_FAILURE
;

330 i�(
ifm_debug
 & 
IFM_DEBUG
)

331 
	`RTE_LOG
(
INFO
, 
IFM
,

333 
__FUNCTION__
, 
�ave_p�t_id
,

334 
b�ded_p�t_id
);

335 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

336 
	`RTE_LOG
(
INFO
, 
IFM
,

338 
__FUNCTION__
, 
__LINE__
);

339 i�(
USE_RTM_LOCKS
) {

340 
	`�m_u�ock
();

342 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

344  
IFM_SUCCESS
;

348 i�(
b�d_p�t
->
b�d_c�fig
 && b�d_p�t->b�d_c�fig->
�ave_cou�
 &&

349 
b�d_p�t
->
l�k_��d
 !�
�ave_p�t
->link_speed

350 && 
b�d_p�t
->
l�k_du�ex
 !�
�ave_p�t
->link_duplex) {

351 
	`RTE_LOG
(
ERR
, 
IFM
,

353 
__FUNCTION__
);

354 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

355 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

356 
__FUNCTION__
, 
__LINE__
);

357 i�(
USE_RTM_LOCKS
) {

358 
	`�m_u�ock
();

360 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

362  
IFM_FAILURE
;

364 i�(
ifm_debug
 & 
IFM_DEBUG
)

365 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Slave�ort %u Master�ort %u\n\r",

366 
__FUNCTION__
, 
�ave_p�t_id
, 
b�ded_p�t_id
);

367 
�t
;

368 
�t
 = 
	`�e_�h_b�d_�ave_add
(
b�d_p�t
->
pmdid
, 
�ave_p�t
->pmdid);

369 i�(
�t
 < 0) {

370 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Failed�o�dd slave�ort %u�o bond "

371 "p܈%u.\n\r", 
__FUNCTION__
, 
�ave_p�t
->
pmdid
,

372 
b�d_p�t
->
pmdid
);

373 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

374 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

375 
__FUNCTION__
, 
__LINE__
);

376 i�(
USE_RTM_LOCKS
) {

377 
	`�m_u�ock
();

379 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

381  
IFM_FAILURE
;

383 
�ave_p�t
->
�ags
 |�
IFM_SLAVE
;

385 i�(
b�d_p�t
->
b�d_c�fig
) {

386 
b�d_p�t
->
b�d_c�fig
->
xm�_p�icy
 =

387 
	`�e_�h_b�d_xm�_p�icy_g�
(
b�d_p�t
->
pmdid
);

388 
b�d_p�t
->
b�d_c�fig
->
����_ms
 =

389 
	`�e_�h_b�d_l�k_mڙܚg_g�
(
b�d_p�t
->
pmdid
);

390 
b�d_p�t
->
b�d_c�fig
->
l�k_up_d�ay_ms
 =

391 
	`�e_�h_b�d_l�k_up_��_d�ay_g�
(
b�d_p�t
->
pmdid
);

392 
b�d_p�t
->
b�d_c�fig
->
l�k_down_d�ay_ms
 =

393 
	`�e_�h_b�d_l�k_down_��_d�ay_g�
(
b�d_p�t
->
pmdid
);

394 
b�d_p�t
->
b�d_c�fig
->
�im�y
 =

395 
	`�e_�h_b�d_�im�y_g�
(
b�d_p�t
->
pmdid
);

396 
b�d_p�t
->
b�d_c�fig
->
�ave_cou�
 =

397 
	`�e_�h_b�d_�aves_g�
(
b�d_p�t
->
pmdid
,

398 
b�d_p�t
->
b�d_c�fig
->
�aves
,

399 
RTE_MAX_ETHPORTS
);

400 
b�d_p�t
->
b�d_c�fig
->
a�ive_�ave_cou�
 =

401 
	`�e_�h_b�d_a�ive_�aves_g�
(
b�d_p�t
->
pmdid
,

402 
b�d_p�t
->
b�d_c�fig
->

403 
a�ive_�aves
,

404 
RTE_MAX_ETHPORTS
);

405 
�ave_p�t
->
b�d_c�fig
 = 
b�d_p�t
->bond_config;

406 i�(
ifm_debug
 & 
IFM_DEBUG
)

407 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Slave count is %u\n\r",

408 
__FUNCTION__
,

409 
b�d_p�t
->
b�d_c�fig
->
�ave_cou�
);

410 i�(
b�d_p�t
->
b�d_c�fig
->
�ave_cou�
 == 1) {

411 
�t
 =

412 
	`ifm_p�t_�tup
(
b�d_p�t
->
pmdid
,

413 &(
b�d_p�t
->
p�t_c�fig
));

414 i�(
�t
 < 0) {

415 
	`RTE_LOG
(
ERR
, 
IFM
,

417 
__FUNCTION__
, 
b�d_p�t
->
pmdid
);

418 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

419 
	`RTE_LOG
(
INFO
, 
IFM
,

421 
__FUNCTION__
, 
__LINE__
);

422 i�(
USE_RTM_LOCKS
) {

423 
	`�m_u�ock
();

425 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

427  
IFM_FAILURE
;

430 i�(
ifm_debug
 & 
IFM_DEBUG
)

431 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Skipping"

432 "�܈�tup\n\r", 
__FUNCTION__
);

435 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

436 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

437 
__FUNCTION__
, 
__LINE__
);

438 i�(
USE_RTM_LOCKS
) {

439 
	`�m_u�ock
();

441 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

443  
IFM_SUCCESS
;

444 
	}
}

446 
	$ifm_�move_�ave_p�t
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
�ave_p�t_id
)

448 
l2_phy_��r��_t
 *
b�d_p�t
, *
�ave_p�t
;

450 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

452 
�ave_p�t
 = 
	`ifm_g�_p�t
(
�ave_p�t_id
);

455 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

456 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

457 
__FUNCTION__
, 
__LINE__
);

458 i�(
USE_RTM_LOCKS
) {

459 
	`�m_lock
();

461 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

463 i�(
b�d_p�t
 =�
NULL
) {

464 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable "

465 "��܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

466 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

467 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

468 
__FUNCTION__
, 
__LINE__
);

469 i�(
USE_RTM_LOCKS
)

470 
	`�m_u�ock
();

472 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

473  
IFM_FAILURE
;

475 i�(
�ave_p�t
 =�
NULL
) {

476 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given slave�ort %u is�ot�vailable "

477 "��܈li�.\n\r", 
__FUNCTION__
, 
�ave_p�t_id
);

478 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

479 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

480 
__FUNCTION__
, 
__LINE__
);

481 i�(
USE_RTM_LOCKS
)

482 
	`�m_u�ock
();

484 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

485  
IFM_FAILURE
;

487 i�(
b�d_p�t
 && !(b�d_p�t->
�ags
 & 
IFM_MASTER
)) {

488 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot configured "

489 "a�Ma����t.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

490 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

491 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

492 
__FUNCTION__
, 
__LINE__
);

493 i�(
USE_RTM_LOCKS
)

494 
	`�m_u�ock
();

496 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

497  
IFM_FAILURE
;

499 i�(
�ave_p�t
 && !(�ave_p�t->
�ags
 & 
IFM_SLAVE
)) {

500 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given slave�ort %u is�ot configured"

501 "���av�p�t.\n\r", 
__FUNCTION__
, 
�ave_p�t_id
);

502 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

503 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

504 
__FUNCTION__
, 
__LINE__
);

505 i�(
USE_RTM_LOCKS
)

506 
	`�m_u�ock
();

508 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

509  
IFM_FAILURE
;

511 
i
;

512 
found
 = 0;

513 
i
 = 0; i < 
b�d_p�t
->
b�d_c�fig
->
�ave_cou�
; i++) {

514 i�(
�ave_p�t_id
 =�
b�d_p�t
->
b�d_c�fig
->
�aves
[
i
]) {

515 
found
 = 1;

519 i�(!
found
) {

520 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given slave�ort %u is�ot binded "

521 "w�h b�d�܈%u\n\r", 
__FUNCTION__
, 
�ave_p�t_id
,

522 
b�ded_p�t_id
);

523 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

524 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

525 
__FUNCTION__
, 
__LINE__
);

526 i�(
USE_RTM_LOCKS
)

527 
	`�m_u�ock
();

529 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

530  
IFM_FAILURE
;

532 i�(
	`�e_�h_b�d_�ave_�move
(
b�ded_p�t_id
, 
�ave_p�t_id
) < 0) {

533 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Failed�o unbind slave�ort %u"

534 " from b�d�܈%u\n\r", 
__FUNCTION__
, 
�ave_p�t_id
,

535 
b�ded_p�t_id
);

536 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

537 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

538 
__FUNCTION__
, 
__LINE__
);

539 i�(
USE_RTM_LOCKS
)

540 
	`�m_u�ock
();

542 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

543  
IFM_FAILURE
;

545 
�ave_p�t
->
�ags
 &�~
IFM_SLAVE
;

546 
�ave_p�t
->
b�d_c�fig
 = 
NULL
;

547 
b�d_p�t
->
b�d_c�fig
->
�im�y
 =

548 
	`�e_�h_b�d_�im�y_g�
(
b�d_p�t
->
pmdid
);

549 
b�d_p�t
->
b�d_c�fig
->
�ave_cou�
 =

550 
	`�e_�h_b�d_�aves_g�
(
b�d_p�t
->
pmdid
,

551 
b�d_p�t
->
b�d_c�fig
->
�aves
,

552 
RTE_MAX_ETHPORTS
);

553 
b�d_p�t
->
b�d_c�fig
->
a�ive_�ave_cou�
 =

554 
	`�e_�h_b�d_a�ive_�aves_g�
(
b�d_p�t
->
pmdid
,

555 
b�d_p�t
->
b�d_c�fig
->

556 
a�ive_�aves
, 
RTE_MAX_ETHPORTS
);

558 i�(
ifm_debug
 & 
IFM_DEBUG
)

559 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Unbinded slave�ort %u from�he bond "

560 "p܈%u %d\n\r", 
__FUNCTION__
, 
�ave_p�t_id
,

561 
b�ded_p�t_id
,

562 
	`�e_�h_b�d_�im�y_g�
(
b�d_p�t
->
pmdid
));

563 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

564 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

565 
__FUNCTION__
, 
__LINE__
);

566 i�(
USE_RTM_LOCKS
)

567 
	`�m_u�ock
();

569 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

570  
IFM_SUCCESS
;

571 
	}
}

573 
	$�t_b�d_mode
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
mode
)

575 
l2_phy_��r��_t
 *
b�d_p�t
;

576 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

579 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

580 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

581 
__FUNCTION__
, 
__LINE__
);

582 i�(
USE_RTM_LOCKS
)

583 
	`�m_lock
();

585 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

586 if(
b�d_p�t
)

587 
	`ifm_�move_p�t_d�a�s
(
b�d_p�t
->
pmdid
);

588 i�(
b�d_p�t
 =�
NULL
) {

589 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

590 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

591  
IFM_FAILURE
;

593 i�(
b�d_p�t
 && b�d_p�t->
b�d_c�fig
->
mode
 == mode) {

594 i�(
ifm_debug
 & 
IFM_DEBUG
)

595 
	`RTE_LOG
(
INFO
, 
IFM
,

597 " mod�%u\n\r.", 
__FUNCTION__
, 
mode
);

598 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

599 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

600 
__FUNCTION__
, 
__LINE__
);

601 i�(
USE_RTM_LOCKS
)

602 
	`�m_u�ock
();

604 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

605 
	`ifm_�move_p�t_d�a�s
(
b�d_p�t
->
pmdid
);

606  
IFM_SUCCESS
;

609 i�(
	`�e_�h_b�d_mode_�t
(
b�d_p�t
->
pmdid
, 
mode
) < 0) {

610 
	`RTE_LOG
(
ERR
, 
IFM
,

612 
__FUNCTION__
, 
mode
, 
b�d_p�t
->
pmdid
);

613 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

614 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

615 
__FUNCTION__
, 
__LINE__
);

616 i�(
USE_RTM_LOCKS
)

617 
	`�m_u�ock
();

619 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

620 
	`ifm_�move_p�t_d�a�s
(
b�d_p�t
->
pmdid
);

621  
IFM_FAILURE
;

624 
b�d_p�t
->
b�d_c�fig
->
mode
 = 
	`�e_�h_b�d_mode_g�
(b�d_p�t->
pmdid
);

626 
b�d_p�t
->
b�d_c�fig
->
xm�_p�icy
 =

627 
	`�e_�h_b�d_xm�_p�icy_g�
(
b�d_p�t
->
pmdid
);

628 i�(
ifm_debug
 & 
IFM_DEBUG
)

629 
	`RTE_LOG
(
INFO
, 
IFM
,

631 "\n\r.", 
__FUNCTION__
, 
b�d_p�t
->
pmdid
,

632 
b�d_p�t
->
b�d_c�fig
->
mode
,

633 
b�d_p�t
->
b�d_c�fig
->
xm�_p�icy
);

634 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

635 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

636 
__FUNCTION__
, 
__LINE__
);

637 i�(
USE_RTM_LOCKS
)

638 
	`�m_u�ock
();

640 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

641 
	`ifm_�move_p�t_d�a�s
(
b�d_p�t
->
pmdid
);

642  
IFM_SUCCESS
;

643 
	}
}

645 
	$g�_b�d_mode
(
u�t8_t
 
b�ded_p�t_id
)

647 
l2_phy_��r��_t
 *
b�d_p�t
;

648 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

651 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

652 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

653 
__FUNCTION__
, 
__LINE__
);

654 i�(
USE_RTM_LOCKS
) {

655 
	`�m_lock
();

657 
	`�e_rwlock_�ad_lock
(&
rwlock
);

659 i�(
b�d_p�t
 =�
NULL
) {

660 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

661 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

662 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

663 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

664 
__FUNCTION__
, 
__LINE__
);

665 i�(
USE_RTM_LOCKS
) {

666 
	`�m_u�ock
();

668 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

670  
IFM_FAILURE
;

672 
u�t8_t
 
mode
 = 
b�d_p�t
->
b�d_c�fig
->mode;

673 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

674 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

675 
__FUNCTION__
, 
__LINE__
);

676 i�(
USE_RTM_LOCKS
) {

677 
	`�m_u�ock
();

679 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

681  
mode
;

682 
	}
}

684 
	$�t_b�d_�im�y
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
�ave_p�t_id
)

686 
l2_phy_��r��_t
 *
b�d_p�t
;

687 
l2_phy_��r��_t
 *
�ave_p�t
;

688 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

690 
�ave_p�t
 = 
	`ifm_g�_p�t
(
�ave_p�t_id
);

693 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

694 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

695 
__FUNCTION__
, 
__LINE__
);

696 i�(
USE_RTM_LOCKS
)

697 
	`�m_lock
();

699 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

700 i�(
b�d_p�t
 =�
NULL
) {

701 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

702 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

703 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

704 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

705 
__FUNCTION__
, 
__LINE__
);

706 i�(
USE_RTM_LOCKS
)

707 
	`�m_u�ock
();

709 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

710  
IFM_FAILURE
;

712 i�(
�ave_p�t
 =�
NULL
) {

713 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given slave�ort %u is�ot�vailable in"

714 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

715 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

716 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

717 
__FUNCTION__
, 
__LINE__
);

718 i�(
USE_RTM_LOCKS
)

719 
	`�m_u�ock
();

721 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

722  
IFM_FAILURE
;

724 
i
;

725 
found
 = 0;

726 
i
 = 0; i < 
b�d_p�t
->
b�d_c�fig
->
�ave_cou�
; i++) {

727 i�(
�ave_p�t_id
 =�
b�d_p�t
->
b�d_c�fig
->
�aves
[
i
]) {

728 
found
 = 1;

732 i�(!
found
) {

733 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Slave�ort %u is�ot binded "

735 
__FUNCTION__
, 
�ave_p�t_id
, 
b�ded_p�t_id
);

736 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

737 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

738 
__FUNCTION__
, 
__LINE__
);

739 i�(
USE_RTM_LOCKS
)

740 
	`�m_u�ock
();

742 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

743  
IFM_FAILURE
;

746 i�(
b�d_p�t
->
b�d_c�fig
->
�im�y
 =�
�ave_p�t_id
) {

747 i�(
ifm_debug
 & 
IFM_DEBUG
)

748 
	`RTE_LOG
(
INFO
, 
IFM
,

750 "%u\n\r.", 
__FUNCTION__
, 
b�ded_p�t_id
,

751 
�ave_p�t_id
);

752 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

753 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

754 
__FUNCTION__
, 
__LINE__
);

755 i�(
USE_RTM_LOCKS
)

756 
	`�m_u�ock
();

758 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

759  
IFM_SUCCESS
;

762 i�(
	`�e_�h_b�d_�im�y_�t
(
b�d_p�t
->
pmdid
, 
�ave_p�t
->pmdid) < 0) {

763 
	`RTE_LOG
(
ERR
, 
IFM
,

765 
__FUNCTION__
, 
�ave_p�t
->
pmdid
, 
b�d_p�t
->pmdid);

766 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

767 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

768 
__FUNCTION__
, 
__LINE__
);

769 i�(
USE_RTM_LOCKS
)

770 
	`�m_u�ock
();

772 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

773  
IFM_FAILURE
;

776 
b�d_p�t
->
b�d_c�fig
->
�im�y
 =

777 
	`�e_�h_b�d_�im�y_g�
(
b�d_p�t
->
pmdid
);

778 i�(
ifm_debug
 & 
IFM_DEBUG
)

779 
	`RTE_LOG
(
INFO
, 
IFM
,

781 
__FUNCTION__
, 
b�d_p�t
->
b�d_c�fig
->
�im�y
,

782 
b�d_p�t
->
pmdid
);

783 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

784 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

785 
__FUNCTION__
, 
__LINE__
);

786 i�(
USE_RTM_LOCKS
)

787 
	`�m_u�ock
();

789 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

790  
IFM_SUCCESS
;

791 
	}
}

793 
	$g�_b�d_�im�y_p�t
(
u�t8_t
 
b�ded_p�t_id
)

795 
l2_phy_��r��_t
 *
b�d_p�t
;

796 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

799 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

800 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

801 
__FUNCTION__
, 
__LINE__
);

802 i�(
USE_RTM_LOCKS
) {

803 
	`�m_lock
();

805 
	`�e_rwlock_�ad_lock
(&
rwlock
);

807 i�(
b�d_p�t
 =�
NULL
) {

808 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

809 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

810 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

811 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

812 
__FUNCTION__
, 
__LINE__
);

813 i�(
USE_RTM_LOCKS
) {

814 
	`�m_u�ock
();

816 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

818  
IFM_FAILURE
;

820 
u�t8_t
 
�im�y
 = 
b�d_p�t
->
b�d_c�fig
->primary;

821 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

822 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

823 
__FUNCTION__
, 
__LINE__
);

824 i�(
USE_RTM_LOCKS
) {

825 
	`�m_u�ock
();

827 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

829  
�im�y
;

830 
	}
}

832 
	$g�_b�d_�ave_cou�
(
u�t8_t
 
b�ded_p�t_id
)

834 
l2_phy_��r��_t
 *
b�d_p�t
;

835 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

838 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

839 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

840 
__FUNCTION__
, 
__LINE__
);

841 i�(
USE_RTM_LOCKS
) {

842 
	`�m_lock
();

844 
	`�e_rwlock_�ad_lock
(&
rwlock
);

846 i�(
b�d_p�t
 =�
NULL
) {

847 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

848 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

849 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

850 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

851 
__FUNCTION__
, 
__LINE__
);

852 i�(
USE_RTM_LOCKS
) {

853 
	`�m_u�ock
();

855 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

857  
IFM_FAILURE
;

859 
u�t32_t
 
�ave_cou�
 = 
b�d_p�t
->
b�d_c�fig
->slave_count;

860 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

861 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

862 
__FUNCTION__
, 
__LINE__
);

863 i�(
USE_RTM_LOCKS
) {

864 
	`�m_u�ock
();

866 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

868  
�ave_cou�
;

869 
	}
}

871 
	$g�_b�d_a�ive_�ave_cou�
(
u�t8_t
 
b�ded_p�t_id
)

873 
l2_phy_��r��_t
 *
b�d_p�t
;

874 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

877 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

878 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

879 
__FUNCTION__
, 
__LINE__
);

880 i�(
USE_RTM_LOCKS
) {

881 
	`�m_lock
();

883 
	`�e_rwlock_�ad_lock
(&
rwlock
);

885 i�(
b�d_p�t
 =�
NULL
) {

886 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

887 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

888 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

889 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

890 
__FUNCTION__
, 
__LINE__
);

891 i�(
USE_RTM_LOCKS
) {

892 
	`�m_u�ock
();

894 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

896  
IFM_FAILURE
;

898 
u�t32_t
 
�ave_cou�
 = 
b�d_p�t
->
b�d_c�fig
->
a�ive_�ave_cou�
;

899 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

900 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

901 
__FUNCTION__
, 
__LINE__
);

902 i�(
USE_RTM_LOCKS
) {

903 
	`�m_u�ock
();

905 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

907  
�ave_cou�
;

908 
	}
}

910 
	$g�_b�d_�aves
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
�aves
[
RTE_MAX_ETHPORTS
])

912 
l2_phy_��r��_t
 *
b�d_p�t
;

913 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

916 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

917 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

918 
__FUNCTION__
, 
__LINE__
);

919 i�(
USE_RTM_LOCKS
) {

920 
	`�m_lock
();

922 
	`�e_rwlock_�ad_lock
(&
rwlock
);

924 i�(
b�d_p�t
 =�
NULL
) {

925 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

926 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

927  
IFM_FAILURE
;

929 
	`mem�y
(
�aves
, 
b�d_p�t
->
b�d_c�fig
->slaves,

930 
b�d_p�t
->
b�d_c�fig
->
�ave_cou�
);

931 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

932 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

933 
__FUNCTION__
, 
__LINE__
);

934 i�(
USE_RTM_LOCKS
) {

935 
	`�m_u�ock
();

937 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

939  
IFM_SUCCESS
;

940 
	}
}

942 
	$g�_b�d_a�ive_�aves
(
u�t8_t
 
b�ded_p�t_id
,

943 
u�t8_t
 
a�ive_�aves
[
RTE_MAX_ETHPORTS
])

945 
l2_phy_��r��_t
 *
b�d_p�t
;

946 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

949 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

950 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

951 
__FUNCTION__
, 
__LINE__
);

952 i�(
USE_RTM_LOCKS
) {

953 
	`�m_lock
();

955 
	`�e_rwlock_�ad_lock
(&
rwlock
);

957 i�(
b�d_p�t
 =�
NULL
) {

958 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

959 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

960  
IFM_FAILURE
;

962 
	`mem�y
(
a�ive_�aves
, 
b�d_p�t
->
b�d_c�fig
->active_slaves,

963 
b�d_p�t
->
b�d_c�fig
->
a�ive_�ave_cou�
);

964 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

965 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

966 
__FUNCTION__
, 
__LINE__
);

967 i�(
USE_RTM_LOCKS
) {

968 
	`�m_u�ock
();

970 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

972  
IFM_SUCCESS
;

973 
	}
}

975 
	$�t_b�d_mac_add�ss
(
u�t8_t
 
b�ded_p�t_id
, 
�h�_addr
 *
mac_addr
)

977 
l2_phy_��r��_t
 *
b�d_p�t
;

978 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

981 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

982 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

983 
__FUNCTION__
, 
__LINE__
);

984 i�(
USE_RTM_LOCKS
) {

985 
	`�m_lock
();

987 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

989 i�(
mac_addr
 =�
NULL
) {

990 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: MAC�ddress cannot be NULL.\n\r",

991 
__FUNCTION__
);

992 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

993 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

994 
__FUNCTION__
, 
__LINE__
);

995 i�(
USE_RTM_LOCKS
) {

996 
	`�m_u�ock
();

998 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1000  
IFM_FAILURE
;

1003 i�(
b�d_p�t
 =�
NULL
) {

1004 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

1005 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

1006 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1007 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1008 
__FUNCTION__
, 
__LINE__
);

1009 i�(
USE_RTM_LOCKS
) {

1010 
	`�m_u�ock
();

1012 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1014  
IFM_FAILURE
;

1016 i�(
	`�e_�h_b�d_mac_add�ss_�t
(
b�d_p�t
->
pmdid
, 
mac_addr
) < 0) {

1017 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Failed�o set MAC�ddr for�ort %u\n\r",

1018 
__FUNCTION__
, 
b�d_p�t
->
pmdid
);

1019 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1020 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1021 
__FUNCTION__
, 
__LINE__
);

1022 i�(
USE_RTM_LOCKS
) {

1023 
	`�m_u�ock
();

1025 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1027  
IFM_FAILURE
;

1029 
	`�e_�h_ma�ddr_g�
(
b�d_p�t
->
pmdid
,

1030 (
�h�_addr
 *)
b�d_p�t
->
ma�ddr
);

1031 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1032 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1033 
__FUNCTION__
, 
__LINE__
);

1034 i�(
USE_RTM_LOCKS
) {

1035 
	`�m_u�ock
();

1037 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1039  
IFM_SUCCESS
;

1040 
	}
}

1042 
	$��t_b�d_mac_addr
(
u�t8_t
 
b�ded_p�t_id
)

1044 
l2_phy_��r��_t
 *
b�d_p�t
;

1045 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

1048 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1049 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

1050 
__FUNCTION__
, 
__LINE__
);

1051 i�(
USE_RTM_LOCKS
) {

1052 
	`�m_lock
();

1054 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

1056 i�(
b�d_p�t
 =�
NULL
) {

1057 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

1058 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

1059 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1060 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1061 
__FUNCTION__
, 
__LINE__
);

1062 i�(
USE_RTM_LOCKS
) {

1063 
	`�m_u�ock
();

1065 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1067  
IFM_FAILURE
;

1069 i�(
	`�e_�h_b�d_mac_add�ss_��t
(
b�d_p�t
->
pmdid
) < 0) {

1070 
	`RTE_LOG
(
ERR
, 
IFM
,

1072 
__FUNCTION__
, 
b�d_p�t
->
pmdid
);

1073 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1074 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1075 
__FUNCTION__
, 
__LINE__
);

1076 i�(
USE_RTM_LOCKS
) {

1077 
	`�m_u�ock
();

1079 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1081  
IFM_FAILURE
;

1083 
	`�e_�h_ma�ddr_g�
(
b�d_p�t
->
pmdid
,

1084 (
�h�_addr
 *)
b�d_p�t
->
ma�ddr
);

1085 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1086 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1087 
__FUNCTION__
, 
__LINE__
);

1088 i�(
USE_RTM_LOCKS
) {

1089 
	`�m_u�ock
();

1091 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1093  
IFM_FAILURE
;

1094 
	}
}

1096 
	$�t_b�d_xm�p�icy
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
p�icy
)

1099 
l2_phy_��r��_t
 *
b�d_p�t
;

1100 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

1102 
�t
 = 0;

1104 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1105 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

1106 
__FUNCTION__
, 
__LINE__
);

1107 i�(
USE_RTM_LOCKS
) {

1108 
	`�m_lock
();

1110 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

1112 i�(
b�d_p�t
 =�
NULL
) {

1113 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

1114 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

1115 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1116 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1117 
__FUNCTION__
, 
__LINE__
);

1118 i�(
USE_RTM_LOCKS
) {

1119 
	`�m_u�ock
();

1121 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1123  
IFM_FAILURE
;

1125 i�(
b�d_p�t
->
b�d_c�fig
->
xm�_p�icy
 =�
p�icy
) {

1126 i�(
ifm_debug
 & 
IFM_DEBUG
)

1127 
	`RTE_LOG
(
INFO
, 
IFM
,

1129 
__FUNCTION__
, 
b�ded_p�t_id
);

1130 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1131 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1132 
__FUNCTION__
, 
__LINE__
);

1133 i�(
USE_RTM_LOCKS
) {

1134 
	`�m_u�ock
();

1136 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1138  
IFM_SUCCESS
;

1140 i�(
	`�e_�h_b�d_xm�_p�icy_�t
(
b�d_p�t
->
pmdid
, 
p�icy
) < 0) {

1141 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Failed�o set�olicy for�ort %u\n\r",

1142 
__FUNCTION__
, 
b�d_p�t
->
pmdid
);

1143 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1144 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1145 
__FUNCTION__
, 
__LINE__
);

1146 i�(
USE_RTM_LOCKS
) {

1147 
	`�m_u�ock
();

1149 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1151  
IFM_FAILURE
;

1153 
�t
 = 
	`�e_�h_b�d_xm�_p�icy_g�
(
b�d_p�t
->
pmdid
);

1154 i�(
�t
 < 0) {

1155 i�(
ifm_debug
 & 
IFM_DEBUG
)

1156 
	`RTE_LOG
(
INFO
, 
IFM
,

1158 
__FUNCTION__
);

1159 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1160 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1161 
__FUNCTION__
, 
__LINE__
);

1162 i�(
USE_RTM_LOCKS
) {

1163 
	`�m_u�ock
();

1165 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1167  
IFM_FAILURE
;

1169 
b�d_p�t
->
b�d_c�fig
->
xm�_p�icy
 = 
p�icy
;

1170 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1171 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1172 
__FUNCTION__
, 
__LINE__
);

1173 i�(
USE_RTM_LOCKS
) {

1174 
	`�m_u�ock
();

1176 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1178  
IFM_SUCCESS
;

1179 
	}
}

1181 
	$g�_b�d_xm�p�icy
(
u�t8_t
 
b�ded_p�t_id
)

1183 
l2_phy_��r��_t
 *
b�d_p�t
;

1185 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

1187 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1188 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: RD Acquiring�ock @ %d\n\r",

1189 
__FUNCTION__
, 
__LINE__
);

1190 i�(
USE_RTM_LOCKS
) {

1191 
	`�m_lock
();

1193 
	`�e_rwlock_�ad_lock
(&
rwlock
);

1195 i�(
b�d_p�t
 =�
NULL
) {

1196 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

1197 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

1198 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1199 
	`RTE_LOG
(
INFO
, 
IFM
, "%s:Releasing RD�ock @ %d\n\r",

1200 
__FUNCTION__
, 
__LINE__
);

1201 i�(
USE_RTM_LOCKS
) {

1202 
	`�m_u�ock
();

1204 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1206  
IFM_FAILURE
;

1208 
u�t8_t
 
p�icy
 = 
b�d_p�t
->
b�d_c�fig
->
xm�_p�icy
;

1209 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1210 
	`RTE_LOG
(
INFO
, 
IFM
, "%s:Releasing RD�ock @ %d\n\r",

1211 
__FUNCTION__
, 
__LINE__
);

1212 i�(
USE_RTM_LOCKS
) {

1213 
	`�m_u�ock
();

1215 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1217  
p�icy
;

1218 
	}
}

1220 
	$�t_b�d_l�k_m�t��_�equ�cy
(
u�t8_t
 
b�ded_p�t_id
,

1221 
u�t32_t
 
����_ms
)

1223 
l2_phy_��r��_t
 *
b�d_p�t
;

1224 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1225 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

1226 
__FUNCTION__
, 
__LINE__
);

1227 i�(
USE_RTM_LOCKS
) {

1228 
	`�m_lock
();

1230 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

1233 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

1234 
�t
 = 0;

1236 i�(
b�d_p�t
 =�
NULL
) {

1237 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

1238 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

1239 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1240 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1241 
__FUNCTION__
, 
__LINE__
);

1242 i�(
USE_RTM_LOCKS
) {

1243 
	`�m_u�ock
();

1245 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1247  
IFM_FAILURE
;

1249 i�(
b�d_p�t
->
b�d_c�fig
->
����_ms
 == internal_ms) {

1250 i�(
ifm_debug
 & 
IFM_DEBUG
)

1251 
	`RTE_LOG
(
INFO
, 
IFM
,

1253 
__FUNCTION__
, 
b�ded_p�t_id
);

1254 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1255 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1256 
__FUNCTION__
, 
__LINE__
);

1257 i�(
USE_RTM_LOCKS
) {

1258 
	`�m_u�ock
();

1260 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1262  
IFM_SUCCESS
;

1264 i�(
	`�e_�h_b�d_l�k_mڙܚg_�t
(
b�d_p�t
->
pmdid
, 
����_ms
) < 0) {

1265 
	`RTE_LOG
(
ERR
, 
IFM
,

1267 
__FUNCTION__
, 
b�d_p�t
->
pmdid
);

1268 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1269 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1270 
__FUNCTION__
, 
__LINE__
);

1271 i�(
USE_RTM_LOCKS
) {

1272 
	`�m_u�ock
();

1274 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1276  
IFM_FAILURE
;

1278 
�t
 = 
	`�e_�h_b�d_l�k_mڙܚg_g�
(
b�d_p�t
->
pmdid
);

1279 i�(
�t
 < 0) {

1280 i�(
ifm_debug
 & 
IFM_DEBUG
)

1281 
	`RTE_LOG
(
INFO
, 
IFM
,

1283 
__FUNCTION__
);

1284 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1285 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1286 
__FUNCTION__
, 
__LINE__
);

1287 i�(
USE_RTM_LOCKS
) {

1288 
	`�m_u�ock
();

1290 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1292  
IFM_FAILURE
;

1294 
b�d_p�t
->
b�d_c�fig
->
����_ms
 = internal_ms;

1295 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1296 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1297 
__FUNCTION__
, 
__LINE__
);

1298 i�(
USE_RTM_LOCKS
) {

1299 
	`�m_u�ock
();

1301 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1303  
IFM_SUCCESS
;

1304 
	}
}

1306 
	$g�_b�d_l�k_mڙ�_�equ�cy
(
u�t8_t
 
b�ded_p�t_id
)

1308 
l2_phy_��r��_t
 *
b�d_p�t
;

1310 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

1312 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1313 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

1314 
__FUNCTION__
, 
__LINE__
);

1315 i�(
USE_RTM_LOCKS
) {

1316 
	`�m_lock
();

1318 
	`�e_rwlock_�ad_lock
(&
rwlock
);

1320 i�(
b�d_p�t
 =�
NULL
) {

1321 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

1322 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

1323 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1324 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

1325 
__FUNCTION__
, 
__LINE__
);

1326 i�(
USE_RTM_LOCKS
) {

1327 
	`�m_u�ock
();

1329 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1331  
IFM_FAILURE
;

1333 
u�t32_t
 
����_ms
 = 
b�d_p�t
->
b�d_c�fig
->internal_ms;

1334 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1335 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

1336 
__FUNCTION__
, 
__LINE__
);

1337 i�(
USE_RTM_LOCKS
) {

1338 
	`�m_u�ock
();

1340 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1342  
����_ms
;

1343 
	}
}

1345 
	$�t_b�d_l�kdown_d�ay
(
u�t8_t
 
b�ded_p�t_id
, 
u�t32_t
 
d�ay_ms
)

1347 
l2_phy_��r��_t
 *
b�d_p�t
;

1348 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1349 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

1350 
__FUNCTION__
, 
__LINE__
);

1352 i�(
USE_RTM_LOCKS
) {

1353 
	`�m_lock
();

1355 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

1358 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

1359 
d�ay
 = 0;

1361 i�(
b�d_p�t
 =�
NULL
) {

1362 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

1363 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

1364 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1365 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1366 
__FUNCTION__
, 
__LINE__
);

1368 i�(
USE_RTM_LOCKS
) {

1369 
	`�m_u�ock
();

1371 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1373  
IFM_FAILURE
;

1375 i�(
b�d_p�t
->
b�d_c�fig
->
l�k_down_d�ay_ms
 =�
d�ay_ms
) {

1376 i�(
ifm_debug
 & 
IFM_DEBUG
)

1377 
	`RTE_LOG
(
INFO
, 
IFM
,

1379 
__FUNCTION__
, 
b�ded_p�t_id
);

1380 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1381 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1382 
__FUNCTION__
, 
__LINE__
);

1384 i�(
USE_RTM_LOCKS
) {

1385 
	`�m_u�ock
();

1387 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1389  
IFM_SUCCESS
;

1391 i�(
	`�e_�h_b�d_l�k_down_��_d�ay_�t
(
b�d_p�t
->
pmdid
, 
d�ay_ms
) <

1393 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Failed�o set delay for�ort %u\n\r",

1394 
__FUNCTION__
, 
b�d_p�t
->
pmdid
);

1395 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1396 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1397 
__FUNCTION__
, 
__LINE__
);

1399 i�(
USE_RTM_LOCKS
) {

1400 
	`�m_u�ock
();

1402 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1404  
IFM_FAILURE
;

1406 
d�ay
 = 
	`�e_�h_b�d_l�k_down_��_d�ay_g�
(
b�d_p�t
->
pmdid
);

1407 i�(
d�ay
 < 0) {

1408 i�(
ifm_debug
 & 
IFM_DEBUG
)

1409 
	`RTE_LOG
(
INFO
, 
IFM
,

1411 
__FUNCTION__
);

1412 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1413 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1414 
__FUNCTION__
, 
__LINE__
);

1416 i�(
USE_RTM_LOCKS
) {

1417 
	`�m_u�ock
();

1419 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1421  
IFM_FAILURE
;

1423 
b�d_p�t
->
b�d_c�fig
->
l�k_down_d�ay_ms
 = 
d�ay
;

1424 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1425 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1426 
__FUNCTION__
, 
__LINE__
);

1428 i�(
USE_RTM_LOCKS
) {

1429 
	`�m_u�ock
();

1431 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1433  
IFM_SUCCESS
;

1434 
	}
}

1436 
	$g�_b�d_l�k_down_d�ay
(
u�t8_t
 
b�ded_p�t_id
)

1438 
l2_phy_��r��_t
 *
b�d_p�t
;

1440 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

1441 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1442 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

1443 
__FUNCTION__
, 
__LINE__
);

1444 i�(
USE_RTM_LOCKS
)

1445 
	`�m_lock
();

1447 
	`�e_rwlock_�ad_lock
(&
rwlock
);

1449 i�(
b�d_p�t
 =�
NULL
) {

1450 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

1451 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

1452 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1453 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

1454 
__FUNCTION__
, 
__LINE__
);

1455 i�(
USE_RTM_LOCKS
) {

1456 
	`�m_u�ock
();

1458 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1460  
IFM_FAILURE
;

1462 
u�t32_t
 
d�ay_ms
 = 
b�d_p�t
->
b�d_c�fig
->
l�k_down_d�ay_ms
;

1463 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1464 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

1465 
__FUNCTION__
, 
__LINE__
);

1466 i�(
USE_RTM_LOCKS
) {

1467 
	`�m_u�ock
();

1469 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1471  
d�ay_ms
;

1473 
	}
}

1475 
	$�t_b�d_l�kup_d�ay
(
u�t8_t
 
b�ded_p�t_id
, 
u�t32_t
 
d�ay_ms
)

1477 
l2_phy_��r��_t
 *
b�d_p�t
;

1478 
d�ay
 = 0;

1479 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

1481 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1482 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

1483 
__FUNCTION__
, 
__LINE__
);

1484 i�(
USE_RTM_LOCKS
)

1485 
	`�m_u�ock
();

1487 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1489 i�(
b�d_p�t
 =�
NULL
) {

1490 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Given bond�ort %u is�ot�vailable in"

1491 "�܈li�.\n\r", 
__FUNCTION__
, 
b�ded_p�t_id
);

1492 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1493 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1494 
__FUNCTION__
, 
__LINE__
);

1495 i�(
USE_RTM_LOCKS
)

1496 
	`�m_u�ock
();

1498 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1499  
IFM_FAILURE
;

1501 i�(
b�d_p�t
->
b�d_c�fig
->
l�k_up_d�ay_ms
 =�
d�ay_ms
) {

1502 i�(
ifm_debug
 & 
IFM_DEBUG
)

1503 
	`RTE_LOG
(
INFO
, 
IFM
,

1505 
__FUNCTION__
, 
b�ded_p�t_id
);

1506 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1507 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1508 
__FUNCTION__
, 
__LINE__
);

1509 i�(
USE_RTM_LOCKS
)

1510 
	`�m_u�ock
();

1512 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1513  
IFM_SUCCESS
;

1515 i�(
	`�e_�h_b�d_l�k_up_��_d�ay_�t
(
b�d_p�t
->
pmdid
, 
d�ay_ms
) < 0) {

1516 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Failed�o set delay for�ort %u\n\r",

1517 
__FUNCTION__
, 
b�d_p�t
->
pmdid
);

1518 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1519 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1520 
__FUNCTION__
, 
__LINE__
);

1522 i�(
USE_RTM_LOCKS
)

1523 
	`�m_u�ock
();

1525 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1526  
IFM_FAILURE
;

1528 
d�ay
 = 
	`�e_�h_b�d_l�k_up_��_d�ay_g�
(
b�d_p�t
->
pmdid
);

1529 i�(
d�ay
 < 0) {

1530 
	`RTE_LOG
(
INFO
, 
IFM
,

1532 
__FUNCTION__
);

1533 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1534 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1535 
__FUNCTION__
, 
__LINE__
);

1537 i�(
USE_RTM_LOCKS
)

1538 
	`�m_u�ock
();

1540 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1541  
IFM_FAILURE
;

1543 
b�d_p�t
->
b�d_c�fig
->
l�k_up_d�ay_ms
 = 
d�ay
;

1544 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1545 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

1546 
__FUNCTION__
, 
__LINE__
);

1548 i�(
USE_RTM_LOCKS
)

1549 
	`�m_u�ock
();

1551 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1552  
IFM_SUCCESS
;

1553 
	}
}

1555 
	$g�_b�d_l�k_up_d�ay
(
u�t8_t
 
b�ded_p�t_id
)

1557 
l2_phy_��r��_t
 *
b�d_p�t
;

1558 
u�t32_t
 
d�ay_ms
;

1560 
b�d_p�t
 = 
	`ifm_g�_p�t
(
b�ded_p�t_id
);

1562 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1563 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

1564 
__FUNCTION__
, 
__LINE__
);

1565 i�(
USE_RTM_LOCKS
)

1566 
	`�m_lock
();

1568 
	`�e_rwlock_�ad_lock
(&
rwlock
);

1569 i�(
b�d_p�t
 =�
NULL
) {

1570 i�(
ifm_debug
 & 
IFM_DEBUG
) {

1571 
	`RTE_LOG
(
ERR
, 
IFM
,

1573 "�܈li�.\n\r", 
__FUNCTION__
,

1574 
b�ded_p�t_id
);

1576 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1577 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

1578 
__FUNCTION__
, 
__LINE__
);

1579 i�(
USE_RTM_LOCKS
)

1580 
	`�m_u�ock
();

1582 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1583  
IFM_FAILURE
;

1585 
d�ay_ms
 = 
b�d_p�t
->
b�d_c�fig
->
l�k_up_d�ay_ms
;

1587 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1588 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

1589 
__FUNCTION__
, 
__LINE__
);

1590 i�(
USE_RTM_LOCKS
)

1591 
	`�m_u�ock
();

1593 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1594  
d�ay_ms
;

1595 
	}
}

	@VIL/l2l3_stack/hle.c

16 
	~"tsx.h
"

18 
	~<xmm���.h
>

20 
	$h�_��
()

22 
mu�x_v�
 = 0;

23 
	}
}

25 
	$h�_lock
()

27 
__�omic_exch�ge_n


28 (&
mu�x_v�
, 1, 
__ATOMIC_ACQUIRE
 | 
__ATOMIC_HLE_ACQUIRE
))

29 
	`_mm_�u�
();

30  
TRUE
;

31 
	}
}

33 
	$h�_��a�
()

35 
	`__�omic_��e_n
(&
mu�x_v�
, 0,

36 
__ATOMIC_RELEASE
 | 
__ATOMIC_HLE_RELEASE
);

37  
TRUE
;

38 
	}
}

40 
	$is_h�_locked
()

42  (
mu�x_v�
 =�0�? 
FALSE
 : 
TRUE
;

43 
	}
}

	@VIL/l2l3_stack/hle.h

17 

	#HLE_TRUE
 1

	)

18 

	#HLE_FALSE
 0

	)

20 vީ��
	gmu�x_v�
;

25 
h�_mu�x
();

30 
h�_lock
();

35 
h�_��a�
();

40 
is_locked
();

	@VIL/l2l3_stack/interface.c

16 
	~<��r��.h
>

17 
	~<�e_by��d�.h
>

18 
	~<lib_�p.h
>

19 
	~<tsx.h
>

21 
��r��_ma�_t
 
	gifm
;

22 
	gUSE_RTM_LOCKS
 = 0;

23 
�e_rwlock_t
 
	grwlock
;

24 
u�t8_t
 
	gifm_debug
;

25 
	g�ev_��e
;

27 
	$c�fig_ifm_debug
(
dbg
, 
�ag
)

29 
dbg
) {

30 
IFM_DEBUG_CONFIG
:

31 i�(
�ag
) {

32 
ifm_debug
 |�
IFM_DEBUG_CONFIG
;

34 
ifm_debug
 &�~
IFM_DEBUG_CONFIG
;

37 
IFM_DEBUG_RXTX
:

38 i�(
�ag
) {

39 
ifm_debug
 |�
IFM_DEBUG_RXTX
;

41 
ifm_debug
 &�~
IFM_DEBUG_RXTX
;

44 
IFM_DEBUG_LOCKS
:

45 i�(
�ag
) {

46 
ifm_debug
 |�
IFM_DEBUG_LOCKS
;

48 
ifm_debug
 &�~
IFM_DEBUG_LOCKS
;

51 
IFM_DEBUG
:

52 i�(
�ag
) {

53 
ifm_debug
 |�
IFM_DEBUG
;

55 
ifm_debug
 &�~
IFM_DEBUG
;

59 
	}
}

61 
	$ifm_��
()

63 
i
 = 0;

64 
	`c�fig_ifm_debug
(
IFM_DEBUG_CONFIG
, 1);

65 i�(
	`�n_u�_��l_c�e_4th_g�_�u�s
()) {

66 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
)

67 
	`RTE_LOG
(
INFO
, 
IFM
, "TSX�ot currently supported...\n\r");

68 
USE_RTM_LOCKS
 = 0;

70 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
)

71 
	`RTE_LOG
(
INFO
, 
IFM
, "TSX�ot supported\n\r");

72 
USE_RTM_LOCKS
 = 0;

74 i�(
USE_RTM_LOCKS
)

75 
	`�m_��
();

77 
	`�e_rwlock_��
(&
rwlock
);

79 
i
 = 0; i < 
IFM_MAX_PORTARR_SZ
; i++) {

80 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

81 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

82 
__FUNCTION__
, 
__LINE__
);

83 i�(
USE_RTM_LOCKS
)

84 
	`�m_lock
();

86 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

88 
ifm
.
p�t_li�
[
i
] = 
NULL
;

89 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

90 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

91 
__FUNCTION__
, 
__LINE__
);

92 i�(
USE_RTM_LOCKS
)

93 
	`�m_u�ock
();

95 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

97 
ifm
.
��t_�t�lized
 = 
	`�e_�h_dev_cou�
();

98 
ifm
.
��t_c�figu�d
 = 0;

99 
	`RTE_LOG
(
INFO
, 
IFM
, "IFM_INIT: Number of�orts initialized during "

100 "PCI�rob�g %u.\n\r", 
ifm
.
��t_�t�lized
);

101 
	}
}

103 
	$ifm_�move_p�t_d�a�s
(
u�t8_t
 
p�tid
)

105 i�(
ifm
.
p�t_li�
[
p�tid
] !�
NULL
) {

106 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

107 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring�ock %d\n\r",

108 
__FUNCTION__
, 
__LINE__
);

109 i�(
USE_RTM_LOCKS
)

110 
	`�m_lock
();

112 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

113 
l2_phy_��r��_t
 *
p�t
 = 
ifm
.
p�t_li�
[
p�tid
];

114 
ifm
.
p�t_li�
[
p�tid
] = 
NULL
;

115 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
)

116 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: NULL set for�ort %u\n\r",

117 
__FUNCTION__
, 
p�tid
);

118 
	`�e_�
(
p�t
);

119 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

120 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing�ock @ %d\n\r",

121 
__FUNCTION__
, 
__LINE__
);

123 i�(
USE_RTM_LOCKS
)

124 
	`�m_u�ock
();

126 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

128 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

129 
	`RTE_LOG
(
INFO
, 
IFM
,

131 " i���ady Nu�.\n\r", 
__FUNCTION__
, 
p�tid
);

133 
	}
}

135 
l2_phy_��r��_t
 *
	$ifm_g�_p�t
(
u�t8_t
 
p�t_id
)

137 
l2_phy_��r��_t
 *
p�t
 = 
NULL
;

138 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

139 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acqu��g�ock @ %d\n\r", 
__FUNCTION__
,

140 
__LINE__
);

142 i�(
USE_RTM_LOCKS
)

143 
	`�m_lock
();

145 
	`�e_rwlock_�ad_lock
(&
rwlock
);

147 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

149 i�(
p�t
 =�
NULL
) {

153 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

154 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

155 
__FUNCTION__
, 
__LINE__
);

156 i�(
USE_RTM_LOCKS
)

157 
	`�m_u�ock
();

159 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

160  
NULL
;

162 i�(
p�t
->
pmdid
 =�
p�t_id
) {

165 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

166 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing�ock @ %d\n\r",

167 
__FUNCTION__
, 
__LINE__
);

169 i�(
USE_RTM_LOCKS
)

170 
	`�m_u�ock
();

172 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

173  
p�t
;

180 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

181 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: R��s�g�ock @ %d\n\r", 
__FUNCTION__
,

182 
__LINE__
);

183 i�(
USE_RTM_LOCKS
)

184 
	`�m_u�ock
();

186 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

187  
NULL
;

188 
	}
}

190 
l2_phy_��r��_t
 *
	$ifm_g�_f��_p�t
()

192 
l2_phy_��r��_t
 *
p�t
 = 
NULL
;

193 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

194 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acqu��g�ock @ %d\n\r", 
__FUNCTION__
,

195 
__LINE__
);

197 i�(
USE_RTM_LOCKS
)

198 
	`�m_lock
();

200 
	`�e_rwlock_�ad_lock
(&
rwlock
);

201 
p�t
 = 
ifm
.
p�t_li�
[0];

202 i�(
p�t
 =�
NULL
) {

205 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

206 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing�ock @ %d\n\r",

207 
__FUNCTION__
, 
__LINE__
);

208 i�(
USE_RTM_LOCKS
)

209 
	`�m_u�ock
();

211 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

212  
NULL
;

216 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

217 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: R��s�g�ock @ %d\n\r", 
__FUNCTION__
,

218 
__LINE__
);

219 i�(
USE_RTM_LOCKS
)

220 
	`�m_u�ock
();

222 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

223  
p�t
;

224 
	}
}

226 
l2_phy_��r��_t
 *
	$ifm_g�_�xt_p�t
(
u�t8_t
 
p�t_id
)

228 
l2_phy_��r��_t
 *
p�t
 = 
NULL
;

229 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

230 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acqu��g�ock @ %d\n\r", 
__FUNCTION__
,

231 
__LINE__
);

232 i�(
USE_RTM_LOCKS
)

233 
	`�m_lock
();

235 
	`�e_rwlock_�ad_lock
(&
rwlock
);

236 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
 + 1];

237 i�(
p�t
 =�
NULL
) {

238 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

239 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing�ock @ %d\n\r",

240 
__FUNCTION__
, 
__LINE__
);

241 i�(
USE_RTM_LOCKS
)

242 
	`�m_u�ock
();

244 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

245  
NULL
;

249 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

250 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: R��s�g�ock @ %d\n\r", 
__FUNCTION__
,

251 
__LINE__
);

253 i�(
USE_RTM_LOCKS
)

254 
	`�m_u�ock
();

256 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

257  
p�t
;

258 
	}
}

260 
l2_phy_��r��_t
 *
	$ifm_g�_p�t_by_�me
(cڡ *
�me
)

262 
l2_phy_��r��_t
 *
p�t
 = 
NULL
;

263 
i
;

264 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

265 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acqu��g�ock @ %d\n\r", 
__FUNCTION__
,

266 
__LINE__
);

268 i�(
USE_RTM_LOCKS
)

269 
	`�m_lock
();

271 
	`�e_rwlock_�ad_lock
(&
rwlock
);

272 
i
 = 0; i < 
RTE_MAX_ETHPORTS
 && 
ifm
.
p�t_li�
[i]; i++) {

273 
p�t
 = 
ifm
.
p�t_li�
[
i
];

274 i�(
	`�rcmp
(
�me
, 
p�t
->
i�ame
) == 0) {

275 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
)

276 
	`RTE_LOG
(
INFO
, 
IFM
, "FOUND!�ort %u %s\n\r",

277 
p�t
->
pmdid
,��t->
i�ame
);

278 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

279 
	`RTE_LOG
(
INFO
, 
IFM
,

281 
__FUNCTION__
, 
__LINE__
);

282 i�(
USE_RTM_LOCKS
)

283 
	`�m_u�ock
();

285 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

286  
p�t
;

289 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

290 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: R��s�g�ock @ %d\n\r", 
__FUNCTION__
,

291 
__LINE__
);

292 i�(
USE_RTM_LOCKS
)

293 
	`�m_u�ock
();

295 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

296  
NULL
;

297 
	}
}

299 
	$lsi_ev�t_��back
(
u�t8_t
 
p�t_id
, 
�e_�h_ev�t_ty�
 
ty�
,

300 *
��m
)

302 
�e_�h_l�k
 
l�k
;

303 
l2_phy_��r��_t
 *
p�t
;

304 
n���s
 = 
ifm
.
n���
;

305 
i
;

307 
	`RTE_SET_USED
(
��m
);

308 
	`RTE_SET_USED
(
ty�
);

310 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

311 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

312 
__FUNCTION__
, 
__LINE__
);

313 i�(
USE_RTM_LOCKS
) {

314 
	`�m_lock
();

316 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

318 
	`�e_�h_l�k_g�
(
p�t_id
, &
l�k
);

319 
i
 = 0; i < 
n���s
; i++)

320 
ifm
.
if_���
[
i
].
	`cb_l�kupd�e
(
p�t_id
, 
l�k
.
l�k_��us
);

321 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

322 i�(
p�t
 =�
NULL
) {

323 
	`RTE_LOG
(
ERR
, 
IFM
,

325 
__FUNCTION__
, 
p�t_id
);

327 i�(
p�t
 !�
NULL
 &&��t->
pmdid
 =�
p�t_id
) {

328 i�(
l�k
.
l�k_��us
) {

329 
p�t
->
l�k_��us
 = 
IFM_ETH_LINK_UP
;

330 
p�t
->
l�k_��d
 = 
l�k
.link_speed;

331 
p�t
->
l�k_du�ex
 = 
l�k
.link_duplex;

332 
	`RTE_LOG
(
INFO
, 
IFM
,

334 
p�t_id
, ()
l�k
.
l�k_��d
,

335 (
l�k
.
l�k_du�ex
 ==

336 
ETH_LINK_FULL_DUPLEX
) ? ("full-duplex")

338 i�(
p�t
->
�ags
 & 
IFM_MASTER
) {

339 
p�t
->
�ags
 |�
IFM_BONDED
;

340 
p�t
->
b�d_c�fig
->
a�ive_�ave_cou�
 =

341 
	`�e_�h_b�d_a�ive_�aves_g�
(
p�t
->
pmdid
,

342 
p�t
->

343 
b�d_c�fig
->

344 
a�ive_�aves
,

345 
RTE_MAX_ETHPORTS
);

346 
�h�_addr
 
�w_mac
;

347 
	`�e_�h_ma�ddr_g�
(
p�t
->
pmdid
,

348 (
�h�_addr
 *)

349 &
�w_mac
);

350 i�(
memcmp


351 (&
�w_mac
, 
p�t
->
ma�ddr
,

352 (
�h�_addr
))) {

353 
	`RTE_LOG
(
INFO
, 
IFM
,

355 
p�t
->
pmdid
);

357 
	`RTE_LOG
(
INFO
, 
IFM
,

359 
p�t
->
pmdid
);

362 i�(
p�t
->
�ags
 & 
IFM_SLAVE
) {

363 
u�t8_t
 
ma��_p�tid
 =

364 
p�t
->
b�d_c�fig
->
b�d_p�tid
;

365 
�e_�h_l�k
 
l�k��us
;

366 
	`�e_�h_l�k_g�
(
ma��_p�tid
, &
l�k��us
);

367 
	`RTE_LOG
(
INFO
, 
IFM
, "P܈%u '�Ma��(%u衩u�i�%u\n\r", 
p�t_id
,

368 
ma��_p�tid
, 
l�k��us
.
l�k_��us
);

370 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

371 
	`RTE_LOG
(
INFO
, 
IFM
,

373 
__FUNCTION__
, 
__LINE__
);

375 i�(
USE_RTM_LOCKS
) {

376 
	`�m_u�ock
();

378 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

380 i�(
p�t
->
�v4_li�
 !�
NULL
) {

381 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
)

382 
	`RTE_LOG
(
INFO
, 
IFM
,

384 
p�t
->
pmdid
);

385 i�(!
�ev_��e
) {

386 
	`�nd_g�tu�ous_�p
(
p�t
);

387 
�ev_��e
 = 1;

392 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
)

393 
	`RTE_LOG
(
INFO
, 
IFM
,

395 
p�t
->
pmdid
);

399 i�(
p�t
->
�ags
 & 
IFM_MASTER
) {

400 
p�t
->
�ags
 &�~
IFM_BONDED
;

403 
p�t
->
l�k_��us
 = 
IFM_ETH_LINK_DOWN
;

404 
	`RTE_LOG
(
INFO
, 
IFM
, "EVENT-- PORT %u is Link DOWN.\n",

405 
p�t_id
);

406 i�(
p�t
->
�ags
 & 
IFM_SLAVE
) {

407 
�e_�h_l�k
 
l�k��us
;

408 
u�t8_t
 
ma��_p�tid
 =

409 
p�t
->
b�d_c�fig
->
b�d_p�tid
;

410 
	`�e_�h_l�k_g�_nowa�
(
ma��_p�tid
,

411 &
l�k��us
);

412 
	`RTE_LOG
(
INFO
, 
IFM
,

414 
p�t_id
, 
ma��_p�tid
,

415 
l�k��us
.
l�k_��us
);

417 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

418 
	`RTE_LOG
(
INFO
, 
IFM
,

420 
__FUNCTION__
, 
__LINE__
);

421 i�(
USE_RTM_LOCKS
) {

422 
	`�m_u�ock
();

424 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

426 
�ev_��e
 = 0;

430 
	}
}

432 
	$ifm_upd�e_l�k��us
(
u�t8_t
 
p�t_id
, 
u�t16_t
 
l�k��us
)

434 
�e_�h_l�k
 
l�k
;

435 
l2_phy_��r��_t
 *
p�t
;

436 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

437 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acqu��g�ock @ %d\n\r", 
__FUNCTION__
,

438 
__LINE__
);

440 i�(
USE_RTM_LOCKS
) {

441 
	`�m_lock
();

443 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

445 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

447 i�(
p�t
 =�
NULL
) {

448 
	`RTE_LOG
(
ERR
, 
IFM
,

450 
__FUNCTION__
, 
p�t_id
);

452 i�(
p�t
 !�
NULL
 &&��t->
pmdid
 =�
p�t_id
) {

453 
	`�e_�h_l�k_g�
(
p�t_id
, &
l�k
);

454 i�(
l�k��us
 =�
IFM_ETH_LINK_UP
) {

455 
p�t
->
adm�_��us
 = 
IFM_ETH_LINK_UP
;

456 if(!
l�k
.
l�k_��us
) {

457 i�(
	`�e_�h_dev_�t_l�k_up
(
p�t_id
) < 0) {

458 
	`RTE_LOG
(
INFO
, 
IFM
,

460 
__FUNCTION__
, 
p�t
->
pmdid
);

462 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

463 
	`RTE_LOG
(
INFO
, 
IFM
,

465 
__FUNCTION__
, 
__LINE__
);

467 i�(
USE_RTM_LOCKS
) {

468 
	`�m_u�ock
();

470 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

472 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
)

473 
	`RTE_LOG
(
INFO
, 
IFM
,

475 
__FUNCTION__
, 
p�t
->
pmdid
);

476 
	`�nd_g�tu�ous_�p
(
p�t
);

480 } i�(
l�k��us
 =�
IFM_ETH_LINK_DOWN
)

482 
��us
;

483 
p�t
->
adm�_��us
 = 
IFM_ETH_LINK_DOWN
;

485 if(
l�k
.
l�k_��us
) {

486 
��us
 = 
	`�e_�h_dev_�t_l�k_down
(
p�t_id
);

487 i�(
��us
 < 0)

489 
	`��tf
("(%" 
PRIu32
 "): PMD set�ink down... continuing...%"

490 
PRId32
 "\n", 
p�t_id
, 
��us
);

495 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

496 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: R��s�g�ock @ %d\n\r", 
__FUNCTION__
,

497 
__LINE__
);

499 i�(
USE_RTM_LOCKS
) {

500 
	`�m_u�ock
();

502 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

504 
	}
}

506 
	$ifm_�t_l2_��r��_mtu
(
u�t8_t
 
p�t_id
, 
u�t16_t
 
mtu
)

508 
�t
;

509 
l2_phy_��r��_t
 *
p�t
;

510 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

511 i�(
p�t
 =�
NULL
) {

512 
	`RTE_LOG
(
ERR
, 
IFM
,

514 
__FUNCTION__
, 
p�t_id
);

517 i�(
p�t
 !�
NULL
 &&��t->
pmdid
 =�
p�t_id
) {

518 
�t
 = 
	`�e_�h_dev_�t_mtu
(
p�t_id
, 
mtu
);

519 i�(
�t
 != 0)

520 
	`RTE_LOG
(
INFO
, 
IFM
,

522 
�t
);

524 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

525 
	`RTE_LOG
(
INFO
, 
IFM
,

527 
__FUNCTION__
, 
__LINE__
);

529 i�(
USE_RTM_LOCKS
) {

530 
	`�m_lock
();

532 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

534 
p�t
->
mtu
 = mtu;

535 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

536 
	`RTE_LOG
(
INFO
, 
IFM
,

538 
__FUNCTION__
, 
__LINE__
);

540 i�(
USE_RTM_LOCKS
) {

541 
	`�m_u�ock
();

543 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

548 
	}
}

550 
	$ifm_�t_p�t_�omisc
(
u�t8_t
 
p�t_id
, u�t8_�
�ab�
)

552 
l2_phy_��r��_t
 *
p�t
;

553 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

554 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

555 
__FUNCTION__
, 
__LINE__
);

556 i�(
USE_RTM_LOCKS
) {

557 
	`�m_lock
();

559 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

561 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

562 i�(
p�t
 =�
NULL
) {

563 
	`RTE_LOG
(
ERR
, 
IFM
,

565 
__FUNCTION__
, 
p�t_id
);

567 i�(
p�t
 !�
NULL
 &&��t->
pmdid
 =�
p�t_id
) {

568 i�(
�ab�
 == 1) {

569 
	`�e_�h_�omiscuous_�ab�
(
p�t_id
);

570 
p�t
->
�omisc
 = 1;

572 
	`�e_�h_�omiscuous_di�b�
(
p�t_id
);

573 
p�t
->
�omisc
 = 0;

576 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

577 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

578 
__FUNCTION__
, 
__LINE__
);

579 i�(
USE_RTM_LOCKS
) {

580 
	`�m_u�ock
();

582 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

584 
	}
}

586 
�t32_t
 
	$ifm_g�_��ive_p�ts
()

588  
ifm
.
��t_c�figu�d
;

589 
	}
}

591 
�t32_t
 
	$ifm_g�_��ts_���lized
()

593  
ifm
.
��t_�t�lized
;

594 
	}
}

596 
u�t16_t
 
	$ifm_��ive_bulk_pkts
(
u�t8_t
 
p�t_id
, 
u�t16_t
 
qid
,

597 
�e_mbuf
 **
rx_pkts
)

599 
u�t64_t
 
no_of_rcvd_pkt
;

600 
no_of_rcvd_pkt
 =

601 
	`�e_�h_rx_bur�
(
p�t_id
, 
qid
, 
rx_pkts
, 
IFM_BURST_SIZE
);

602 i�(
ifm_debug
 & 
IFM_DEBUG_RXTX
)

603 
	`RTE_LOG
(
INFO
, 
IFM
,

605 
p�t_id
, 
no_of_rcvd_pkt
);

606  
no_of_rcvd_pkt
;

607 
	}
}

609 
u�t16_t
 
	$ifm_��sm�_bulk_pkts
(
l2_phy_��r��_t
 *
p�t
,

610 
�e_mbuf
 **
tx_pkts
, 
u�t64_t
 
�kts
)

612 
u�t32_t
 
bur�_tx_d�ay_time
 = 
IFM_BURST_TX_WAIT_US
;

613 
u�t32_t
 
bur�_tx_��y_num
 = 
IFM_BURST_TX_RETRIES
;

614 
u�t32_t
 
��y
;

615 
u�t32_t
 
no_of_tx_pkt
;

616 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

617 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

618 
__FUNCTION__
, 
__LINE__
);

619 i�(
USE_RTM_LOCKS
) {

620 
	`�m_lock
();

622 
	`�e_rwlock_�ad_lock
(&
rwlock
);

624 
no_of_tx_pkt
 = 
	`�e_�h_tx_bur�
(
p�t
->
pmdid
, 
IFM_TX_DEFAULT_Q
, 
tx_pkts
,

625 
�kts
);

626 i�(
	`u�ik�y
(
no_of_tx_pkt
 < 
�kts
)) {

627 
��y
 = 0;

628 
no_of_tx_pkt
 < 
IFM_BURST_SIZE


629 && 
��y
++ < 
bur�_tx_��y_num
) {

630 
	`�e_d�ay_us
(
bur�_tx_d�ay_time
);

631 
no_of_tx_pkt
 =

632 
	`�e_�h_tx_bur�
(
p�t
->
pmdid
, 
IFM_TX_DEFAULT_Q
,

633 &
tx_pkts
[
no_of_tx_pkt
],

634 
IFM_BURST_SIZE
 - 
no_of_tx_pkt
);

637 i�(
ifm_debug
 & 
IFM_DEBUG_RXTX
)

638 
	`RTE_LOG
(
INFO
, 
IFM
,

640 
no_of_tx_pkt
);

641 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

642 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

643 
__FUNCTION__
, 
__LINE__
);

644 i�(
USE_RTM_LOCKS
) {

645 
	`�m_u�ock
();

647 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

649  
no_of_tx_pkt
;

650 
	}
}

652 
	$ifm_��sm�_s�g�_pkt
(
l2_phy_��r��_t
 *
p�t
, 
�e_mbuf
 *
tx_pkts
)

654 
u�t64_t
 
tx_�kts
 = 0;

655 i�(
tx_pkts
 =�
NULL
 || 
p�t
 == NULL) {

656 
	`RTE_LOG
(
INFO
, 
IFM
,

658  
IFM_FAILURE
;

660 i�(
ifm_debug
 & 
IFM_DEBUG_RXTX
)

661 
	`RTE_LOG
(
INFO
, 
IFM
,

663 
p�t
->
pmdid
);

664 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

665 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

666 
__FUNCTION__
, 
__LINE__
);

668 i�(
USE_RTM_LOCKS
) {

669 
	`�m_lock
();

671 
	`�e_rwlock_�ad_lock
(&
rwlock
);

673 
tx_�kts
 =

674 
	`�e_�h_tx_buf�r
(
p�t
->
pmdid
, 
IFM_TX_DEFAULT_Q
,��t->
tx_buf�r
,

675 
tx_pkts
);

676 i�(
ifm_debug
 & 
IFM_DEBUG_RXTX
)

677 
	`RTE_LOG
(
INFO
, 
IFM
,

679 
p�t
->
pmdid
, 
tx_�kts
);

680 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

681 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RW�ock @ %d\n\r",

682 
__FUNCTION__
, 
__LINE__
);

684 i�(
USE_RTM_LOCKS
) {

685 
	`�m_u�ock
();

687 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

689 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

690 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock @ %d\n\r",

691 
__FUNCTION__
, 
__LINE__
);

693 i�(
USE_RTM_LOCKS
) {

694 
	`�m_lock
();

696 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

698 
p�t
->
n_txpkts
 +=

699 
	`�e_�h_tx_buf�r_�ush
(
p�t
->
pmdid
, 
IFM_TX_DEFAULT_Q
,

700 
p�t
->
tx_buf�r
);

701 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

702 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock @ %d\n\r",

703 
__FUNCTION__
, 
__LINE__
);

705 i�(
USE_RTM_LOCKS
) {

706 
	`�m_u�ock
();

708 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

710 i�(
ifm_debug
 & 
IFM_DEBUG_RXTX
)

711 
	`RTE_LOG
(
INFO
, 
IFM
,

713 
p�t
->
n_txpkts
);

714  
tx_�kts
;

715 
	}
}

717 
�t16_t
 
	$ifm_add_�v4_p�t
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�addr
, u�t32_�
add��
)

719 
l2_phy_��r��_t
 *
p�t
;

720 
�v4li�_t
 *
�c�f
;

721 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

722 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acqu��g�ock @ %d\n\r", 
__FUNCTION__
,

723 
__LINE__
);

725 i�(
USE_RTM_LOCKS
) {

726 
	`�m_lock
();

728 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

730 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

731 i�(
p�t
 =�
NULL
) {

732 
	`RTE_LOG
(
ERR
, 
IFM
,

734 
__FUNCTION__
, 
p�t_id
);

736 i�(
p�t
 !�
NULL
 &&��t->
pmdid
 =�
p�t_id
) {

737 
�c�f
 = (
�v4li�_t
 *�
	`�e_zm�loc
(
NULL
, (ipv4list_t),

738 
RTE_CACHE_LINE_SIZE
);

739 i�(
�c�f
 !�
NULL
) {

740 
�c�f
->
�xt
 = 
NULL
;

742 
�c�f
->
�addr
 = ipaddr;

743 
�c�f
->
p�t
 =�ort;

744 
�c�f
->
add��
 =�ddrlen;

745 i�(
p�t
->
�v4_li�
 =�
NULL
)

746 
p�t
->
�ags
 |�
IFM_IPV4_ENABLED
;

747 
�c�f
->
�xt
 = (
�v4li�_t
 *�
p�t
->
�v4_li�
;

748 
p�t
->
�v4_li�
 = (
�v4li�_t
 *�
�c�f
;

749 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

750 
	`RTE_LOG
(
INFO
, 
IFM
,

752 
__FUNCTION__
, 
__LINE__
);

754 i�(
USE_RTM_LOCKS
) {

755 
	`�m_u�ock
();

757 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

762 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

763 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: R��s�g�ock @ %d\n\r", 
__FUNCTION__
,

764 
__LINE__
);

766 i�(
USE_RTM_LOCKS
) {

767 
	`�m_u�ock
();

769 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

772 
	}
}

774 
�t16_t
 
	$ifm_�move_�v4_p�t
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�addr
,

775 
u�t32_t
 
add��
)

777 
l2_phy_��r��_t
 *
p�t
;

778 
�v4li�_t
 *
�li�
, *
�ev�li�
 = 
NULL
;

779 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

780 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acqu��g�ock @ %d\n\r", 
__FUNCTION__
,

781 
__LINE__
);

783 i�(
USE_RTM_LOCKS
) {

784 
	`�m_lock
();

786 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

788 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

789 i�(
p�t
 =�
NULL
) {

790 
	`RTE_LOG
(
ERR
, 
IFM
,

792 
__FUNCTION__
, 
p�t_id
);

794 i�(
p�t
 !�
NULL
 &&��t->
pmdid
 =�
p�t_id
) {

795 i�(
p�t
->
�v4_li�
 =�
NULL
) {

796 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

797 
	`RTE_LOG
(
INFO
, 
IFM
,

799 
__FUNCTION__
, 
__LINE__
);

801 i�(
USE_RTM_LOCKS
) {

802 
	`�m_u�ock
();

804 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

808 
�li�
 = (
�v4li�_t
 *�
p�t
->
�v4_li�
;

809 
�li�
 !�
NULL
) {

810 i�(
add��
 =�
�li�
->addrlen &&

811 
	`mem�y
(&
�li�
->
�addr
, &�addr, 
add��
)) {

812 i�(
�li�
 =�
p�t
->
�v4_li�
) {

813 
p�t
->
�v4_li�
 = 
�li�
->
�xt
;

815 i�(
�ev�li�
 !�
NULL
)

816 
�ev�li�
->
�xt
 = 
�li�
->next;

818 
p�t
->
�ags
 &�~
IFM_IPV4_ENABLED
;

819 
	`�e_�
(
�li�
);

820 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

821 
	`RTE_LOG
(
INFO
, 
IFM
,

823 
__FUNCTION__
, 
__LINE__
);

825 i�(
USE_RTM_LOCKS
) {

826 
	`�m_u�ock
();

828 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

832 
�ev�li�
 = 
�li�
;

833 
�li�
 = i�i�->
�xt
;

837 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

838 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: R��s�g�ock @ %d\n\r", 
__FUNCTION__
,

839 
__LINE__
);

841 i�(
USE_RTM_LOCKS
) {

842 
	`�m_u�ock
();

844 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

847 
	}
}

849 
�t8_t
 
	$ifm_add_�v6_p�t
(
u�t8_t
 
p�t_id
, u�t8_�
�6addr
[], 
u�t32_t
 
add��
)

851 
l2_phy_��r��_t
 *
p�t
;

852 
�v6li�_t
 *
�6c�f
;

853 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

854 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acqu��g�ock @ %d\n\r", 
__FUNCTION__
,

855 
__LINE__
);

857 i�(
USE_RTM_LOCKS
) {

858 
	`�m_lock
();

860 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

862 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

863 i�(
p�t
 =�
NULL
) {

864 
	`RTE_LOG
(
ERR
, 
IFM
,

866 
__FUNCTION__
, 
p�t_id
);

868 i�(
p�t
 !�
NULL
 &&��t->
pmdid
 =�
p�t_id
) {

869 
�6c�f
 = (
�v6li�_t
 *�
	`�e_zm�loc
(
NULL
, (ipv6list_t),

870 
RTE_CACHE_LINE_SIZE
);

871 i�(
�6c�f
 !�
NULL
) {

872 
�6c�f
->
�xt
 = 
NULL
;

873 
	`mem�y
(
�6c�f
->
�addr
, 
�6addr
, 
IFM_IPV6_ADDR_SIZE
);

874 
�6c�f
->
p�t
 =�ort;

875 
�6c�f
->
add��
 =�ddrlen;

877 i�(
p�t
->
�v6_li�
 =�
NULL
) {

878 
p�t
->
�ags
 |�
IFM_IPV6_ENABLED
;

880 
�6c�f
->
�xt
 = (
�v6li�_t
 *�
p�t
->
�v6_li�
;

881 
p�t
->
�v6_li�
 = (
�v6li�_t
 *�
�6c�f
;

882 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

883 
	`RTE_LOG
(
INFO
, 
IFM
,

885 
__FUNCTION__
, 
__LINE__
);

887 i�(
USE_RTM_LOCKS
) {

888 
	`�m_u�ock
();

890 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

895 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

896 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: R��s�g�ock @ %d\n\r", 
__FUNCTION__
,

897 
__LINE__
);

899 i�(
USE_RTM_LOCKS
) {

900 
	`�m_u�ock
();

902 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

905 
	}
}

907 
�t16_t
 
	$ifm_�move_�v6_p�t
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�6addr
,

908 
u�t32_t
 
add��
)

910 
l2_phy_��r��_t
 *
p�t
;

911 
�v6li�_t
 *
�6li�
, *
�ev�6li�
 = 
NULL
;

913 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

914 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acqu��g�ock @ %d\n\r", 
__FUNCTION__
,

915 
__LINE__
);

916 i�(
USE_RTM_LOCKS
)

917 
	`�m_lock
();

919 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

920 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

921 i�(
p�t
 =�
NULL
) {

922 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

923 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing�ock @ %d\n\r",

924 
__FUNCTION__
, 
__LINE__
);

925 i�(
USE_RTM_LOCKS
) {

926 
	`�m_u�ock
();

928 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

930 
	`RTE_LOG
(
ERR
, 
IFM
,

932 
__FUNCTION__
, 
p�t_id
);

934 i�(
p�t
 !�
NULL
 &&��t->
pmdid
 =�
p�t_id
) {

935 i�(
p�t
->
�v6_li�
 =�
NULL
) {

936 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

937 
	`RTE_LOG
(
INFO
, 
IFM
,

939 
__FUNCTION__
, 
__LINE__
);

941 i�(
USE_RTM_LOCKS
) {

942 
	`�m_u�ock
();

944 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

948 
�6li�
 = (
�v6li�_t
 *�
p�t
->
�v6_li�
;

949 
�6li�
 !�
NULL
) {

950 i�(
add��
 =�
�6li�
->addrlen &&

951 
	`mem�y
(&
�6li�
->
�addr
, &
�6addr
, 
add��
)) {

952 i�(
�6li�
 =�
p�t
->
�v6_li�
) {

953 
p�t
->
�v6_li�
 = 
�6li�
->
�xt
;

955 i�(
�ev�6li�
 !�
NULL
)

956 
�ev�6li�
->
�xt
 =

957 
�6li�
->
�xt
;

959 
p�t
->
�ags
 &�~
IFM_IPV6_ENABLED
;

960 
	`�e_�
(
�6li�
);

961 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

962 
	`RTE_LOG
(
INFO
, 
IFM
,

964 
__FUNCTION__
, 
__LINE__
);

966 i�(
USE_RTM_LOCKS
) {

967 
	`�m_u�ock
();

969 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

973 
�ev�6li�
 = 
�6li�
;

974 
�6li�
 = ip6li�->
�xt
;

978 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

979 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: R��s�g�ock @ %d\n\r", 
__FUNCTION__
,

980 
__LINE__
);

981 i�(
USE_RTM_LOCKS
)

982 
	`�m_u�ock
();

984 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

986 
	}
}

988 
�t32_t
 
	$ifm_chk_p�t_�v4_�ab�d
(
u�t8_t
 
p�t_id
)

990 
l2_phy_��r��_t
 *
p�t
;

992 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

993 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

994 
__FUNCTION__
, 
__LINE__
);

995 i�(
USE_RTM_LOCKS
)

996 
	`�m_lock
();

998 
	`�e_rwlock_�ad_lock
(&
rwlock
);

999 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

1000 i�(
p�t
 =�
NULL
) {

1001 
	`RTE_LOG
(
ERR
, 
IFM
,

1003 
__FUNCTION__
, 
p�t_id
);

1004 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1005 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing�ock @ %d\n\r",

1006 
__FUNCTION__
, 
__LINE__
);

1007 i�(
USE_RTM_LOCKS
)

1008 
	`�m_u�ock
();

1010 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1011  
IFM_FAILURE
;

1013 i�((
p�t
->
�ags
 & 
IFM_IPV4_ENABLED
) == 0) {

1014 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1015 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing�ock @ %d\n\r",

1016 
__FUNCTION__
, 
__LINE__
);

1017 i�(
USE_RTM_LOCKS
)

1018 
	`�m_u�ock
();

1020 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1023 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1024 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing�ock @ %d\n\r",

1025 
__FUNCTION__
, 
__LINE__
);

1026 i�(
USE_RTM_LOCKS
)

1027 
	`�m_u�ock
();

1029 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1032 
	}
}

1034 
�t32_t
 
	$ifm_chk_p�t_�v6_�ab�d
(
u�t8_t
 
p�t_id
)

1036 
l2_phy_��r��_t
 *
p�t
;

1038 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1039 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RD�ock @ %d\n\r",

1040 
__FUNCTION__
, 
__LINE__
);

1041 i�(
USE_RTM_LOCKS
)

1042 
	`�m_lock
();

1044 
	`�e_rwlock_�ad_lock
(&
rwlock
);

1046 
p�t
 = 
ifm
.
p�t_li�
[
p�t_id
];

1047 i�(
p�t
 =�
NULL
) {

1048 i�(
ifm_debug
 & 
IFM_DEBUG
)

1049 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Port %u info�ot found..."

1051 
__FUNCTION__
, 
p�t_id
);

1052 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1053 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

1054 
__FUNCTION__
, 
__LINE__
);

1055 i�(
USE_RTM_LOCKS
)

1056 
	`�m_u�ock
();

1058 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1059  
IFM_FAILURE
;

1061 i�((
p�t
->
�ags
 & 
IFM_IPV6_ENABLED
) == 0) {

1062 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1063 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

1064 
__FUNCTION__
, 
__LINE__
);

1065 i�(
USE_RTM_LOCKS
)

1066 
	`�m_u�ock
();

1068 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1071 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1072 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RD�ock @ %d\n\r",

1073 
__FUNCTION__
, 
__LINE__
);

1074 i�(
USE_RTM_LOCKS
)

1075 
	`�m_u�ock
();

1077 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1080 
	}
}

1082 
	$ifm_�gi��_f�_l�kupd�e
(
u�t32_t
 
���id
,

1083 (*
cb_l�kupd�e
�(
u�t8_t
, ))

1085 
ifm
.
if_���
[ifm.
n���
].
cb_l�kupd�e
 = cb_linkupdate;

1086 
ifm
.
if_���
[ifm.
n���
].
���id
 = clientid;

1087 
ifm
.
n���
++;

1088 
	}
}

1090 
	$ifm_p�t_�tup
(
u�t8_t
 
p�t_id
, 
p�t_c�fig_t
 *
pc�fig
)

1092 
��us
, 
sock
;

1093 
buf
[12];

1094 
�e_�h_dev_�fo
 
dev_�fo
;

1095 
�e_�h_l�k
 
l�k��us
;

1096 
l2_phy_��r��_t
 *
p�t
 = 
NULL
;

1098 i�(!
ifm
.
��t_�t�lized
) {

1099 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Failed�o configure�ort %u. 0�orts"

1101 
__FUNCTION__
, 
p�t_id
);

1102  
IFM_FAILURE
;

1104 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
)

1105 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Configuring�ort %u with "

1106 "�xq: %u,�txq: %u\n\r", 
__FUNCTION__
,

1107 
p�t_id
, 
pc�fig
->
�x_queue
,�c�fig->
�x_queue
);

1108 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1109 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock1 @ %d\n\r",

1110 
__FUNCTION__
, 
__LINE__
);

1111 i�(
USE_RTM_LOCKS
)

1112 
	`�m_lock
();

1114 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

1116 i�(
ifm
.
p�t_li�
[
p�t_id
] =�
NULL
) {

1117 
ifm
.
p�t_li�
[
p�t_id
] =

1118 (
l2_phy_��r��_t
 *�
	`�e_zm�loc
(
NULL
,

1120 (
l2_phy_��r��_t
),

1121 
RTE_CACHE_LINE_SIZE
);

1122 
ifm
.
p�t_li�
[
p�t_id
]->
pmdid
 =�ort_id;

1124 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1125 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock1 @ %d\n\r",

1126 
__FUNCTION__
, 
__LINE__
);

1127 i�(
USE_RTM_LOCKS
)

1128 
	`�m_u�ock
();

1130 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1132 
	`�e_�h_l�k_g�
(
p�t_id
, &
l�k��us
);

1133 i�(
l�k��us
.
l�k_��us
) {

1134 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
) {

1135 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: %u is up.Stop it before"

1136 "�ec�figur�g.\n\r", 
__FUNCTION__
, 
p�t_id
);

1138 
	`�e_�h_dev_��
(
p�t_id
);

1141 
��us
 = 
	`�e_�h_dev_c�figu�
(
p�t_id
, 
pc�fig
->
�x_queue
,

1142 
pc�fig
->
�x_queue
, &pc�fig->
p�t_c�f
);

1143 i�(
��us
 < 0) {

1144 
	`ifm_�move_p�t_d�a�s
(
p�t_id
);

1145 
	`RTE_LOG
(
ERR
, 
IFM
, "%s:�te_eth_dev_configure is failed"

1146 "f܅܈%u.\n\r", 
__FUNCTION__
, 
p�t_id
);

1147  
IFM_FAILURE
;

1149 
��us
 = 
	`�e_�h_dev_��back_�gi��
(
p�t_id
,

1150 
RTE_ETH_EVENT_INTR_LSC
,

1151 
lsi_ev�t_��back
, 
NULL
);

1152 i�(
��us
 < 0) {

1153 
	`ifm_�move_p�t_d�a�s
(
p�t_id
);

1154 
	`RTE_LOG
(
ERR
, 
IFM
, "%s:�te_eth_dev_callback_register()"

1155 " fa�ed f܅܈%u.\n\r", 
__FUNCTION__
, 
p�t_id
);

1156  
IFM_FAILURE
;

1159 i�(
pc�fig
->
�omisc
)

1160 
	`�e_�h_�omiscuous_�ab�
(
p�t_id
);

1162 
sock
 = 
	`�e_�h_dev_sock�_id
(
p�t_id
);

1163 i�(
sock
 == -1)

1164 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Warning:�te_eth_dev_socket_id,"

1166 "ou�o�ng�%u\n\r", 
__FUNCTION__
, 
p�t_id
);

1168 
�xqs
;

1169 
�xqs
 = 0;�txq�< 
pc�fig
->
�x_queue
;�txqs++) {

1170 
��us
 = 
	`�e_�h_tx_queue_�tup
(
p�t_id
, 
�xqs
,

1171 
IFM_TX_DESC_DEFAULT
, 
sock
,

1172 &(
pc�fig
->
tx_c�f
));

1173 i�(
��us
 < 0) {

1174 
	`ifm_�move_p�t_d�a�s
(
p�t_id
);

1175 
	`RTE_LOG
(
ERR
, 
IFM
, "%s:�te_eth_tx_queue_setup failed"

1176 " f܅܈%u\n\r", 
__FUNCTION__
, 
p�t_id
);

1177  
IFM_FAILURE
;

1180 
p�t
 = 
	`ifm_g�_p�t
(
p�t_id
);

1181 i�(
p�t
 =�
NULL
) {

1182 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: P܈i�NULL @ %d\n\r", 
__FUNCTION__
,

1183 
__LINE__
);

1184  
IFM_FAILURE
;

1187 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1188 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock 2 @ %d\n\r",

1189 
__FUNCTION__
, 
__LINE__
);

1190 i�(
USE_RTM_LOCKS
)

1191 
	`�m_lock
();

1193 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

1195 i�(
p�t
->
tx_buf_�n
 == 0) {

1196 
p�t
->
tx_buf_�n
 = 
	`RTE_ETH_TX_BUFFER_SIZE
(
IFM_BURST_SIZE
);

1198 
p�t
->
tx_buf�r
 = 
	`�e_zm�loc_sock�
("tx_buf�r",��t->
tx_buf_�n
, 0,

1199 
	`�e_�h_dev_sock�_id
(
p�t_id
));

1201 i�(
p�t
->
tx_buf�r
 =�
NULL
) {

1202 
	`ifm_�move_p�t_d�a�s
(
p�t_id
);

1203 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Failed�o�llocate�x buffers for"

1204 "�܈%u\n\r", 
__FUNCTION__
, 
p�t_id
);

1205 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1206 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock2 %d\n\r",

1207 
__FUNCTION__
, 
__LINE__
);

1208 i�(
USE_RTM_LOCKS
)

1209 
	`�m_u�ock
();

1211 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1212  
IFM_FAILURE
;

1214 
	`�e_�h_tx_buf�r_��
(
p�t
->
tx_buf�r
, 
IFM_BURST_SIZE
);

1216 
	`�r�tf
(
buf
, "MEMPOOL%d", 
p�t_id
);

1217 
p�t
->
mempo�
 = 
	`�e_mempo�_���
(
buf
,

1218 
pc�fig
->
mempo�
.
po�_size
,

1219 
pc�fig
->
mempo�
.
buf�r_size
,

1220 
pc�fig
->
mempo�
.
�che_size
,

1222 
�e_pktmbuf_po�_�iv�e
),

1223 
�e_pktmbuf_po�_��
, 
NULL
,

1224 
�e_pktmbuf_��
, 
NULL
, 
sock
, 0);

1225 i�(
p�t
->
mempo�
 =�
NULL
) {

1226 
	`ifm_�move_p�t_d�a�s
(
p�t_id
);

1227 
	`RTE_LOG
(
ERR
, 
IFM
, "%s:�te_mempool_create is failed for�ort"

1229 
__FUNCTION__
, 
p�t_id
, 
	`�e_����
(
�e_��o
));

1230 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1231 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock2 %d\n\r",

1232 
__FUNCTION__
, 
__LINE__
);

1233 i�(
USE_RTM_LOCKS
)

1234 
	`�m_u�ock
();

1236 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1237  
IFM_FAILURE
;

1239 
�xqs
;

1240 
�xqs
 = 0;�rxq�< 
pc�fig
->
�x_queue
;�rxqs++) {

1241 
��us
 = 
	`�e_�h_rx_queue_�tup
(
p�t_id
, 
�xqs
,

1242 
IFM_RX_DESC_DEFAULT
, 
sock
,

1243 &(
pc�fig
->
rx_c�f
),

1244 
p�t
->
mempo�
);

1245 i�(
��us
 < 0) {

1246 
	`ifm_�move_p�t_d�a�s
(
p�t_id
);

1247 
	`RTE_LOG
(
ERR
, 
IFM
,

1250 
__FUNCTION__
, 
p�t_id
, 
�xqs
,

1251 
	`�e_����
(
�e_��o
));

1252 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1253 
	`RTE_LOG
(
INFO
, 
IFM
,

1255 
__FUNCTION__
, 
__LINE__
);

1256 i�(
USE_RTM_LOCKS
)

1257 
	`�m_u�ock
();

1259 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1260  
IFM_FAILURE
;

1264 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1265 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR�ock2 @ %d\n\r",

1266 
__FUNCTION__
, 
__LINE__
);

1267 i�(
USE_RTM_LOCKS
)

1268 
	`�m_u�ock
();

1270 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1271 
��us
 = 
	`�e_�h_dev_��t
(
p�t_id
);

1272 i�(
��us
 < 0) {

1273 
	`ifm_�move_p�t_d�a�s
(
p�t_id
);

1274 
	`RTE_LOG
(
ERR
, 
IFM
, "%s:�te_eth_dev_start is failed for"

1275 "�܈%u.\n\r", 
__FUNCTION__
, 
p�t_id
);

1276  
IFM_FAILURE
;

1278 
	`�e_d�ay_ms
(5000);

1280 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1281 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring WR�ock3 @ %d\n\r",

1282 
__FUNCTION__
, 
__LINE__
);

1283 i�(
USE_RTM_LOCKS
)

1284 
	`�m_lock
();

1286 
	`�e_rwlock_wr�e_lock
(&
rwlock
);

1287 
	`�e_�h_ma�ddr_g�
(
p�t_id
, (
�h�_addr
 *)
p�t
->
ma�ddr
);

1288 i�(
pc�fig
->
�omisc
)

1289 
p�t
->
�omisc
 = 1;

1290 
	`�e_�h_l�k_g�
(
p�t_id
, &
l�k��us
);

1292 
p�t
->
l�k_du�ex
 = 
l�k��us
.link_duplex;

1293 
p�t
->
l�k_aut�eg
 = 
l�k��us
.link_autoneg;

1294 
p�t
->
l�k_��d
 = 
l�k��us
.link_speed;

1295 
p�t
->
adm�_��us
 = 
pc�fig
->
��e
;

1298 
	`mem�t
(&
dev_�fo
, 0, (dev_info));

1299 
	`�e_�h_dev_�fo_g�
(
p�t_id
, &
dev_�fo
);

1300 
p�t
->
m�_rx_bufsize
 = 
dev_�fo
.min_rx_bufsize;

1301 
p�t
->
max_rx_pk��
 = 
dev_�fo
.max_rx_pktlen;

1302 
p�t
->
max_rx_queues
 = 
dev_�fo
.max_rx_queues;

1303 
p�t
->
max_tx_queues
 = 
dev_�fo
.max_tx_queues;

1304 
	`�e_�h_dev_g�_mtu
(
p�t_id
, &(
p�t
->
mtu
));

1307 
p�t
->
���ve_bulk_pkts
 = &
ifm_��ive_bulk_pkts
;

1308 
p�t
->
��sm�_bulk_pkts
 = &
ifm_��sm�_bulk_pkts
;

1309 
p�t
->
��sm�_s�g�_pkt
 = &
ifm_��sm�_s�g�_pkt
;

1310 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1311 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing WR3�ock @ %d\n\r",

1312 
__FUNCTION__
, 
__LINE__
);

1313 i�(
USE_RTM_LOCKS
)

1314 
	`�m_u�ock
();

1316 
	`�e_rwlock_wr�e_u�ock
(&
rwlock
);

1317 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Port %u is successfully configured.\n\r",

1318 
__FUNCTION__
, 
p�t_id
);

1319  
IFM_SUCCESS
;

1320 
	}
}

1322 
	$ifm_c�figu�_p�ts
(
p�t_c�fig_t
 *
pc�fig
)

1324 
u�t8_t
 
p�t_id
;

1325 
��us
 = 0;

1326 i�(!
ifm
.
��t_�t�lized
) {

1327 
	`RTE_LOG
(
ERR
, 
IFM
, "%s, Configuring�orts failed. Zero�orts "

1328 "���t�lized dur�g PCI�robe", 
__FUNCTION__
);

1329  
IFM_FAILURE
;

1331 i�(
pc�fig
 =�
NULL
) {

1332 
	`RTE_LOG
(
ERR
, 
IFM
, "%s, Configuring�orts failed. "

1333 "P�am�c�fig i�NULL\n\r", 
__FUNCTION__
);

1334  
IFM_FAILURE
;

1338 
p�t_id
 = 0;��t_id < 
ifm
.
��t_�t�lized
;�ort_id++) {

1339 i�(
ifm_debug
 & 
IFM_DEBUG_CONFIG
)

1340 
	`RTE_LOG
(
INFO
, 
IFM
, "Call ifm_port_setup %u\n\r",

1341 
p�t_id
);

1342 
��us
 =

1343 
	`ifm_p�t_�tup
(
pc�fig
[
p�t_id
].port_id, &pconfig[port_id]);

1344 i�(
��us
 =�
IFM_SUCCESS
)

1345 
ifm
.
��t_c�figu�d
++;

1347 i�(!
ifm
.
��t_c�figu�d
) {

1348 
	`RTE_LOG
(
ERR
, 
IFM
, "%s: Zero�orts�re configured\n\r",

1349 
__FUNCTION__
);

1350  
IFM_FAILURE
;

1352 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Number of�orts sucessfully configured:"

1353 " %d\n\r", 
__FUNCTION__
, 
ifm
.
��t_c�figu�d
);

1354  
IFM_SUCCESS
;

1355 
	}
}

1357 
	$��t_��r��_d�a�s
()

1359 
l2_phy_��r��_t
 *
p�t
;

1360 
i
 = 0;

1361 
sockaddr_�
 
�
;

1362 
	`��tf
("\n\r");

1364 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1365 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Acquiring RW�ock @ %d\n\r",

1366 
__FUNCTION__
, 
__LINE__
);

1367 i�(
USE_RTM_LOCKS
)

1368 
	`�m_lock
();

1370 
	`�e_rwlock_�ad_lock
(&
rwlock
);

1372 
i
 = 0; i < 
RTE_MAX_ETHPORTS
 && 
ifm
.
p�t_li�
[i]; i++) {

1373 
p�t
 = 
ifm
.
p�t_li�
[
i
];

1374 
	`��tf
(" %u", 
p�t
->
pmdid
);

1375 i�(
p�t
->
i�ame
 && 
	`���
(port->ifname)) {

1376 
	`��tf
(" (%s)\t", 
p�t
->
i�ame
);

1378 
	`��tf
("\t\t");

1379 
	`��tf
("MAC:%02x:%02x:%02x:%02x:%02x:%02x Adminstate:%s"

1381 
p�t
->
ma�ddr
[0],�ort->macaddr[1],

1382 
p�t
->
ma�ddr
[2],�ort->macaddr[3],

1383 
p�t
->
ma�ddr
[4],�ort->macaddr[5],

1384 
p�t
->
adm�_��us
 ? "UP" : "DOWN",

1385 
p�t
->
l�k_��us
 ? "UP" : "DOWN");

1386 
	`��tf
("\t\t");

1387 
	`��tf
("S�ed: %u, %s-du�ex\n\r", 
p�t
->
l�k_��d
,

1388 
p�t
->
l�k_du�ex
 ? "full" : "half");

1389 
	`��tf
("\t\t");

1391 i�(
p�t
->
�v4_li�
 !�
NULL
) {

1392 
�
.
s�_addr
.
s_addr
 =

1393 ()((
�v4li�_t
 *�(
p�t
->
�v4_li�
))->

1394 
�addr
;

1395 
	`��tf
("IP: %s/%d", 
	`��_��
(
�
.
s�_addr
),

1396 ((
�v4li�_t
 *�(
p�t
->
�v4_li�
))->
add��
);

1398 
	`��tf
("IP: NA");

1401 
	`��tf
("\r\n");

1402 
	`��tf
("\t\t");

1403 i�(
p�t
->
�v6_li�
 !�
NULL
) {

1404 
u�t8_t
 *
addr
 =

1405 ((
�v6li�_t
 *�(
p�t
->
�v6_li�
))->
�addr
;

1406 
��tf


1408 
addr
[0],�ddr[1],�ddr[2],�ddr[3],�ddr[4],

1409 
addr
[5],�ddr[6],�ddr[7],�ddr[8],�ddr[9],

1410 
addr
[10],�ddr[11],�ddr[12],�ddr[13],�ddr[14],

1411 
addr
[15]);

1413 
	`��tf
("IPv6: NA");

1416 i�(
p�t
->
�ags
 & 
IFM_SLAVE
) {

1417 
	`��tf
(" IFM_SLAVE ");

1418 
	`��tf
(" MasterPort: %u",

1419 
p�t
->
b�d_c�fig
->
b�d_p�tid
);

1421 i�(
p�t
->
�ags
 & 
IFM_MASTER
) {

1422 
	`��tf
(" IFM_MASTER ");

1423 
	`��tf
(" Mode: %u", 
p�t
->
b�d_c�fig
->
mode
);

1424 
	`��tf
(" Prim�yP�t: %u", 
p�t
->
b�d_c�fig
->
�im�y
);

1425 
	`��tf
("\n\r");

1426 
	`��tf
("\t\tSlavePortCount: %u",

1427 
p�t
->
b�d_c�fig
->
�ave_cou�
);

1428 
	`��tf
(" SlavePorts:");

1429 
i
;

1430 
i
 = 0; i < 
p�t
->
b�d_c�fig
->
�ave_cou�
; i++) {

1431 
	`��tf
(" %u ", 
p�t
->
b�d_c�fig
->
�aves
[
i
]);

1433 
	`��tf
(" ActivePortCount: %u",

1434 
p�t
->
b�d_c�fig
->
a�ive_�ave_cou�
);

1435 
	`��tf
(" ActivePorts:");

1436 
i
 = 0; i < 
p�t
->
b�d_c�fig
->
a�ive_�ave_cou�
;

1437 
i
++) {

1438 
	`��tf
(" %u ",

1439 
p�t
->
b�d_c�fig
->
a�ive_�aves
[
i
]);

1441 
	`��tf
("\n\r");

1442 
	`��tf
("\t\t");

1443 
	`��tf
("Link_monitor_freq: %u ms ",

1444 
p�t
->
b�d_c�fig
->
����_ms
);

1445 
	`��tf
(" Link_up_prop_delay: %u ms ",

1446 
p�t
->
b�d_c�fig
->
l�k_up_d�ay_ms
);

1447 
	`��tf
(" Link_down_prop_delay: %u ms ",

1448 
p�t
->
b�d_c�fig
->
l�k_down_d�ay_ms
);

1449 
	`��tf
("\n\r");

1450 
	`��tf
("\t\t");

1451 
	`��tf
("Xmit_policy: %u",

1452 
p�t
->
b�d_c�fig
->
xm�_p�icy
);

1454 
	`��tf
("\n\r");

1455 
	`��tf
("\t\t");

1456 
	`��tf
("n_rxpkts: %" 
PRIu64
 " ,n_txpkts: %" PRIu64 " ,",

1457 
p�t
->
n_rxpkts
,��t->
n_txpkts
);

1458 
�e_�h_��s
 
�h_��s
;

1459 
	`�e_�h_��s_g�
(
p�t
->
pmdid
, &
�h_��s
);

1460 
	`��tf
("pkts_�: %" 
PRIu64
 " ,", 
�h_��s
.
�ack�s
);

1461 
	`��tf
("pkts_out: %" 
PRIu64
 " ", 
�h_��s
.
�ack�s
);

1462 
	`��tf
("\n\r");

1463 
	`��tf
("\t\t");

1464 
	`��tf
("�_�rs: %" 
PRIu64
 " ,", 
�h_��s
.
���s
);

1465 
	`��tf
("�_mis�d: %" 
PRIu64
 " ,", 
�h_��s
.
imis�d
);

1466 
	`��tf
("out_�rs: %" 
PRIu64
 " ,", 
�h_��s
.
ۼ�s
);

1467 
	`��tf
("mbuf_�rs: %" 
PRIu64
 " ", 
�h_��s
.
rx_nombuf
);

1468 
	`��tf
("\n\r");

1469 
	`��tf
("\n\r");

1471 i�(
ifm_debug
 & 
IFM_DEBUG_LOCKS
)

1472 
	`RTE_LOG
(
INFO
, 
IFM
, "%s: Releasing RW�ock @ %d\n\r",

1473 
__FUNCTION__
, 
__LINE__
);

1474 i�(
USE_RTM_LOCKS
)

1475 
	`�m_u�ock
();

1477 
	`�e_rwlock_�ad_u�ock
(&
rwlock
);

1478 
	}
}

	@VIL/l2l3_stack/interface.h

16 #i�de�
INTERFACE_H


17 

	#INTERFACE_H


	)

19 
	~<�dio.h
>

20 
	~<�dlib.h
>

21 
	~<�r�g.h
>

22 
	~<�d�t.h
>

23 
	~<��y�s.h
>

24 
	~<sys/ty�s.h
>

25 
	~<sys/queue.h
>

26 
	~<�t��/�.h
>

27 
	~<�tjmp.h
>

28 
	~<�d�g.h
>

29 
	~<�y�.h
>

30 
	~<��o.h
>

31 
	~<g��t.h
>

32 
	~<sig�l.h
>

33 
	~<�dbo�.h
>

34 
	~<sys/sock�.h
>

35 
	~<�t��/�.h
>

36 
	~<��/��.h
>

37 
	~<�e_comm�.h
>

38 
	~<�e_log.h
>

39 
	~<�e_m�loc.h
>

40 
	~<�e_mem�y.h
>

41 
	~<�e_mem�y.h
>

42 
	~<�e_memz�e.h
>

43 
	~<�e_�l.h
>

44 
	~<�e_�r_lc�e.h
>

45 
	~<�e_�unch.h
>

46 
	~<�e_�omic.h
>

47 
	~<�e_cy�es.h
>

48 
	~<�e_�e�tch.h
>

49 
	~<�e_lc�e.h
>

50 
	~<�e_�r_lc�e.h
>

51 
	~<�e_b�nch_�edi�i�.h
>

52 
	~<�e_���u�s.h
>

53 
	~<�e_pci.h
>

54 
	~<�e_�ndom.h
>

55 
	~<�e_debug.h
>

56 
	~<�e_�h�.h
>

57 
	~<�e_�hdev.h
>

58 
	~<�e_r�g.h
>

59 
	~<�e_mempo�.h
>

60 
	~<�e_mbuf.h
>

61 
	~<�e_�h_��.h
>

62 
	~<�e_��o.h
>

63 
	~<�e_p�t_�hdev.h
>

64 
	~<�e_�h_b�d.h
>

65 
	~<�e_rwlock.h
>

67 

	#RTE_LOGTYPE_IFM
 
RTE_LOGTYPE_USER1


	)

68 

	#IFM_SUCCESS
 0

	)

69 

	#IFM_FAILURE
 -1

	)

73 

	#IFM_ETH_LINK_HALF_DUPLEX
 0

	)

74 

	#IFM_ETH_LINK_FULL_DUPLEX
 1

	)

75 

	#IFM_ETH_LINK_DOWN
 0

	)

76 

	#IFM_ETH_LINK_UP
 1

	)

77 

	#IFM_ETH_LINK_FIXED
 0

	)

82 

	#IFM_SLAVE
 (1<<0)

	)

83 

	#IFM_MASTER
 (1<<1)

	)

84 

	#IFM_BONDED
 (1<<2)

	)

85 

	#IFM_IPV4_ENABLED
 (1<<3)

	)

86 

	#IFM_IPV6_ENABLED
 (1<<4)

	)

88 

	#IFM_BONDING_MODE_ROUND_ROBIN
 0

	)

89 

	#IFM_BONDING_MODE_ACTIVE_BACKUP
 1

	)

90 

	#IFM_BONDING_MODE_BALANCE
 2

	)

91 

	#IFM_BONDING_MODE_BROADCAST
 3

	)

92 

	#IFM_BONDING_MODE_8023AD
 4

	)

93 

	#IFM_BONDING_MODE_TLB
 5

	)

94 

	#IFM_BONDING_MODE_ALB
 6

	)

96 

	#IFM_BALANCE_XMIT_POLICY_LAYER2
 0

	)

97 

	#IFM_BALANCE_XMIT_POLICY_LAYER23
 1

	)

98 

	#IFM_BALANCE_XMIT_POLICY_LAYER34
 2

	)

102 

	#IFM_QUEUE_STAT_CNTRS
 16

	)

103 

	#IFM_TX_DEFAULT_Q
 0

	)

104 

	#IFM_RX_DEFAULT_Q
 0

	)

105 

	#IFM_RX_DESC_DEFAULT
 128

	)

106 

	#IFM_TX_DESC_DEFAULT
 512

	)

107 

	#IFM_BURST_SIZE
 32

	)

108 

	#IFM_BURST_TX_WAIT_US
 1

	)

109 

	#IFM_BURST_TX_RETRIES
 64

	)

110 

	#BURST_TX_DRAIN_US
 100

	)

115 

	#IFM_IFNAME_LEN
 16

	)

116 

	#IFM_CLIENT_NAME
 20

	)

117 

	#IFM_MAX_CLIENT
 10

	)

119 

	#IFM_ETHER_ADDR_SIZE
 6

	)

120 

	#IFM_IPV6_ADDR_SIZE
 16

	)

122 

	#IFM_DEBUG_CONFIG
 (1<<0)

	)

123 

	#IFM_DEBUG_RXTX
 (1<<1)

	)

124 

	#IFM_DEBUG_LOCKS
 (1<<2)

	)

125 

	#IFM_DEBUG
 (1<<4)

	)

126 

	#IFM_MAX_PORTARR_SZ
 64

	)

127 

	#IFM_MAX_PORTARR_SZ
 64

	)

132 
	smempo�_c�fig
 {

133 
u�t32_t
 
	mpo�_size
;

134 
u�t32_t
 
	mbuf�r_size
;

136 
u�t32_t
 
	m�che_size
;

138 
u�t32_t
 
	m�u_sock�_id
;

140 } 
	g__�e_�che_�ig�d
;

147 
	s_p�t_c�fig_
 {

148 
u�t8_t
 
	mp�t_id
;

149 
	m�x_queue
;

150 
	m�x_queue
;

151 
u�t32_t
 
	mtx_buf_size
;

152 
u�t32_t
 
	m��e
;

153 
u�t32_t
 
	m�omisc
;

154 
mempo�_c�fig
 
	mmempo�
;

156 
�e_�h_c�f
 
	mp�t_c�f
;

158 
�e_�h_rxc�f
 
	mrx_c�f
;

160 
�e_�h_txc�f
 
	mtx_c�f
;

162 } 
	tp�t_c�fig_t
;

169 
	s_if_��s_
 {

170 
u�t64_t
 
	mrx_�kts
;

171 
u�t64_t
 
	mtx_�kts
;

172 
u�t64_t
 
	mrx_by�s
;

173 
u�t64_t
 
	mtx_by�s
;

174 
u�t64_t
 
	mrx_mis�d_pkts
;

176 
u�t64_t
 
	mrx_�r_pkts
;

177 
u�t64_t
 
	mrx_nobuf_�
;

178 
u�t64_t
 
	mtx_�ed_pkts
;

179 
u�t64_t
 
	mq_rxpkts
[
IFM_QUEUE_STAT_CNTRS
];

180 
u�t64_t
 
	mq_txpkts
[
IFM_QUEUE_STAT_CNTRS
];

181 
u�t64_t
 
	mq_rx_by�s
[
IFM_QUEUE_STAT_CNTRS
];

183 
u�t64_t
 
	mq_tx_by�s
[
IFM_QUEUE_STAT_CNTRS
];

185 
u�t64_t
 
	mq_rx_pkt_dr�
[
IFM_QUEUE_STAT_CNTRS
];

187 } 
	t__�e_�che_�ig�d
 
	tif_��s
;

191 
	sb�d_p�t
 {

192 
u�t8_t
 
	mb�d_p�tid
;

194 
u�t8_t
 
	msock�_id
;

196 
u�t8_t
 
	mmode
;

198 
u�t8_t
 
	mxm�_p�icy
;

200 
u�t32_t
 
	m����_ms
;

202 
u�t32_t
 
	ml�k_up_d�ay_ms
;

204 
u�t32_t
 
	ml�k_down_d�ay_ms
;

206 
u�t8_t
 
	m�im�y
;

208 
u�t8_t
 
	m�aves
[
RTE_MAX_ETHPORTS
];

210 
	m�ave_cou�
;

212 
u�t8_t
 
	ma�ive_�aves
[
RTE_MAX_ETHPORTS
];

214 
	ma�ive_�ave_cou�
;

216 } 
	g__�e_�che_�ig�d
;

224 
	s_l2_phy_��r��_
 {

225 
_l2_phy_��r��_
 *
	m�xt
;

226 
u�t8_t
 
	mpmdid
;

227 
	mif_�dex
;

228 
	mi�ame
[
IFM_IFNAME_LEN
];

229 
u�t16_t
 
	mmtu
;

230 
u�t8_t
 
	mma�ddr
[
IFM_ETHER_ADDR_SIZE
];

231 
u�t32_t
 
	m�omisc
;

232 
u�t32_t
 
	m�ags
;

234 
u�t32_t
 
	ml�k_��d
;

235 
u�t16_t
 
	ml�k_du�ex
:1;

236 
u�t16_t
 
	ml�k_aut�eg
:1;

237 
u�t16_t
 
	ml�k_��us
:1;

238 
u�t16_t
 
	madm�_��us
:1;

240 
�e_mempo�
 *
	mmempo�
;

241 
u�t32_t
 
	mm�_rx_bufsize
;

242 
u�t32_t
 
	mmax_rx_pk��
;

243 
u�t16_t
 
	mmax_rx_queues
;

244 
u�t16_t
 
	mmax_tx_queues
;

245 
u�t64_t
 
	mn_rxpkts
;

246 
u�t64_t
 
	mn_txpkts
;

247 
if_��s
 
	m��s
;

248 
u�t16_t
(*
���ve_bulk_pkts
�(
	mu�t8_t
, 
	mu�t16_t
, 
	m�e_mbuf
 **);

250 
u�t16_t
(*
��sm�_bulk_pkts
�(
	m_l2_phy_��r��_
 *, 
	m�e_mbuf
 **, 
	mu�t64_t
);

252 (*
	m��sm�_s�g�_pkt
�(
	m_l2_phy_��r��_
 *, 
	m�e_mbuf
 *);

254 
�e_�h_dev_tx_buf�r
 *
	mtx_buf�r
;

255 
u�t64_t
 
	mtx_buf_�n
;

256 *
	m�v4_li�
;

257 *
	m�v6_li�
;

258 
b�d_p�t
 *
	mb�d_c�fig
;

259 
p�t_c�fig_t
 
	mp�t_c�fig
;

260 } 
	t__�e_�che_�ig�d
 
	tl2_phy_��r��_t
;

266 
	s_�v4li�_
 {

267 
_�v4li�_
 *
	m�xt
;

268 
u�t32_t
 
	m�addr
;

269 
	madd��
;

270 
	mmtu
;

271 
l2_phy_��r��_t
 *
	mp�t
;

273 } 
	t�v4li�_t
;

279 
	s_�v6li�_
 {

280 
_�v6li�_
 *
	m�xt
;

281 
u�t8_t
 
	m�addr
[
IFM_IPV6_ADDR_SIZE
];

282 
	madd��
;

283 
	mmtu
;

284 
l2_phy_��r��_t
 *
	mp�t
;

285 } 
	t�v6li�_t
;

292 
	s_ifm_���_
 {

293 
u�t32_t
 
	m���id
;

294 (*
	mcb_l�kupd�e
�(
	mu�t8_t
, );

296 } 
	t__�e_�che_�ig�d
 
	tifm_���
;

302 
	s_��r��_ma�_
 {

303 
l2_phy_��r��_t
 *
	mp�t_li�
[
IFM_MAX_PORTARR_SZ
];

304 
u�t32_t
 
	m��t_c�figu�d
;

305 
u�t32_t
 
	m��t_�t�lized
;

306 
u�t8_t
 
	mn���
;

307 
ifm_���
 
	mif_���
[
IFM_MAX_CLIENT
];

308 } 
	t__�e_�che_�ig�d
 
	t��r��_ma�_t
;

320 
ifm_c�figu�_p�ts
(
p�t_c�fig_t
 *
pc�fig
);

333 
l2_phy_��r��_t
 *
ifm_g�_f��_p�t
();

347 
l2_phy_��r��_t
 *
ifm_g�_�xt_p�t
(
u�t8_t
 
p�t_id
);

359 
l2_phy_��r��_t
 *
ifm_g�_p�t
(
u�t8_t
);

371 
l2_phy_��r��_t
 *
ifm_g�_p�t_by_�me
(cڡ *
�me
);

380 
ifm_�move_p�t_d�a�s
(
u�t8_t
 
p�tid
);

390 
ifm_add_p�t_to_p�t_li�
(
l2_phy_��r��_t
 *);

399 
is_p�t_li�_nu�
();

412 
ifm_p�t_�tup
(
u�t8_t
 
p�t_id
, 
p�t_c�fig_t
 *);

421 
ifm_��
();

433 
�t32_t
 
ifm_g�_��ts_���lized
();

445 
�t32_t
 
ifm_g�_��ive_p�ts
();

457 
�t32_t
 
ifm_chk_p�t_�v4_�ab�d
(
u�t8_t
 
p�t_id
);

469 
�t32_t
 
ifm_chk_p�t_�v6_�ab�d
(
u�t8_t
 
p�t_id
);

485 
�t16_t
 
ifm_�move_�v4_p�t
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�addr
,

486 
u�t32_t
 
add��
);

502 
�t16_t
 
ifm_�move_�v6_p�t
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�6addr
,

503 
u�t32_t
 
add��
);

519 
�t16_t
 
ifm_add_�v4_p�t
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�addr
, u�t32_�
add��
);

535 
�t8_t
 
ifm_add_�v6_p�t
(
u�t8_t
 
p�t_id
, u�t8_�
�6addr
[], 
u�t32_t
 
add��
);

548 
ifm_��sm�_s�g�_pkt
(
l2_phy_��r��_t
 *
p�t
,

549 
�e_mbuf
 *
tx_pkts
);

564 
u�t16_t
 
ifm_��sm�_bulk_pkts
(
l2_phy_��r��_t
 *, 
�e_mbuf
 **
tx_pkts
,

565 
u�t64_t
 
�kts
);

580 
u�t16_t
 
ifm_��ive_bulk_pkts
(
u�t8_t
 
p�t_id
, u�t16_�
qid
,

581 
�e_mbuf
 **
rx_pkts
);

594 
ifm_�t_p�t_�omisc
(
u�t8_t
 
p�t_id
, u�t8_�
�ab�
);

607 
ifm_�t_l2_��r��_mtu
(
u�t8_t
 
p�t_id
, 
u�t16_t
 
mtu
);

620 
ifm_upd�e_l�k��us
(
u�t8_t
 
p�t_id
, 
u�t16_t
 
l�k��us
);

633 
ifm_�gi��_f�_l�kupd�e
(
u�t32_t
 
���id
,

634 (*
cb_l�kupd�e
�(
u�t8_t
, ));

650 
	`lsi_ev�t_��back
(
u�t8_t
 
p�t_id
, 
�e_�h_ev�t_ty�
 
ty�
,

651 *
��m
);

656 
	`��t_��r��_d�a�s
();

667 
	`ifm_b�d_p�t_���
(cڡ *
�me
, 
mode
, 
p�t_c�fig_t
 *
p�tc�f
);

674 
	`ifm_b�d_p�t_d��e
(cڡ *
�me
);

683 
	`ifm_add_�ave_p�t
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
�ave_p�t_id
);

692 
	`ifm_�move_�ave_p�t
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
�ave_p�t_id
);

701 
	`�t_b�d_mode
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
mode
);

708 
	`g�_b�d_mode
(
u�t8_t
 
b�ded_p�t_id
);

717 
	`�t_b�d_�im�y
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
�ave_p�t_id
);

724 
	`g�_b�d_�im�y_p�t
(
u�t8_t
 
b�ded_p�t_id
);

731 
	`g�_b�d_�ave_cou�
(
u�t8_t
 
b�ded_p�t_id
);

738 
	`g�_b�d_a�ive_�ave_cou�
(
u�t8_t
 
b�ded_p�t_id
);

747 
	`g�_b�d_�aves
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
�aves
[
RTE_MAX_ETHPORTS
]);

756 
	`g�_b�d_a�ive_�aves
(
u�t8_t
 
b�ded_p�t_id
,

757 
u�t8_t
 
�aves
[
RTE_MAX_ETHPORTS
]);

766 
	`�t_b�d_mac_add�ss
(
u�t8_t
 
b�ded_p�t_id
, 
�h�_addr
 *
mac_addr
);

773 
	`��t_b�d_mac_addr
(
u�t8_t
 
b�ded_p�t_id
);

774 
	`g�_b�d_mac
(
u�t8_t
 
b�ded_p�t_id
, 
�h�_addr
 *
ma�ddr
);

783 
	`�t_b�d_xm�p�icy
(
u�t8_t
 
b�ded_p�t_id
, u�t8_�
p�icy
);

790 
	`g�_b�d_xm�p�icy
(
u�t8_t
 
b�ded_p�t_id
);

799 
	`�t_b�d_l�k_m�t��_�equ�cy
(
u�t8_t
 
b�ded_p�t_id
,

800 
u�t32_t
 
����_ms
);

807 
	`g�_b�d_l�k_mڙ�_�equ�cy
(
u�t8_t
 
b�ded_p�t_id
);

816 
	`�t_b�d_l�kdown_d�ay
(
u�t8_t
 
b�ded_p�t_id
, 
u�t32_t
 
d�ay_ms
);

823 
	`g�_b�d_l�k_down_d�ay
(
u�t8_t
 
b�ded_p�t_id
);

832 
	`�t_b�d_l�kup_d�ay
(
u�t8_t
 
b�ded_p�t_id
, 
u�t32_t
 
d�ay_ms
);

839 
	`g�_b�d_l�k_up_d�ay
(
u�t8_t
 
b�ded_p�t_id
);

845 
	`��t_��s
();

854 
	`ifm_g�_p�t_�fo
(
u�t8_t
 
p�t_id
, 
l2_phy_��r��_t
 *
p�t_�fo
);

863 
	`ifm_g�_�xt_p�t_�fo
(
u�t8_t
 
p�t_id
, 
l2_phy_��r��_t
 *
p�t_�fo
);

872 
	`c�fig_ifm_debug
(
dbg
, 
�ag
);

	@VIL/l2l3_stack/l2_proto.c

22 
	~"l2_��o.h
"

24 
��o_�ck�_ty�
 *
	g��o_li�
[3];

29 
	$li�_add_ty�
(
u�t16_t
 
ty�
,

30 (*
func
�(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

31 
l2_phy_��r��_t
 *))

33 i�(
ty�
 =�
ETHER_TYPE_IPv4
) {

34 
��o_li�
[
IPv4_VAL
] =

35 
	`�e_m�loc
(
NULL
, (
��o_�ck�_ty�
),

36 
RTE_CACHE_LINE_SIZE
);

37 
��o_li�
[
IPv4_VAL
]->
ty�
 =�ype;

38 
��o_li�
[
IPv4_VAL
]->
func
 = func;

41 i�(
ty�
 =�
ETHER_TYPE_ARP
) {

42 
��o_li�
[
ARP_VAL
] =

43 
	`�e_m�loc
(
NULL
, (
��o_�ck�_ty�
),

44 
RTE_CACHE_LINE_SIZE
);

45 
��o_li�
[
ARP_VAL
]->
ty�
 =�ype;

46 
��o_li�
[
ARP_VAL
]->
func
 = func;

47 } i�(
ty�
 =�
ETHER_TYPE_IPv6
) {

48 
��o_li�
[
IPv6_VAL
] =

49 
	`�e_m�loc
(
NULL
, (
��o_�ck�_ty�
),

50 
RTE_CACHE_LINE_SIZE
);

51 
��o_li�
[
IPv6_VAL
]->
ty�
 =�ype;

52 
��o_li�
[
IPv6_VAL
]->
func
 = func;

55 
	}
}

64 
	$l2_check_mac
(
�e_mbuf
 *
m
[
IFM_BURST_SIZE
], 
l2_phy_��r��_t
 *
p�t
,

65 
u�t8_t
 
i
, 
u�t64_t
 *
pkts_mask
, u�t64_�*
�p_pkts_mask
,

66 
u�t64_t
 *
�v4_pkts_mask
, u�t64_�*
�v6_pkts_mask
)

68 
�h�_hdr
 *
�h
=
NULL
;

69 
u�t16_t
 
�me_mac
=0;

70 
u�t16_t
 
�hty�
 = 0;

72 i�(
m
[
i
] !�
NULL
) {

73 
�h
 = 
	`�e_pktmbuf_mtod
(
m
[
i
], 
�h�_hdr
 *);

74 if(
�h
)

75 
�hty�
 = 
	`�e_be_to_�u_16
(
�h
->
�h�_ty�
);

76 i�(
�h
 =�
NULL
) {

78 
	`��tf
("l2_check_mac: Ethernet Dest Addr NULL !!!\n");

81 
�hty�
 = 
	`�e_be_to_�u_16
(
�h
->
�h�_ty�
);

82 #i�
L2_PROTO_DBG


83 
	`��tf
("%s => mbuf�kt dest mac�ddr: %x:%x:%x:%x:%x:%x\n",

84 
__FUNCTION__
, 
�h
->
d_addr
.
addr_by�s
[0],

85 
�h
->
d_addr
.
addr_by�s
[1],�th->d_addr.addr_bytes[2],

86 
�h
->
d_addr
.
addr_by�s
[3],�th->d_addr.addr_bytes[4],

87 
�h
->
d_addr
.
addr_by�s
[5]);

88 
	`��tf
("%�=>�܈ma�addr: %x:%x:%x:%x:%x:%x\n", 
__FUNCTION__
,

89 
p�t
->
ma�ddr
[0],�ort->macaddr[1],�ort->macaddr[2],

90 
p�t
->
ma�ddr
[3],�ort->macaddr[4],�ort->macaddr[5]);

94 
�me_mac
 =

95 (
is_�me_�h�_addr


96 (&
�h
->
d_addr
, (
�h�_addr
 *)
p�t
->
ma�ddr
)

98 ((
is_br�d��_�h�_addr


99 ((
�h�_addr
 *)&
�h
->
d_addr
)

100 && (
�hty�
 =�
ETHER_TYPE_ARP
)))

101 || (
�hty�
 =�
ETHER_TYPE_IPv6


102 && 
�h
->
d_addr
.
addr_by�s
[0] == 0x33

103 && 
�h
->
d_addr
.
addr_by�s
[1] == 0x33));

105 i�(!
�me_mac
) {

106 
u�t64_t
 
�mp_mask
 = 1LLU << 
i
;

107 *
pkts_mask
 ^�
�mp_mask
;

108 
	`�e_pktmbuf_�
(
m
[
i
]);

109 
m
[
i
] = 
NULL
;

110 } i�((
�hty�
 =�
ETHER_TYPE_IPv4
�&& 
�me_mac
) {

111 
u�t64_t
 
�mp_mask
 = 1LLU << 
i
;

112 *
�v4_pkts_mask
 ^�
�mp_mask
;

113 } i�((
�hty�
 =�
ETHER_TYPE_ARP
�&& 
�me_mac
) {

114 
u�t64_t
 
�mp_mask
 = 1LLU << 
i
;

115 *
�p_pkts_mask
 ^�
�mp_mask
;

116 } i�((
�hty�
 =�
ETHER_TYPE_IPv6
�&& 
�me_mac
) {

117 
u�t64_t
 
�mp_mask
 = 1LLU << 
i
;

118 *
�v6_pkts_mask
 ^�
�mp_mask
;

121 
	`��tf
("\n%s:��_pkts_mask = %" 
PRIu64
 ", ipv4_pkts_mask = %" PRIu64

122 ", ipv6_pkts_mask =%" 
PRIu64
 ",�kt-type = %x, sam_mac = %d\n",

123 
__FUNCTION__
, *
�p_pkts_mask
, *
�v4_pkts_mask
, *
�v6_pkts_mask
,

124 
�hty�
, 
�me_mac
);

125 
	}
}

128 
	$��oc�_h�d�r_�cv
(
�e_mbuf
 **
pkts_bur�
, 
u�t16_t
 
nb_rx
,

129 
l2_phy_��r��_t
 *
p�t
)

131 
u�t8_t
 
i
;

132 
u�t64_t
 
pkts_mask
 = 0;

133 
u�t64_t
 
�p_pkts_mask
 = 0;

134 
u�t64_t
 
�v4_pkts_mask
 = 0;

135 
u�t64_t
 
�v6_pkts_mask
 = 0;

140 
i
 = 0; i < 
nb_rx
; i++) {

141 
	`l2_check_mac
(
pkts_bur�
, 
p�t
, 
i
, &
pkts_mask
, &
�p_pkts_mask
,

142 &
�v4_pkts_mask
, &
�v6_pkts_mask
);

144 i�(
nb_rx
) {

145 i�(
�p_pkts_mask
) {

146 
��o_li�
[
ARP_VAL
]->
	`func
(
pkts_bur�
, 
nb_rx
,

147 
�p_pkts_mask
, 
p�t
);

148 
��tf


151 i�(
�v4_pkts_mask
) {

152 
��tf


154 
	`��tf
("===�b_rx:%u, ipv4_pkts_mask: %lu\n\n", 
nb_rx
,

155 
�v4_pkts_mask
);

156 
��o_li�
[
IPv4_VAL
]->
	`func
(
pkts_bur�
, 
nb_rx
,

157 
�v4_pkts_mask
, 
p�t
);

159 i�(
�v6_pkts_mask
) {

160 
��tf


162 
	`��tf
("===�b_rx:%u, ipv6_pkts_mask: %lu\n\n", 
nb_rx
,

163 
�v6_pkts_mask
);

164 
��o_li�
[
IPv6_VAL
]->
	`func
(
pkts_bur�
, 
nb_rx
,

165 
�v6_pkts_mask
, 
p�t
);

168 
	}
}

171 
qid
) {

175 
��tf


177 
cur
->
ty�
 !�
ETHER_TYPE_ARP
 && cu�!�
NULL
) {

178 
cur
 = cur->
�xt
;

180 i�(
cur
 !�
NULL
) {

182 
��tf


184 
cur
->
	`func
(
pkts_bur�
, 
nb_rx
, 
pkts_mask
, 
p�tid
);

187 
��o_li�
[
ARP_VAL
]->
	`func
(
pkts_bur�
, 
nb_rx
, 
�p_pkts_mask
,

188 
p�tid
);

194 
cur
->
ty�
 !�
ETHER_TYPE_IPv4
 && cu�!�
NULL
) {

195 
cur
 = cur->
�xt
;

197 i�(
cur
 !�
NULL
) {

200 
cur
->
	`func
(
pkts_bur�
, 
nb_rx
, 
�v4_pkts_mask
, 
p�tid
);

205 
��o_li�
[
IPv4_VAL
]->
	`func
(
pkts_bur�
, 
nb_rx
, 
�v4_pkts_mask
,

206 
p�tid
);

223 
	`�e_ex�
(
EXIT_FAILURE
, "Ethertype�ot found \n");

226 
	}
}

	@VIL/l2l3_stack/l2_proto.h

26 #i�de�
L2_PROTO_H


27 

	#L2_PROTO_H


	)

29 
	~<�dio.h
>

30 
	~<�dlib.h
>

31 
	~<�r�g.h
>

32 
	~<�d�t.h
>

33 
	~<��y�s.h
>

34 
	~<sys/ty�s.h
>

35 
	~<sys/queue.h
>

36 
	~<�t��/�.h
>

37 
	~<�tjmp.h
>

38 
	~<�d�g.h
>

39 
	~<�y�.h
>

40 
	~<��o.h
>

41 
	~<g��t.h
>

42 
	~<sig�l.h
>

43 
	~<�dbo�.h
>

45 
	~<�e_comm�.h
>

46 
	~<�e_log.h
>

47 
	~<�e_m�loc.h
>

48 
	~<�e_mem�y.h
>

49 
	~<�e_mem�y.h
>

50 
	~<�e_memz�e.h
>

51 
	~<�e_�l.h
>

52 
	~<�e_�r_lc�e.h
>

53 
	~<�e_�unch.h
>

54 
	~<�e_�omic.h
>

55 
	~<�e_cy�es.h
>

56 
	~<�e_�e�tch.h
>

57 
	~<�e_lc�e.h
>

58 
	~<�e_�r_lc�e.h
>

59 
	~<�e_b�nch_�edi�i�.h
>

60 
	~<�e_���u�s.h
>

61 
	~<�e_pci.h
>

62 
	~<�e_�ndom.h
>

63 
	~<�e_debug.h
>

64 
	~<�e_�h�.h
>

65 
	~<�e_�hdev.h
>

66 
	~<�e_�.h
>

67 
	~<�e_r�g.h
>

68 
	~<�e_mempo�.h
>

69 
	~<�e_mbuf.h
>

70 
	~<�e_�h_��.h
>

71 
	~<��r��.h
>

74 

	#IPv4_VAL
 0

	)

75 

	#ARP_VAL
 1

	)

76 

	#IPv6_VAL
 2

	)

79 

	#L2_PROTO_DBG
 1

	)

84 
	s��o_�ck�_ty�
 {

85 
u�t16_t
 
	mty�
;

86 (*
	mfunc
�(
�e_mbuf
 **
	mm
, 
u�t16_t
 
	mnb_pkts
, 
u�t64_t
 
	mpkt_mask
, 
l2_phy_��r��_t
 *
	mp�t
);

87 } 
	g__�e_�che_�ig�d
;

98 
li�_add_ty�
(
u�t16_t
 
ty�
,

99 (*
func
�(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

100 
l2_phy_��r��_t
 *));

130 
	`l2_check_mac
(
�e_mbuf
 *
m
[
IFM_BURST_SIZE
], 
l2_phy_��r��_t
 *
p�t
,

131 
u�t8_t
 
pos
, 
u�t64_t
 *
pkts_mask
, u�t64_�*
�p_pkts_mask
,

132 
u�t64_t
 *
�v4_pkts_mask
, u�t64_�*
�v6_pkts_mask
);

147 
	`��oc�_h�d�r_�cv
(
�e_mbuf
 *
m
[
IFM_BURST_SIZE
], 
u�t16_t
 
nb_rx
,

148 
l2_phy_��r��_t
 *
p�t
);

	@VIL/l2l3_stack/l3fwd_common.h

22 #i�de�
L3FWD_COMMON_H


23 

	#L3FWD_COMMON_H


	)

26 
	~<�dio.h
>

27 
	~<�dlib.h
>

28 
	~<�d�t.h
>

29 
	~<��y�s.h
>

30 
	~<sys/ty�s.h
>

31 
	~<sys/queue.h
>

32 
	~<sys/��m.h
>

33 
	~<�r�g.h
>

34 
	~<�d�g.h
>

35 
	~<��o.h
>

36 
	~<sig�l.h
>

37 
	~<�dbo�.h
>

38 
	~<g��t.h
>

39 
	~<uni�d.h
>

42 
	~<�e_comm�.h
>

43 
	~<�e_hash.h
>

44 
	~<�e_jhash.h
>

45 
	~<�e_p�t.h
>

46 
	~<�e_ve�.h
>

47 
	~<�e_by��d�.h
>

48 
	~<�e_log.h
>

49 
	~<�e_mem�y.h
>

50 
	~<�e_mem�y.h
>

51 
	~<�e_memz�e.h
>

52 
	~<�e_�l.h
>

53 
	~<�e_�r_lc�e.h
>

54 
	~<�e_�unch.h
>

55 
	~<�e_�omic.h
>

56 
	~<�e_cy�es.h
>

57 
	~<�e_�e�tch.h
>

58 
	~<�e_lc�e.h
>

59 
	~<�e_�r_lc�e.h
>

60 
	~<�e_b�nch_�edi�i�.h
>

61 
	~<�e_���u�s.h
>

62 
	~<�e_pci.h
>

63 
	~<�e_�ndom.h
>

64 
	~<�e_debug.h
>

65 
	~<�e_�h�.h
>

66 
	~<�e_�hdev.h
>

67 
	~<�e_r�g.h
>

68 
	~<�e_mempo�.h
>

69 
	~<�e_mbuf.h
>

70 
	~<�e_�.h
>

71 
	~<�e_t�.h
>

72 
	~<�e_udp.h
>

73 
	~<�e_�b�_hash.h
>

74 
	~<�e_�b�.h
>

75 
	~<�e_�b�_�m.h
>

76 
	~<�e_�r�g_�s.h
>

77 
	~<�e_�u�ags.h
>

78 
	~<l3fwd_�m4.h
>

79 
	~<l3fwd_�m6.h
>

80 
	~<�e_�b�_�m_�v6.h
>

85 

	#MAX_ROUTES
 4

	)

86 

	#L3FWD_DEBUG
 1

	)

87 

	#MULTIPATH_FEAT
 1

	)

94 
l3fwd_��
();

99 
p�uϋ_�m4_�b�_rou�s
();

104 
p�uϋ_�m6_�b�_rou�s
();

109 
p�uϋ_�m_rou�s
();

	@VIL/l2l3_stack/l3fwd_lpm4.c

17 
	~"l3fwd_comm�.h
"

18 
	~"��r��.h
"

19 
	~"l2_��o.h
"

20 
	~"l3fwd_�m4.h
"

21 
	~"l3fwd_�m6.h
"

22 
	~"lib_�p.h
"

23 
	~"lib_icmpv6.h
"

24 
	~<��y�s.h
>

29 *
	g�m4_�b�
;

32 
�e_hash
 *
	gl2_adj_hash_h�d�
;

33 
�e_hash
 *
	gfib_�th_hash_h�d�
;

35 
l3_��s_t
 
	g��s
;

38 
u�t8_t
 
	gnh_l�ks
[
MAX_SUPPORTED_FIB_PATHS
][
HASH_BUCKET_SIZE
] =

87 

	#META_DATA_OFFSET
 128

	)

89 

	#RTE_PKTMBUF_HEADROOM
 128

	)

90 

	#ETHERNET_START
 (
META_DATA_OFFSET
 + 
RTE_PKTMBUF_HEADROOM
)

	)

91 

	#ETH_HDR_SIZE
 14

	)

92 

	#IP_START
 (
ETHERNET_START
 + 
ETH_HDR_SIZE
)

	)

93 

	#TCP_START
 (
IP_START
 + 20)

	)

95 
	$��t_pkt
(
�e_mbuf
 *
pkt
)

97 
i
;

98 
size
 = 14;

99 
u�t8_t
 *
rd
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
ETHERNET_START
);

101 
	`��tf
("Meta-data:\n");

102 
i
 = 0; i < 
size
; i++) {

103 
	`��tf
("%02x ", 
rd
[
i
]);

104 i�((
i
 & 3) == 3)

105 
	`��tf
("\n");

107 
	`��tf
("\n");

108 
	`��tf
("IP�nd TCP/UDP headers:\n");

109 
rd
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
IP_START
);

110 
i
 = 0; i < 40; i++) {

111 
	`��tf
("%02x ", 
rd
[
i
]);

112 i�((
i
 & 3) == 3)

113 
	`��tf
("\n");

116 
	}
}

118 
�_��oc�_ty�
 *
	g��o_ty�
[2];

119 
	$�m_��
()

123 
�e_�b�_�m_��ms
 
�m_��ms
 = {

124 .
�me
 = "LPMv4",

125 .
n_ru�s
 = 
IPV4_L3FWD_LPM_MAX_RULES
,

126 .
numb�_tbl8s
 = 
IPV4_L3FWD_LPM_NUMBER_TBL8S
,

127 .
�ags
 = 0,

128 .
��y_unique_size
 = (
fib_�fo
),

129 .
off�t
 = 128,

133 
�m4_�b�
 =

134 
�e_�b�_�m_�s
.
	`f_���
(&
�m_��ms
, 
	`�e_sock�_id
(),

135 (
fib_�fo
));

136 i�(
�m4_�b�
 =�
NULL
) {

137 
	`��tf
("Failed�o create LPM IPV4�able\n");

142 
�e_hash_��m��s
 
l2_adj_�v4_��ms
 = {

143 .
�me
 = "l2_ADJ_HASH",

144 .
���s
 = 64,

145 .
key_�n
 = (
l2_adj_key_�v4
),

146 .
hash_func
 = 
�e_jhash
,

147 .
hash_func_��_v�
 = 0,

151 
l2_adj_hash_h�d�
 = 
	`�e_hash_���
(&
l2_adj_�v4_��ms
);

153 i�(
l2_adj_hash_h�d�
 =�
NULL
) {

154 
	`��tf
("L2 ADJ�te_hash_create failed\n");

157 
	`��tf
("l2_adj_hash_h�d� %p\n\n", (*)
l2_adj_hash_h�d�
);

161 
�e_hash_��m��s
 
fib_�th_�v4_��ms
 = {

162 .
�me
 = "FIB_PATH_HASH",

163 .
���s
 = 64,

164 .
key_�n
 = (
fib_�th_key_�v4
),

165 .
hash_func
 = 
�e_jhash
,

166 .
hash_func_��_v�
 = 0,

170 
fib_�th_hash_h�d�
 = 
	`�e_hash_���
(&
fib_�th_�v4_��ms
);

172 i�(
fib_�th_hash_h�d�
 =�
NULL
) {

173 
	`��tf
("FIB�ath�te_hash_create failed\n");

177 
	}
}

179 
	$�m4_�b�_rou�_add
(
rout�g_�fo
 *
d�a
)

182 
rout�g_�fo
 *
fib
 = 
d�a
;

183 
�e_�b�_�m_key
 
�m_key
 = {

184 .
�
 = 
fib
->
d�_�_addr
,

185 .
d�th
 = 
fib
->depth,

187 
u�t8_t
 
i
;

188 
Tٮ_rou�_cou�
;

189 
fib_�fo
 
��y
;

190 
��y
.
d�_�_addr
 = 
	`�e_bsw�32
(
fib
->dst_ip_addr);

191 
��y
.
d�th
 = 
fib
->depth;

192 
��y
.
fib_nh_size
 = 
fib
->fib_nh_size;

194 #i�
MULTIPATH_FEAT


195 i�(
��y
.
fib_nh_size
 =�0 ||��ry.fib_nh_siz�> 
MAX_FIB_PATHS
)

197 i�(
��y
.
fib_nh_size
 != 1)

200 
	`��tf
("Route can't be configured!!,�ntry.fib_nh_size = %d\n",

201 
��y
.
fib_nh_size
);

205 #i�
MULTIPATH_FEAT


206 
i
 = 0; i < 
��y
.
fib_nh_size
; i++)

208 
i
 = 0; i < 1; i++)

211 
fib_�th
 *
fib_�th_addr
 = 
NULL
;

213 
fib_�th_addr
 =

214 
	`p�uϋ_fib_�th
(
fib
->
nh_�_addr
[
i
], fib->
out_p�t
[i]);

215 i�(
fib_�th_addr
) {

217 
��y
.
�th
[
i
] = 
fib_�th_addr
;

218 
	`��tf
("Fib info for�he Dest IP");

219 
	`��tf
(" : %" 
PRIu32
 ".%" PRIu32 ".%" PRIu32 ".%" PRIu32

220 "/%" 
PRIu8


222 (
fib
->
d�_�_addr
 & 0xFF000000) >> 24,

223 (
fib
->
d�_�_addr
 & 0x00FF0000) >> 16,

224 (
fib
->
d�_�_addr
 & 0x0000FF00) >> 8,

225 (
fib
->
d�_�_addr
 & 0x000000FF), fib->
d�th
,

226 
fib_�th_addr
,

227 (*)
��y
.
�th
[
i
]->
l2_adj_�r
);

229 
	`��tf
("Fib inf�f܁h�De� IP :\
%" 
PRIu32
 ".%" PRIu32 ".%" PRIu32 ".%" PRIu32 "/%" 
PRIu8
 " => fib_�th Addr: NULL \n", (
fib
->
d�_�_addr
 & 0xFF000000�>> 24, (fib->d�_�_add�& 0x00FF0000�>> 16, (fib->d�_�_add�& 0x0000FF00�>> 8, (fib->d�_�_add�& 0x000000FF), fib->
d�th
);

231 
��y
.
�th
[
i
] = 
NULL
;

235 
key_found
, 
�t
;

236 *
��y_�r
;

237 
�t
 =

238 
�e_�b�_�m_�s
.
	`f_add
(
�m4_�b�
, (*)&
�m_key
, &
��y
,

239 &
key_found
, &
��y_�r
);

241 i�(
�t
 != 0) {

242 
	`��tf
("Failed�o Add IP�oute\n");

245 
Tٮ_rou�_cou�
++;

246 
	`��tf
("Tٮ Rou�d Added : %u, Key_found: %d\n", 
Tٮ_rou�_cou�
,

247 
key_found
);

248 
	`��tf
("Adding Route�o LPM�able...\n");

250 
	`��tf
("Iterate with Cuckoo Hash�able\n");

251 
	`���e_cuckoo_hash_�b�
();

253 
	}
}

255 
	$�m4_�b�_rou�_d��e
(
u�t32_t
 
d�_�
, 
u�t8_t
 
d�th
)

258 
�e_�b�_�m_key
 
�m_key
 = {

259 .
�
 = 
d�_�
,

260 .
d�th
 = depth,

263 
key_found
, 
�t
;

264 *
��y
 = 
NULL
;

266 
��y
 = 
	`�e_zm�loc
(
NULL
, 512, 
RTE_CACHE_LINE_SIZE
);

269 
�t
 =

270 
�e_�b�_�m_�s
.
	`f_d��e
(
�m4_�b�
, &
�m_key
, &
key_found
, 
��y
);

272 i�(
�t
) {

273 
	`��tf
("Failed�o Delete IP�oute from LPMv4�able\n");

277 
	`��tf
("Deleted�oute from LPM�able (IPv4 Address = %"

278 
PRIu32
 ".%" PRIu32 ".%" PRIu32 ".%" PRIu32

279 "/%u , key_found = %d\n", (
�m_key
.
�
 & 0xFF000000) >> 24,

280 (
�m_key
.
�
 & 0x00FF0000) >> 16, (lpm_key.ip & 0x0000FF00) >> 8,

281 (
�m_key
.
�
 & 0x000000FF),�pm_key.
d�th
, 
key_found
);

284 
	`�move_fib_l2_adj_��y
(
��y
);

285 
	`�e_�
(
��y
);

286 
	`��tf
("Iterate with Cuckoo Hash�able\n");

287 
	`���e_cuckoo_hash_�b�
();

289 
	}
}

292 
	$�m4_�b�_lookup
(
�e_mbuf
 **
pkts_bur�
, 
u�t16_t
 
nb_pkts
,

293 
u�t64_t
 
pkts_mask
,

294 
l2_phy_��r��_t
 *
p�t_�r
[
RTE_PORT_IN_BURST_SIZE_MAX
],

295 
u�t64_t
 *
h�_mask
)

298 
rout�g_�b�_��y
 *
�v4_���s
[
RTE_PORT_IN_BURST_SIZE_MAX
];

299 
u�t64_t
 
lookup_h�_mask_�v4
 = 0;

300 
��us
;

301 
u�t64_t
 
pkts_key_mask
 = 
pkts_mask
;

302 
u�t64_t
 
lookup_miss_mask_�v4
 = 
pkts_mask
;

304 
u�t64_t
 
��_cou�
;

305 
u�t64_t
 
rcvd_cou�
;

306 
rcvd_cou�
 +�
nb_pkts
;

307 i�(
L3FWD_DEBUG
) {

308 
��tf


310 
nb_pkts
, 
rcvd_cou�
, (*)
pkts_mask
);

312 
u�t32_t
 
d�_addr_off�t
 =

313 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST
;

315 ; 
pkts_key_mask
;) {

317 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
pkts_key_mask
);

318 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

319 
pkts_key_mask
 &�~
pkt_mask
;

320 
�e_mbuf
 *
mbuf
 = 
pkts_bur�
[
pos
];

321 
u�t32_t
 *
�m_key
 = 
NULL
;

322 
u�t32_t
 *
d�_addr
 = 
NULL
;

323 
�m_key
 = (
u�t32_t
 *�
	`RTE_MBUF_METADATA_UINT8_PTR
(
mbuf
, 128);

324 
d�_addr
 =

325 (
u�t32_t
 *�
	`RTE_MBUF_METADATA_UINT8_PTR
(
mbuf
,

326 
d�_addr_off�t
);

327 *
�m_key
 = *
d�_addr
;

328 i�(
L3FWD_DEBUG
) {

330 
	`��tf
("Rcvd Pakt (IPv4 Address = %"

331 
PRIu32
 ".%" PRIu32 ".%" PRIu32 ".%" PRIu32 ")\n",

332 (
	`�e_�u_to_be_32
(*
�m_key
) & 0xFF000000) >> 24,

333 (
	`�e_�u_to_be_32
(*
�m_key
) & 0x00FF0000) >> 16,

334 (
	`�e_�u_to_be_32
(*
�m_key
) & 0x0000FF00) >> 8,

335 (
	`�e_�u_to_be_32
(*
�m_key
) & 0x000000FF));

340 i�(
L3FWD_DEBUG
)

341 
	`��tf
("\nIPV4 Lookup Mask Before = %p\n",

342 (*)
lookup_h�_mask_�v4
);

343 
��us
 =

344 
�e_�b�_�m_�s
.
	`f_lookup
(
�m4_�b�
, 
pkts_bur�
, 
pkts_mask
,

345 &
lookup_h�_mask_�v4
,

346 (**)
�v4_���s
);

348 i�(
��us
) {

349 
	`��tf
("LPM Lookup failed for IP�oute\n");

353 
lookup_miss_mask_�v4
 =�ookup_miss_mask_�v4 & (~
lookup_h�_mask_�v4
);

354 i�(
L3FWD_DEBUG
) {

355 
��tf


357 (*)
lookup_h�_mask_�v4
,

358 (*)
lookup_miss_mask_�v4
);

361 ; 
lookup_miss_mask_�v4
;) {

363 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
lookup_miss_mask_�v4
);

364 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

365 
lookup_miss_mask_�v4
 &�~
pkt_mask
;

366 
	`�e_pktmbuf_�
(
pkts_bur�
[
pos
]);

367 
pkts_bur�
[
pos
] = 
NULL
;

368 
��s
.
nb_l3_dr�_pkt
++;

369 i�(
L3FWD_DEBUG
)

370 
	`��tf
("\n DROP PKT IPV4 Lookup_miss_Mask = %p\n",

371 (*)
lookup_miss_mask_�v4
);

374 *
h�_mask
 = 
lookup_h�_mask_�v4
;

375 ; 
lookup_h�_mask_�v4
;) {

377 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
lookup_h�_mask_�v4
);

378 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

379 
lookup_h�_mask_�v4
 &�~
pkt_mask
;

380 
�e_mbuf
 *
pkt
 = 
pkts_bur�
[
pos
];

382 
fib_�fo
 *
��y
 = (fib_�f�*)
�v4_���s
[
pos
];

384 #i�
MULTIPATH_FEAT


386 
u�t8_t
 
ecmp_�th
 = 0;

387 
ecmp_�th
 = 
	`�_hash_l�d_b���
(
pkts_bur�
[
pos
]);

388 
u�t8_t
 
���ed_�th
 = 0;

389 
fib_�th
 *fib_�th = 
NULL
;

390 i�(((
��y
->
fib_nh_size
 != 0)

391 && (
��y
->
fib_nh_size
 - 1�< 
MAX_SUPPORTED_FIB_PATHS
)

392 && ((
ecmp_�th
 !�0�&& (ecmp_�th - 1�< 
HASH_BUCKET_SIZE
))

393 
���ed_�th
 =

394 
nh_l�ks
[
��y
->
fib_nh_size
 - 1][
ecmp_�th
 - 1];

395 i�(
���ed_�th
 < 
MAX_FIB_PATHS
)

396 
fib_�th
 = 
��y
->
�th
[
���ed_�th
];

397 i�(
L3FWD_DEBUG
) {

398 
��tf


400 
��y
->
fib_nh_size
, 
ecmp_�th
, 
���ed_�th
);

403 
fib_�th
 *fib_�th = 
��y
->
�th
[0];

406 i�(
fib_�th
 =�
NULL
) {

407 
	`�e_pktmbuf_�
(
pkt
);

408 
pkts_bur�
[
pos
] = 
NULL
;

409 
��s
.
nb_l3_dr�_pkt
++;

410 *
h�_mask
 &�~
pkt_mask
;

411 i�(
L3FWD_DEBUG
)

412 
��tf


417 i�(
fib_�th
->
l2_adj_�r
->
�ags
 =�
L2_ADJ_UNRESOLVED
) {

418 i�(
fib_�th
->
l2_adj_�r
->
phy_p�t
->
�v4_li�
 !�
NULL
)

419 
	`�que�_�p
(
fib_�th
->
l2_adj_�r
->
phy_p�t
->

420 
pmdid
, 
fib_�th
->
nh_�
);

422 
	`�e_pktmbuf_�
(
pkts_bur�
[
pos
]);

423 
pkts_bur�
[
pos
] = 
NULL
;

424 *
h�_mask
 &�~
pkt_mask
;

425 i�(
L3FWD_DEBUG
)

426 
��tf


432 
u�t8_t
 *
�h_de�
 =

433 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
MBUF_HDR_ROOM
);

434 
u�t8_t
 *
�h_�c
 =

435 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
MBUF_HDR_ROOM
 + 6);

436 i�(
L3FWD_DEBUG
) {

437 
��tf


440 
�h_de�
[0],�th_de�[1],�th_de�[2],�th_de�[3],�th_de�[4],�th_de�[5], 
�h_�c
[0],�th_src[1],

441 
�h_�c
[2],�th_src[3],�th_src[4],�th_src[5]);

444 
	`mem�y
(
�h_de�
, 
fib_�th
->
l2_adj_�r
->
l2_�r�g
, (
�h�_addr
) * 2);

445 i�(
L3FWD_DEBUG
) {

446 
k
 = 0;

447 
k
 = 0; k < 14; k++) {

448 
	`��tf
("%02x ",

449 
fib_�th
->
l2_adj_�r
->
l2_�r�g
[
k
]);

450 
	`��tf
("\n");

452 
��tf


453 ("MAC AFTER DST MAC %02x:%02x:%02x:%02x:%02x:%02x, \
 MAC %02x:%02x:%02x:%02x:%02x:%02x\n", 
�h_de�
[0],�th_de�[1],�th_de�[2],�th_de�[3],�th_de�[4],�th_de�[5], 
�h_�c
[0],�th_src[1],�th_src[2],�th_src[3],�th_src[4],�th_src[5]);

456 
p�t_�r
[
pos
] = 
fib_�th
->
l2_adj_�r
->
phy_p�t
;

457 i�(
L3FWD_DEBUG
) {

458 
	`��tf
("l3fwd_lookup API!!!!\n");

462 
��_cou�
++;

463 
��s
.
nb_tx_l3_pkt
++;

464 i�(
L3FWD_DEBUG
)

465 
��tf


467 
fib_�th
->
out_p�t
, 
��_cou�
);

470 
	}
}

472 
	$is_v�id_�v4_pkt
(
�v4_hdr
 *
pkt
, 
u�t32_t
 
l�k_�n
)

474 i�(
l�k_�n
 < (
�v4_hdr
))

476 i�(((
pkt
->
v�si�_ihl
) >> 4) != 4)

478 i�((
pkt
->
v�si�_ihl
 & 0xf) < 5)

480 i�(
	`�e_�u_to_be_16
(
pkt
->
tٮ_�ngth
�< (
�v4_hdr
))

483 
	}
}

486 
	$g�_de�_mac_f�_�xth�
(
u�t32_t
 
�xt_h�_�
,

487 
u�t8_t
 
out_phy_p�t
, 
�h�_addr
 *
hw_addr
)

489 
�p_��y_d�a
 *
�p_d�a
 = 
NULL
;

490 
�p_key_�v4
 
�p_key
;

491 
�p_key
.
p�t_id
 = 
out_phy_p�t
;

492 
�p_key
.
�
 = 
�xt_h�_�
;

494 
�p_d�a
 = 
	`���ve_�p_��y
(
�p_key
);

495 i�(
�p_d�a
 =�
NULL
) {

496 
	`��tf
("ARP�ntry is�ot found for ip %x,�ort %d\n",

497 
�xt_h�_�
, 
out_phy_p�t
);

500 
	`�h�_addr_c�y
(&
�p_d�a
->
�h_addr
, 
hw_addr
);

502 
	}
}

504 
l2_adj_��y
 *
	$���ve_l2_adj_��y
(
l2_adj_key_�v4
 
l2_adj_key
)

506 
l2_adj_��y
 *
�t_l2_adj_d�a
 = 
NULL
;

507 
l2_adj_key
.
f��r1
 = 0;

508 
l2_adj_key
.
f��r2
 = 0;

509 
l2_adj_key
.
f��r3
 = 0;

511 
�t
 =

512 
	`�e_hash_lookup_d�a
(
l2_adj_hash_h�d�
, &
l2_adj_key
,

513 (**)&
�t_l2_adj_d�a
);

514 i�(
�t
 < 0) {

515 #ifde�
L2L3_DEBUG


516 
��tf


518 
�t
, 
EINVAL
, 
ENOENT
);

520  
NULL
;

522 #ifde�
L2L3_DEBUG


523 
��tf


525 
�t
, 
EINVAL
, 
ENOENT
);

527  
�t_l2_adj_d�a
;

529 
	}
}

531 
	$�move_fib_l2_adj_��y
(*
��y
)

533 
fib_�fo
 
��y1
;

534 
	`mem�y
(&
��y1
, 
��y
, (
fib_�fo
));

536 
fib_�th
 *
fib_�th_addr
 = 
��y1
.
�th
[0];

537 i�(
fib_�th_addr
->
�fcou�
 > 1) {

538 
��tf


540 
fib_�th_addr
->
nh_�
, fib_�th_addr->
out_p�t
,

541 
fib_�th_addr
->
�fcou�
);

542 
fib_�th_addr
->
�fcou�
--;

543 
	`��tf
("AFTER fib_path�ntry,�h_ip %x,�ort %d,�efcount %d\n",

544 
fib_�th_addr
->
nh_�
, fib_�th_addr->
out_p�t
,

545 
fib_�th_addr
->
�fcou�
);

549 
l2_adj_��y
 *
adj_addr
 = 
NULL
;

550 
adj_addr
 = 
fib_�th_addr
->
l2_adj_�r
;

552 i�(
adj_addr
 !�
NULL
) {

554 
l2_adj_key_�v4
 
l2_adj_key
 = {

555 .
Next_h�_�
 = 
fib_�th_addr
->
nh_�
,

556 .
out_p�t_id
 = 
fib_�th_addr
->
out_p�t
,

558 #ifde�
L3FWD_DEBUG


559 
��tf


561 
l2_adj_key
.
Next_h�_�
,�2_adj_key.
out_p�t_id
,

562 
adj_addr
->
�fcou�
);

565 
	`�e_hash_d�_key
(
l2_adj_hash_h�d�
, &
l2_adj_key
);

566 
	`�e_�
(
adj_addr
);

567 
adj_addr
 = 
NULL
;

570 
fib_�th_key_�v4
 
�th_key
 = {

571 .
nh_�
 = 
fib_�th_addr
->nh_ip,

572 .
out_p�t
 = 
fib_�th_addr
->out_port,

575 
��tf


577 
fib_�th_addr
->
nh_�
, fib_�th_addr->
out_p�t
,

578 
fib_�th_addr
->
�fcou�
);

579 
	`�e_hash_d�_key
(
fib_�th_hash_h�d�
, &
�th_key
);

580 
	`�e_�
(
fib_�th_addr
);

581 
fib_�th_addr
 = 
NULL
;

583 
	}
}

585 
l2_adj_��y
 *
	$p�uϋ_l2_adj
(
u�t32_t
 
�addr
, 
u�t8_t
 
p�tid
)

588 
l2_adj_key_�v4
 
l2_adj_key
;

589 
l2_adj_key
.
out_p�t_id
 = 
p�tid
;

590 
l2_adj_key
.
Next_h�_�
 = 
�addr
;

591 
l2_adj_key
.
f��r1
 = 0;

592 
l2_adj_key
.
f��r2
 = 0;

593 
l2_adj_key
.
f��r3
 = 0;

595 
�h�_addr
 
�h_d�
;

596 
l2_adj_��y
 *
adj_d�a
 = 
NULL
;

599 
adj_d�a
 = 
	`���ve_l2_adj_��y
(
l2_adj_key
);

601 i�(
adj_d�a
) {

603 
��tf


605 
l2_adj_key
.
Next_h�_�
,�2_adj_key.
out_p�t_id
,

606 
adj_d�a
->
�fcou�
,�dj_data);

607 
	`�h�_addr_c�y
(&
adj_d�a
->
�h_addr
, &
�h_d�
);

608 
adj_d�a
->
�fcou�
++;

609 
��tf


611 
l2_adj_key
.
Next_h�_�
,�2_adj_key.
out_p�t_id
,

612 
adj_d�a
->
�fcou�
,�dj_data);

613  
adj_d�a
;

616 
�h�_addr
 
�h_�c
;

617 
l2_phy_��r��_t
 *
p�t
;

619 
p�t
 = 
	`ifm_g�_p�t
(
p�tid
);

621 i�(
p�t
 !�
NULL
) {

622 
	`mem�y
(&
�h_�c
, &
p�t
->
ma�ddr
, (
�h�_addr
));

623 *
p
 = (*)
�h_�c
.
addr_by�s
;

624 
	`��tf
("S-MAC %x:%x:%x:%x:%x:%x\n\r", 
p
[0],�[1],�[2],�[3],

625 
p
[4],�[5]);

627 
u�t32_t
 
size
 =

628 
	`RTE_CACHE_LINE_ROUNDUP
((
l2_adj_��y
));

629 
adj_d�a
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

630 i�(
adj_d�a
 =�
NULL
) {

631 
	`��tf
("L2 Adjacency memory�llocation failed !\n");

632  
NULL
;

635 
adj_d�a
->
out_p�t_id
 = 
p�tid
;

636 
adj_d�a
->
Next_h�_�
 = 
�addr
;

637 
adj_d�a
->
�fcou�
++;

639 
adj_d�a
->
phy_p�t
 = 
p�t
;

640 
	`mem�t
(&
adj_d�a
->
�h_addr
, 0, (
�h�_addr
));

641 
	`mem�t
(&
adj_d�a
->
l2_�r�g
, 0, 256);

644 
	`�e_hash_add_key_d�a
(
l2_adj_hash_h�d�
, &
l2_adj_key
,

645 
adj_d�a
);

646 #ifde�
L2L3_DEBUG


647 
��tf


649 
adj_d�a
);

652 #ifde�
L2L3_DEBUG


653 
	`��tf
("\�PORT %u IS DOWN...\n", 
p�tid
);

655  
NULL
;

658 i�(
	`g�_de�_mac_f�_�xth�
(
�addr
, 
p�tid
, &
�h_d�
)) {

659 *
p
 = (*)
�h_d�
.
addr_by�s
;

660 
��tf


662 
p
[0],�[1],�[2],�[3],�[4],�[5]);

664 
	`mem�y
(
adj_d�a
->
l2_�r�g
, &
�h_d�
, (
�h�_addr
));

665 
	`mem�y
(&
adj_d�a
->
l2_�r�g
[6], &
�h_�c
,

666 (
�h�_addr
));

669 
	`�h�_addr_c�y
(&
�h_d�
, &
adj_d�a
->
�h_addr
);

670 
adj_d�a
->
�ags
 = 
L2_ADJ_RESOLVED
;

672 
adj_d�a
->
�ags
 = 
L2_ADJ_UNRESOLVED
;

673 
��tf


676  
adj_d�a
;

677 
	}
}

679 
fib_�th
 *
	$p�uϋ_fib_�th
(
u�t32_t
 
nh_�
, 
u�t8_t
 
p�tid
)

682 
fib_�th_key_�v4
 
�th_key
;

683 
�th_key
.
out_p�t
 = 
p�tid
;

684 
�th_key
.
nh_�
 =�h_ip;

685 
�th_key
.
f��r1
 = 0;

686 
�th_key
.
f��r2
 = 0;

687 
�th_key
.
f��r3
 = 0;

689 
fib_�th
 *
fib_d�a
 = 
NULL
;

692 
fib_d�a
 = 
	`���ve_fib_�th_��y
(
�th_key
);

694 i�(
fib_d�a
) {

697 
��tf


699 
fib_d�a
->
nh_�
, fib_d�a->
out_p�t
, fib_d�a->
�fcou�
,

700 
fib_d�a
);

701 
fib_d�a
->
�fcou�
++;

702 
fib_d�a
->
l2_adj_�r
->
�fcou�
++;

703 
��tf


705 
fib_d�a
->
nh_�
, fib_d�a->
out_p�t
, fib_d�a->
�fcou�
);

706  
fib_d�a
;

708 
	`��tf
("fib_path�ntry Doesn't Exists.......\n");

711 
fib_d�a
 = 
NULL
;

712 
l2_adj_��y
 *
l2_adj_�r
 = 
NULL
;

713 
l2_adj_�r
 = 
	`p�uϋ_l2_adj
(
nh_�
, 
p�tid
);

715 i�(
l2_adj_�r
) {

717 
u�t32_t
 
size
 = 
	`RTE_CACHE_LINE_ROUNDUP
((
fib_�th
));

718 
fib_d�a
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

720 
fib_d�a
->
out_p�t
 = 
p�tid
;

721 
fib_d�a
->
nh_�
 =�h_ip;

722 
fib_d�a
->
�fcou�
++;

723 
fib_d�a
->
l2_adj_�r
 =�2_adj_ptr;

725 
	`��tf
("%s: g��܈d�a��%u %d\n\r", 
__FUNCTION__
, 
p�tid
,

726 
__LINE__
);

728 
��us
;

729 
��us
 =

730 
	`�e_hash_add_key_d�a
(
fib_�th_hash_h�d�
, &
�th_key
,

731 
fib_d�a
);

732 i�(
��us
) {

733 
��tf


735 
fib_d�a
->
nh_�
, fib_d�a->
out_p�t
,

736 
fib_d�a
->
�fcou�
);

738 
	`�e_�
(
fib_d�a
);

740 
��tf


742 
fib_d�a
->
nh_�
, fib_d�a->
out_p�t
,

743 
fib_d�a
->
�fcou�
);

744 
��tf


746 
l2_adj_�r
, 
fib_d�a
, fib_data->l2_adj_ptr);

747 
��tf


749 
l2_adj_�r
, 
fib_d�a
);

750  
fib_d�a
;

753 
��tf


756  
NULL
;

757 
	}
}

759 
fib_�th
 *
	$���ve_fib_�th_��y
(
fib_�th_key_�v4
 
�th_key
)

761 
	`��tf
("FIB PATH f� NExtHOP IP : %x,�܈:%u\n", 
�th_key
.
nh_�
,

762 
�th_key
.
out_p�t
);

764 
fib_�th
 *
�t_fib_�th_d�a
 = 
NULL
;

765 
�t
 =

766 
	`�e_hash_lookup_d�a
(
fib_�th_hash_h�d�
, &
�th_key
,

767 (**)&
�t_fib_�th_d�a
);

768 i�(
�t
 < 0) {

769 
��tf


771 
�t
, 
EINVAL
, 
ENOENT
);

772  
NULL
;

774 
	`��tf
("FIB PATH ALREADY Exists for NExtHOP IP: %x,�ort: %u\n",

775 
�th_key
.
nh_�
,��h_key.
out_p�t
);

776  
�t_fib_�th_d�a
;

778 
	}
}

780 
	$���e_cuckoo_hash_�b�
()

782 cڡ *
�xt_key
;

783 *
�xt_d�a
;

784 
u�t32_t
 
��
 = 0;

786 
	`��tf
("\n\t\t\t FIB_path Cache�able....");

787 
��tf


789 
	`��tf
("\n\tNextHop IP Port Refcount�2_adj_ptr_addrress\n");

790 
��tf


793 
�e_hash_���e


794 (
fib_�th_hash_h�d�
, &
�xt_key
, &
�xt_d�a
, &
��
) >= 0) {

795 
fib_�th
 *
tmp_d�a
 = (fib_�th *)
�xt_d�a
;

796 
fib_�th_key_�v4
 
tmp_key
;

797 
	`mem�y
(&
tmp_key
, 
�xt_key
, (tmp_key));

798 
	`��tf
("\�%" 
PRIu32
 ".%" PRIu32 ".%" PRIu32 ".%" PRIu32

800 (
tmp_d�a
->
nh_�
 & 0xFF000000) >> 24,

801 (
tmp_d�a
->
nh_�
 & 0x00FF0000) >> 16,

802 (
tmp_d�a
->
nh_�
 & 0x0000FF00) >> 8,

803 (
tmp_d�a
->
nh_�
 & 0x000000FF),�mp_d�a->
out_p�t
,

804 
tmp_d�a
->
�fcou�
,�mp_d�a->
l2_adj_�r
);

807 
��
 = 0;

809 
	`��tf
("\n\t\t\t L2 ADJ Cache�able.....");

810 
��tf


812 
��tf


814 
��tf


817 
�e_hash_���e


818 (
l2_adj_hash_h�d�
, &
�xt_key
, &
�xt_d�a
, &
��
) >= 0) {

819 
l2_adj_��y
 *
l2_d�a
 = (l2_adj_��y *)
�xt_d�a
;

820 
l2_adj_key_�v4
 
l2_key
;

821 
	`mem�y
(&
l2_key
, 
�xt_key
, (l2_key));

822 
	`��tf
("\�%" 
PRIu32
 ".%" PRIu32 ".%" PRIu32 ".%" PRIu32

824 (
l2_d�a
->
Next_h�_�
 & 0xFF000000) >> 24,

825 (
l2_d�a
->
Next_h�_�
 & 0x00FF0000) >> 16,

826 (
l2_d�a
->
Next_h�_�
 & 0x0000FF00) >> 8,

827 (
l2_d�a
->
Next_h�_�
 & 0x000000FF),

828 
l2_d�a
->
out_p�t_id
,�2_d�a->
l2_�r�g
[0],

829 
l2_d�a
->
l2_�r�g
[1],�2_data->l2_string[2],

830 
l2_d�a
->
l2_�r�g
[3],�2_data->l2_string[4],

831 
l2_d�a
->
l2_�r�g
[5],�2_data->l2_string[6],

832 
l2_d�a
->
l2_�r�g
[7],�2_data->l2_string[8],

833 
l2_d�a
->
l2_�r�g
[9],�2_data->l2_string[10],

834 
l2_d�a
->
l2_�r�g
[11],�2_d�a->
phy_p�t
);

836 
	}
}

838 
	$��t_l3_��s
()

840 
	`��tf
("==============================================\n");

841 
	`��tf
("\t\t L3 STATISTICS \t\n");

842 
	`��tf
("==============================================\n");

843 
	`��tf
(" Num o�Re�ived L3 Pkt� : %lu\n", 
��s
.
nb_rx_l3_pkt
);

844 
	`��tf
(" Num o�Drݳd L3 Pkt� : %lu\n", 
��s
.
nb_l3_dr�_pkt
);

845 
	`��tf
(" Num o�T�nsm��d L3 Pkt� : %lu\n", 
��s
.
nb_tx_l3_pkt
);

846 
	`��tf
(" Num o�ICMP Pkt�Rcvd��L3 : %lu\n", 
��s
.
nb_rx_l3_icmp_pkt
);

847 
	`��tf
(" Num o�ICMP Pkt�Tx��ICMP : %lu\n", 
��s
.
nb_tx_l3_icmp_pkt
);

848 
��s
.
tٮ_nb_rx_l3_pkt
 = s�ts.
nb_rx_l3_icmp_pkt
 + s�ts.
nb_rx_l3_pkt
;

849 
��s
.
tٮ_nb_tx_l3_pkt
 = s�ts.
nb_tx_l3_icmp_pkt
 + s�ts.
nb_tx_l3_pkt
;

850 
	`��tf
(" Total Num of Rcvd�kts�t L3: %lu\n",

851 
��s
.
tٮ_nb_rx_l3_pkt
);

852 
	`��tf
(" Total Num of Sent�kts�t L3: %lu\n",

853 
��s
.
tٮ_nb_tx_l3_pkt
);

854 
	}
}

857 
	$�_lo�l_�ck�s_�o�ss
(
�e_mbuf
 **
pkt_bur�
, 
u�t16_t
 
nb_rx
,

858 
u�t64_t
 
icmp_pkt_mask
, 
l2_phy_��r��_t
 *
p�t
)

860 
	`�o�ss_�picmp_pkt_�r�
(
pkt_bur�
, 
nb_rx
, 
icmp_pkt_mask
, 
p�t
);

861 
	}
}

864 
	$�_f�w�d_d�iv�
(
�e_mbuf
 **
pkt_bur�
, 
u�t16_t
 
nb_pkts
,

865 
u�t64_t
 
�v4_f�w�d_pkts_mask
, 
l2_phy_��r��_t
 *
p�t
)

867 i�(
L3FWD_DEBUG
) {

868 
��tf


870 
nb_pkts
, 
p�t
->
pmdid
);

872 
u�t64_t
 
pkts_f�_�o�ss
 = 
�v4_f�w�d_pkts_mask
;

874 
�v4_hdr
 *ipv4_hdr;

875 
l2_phy_��r��_t
 *
p�t_�r
[
RTE_PORT_IN_BURST_SIZE_MAX
];

876 
u�t64_t
 
h�_mask
 = 0;

878 ; 
pkts_f�_�o�ss
;) {

880 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
pkts_f�_�o�ss
);

881 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

882 
pkts_f�_�o�ss
 &�~
pkt_mask
;

883 
�v4_hdr
 =

884 
	`�e_pktmbuf_mtod_off�t
(
pkt_bur�
[
pos
], 
�v4_hdr
 *,

885 (
�h�_hdr
));

887 i�(
	`is_v�id_�v4_pkt
(
�v4_hdr
, 
pkt_bur�
[
pos
]->
pkt_�n
) < 0) {

888 
	`�e_pktmbuf_�
(
pkt_bur�
[
pos
]);

889 
pkt_bur�
[
pos
] = 
NULL
;

890 
�v4_f�w�d_pkts_mask
 &�~(1LLU << 
pos
);

891 
nb_pkts
--;

892 
��s
.
nb_l3_dr�_pkt
++;

896 i�(
L3FWD_DEBUG
) {

897 
��tf


899 
nb_pkts
, 
�v4_f�w�d_pkts_mask
);

903 
	`�m4_�b�_lookup
(
pkt_bur�
, 
nb_pkts
, 
�v4_f�w�d_pkts_mask
, 
p�t_�r
,

904 &
h�_mask
);

906 ; 
h�_mask
;) {

908 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
h�_mask
);

909 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

910 
h�_mask
 &�~
pkt_mask
;

912 
p�t_�r
[
pos
]->
	`��sm�_s�g�_pkt
(port_ptr[pos],

913 
pkt_bur�
[
pos
]);

916 
	}
}

919 
	$l3_��oc�_ty�_add
(
u�t8_t
 
��oc�_ty�
,

920 (*
func
�(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

921 
l2_phy_��r��_t
 *
p�t
))

923 
��oc�_ty�
) {

924 
IPPROTO_ICMP
:

925 
��o_ty�
[
IP_LOCAL
] =

926 
	`�e_m�loc
(
NULL
, (
�_��oc�_ty�
),

927 
RTE_CACHE_LINE_SIZE
);

928 
��o_ty�
[
IP_LOCAL
]->
��oc�_ty�
 =�rotocol_type;

929 
��o_ty�
[
IP_LOCAL
]->
func
 = func;

932 
IPPROTO_TCP
:

933 
IPPROTO_UDP
:

934 
��o_ty�
[
IP_REMOTE
] =

935 
	`�e_m�loc
(
NULL
, (
�_��oc�_ty�
),

936 
RTE_CACHE_LINE_SIZE
);

937 
��o_ty�
[
IP_REMOTE
]->
��oc�_ty�
 =�rotocol_type;

938 
��o_ty�
[
IP_REMOTE
]->
func
 = func;

943 
	}
}

945 
	$l3fwd_rx_�v4_�ck�s
(
�e_mbuf
 **
m
, 
u�t16_t
 
nb_pkts
,

946 
u�t64_t
 
v�id_pkts_mask
, 
l2_phy_��r��_t
 *
p�t
)

948 i�(
L3FWD_DEBUG
) {

949 
��tf


951 
nb_pkts
, 
p�t
->
pmdid
);

953 
u�t64_t
 
pkts_f�_�o�ss
 = 
v�id_pkts_mask
;

955 
�v4_hdr
 *ipv4_hdr;

956 
u�t32_t
 
c�figu�_p�t_�
 = 0;

957 
u�t64_t
 
icmp_pkts_mask
 = 
	`RTE_LEN2MASK
(
nb_pkts
, uint64_t);

958 
u�t64_t
 
�v4_f�w�d_pkts_mask
 = 
	`RTE_LEN2MASK
(
nb_pkts
, uint64_t);

959 
u�t16_t
 
nb_icmp_pkt
 = 0;

960 
u�t16_t
 
nb_l3_pkt
 = 0;

962 i�(
p�t
->
�v4_li�
 !�
NULL
)

963 
c�figu�_p�t_�
 =

964 (
u�t32_t
�(((
�v4li�_t
 *�(
p�t
->
�v4_li�
))->
�addr
);

966 ; 
pkts_f�_�o�ss
;) {

968 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
pkts_f�_�o�ss
);

969 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

970 
pkts_f�_�o�ss
 &�~
pkt_mask
;

971 
�v4_hdr
 =

972 
	`�e_pktmbuf_mtod_off�t
(
m
[
pos
], 
�v4_hdr
 *,

973 (
�h�_hdr
));

975 i�((
�v4_hdr
->
�xt_��o_id
 =�
IPPROTO_ICMP
)

976 && (
�v4_hdr
->
d�_addr
 =�
c�figu�_p�t_�
)) {

977 
�v4_f�w�d_pkts_mask
 &�~
pkt_mask
;

978 
��s
.
nb_rx_l3_icmp_pkt
++;

979 
nb_icmp_pkt
++;

981 
icmp_pkts_mask
 &�~
pkt_mask
;

982 
��s
.
nb_rx_l3_pkt
++;

983 
nb_l3_pkt
++;

987 i�(
icmp_pkts_mask
) {

988 i�(
L3FWD_DEBUG
)

989 
��tf


991 
��o_ty�
[
IP_LOCAL
]->
	`func
(
m
, 
nb_icmp_pkt
, 
icmp_pkts_mask
,

992 
p�t
);

995 i�(
�v4_f�w�d_pkts_mask
) {

996 i�(
L3FWD_DEBUG
)

997 
��tf


999 
��o_ty�
[
IP_REMOTE
]->
	`func
(
m
, 
nb_l3_pkt
,

1000 
�v4_f�w�d_pkts_mask
, 
p�t
);

1002 
	}
}

1005 
	$�s�ve_l2_adj
(
u�t32_t
 
�xth�_�
, 
u�t8_t
 
out_p�t_id
,

1006 cڡ 
�h�_addr
 *
hw_addr
)

1008 
l2_adj_key_�v4
 
l2_adj_key
 = {

1009 .
Next_h�_�
 = 
�xth�_�
,

1010 .
out_p�t_id
 = out_port_id,

1014 
l2_adj_��y
 *
adj_d�a
 = 
	`���ve_l2_adj_��y
(
l2_adj_key
);

1016 i�(
adj_d�a
) {

1018 
��tf


1020 
l2_adj_key
.
Next_h�_�
,�2_adj_key.
out_p�t_id
,

1021 
adj_d�a
->
�fcou�
,�dj_data);

1023 i�(
adj_d�a
->
�ags
 =�
L2_ADJ_UNRESOLVED


1024 || 
	`memcmp
(
hw_addr
, &
adj_d�a
->
�h_addr
,

1025 (
�h�_addr
))) {

1026 
	`mem�y
(
adj_d�a
->
l2_�r�g
, 
hw_addr
, (
�h�_addr
));

1027 
	`mem�y
(&
adj_d�a
->
l2_�r�g
[6],

1028 &
adj_d�a
->
phy_p�t
->
ma�ddr
,

1029 (
�h�_addr
));

1032 
	`�h�_addr_c�y
(
hw_addr
, &
adj_d�a
->
�h_addr
);

1033 
adj_d�a
->
�ags
 = 
L2_ADJ_RESOLVED
;

1039 
l2_phy_��r��_t
 *
p�t
;

1040 
p�t
 = 
	`ifm_g�_p�t
(
out_p�t_id
);

1041 i�(
p�t
 !�
NULL
) {

1043 
u�t32_t
 
size
 =

1044 
	`RTE_CACHE_LINE_ROUNDUP
((
l2_adj_��y
));

1045 
adj_d�a
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

1046 i�(
adj_d�a
 =�
NULL
) {

1047 
	`��tf
("L2 Adjacency memory�llocation failed !\n");

1051 
adj_d�a
->
out_p�t_id
 = out_port_id;

1052 
adj_d�a
->
Next_h�_�
 = 
�xth�_�
;

1053 
adj_d�a
->
phy_p�t
 = 
p�t
;

1055 
	`mem�y
(
adj_d�a
->
l2_�r�g
, 
hw_addr
, (
�h�_addr
));

1056 
	`mem�y
(&
adj_d�a
->
l2_�r�g
[6], &adj_d�a->
phy_p�t
->
ma�ddr
,

1057 (
�h�_addr
));

1060 
	`�h�_addr_c�y
(
hw_addr
, &
adj_d�a
->
�h_addr
);

1061 
adj_d�a
->
�ags
 = 
L2_ADJ_RESOLVED
;

1063 
	`�e_hash_add_key_d�a
(
l2_adj_hash_h�d�
, &
l2_adj_key
,

1064 
adj_d�a
);

1065 
��tf


1067 
adj_d�a
);

1069 
	`��tf
("PORT:%u IS DOWN...\n", 
out_p�t_id
);

1072 
	}
}

1074 
u�t8_t
 
	$�_hash_l�d_b���
(
�e_mbuf
 *
mbuf
)

1076 
u�t32_t
 
�c_addr_off�t
 =

1077 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_SRC_ADR_OFST
;

1078 
u�t32_t
 
d�_addr_off�t
 =

1079 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST
;

1080 
u�t32_t
 *
d�_addr
 = 
NULL
;

1081 
u�t32_t
 *
�c_addr
 = 
NULL
;

1082 
�c_addr
 =

1083 (
u�t32_t
 *�
	`RTE_MBUF_METADATA_UINT8_PTR
(
mbuf
, 
�c_addr_off�t
);

1084 
d�_addr
 =

1085 (
u�t32_t
 *�
	`RTE_MBUF_METADATA_UINT8_PTR
(
mbuf
, 
d�_addr_off�t
);

1087 
u�t32_t
 
hash_key1
 = *
�c_addr
;

1088 
u�t32_t
 
hash_key2
 = *
d�_addr
;

1090 
hash_key1
 = hash_key1 ^ 
hash_key2
;

1091 
hash_key2
 = 
hash_key1
;

1093 
hash_key1
 = 
	`r�r32
(hash_key1, 16);

1094 
hash_key1
 = hash_key1 ^ 
hash_key2
;

1096 
hash_key2
 = 
hash_key1
;

1098 
hash_key1
 = 
	`r�r32
(hash_key1, 8);

1099 
hash_key1
 = hash_key1 ^ 
hash_key2
;

1101 
hash_key1
 = hash_key1 & (
HASH_BUCKET_SIZE
 - 1);

1102 i�(
L3FWD_DEBUG
)

1103 
	`��tf
("Hash Resu�_key: %d, \n", 
hash_key1
);

1104  
hash_key1
;

1105 
	}
}

1107 
u�t32_t
 
	$r�r32
(
u�t32_t
 
v�ue
, 
cou�
)

1109 cڡ 
mask
 = (
CHAR_BIT
 * (
v�ue
) - 1);

1110 
cou�
 &�
mask
;

1111  (
v�ue
 >> 
cou�
�| (v�u�<< ((-cou��& 
mask
));

1112 
	}
}

1115 
	$�_lo�l_out_d�iv�
(
�e_mbuf
 **
pkt_bur�
, 
u�t16_t
 
nb_rx
,

1116 
u�t64_t
 
�v4_pkts_mask
, 
l2_phy_��r��_t
 *
p�t
)

1118 
	`�_f�w�d_d�iv�
(
pkt_bur�
, 
nb_rx
, 
�v4_pkts_mask
, 
p�t
);

1119 
	}
}

	@VIL/l2l3_stack/l3fwd_lpm4.h

21 #i�de�
L3FWD_LPM_H


22 

	#L3FWD_LPM_H


	)

24 
	~<�dio.h
>

25 
	~<�dlib.h
>

26 
	~<�d�t.h
>

27 
	~<��y�s.h
>

28 
	~<sys/ty�s.h
>

29 
	~<�r�g.h
>

30 
	~<sys/queue.h
>

31 
	~<�d�g.h
>

32 
	~<��o.h
>

33 
	~<g��t.h
>

34 
	~<�dbo�.h
>

36 
	~<�e_debug.h
>

37 
	~<�e_mem�y.h
>

38 
	~<�e_�h�.h
>

39 
	~<�e_�hdev.h
>

40 
	~<�e_r�g.h
>

41 
	~<�e_mempo�.h
>

42 
	~<�e_cy�es.h
>

43 
	~<�e_mbuf.h
>

44 
	~<�e_�.h
>

45 
	~<�e_t�.h
>

46 
	~<�e_udp.h
>

47 
	~<�e_�m.h
>

48 
	~<�e_�m6.h
>

49 
	~"l3fwd_comm�.h
"

50 
	~"l3fwd_�m6.h
"

51 
	~"��r��.h
"

57 

	#MBUF_HDR_ROOM
 256

	)

60 

	#ETH_HDR_SIZE
 14

	)

61 

	#IP_HDR_SIZE
 20

	)

62 

	#IP_HDR_DST_ADR_OFST
 16

	)

63 

	#IP_HDR_SRC_ADR_OFST
 12

	)

66 

	#IPV4_L3FWD_LPM_MAX_RULES
 256

	)

67 

	#IPV4_L3FWD_LPM_NUMBER_TBL8S
 (1 << 8�

	)

68 

	#MAX_FIB_PATHS
 8

	)

69 

	#IP_LOCAL
 0

	)

70 

	#IP_REMOTE
 1

	)

73 

	#MAX_SUPPORTED_FIB_PATHS
 8

	)

74 

	#HASH_BUCKET_SIZE
 64

	)

77 

	#L2_ADJ_RESOLVED
 0x00

	)

78 

	#L2_ADJ_UNRESOLVED
 0x01

	)

83 
	srout�g_�fo
 {

84 
u�t32_t
 
	md�_�_addr
;

85 
u�t8_t
 
	md�th
;

86 
u�t32_t
 
	mm�ric
;

87 
u�t32_t
 
	mfib_nh_size
;

88 
u�t32_t
 
	mnh_�_addr
[
MAX_FIB_PATHS
];

89 
u�t8_t
 
	mout_p�t
[
MAX_FIB_PATHS
];

90 } 
	g__�e_�che_�ig�d
;

96 
	sfib_�th
 {

97 
u�t32_t
 
	mnh_�
;

98 
u�t8_t
 
	mout_p�t
;

99 
u�t32_t
 
	m�fcou�
;

100 
l2_adj_��y
 *
	ml2_adj_�r
;

101 } 
	g__�e_�che_�ig�d
;

107 
	sfib_�fo
 {

108 
u�t32_t
 
	md�_�_addr
;

109 
u�t32_t
 
	mm�ric
;

110 
u�t32_t
 
	mfib_nh_size
;

111 
u�t8_t
 
	md�th
;

112 
fib_�th
 *
	m�th
[
MAX_FIB_PATHS
];

113 } 
	g__�e_�che_�ig�d
;

118 
	sl2_adj_��y
 {

119 
�h�_addr
 
	m�h_addr
;

120 
u�t32_t
 
	mNext_h�_�
;

121 
u�t8_t
 
	mout_p�t_id
;

122 
u�t32_t
 
	m�fcou�
;

123 
u�t8_t
 
	ml2_�r�g
[256];

124 
l2_phy_��r��_t
 *
	mphy_p�t
;

125 
u�t8_t
 
	m�ags
;

126 } 
	g__�e_�che_�ig�d
;

131 
	sfib_�th_key_�v4
 {

132 
u�t32_t
 
	mnh_�
;

133 
u�t8_t
 
	mout_p�t
;

134 
u�t8_t
 
	mf��r1
;

135 
u�t8_t
 
	mf��r2
;

136 
u�t8_t
 
	mf��r3
;

142 
	sl2_adj_key_�v4
 {

143 
u�t32_t
 
	mNext_h�_�
;

144 
u�t8_t
 
	mout_p�t_id
;

145 
u�t8_t
 
	mf��r1
;

146 
u�t8_t
 
	mf��r2
;

147 
u�t8_t
 
	mf��r3
;

153 
	srout�g_�b�_��y
 {

154 
u�t32_t
 
	m�
;

155 
u�t8_t
 
	mp�t_id
;

156 
l2_adj_��y
 *
	ml2_adj_�r
;

157 } 
	g__�e_�che_�ig�d
;

162 
	sl3fwd_��s
 {

163 
u�t64_t
 
	mnb_rx_l3_pkt
;

164 
u�t64_t
 
	mnb_tx_l3_pkt
;

165 
u�t64_t
 
	mnb_rx_l3_icmp_pkt
;

167 
u�t64_t
 
	mnb_tx_l3_icmp_pkt
;

169 
u�t64_t
 
	mnb_l3_dr�_pkt
;

170 
u�t64_t
 
	mtٮ_nb_rx_l3_pkt
;

172 
u�t64_t
 
	mtٮ_nb_tx_l3_pkt
;

174 } 
	tl3_��s_t
;

176 
	s�_��oc�_ty�
 {

177 
u�t8_t
 
	m��oc�_ty�
;

178 (*
	mfunc
�(
	m�e_mbuf
 **, 
	mu�t16_t
, 
	mu�t64_t
,

179 
	ml2_phy_��r��_t
 *);

180 } 
	g__�e_�che_�ig�d
;

189 
�m_��
();

198 
�m4_�b�_rou�_add
(
rout�g_�fo
 *
�put_��y
);

209 
�m4_�b�_rou�_d��e
(
u�t32_t
 
�
, 
u�t8_t
 
d�th
);

222 
�m4_�b�_lookup
(
�e_mbuf
 **
pkts_bur�
, 
u�t16_t
 
nb_pkts
,

223 
u�t64_t
 
v�id_pkts_mask
,

224 
l2_phy_��r��_t
 *
p�t
[
RTE_PORT_IN_BURST_SIZE_MAX
],

225 
u�t64_t
 *
h�_mask
);

236 
is_v�id_�v4_pkt
(
�v4_hdr
 *
pkt
, 
u�t32_t
 
l�k_�n
);

251 
l3fwd_rx_�v4_�ck�s
(
�e_mbuf
 **
m
, 
u�t16_t
 
nb_pkts
,

252 
u�t64_t
 
pkt_mask
, 
l2_phy_��r��_t
 *
p�t
);

265 
g�_de�_mac_f�_�xth�
(
u�t32_t
 
�xt_h�_�
,

266 
u�t8_t
 
out_phy_p�t
, 
�h�_addr
 *
hw_addr
);

276 
l2_adj_��y
 *
���ve_l2_adj_��y
(
l2_adj_key_�v4
 
l2_adj_key
);

288 
l2_adj_��y
 *
p�uϋ_l2_adj
(
u�t32_t
 
�addr
, 
u�t8_t
 
p�tid
);

299 
fib_�th
 *
p�uϋ_fib_�th
(
u�t32_t
 
nh_�
, 
u�t8_t
 
p�tid
);

310 
fib_�th
 *
���ve_fib_�th_��y
(
fib_�th_key_�v4
 
�th_key
);

317 
�move_fib_l2_adj_��y
(*);

324 
���e_cuckoo_hash_�b�
();

331 
��t_l3_��s
();

341 
u�t8_t
 
�_hash_l�d_b���
(
�e_mbuf
 *
mbuf
);

353 
u�t32_t
 
r�r32
(u�t32_�
v�ue
, 
cou�
);

356 
�s�ve_l2_adj
(
u�t32_t
 
�xth�_�
, 
u�t8_t
 
out_p�t_id
,

357 cڡ 
�h�_addr
 *
hw_addr
);

360 
l3_��oc�_ty�_add
(
u�t8_t
 
��oc�_ty�
,

361 (*
func
�(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

362 
l2_phy_��r��_t
 *));

365 
	`�_lo�l_�ck�s_�o�ss
(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

366 
l2_phy_��r��_t
 *);

367 
	`�_lo�l_out_d�iv�
(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

368 
l2_phy_��r��_t
 *);

371 
	`�_f�w�d_d�iv�
(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

372 
l2_phy_��r��_t
 *);

	@VIL/l2l3_stack/l3fwd_lpm6.c

17 
	~"l3fwd_comm�.h
"

18 
	~"l3fwd_�m4.h
"

19 
	~"l3fwd_�m6.h
"

20 
	~"l3fwd_comm�.h
"

21 
	~"��r��.h
"

22 
	~"l2_��o.h
"

23 
	~"lib_�p.h
"

24 
	~"lib_icmpv6.h
"

29 *
	g�m6_�b�
;

30 
�e_hash
 *
	gl2_adj_�v6_hash_h�d�
;

31 
�e_hash
 *
	gfib_�th_�v6_hash_h�d�
;

32 
u�t8_t
 
nh_l�ks
[
MAX_SUPPORTED_FIB_PATHS
][
HASH_BUCKET_SIZE
];

33 
l3_��s_t
 
��s
;

35 
�v6_��oc�_ty�
 *
	g��o_ty�
[2];

37 
	$�m6_��
()

42 
�e_�b�_�m_�v6_��ms
 
�m6_��ms
 = {

43 .
�me
 = "LPMv6",

44 .
n_ru�s
 = 
IPV6_L3FWD_LPM_MAX_RULES
,

45 .
numb�_tbl8s
 = 
IPV6_L3FWD_LPM_NUMBER_TBL8S
,

46 .
��y_unique_size
 = (
�v6_fib_�fo
),

47 .
off�t
 = 128,

51 
�m6_�b�
 =

52 
�e_�b�_�m_�v6_�s
.
	`f_���
(&
�m6_��ms
, 
	`�e_sock�_id
(),

53 (
�v6_fib_�fo
));

54 i�(
�m6_�b�
 =�
NULL
) {

55 
	`��tf
("Failed�o create LPM IPV6�able\n");

60 
�e_hash_��m��s
 
l2_adj_�v6_��ms
 = {

61 .
�me
 = "l2_ADJ_IPV6_HASH",

62 .
���s
 = 64,

63 .
key_�n
 = (
l2_adj_key_�v6
),

64 .
hash_func
 = 
�e_jhash
,

65 .
hash_func_��_v�
 = 0,

68 
l2_adj_�v6_hash_h�d�
 = 
	`�e_hash_���
(&
l2_adj_�v6_��ms
);

69 i�(
l2_adj_�v6_hash_h�d�
 =�
NULL
) {

70 
	`��tf
("ND for IPV6�te_hash_create failed.\n");

73 
	`��tf
("ND IPV6_hash_handle %p\n\n",

74 (*)
l2_adj_�v6_hash_h�d�
);

78 
�e_hash_��m��s
 
fib_�th_�v6_��ms
 = {

79 .
�me
 = "FIB_PATH_IPV6_HASH",

80 .
���s
 = 64,

81 .
key_�n
 = (
fib_�th_key_�v6
),

82 .
hash_func
 = 
�e_jhash
,

83 .
hash_func_��_v�
 = 0,

84 .
ex�a_�ag
 = 1,

88 
fib_�th_�v6_hash_h�d�
 = 
	`�e_hash_���
(&
fib_�th_�v6_��ms
);

90 i�(
fib_�th_�v6_hash_h�d�
 =�
NULL
) {

91 
	`��tf
("FIB�ath�te_hash_create failed\n");

95 
	}
}

97 
	$�m6_�b�_rou�_add
(
�v6_rout�g_�fo
 *
d�a
)

100 
�v6_rout�g_�fo
 *
fib
 = 
d�a
;

102 
�e_�b�_�m_�v6_key
 
�m6_key
;

103 
u�t8_t
 
i
;

104 
i
 = 0; i < 16; i++) {

105 
�m6_key
.
�
[
i
] = 
fib
->
d�_�v6
[i];

107 
�m6_key
.
d�th
 = 
fib
->depth;

109 
Tٮ_rou�_cou�
;

110 
�v6_fib_�fo
 
��y
;

111 
i
 = 0; i < 16; i++) {

112 
��y
.
d�_�v6
[
i
] = 
fib
->dst_ipv6[i];

114 
��y
.
d�th
 = 
fib
->depth;

115 
��y
.
fib_nh_size
 = 
fib
->fib_nh_size;

117 #i�
MULTIPATH_FEAT


118 i�(
��y
.
fib_nh_size
 =�0 ||��ry.fib_nh_siz�> 
MAX_FIB_PATHS
)

120 i�(
��y
.
fib_nh_size
 != 1)

123 
��tf


125 
��y
.
fib_nh_size
);

130 #i�
MULTIPATH_FEAT


131 
i
 = 0; i < 
��y
.
fib_nh_size
; i++)

133 
i
 = 0; i < 1; i++)

136 
�v6_fib_�th
 *
�v6_fib_�th_addr
 = 
NULL
;

137 
�v6_fib_�th_addr
 =

138 
	`p�uϋ_�v6_fib_�th
(
fib
->
nh_�v6
[
i
], fib->
out_p�t
[i]);

140 i�(
�v6_fib_�th_addr
) {

141 
��y
.
�th
[
i
] = 
�v6_fib_�th_addr
;

142 
	`��tf
("Fib�ath for IPv6 destination = "

145 
�m6_key
.
�
[0],�pm6_key.ip[1],�pm6_key.ip[2],

146 
�m6_key
.
�
[3],�pm6_key.ip[4],�pm6_key.ip[5],

147 
�m6_key
.
�
[6],�pm6_key.ip[7],�pm6_key.ip[8],

148 
�m6_key
.
�
[9],�pm6_key.ip[10],�pm6_key.ip[11],

149 
�m6_key
.
�
[12],�pm6_key.ip[13],

150 
�m6_key
.
�
[14],�pm6_key.�[15], 
fib
->
d�th
,

151 
�v6_fib_�th_addr
,

152 (*)
��y
.
�th
[
i
]->
l2_adj_�v6_�r
);

154 
	`��tf
("Fib�ath for IPv6 destination = "

157 
�m6_key
.
�
[0],�pm6_key.ip[1],�pm6_key.ip[2],

158 
�m6_key
.
�
[3],�pm6_key.ip[4],�pm6_key.ip[5],

159 
�m6_key
.
�
[6],�pm6_key.ip[7],�pm6_key.ip[8],

160 
�m6_key
.
�
[9],�pm6_key.ip[10],�pm6_key.ip[11],

161 
�m6_key
.
�
[12],�pm6_key.ip[13],

162 
�m6_key
.
�
[14],�pm6_key.�[15], 
fib
->
d�th
);

163 
��y
.
�th
[
i
] = 
NULL
;

167 
key_found
, 
�t
;

168 *
��y_�r
;

171 
	`��tf
("%s, L��%u \n", 
__FUNCTION__
, 
__LINE__
);

173 
�t
 =

174 
�e_�b�_�m_�v6_�s
.
	`f_add
(
�m6_�b�
, (*)&
�m6_key
, &
��y
,

175 &
key_found
, &
��y_�r
);

176 
	`��tf
("%s, L��%u \n", 
__FUNCTION__
, 
__LINE__
);

178 i�(
�t
) {

179 
	`��tf
("Failed�o Add IP�oute in LPMv6\n");

182 
	`��tf
("Added�oute�o IPv6 LPM�able (IPv6 destination = "

185 
�m6_key
.
�
[0],�pm6_key.ip[1],�pm6_key.ip[2],�pm6_key.ip[3],

186 
�m6_key
.
�
[4],�pm6_key.ip[5],�pm6_key.ip[6],�pm6_key.ip[7],

187 
�m6_key
.
�
[8],�pm6_key.ip[9],�pm6_key.ip[10],�pm6_key.ip[11],

188 
�m6_key
.
�
[12],�pm6_key.ip[13],�pm6_key.ip[14],

189 
�m6_key
.
�
[15], 
fib
->
d�th
);

191 
Tٮ_rou�_cou�
++;

192 
	`��tf
("Tٮ Rou�d Added : %u, Key_found: %d\n", 
Tٮ_rou�_cou�
,

193 
key_found
);

195 i�(
Tٮ_rou�_cou�
 == 2)

196 
	`�v6_���e__hash_�b�
();

199 
	}
}

202 
	$�m6_�b�_rou�_d��e
(
u�t8_t
 
d�_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
], u�t8_�
d�th
)

206 
�e_�b�_�m_�v6_key
 
�m6_key
;

207 
	`mem�y
(&
�m6_key
.
�
, &
d�_�v6
, (
RTE_LPM_IPV6_ADDR_SIZE
));

208 
�m6_key
.
d�th
 = depth;

209 
key_found
, 
�t
;

210 *
��y
 = 
NULL
;

211 
��y
 = 
	`�e_zm�loc
(
NULL
, 512, 
RTE_CACHE_LINE_SIZE
);

213 
�t
 =

214 
�e_�b�_�m_�v6_�s
.
	`f_d��e
(
�m6_�b�
, &
�m6_key
, &
key_found
,

215 
��y
);

217 i�(
�t
) {

218 
	`��tf
("Failed�o Delete IP�oute from LPMv6�able\n");

222 
	`��tf
("Deleted�oute from IPv6 LPM�able (IPv6 destination = "

225 
�m6_key
.
�
[0],�pm6_key.ip[1],�pm6_key.ip[2],�pm6_key.ip[3],

226 
�m6_key
.
�
[4],�pm6_key.ip[5],�pm6_key.ip[6],�pm6_key.ip[7],

227 
�m6_key
.
�
[8],�pm6_key.ip[9],�pm6_key.ip[10],�pm6_key.ip[11],

228 
�m6_key
.
�
[12],�pm6_key.ip[13],�pm6_key.ip[14],

229 
�m6_key
.
�
[15],�pm6_key.
d�th
, 
key_found
);

232 
	`�move_�v6_fib_l2_adj_��y
(
��y
);

233 
	`�e_�
(
��y
);

235 
	}
}

238 
	$�m6_�b�_lookup
(
�e_mbuf
 **
pkts_bur�
,

239 
u�t16_t
 
nb_pkts
,

240 
u�t64_t
 
pkts_mask
,

241 
l2_phy_��r��_t
 *
p�t_�r
[
RTE_PORT_IN_BURST_SIZE_MAX
],

242 
u�t64_t
 *
h�_mask
)

244 
�v6_rout�g_�b�_��y


245 *
�v6_���s
[
RTE_PORT_IN_BURST_SIZE_MAX
];

246 
u�t64_t
 
lookup_h�_mask_�v6
 = 0;

247 
��us
;

248 
u�t64_t
 
lookup_miss_mask
 = 
pkts_mask
;

250 
u�t32_t
 
d�_addr_off�t
 =

251 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST_IPV6
;

252 
u�t64_t
 
pkts_key_mask
 = 
pkts_mask
;

255 ; 
pkts_key_mask
;) {

257 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
pkts_key_mask
);

258 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

259 
pkts_key_mask
 &�~
pkt_mask
;

261 
u�t8_t
 *
�m6_key
;

262 
u�t8_t
 
d�_addr
[
RTE_LPM_IPV6_ADDR_SIZE
];

263 
	`mem�y
(
d�_addr
,

264 (
u�t8_t
 *�
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkts_bur�
[
pos
],

265 
d�_addr_off�t
),

266 
RTE_LPM_IPV6_ADDR_SIZE
);

267 
�m6_key
 =

268 (
u�t8_t
 *�
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkts_bur�
[
pos
],

270 
	`mem�y
(
�m6_key
, 
d�_addr
, 
RTE_LPM_IPV6_ADDR_SIZE
);

273 
	`��tf
(" IPV6 Lookup Mask Before = %p,�b_pkts :%u\n",

274 (*)
pkts_mask
, 
nb_pkts
);

275 
��us
 =

276 
�e_�b�_�m_�s
.
	`f_lookup
(
�m6_�b�
, 
pkts_bur�
, 
pkts_mask
,

277 &
lookup_h�_mask_�v6
,

278 (**)
�v6_���s
);

279 i�(
��us
) {

280 
	`��tf
("LPM Lookup failed for IP�oute\n");

283 
	`��tf
(" IPV6 Looku�Mask A� = %p\n", (*)
lookup_h�_mask_�v6
);

284 
lookup_miss_mask
 =�ookup_miss_mask & (~
lookup_h�_mask_�v6
);

285 i�(
L3FWD_DEBUG
) {

286 
	`��tf
("AFTER�ookup_hit_mask = %p,�ookup_miss_mask =%p\n",

287 (*)
lookup_h�_mask_�v6
, (*)
lookup_miss_mask
);

290 ; 
lookup_miss_mask
;) {

292 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
lookup_miss_mask
);

293 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

294 
lookup_miss_mask
 &�~
pkt_mask
;

295 
	`�e_pktmbuf_�
(
pkts_bur�
[
pos
]);

296 
pkts_bur�
[
pos
] = 
NULL
;

297 i�(
L3FWD_DEBUG
)

298 
	`��tf
("\n DROP PKT IPV4 Lookup_miss_Mask = %p\n",

299 (*)
lookup_miss_mask
);

302 *
h�_mask
 = 
lookup_h�_mask_�v6
;

303 ; 
lookup_h�_mask_�v6
;) {

304 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
lookup_h�_mask_�v6
);

305 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

306 
lookup_h�_mask_�v6
 &�~
pkt_mask
;

307 
�e_mbuf
 *
pkt
 = 
pkts_bur�
[
pos
];

309 
�v6_fib_�fo
 *
��y
 =

310 (
�v6_fib_�fo
 *)
�v6_���s
[
pos
];

312 #i�
MULTIPATH_FEAT


314 
u�t8_t
 
ecmp_�th
 = 
	`�v6_hash_l�d_b���
(
pkts_bur�
[
pos
]);

315 
u�t8_t
 
���ed_�th
 = 0;

316 
�v6_fib_�th
 *
fib_�th
 = 
NULL
;

317 i�(((
��y
->
fib_nh_size
 != 0)

318 && (
��y
->
fib_nh_size
 - 1�< 
MAX_SUPPORTED_FIB_PATHS
)

319 && ((
ecmp_�th
 !�0�&& (ecmp_�th - 1�< 
HASH_BUCKET_SIZE
))

320 
���ed_�th
 =

321 
nh_l�ks
[
��y
->
fib_nh_size
 - 1][
ecmp_�th
 - 1];

322 i�(
���ed_�th
 < 
MAX_FIB_PATHS
)

323 
fib_�th
 = 
��y
->
�th
[
���ed_�th
];

324 
��tf


326 
��y
->
fib_nh_size
, 
ecmp_�th
, 
���ed_�th
);

328 
�v6_fib_�th
 *
fib_�th
 = 
��y
->
�th
[0];

330 i�(
fib_�th
 =�
NULL
) {

331 
	`��tf
("Fib_path is NULL, ND has�ot�esolved\n");

332 
	`�e_pktmbuf_�
(
pkt
);

333 
pkts_bur�
[
pos
] = 
NULL
;

334 
��s
.
nb_l3_dr�_pkt
++;

335 *
h�_mask
 &�~
pkt_mask
;

336 
��tf


341 i�(
fib_�th
->
l2_adj_�v6_�r
->
�ags
 =�
L2_ADJ_UNRESOLVED
) {

342 
	`�e_pktmbuf_�
(
pkts_bur�
[
pos
]);

343 
pkts_bur�
[
pos
] = 
NULL
;

344 *
h�_mask
 &�~
pkt_mask
;

345 i�(
L3FWD_DEBUG
)

346 
��tf


351 
u�t8_t
 *
�h_de�
 =

352 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
MBUF_HDR_ROOM
);

353 
u�t8_t
 *
�h_�c
 =

354 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
MBUF_HDR_ROOM
 + 6);

355 i�(
L3FWD_DEBUG
) {

356 
��tf


361 
�h_de�
[0],�th_dest[1],�th_dest[2],

362 
�h_de�
[3],

363 
�h_de�
[4],�th_de�[5], 
�h_�c
[0],

364 
�h_�c
[1],

365 
�h_�c
[2],�th_src[3],

366 
�h_�c
[4],�th_src[5]);

370 
	`mem�y
(
�h_de�
, 
fib_�th
->
l2_adj_�v6_�r
->
l2_�r�g
,

371 (
�h�_addr
) * 2 + 2);

373 i�(
L3FWD_DEBUG
) {

374 
��tf


377 "%02x:%02x\n", 
�h_de�
[0],

378 
�h_de�
[1],�th_dest[2],�th_dest[3],

379 
�h_de�
[4],

380 
�h_de�
[5], 
�h_�c
[0],�th_src[1],

381 
�h_�c
[2],

382 
�h_�c
[3],�th_src[4],�th_src[5]);

384 
p�t_�r
[
pos
] = 
fib_�th
->
l2_adj_�v6_�r
->
phy_p�t
;

387 i�(
L3FWD_DEBUG
)

388 
	`��tf
("Successfully sent�o�ort %u \n\r",

389 
fib_�th
->
out_p�t
);

392 
	}
}

394 
	$l3fwd_rx_�v6_�ck�s
(
�e_mbuf
 **
m
, 
u�t16_t
 
nb_pkts
,

395 
u�t64_t
 
v�id_pkts_mask
, 
l2_phy_��r��_t
 *
p�t
)

397 i�(!
p�t
)

399 i�(
L3FWD_DEBUG
) {

400 
��tf


402 
PRIu64
 "\n", 
nb_pkts
, 
p�t
->
pmdid
, 
v�id_pkts_mask
);

404 
u�t64_t
 
pkts_f�_�o�ss
 = 
v�id_pkts_mask
;

406 
�v6_hdr
 *ipv6_hdr;

408 
u�t64_t
 
icmp_pkts_mask
 = 
v�id_pkts_mask
;

409 
u�t64_t
 
�v6_f�w�d_pkts_mask
 = 
v�id_pkts_mask
;

410 
u�t16_t
 
nb_icmpv6_pkt
 = 0;

411 
u�t16_t
 
nb_l3_pkt
 = 0;

413 
u�t8_t
 
c�figu�d_p�t_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
] = { 0 };

414 
�t8_t
 
s�ic�ed_node_mu�i��_addr
[
RTE_LPM_IPV6_ADDR_SIZE
] = {

417 
u�t8_t
 
de�_�v6_addr
[
RTE_LPM_IPV6_ADDR_SIZE
];

419 
	`mem�t
(
de�_�v6_addr
, 0, 
RTE_LPM_IPV6_ADDR_SIZE
);

421 
	`��tf
("\n%�: LINE # %u\n", 
__FUNCTION__
, 
__LINE__
);

422 
ii
;

423 i�(
p�t
->
�v6_li�
 !�
NULL
) {

424 
ii
 = 0; ii < 16; ii += 1) {

425 
c�figu�d_p�t_�v6
[
ii
] =

426 ((
�v6li�_t
 *�(
p�t
->
�v6_li�
))->
�addr
[
ii
];

431 
ii
 = 0; ii < 16; ii += 2) {

432 i�(
p�t
 &&��t->
�v6_li�
)

433 
	`��tf
("%02X%02X ",

434 ((
�v6li�_t
 *�(
p�t
->
�v6_li�
))->
�addr
[
ii
],

435 ((
�v6li�_t
 *�(
p�t
->
�v6_li�
))->
�addr
[
ii
 +

439 
	`��tf
("\n%�: LINE # %u\n", 
__FUNCTION__
, 
__LINE__
);

440 
ii
 = 0; ii < 16; ii += 2) {

441 
	`��tf
("%02X%02X ", 
c�figu�d_p�t_�v6
[
ii
],

442 
c�figu�d_p�t_�v6
[
ii
 + 1]);

445 ; 
pkts_f�_�o�ss
;) {

447 
	`��tf
("\n%�: LINE # %u\n", 
__FUNCTION__
, 
__LINE__
);

448 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
pkts_f�_�o�ss
);

449 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

450 
pkts_f�_�o�ss
 &�~
pkt_mask
;

453 
	`��tf
("\n%�: LINE #%u, POS%u\n", 
__FUNCTION__
, 
__LINE__
,

454 
pos
);

456 i�(
m
[
pos
] =�
NULL
) {

457 
	`��tf
("\n%s : M_POS IS NULLLLLLL, LINE: %u\n",

458 
__FUNCTION__
, 
__LINE__
);

461 
�v6_hdr
 =

462 
	`�e_pktmbuf_mtod_off�t
(
m
[
pos
], 
�v6_hdr
 *,

463 (
�h�_hdr
));

464 
	`��tf
("\n%�: LINE # %u\n", 
__FUNCTION__
, 
__LINE__
);

465 
ii
 = 0; ii < 13; ii += 1) {

466 
de�_�v6_addr
[
ii
] = 
�v6_hdr
->
d�_addr
[ii];

469 
	`��tf
("\n");

470 
	`��tf
("\n%�: LINE # %u\n", 
__FUNCTION__
, 
__LINE__
);

471 
ii
 = 0; ii < 16; ii += 2) {

472 
	`��tf
("%02X%02X ", 
�v6_hdr
->
d�_addr
[
ii
],

473 
�v6_hdr
->
d�_addr
[
ii
 + 1]);

475 
	`��tf
("\n");

476 
	`��tf
("\n%�: LINE # %u\n", 
__FUNCTION__
, 
__LINE__
);

477 
ii
 = 0; ii < 16; ii += 2) {

478 
	`��tf
("%02X%02X ", 
de�_�v6_addr
[
ii
],

479 
de�_�v6_addr
[
ii
 + 1]);

482 
	`��tf
("\n%�: LINE # %u", 
__FUNCTION__
, 
__LINE__
);

483 i�((
�v6_hdr
->
��o
 =�
IPPROTO_ICMPV6
) &&

484 (!
memcmp


485 (&
�v6_hdr
->
d�_addr
, &
c�figu�d_p�t_�v6
[0],

486 
RTE_LPM_IPV6_ADDR_SIZE
)

487 || !
	`memcmp
(&
de�_�v6_addr
[0],

488 &
s�ic�ed_node_mu�i��_addr
[0],

489 
RTE_LPM_IPV6_ADDR_SIZE
))) {

490 
�v6_f�w�d_pkts_mask
 &�~
pkt_mask
;

491 
��s
.
nb_rx_l3_icmp_pkt
++;

492 
nb_icmpv6_pkt
++;

494 
icmp_pkts_mask
 &�~
pkt_mask
;

495 
��s
.
nb_rx_l3_pkt
++;

496 
nb_l3_pkt
++;

500 i�(
icmp_pkts_mask
) {

501 i�(
L3FWD_DEBUG
)

502 
��tf


504 
��o_ty�
[
IP_LOCAL
]->
	`func
(
m
, 
nb_icmpv6_pkt
, 
icmp_pkts_mask
,

505 
p�t
);

508 i�(
�v6_f�w�d_pkts_mask
) {

509 i�(
L3FWD_DEBUG
)

510 
��tf


512 
��o_ty�
[
IP_REMOTE
]->
	`func
(
m
, 
nb_l3_pkt
,

513 
�v6_f�w�d_pkts_mask
, 
p�t
);

515 
	}
}

517 
�v6_fib_�th
 *
	$p�uϋ_�v6_fib_�th
(
u�t8_t


518 
nh_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
],

519 
u�t8_t
 
p�tid
)

522 
fib_�th_key_�v6
 
�th_key
;

523 
u�t8_t
 
i
;

524 
i
 = 0; i < 16; i++) {

525 
�th_key
.
nh_�v6
[
i
] =�h_ipv6[i];

527 
�th_key
.
out_p�t
 = 
p�tid
;

528 
�th_key
.
f��r1
 = 0;

529 
�th_key
.
f��r2
 = 0;

530 
�th_key
.
f��r3
 = 0;

532 
�v6_fib_�th
 *
fib_d�a
 = 
NULL
;

534 
fib_d�a
 = 
	`���ve_�v6_fib_�th_��y
(
�th_key
);

536 i�(
fib_d�a
) {

538 
	`��tf
(" Fib�ath�ntry�xists for IPv6 destination = "

541 
nh_�v6
[0],�h_ipv6[1],�h_ipv6[2],�h_ipv6[3],

542 
nh_�v6
[4],�h_ipv6[5],�h_ipv6[6],�h_ipv6[7],

543 
nh_�v6
[8],�h_ipv6[9],�h_ipv6[10],�h_ipv6[11],

544 
nh_�v6
[12],�h_ipv6[13],�h_ipv6[14],�h_ipv6[15],

545 
p�tid
);

547 
fib_d�a
->
�fcou�
++;

548  
fib_d�a
;

550 
	`��tf
("IPv6 fib_path�ntry Doesn't Exists.......\n");

554 
fib_d�a
 = 
NULL
;

555 
l2_adj_�v6_��y
 *
l2_adj_�r
 = 
NULL
;

556 
l2_adj_�r
 = 
	`p�uϋ_�v6_l2_adj
(
nh_�v6
, 
p�tid
);

558 i�(
l2_adj_�r
) {

560 
u�t32_t
 
size
 =

561 
	`RTE_CACHE_LINE_ROUNDUP
((
�v6_fib_�th
));

562 
fib_d�a
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

564 
i
 = 0; i < 16; i++) {

565 
fib_d�a
->
nh_�v6
[
i
] =�h_ipv6[i];

567 
fib_d�a
->
out_p�t
 = 
p�tid
;

570 
fib_d�a
->
�fcou�
++;

571 
fib_d�a
->
l2_adj_�v6_�r
 = 
l2_adj_�r
;

574 
	`�e_hash_add_key_d�a
(
fib_�th_�v6_hash_h�d�
, &
�th_key
,

575 
fib_d�a
);

576 
��tf


578 
l2_adj_�r
, 
fib_d�a
);

579  
fib_d�a
;

581 
��tf


584  
NULL
;

586 
	}
}

588 
l2_adj_�v6_��y
 *
	$p�uϋ_�v6_l2_adj
(
u�t8_t


589 
nh_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
],

590 
u�t8_t
 
p�tid
)

593 
l2_adj_key_�v6
 
l2_adj_key
;

594 
u�t8_t
 
i
;

595 
i
 = 0; i < 16; i++) {

596 
l2_adj_key
.
nh_�v6
[
i
] =�h_ipv6[i];

598 
l2_adj_key
.
out_p�t_id
 = 
p�tid
;

599 
l2_adj_key
.
f��r1
 = 0;

600 
l2_adj_key
.
f��r2
 = 0;

601 
l2_adj_key
.
f��r3
 = 0;

603 
l2_adj_�v6_��y
 *
adj_d�a
 = 
NULL
;

604 
�h�_addr
 
�h_d�
;

606 
adj_d�a
 = 
	`���ve_�v6_l2_adj_��y
(
l2_adj_key
);

608 i�(
adj_d�a
) {

610 
	`��tf
("ipv6_l2_adj_entry�xists for Next Hop IPv6 = "

613 
nh_�v6
[0],�h_ipv6[1],�h_ipv6[2],�h_ipv6[3],

614 
nh_�v6
[4],�h_ipv6[5],�h_ipv6[6],�h_ipv6[7],

615 
nh_�v6
[8],�h_ipv6[9],�h_ipv6[10],�h_ipv6[11],

616 
nh_�v6
[12],�h_ipv6[13],�h_ipv6[14],�h_ipv6[15],

617 
p�tid
);

619 
	`�h�_addr_c�y
(&
adj_d�a
->
�h_addr
, &
�h_d�
);

620 
adj_d�a
->
�fcou�
++;

621  
adj_d�a
;

624 
�h�_addr
 
�h_�c
;

625 
u�t16_t
 
�h�_ty�
 = 0x086DD;

626 
l2_phy_��r��_t
 *
p�t
;

627 
p�t
 = 
	`ifm_g�_p�t
(
p�tid
);

628 i�(
p�t
 =�
NULL
) {

629 
	`��tf
("PORT %u IS DOWN.. U�bˁشo�s�!\n", 
p�tid
);

630  
NULL
;

633 
	`mem�y
(&
�h_�c
, &
p�t
->
ma�ddr
, (
�h�_addr
));

634 
u�t32_t
 
size
 = 
	`RTE_CACHE_LINE_ROUNDUP
((
l2_adj_��y
));

635 
adj_d�a
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

636 i�(
adj_d�a
 =�
NULL
) {

637 
	`��tf
("L2 Adjacency memory�llocation failed !\n");

638  
NULL
;

641 
adj_d�a
->
out_p�t_id
 = 
p�tid
;

643 
i
 = 0; i < 16; i++) {

644 
adj_d�a
->
nh_�v6
[
i
] =�h_ipv6[i];

646 
adj_d�a
->
�fcou�
++;

647 
adj_d�a
->
phy_p�t
 = 
p�t
;

649 
	`�e_hash_add_key_d�a
(
l2_adj_�v6_hash_h�d�
, &
l2_adj_key
, 
adj_d�a
);

652 i�(
	`g�_de�_mac_f�_�xth�_�v6
(
nh_�v6
, 
p�tid
, &
�h_d�
)) {

654 
	`�h�_addr_c�y
(&
�h_d�
, &
adj_d�a
->
�h_addr
);

657 
	`mem�y
(&
adj_d�a
->
l2_�r�g
, &
�h_d�
,

658 (
�h�_addr
));

659 
	`mem�y
(&
adj_d�a
->
l2_�r�g
[6], &
�h_�c
,

660 (
�h�_addr
));

661 
	`mem�y
(&
adj_d�a
->
l2_�r�g
[12], &
�h�_ty�
, 2);

663 
adj_d�a
->
�ags
 = 
L2_ADJ_RESOLVED
;

664 
��tf


666 
adj_d�a
);

668  
adj_d�a
;

670 
adj_d�a
->
�ags
 = 
L2_ADJ_UNRESOLVED
;

671 
��tf


674  
NULL
;

675 
	}
}

677 
l2_adj_�v6_��y
 *
	$���ve_�v6_l2_adj_��y
(
l2_adj_key_�v6


678 
l2_adj_key
)

680 
l2_adj_�v6_��y
 *
�t_l2_adj_d�a
 = 
NULL
;

682 
�t
 =

683 
	`�e_hash_lookup_d�a
(
l2_adj_�v6_hash_h�d�
, &
l2_adj_key
,

684 (**)&
�t_l2_adj_d�a
);

685 i�(
�t
 < 0) {

686 
��tf


688 
�t
, 
EINVAL
, 
ENOENT
);

690 
	`��tf
("L2 Adj hash�ookup Successful..!!!\n");

691  
�t_l2_adj_d�a
;

693  
NULL
;

694 
	}
}

696 
	$g�_de�_mac_f�_�xth�_�v6
(
u�t8_t
 
nh_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
],

697 
u�t32_t
 
out_phy_p�t
,

698 
�h�_addr
 *
hw_addr
)

700 
nd_��y_d�a
 *
nd_d�a
 = 
NULL
;

701 
nd_key_�v6
 
tmp_nd_key
;

702 
u�t8_t
 
i
;

703 
i
 = 0; i < 16; i++) {

704 
tmp_nd_key
.
�v6
[
i
] = 
nh_�v6
[i];

706 
tmp_nd_key
.
p�t_id
 = 
out_phy_p�t
;

708 
nd_d�a
 = 
	`���ve_nd_��y
(
tmp_nd_key
);

709 i�(
nd_d�a
 =�
NULL
) {

710 
	`��tf
("ND�ntry is�ot found\n");

713 
	`�h�_addr_c�y
(&
nd_d�a
->
�h_addr
, 
hw_addr
);

716 
	}
}

718 
�v6_fib_�th
 *
	$���ve_�v6_fib_�th_��y
(
fib_�th_key_�v6


719 
�th_key
)

722 
�v6_fib_�th
 *
�t_fib_�th_d�a
 = 
NULL
;

723 
�t
 =

724 
	`�e_hash_lookup_d�a
(
fib_�th_�v6_hash_h�d�
, &
�th_key
,

725 (**)&
�t_fib_�th_d�a
);

726 i�(
�t
 < 0) {

727 
��tf


729 
�t
, 
EINVAL
, 
ENOENT
);

730  
NULL
;

732  
�t_fib_�th_d�a
;

734 
	}
}

736 
	$�move_�v6_fib_l2_adj_��y
(*
��y
)

738 
�v6_fib_�fo
 
��y1
;

739 
	`mem�y
(&
��y1
, 
��y
, (
�v6_fib_�fo
));

741 
�v6_fib_�th
 *
fib_�th_addr
 = 
��y1
.
�th
[0];

742 i�(
fib_�th_addr
->
�fcou�
 > 1) {

743 
	`��tf
("BEFORE fib_path�ntry is�ot Removed!�h_iPv6 = "

746 
fib_�th_addr
->
nh_�v6
[0], fib_path_addr->nh_ipv6[1],

747 
fib_�th_addr
->
nh_�v6
[2], fib_path_addr->nh_ipv6[3],

748 
fib_�th_addr
->
nh_�v6
[4], fib_path_addr->nh_ipv6[5],

749 
fib_�th_addr
->
nh_�v6
[6], fib_path_addr->nh_ipv6[7],

750 
fib_�th_addr
->
nh_�v6
[8], fib_path_addr->nh_ipv6[9],

751 
fib_�th_addr
->
nh_�v6
[10], fib_path_addr->nh_ipv6[11],

752 
fib_�th_addr
->
nh_�v6
[12], fib_path_addr->nh_ipv6[13],

753 
fib_�th_addr
->
nh_�v6
[14], fib_path_addr->nh_ipv6[15],

754 
fib_�th_addr
->
out_p�t
, fib_�th_addr->
�fcou�
);

755 
fib_�th_addr
->
�fcou�
--;

756 
	`��tf
("AFTER fib_path�ntry is�ot Removed!�h_iPv6 = "

759 
fib_�th_addr
->
nh_�v6
[0], fib_path_addr->nh_ipv6[1],

760 
fib_�th_addr
->
nh_�v6
[2], fib_path_addr->nh_ipv6[3],

761 
fib_�th_addr
->
nh_�v6
[4], fib_path_addr->nh_ipv6[5],

762 
fib_�th_addr
->
nh_�v6
[6], fib_path_addr->nh_ipv6[7],

763 
fib_�th_addr
->
nh_�v6
[8], fib_path_addr->nh_ipv6[9],

764 
fib_�th_addr
->
nh_�v6
[10], fib_path_addr->nh_ipv6[11],

765 
fib_�th_addr
->
nh_�v6
[12], fib_path_addr->nh_ipv6[13],

766 
fib_�th_addr
->
nh_�v6
[14], fib_path_addr->nh_ipv6[15],

767 
fib_�th_addr
->
out_p�t
, fib_�th_addr->
�fcou�
);

770 
l2_adj_�v6_��y
 *
adj_addr
 = 
NULL
;

771 
adj_addr
 = 
fib_�th_addr
->
l2_adj_�v6_�r
;

773 i�(
adj_addr
 !�
NULL
) {

774 
	`��tf
("%s: CHECK %d\n\r", 
__FUNCTION__
, 
__LINE__
);

775 
l2_adj_key_�v6
 
l2_adj_key
;

776 
	`mem�y
(&
l2_adj_key
.
nh_�v6
, 
fib_�th_addr
->nh_ipv6,

777 
RTE_LPM_IPV6_ADDR_SIZE
);

778 
l2_adj_key
.
out_p�t_id
 =

779 
fib_�th_addr
->
out_p�t
,

780 
	`�e_hash_d�_key
(
l2_adj_�v6_hash_h�d�
,

781 &
l2_adj_key
);

782 
	`�e_�
(
adj_addr
);

783 
adj_addr
 = 
NULL
;

786 
fib_�th_key_�v6
 
�th_key
;

787 
	`mem�y
(&
�th_key
.
nh_�v6
, 
fib_�th_addr
->nh_ipv6,

788 
RTE_LPM_IPV6_ADDR_SIZE
);

789 
�th_key
.
out_p�t
 = 
fib_�th_addr
->out_port;

790 
	`�e_hash_d�_key
(
fib_�th_�v6_hash_h�d�
, &
�th_key
);

791 
	`�e_�
(
fib_�th_addr
);

792 
fib_�th_addr
 = 
NULL
;

794 
	}
}

796 
	$is_v�id_�v6_pkt
(
�v6_hdr
 *
pkt
, 
u�t32_t
 
l�k_�n
)

798 i�(
l�k_�n
 < (
�v4_hdr
))

800 i�(
	`�e_�u_to_be_16
(
pkt
->
�yl�d_�n
�< (
�v6_hdr
))

804 
	}
}

807 
	$�v6_l3_��oc�_ty�_add
(
u�t8_t
 
��oc�_ty�
,

808 (*
func
�(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

809 
l2_phy_��r��_t
 *))

811 
��oc�_ty�
) {

812 
IPPROTO_ICMPV6
:

813 
��o_ty�
[
IP_LOCAL
] =

814 
	`�e_m�loc
(
NULL
, (
�_��oc�_ty�
),

815 
RTE_CACHE_LINE_SIZE
);

816 
��o_ty�
[
IP_LOCAL
]->
��oc�_ty�
 =�rotocol_type;

817 
��o_ty�
[
IP_LOCAL
]->
func
 = func;

820 
IPPROTO_TCP
:

821 
IPPROTO_UDP
:

822 
��o_ty�
[
IP_REMOTE
] =

823 
	`�e_m�loc
(
NULL
, (
�_��oc�_ty�
),

824 
RTE_CACHE_LINE_SIZE
);

825 
��o_ty�
[
IP_REMOTE
]->
��oc�_ty�
 =�rotocol_type;

826 
��o_ty�
[
IP_REMOTE
]->
func
 = func;

829 
	}
}

832 
	$�v6_lo�l_d�iv�
(
�e_mbuf
 **
pkt_bur�
, 
__�e_unu�d
 
u�t16_t
 
nb_rx
,

833 
u�t64_t
 
icmp_pkt_mask
, 
l2_phy_��r��_t
 *
p�t
)

835 ; 
icmp_pkt_mask
;) {

837 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
icmp_pkt_mask
);

838 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

839 
icmp_pkt_mask
 &�~
pkt_mask
;

841 
	`�o�ss_icmpv6_pkt
(
pkt_bur�
[
pos
], 
p�t
);

843 
	}
}

846 
	$�v6_f�w�d_d�iv�
(
�e_mbuf
 **
pkt_bur�
, 
u�t16_t
 
nb_pkts
,

847 
u�t64_t
 
�v6_f�w�d_pkts_mask
, 
l2_phy_��r��_t
 *
p�t
)

849 i�(
L3FWD_DEBUG
) {

850 
��tf


852 
nb_pkts
, 
p�t
->
pmdid
);

854 
u�t64_t
 
pkts_f�_�o�ss
 = 
�v6_f�w�d_pkts_mask
;

856 
�v6_hdr
 *ipv6_hdr;

857 
l2_phy_��r��_t
 *
p�t_�r
[
RTE_PORT_IN_BURST_SIZE_MAX
];

858 
u�t64_t
 
h�_mask
 = 0;

860 ; 
pkts_f�_�o�ss
;) {

862 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
pkts_f�_�o�ss
);

863 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
;

864 
pkts_f�_�o�ss
 &�~
pkt_mask
;

865 
�v6_hdr
 =

866 
	`�e_pktmbuf_mtod_off�t
(
pkt_bur�
[
pos
], 
�v6_hdr
 *,

867 (
�h�_hdr
));

870 i�(
	`is_v�id_�v6_pkt
(
�v6_hdr
, 
pkt_bur�
[
pos
]->
pkt_�n
) < 0) {

871 
	`�e_pktmbuf_�
(
pkt_bur�
[
pos
]);

872 
pkt_bur�
[
pos
] = 
NULL
;

873 
�v6_f�w�d_pkts_mask
 &�~(1LLU << 
pos
);

874 
nb_pkts
--;

875 
��s
.
nb_l3_dr�_pkt
++;

879 i�(
L3FWD_DEBUG
) {

880 
��tf


882 
nb_pkts
, 
�v6_f�w�d_pkts_mask
);

886 
	`�m6_�b�_lookup
(
pkt_bur�
, 
nb_pkts
, 
�v6_f�w�d_pkts_mask
, 
p�t_�r
,

887 &
h�_mask
);

888 
	}
}

890 
u�t8_t
 
	$�v6_hash_l�d_b���
(
�e_mbuf
 *
mbuf
)

892 
u�t32_t
 
�c_addr_off�t
 =

893 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_SRC_ADR_OFST_IPV6
;

894 
u�t32_t
 
d�_addr_off�t
 =

895 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST_IPV6
;

896 
u�t8_t
 
�c_addr
[
RTE_LPM_IPV6_ADDR_SIZE
];

897 
u�t8_t
 
d�_addr
[
RTE_LPM_IPV6_ADDR_SIZE
];

899 
	`mem�y
(&
�c_addr
,

900 (
u�t8_t
 *�
	`RTE_MBUF_METADATA_UINT32_PTR
(
mbuf
, 
�c_addr_off�t
),

901 
RTE_LPM_IPV6_ADDR_SIZE
);

902 
	`mem�y
(&
d�_addr
,

903 (
u�t8_t
 *�
	`RTE_MBUF_METADATA_UINT32_PTR
(
mbuf
, 
d�_addr_off�t
),

904 
RTE_LPM_IPV6_ADDR_SIZE
);

905 
u�t32_t
 
hash_key1
 = 0;

906 
u�t32_t
 
hash_key2
 = 0;

907 
u�t8_t
 
i
;

908 
i
 = 0; i < 
RTE_LPM_IPV6_ADDR_SIZE
; i++) {

909 
hash_key1
 +�
�c_addr
[
i
];

910 
hash_key2
 +�
d�_addr
[
i
];

912 
hash_key1
 = hash_key1 ^ 
hash_key2
;

913 
hash_key2
 = 
hash_key1
;

914 
hash_key1
 = 
	`r�r32
(hash_key1, 
RTE_LPM_IPV6_ADDR_SIZE
);

915 
hash_key1
 = hash_key1 ^ 
hash_key2
;

917 
hash_key2
 = 
hash_key1
;

919 
hash_key1
 = 
	`r�r32
(hash_key1, 8);

920 
hash_key1
 = hash_key1 ^ 
hash_key2
;

922 
hash_key1
 = hash_key1 & (
HASH_BUCKET_SIZE
 - 1);

923 i�(
L3FWD_DEBUG
)

924 
	`��tf
("Hash Resu�_key: %d, \n", 
hash_key1
);

925  
hash_key1
;

926 
	}
}

929 
	$�s�ve_�v6_l2_adj
(
u�t8_t
 
nh_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
], u�t8_�
p�tid
,

930 
�h�_addr
 *
hw_addr
)

932 
l2_adj_�v6_��y
 *
adj_d�a
 = 
NULL
;

933 
�h�_addr
 
�h_d�
;

934 
u�t16_t
 
�h�_ty�
 = 0x086DD;

936 
l2_adj_key_�v6
 
l2_adj_key
;

937 
	`mem�y
(&
l2_adj_key
.
nh_�v6
, &nh_�v6, 
RTE_LPM_IPV6_ADDR_SIZE
);

938 
l2_adj_key
.
out_p�t_id
 = 
p�tid
;

940 
adj_d�a
 = 
	`���ve_�v6_l2_adj_��y
(
l2_adj_key
);

941 i�(
adj_d�a
) {

942 i�(
adj_d�a
->
�ags
 =�
L2_ADJ_UNRESOLVED


943 || 
	`memcmp
(&
adj_d�a
->
�h_addr
, 
hw_addr
, 6)) {

944 
	`�h�_addr_c�y
(
hw_addr
, &
adj_d�a
->
�h_addr
);

947 
	`mem�y
(&
adj_d�a
->
l2_�r�g
, 
hw_addr
,

948 (
�h�_addr
));

949 
	`mem�y
(&
adj_d�a
->
l2_�r�g
[6],

950 &
adj_d�a
->
phy_p�t
->
ma�ddr
,

951 (
�h�_addr
));

952 
	`mem�y
(&
adj_d�a
->
l2_�r�g
[12], &
�h�_ty�
, 2);

954 
adj_d�a
->
�ags
 = 
L2_ADJ_RESOLVED
;

960 
l2_phy_��r��_t
 *
p�t
;

961 
p�t
 = 
	`ifm_g�_p�t
(
p�tid
);

962 i�(
p�t
 =�
NULL
) {

963 
	`��tf
("PORT %u IS DOWN..! U�bˁ�Pro�ss\n", 
p�tid
);

966 
u�t32_t
 
size
 = 
	`RTE_CACHE_LINE_ROUNDUP
((
l2_adj_��y
));

967 
adj_d�a
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

968 i�(
adj_d�a
 =�
NULL
) {

969 
	`��tf
("L2 Adjacency memory�llocation failed !\n");

973 
adj_d�a
->
out_p�t_id
 = 
p�tid
;

974 
	`mem�y
(
adj_d�a
->
nh_�v6
, &nh_�v6, 
RTE_LPM_IPV6_ADDR_SIZE
);

976 
adj_d�a
->
phy_p�t
 = 
p�t
;

978 
	`�h�_addr_c�y
(&
�h_d�
, &
adj_d�a
->
�h_addr
);

981 
	`mem�y
(&
adj_d�a
->
l2_�r�g
, 
hw_addr
, (
�h�_addr
));

982 
	`mem�y
(&
adj_d�a
->
l2_�r�g
[6], &
p�t
->
ma�ddr
,

983 (
�h�_addr
));

984 
	`mem�y
(&
adj_d�a
->
l2_�r�g
[12], &
�h�_ty�
, 2);

986 
adj_d�a
->
�ags
 = 
L2_ADJ_RESOLVED
;

989 
	`�e_hash_add_key_d�a
(
l2_adj_�v6_hash_h�d�
, &
l2_adj_key
, 
adj_d�a
);

991 
	`��tf
(" ND�esolution successful�nd stored in ipv6_l2_adj_entry %p\n",

992 
adj_d�a
);

993 
	}
}

995 
	$�v6_���e__hash_�b�
()

997 cڡ *
�xt_key
;

998 *
�xt_d�a
;

999 
u�t32_t
 
��
 = 0;

1000 
u�t8_t
 
ii
;

1001 
	`��tf
("\n\t\t\t IPv6 FIB_path Cache�able....");

1002 
��tf


1004 
��tf


1006 
��tf


1009 
�e_hash_���e


1010 (
fib_�th_�v6_hash_h�d�
, &
�xt_key
, &
�xt_d�a
, &
��
) >= 0) {

1011 
�v6_fib_�th
 *
tmp_d�a
 =

1012 (
�v6_fib_�th
 *)
�xt_d�a
;

1013 
fib_�th_key_�v6
 
tmp_key
;

1014 
	`mem�y
(&
tmp_key
, 
�xt_key
, (tmp_key));

1015 
ii
 = 0; ii < 16; ii += 2) {

1016 
	`��tf
("%02X%02X ", 
tmp_d�a
->
nh_�v6
[
ii
],

1017 
tmp_d�a
->
nh_�v6
[
ii
 + 1]);

1019 
	`��tf
(" \�%u \�%u \�%p\n", 
tmp_d�a
->
out_p�t
,

1020 
tmp_d�a
->
�fcou�
,�mp_d�a->
l2_adj_�v6_�r
);

1024 
��
 = 0;

1026 
	`��tf
("\n\t\t\t L2 ADJ Cache�able.....");

1027 
��tf


1029 
��tf


1031 
��tf


1033 
�e_hash_���e


1034 (
l2_adj_�v6_hash_h�d�
, &
�xt_key
, &
�xt_d�a
, &
��
) >= 0) {

1035 
l2_adj_�v6_��y
 *
l2_d�a
 =

1036 (
l2_adj_�v6_��y
 *)
�xt_d�a
;

1037 
l2_adj_key_�v6
 
l2_key
;

1038 
	`mem�y
(&
l2_key
, 
�xt_key
, (l2_key));

1039 
ii
 = 0; ii < 16; ii += 2) {

1040 
	`��tf
("%02X%02X ", 
l2_d�a
->
nh_�v6
[
ii
],

1041 
l2_d�a
->
nh_�v6
[
ii
 + 1]);

1043 
	`��tf
(" \t%u\t%x:%x:%x:%x:%x:%x:%x:%x:%x:%x:%x:%x\t%p\n",

1044 
l2_d�a
->
out_p�t_id
,

1045 
l2_d�a
->
l2_�r�g
[0],

1046 
l2_d�a
->
l2_�r�g
[1],

1047 
l2_d�a
->
l2_�r�g
[2],

1048 
l2_d�a
->
l2_�r�g
[3],

1049 
l2_d�a
->
l2_�r�g
[4],

1050 
l2_d�a
->
l2_�r�g
[5],

1051 
l2_d�a
->
l2_�r�g
[6],

1052 
l2_d�a
->
l2_�r�g
[7],

1053 
l2_d�a
->
l2_�r�g
[8],

1054 
l2_d�a
->
l2_�r�g
[9],

1055 
l2_d�a
->
l2_�r�g
[10],

1056 
l2_d�a
->
l2_�r�g
[11],�2_d�a->
phy_p�t
);

1058 
	}
}

	@VIL/l2l3_stack/l3fwd_lpm6.h

22 #i�de�
L3FWD_LPM6_H


23 

	#L3FWD_LPM6_H


	)

25 
	~<�dio.h
>

26 
	~<�dlib.h
>

27 
	~<�d�t.h
>

28 
	~<��y�s.h
>

29 
	~<sys/ty�s.h
>

30 
	~<�r�g.h
>

31 
	~<sys/queue.h
>

32 
	~<�d�g.h
>

33 
	~<��o.h
>

34 
	~<g��t.h
>

35 
	~<�dbo�.h
>

37 
	~<�e_debug.h
>

38 
	~<�e_�h�.h
>

39 
	~<�e_�hdev.h
>

40 
	~<�e_r�g.h
>

41 
	~<�e_mempo�.h
>

42 
	~<�e_cy�es.h
>

43 
	~<�e_mbuf.h
>

44 
	~<�e_�.h
>

45 
	~<�e_t�.h
>

46 
	~<�e_udp.h
>

47 
	~<�e_�m.h
>

48 
	~<�e_�m6.h
>

49 
	~<�e_�b�_�m_�v6.h
>

50 
	~"l3fwd_comm�.h
"

51 
	~"l3fwd_�m4.h
"

52 
	~"��r��.h
"

58 

	#MBUF_HDR_ROOM
 256

	)

60 

	#IP_HDR_SIZE_IPV6
 40

	)

61 

	#IP_HDR_SRC_ADR_OFST_IPV6
 8

	)

62 

	#IP_HDR_DST_ADR_OFST_IPV6
 24

	)

65 

	#IPV6_L3FWD_LPM_MAX_RULES
 1024

	)

66 

	#IPV6_L3FWD_LPM_NUMBER_TBL8S
 (1 << 16�

	)

68 

	#MAX_FIB_PATHS
 8

	)

74 
	s�v6_rout�g_�fo
 {

75 
u�t8_t
 
	md�_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
];

76 
u�t8_t
 
	md�th
;

77 
u�t32_t
 
	mm�ric
;

78 
u�t32_t
 
	mfib_nh_size
;

79 
u�t8_t
 
	mnh_�v6
[
MAX_FIB_PATHS
][
RTE_LPM_IPV6_ADDR_SIZE
];

80 
u�t8_t
 
	mout_p�t
[
MAX_FIB_PATHS
];

81 } 
	g__�e_�che_�ig�d
;

87 
	s�v6_fib_�th
 {

88 
u�t8_t
 
	mnh_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
];

89 
u�t32_t
 
	m�fcou�
;

90 
u�t8_t
 
	mout_p�t
;

91 
l2_adj_�v6_��y
 *
	ml2_adj_�v6_�r
;

92 } 
	g__�e_�che_�ig�d
;

98 
	s�v6_fib_�fo
 {

99 
u�t8_t
 
	md�_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
];

100 
u�t8_t
 
	md�th
;

101 
u�t32_t
 
	mm�ric
;

102 
u�t32_t
 
	mfib_nh_size
;

103 
�v6_fib_�th
 *
	m�th
[
MAX_FIB_PATHS
];

104 } 
	g__�e_�che_�ig�d
;

109 
	sl2_adj_�v6_��y
 {

110 
�h�_addr
 
	m�h_addr
;

111 
u�t8_t
 
	mout_p�t_id
;

112 
u�t8_t
 
	mnh_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
];

113 
u�t32_t
 
	m�fcou�
;

114 
u�t8_t
 
	ml2_�r�g
[256];

115 
l2_phy_��r��_t
 *
	mphy_p�t
;

116 
u�t8_t
 
	m�ags
;

117 } 
	g__�e_�che_�ig�d
;

122 
	sl2_adj_key_�v6
 {

125 
u�t8_t
 
	mnh_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
];

126 
u�t8_t
 
	mout_p�t_id
;

127 
u�t8_t
 
	mf��r1
;

128 
u�t8_t
 
	mf��r2
;

129 
u�t8_t
 
	mf��r3
;

135 
	sfib_�th_key_�v6
 {

138 
u�t8_t
 
	mnh_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
];

139 
u�t8_t
 
	mout_p�t
;

140 
u�t8_t
 
	mf��r1
;

141 
u�t8_t
 
	mf��r2
;

142 
u�t8_t
 
	mf��r3
;

145 
	s�v6_��oc�_ty�
 {

146 
u�t8_t
 
	m��oc�_ty�
;

147 (*
	mfunc
�(
	m�e_mbuf
 **, 
	mu�t16_t
, 
	mu�t64_t
,

148 
	ml2_phy_��r��_t
 *);

149 } 
	g__�e_�che_�ig�d
;

157 
�m6_��
();

166 
�m6_�b�_rou�_add
(
�v6_rout�g_�fo
 *
d�a
);

177 
�m6_�b�_rou�_d��e
(
u�t8_t
 
d�_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
],

178 
u�t8_t
 
d�th
);

191 
�m6_�b�_lookup
(
�e_mbuf
 **
pkts_bur�
, 
u�t16_t
 
nb_pkts
,

192 
u�t64_t
 
pkts_mask
,

193 
l2_phy_��r��_t
 *
p�t_�r
[
RTE_PORT_IN_BURST_SIZE_MAX
],

194 
u�t64_t
 *
h�_mask
);

209 
l3fwd_rx_�v6_�ck�s
(
�e_mbuf
 **
m
, 
u�t16_t
 
nb_pkts
,

210 
u�t64_t
 
v�id_pkts_mask
,

211 
l2_phy_��r��_t
 *
�_p�t
);

222 
�v6_fib_�th
 *
p�uϋ_�v6_fib_�th
(
u�t8_t


223 
nh_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
],

224 
u�t8_t
 
out_p�t
);

234 
�v6_fib_�th
 *
���ve_�v6_fib_�th_��y
(
fib_�th_key_�v6


235 
�th_key
);

245 
l2_adj_�v6_��y
 *
���ve_�v6_l2_adj_��y
(
l2_adj_key_�v6


246 
l2_adj_key
);

257 
l2_adj_�v6_��y
 *
p�uϋ_�v6_l2_adj
(
u�t8_t


258 
nh_�
[
RTE_LPM_IPV6_ADDR_SIZE
],

259 
u�t8_t
 
p�tid
);

272 
g�_de�_mac_f�_�xth�_�v6
(
u�t8_t
 
nh_�v6
[
RTE_LPM_IPV6_ADDR_SIZE
],

273 
u�t32_t
 
out_phy_p�t
,

274 
�h�_addr
 *
hw_addr
);

281 
�move_�v6_fib_l2_adj_��y
(*
��y
);

284 
�v6_l3_��oc�_ty�_add
(
u�t8_t
 
��oc�_ty�
,

285 (*
func
�(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

286 
l2_phy_��r��_t
 *));

289 
	`�v6_lo�l_d�iv�
(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

290 
l2_phy_��r��_t
 *);

293 
	`�v6_f�w�d_d�iv�
(
�e_mbuf
 **, 
u�t16_t
, 
u�t64_t
,

294 
l2_phy_��r��_t
 *);

296 
	`is_v�id_�v6_pkt
(
�v6_hdr
 *
pkt
, 
u�t32_t
 
l�k_�n
);

297 
u�t8_t
 
	`�v6_hash_l�d_b���
(
�e_mbuf
 *
mbuf
);

311 
	`�s�ve_�v6_l2_adj
(
u�t8_t
 
nh_�
[
RTE_LPM_IPV6_ADDR_SIZE
], u�t8_�
p�tid
,

312 
�h�_addr
 *
hw_addr
);

314 
	`�v6_���e__hash_�b�
();

	@VIL/l2l3_stack/l3fwd_main.c

24 
	~"l3fwd_comm�.h
"

25 
	~"l2_��o.h
"

26 
	~"l3fwd_�m4.h
"

27 
	~"l3fwd_�m6.h
"

28 
	~"��r��.h
"

29 
	~"lib_�p.h
"

30 
	~"lib_icmpv6.h
"

32 
rout�g_�fo
 
	g�put_��y
[] = {

33 #i�
MULTIPATH_FEAT


34 {
IPv4
(30, 12, 0, 1), 24, 0, 4,

35 {
IPv4
(192, 168, 0, 2), IPv4(1, 1, 1, 7), IPv4(120, 0, 0, 2),

36 
IPv4
(30, 40, 50, 60)}, {1, 1, 1, 1} },

38 {
IPv4
(40, 12, 0, 1), 24, 0, 4,

39 {
IPv4
(192, 168, 0, 2), IPv4(1, 1, 1, 7), IPv4(120, 0, 0, 2),

40 
IPv4
(30, 40, 50, 60)}, {1, 1, 1, 1} },

42 {
IPv4
(50, 12, 0, 1), 24, 0, 4,

43 {
IPv4
(192, 168, 0, 2), IPv4(1, 1, 1, 7), IPv4(120, 0, 0, 2),

44 
IPv4
(30, 40, 50, 60)}, {1, 1, 1, 1} },

46 {
IPv4
(60, 12, 0, 1), 24, 0, 4,

47 {
IPv4
(192, 168, 0, 2), IPv4(1, 1, 1, 7), IPv4(120, 0, 0, 2),

48 
IPv4
(30, 40, 50, 60)}, {1, 1, 1, 1} },

50 {
IPv4
(100, 100, 100, 100), 24, 0, 2,

51 {
IPv4
(120, 0, 0, 2), IPv4(120, 0, 0, 2)}, {1, 1} },

53 {
IPv4
(200, 100, 100, 100), 24, 0, 2,

54 {
IPv4
(80, 0, 0, 2), IPv4(80, 40, 50, 60)}, {1, 1} },

56 {
IPv4
(30, 12, 0, 1), 24, 0, 1,

57 {
IPv4
(192, 168, 0, 2)}, {1} },

59 {
IPv4
(20, 12, 0, 1), 24, 0, 1,

60 {
IPv4
(120, 0, 0, 2)}, {1} },

64 
�v6_rout�g_�fo
 
	g�v6_�put_��y
[] = {

81 
	$l3fwd_��
()

83 
	`��tf
(" *********** L3 Initialization START ************\n");

84 i�(
	`�m_��
() == 0) {

85 
	`�e_ex�
(
EXIT_FAILURE
, "L3 Initialization IPv4 Failed\n");

87 i�(
	`�m6_��
() == 0) {

88 
	`�e_ex�
(
EXIT_FAILURE
, "L3 Initialization for IPV6 Failed\n");

91 
	`li�_add_ty�
(
ETHER_TYPE_IPv4
, 
l3fwd_rx_�v4_�ck�s
);

92 
	`li�_add_ty�
(
ETHER_TYPE_IPv6
, 
l3fwd_rx_�v6_�ck�s
);

94 
	`l3_��oc�_ty�_add
(
IPPROTO_ICMP
, 
�_lo�l_�ck�s_�o�ss
);

95 
	`l3_��oc�_ty�_add
(
IPPROTO_TCP
, 
�_f�w�d_d�iv�
);

96 
	`l3_��oc�_ty�_add
(
IPPROTO_UDP
, 
�_f�w�d_d�iv�
);

98 
	`�v6_l3_��oc�_ty�_add
(
IPPROTO_ICMPV6
, 
�v6_lo�l_d�iv�
);

99 
	`�v6_l3_��oc�_ty�_add
(
IPPROTO_TCP
, 
�v6_f�w�d_d�iv�
);

100 
	`�v6_l3_��oc�_ty�_add
(
IPPROTO_UDP
, 
�v6_f�w�d_d�iv�
);

102 
	}
}

104 
	$p�uϋ_�m_rou�s
()

106 
	`p�uϋ_�m4_�b�_rou�s
();

108 
	}
}

110 
	$p�uϋ_�m4_�b�_rou�s
()

112 
u�t8_t
 
i
;

113 
��tf


115 
i
 = 0; i < 
MAX_ROUTES
; i++) {

116 i�(
	`�m4_�b�_rou�_add
(&
�put_��y
[
i
])) {

118 
	`��tf
("Tٮ�ou��Added# %d\n", 
i
 + 1);

120 
	`�e_ex�
(
EXIT_FAILURE
,

122 
i
);

125 
��tf


127 
	}
}

129 
	$p�uϋ_�m6_�b�_rou�s
()

131 
u�t8_t
 
i
;

132 
��tf


134 
i
 = 0; i < 2; i++) {

135 i�(
	`�m6_�b�_rou�_add
(&
�v6_�put_��y
[
i
])) {

137 
	`��tf
("Added�ou� # %d\n", 
i
);

139 
	`�e_ex�
(
EXIT_FAILURE
,

141 
i
);

144 
	`��tf
(" *********** L3 IPV6 Route Initialization END ************\n");

145 
	}
}

	@VIL/l2l3_stack/lib_arp.c

17 
	~<exec�fo.h
>

18 
	~<�dio.h
>

19 
	~<�dlib.h
>

20 
	~<�d�t.h
>

21 
	~<�r�g.h
>

22 
	~<uni�d.h
>

23 
	~<�e_comm�.h
>

24 
	~<�e_m�loc.h
>

25 
	~<�e_�.h
>

26 
	~<�e_by��d�.h
>

27 
	~<�e_log.h
>

28 
	~<�e_�b�_�m.h
>

29 
	~<�e_�b�_hash.h
>

30 
	~<�e_p���e.h
>

31 
	~<�e_�p.h
>

32 
	~<�e_icmp.h
>

33 
	~<�e_hash.h
>

34 
	~<�e_jhash.h
>

35 
	~<�e_cy�es.h
>

36 
	~<�e_tim�.h
>

37 
	~"��r��.h
"

38 
	~"l2_��o.h
"

39 
	~"lib_�p.h
"

40 
	~"l3fwd_�m4.h
"

41 
	~"vnf_comm�.h
"

43 #i�(
RTE_BYTE_ORDER
 =�
RTE_LITTLE_ENDIAN
)

44 

	#CHECK_ENDIAN_16
(
x
�
	`�e_be_to_�u_16
(x)

	)

45 

	#CHECK_ENDIAN_32
(
x
�
	`�e_be_to_�u_32
(x)

	)

47 

	#CHECK_ENDIAN_16
(
x
�(x)

	)

48 

	#CHECK_ENDIAN_32
(
x
�(x)

	)

51 

	#NB_ARPICMP_MBUF
 64

	)

52 

	#NB_NDICMP_MBUF
 64

	)

53 

	#IP_VERSION_4
 0x40

	)

54 

	#IP_HDRLEN
 0x05

	)

55 

	#IP_VHL_DEF
 (
IP_VERSION_4
 | 
IP_HDRLEN
)

	)

57 

	#is_mu�i��_�v4_addr
(
�v4_addr
) \

58 (((
	`�e_be_to_�u_32
((
�v4_addr
)�>> 24�& 0x000000FF�=�0xE0)

	)

60 
u�t8_t
 
�v_�_p�t_a
[
PIPELINE_MAX_PORT_IN
];

61 
u�t32_t
 
tim�_lc�e
;

62 
u�t32_t
 
	g�p_timeout
 = 
ARP_TIMER_EXPIRY
;

65 

	#INADDRSZ
 4

	)

66 

	#IN6ADDRSZ
 16

	)

67 
my_��_��_�v6
(
af
, cڡ *
�c
, *
d�
);

68 
��_��_�v6
(cڡ *
�c
, *
d�
);

69 
��_��_�v4
(cڡ *
�c
, *
d�
);

70 

c�v�t_�efix�n_to_�tmask_�v6
(
u�t32_t
 
d�th
,

71 
u�t8_t
 
�tmask_�v6
[]);

73 
u�t8_t
 
	gvnf_comm�_�p_lib_��
;

74 
u�t8_t
 
	gvnf_comm�_nd_lib_��
;

75 
u�t8_t
 
	gl�db_p���e_cou�
;

77 
u�t32_t
 
	gARPICMP_DEBUG
;

78 
u�t32_t
 
	gNDIPV6_DEBUG
;

80 
u�t32_t
 
	g�p_rou�_tbl_�dex
;

81 
u�t32_t
 
	gnd_rou�_tbl_�dex
;

82 
u�t32_t
 
	gl�k_hw_addr_��y_idx
;

84 
u�t32_t
 
	glib_�p_g�_mac_�q
;

85 
u�t32_t
 
	glib_�p_nh_found
;

86 
u�t32_t
 
	glib_�p_no_nh_found
;

87 
u�t32_t
 
	glib_�p_�p_��y_found
;

88 
u�t32_t
 
	glib_�p_no_�p_��y_found
;

89 
u�t32_t
 
	glib_�p_p�uϋ_��ed
;

90 
u�t32_t
 
	glib_�p_d��e_��ed
;

91 
u�t32_t
 
	glib_�p_du�i��_found
;

93 
u�t32_t
 
	glib_nd_g�_mac_�q
;

94 
u�t32_t
 
	glib_nd_nh_found
;

95 
u�t32_t
 
	glib_nd_no_nh_found
;

96 
u�t32_t
 
	glib_nd_nd_��y_found
;

97 
u�t32_t
 
	glib_nd_no_�p_��y_found
;

98 
u�t32_t
 
	glib_nd_p�uϋ_��ed
;

99 
u�t32_t
 
	glib_nd_d��e_��ed
;

100 
u�t32_t
 
	glib_nd_du�i��_found
;

101 
�e_mempo�
 *
	glib_�p_pktmbuf_tx_po�
;

102 
�e_mempo�
 *
	glib_nd_pktmbuf_tx_po�
;

104 
�e_mbuf
 *
	glib_�p_pkt
;

105 
�e_mbuf
 *
	glib_nd_pkt
;

107 
u�t8_t
 
	gde�u�_�h�_addr
[6] = { 0, 0, 0, 0, 1, 1 };

108 
u�t8_t
 
	gde�u�_�
[4] = { 0, 0, 1, 1 };

110 
�e_hash_��m��s
 
	g�p_hash_��ms
 = {

111 .
�me
 = "ARP",

112 .
	g���s
 = 64,

113 .
	g��rved
 = 0,

114 .
	gkey_�n
 = (
�p_key_�v4
),

115 .
	ghash_func
 = 
�e_jhash
,

116 .
	ghash_func_��_v�
 = 0,

119 
�e_hash_��m��s
 
	gnd_hash_��ms
 = {

120 .
�me
 = "ND",

121 .
	g���s
 = 64,

122 .
	g��rved
 = 0,

123 .
	gkey_�n
 = (
nd_key_�v6
),

124 .
	ghash_func
 = 
�e_jhash
,

125 .
	ghash_func_��_v�
 = 0,

128 
�e_hash
 *
	g�p_hash_h�d�
;

129 
�e_hash
 *
	gnd_hash_h�d�
;

131 
��t_pkt1
(
�e_mbuf
 *
pkt
);

133 
�p_��ms
 *
	gmyA�
;

134 
�e_p���e
 *
	gmyP
;

135 
u�t8_t
 
	gnum_vnf_th�ads
;

140 
	s�p_p�t_add�ss
 {

141 
u�t32_t
 
	m�
;

142 
u�t8_t
 
	mmac_addr
[6];

145 
�p_p�t_add�ss
 
	g�p_p�t_add�s�s
[
RTE_MAX_ETHPORTS
];

146 
�e_mempo�
 *
	gtim�_mempo�_�p
;

148 
	gtim�_objs_mempo�_cou�
 = 70000;

150 

	#MAX_NUM_ARP_ENTRIES
 64

	)

151 

	#MAX_NUM_ND_ENTRIES
 64

	)

153 
u�t32_t
 
g�_nh
(uint32_t, uint32_t *);

154 
g�_nh_�v6
(
u�t8_t
 
�v6
[], 
u�t32_t
 *
p�t
, u�t8_�
nh�v6
[]);

156 

	#MAX_ARP_DATA_ENTRY_TABLE
 7

	)

158 
�b�_�p_��y_d�a
 
	g�p_��y_d�a_�b�
[
MAX_ARP_DATA_ENTRY_TABLE
] = {

159 {{0, 0, 0, 0, 0, 1}, 1, 
INCOMPLETE
, 
IPv4
(192, 168, 0, 2)},

160 {{0, 0, 0, 0, 0, 2}, 0, 
INCOMPLETE
, 
IPv4
(192, 168, 0, 3)},

161 {{0, 0, 0, 0, 0, 1}, 1, 
INCOMPLETE
, 
IPv4
(30, 40, 50, 60)},

162 {{0, 0, 0, 0, 0, 1}, 1, 
INCOMPLETE
, 
IPv4
(120, 0, 0, 2)},

163 {{0, 0, 0, 0, 0, 4}, 3, 
INCOMPLETE
, 
IPv4
(1, 1, 1, 4)},

164 {{0, 0, 0, 0, 0, 5}, 4, 
INCOMPLETE
, 
IPv4
(1, 1, 1, 5)},

165 {{0, 0, 0, 0, 0, 6}, 1, 
INCOMPLETE
, 
IPv4
(1, 1, 1, 7)},

168 

	#MAX_ND_DATA_ENTRY_TABLE
 7

	)

169 
�b�_nd_��y_d�a
 
	gnd_��y_d�a_�b�
[
MAX_ND_DATA_ENTRY_TABLE
] = {

170 {{0, 0, 0, 0, 0, 8}, 1, 
INCOMPLETE
,

173 {{0, 0, 0, 0, 0, 9}, 1, 
INCOMPLETE
,

175 {{0, 0, 0, 0, 0, 10}, 2, 
INCOMPLETE
,

177 {{0, 0, 0, 0, 0, 11}, 3, 
INCOMPLETE
,

179 {{0, 0, 0, 0, 0, 12}, 4, 
INCOMPLETE
,

181 {{0, 0, 0, 0, 0, 13}, 5, 
INCOMPLETE
,

183 {{0, 0, 0, 0, 0, 14}, 6, 
INCOMPLETE
,

187 
lib_nd_rou�_�b�_��y
 
	glib_nd_rou�_�b�
[
MAX_ND_RT_ENTRY
] = {

222 
lib_�p_rou�_�b�_��y
 
	glib_�p_rou�_�b�
[
MAX_ARP_RT_ENTRY
] = {

241 
��t_�a�
();

244 
	$��t_�a�
()

246 *
��y
[10];

247 
size_t
 
size
;

248 **
�r�gs
;

249 
size_t
 
i
;

251 
size
 = 
	`back�a�
(
��y
, 10);

252 
�r�gs
 = 
	`back�a�_symb�s
(
��y
, 
size
);

254 
	`RTE_LOG
(
INFO
, 
LIBARP
, "Ob��ed %zd s�ck f�mes.\n", 
size
);

256 
i
 = 0; i < 
size
; i++)

257 
	`RTE_LOG
(
INFO
, 
LIBARP
, "%s\n", 
�r�gs
[
i
]);

259 
	`�
(
�r�gs
);

260 
	}
}

262 
u�t32_t
 
	$g�_nh
(
u�t32_t
 
�
, u�t32_�*
p�t
)

264 
i
 = 0;

265 
i
 = 0; i < 
MAX_ARP_RT_ENTRY
; i++) {

266 i�(((
lib_�p_rou�_�b�
[
i
].

267 
�
 & 
lib_�p_rou�_�b�
[
i
].
mask
) ==

268 (
�
 & 
lib_�p_rou�_�b�
[
i
].
mask
))) {

270 *
p�t
 = 
lib_�p_rou�_�b�
[
i
].port;

271 
lib_�p_nh_found
++;

272  
lib_�p_rou�_�b�
[
i
].
nh
;

274 i�(
ARPICMP_DEBUG
)

275 
	`��tf
("No�h match ip 0x%x,�ort %u,�_ip "

277 
�
, *
p�t
, 
lib_�p_rou�_�b�
[
i
].ip,

278 
lib_�p_rou�_�b�
[
i
].
p�t
,

279 
lib_�p_rou�_�b�
[
i
].
mask
,

280 (
lib_�p_rou�_�b�
[
i
].
�
 &

281 
lib_�p_rou�_�b�
[
i
].
mask
),

282 (
�
 & 
lib_�p_rou�_�b�
[
i
].
mask
));

284 i�(
ARPICMP_DEBUG
)

285 
	`��tf
("N�NH - i�0x%x,�܈%u\n", 
�
, *
p�t
);

286 
lib_�p_no_nh_found
++;

288 
	}
}

291 
	$g�_nh_�v6
(
u�t8_t
 
�v6
[], 
u�t32_t
 *
p�t
, u�t8_�
nh�v6
[])

293 
i
 = 0;

294 
u�t8_t
 
�tmask_�v6
[16], 
�t�_nd
[16], 
�t�_�
[16];

295 
u�t8_t
 
k
 = 0, 
l
 = 0, 
d�th�ags
 = 0, 
d�th�ags1
 = 0;

296 
	`mem�t
(
�tmask_�v6
, 0, (netmask_ipv6));

297 
	`mem�t
(
�t�_nd
, 0, (netip_nd));

298 
	`mem�t
(
�t�_�
, 0, (netip_in));

299 i�(!
�v6
)

301 
i
 = 0; i < 
MAX_ARP_RT_ENTRY
; i++) {

303 
	`c�v�t_�efix�n_to_�tmask_�v6
(
lib_nd_rou�_�b�
[
i
].
d�th
,

304 
�tmask_�v6
);

306 
k
 = 0; k < 16; k++) {

307 i�(
lib_nd_rou�_�b�
[
i
].
�v6
[
k
] & 
�tmask_�v6
[k]) {

308 
d�th�ags
++;

309 
�t�_nd
[
k
] = 
lib_nd_rou�_�b�
[
i
].
�v6
[k];

313 
l
 = 0;� < 16;�++) {

314 i�(
�v6
[
l
] & 
�tmask_�v6
[l]) {

315 
d�th�ags1
++;

316 
�t�_�
[
l
] = 
�v6
[l];

319 
j
 = 0;

320 i�((
d�th�ags
 =�
d�th�ags1
)

321 && (
	`memcmp
(
�t�_nd
, 
�t�_�
, (netip_nd)) == 0)) {

323 *
p�t
 = 
lib_nd_rou�_�b�
[
i
].port;

324 
lib_nd_nh_found
++;

326 
j
 = 0; j < 16; j++)

327 
nh�v6
[
j
] = 
lib_nd_rou�_�b�
[
i
].nhipv6[j];

332 i�(
NDIPV6_DEBUG
)

333 
	`��tf
("No�h match\n");

334 
d�th�ags
 = 0;

335 
d�th�ags1
 = 0;

337 i�(
NDIPV6_DEBUG
)

338 
	`��tf
("N�NH - i�0x%x,�܈%u\n", 
�v6
[0], *
p�t
);

339 
lib_nd_no_nh_found
++;

340 
	}
}

343 
	$g�_de�_mac_addr_p�t
(cڡ 
u�t32_t
 
�addr
,

344 
u�t32_t
 *
phy_p�t
, 
�h�_addr
 *
hw_addr
)

346 
lib_�p_g�_mac_�q
++;

347 
u�t32_t
 
nh�
 = 0;

349 
nh�
 = 
	`g�_nh
(
�addr
, 
phy_p�t
);

350 i�(
nh�
 == 0) {

351 i�(
ARPICMP_DEBUG
)

352 
	`��tf
("ARPICMP�o�h found for ip %x,�ort %d\n",

353 
�addr
, *
phy_p�t
);

355  
NH_NOT_FOUND
;

358 
�p_��y_d�a
 *
�t_�p_d�a
 = 
NULL
;

359 
�p_key_�v4
 
tmp_�p_key
;

360 
tmp_�p_key
.
p�t_id
 = *
phy_p�t
;

361 
tmp_�p_key
.
�
 = 
nh�
;

363 i�(
ARPICMP_DEBUG
)

364 
	`��tf
("%s:�h�: %x,�hyp�t: %d\n", 
__FUNCTION__
, 
nh�
,

365 *
phy_p�t
);

367 
�t_�p_d�a
 = 
	`���ve_�p_��y
(
tmp_�p_key
);

368 i�(
�t_�p_d�a
 =�
NULL
) {

369 i�(
ARPICMP_DEBUG
) {

370 
��tf


372 
�addr
, *
phy_p�t
);

373 
	`��t_�p_�b�
();

375 i�(
nh�
 != 0) {

376 i�(
ARPICMP_DEBUG
)

377 
	`��tf
("CG-NAPT�equesting ARP for ip %x, "

378 "p܈%d\n", 
nh�
, *
phy_p�t
);

379 
	`�que�_�p
(*
phy_p�t
, 
nh�
);

382 
lib_�p_no_�p_��y_found
++;

383  
ARP_NOT_FOUND
;

385 
	`�h�_addr_c�y
(&
�t_�p_d�a
->
�h_addr
, 
hw_addr
);

386 
lib_�p_�p_��y_found
++;

387 i�(
ARPICMP_DEBUG
)

388 
	`��tf
("%s: ARPICMP hwadd�found\n", 
__FUNCTION__
);

389  
ARP_FOUND
;

390 
	}
}

392 
	$g�_de�_mac_add�ss
(cڡ 
u�t32_t
 
�addr
, u�t32_�*
phy_p�t
,

393 
�h�_addr
 *
hw_addr
, 
u�t32_t
 *
nh�
)

395 
lib_�p_g�_mac_�q
++;

397 *
nh�
 = 
	`g�_nh
(
�addr
, 
phy_p�t
);

398 i�(*
nh�
 == 0) {

399 i�(
ARPICMP_DEBUG
 && 
�addr
)

400 
	`RTE_LOG
(
INFO
, 
LIBARP
,

402 
�addr
, *
phy_p�t
);

406 
�p_��y_d�a
 *
�t_�p_d�a
 = 
NULL
;

407 
�p_key_�v4
 
tmp_�p_key
;

408 
tmp_�p_key
.
p�t_id
 = *
phy_p�t
;

409 
tmp_�p_key
.
�
 = *
nh�
;

411 
�t_�p_d�a
 = 
	`���ve_�p_��y
(
tmp_�p_key
);

412 i�(
�t_�p_d�a
 =�
NULL
) {

413 i�(
ARPICMP_DEBUG
 && 
�addr
) {

414 
	`RTE_LOG
(
INFO
, 
LIBARP
,

416 
�addr
, *
phy_p�t
);

417 
	`��t_�p_�b�
();

419 
lib_�p_no_�p_��y_found
++;

422 
	`�h�_addr_c�y
(&
�t_�p_d�a
->
�h_addr
, 
hw_addr
);

423 
lib_�p_�p_��y_found
++;

426 
	}
}

428 
	$g�_de�_mac_addr
(cڡ 
u�t32_t
 
�addr
,

429 
u�t32_t
 *
phy_p�t
, 
�h�_addr
 *
hw_addr
)

431 
lib_�p_g�_mac_�q
++;

432 
u�t32_t
 
nh�
 = 0;

434 
nh�
 = 
	`g�_nh
(
�addr
, 
phy_p�t
);

435 i�(
nh�
 == 0) {

436 i�(
ARPICMP_DEBUG
 && 
�addr
)

437 
	`RTE_LOG
(
INFO
, 
LIBARP
,

439 
�addr
, *
phy_p�t
);

443 
�p_��y_d�a
 *
�t_�p_d�a
 = 
NULL
;

444 
�p_key_�v4
 
tmp_�p_key
;

445 
tmp_�p_key
.
p�t_id
 = *
phy_p�t
;

446 
tmp_�p_key
.
�
 = 
nh�
;

448 
�t_�p_d�a
 = 
	`���ve_�p_��y
(
tmp_�p_key
);

449 i�(
�t_�p_d�a
 =�
NULL
) {

450 i�(
ARPICMP_DEBUG
 && 
�addr
) {

451 
��tf


453 
�addr
, *
phy_p�t
);

454 
	`��t_�p_�b�
();

457 i�(
nh�
 != 0) {

458 i�(
ARPICMP_DEBUG
 > 4)

459 
��tf


461 
nh�
, *
phy_p�t
);

462 i�(
	`ifm_chk_p�t_�v4_�ab�d
(*
phy_p�t
)) {

463 
	`�que�_�p
(*
phy_p�t
, 
nh�
);

465 i�(
ARPICMP_DEBUG
)

466 
	`RTE_LOG
(
INFO
, 
LIBARP
,

468 
__FUNCTION__
, *
phy_p�t
);

472 
lib_�p_no_�p_��y_found
++;

475 
	`�h�_addr_c�y
(&
�t_�p_d�a
->
�h_addr
, 
hw_addr
);

476 
lib_�p_�p_��y_found
++;

478 
	}
}

480 
	$g�_de�_mac_add�ss_�v6_p�t
(
u�t8_t
 
�v6addr
[], 
u�t32_t
 *
phy_p�t
,

481 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
nh�v6
[])

483 
i
 = 0, 
j
 = 0, 
�ag
 = 0;

484 
lib_nd_g�_mac_�q
++;

486 
	`g�_nh_�v6
(
�v6addr
, 
phy_p�t
, 
nh�v6
);

487 
j
 = 0; j < 16; j++) {

488 i�(
nh�v6
[
j
])

489 
�ag
++;

491 i�(
�ag
 == 0) {

492 i�(
NDIPV6_DEBUG
)

493 
	`��tf
("NDIPV6�o�h found for ipv6 "

496 
�v6addr
[0], ipv6addr[1], ipv6addr[2],

497 
�v6addr
[3], ipv6addr[4], ipv6addr[5],

498 
�v6addr
[6], ipv6addr[7], ipv6addr[8],

499 
�v6addr
[9], ipv6addr[10], ipv6addr[11],

500 
�v6addr
[12], ipv6addr[13], ipv6addr[14],

501 
�v6addr
[15], *
phy_p�t
);

505 
nd_��y_d�a
 *
�t_nd_d�a
 = 
NULL
;

506 
nd_key_�v6
 
tmp_nd_key
;

507 
tmp_nd_key
.
p�t_id
 = *
phy_p�t
;

509 
i
 = 0; i < 16; i++)

510 
tmp_nd_key
.
�v6
[
i
] = 
nh�v6
[i];

512 
�t_nd_d�a
 = 
	`���ve_nd_��y
(
tmp_nd_key
);

513 i�(
�t_nd_d�a
 =�
NULL
) {

514 i�(
NDIPV6_DEBUG
) {

515 
	`��tf
("NDIPV6�o�d�ntry found for ip %x,�ort %d\n",

516 
�v6addr
[0], *
phy_p�t
);

518 
lib_nd_no_�p_��y_found
++;

521 
	`�h�_addr_c�y
(&
�t_nd_d�a
->
�h_addr
, 
hw_addr
);

522 
lib_nd_nd_��y_found
++;

524 
	}
}

526 
	$g�_de�_mac_add�ss_�v6
(
u�t8_t
 
�v6addr
[], 
u�t32_t
 *
phy_p�t
,

527 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
nh�v6
[])

529 
i
 = 0, 
j
 = 0, 
�ag
 = 0;

530 
lib_nd_g�_mac_�q
++;

532 
	`g�_nh_�v6
(
�v6addr
, 
phy_p�t
, 
nh�v6
);

533 
j
 = 0; j < 16; j++) {

534 i�(
nh�v6
[
j
]) {

535 
�ag
++;

538 i�(
�ag
 == 0) {

539 i�(
NDIPV6_DEBUG
 && 
�v6addr
)

540 
	`RTE_LOG
(
INFO
, 
LIBARP
,

542 
�v6addr
[0], *
phy_p�t
);

546 
nd_��y_d�a
 *
�t_nd_d�a
 = 
NULL
;

547 
nd_key_�v6
 
tmp_nd_key
;

548 
tmp_nd_key
.
p�t_id
 = *
phy_p�t
;

550 
i
 = 0; i < 16; i++) {

551 
tmp_nd_key
.
�v6
[
i
] = 
nh�v6
[i];

554 
�t_nd_d�a
 = 
	`���ve_nd_��y
(
tmp_nd_key
);

555 i�(
�t_nd_d�a
 =�
NULL
) {

556 i�(
NDIPV6_DEBUG
 && 
�v6addr
) {

557 
	`RTE_LOG
(
INFO
, 
LIBARP
,

559 
�v6addr
[0], *
phy_p�t
);

561 i�(
�ag
 != 0) {

562 i�(
ARPICMP_DEBUG
 > 4)

563 
��tf


565 *
phy_p�t
);

566 
	`�que�_nd
(&
nh�v6
[0], 
	`ifm_g�_p�t
(*
phy_p�t
));

570 
lib_nd_no_�p_��y_found
++;

573 
	`�h�_addr_c�y
(&
�t_nd_d�a
->
�h_addr
, 
hw_addr
);

574 
lib_nd_nd_��y_found
++;

576 
	}
}

582 
	slib_�p_�p_�b�_��y
 {

583 
�e_p���e_�b�_��y
 
	mh�d
;

584 
u�t64_t
 
	mma�ddr
;

587 cڡ *
	$�p_�_�me
(
u�t16_t
 
�p_�
)

589 
	`CHECK_ENDIAN_16
(
�p_�
)) {

590 (
ARP_OP_REQUEST
):

592 (
ARP_OP_REPLY
):

594 (
ARP_OP_REVREQUEST
):

596 (
ARP_OP_REVREPLY
):

598 (
ARP_OP_INVREQUEST
):

600 (
ARP_OP_INVREPLY
):

606 
	}
}

608 
	$��t_icmp_�ck�
(
icmp_hdr
 *
icmp_h
)

610 
	`RTE_LOG
(
INFO
, 
LIBARP
, " ICMP:�ype=%d (%s) code=%d id=%d seqnum=%d\n",

611 
icmp_h
->
icmp_ty�
,

612 (
icmp_h
->
icmp_ty�
 =�
IP_ICMP_ECHO_REPLY
 ? "Reply" :

613 (
icmp_h
->
icmp_ty�
 ==

614 
IP_ICMP_ECHO_REQUEST
 ? "Reqest" : "Undef")),

615 
icmp_h
->
icmp_code
, 
	`CHECK_ENDIAN_16
(icmp_h->
icmp_id�t
),

616 
	`CHECK_ENDIAN_16
(
icmp_h
->
icmp_�q_nb
));

617 
	}
}

619 
	$��t_�v4_h
(
�v4_hdr
 *
�_h
)

621 
icmp_hdr
 *
icmp_h
 =

622 (
icmp_hdr
 *)((*)
�_h
 + (
�v4_hdr
));

623 
	`RTE_LOG
(
INFO
, 
LIBARP
, " IPv4: Version=%d HLEN=%d Type=%d Length=%d\n",

624 (
�_h
->
v�si�_ihl
 & 0xf0) >> 4, (ip_h->version_ihl & 0x0f),

625 
�_h
->
ty�_of_�rvi�
, 
	`�e_�u_to_be_16
(�_h->
tٮ_�ngth
));

626 i�(
�_h
->
�xt_��o_id
 =�
IPPROTO_ICMP
) {

627 
	`��t_icmp_�ck�
(
icmp_h
);

629 
	}
}

631 
	$��t_�p_�ck�
(
�p_hdr
 *
�p_h
)

633 
	`RTE_LOG
(
INFO
, 
LIBARP
, " ARP: hrd=%d�roto=0x%04x hln=%d "

635 
	`CHECK_ENDIAN_16
(
�p_h
->
�p_hrd
),

636 
	`CHECK_ENDIAN_16
(
�p_h
->
�p_�o
),��_h->
�p_h�
,

637 
�p_h
->
�p_�n
, 
	`CHECK_ENDIAN_16
׽_h->
�p_�
),

638 
	`�p_�_�me
(
�p_h
->
�p_�
));

640 i�(
	`CHECK_ENDIAN_16
(
�p_h
->
�p_hrd
�!�
ARP_HRD_ETHER
) {

641 
	`RTE_LOG
(
INFO
, 
LIBARP
,

643 (
�p_h
->
�p_hrd
));

644 } i�(
	`CHECK_ENDIAN_16
(
�p_h
->
�p_�o
�!�
ETHER_TYPE_IPv4
) {

645 
	`RTE_LOG
(
INFO
, 
LIBARP
,

647 (
�p_h
->
�p_�o
));

648 } i�(
�p_h
->
�p_h�
 != 6) {

649 
	`RTE_LOG
(
INFO
, 
LIBARP
,

651 
�p_h
->
�p_h�
);

652 } i�(
�p_h
->
�p_�n
 != 4) {

653 
	`RTE_LOG
(
INFO
, 
LIBARP
,

655 
�p_h
->
�p_�n
);

657 
	`RTE_LOG
(
INFO
, 
LIBARP
,

659 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[0],

660 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[1],

661 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[2],

662 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[3],

663 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[4],

664 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[5]);

665 
	`RTE_LOG
(
INFO
, 
LIBARP
, " sip=%d.%d.%d.%d\n",

666 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_s�
) >> 24) & 0xFF,

667 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_s�
) >> 16) & 0xFF,

668 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_s�
) >> 8) & 0xFF,

669 
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_s�
) & 0xFF);

670 
	`RTE_LOG
(
INFO
, 
LIBARP
,

672 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[0],

673 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[1],

674 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[2],

675 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[3],

676 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[4],

677 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[5]);

678 
	`RTE_LOG
(
INFO
, 
LIBARP
, "�ip=%d.%d.%d.%d\n",

679 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_t�
) >> 24) & 0xFF,

680 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_t�
) >> 16) & 0xFF,

681 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_t�
) >> 8) & 0xFF,

682 
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_t�
) & 0xFF);

684 
	}
}

686 
	$��t_�h
(
�h�_hdr
 *
�h_h
)

688 
	`RTE_LOG
(
INFO
, 
LIBARP
, " ETH: src=%02X:%02X:%02X:%02X:%02X:%02X",

689 
�h_h
->
s_addr
.
addr_by�s
[0],

690 
�h_h
->
s_addr
.
addr_by�s
[1],

691 
�h_h
->
s_addr
.
addr_by�s
[2],

692 
�h_h
->
s_addr
.
addr_by�s
[3],

693 
�h_h
->
s_addr
.
addr_by�s
[4],�th_h->s_addr.addr_bytes[5]);

694 
	`RTE_LOG
(
INFO
, 
LIBARP
, " dst=%02X:%02X:%02X:%02X:%02X:%02X\n",

695 
�h_h
->
d_addr
.
addr_by�s
[0],

696 
�h_h
->
d_addr
.
addr_by�s
[1],

697 
�h_h
->
d_addr
.
addr_by�s
[2],

698 
�h_h
->
d_addr
.
addr_by�s
[3],

699 
�h_h
->
d_addr
.
addr_by�s
[4],�th_h->d_addr.addr_bytes[5]);

701 
	}
}

704 
	$��t_mbuf
(cڡ *
rx_tx
, 
u�t8_t
 
p�tid
, 
�e_mbuf
 *
mbuf
,

705 
l�e
)

707 
�h�_hdr
 *
�h_h
 = 
	`�e_pktmbuf_mtod
(
mbuf
, ether_hdr *);

708 
�p_hdr
 *
�p_h
 =

709 (
�p_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

710 
�v4_hdr
 *
�v4_h
 =

711 (
�v4_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

713 
	`RTE_LOG
(
INFO
, 
LIBARP
, "%s(%d): on�ort %d�kt-len=%u�b-segs=%u\n",

714 
rx_tx
, 
l�e
, 
p�tid
, 
mbuf
->
pkt_�n
, mbuf->
nb_�gs
);

715 
	`��t_�h
(
�h_h
);

716 
	`�e_�u_to_be_16
(
�h_h
->
�h�_ty�
)) {

717 
ETHER_TYPE_IPv4
:

718 
	`��t_�v4_h
(
�v4_h
);

720 
ETHER_TYPE_ARP
:

721 
	`��t_�p_�ck�
(
�p_h
);

724 
	`RTE_LOG
(
INFO
, 
LIBARP
, " unknown�acket�ype\n");

727 
	`f�ush
(
�dout
);

728 
	}
}

730 
�p_��y_d�a
 *
	$���ve_�p_��y
(
�p_key_�v4
 
�p_key
)

732 
�p_��y_d�a
 *
�t_�p_d�a
 = 
NULL
;

733 
�p_key
.
f��r1
 = 0;

734 
�p_key
.
f��r2
 = 0;

735 
�p_key
.
f��r3
 = 0;

737 
�t
 = 
	`�e_hash_lookup_d�a
(
�p_hash_h�d�
, &
�p_key
,

738 (**)&
�t_�p_d�a
);

739 i�(
�t
 < 0) {

743 i�(
�t_�p_d�a
->
mode
 =�
DYNAMIC_ARP
) {

744 
�p_tim�_key
 
��back_key
;

745 
��back_key
.
p�t_id
 = 
�t_�p_d�a
->
p�t
;

746 
��back_key
.
�
 = 
�t_�p_d�a
->ip;

748 i�(
	`�e_tim�_��t
(
�t_�p_d�a
->
tim�
,

749 (
�p_timeout
 * 
	`�e_g�_tsc_hz
()),

750 
SINGLE
, 
tim�_lc�e
,

751 
�p_tim�_��back
,

752 &
��back_key
) < 0)

753 i�(
ARPICMP_DEBUG
)

754 
	`RTE_LOG
(
INFO
, 
LIBARP
,

758  
�t_�p_d�a
;

761  
NULL
;

762 
	}
}

764 
nd_��y_d�a
 *
	$���ve_nd_��y
(
nd_key_�v6
 
nd_key
)

766 
nd_��y_d�a
 *
�t_nd_d�a
 = 
NULL
;

767 
nd_key
.
f��r1
 = 0;

768 
nd_key
.
f��r2
 = 0;

769 
nd_key
.
f��r3
 = 0;

770 
i
 = 0;

773 
�t
 = 
	`�e_hash_lookup_d�a
(
nd_hash_h�d�
, &
nd_key
,

774 (**)&
�t_nd_d�a
);

775 i�(
�t
 < 0) {

779 i�(
�t_nd_d�a
->
mode
 =�
DYNAMIC_ND
) {

780 
nd_tim�_key
 
��back_key
;

781 
��back_key
.
p�t_id
 = 
�t_nd_d�a
->
p�t
;

783 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++) {

784 
��back_key
.
�v6
[
i
] = 
�t_nd_d�a
->ipv6[i];

788 i�(
�e_tim�_��t


789 (
�t_nd_d�a
->
tim�
,

790 (
�p_timeout
 * 
	`�e_g�_tsc_hz
()), 
SINGLE
,

791 
tim�_lc�e
, 
nd_tim�_��back
, &
��back_key
) < 0)

792 i�(
ARPICMP_DEBUG
)

793 
	`RTE_LOG
(
INFO
, 
LIBARP
,

796  
�t_nd_d�a
;

799  
NULL
;

800 
	}
}

802 
	$��t_�p_�b�
()

804 cڡ *
�xt_key
;

805 *
�xt_d�a
;

806 
u�t32_t
 
��
 = 0;

808 
��tf


810 
��tf


812 
	`��tf
("\tport hw�ddr status ip�ddr\n");

813 
��tf


816 
	`�e_hash_���e
(
�p_hash_h�d�
, &
�xt_key
, &
�xt_d�a
, &
��
)

819 
�p_��y_d�a
 *
tmp_�p_d�a
 =

820 (
�p_��y_d�a
 *)
�xt_d�a
;

821 
�p_key_�v4
 
tmp_�p_key
;

822 
	`mem�y
(&
tmp_�p_key
, 
�xt_key
, (
�p_key_�v4
));

823 
��tf


825 
tmp_�p_d�a
->
p�t
,�mp_�p_d�a->
�h_addr
.
addr_by�s
[0],

826 
tmp_�p_d�a
->
�h_addr
.
addr_by�s
[1],

827 
tmp_�p_d�a
->
�h_addr
.
addr_by�s
[2],

828 
tmp_�p_d�a
->
�h_addr
.
addr_by�s
[3],

829 
tmp_�p_d�a
->
�h_addr
.
addr_by�s
[4],

830 
tmp_�p_d�a
->
�h_addr
.
addr_by�s
[5],

831 
tmp_�p_d�a
->
��us
 ==

832 
COMPLETE
 ? "COMPLETE" : "INCOMPLETE",

833 (
tmp_�p_d�a
->
�
 >> 24),

834 ((
tmp_�p_d�a
->
�
 & 0x00ff0000) >> 16),

835 ((
tmp_�p_d�a
->
�
 & 0x0000ff00) >> 8),

836 ((
tmp_�p_d�a
->
�
 & 0x000000ff)));

839 
u�t32_t
 
i
 = 0;

840 
	`��tf
("\nARP�out�g�ab� ha�%d��r�s\n", 
�p_rou�_tbl_�dex
);

841 
	`��tf
("\nIP_Address Mask Port NH_IP_Address\n");

842 
i
 = 0; i < 
�p_rou�_tbl_�dex
; i++) {

843 
	`��tf
("0x%x 0x%x %d 0x%x\n",

844 
lib_�p_rou�_�b�
[
i
].
�
,

845 
lib_�p_rou�_�b�
[
i
].
mask
,

846 
lib_�p_rou�_�b�
[
i
].
p�t
,�ib_�p_rou�_�b�[i].
nh
);

849 
��tf


851 
lib_�p_g�_mac_�q
, 
lib_�p_nh_found
, 
lib_�p_no_nh_found
,

852 
lib_�p_�p_��y_found
, 
lib_�p_no_�p_��y_found
,

853 
lib_�p_p�uϋ_��ed
, 
lib_�p_d��e_��ed
,

854 
lib_�p_du�i��_found
);

856 
	`��tf
("ARP�ab� key�� i�%lu\n", (
�p_key_�v4
));

857 
	}
}

860 
	$��t_nd_�b�
()

862 cڡ *
�xt_key
;

863 *
�xt_d�a
;

864 
u�t32_t
 
��
 = 0;

865 
u�t8_t
 
ii
 = 0, 
j
 = 0, 
k
 = 0;

866 
��tf


868 
	`��tf
("\tport hw�ddr status ip�ddr\n");

870 
��tf


872 
	`�e_hash_���e
(
nd_hash_h�d�
, &
�xt_key
, &
�xt_d�a
, &
��
) >=

875 
nd_��y_d�a
 *
tmp_nd_d�a
 =

876 (
nd_��y_d�a
 *)
�xt_d�a
;

877 
nd_key_�v6
 
tmp_nd_key
;

878 
	`mem�y
(&
tmp_nd_key
, 
�xt_key
, (
nd_key_�v6
));

879 
	`��tf
("\t%4d %02X:%02X:%02X:%02X:%02X:%02X %10s\n",

880 
tmp_nd_d�a
->
p�t
,

881 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[0],

882 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[1],

883 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[2],

884 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[3],

885 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[4],

886 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[5],

887 
tmp_nd_d�a
->
��us
 ==

888 
COMPLETE
 ? "COMPLETE" : "INCOMPLETE");

889 
	`��tf
("\t\t\t\t\t\t");

890 
ii
 = 0; i�< 
ND_IPV6_ADDR_SIZE
; ii += 2) {

891 
	`��tf
("%02X%02X ", 
tmp_nd_d�a
->
�v6
[
ii
],

892 
tmp_nd_d�a
->
�v6
[
ii
 + 1]);

894 
	`��tf
("\n");

897 
u�t32_t
 
i
 = 0;

898 
	`��tf
("\n\nND IPV6�outing�able has %d�ntries\n",

899 
nd_rou�_tbl_�dex
);

900 
��tf


902 
i
 = 0; i < 
nd_rou�_tbl_�dex
; i++) {

903 
	`��tf
("\n");

905 
j
 = 0; j < 
ND_IPV6_ADDR_SIZE
; j += 2) {

906 
	`RTE_LOG
(
INFO
, 
LIBARP
, "%02X%02X ",

907 
lib_nd_rou�_�b�
[
i
].
�v6
[
j
],

908 
lib_nd_rou�_�b�
[
i
].
�v6
[
j
 + 1]);

911 
��tf


913 
lib_nd_rou�_�b�
[
i
].
d�th
,�ib_nd_rou�_�b�[i].
p�t
);

914 
	`��tf
("\t\t\t\t\t\t\t\t\t");

915 
k
 = 0; k < 
ND_IPV6_ADDR_SIZE
; k += 2) {

916 
	`��tf
("%02X%02X ", 
lib_nd_rou�_�b�
[
i
].
nh�v6
[
k
],

917 
lib_nd_rou�_�b�
[
i
].
�v6
[
k
 + 1]);

920 
��tf


922 
lib_nd_g�_mac_�q
, 
lib_nd_nh_found
, 
lib_nd_no_nh_found
,

923 
lib_nd_nd_��y_found
, 
lib_nd_no_�p_��y_found
,

924 
lib_nd_p�uϋ_��ed
, 
lib_nd_d��e_��ed
,

925 
lib_nd_du�i��_found
);

926 
	`��tf
("ND�ab� key�� i�%lu\n\n", (
nd_key_�v6
));

927 
	}
}

929 
	$�move_�p_��y
(
u�t32_t
 
�addr
, 
u�t8_t
 
p�tid
, *
�g
)

932 
�p_key_�v4
 
�p_key
;

933 
�p_key
.
p�t_id
 = 
p�tid
;

934 
�p_key
.
�
 = 
�addr
;

935 
�p_key
.
f��r1
 = 0;

936 
�p_key
.
f��r2
 = 0;

937 
�p_key
.
f��r3
 = 0;

939 
lib_�p_d��e_��ed
++;

941 
�p_��y_d�a
 *
�t_�p_d�a
 = 
NULL
;

943 
�t
 = 
	`�e_hash_lookup_d�a
(
�p_hash_h�d�
, &
�p_key
,

944 (**)&
�t_�p_d�a
);

945 i�(
�t
 < 0) {

949 i�(
�t_�p_d�a
->
mode
 =�
DYNAMIC_ARP
) {

950 i�(
�t_�p_d�a
->
��y_cou�
 == 3) {

951 
	`�e_tim�_��
(
�t_�p_d�a
->
tim�
);

952 
	`�e_�
(
�t_�p_d�a
->
tim�_key
);

953 i�(
ARPICMP_DEBUG
) {

954 
	`RTE_LOG
(
INFO
, 
LIBARP
,

956 (
�p_key
.
�
 >> 24),

957 ((
�p_key
.
�
 & 0x00ff0000) >>

959 ((
�p_key
.
�
 & 0x0000ff00) >>

961 ((
�p_key
.
�
 & 0x000000ff)),

962 
�p_key
.
p�t_id
);

964 
	`�e_hash_d�_key
(
�p_hash_h�d�
, &
�p_key
);

967 
�t_�p_d�a
->
��y_cou�
++;

968 i�(
ARPICMP_DEBUG
)

969 
	`RTE_LOG
(
INFO
, 
LIBARP
,

971 
�t_�p_d�a
->
��y_cou�
);

973 i�(
ARPICMP_DEBUG
)

974 
	`RTE_LOG
(
INFO
, 
LIBARP
,

976 
ARP_TIMER_EXPIRY
);

977 i�(
ifm_chk_p�t_�v4_�ab�d


978 (
�t_�p_d�a
->
p�t
)) {

979 
	`�que�_�p
(
�t_�p_d�a
->
p�t
,

980 
�t_�p_d�a
->
�
);

982 i�(
ARPICMP_DEBUG
)

983 
	`RTE_LOG
(
INFO
, 
LIBARP
,

985 
__FUNCTION__
,

986 
�t_�p_d�a
->
p�t
);

988 i�(
	`�e_tim�_��t
(
�t_�p_d�a
->
tim�
,

989 (
�p_timeout
 *

990 
	`�e_g�_tsc_hz
()), 
SINGLE
,

991 
tim�_lc�e
,

992 
�p_tim�_��back
,

993 
�g
) < 0)

994 i�(
ARPICMP_DEBUG
)

995 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1000 
	`�e_hash_d�_key
(
�p_hash_h�d�
, &
�p_key
);

1003 
	}
}

1006 
	$�move_nd_��y_�v6
(
u�t8_t
 
�v6addr
[], u�t8_�
p�tid
)

1008 
i
 = 0;

1009 
nd_��y_d�a
 *
�t_nd_d�a
 = 
NULL
;

1010 
nd_key_�v6
 
nd_key
;

1011 
nd_key
.
p�t_id
 = 
p�tid
;

1013 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++) {

1014 
nd_key
.
�v6
[
i
] = 
�v6addr
[i];

1017 
nd_key
.
f��r1
 = 0;

1018 
nd_key
.
f��r2
 = 0;

1019 
nd_key
.
f��r3
 = 0;

1021 
lib_nd_d��e_��ed
++;

1023 i�(
NDIPV6_DEBUG
) {

1024 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1026 
nd_key
.
p�t_id
);

1027 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2) {

1028 
	`RTE_LOG
(
INFO
, 
LIBARP
, "%02X%02X ", 
nd_key
.
�v6
[
i
],

1029 
nd_key
.
�v6
[
i
 + 1]);

1032 
nd_tim�_key
 
��back_key
;

1033 
��back_key
.
p�t_id
 = 
p�tid
;

1035 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++) {

1036 
��back_key
.
�v6
[
i
] = 
�v6addr
[i];

1039 
�t
 = 
	`�e_hash_lookup_d�a
(
�p_hash_h�d�
, &
��back_key
,

1040 (**)&
�t_nd_d�a
);

1041 i�(
�t
 < 0) {

1044 i�(
�t_nd_d�a
->
mode
 =�
DYNAMIC_ND
) {

1045 
	`�e_tim�_��
(
�t_nd_d�a
->
tim�
);

1046 
	`�e_�
(
�t_nd_d�a
->
tim�
);

1049 
	`�e_hash_d�_key
(
nd_hash_h�d�
, &
nd_key
);

1050 
	}
}

1053 
	$p�uϋ_�p_��y
(cڡ 
�h�_addr
 *
hw_addr
, 
u�t32_t
 
�addr
,

1054 
u�t8_t
 
p�tid
, u�t8_�
mode
)

1056 
�p_key_�v4
 
�p_key
;

1057 
�p_key
.
p�t_id
 = 
p�tid
;

1058 
�p_key
.
�
 = 
�addr
;

1059 
�p_key
.
f��r1
 = 0;

1060 
�p_key
.
f��r2
 = 0;

1061 
�p_key
.
f��r3
 = 0;

1063 
lib_�p_p�uϋ_��ed
++;

1065 i�(
ARPICMP_DEBUG
)

1066 
	`RTE_LOG
(
INFO
, 
LIBARP
, "populate_arp_entry ip %x,�ort %d\n",

1067 
�p_key
.
�
,��_key.
p�t_id
);

1069 
�p_��y_d�a
 *
�w_�p_d�a
 = 
	`���ve_�p_��y
(
�p_key
);

1070 i�(
�w_�p_d�a
 && (�ew_�p_d�a->
mode
 =�
STATIC_ARP


1071 && 
mode
 =�
DYNAMIC_ARP
�|| (
�w_�p_d�a
->mode == DYNAMIC_ARP

1072 && 
mode
 =�
STATIC_ARP
))) {

1073 i�(
ARPICMP_DEBUG
)

1074 
	`RTE_LOG
(
INFO
, 
LIBARP
,"populate_arp_entry: ARP�ntry�lready�xists(%d %d)\n",

1075 
�w_�p_d�a
->
mode
, mode);

1080 i�(
mode
 =�
DYNAMIC_ARP
) {

1081 i�(
�w_�p_d�a


1082 && 
	`is_�me_�h�_addr
(&
�w_�p_d�a
->
�h_addr
, 
hw_addr
)) {

1083 i�(
ARPICMP_DEBUG
) {

1084 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1086 (
�p_key
.
�
 >> 24),

1087 ((
�p_key
.
�
 & 0x00ff0000) >> 16),

1088 ((
�p_key
.
�
 & 0x0000ff00) >> 8),

1089 ((
�p_key
.
�
 & 0x000000ff)),

1090 
�p_key
.
p�t_id
);

1092 
lib_�p_du�i��_found
++;

1093 
�w_�p_d�a
->
��y_cou�
 = 0;

1094 i�(
	`�e_tim�_��t
(
�w_�p_d�a
->
tim�
,

1095 (
�p_timeout
 * 
	`�e_g�_tsc_hz
()),

1096 
SINGLE
, 
tim�_lc�e
,

1097 
�p_tim�_��back
,

1098 
�w_�p_d�a
->
tim�_key
) < 0)

1099 i�(
ARPICMP_DEBUG
)

1100 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1105 
u�t32_t
 
size
 =

1106 
	`RTE_CACHE_LINE_ROUNDUP
((
�p_��y_d�a
));

1107 
�w_�p_d�a
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

1108 
�w_�p_d�a
->
�h_addr
 = *
hw_addr
;

1109 
�w_�p_d�a
->
��us
 = 
COMPLETE
;

1110 
�w_�p_d�a
->
p�t
 = 
p�tid
;

1111 
�w_�p_d�a
->
�
 = 
�addr
;

1112 
�w_�p_d�a
->
mode
 = mode;

1113 i�(
�e_mempo�_g�


1114 (
tim�_mempo�_�p
, (**)&(
�w_�p_d�a
->
tim�
)) < 0) {

1115 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1120 
	`�e_hash_add_key_d�a
(
�p_hash_h�d�
, &
�p_key
, 
�w_�p_d�a
);

1121 i�(
ARPICMP_DEBUG
) {

1122 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1124 (
�p_key
.
�
 >> 24),

1125 ((
�p_key
.
�
 & 0x00ff0000) >> 16),

1126 ((
�p_key
.
�
 & 0x0000ff00) >> 8),

1127 ((
�p_key
.
�
 & 0x000000ff)),��_key.
p�t_id
);

1130 
	`�s�ve_l2_adj
(
�addr
, 
p�tid
, 
hw_addr
);

1132 
	`�e_tim�_��
(
�w_�p_d�a
->
tim�
);

1133 
�p_tim�_key
 *
��back_key
 =

1134 (
�p_tim�_key
 *)
	`�e_m�loc
(
NULL
,

1136 
�p_tim�_key
 *),

1137 
RTE_CACHE_LINE_SIZE
);

1138 
��back_key
->
p�t_id
 = 
p�tid
;

1139 
��back_key
->
�
 = 
�addr
;

1141 i�(
ARPICMP_DEBUG
)

1142 
	`RTE_LOG
(
INFO
, 
LIBARP
, "TIMER STARTED FOR %u seconds\n",

1143 
ARP_TIMER_EXPIRY
);

1144 i�(
�e_tim�_��t


1145 (
�w_�p_d�a
->
tim�
, (
�p_timeout
 * 
	`�e_g�_tsc_hz
()),

1146 
SINGLE
, 
tim�_lc�e
, 
�p_tim�_��back
, 
��back_key
) < 0)

1147 i�(
ARPICMP_DEBUG
)

1148 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1151 
�w_�p_d�a
->
tim�_key
 = 
��back_key
;

1153 i�(
�w_�p_d�a


1154 && 
	`is_�me_�h�_addr
(&
�w_�p_d�a
->
�h_addr
, 
hw_addr
)) {

1155 i�(
ARPICMP_DEBUG
) {

1156 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1158 (
�p_key
.
�
 >> 24),

1159 ((
�p_key
.
�
 & 0x00ff0000) >> 16),

1160 ((
�p_key
.
�
 & 0x0000ff00) >> 8),

1161 ((
�p_key
.
�
 & 0x000000ff)),

1162 
�p_key
.
p�t_id
);

1164 
lib_�p_du�i��_found
++;

1166 
u�t32_t
 
size
 =

1167 
	`RTE_CACHE_LINE_ROUNDUP
(

1168 (
�p_��y_d�a
));

1169 
�w_�p_d�a
 =

1170 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

1171 
�w_�p_d�a
->
�h_addr
 = *
hw_addr
;

1172 
�w_�p_d�a
->
��us
 = 
COMPLETE
;

1173 
�w_�p_d�a
->
p�t
 = 
p�tid
;

1174 
�w_�p_d�a
->
�
 = 
�addr
;

1175 
�w_�p_d�a
->
mode
 = mode;

1177 
	`�e_hash_add_key_d�a
(
�p_hash_h�d�
, &
�p_key
,

1178 
�w_�p_d�a
);

1179 i�(
ARPICMP_DEBUG
) {

1180 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1182 (
�p_key
.
�
 >> 24),

1183 ((
�p_key
.
�
 & 0x00ff0000) >> 16),

1184 ((
�p_key
.
�
 & 0x0000ff00) >> 8),

1185 ((
�p_key
.
�
 & 0x000000ff)),

1186 
�p_key
.
p�t_id
);

1189 
	`�s�ve_l2_adj
(
�addr
, 
p�tid
, 
hw_addr
);

1192 i�(
ARPICMP_DEBUG
) {

1194 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1196 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[0],

1197 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[1],

1198 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[2],

1199 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[3],

1200 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[4],

1201 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[5],

1202 (
�p_key
.
�
 >> 24), ((arp_key.ip & 0x00ff0000) >> 16),

1203 ((
�p_key
.
�
 & 0x0000ff00) >> 8),

1204 ((
�p_key
.
�
 & 0x000000ff)), 
p�tid
);

1205 
	`puts
("");

1207 
	}
}

1216 
	$p�uϋ_nd_��y
(cڡ 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
�v6
[],

1217 
u�t8_t
 
p�tid
, u�t8_�
mode
)

1222 
u�t8_t
 
i
;

1223 
nd_key_�v6
 
nd_key
;

1224 
nd_key
.
p�t_id
 = 
p�tid
;

1226 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

1227 
nd_key
.
�v6
[
i
] = ipv6[i];

1230 
nd_key
.
f��r1
 = 0;

1231 
nd_key
.
f��r2
 = 0;

1232 
nd_key
.
f��r3
 = 0;

1234 
lib_nd_p�uϋ_��ed
++;

1237 
nd_��y_d�a
 *
�w_nd_d�a
 = 
	`���ve_nd_��y
(
nd_key
);

1239 i�(
mode
 =�
DYNAMIC_ND
) {

1240 i�(
�w_nd_d�a


1241 && 
	`is_�me_�h�_addr
(&
�w_nd_d�a
->
�h_addr
, 
hw_addr
)) {

1243 i�(
NDIPV6_DEBUG
) {

1244 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1246 
nd_key
.
p�t_id
);

1247 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2) {

1249 
	`RTE_LOG
(
INFO
, 
LIBARP
, "%02X%02X ",

1250 
nd_key
.
�v6
[
i
],

1251 
nd_key
.
�v6
[
i
 + 1]);

1255 
lib_nd_du�i��_found
++;

1256 
	`RTE_LOG
(
INFO
, 
LIBARP
, "nd_entry�xists\n");

1259 
u�t32_t
 
size
 =

1260 
	`RTE_CACHE_LINE_ROUNDUP
((
nd_��y_d�a
));

1261 
�w_nd_d�a
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

1264 
�w_nd_d�a
->
�h_addr
 = *
hw_addr
;

1265 
�w_nd_d�a
->
��us
 = 
COMPLETE
;

1266 
�w_nd_d�a
->
p�t
 = 
p�tid
;

1267 
�w_nd_d�a
->
mode
 = mode;

1268 i�(
�e_mempo�_g�


1269 (
tim�_mempo�_�p
, (**)&(
�w_nd_d�a
->
tim�
)) < 0) {

1270 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1275 i�(
NDIPV6_DEBUG
)

1276 
	`RTE_LOG
(
INFO
, 
LIBARP
, "populate_nd_entry ipv6=");

1278 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++) {

1279 
�w_nd_d�a
->
�v6
[
i
] = ipv6[i];

1282 i�(
NDIPV6_DEBUG
) {

1283 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2) {

1285 
	`RTE_LOG
(
INFO
, 
LIBARP
, "%02X%02X ",

1286 
�w_nd_d�a
->
�v6
[
i
],

1287 
�w_nd_d�a
->
�v6
[
i
 + 1]);

1292 
	`�e_hash_add_key_d�a
(
nd_hash_h�d�
, &
nd_key
, 
�w_nd_d�a
);

1296 
	`�e_tim�_��
(
�w_nd_d�a
->
tim�
);

1297 
nd_tim�_key
 *
��back_key
 =

1298 (
nd_tim�_key
 *)
	`�e_m�loc
(
NULL
,

1299 (
nd_tim�_key


1301 
RTE_CACHE_LINE_SIZE
);

1302 
��back_key
->
p�t_id
 = 
p�tid
;

1304 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++) {

1305 
��back_key
->
�v6
[
i
] = ipv6[i];

1307 i�(
�e_tim�_��t


1308 (
�w_nd_d�a
->
tim�
, (
�p_timeout
 * 
	`�e_g�_tsc_hz
()),

1309 
SINGLE
, 
tim�_lc�e
, 
nd_tim�_��back
, 
��back_key
) < 0)

1310 
	`RTE_LOG
(
INFO
, 
LIBARP
, "Err : Timer�lready�unning\n");

1312 i�(
�w_nd_d�a


1313 && 
	`is_�me_�h�_addr
(&
�w_nd_d�a
->
�h_addr
, 
hw_addr
)) {

1314 i�(
NDIPV6_DEBUG
) {

1315 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1317 
nd_key
.
p�t_id
);

1318 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2) {

1320 
	`RTE_LOG
(
INFO
, 
LIBARP
, "%02X%02X ",

1321 
nd_key
.
�v6
[
i
],

1322 
nd_key
.
�v6
[
i
 + 1]);

1326 
lib_nd_du�i��_found
++;

1328 
u�t32_t
 
size
 =

1329 
	`RTE_CACHE_LINE_ROUNDUP
(

1330 (
nd_��y_d�a
));

1331 
�w_nd_d�a
 =

1332 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

1335 
�w_nd_d�a
->
�h_addr
 = *
hw_addr
;

1336 
�w_nd_d�a
->
��us
 = 
COMPLETE
;

1337 
�w_nd_d�a
->
p�t
 = 
p�tid
;

1338 
�w_nd_d�a
->
mode
 = mode;

1339 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++) {

1340 
�w_nd_d�a
->
�v6
[
i
] = ipv6[i];

1344 
	`�e_hash_add_key_d�a
(
nd_hash_h�d�
, &
nd_key
,

1345 
�w_nd_d�a
);

1349 i�(
NDIPV6_DEBUG
)

1350 
��tf


1355 
��tf


1357 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[0],

1358 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[1],

1359 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[2],

1360 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[3],

1361 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[4],

1362 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[5], 
p�tid
);

1363 
	`RTE_LOG
(
INFO
, 
LIBARP
, "\tipv6=");

1364 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2) {

1365 
�w_nd_d�a
->
�v6
[
i
] = ipv6[i];

1366 
	`RTE_LOG
(
INFO
, 
LIBARP
, "%02X%02X ", 
�w_nd_d�a
->
�v6
[
i
],

1367 
�w_nd_d�a
->
�v6
[
i
 + 1]);

1370 
	`RTE_LOG
(
INFO
, 
LIBARP
, "\n");

1372 
	`puts
("");

1374 
	}
}

1376 
	$��t_pkt1
(
�e_mbuf
 *
pkt
)

1378 
u�t8_t
 *
rd
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 0);

1379 
i
 = 0, 
j
 = 0;

1380 
	`RTE_LOG
(
INFO
, 
LIBARP
, "\nPacket Contents...\n");

1381 
i
 = 0; i < 20; i++) {

1382 
j
 = 0; j < 20; j++)

1383 
	`RTE_LOG
(
INFO
, 
LIBARP
, "%02x ", 
rd
[(20 * 
i
�+ 
j
]);

1384 
	`RTE_LOG
(
INFO
, 
LIBARP
, "\n");

1386 
	}
}

1388 
�h�_addr
 
	gbr�d��_�h�_addr
 = {

1389 .
addr_by�s
[0] = 0xFF,

1390 .
	gaddr_by�s
[1] = 0xFF,

1391 .
	gaddr_by�s
[2] = 0xFF,

1392 .
	gaddr_by�s
[3] = 0xFF,

1393 .
	gaddr_by�s
[4] = 0xFF,

1394 .
	gaddr_by�s
[5] = 0xFF,

1397 cڡ 
�h�_addr
 
	gnu�_�h�_addr
 = {

1398 .
addr_by�s
[0] = 0x00,

1399 .
	gaddr_by�s
[1] = 0x00,

1400 .
	gaddr_by�s
[2] = 0x00,

1401 .
	gaddr_by�s
[3] = 0x00,

1402 .
	gaddr_by�s
[4] = 0x00,

1403 .
	gaddr_by�s
[5] = 0x00,

1406 

	#MAX_NUM_MAC_ADDRESS
 16

	)

1407 
�h�_addr
 
	gl�k_hw_addr
[
MAX_NUM_MAC_ADDRESS
] = {

1408 {.
addr_by�s
 = {0x90, 0xe2, 0xba, 0x54, 0x67, 0xc8} },

1409 {.
	gaddr_by�s
 = {0x90, 0xe2, 0xba, 0x54, 0x67, 0xc9} },

1410 {.
	gaddr_by�s
 = {0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x11} },

1411 {.
	gaddr_by�s
 = {0x12, 0x13, 0x14, 0x15, 0x16, 0x17} },

1412 {.
	gaddr_by�s
 = {0x22, 0x33, 0x44, 0x55, 0x66, 0x77} },

1413 {.
	gaddr_by�s
 = {0x12, 0x13, 0x14, 0x15, 0x16, 0x17} },

1414 {.
	gaddr_by�s
 = {0x22, 0x33, 0x44, 0x55, 0x66, 0x77} },

1415 {.
	gaddr_by�s
 = {0x90, 0xe2, 0xba, 0x54, 0x67, 0xc9} },

1416 {.
	gaddr_by�s
 = {0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x11} },

1417 {.
	gaddr_by�s
 = {0x12, 0x13, 0x14, 0x15, 0x16, 0x17} },

1418 {.
	gaddr_by�s
 = {0x22, 0x33, 0x44, 0x55, 0x66, 0x77} },

1419 {.
	gaddr_by�s
 = {0x12, 0x13, 0x14, 0x15, 0x16, 0x17} },

1420 {.
	gaddr_by�s
 = {0x22, 0x33, 0x44, 0x55, 0x66, 0x77} },

1421 {.
	gaddr_by�s
 = {0x12, 0x13, 0x14, 0x15, 0x16, 0x17} },

1422 {.
	gaddr_by�s
 = {0x22, 0x33, 0x44, 0x55, 0x66, 0x77} },

1423 {.
	gaddr_by�s
 = {0x18, 0x19, 0x1a, 0x1b, 0xcd, 0xef} }

1426 
�h�_addr
 *
	$g�_l�k_hw_addr
(
u�t8_t
 
out_p�t
)

1428  &
l�k_hw_addr
[
out_p�t
];

1429 
	}
}

1431 
	$�que�_�p
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�
)

1434 
�h�_hdr
 *
�h_h
;

1435 
�p_hdr
 *
�p_h
;

1437 
l2_phy_��r��_t
 *
l�k
;

1438 
l�k
 = 
	`ifm_g�_p�t
(
p�t_id
);

1439 
�e_mbuf
 *
�p_pkt
 = 
lib_�p_pkt
;

1441 i�(
�p_pkt
 =�
NULL
) {

1442 i�(
ARPICMP_DEBUG
)

1443 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1448 
�h_h
 = 
	`�e_pktmbuf_mtod
(
�p_pkt
, 
�h�_hdr
 *);

1450 
	`�h�_addr_c�y
(&
br�d��_�h�_addr
, &
�h_h
->
d_addr
);

1451 
	`�h�_addr_c�y
((
�h�_addr
 *)

1452 &
l�k
->
ma�ddr
[0], &
�h_h
->
s_addr
);

1453 
�h_h
->
�h�_ty�
 = 
	`CHECK_ENDIAN_16
(
ETHER_TYPE_ARP
);

1455 
�p_h
 = (
�p_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

1456 
�p_h
->
�p_hrd
 = 
	`CHECK_ENDIAN_16
(
ARP_HRD_ETHER
);

1457 
�p_h
->
�p_�o
 = 
	`CHECK_ENDIAN_16
(
ETHER_TYPE_IPv4
);

1458 
�p_h
->
�p_h�
 = 
ETHER_ADDR_LEN
;

1459 
�p_h
->
�p_�n
 = (
u�t32_t
);

1460 
�p_h
->
�p_�
 = 
	`CHECK_ENDIAN_16
(
ARP_OP_REQUEST
);

1462 
	`�h�_addr_c�y
((
�h�_addr
 *)

1463 &
l�k
->
ma�ddr
[0], &
�p_h
->
�p_d�a
.
�p_sha
);

1464 i�(
l�k
 &&��k->
�v4_li�
) {

1465 
�p_h
->
�p_d�a
.
�p_s�
 =

1466 (((
�v4li�_t
 *�(
l�k
->
�v4_li�
))->
�addr
);

1468 
	`�h�_addr_c�y
(&
nu�_�h�_addr
, &
�p_h
->
�p_d�a
.
�p_tha
);

1469 
�p_h
->
�p_d�a
.
�p_t�
 = 
	`�e_�u_to_be_32
(
�
);

1470 i�(
ARPICMP_DEBUG
)

1471 
	`RTE_LOG
(
INFO
, 
LIBARP
, "arp�ip:%x�rp sip :%x\n",

1472 
�p_h
->
�p_d�a
.
�p_t�
,��_h->�p_d�a.
�p_s�
);

1474 
�p_pkt
->
pkt_�n
 = 42;

1475 
�p_pkt
->
d�a_�n
 = 42;

1477 i�(
ARPICMP_DEBUG
) {

1478 
	`RTE_LOG
(
INFO
, 
LIBARP
, "Sending�rp�equest\n");

1479 
	`��t_mbuf
("TX", 
p�t_id
, 
�p_pkt
, 
__LINE__
);

1481 i�(
l�k
)

1482 
l�k
->
	`��sm�_s�g�_pkt
֚k, 
�p_pkt
);

1483 
	}
}

1485 
�e_mbuf
 *
	$�que�_echo
(
u�t32_t
 
p�t_id
, u�t32_�
�
)

1487 
�h�_hdr
 *
�h_h
;

1488 
�v4_hdr
 *
�_h
;

1489 
icmp_hdr
 *
icmp_h
;

1490 
l2_phy_��r��_t
 *
p�t
 = 
	`ifm_g�_p�t
(
p�t_id
);

1492 
�e_mbuf
 *
icmp_pkt
 = 
lib_�p_pkt
;

1493 i�(
icmp_pkt
 =�
NULL
) {

1494 i�(
ARPICMP_DEBUG
)

1495 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1497  
NULL
;

1500 
�h_h
 = 
	`�e_pktmbuf_mtod
(
icmp_pkt
, 
�h�_hdr
 *);

1502 
�_h
 = (
�v4_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

1503 
icmp_h
 = (
icmp_hdr
 *)((*)
�_h
 + (
�v4_hdr
));

1505 
�_h
->
v�si�_ihl
 = 
IP_VHL_DEF
;

1506 
�_h
->
ty�_of_�rvi�
 = 0;

1507 
�_h
->
tٮ_�ngth
 =

1508 
	`�e_�u_to_be_16
((
�v4_hdr
�+ (
icmp_hdr
));

1509 
�_h
->
�ck�_id
 = 0xaabb;

1510 
�_h
->
�agm�t_off�t
 = 0x0000;

1511 
�_h
->
time_to_live
 = 64;

1512 
�_h
->
�xt_��o_id
 = 
IPPROTO_ICMP
;

1513 i�(
p�t
 &&��t->
�v4_li�
)

1514 
�_h
->
�c_addr
 =

1515 
	`�e_�u_to_be_32
(((
�v4li�_t
 *�
p�t
->
�v4_li�
)->
�addr
);

1516 
�_h
->
d�_addr
 = 
	`�e_�u_to_be_32
(
�
);

1518 
�_h
->
hdr_checksum
 = 0;

1519 
�_h
->
hdr_checksum
 = 
	`�e_�v4_cksum
(ip_h);

1521 
icmp_h
->
icmp_ty�
 = 
IP_ICMP_ECHO_REQUEST
;

1522 
icmp_h
->
icmp_code
 = 0;

1523 
icmp_h
->
icmp_id�t
 = 0xdead;

1524 
icmp_h
->
icmp_�q_nb
 = 0xbeef;

1526 
icmp_h
->
icmp_cksum
 = ~
	`�e_�w_cksum
(icmp_h, (
icmp_hdr
));

1528 
icmp_pkt
->
pkt_�n
 =

1529 (
�h�_hdr
�+ (
�v4_hdr
) +

1530 (
icmp_hdr
);

1531 
icmp_pkt
->
d�a_�n
 = icmp_pkt->
pkt_�n
;

1533 
	`��t_mbuf
("TX", 0, 
icmp_pkt
, 
__LINE__
);

1535  
icmp_pkt
;

1536 
	}
}

1543 
�e_mbuf
 *
	$�nd_icmp_de�_uėchab�_msg
(
u�t32_t
 
�c_�
,

1544 
u�t32_t
 
de�_�
)

1546 
�h�_hdr
 *
�h_h
;

1547 
�v4_hdr
 *
�_h
;

1548 
icmp_hdr
 *
icmp_h
;

1549 
�e_mbuf
 *
icmp_pkt
 = 
lib_�p_pkt
;

1551 i�(
icmp_pkt
 =�
NULL
) {

1552 i�(
ARPICMP_DEBUG
)

1553 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1555  
NULL
;

1558 
�h_h
 = 
	`�e_pktmbuf_mtod
(
icmp_pkt
, 
�h�_hdr
 *);

1559 
�_h
 = (
�v4_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

1560 
icmp_h
 = (
icmp_hdr
 *)((*)
�_h
 + (
�v4_hdr
));

1562 
�_h
->
v�si�_ihl
 = 
IP_VHL_DEF
;

1563 
�_h
->
ty�_of_�rvi�
 = 0;

1564 
�_h
->
tٮ_�ngth
 =

1565 
	`�e_�u_to_be_16
((
�v4_hdr
�+ (
icmp_hdr
));

1566 
�_h
->
�ck�_id
 = 0xaabb;

1567 
�_h
->
�agm�t_off�t
 = 0x0000;

1568 
�_h
->
time_to_live
 = 64;

1569 
�_h
->
�xt_��o_id
 = 1;

1571 
�_h
->
d�_addr
 = 
	`�e_bsw�32
(
de�_�
);

1572 
�_h
->
�c_addr
 = 
	`�e_bsw�32
(
�c_�
);

1574 
�_h
->
hdr_checksum
 = 0;

1575 
�_h
->
hdr_checksum
 = 
	`�e_�v4_cksum
(ip_h);

1577 
icmp_h
->
icmp_ty�
 = 3;

1578 
icmp_h
->
icmp_code
 = 13;

1580 
icmp_h
->
icmp_cksum
 = ~
	`�e_�w_cksum
(icmp_h, (
icmp_hdr
));

1582 
icmp_pkt
->
pkt_�n
 = (
�h�_hdr
�+ (
�v4_hdr
) +

1583 (
icmp_hdr
);

1584 
icmp_pkt
->
d�a_�n
 = icmp_pkt->
pkt_�n
;

1586  
icmp_pkt
;

1587 
	}
}

1590 
	$�o�ss_�picmp_pkt_�r�
(
�e_mbuf
 **
pkt
, 
u�t16_t
 
pkt_num
,

1591 
u�t64_t
 
pkt_mask
, 
l2_phy_��r��_t
 *
p�t
)

1593 
	`RTE_SET_USED
(
pkt_num
);

1594 i�(
ARPICMP_DEBUG
)

1595 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1597 i�(
pkt_mask
) {

1598 i�(
ARPICMP_DEBUG
)

1599 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1603 
u�t64_t
 
pkts_f�_�o�ss
 = 
pkt_mask
;

1604 ; 
pkts_f�_�o�ss
;) {

1606 
u�t8_t
 
pos
 = (u�t8_t�
	`__bu�t�_�z�
(
pkts_f�_�o�ss
);

1607 
u�t64_t
 
pkts_mask
 = 1LLU << 
pos
;

1608 
pkts_f�_�o�ss
 &�~
pkts_mask
;

1609 
	`�o�ss_�picmp_pkt
(
pkt
[
pos
], 
p�t
);

1612 
	}
}

1614 
	$�o�ss_�picmp_pkt
(
�e_mbuf
 *
pkt
, 
l2_phy_��r��_t
 *
p�t
)

1616 
u�t8_t
 
�_p�t_id
 = 
pkt
->
p�t
;

1617 
�h�_hdr
 *
�h_h
;

1618 
�p_hdr
 *
�p_h
;

1619 
�v4_hdr
 *
�_h
;

1620 
icmp_hdr
 *
icmp_h
;

1622 
u�t32_t
 
cksum
;

1623 
u�t32_t
 
�_addr
;

1625 
u�t32_t
 
�q_t�
;

1627 
�h_h
 = 
	`�e_pktmbuf_mtod
(
pkt
, 
�h�_hdr
 *);

1629 i�(
�h_h
->
�h�_ty�
 =�
	`�e_�u_to_be_16
(
ETHER_TYPE_ARP
)) {

1630 i�(
ARPICMP_DEBUG
)

1631 
	`RTE_LOG
(
INFO
, 
LIBARP
, "%s,�ortid %u. Line %d\n\r",

1632 
__FUNCTION__
, 
p�t
->
pmdid
, 
__LINE__
);

1633 
�p_h
 =

1634 (
�p_hdr
 *)((*)
�h_h
 +

1635 (
�h�_hdr
));

1636 i�(
	`CHECK_ENDIAN_16
(
�p_h
->
�p_hrd
�!�
ARP_HRD_ETHER
)

1637 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1639 i�(
	`CHECK_ENDIAN_16
(
�p_h
->
�p_�o
�!�
ETHER_TYPE_IPv4
)

1640 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1642 i�(
�p_h
->
�p_h�
 != 6)

1643 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1645 i�(
�p_h
->
�p_�n
 != 4)

1646 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1649 i�(
p�t
->
�v4_li�
 =�
NULL
) {

1650 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1655 i�(
�p_h
->
�p_d�a
.
�p_t�
 !=

1656 ((
�v4li�_t
 *�(
p�t
->
�v4_li�
))->
�addr
) {

1657 i�(
�p_h
->
�p_d�a
.
�p_t�
 =�p_h->�p_d�a.
�p_s�
) {

1658 
	`p�uϋ_�p_��y
(

1659 (
�h�_addr
 *)&
�p_h
->
�p_d�a
.
�p_sha
,

1660 
	`�e_�u_to_be_32
(
�p_h
->
�p_d�a
.
�p_s�
),

1661 
�_p�t_id
,

1662 
DYNAMIC_ARP
);

1665 
	`RTE_LOG
(
INFO
, 
LIBARP
,"ARP�equested IP�ddress mismatches interface IP - discarding\n");

1670 i�(
�p_h
->
�p_�
 ==

1671 
	`�e_�u_to_be_16
(
ARP_OP_REQUEST
)) {

1672 i�(
ARPICMP_DEBUG
) {

1673 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1675 
__FUNCTION__
, 
p�t
->
pmdid
,

1676 
__LINE__
);

1678 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1680 
�p_h
->
�p_�
,

1681 
�e_�u_to_be_16


1682 (
ARP_OP_REQUEST
));

1683 
	`��t_mbuf
("RX", 
�_p�t_id
, 
pkt
,

1684 
__LINE__
);

1687 
	`p�uϋ_�p_��y
((
�h�_addr
 *)

1688 &
�p_h
->
�p_d�a
.
�p_sha
,

1689 
�e_�u_to_be_32


1690 (
�p_h
->
�p_d�a
.
�p_s�
),

1691 
�_p�t_id
, 
DYNAMIC_ARP
);

1694 
�q_t�
 = 
�p_h
->
�p_d�a
.
�p_t�
;

1695 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
, &�h_h->
d_addr
);

1696 
	`�h�_addr_c�y
((
�h�_addr
 *)&
p�t
->
ma�ddr
[0], &
�h_h
->
s_addr
);

1697 
�p_h
->
�p_�
 = 
	`�e_�u_to_be_16
(
ARP_OP_REPLY
);

1698 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
,

1699 &
�p_h
->
�p_d�a
.
�p_sha
);

1700 
�p_h
->
�p_d�a
.
�p_t�
 =

1701 
�p_h
->
�p_d�a
.
�p_s�
;

1702 
�p_h
->
�p_d�a
.
�p_s�
 = 
�q_t�
;

1703 
	`�h�_addr_c�y
(&
�h_h
->
d_addr
,

1704 &
�p_h
->
�p_d�a
.
�p_tha
);

1706 i�(
ARPICMP_DEBUG
)

1707 
	`��t_mbuf
("TX ARP REPLY PKT",

1708 
p�t
->
pmdid
, 
pkt
, 
__LINE__
);

1709 
p�t
->
	`��sm�_bulk_pkts
��t, &
pkt
, 1);

1710 i�(
ARPICMP_DEBUG
)

1711 
	`��t_mbuf
("TX", 
p�t
->
pmdid
, 
pkt
,

1712 
__LINE__
);

1715 } i�(
�p_h
->
�p_�
 ==

1716 
	`�e_�u_to_be_16
(
ARP_OP_REPLY
)) {

1717 i�(
ARPICMP_DEBUG
) {

1718 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1720 
	`��t_mbuf
("RX", 
p�t
->
pmdid
, 
pkt
,

1721 
__LINE__
);

1723 
	`p�uϋ_�p_��y
((
�h�_addr
 *)

1724 &
�p_h
->
�p_d�a
.
�p_sha
,

1725 
	`�e_bsw�32
(
�p_h
->

1726 
�p_d�a
.
�p_s�
),

1727 
�_p�t_id
, 
DYNAMIC_ARP
);

1731 i�(
ARPICMP_DEBUG
)

1732 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1734 
�p_h
->
�p_�
);

1738 
	`�e_pktmbuf_�
(
pkt
);

1740 
�_h
 =

1741 (
�v4_hdr
 *)((*)
�h_h
 +

1742 (
�h�_hdr
));

1743 
icmp_h
 =

1744 (
icmp_hdr
 *)((*)
�_h
 + (
�v4_hdr
));

1746 i�(
�h_h
->
�h�_ty�
 =�
	`�e_�u_to_be_16
(
ETHER_TYPE_IPv4
)) {

1748 i�(
�_h
->
�xt_��o_id
 !�
IPPROTO_ICMP
) {

1749 i�(
ARPICMP_DEBUG
) {

1750 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1753 } i�((
�_h
->
v�si�_ihl
 & 0xf0�!�
IP_VERSION_4
) {

1754 i�(
ARPICMP_DEBUG
) {

1755 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1758 } i�((
�_h
->
v�si�_ihl
 & 0x0f�!�
IP_HDRLEN
) {

1759 i�(
ARPICMP_DEBUG
) {

1760 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1764 i�(
icmp_h
->
icmp_ty�
 =�
IP_ICMP_ECHO_REQUEST


1765 && 
icmp_h
->
icmp_code
 == 0) {

1766 i�(
ARPICMP_DEBUG
)

1767 
	`��t_mbuf
("RX", 
�_p�t_id
,

1768 
pkt
, 
__LINE__
);

1770 
�_addr
 = 
�_h
->
�c_addr
;

1771 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
,

1772 &
�h_h
->
d_addr
);

1773 
	`�h�_addr_c�y
((
�h�_addr
 *)

1774 &
p�t
->
ma�ddr
[0],

1775 &
�h_h
->
s_addr
);

1776 i�(
ARPICMP_DEBUG
)

1777 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1779 
__FUNCTION__
,

1780 
p�t
->
pmdid
, 
__LINE__
);

1782 i�(
is_mu�i��_�v4_addr


1783 (
�_h
->
d�_addr
)) {

1784 
u�t32_t
 
�_�c
;

1786 
�_�c
 =

1787 
	`�e_be_to_�u_32
(
�_addr
);

1788 i�((
�_�c
 & 0x00000003) == 1)

1789 
�_�c
 =

1790 (
�_�c
 &

1794 
�_�c
 =

1795 (
�_�c
 &

1798 
�_h
->
�c_addr
 =

1799 
	`�e_�u_to_be_32
(
�_�c
);

1800 
�_h
->
d�_addr
 = 
�_addr
;

1802 
�_h
->
hdr_checksum
 = 0;

1803 
�_h
->
hdr_checksum
 =

1804 ~
	`�e_�w_cksum
(
�_h
,

1806 
�v4_hdr
));

1808 i�(
ARPICMP_DEBUG
)

1809 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1811 
__FUNCTION__
,

1812 
p�t
->
pmdid
,

1813 
__LINE__
);

1814 
�_h
->
�c_addr
 = ip_h->
d�_addr
;

1815 
�_h
->
d�_addr
 = 
�_addr
;

1818 
icmp_h
->
icmp_ty�
 = 
IP_ICMP_ECHO_REPLY
;

1819 
cksum
 = ~
icmp_h
->
icmp_cksum
 & 0xffff;

1820 
cksum
 +=

1821 ~
	`ht�s
(
IP_ICMP_ECHO_REQUEST
 << 8) &

1823 
cksum
 +�
	`ht�s
(
IP_ICMP_ECHO_REPLY
 << 8);

1824 
cksum
 =

1825 (
cksum
 & 0xffff) + (cksum >> 16);

1826 
cksum
 =

1827 (
cksum
 & 0xffff) + (cksum >> 16);

1828 
icmp_h
->
icmp_cksum
 = ~
cksum
;

1830 i�(
ARPICMP_DEBUG
)

1831 
��t_mbuf


1833 
�_p�t_id
, 
pkt
, 
__LINE__
);

1834 
p�t
->
	`��sm�_bulk_pkts
��t, &
pkt
, 1);

1835 i�(
ARPICMP_DEBUG
)

1836 
	`��t_mbuf
("TX", 
p�t
->
pmdid
,

1837 
pkt
, 
__LINE__
);

1840 } i�(
icmp_h
->
icmp_ty�
 ==

1841 
IP_ICMP_ECHO_REPLY


1842 && 
icmp_h
->
icmp_code
 == 0) {

1843 i�(
ARPICMP_DEBUG
)

1844 
	`��t_mbuf
("RX", 
�_p�t_id
,

1845 
pkt
, 
__LINE__
);

1847 
�p_key_�v4
 
�p_key
;

1848 
�p_key
.
p�t_id
 = 
�_p�t_id
;

1849 
�p_key
.
�
 =

1850 
	`�e_bsw�32
(
�_h
->
�c_addr
);

1851 
�p_key
.
f��r1
 = 0;

1852 
�p_key
.
f��r2
 = 0;

1853 
�p_key
.
f��r3
 = 0;

1855 
�p_��y_d�a
 *
�p_��y
 =

1856 
	`���ve_�p_��y
(
�p_key
);

1857 i�(
�p_��y
 =�
NULL
) {

1858 i�(
ARPICMP_DEBUG
)

1859 
	`RTE_LOG
(
INFO
, 
LIBARP
,

1861 
�p_key
.
�
,

1862 
�p_key
.
p�t_id
);

1865 
�p_��y
->
��us
 = 
COMPLETE
;

1870 
	`�e_pktmbuf_�
(
pkt
);

1872 
	}
}

1885 
	$my_��_��_�v6
(
af
, cڡ *
�c
, *
d�
)

1887 
af
) {

1888 
AF_INET
:

1889  
	`��_��_�v4
(
�c
, 
d�
);

1890 
AF_INET6
:

1891  
	`��_��_�v6
(
�c
, 
d�
);

1893 
��o
 = 
EAFNOSUPPORT
;

1897 
	}
}

1909 
	$��_��_�v4
(cڡ *
�c
, *
d�
)

1911 cڡ 
dig�s
[] = "0123456789";

1912 
�w_dig�
, 
o��s
, 
ch
;

1913 
tmp
[
INADDRSZ
], *
�
;

1915 
�w_dig�
 = 0;

1916 
o��s
 = 0;

1917 *(
�
 = 
tmp
) = 0;

1918 (
ch
 = *
�c
++) != '\0') {

1919 cڡ *
pch
;

1921 
pch
 = 
	`�rchr
(
dig�s
, 
ch
);

1922 i�(
pch
 !�
NULL
) {

1923 
�w
 = *
�
 * 10 + (
pch
 - 
dig�s
);

1925 i�(
�w
 > 255)

1927 i�(!
�w_dig�
) {

1928 i�(++
o��s
 > 4)

1930 
�w_dig�
 = 1;

1932 *
�
 = ()
�w
;

1933 } i�(
ch
 =�'.' && 
�w_dig�
) {

1934 i�(
o��s
 == 4)

1936 *++
�
 = 0;

1937 
�w_dig�
 = 0;

1941 i�(
o��s
 < 4)

1944 
	`mem�y
(
d�
, 
tmp
, 
INADDRSZ
);

1946 
	}
}

1961 
	$��_��_�v6
(cڡ *
�c
, *
d�
)

1963 cڡ 
xdig�s_l
[] = "0123456789abcdef",

1964 
xdig�s_u
[] = "0123456789ABCDEF";

1965 
tmp
[
IN6ADDRSZ
], *
�
 = 0, *
�dp
 = 0, *
c��p
 = 0;

1966 cڡ *
xdig�s
 = 0, *
cu�ok
 = 0;

1967 
ch
 = 0, 
�w_xdig�
 = 0, 
cou�_xdig�
 = 0;

1968 
v�
 = 0;

1969 
dblo�_cou�
 = 0;

1971 
	`mem�t
((
�
 = 
tmp
), '\0', 
IN6ADDRSZ
);

1972 
�dp
 = 
�
 + 
IN6ADDRSZ
;

1973 
c��p
 = 
NULL
;

1975 i�(*
�c
 == ':')

1976 i�(*++
�c
 != ':')

1978 
cu�ok
 = 
�c
;

1979 
�w_xdig�
 = 
cou�_xdig�
 = 0;

1980 
v�
 = 0;

1982 (
ch
 = *
�c
++) != '\0') {

1983 cڡ *
pch
;

1985 
pch
 = 
	`�rchr
((
xdig�s
 = 
xdig�s_l
), 
ch
);

1986 i�(
pch
 =�
NULL
)

1987 
pch
 = 
	`�rchr
((
xdig�s
 = 
xdig�s_u
), 
ch
);

1988 i�(
pch
 !�
NULL
) {

1989 i�(
cou�_xdig�
 >= 4)

1991 
v�
 <<= 4;

1992 
v�
 |�(
pch
 - 
xdig�s
);

1993 i�(
v�
 > 0xffff)

1995 
�w_xdig�
 = 1;

1996 
cou�_xdig�
++;

1999 i�(
ch
 == ':') {

2000 
cu�ok
 = 
�c
;

2001 i�(!
�w_xdig�
) {

2002 i�(
c��p
)

2004 
c��p
 = 
�
;

2006 } i�(*
�c
 == '\0') {

2009 i�(
�
 + (
�t16_t
�> 
�dp
)

2011 *
�
++ = ()((
v�
 >> 8) & 0xff);

2012 *
�
++ = ()(
v�
 & 0xff);

2013 
�w_xdig�
 = 0;

2014 
cou�_xdig�
 = 0;

2015 
v�
 = 0;

2016 
dblo�_cou�
++;

2019 i�(
ch
 =�'.' && ((
�
 + 
INADDRSZ
�<�
�dp
) &&

2020 
	`��_��_�v4
(
cu�ok
, 
�
) > 0) {

2021 
�
 +�
INADDRSZ
;

2022 
�w_xdig�
 = 0;

2023 
dblo�_cou�
 += 2;

2028 i�(
�w_xdig�
) {

2029 i�(
�
 + (
�t16_t
�> 
�dp
)

2031 *
�
++ = ()((
v�
 >> 8) & 0xff);

2032 *
�
++ = ()(
v�
 & 0xff);

2033 
dblo�_cou�
++;

2035 i�(
c��p
 !�
NULL
) {

2037 i�(
dblo�_cou�
 == 8)

2044 cڡ 
n
 = 
�
 - 
c��p
;

2045 
i
;

2047 
i
 = 1; i <�
n
; i++) {

2048 
�dp
[-
i
] = 
c��p
[
n
 - i];

2049 
c��p
[
n
 - 
i
] = 0;

2051 
�
 = 
�dp
;

2053 i�(
�
 !�
�dp
)

2055 
	`mem�y
(
d�
, 
tmp
, 
IN6ADDRSZ
);

2057 
	}
}

2059 
	$�p_�r�_�gs
(
p���e_��ms
 *
��ms
)

2061 
u�t32_t
 
�p_rou�_tbl_�e��
 = 0;

2062 
u�t32_t
 
nd_rou�_tbl_�e��
 = 0;

2063 
u�t32_t
 
p�ts_mac_li�_�e��
 = 0;

2064 
u�t32_t
 
numArg
;

2065 
u�t32_t
 
n_vnf_th�ads_�e��
 = 0;

2067 
u�t32_t
 
pktq_�_�v_�e��
 = 0;

2068 
u�t32_t
 
�v_to_pub_m�_�e��
 = 0;

2070 
u�t8_t
 
n_�v_�_p�t
 = 0;

2071 
i
;

2072 
i
 = 0; i < 
PIPELINE_MAX_PORT_IN
; i++) {

2073 
�_p�t_d�_a
[
i
] = 0;

2074 
�v_to_pub_m�
[
i
] = 0xff;

2075 
pub_to_�v_m�
[
i
] = 0xff;

2078 
	`RTE_SET_USED
(
p�ts_mac_li�_�e��
);

2079 
	`RTE_SET_USED
(
nd_rou�_tbl_�e��
);

2080 
	`RTE_SET_USED
(
�p_rou�_tbl_�e��
);

2081 
numArg
 = 0;�umArg < 
��ms
->
n_�gs
;�umArg++) {

2082 *
�g_�me
 = 
��ms
->
�gs_�me
[
numArg
];

2083 *
�g_v�ue
 = 
��ms
->
�gs_v�ue
[
numArg
];

2086 i�(
	`�rcmp
(
�g_�me
, "arp_timer_expiry") == 0) {

2087 
�p_timeout
 = 
	`�oi
(
�g_v�ue
);

2091 i�(
	`�rcmp
(
�g_�me
, "pktq_in_prv") == 0) {

2092 i�(
pktq_�_�v_�e��
) {

2093 
��tf


2097 
pktq_�_�v_�e��
 = 1;

2099 
rxp�t
 = 0, 
j
 = 0;

2100 
phy_p�t_num
[5];

2101 *
tok�
 = 
	`��ok
(
�g_v�ue
, "RXQ");

2102 
tok�
) {

2103 
j
 = 0;

2104 (
j
 < 4�&& (
tok�
[j] != '.')) {

2105 
phy_p�t_num
[
j
] = 
tok�
[j];

2106 
j
++;

2108 
phy_p�t_num
[
j
] = '\0';

2109 
rxp�t
 = 
	`�oi
(
phy_p�t_num
);

2110 
�v_�_p�t_a
[
n_�v_�_p�t
++] = 
rxp�t
;

2111 i�(
rxp�t
 < 0)

2112 
rxp�t
 = 0;

2113 
��tf


2115 
tok�
, 
phy_p�t_num
, 
rxp�t
);

2116 
�v_�_p�t_a
[
n_�v_�_p�t
++] = 
rxp�t
;

2117 if(
rxp�t
 < 
PIPELINE_MAX_PORT_IN
)

2118 
�_p�t_d�_a
[
rxp�t
] = 1;

2119 
tok�
 = 
	`��ok
(
NULL
, "RXQ");

2122 i�(
n_�v_�_p�t
 == 0) {

2123 
��tf


2131 i�(
	`�rcmp
(
�g_�me
, "prv_to_pub_map") == 0) {

2132 i�(
�v_to_pub_m�_�e��
) {

2133 
��tf


2137 
�v_to_pub_m�_�e��
 = 1;

2139 
rxp�t
 = 0, 
txp�t
 = 0, 
j
 = 0, 
k
 = 0;

2140 
rx_phy_p�t_num
[5];

2141 
tx_phy_p�t_num
[5];

2142 *
tok�
 = 
	`��ok
(
�g_v�ue
, "(");

2143 
tok�
) {

2144 
j
 = 0;

2145 (
j
 < 4�&& (
tok�
[j] != ',')) {

2146 
rx_phy_p�t_num
[
j
] = 
tok�
[j];

2147 
j
++;

2149 
rx_phy_p�t_num
[
j
] = '\0';

2150 
rxp�t
 = 
	`�oi
(
rx_phy_p�t_num
);

2151 i�(
rxp�t
 < 0)

2152 
rxp�t
 = 0;

2154 
j
++;

2155 
k
 = 0;

2156 (
k
 < 4�&& (
tok�
[
j
 + k] != ')')) {

2157 
tx_phy_p�t_num
[
k
] = 
tok�
[
j
 + k];

2158 
k
++;

2160 
tx_phy_p�t_num
[
k
] = '\0';

2161 
txp�t
 = 
	`�oi
(
tx_phy_p�t_num
);

2162 i�(
txp�t
 < 0)

2163 
txp�t
 = 0;

2165 
	`RTE_LOG
(
INFO
, 
LIBARP
, "token: %s,"

2168 
tok�
, 
rx_phy_p�t_num
, 
rxp�t
,

2169 
tx_phy_p�t_num
, 
txp�t
);

2171 i�((
rxp�t
 >�
PIPELINE_MAX_PORT_IN
) ||

2172 (
txp�t
 >�
PIPELINE_MAX_PORT_IN
) ||

2173 (
�_p�t_d�_a
[
rxp�t
] != 1)) {

2174 
��tf


2176 
rxp�t
, 
txp�t
,

2177 
�_p�t_d�_a
[
rxp�t
]);

2181 
�v_to_pub_m�
[
rxp�t
] = 
txp�t
;

2182 
pub_to_�v_m�
[
txp�t
] = 
rxp�t
;

2183 
tok�
 = 
	`��ok
(
NULL
, "(");

2189 i�(
	`�rcmp
(
�g_�me
, "n_vnf_threads") == 0) {

2190 i�(
n_vnf_th�ads_�e��
)

2192 
n_vnf_th�ads_�e��
 = 1;

2193 
	`�im
(
�g_v�ue
);

2194 
num_vnf_th�ads
 = 
	`�oi
(
�g_v�ue
);

2195 i�(
num_vnf_th�ads
 <= 0) {

2196 
	`RTE_LOG
(
INFO
, 
LIBARP
,

2200 
	`RTE_LOG
(
INFO
, 
LIBARP
, "n_vnf_threads: 0x%x\n",

2201 
num_vnf_th�ads
);

2205 i�(
	`�rcmp
(
�g_�me
, "lib_arp_debug") == 0) {

2206 
ARPICMP_DEBUG
 = 
	`�oi
(
�g_v�ue
);

2212 i�(
	`�rcmp
(
�g_�me
, "ports_mac_list") == 0) {

2213 
p�ts_mac_li�_�e��
 = 1;

2215 
u�t32_t
 
i
 = 0, 
j
 = 0, 
k
 = 0, 
MAC_NUM_BYTES
 = 6;

2217 
by�S�
[
MAC_NUM_BYTES
][3];

2218 
u�t32_t
 
by�
[
MAC_NUM_BYTES
];

2220 *
tok�
 = 
	`��ok
(
�g_v�ue
, " ");

2221 
tok�
) {

2222 
k
 = 0;

2223 
i
 = 0; i < 
MAC_NUM_BYTES
; i++) {

2224 
j
 = 0; j < 2; j++) {

2225 
by�S�
[
i
][
j
] = 
tok�
[
k
++];

2227 
by�S�
[
i
][
j
] = '\0';

2228 
k
++;

2231 
i
 = 0; i < 
MAC_NUM_BYTES
; i++) {

2232 
by�
[
i
] = 
	`��oul
(
by�S�
[i], 
NULL
, 16);

2235 i�(
ARPICMP_DEBUG
) {

2236 
	`RTE_LOG
(
INFO
, 
LIBARP
, "token: %s",

2237 
tok�
);

2238 
i
 = 0; i < 
MAC_NUM_BYTES
; i++)

2239 
	`RTE_LOG
(
INFO
, 
LIBARP
,

2240 ", by�[%u] %u", 
i
,

2241 
by�
[
i
]);

2242 
	`RTE_LOG
(
INFO
, 
LIBARP
, "\n");

2245 
i
 = 0; i < 
MAC_NUM_BYTES
; i++)

2246 
l�k_hw_addr


2247 [
l�k_hw_addr_��y_idx
].
addr_by�s


2248 [
i
] = 
by�
[i];

2250 
l�k_hw_addr_��y_idx
++;

2251 
tok�
 = 
	`��ok
(
NULL
, " ");

2258 i�(
	`�rcmp
(
�g_�me
, "arp_route_tbl") == 0) {

2259 
�p_rou�_tbl_�e��
 = 1;

2261 
u�t32_t
 
de�_�
 = 0, 
mask
 = 0, 
tx_p�t
 = 0, 
nh_�
 =

2262 0, 
i
 = 0, 
j
 = 0, 
k
 = 0, 
l
 = 0;

2263 
u�t32_t
 
�p_rou�_tbl_�r_max_�n
 = 10;

2264 
de�_�_�r
[
�p_rou�_tbl_�r_max_�n
];

2265 
mask_�r
[
�p_rou�_tbl_�r_max_�n
];

2266 
tx_p�t_�r
[
�p_rou�_tbl_�r_max_�n
];

2267 
nh_�_�r
[
�p_rou�_tbl_�r_max_�n
];

2268 *
tok�
 = 
	`��ok
(
�g_v�ue
, "(");

2269 
tok�
) {

2270 
i
 = 0;

2271 (
i
 < (
�p_rou�_tbl_�r_max_�n
 - 1))

2272 && (
tok�
[
i
] != ',')) {

2273 
de�_�_�r
[
i
] = 
tok�
[i];

2274 
i
++;

2276 
de�_�_�r
[
i
] = '\0';

2277 
de�_�
 = 
	`��oul
(
de�_�_�r
, 
NULL
, 16);

2279 
i
++;

2280 
j
 = 0;

2281 (
j
 < (
�p_rou�_tbl_�r_max_�n
 - 1))

2282 && (
tok�
[
i
 + 
j
] != ',')) {

2283 
mask_�r
[
j
] = 
tok�
[
i
 + j];

2284 
j
++;

2286 
mask_�r
[
j
] = '\0';

2287 
mask
 = 
	`��oul
(
mask_�r
, 
NULL
, 16);

2289 
j
++;

2290 
k
 = 0;

2291 (
k
 < (
�p_rou�_tbl_�r_max_�n
 - 1))

2292 && (
tok�
[
i
 + 
j
 + 
k
] != ',')) {

2293 
tx_p�t_�r
[
k
] = 
tok�
[
i
 + 
j
 + k];

2294 
k
++;

2296 
tx_p�t_�r
[
k
] = '\0';

2297 
tx_p�t
 = 
	`��oul
(
tx_p�t_�r
, 
NULL
, 16);

2299 
k
++;

2300 
l
 = 0;

2301 (
l
 < (
�p_rou�_tbl_�r_max_�n
 - 1))

2302 && (
tok�
[
i
 + 
j
 + 
k
 + 
l
] != ')')) {

2303 
nh_�_�r
[
l
] = 
tok�
[
i
 + 
j
 + 
k
 +�];

2304 
l
++;

2306 
nh_�_�r
[
l
] = '\0';

2307 
nh_�
 = 
	`��oul
(
nh_�_�r
, 
NULL
, 16);

2310 
	`RTE_LOG
(
INFO
, 
LIBARP
, "token: %s, "

2315 
tok�
, 
de�_�_�r
, 
de�_�
,

2316 
mask_�r
, 
mask
, 
tx_p�t_�r
,

2317 
tx_p�t
, 
nh_�_�r
, 
nh_�
);

2328 
lib_�p_rou�_�b�
[
�p_rou�_tbl_�dex
].
�
 =

2329 
de�_�
;

2330 
lib_�p_rou�_�b�
[
�p_rou�_tbl_�dex
].
mask
 =

2331 
mask
;

2332 
lib_�p_rou�_�b�
[
�p_rou�_tbl_�dex
].
p�t
 =

2333 
tx_p�t
;

2334 
lib_�p_rou�_�b�
[
�p_rou�_tbl_�dex
].
nh
 =

2335 
nh_�
;

2336 
�p_rou�_tbl_�dex
++;

2337 
tok�
 = 
	`��ok
(
NULL
, "(");

2344 i�(
	`�rcmp
(
�g_�me
, "nd_route_tbl") == 0) {

2345 
nd_rou�_tbl_�e��
 = 1;

2347 
u�t8_t
 
de�_�v6
[16], 
d�th
 = 0, 
tx_p�t
 =

2348 0, 
nh_�v6
[16], 
i
 = 0, 
j
 = 0, 
k
 = 0, 
l
 = 0;

2349 
u�t8_t
 
nd_rou�_tbl_�r_max_�n
 = 128;

2350 
de�_�v6_�r
[
nd_rou�_tbl_�r_max_�n
];

2351 
d�th_�r
[
nd_rou�_tbl_�r_max_�n
];

2352 
tx_p�t_�r
[
nd_rou�_tbl_�r_max_�n
];

2353 
nh_�v6_�r
[
nd_rou�_tbl_�r_max_�n
];

2354 *
tok�
 = 
	`��ok
(
�g_v�ue
, "(");

2355 
tok�
) {

2356 
i
 = 0;

2357 (
i
 < (
nd_rou�_tbl_�r_max_�n
 - 1))

2358 && (
tok�
[
i
] != ',')) {

2359 
de�_�v6_�r
[
i
] = 
tok�
[i];

2360 
i
++;

2362 
de�_�v6_�r
[
i
] = '\0';

2363 
	`my_��_��_�v6
(
AF_INET6
, 
de�_�v6_�r
,

2364 &
de�_�v6
);

2366 
i
++;

2367 
j
 = 0;

2368 (
j
 < (
nd_rou�_tbl_�r_max_�n
 - 1))

2369 && (
tok�
[
i
 + 
j
] != ',')) {

2370 
d�th_�r
[
j
] = 
tok�
[
i
 + j];

2371 
j
++;

2373 
d�th_�r
[
j
] = '\0';

2375 
s
;

2376 
s
 = 0; 
d�th_�r
[s] != '\0'; ++s)

2377 
d�th
 = d�th * 10 + 
d�th_�r
[
s
] - '0';

2379 
j
++;

2380 
k
 = 0;

2381 (
k
 < (
nd_rou�_tbl_�r_max_�n
 - 1))

2382 && (
tok�
[
i
 + 
j
 + 
k
] != ',')) {

2383 
tx_p�t_�r
[
k
] = 
tok�
[
i
 + 
j
 + k];

2384 
k
++;

2386 
tx_p�t_�r
[
k
] = '\0';

2387 
tx_p�t
 = 
	`��oul
(
tx_p�t_�r
, 
NULL
, 16);

2389 
k
++;

2390 
l
 = 0;

2391 (
l
 < (
nd_rou�_tbl_�r_max_�n
 - 1))

2392 && (
tok�
[
i
 + 
j
 + 
k
 + 
l
] != ')')) {

2393 
nh_�v6_�r
[
l
] = 
tok�
[
i
 + 
j
 + 
k
 +�];

2394 
l
++;

2396 
nh_�v6_�r
[
l
] = '\0';

2397 
	`my_��_��_�v6
(
AF_INET6
, 
nh_�v6_�r
,

2398 &
nh_�v6
);

2401 
i
 = 0; i < 16; i++) {

2402 
lib_nd_rou�_�b�


2403 [
nd_rou�_tbl_�dex
].
�v6
[
i
] =

2404 
de�_�v6
[
i
];

2405 
lib_nd_rou�_�b�


2406 [
nd_rou�_tbl_�dex
].
nh�v6
[
i
] =

2407 
nh_�v6
[
i
];

2409 
lib_nd_rou�_�b�
[
nd_rou�_tbl_�dex
].
d�th
 =

2410 
d�th
;

2411 
lib_nd_rou�_�b�
[
nd_rou�_tbl_�dex
].
p�t
 =

2412 
tx_p�t
;

2414 
nd_rou�_tbl_�dex
++;

2415 
tok�
 = 
	`��ok
(
NULL
, "(");

2434 
	}
}

2436 
	$lib_�p_��
(
p���e_��ms
 *
��ms
,

2437 
__�e_unu�d
 
�p_��ms
 *
�p
)

2440 
	`RTE_LOG
(
INFO
, 
LIBARP
, "ARP initialization ...\n");

2443 i�(
	`�p_�r�_�gs
(
��ms
)) {

2444 
	`RTE_LOG
(
INFO
, 
LIBARP
, "arp_parse_args failed ...\n");

2449 
lib_�p_pktmbuf_tx_po�
 =

2450 
	`�e_pktmbuf_po�_���
("lib_�p_mbuf_tx_po�", 
NB_ARPICMP_MBUF
, 32,

2451 0, 
RTE_MBUF_DEFAULT_BUF_SIZE
,

2452 
	`�e_sock�_id
());

2454 i�(
lib_�p_pktmbuf_tx_po�
 =�
NULL
) {

2455 
	`RTE_LOG
(
INFO
, 
LIBARP
, "ARP mbuf�ool create failed.\n");

2459 
lib_�p_pkt
 = 
	`�e_pktmbuf_�loc
(
lib_�p_pktmbuf_tx_po�
);

2460 i�(
lib_�p_pkt
 =�
NULL
) {

2461 
	`RTE_LOG
(
INFO
, 
LIBARP
, "ARP�ib_arp_pkt�lloc failed.\n");

2465 
�p_hash_��ms
.
sock�_id
 = 
	`�e_sock�_id
();

2466 
�p_hash_��ms
.
���s
 = 
MAX_NUM_ARP_ENTRIES
;

2467 
�p_hash_��ms
.
key_�n
 = (
�p_key_�v4
);

2468 
�p_hash_h�d�
 = 
	`�e_hash_���
(&
�p_hash_��ms
);

2470 i�(
�p_hash_h�d�
 =�
NULL
) {

2471 
	`RTE_LOG
(
INFO
, 
LIBARP
,

2473 
�p_hash_��ms
.
sock�_id
);

2475 
	`RTE_LOG
(
INFO
, 
LIBARP
, "arp_hash_handle %p\n\n",

2476 (*)
�p_hash_h�d�
);

2481 
tim�_mempo�_�p
 = 
	`�e_mempo�_���
("timer_mempool_arp",

2482 
tim�_objs_mempo�_cou�
,

2483 (
�e_tim�
),

2485 
NULL
, NULL,

2486 
NULL
, NULL, 
	`�e_sock�_id
(), 0);

2487 i�(
tim�_mempo�_�p
 =�
NULL
) {

2488 
	`�e_�nic
("timer_mempool create�rror\n");

2490 
	`�e_tim�_subsy�em_��
();

2491 
	`li�_add_ty�
(
ETHER_TYPE_ARP
, 
�o�ss_�picmp_pkt_�r�
);

2494 
nd_hash_��ms
.
sock�_id
 = 
	`�e_sock�_id
();

2495 
nd_hash_��ms
.
���s
 = 
MAX_NUM_ND_ENTRIES
;

2496 
nd_hash_��ms
.
key_�n
 = (
nd_key_�v6
);

2497 
nd_hash_h�d�
 = 
	`�e_hash_���
(&
nd_hash_��ms
);

2498 i�(
nd_hash_h�d�
 =�
NULL
) {

2499 
	`RTE_LOG
(
INFO
, 
LIBARP
,

2501 
nd_hash_��ms
.
sock�_id
);

2503 
	`RTE_LOG
(
INFO
, 
LIBARP
, "nd_hash_handle %p\n\n",

2504 (*)
nd_hash_h�d�
);

2508 
	}
}

2510 
	$�p_tim�_��back
(
�e_tim�
 *
tim�
, *
�g
)

2512 
�p_tim�_key
 *
�move_key
 = (�p_tim�_key *)
�g
;

2513 i�(
ARPICMP_DEBUG
)

2514 
	`RTE_LOG
(
INFO
, 
LIBARP
, "ARP TIMER callback :�xpire :%d\n",

2515 ()
tim�
->
exp�e
);

2516 i�(
ARPICMP_DEBUG
)

2517 
	`RTE_LOG
(
INFO
, 
LIBARP
,

2519 (
�move_key
->
�
 >> 24),

2520 ((
�move_key
->
�
 & 0x00ff0000) >> 16),

2521 ((
�move_key
->
�
 & 0x0000ff00) >> 8),

2522 ((
�move_key
->
�
 & 0x000000ff)),�emove_key->
p�t_id
);

2523 
	`�move_�p_��y
((
u�t32_t
�
�move_key
->
�
,

2524 (
u�t8_t
�
�move_key
->
p�t_id
, 
�g
);

2526 
	}
}

2528 
	$nd_tim�_��back
(
�e_tim�
 *
tim�
, *
�g
)

2530 
nd_tim�_key
 *
�move_key
 = (nd_tim�_key *)
�g
;

2531 i�(
ARPICMP_DEBUG
)

2532 
	`RTE_LOG
(
INFO
, 
LIBARP
, "nd�ime callback :�xpire :%d\n",

2533 ()
tim�
->
exp�e
);

2534 
	`�move_nd_��y_�v6
(
�move_key
->
�v6
,�emove_key->
p�t_id
);

2536 
	}
}

2538 
	$���_�p_�b�
()

2541 
i
;

2542 
i
 = 0; i < 
MAX_ARP_DATA_ENTRY_TABLE
; i++) {

2543 
	`p�uϋ_�p_��y
((cڡ 
�h�_addr
 *)

2544 &
�p_��y_d�a_�b�
[
i
].
�h_addr
,

2545 
�p_��y_d�a_�b�
[
i
].
�
,

2546 (
u�t8_t
�
�p_��y_d�a_�b�
[
i
].
p�t
,

2547 
STATIC_ARP
);

2549 
	`��t_�p_�b�
();

2551 
	}
}

2553 
	$���_nd_�b�
()

2556 
i
;

2557 
i
 = 0; i < 
MAX_ND_DATA_ENTRY_TABLE
; i++) {

2558 
	`p�uϋ_nd_��y
((cڡ 
�h�_addr
 *)

2559 
nd_��y_d�a_�b�
[
i
].
�h_addr
,

2560 
nd_��y_d�a_�b�
[
i
].
�v6
,

2561 (
u�t8_t
�
nd_��y_d�a_�b�
[
i
].
p�t
,

2562 
STATIC_ND
);

2564 
	`��t_nd_�b�
();

2566 
	}
}

2568 
	$�nd_g�tu�ous_�p
(
l2_phy_��r��_t
 *
p�t
)

2570 
�h�_hdr
 *
�h_h
;

2571 
�p_hdr
 *
�p_h
;

2573 
�e_mbuf
 *
�p_pkt
 = 
lib_�p_pkt
;

2575 i�(
p�t
 =�
NULL
) {

2576 
	`RTE_LOG
(
INFO
, 
LIBARP
, "PORT ID DOWN.. %s\n", 
__FUNCTION__
);

2581 i�(
�p_pkt
 =�
NULL
) {

2582 i�(
ARPICMP_DEBUG
)

2583 
	`RTE_LOG
(
INFO
, 
LIBARP
,

2588 
�h_h
 = 
	`�e_pktmbuf_mtod
(
�p_pkt
, 
�h�_hdr
 *);

2590 
	`�h�_addr_c�y
(&
br�d��_�h�_addr
, &
�h_h
->
d_addr
);

2591 
	`�h�_addr_c�y
((
�h�_addr
 *)

2592 &
p�t
->
ma�ddr
[0], &
�h_h
->
s_addr
);

2593 
�h_h
->
�h�_ty�
 = 
	`CHECK_ENDIAN_16
(
ETHER_TYPE_ARP
);

2595 
�p_h
 = (
�p_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

2596 
�p_h
->
�p_hrd
 = 
	`CHECK_ENDIAN_16
(
ARP_HRD_ETHER
);

2597 
�p_h
->
�p_�o
 = 
	`CHECK_ENDIAN_16
(
ETHER_TYPE_IPv4
);

2598 
�p_h
->
�p_h�
 = 
ETHER_ADDR_LEN
;

2599 
�p_h
->
�p_�n
 = (
u�t32_t
);

2600 
�p_h
->
�p_�
 = 
	`CHECK_ENDIAN_16
(
ARP_OP_REQUEST
);

2602 
	`�h�_addr_c�y
((
�h�_addr
 *)

2603 &
p�t
->
ma�ddr
[0], &
�p_h
->
�p_d�a
.
�p_sha
);

2604 i�(
p�t
->
�v4_li�
 =�
NULL
) {

2605 i�(
ARPICMP_DEBUG
)

2606 
	`RTE_LOG
(
INFO
, 
LIBARP
, "port->ipv4_list is NULL.. %s\n",

2607 
__FUNCTION__
);

2610 
�p_h
->
�p_d�a
.
�p_s�
 = (((
�v4li�_t
 *�(
p�t
->
�v4_li�
))->
�addr
);

2611 
	`�h�_addr_c�y
(&
nu�_�h�_addr
, &
�p_h
->
�p_d�a
.
�p_tha
);

2613 
�p_h
->
�p_d�a
.
�p_t�
 = 0;

2617 
�p_pkt
->
pkt_�n
 = 42;

2618 
�p_pkt
->
d�a_�n
 = 42;

2620 i�(
ARPICMP_DEBUG
) {

2621 
	`RTE_LOG
(
INFO
, 
LIBARP
, "SENDING GRATUITOUS ARP REQUEST\n");

2622 
	`��t_mbuf
("TX", 
p�t
->
pmdid
, 
�p_pkt
, 
__LINE__
);

2624 
p�t
->
	`��sm�_s�g�_pkt
��t, 
�p_pkt
);

2625 
	}
}

2627 
	$�t_�pdebug
(
�ag
)

2629 i�(
�ag
) {

2630 
	`RTE_LOG
(
INFO
, 
LIBARP
, "Debugs�urned on\n\r");

2631 
ARPICMP_DEBUG
 = 1;

2632 
NDIPV6_DEBUG
 = 1;

2635 
	`RTE_LOG
(
INFO
, 
LIBARP
, "Debugs�urned off\n\r");

2636 
ARPICMP_DEBUG
 = 0;

2637 
NDIPV6_DEBUG
 = 0;

2639 
	}
}

2641 
	$�t_��imeout
(
u�t32_t
 
timeout_v�
)

2643 i�(
timeout_v�
 == 0) {

2644 
	`RTE_LOG
(
INFO
, 
LIBARP
, "Cannot be zero...\n\r");

2647 i�(
ARPICMP_DEBUG
)

2648 
	`RTE_LOG
(
INFO
, 
LIBARP
,

2650 
�p_timeout
, 
timeout_v�
);

2651 
�p_timeout
 = 
timeout_v�
;

2652 i�(
ARPICMP_DEBUG
)

2653 
	`RTE_LOG
(
INFO
, 
LIBARP
, "set_arptimeout:�rp_timeout %u\n\r",

2654 
�p_timeout
);

2655 
	}
}

	@VIL/l2l3_stack/lib_arp.h

17 #i�de�
__INCLUDE_LIB_ARP_H__


18 

	#__INCLUDE_LIB_ARP_H__


	)

20 
	~<�e_p���e.h
>

21 
	~"�e_�h�.h
"

22 
	~"l2_��o.h
"

23 
	~"�p.h
"

25 

	#ND_IPV6_ADDR_SIZE
 16

	)

26 

	#ND_IPV6_TIMER_EXPIRY
 300

	)

27 

	#ARP_TIMER_EXPIRY
 1800

	)

28 

	#TIMER_MILLISECOND
 1

	)

29 

	#RTE_LOGTYPE_LIBARP
 
RTE_LOGTYPE_USER1


	)

30 

	#MAX_ND_RT_ENTRY
 16

	)

31 

	#MAX_ARP_RT_ENTRY
 16

	)

37 
	slib_�p_rou�_�b�_��y
 {

38 
u�t32_t
 
	m�
;

39 
u�t32_t
 
	mmask
;

40 
u�t32_t
 
	mp�t
;

41 
u�t32_t
 
	mnh
;

48 
	slib_nd_rou�_�b�_��y
 {

49 
u�t8_t
 
	m�v6
[16];

50 
u�t8_t
 
	md�th
;

51 
u�t32_t
 
	mp�t
;

52 
u�t8_t
 
	mnh�v6
[16];

55 

lib_nd_rou�_�b�_��y
 
lib_nd_rou�_�b�
[
MAX_ND_RT_ENTRY
];

56 

lib_�p_rou�_�b�_��y
 
lib_�p_rou�_�b�
[
MAX_ARP_RT_ENTRY
];

59 
	mARP_FOUND
,

60 
	mARP_NOT_FOUND
,

61 
	mNH_NOT_FOUND
,

64 
	e�p_key_ty�
 {

65 
	mARP_IPV4
,

66 
	mND_IPV6
,

69 
	s�p_key_�v4
 {

70 
u�t32_t
 
	m�
;

71 
u�t8_t
 
	mp�t_id
;

72 
u�t8_t
 
	mf��r1
;

73 
u�t8_t
 
	mf��r2
;

74 
u�t8_t
 
	mf��r3
;

80 
	snd_key_�v6
 {

81 
u�t8_t
 
	m�v6
[
ND_IPV6_ADDR_SIZE
];

82 
u�t8_t
 
	mp�t_id
;

83 
u�t8_t
 
	mf��r1
;

84 
u�t8_t
 
	mf��r2
;

85 
u�t8_t
 
	mf��r3
;

91 
	s�p_key
 {

92 
�p_key_ty�
 
	mty�
;

94 
�p_key_�v4
 
	m�v4
;

95 } 
	mkey
;

103 
	snd_tim�_key
 {

104 
u�t8_t
 
	m�v6
[
ND_IPV6_ADDR_SIZE
];

105 
u�t8_t
 
	mp�t_id
;

106 } 
	g__�e_�che_�ig�d
;

112 
	s�p_tim�_key
 {

113 
u�t32_t
 
	m�
;

114 
u�t8_t
 
	mp�t_id
;

115 } 
	g__�e_�che_�ig�d
;

117 
u�t32_t
 
ARPICMP_DEBUG
;

119 

	#COMPLETE
 1

	)

120 

	#INCOMPLETE
 0

	)

122 
u�t32_t
 
NDIPV6_DEBUG
;

124 

	#ICMPv6_COMPLETE
 1

	)

125 

	#ICMPv6_INCOMPLETE
 0

	)

126 

	#STATIC_ARP
 1

	)

127 

	#DYNAMIC_ARP
 0

	)

128 

	#STATIC_ND
 1

	)

129 

	#DYNAMIC_ND
 0

	)

136 
	s�p_��y_d�a
 {

137 
�h�_addr
 
	m�h_addr
;

138 
u�t32_t
 
	m�
;

139 
u�t8_t
 
	mp�t
;

140 
u�t8_t
 
	m��us
;

141 
u�t8_t
 
	mmode
;

142 
u�t8_t
 
	m��y_cou�
;

143 
�e_tim�
 *
	mtim�
;

144 
�p_tim�_key
 *
	mtim�_key
;

145 } 
__��ibu�__
 ((
�cked
));

152 
	s�b�_�p_��y_d�a
 {

153 
u�t8_t
 
	m�h_addr
[6];

154 
u�t8_t
 
	mp�t
;

155 
u�t8_t
 
	m��us
;

156 
u�t32_t
 
	m�
;

157 } 
__��ibu�__
 ((
�cked
));

164 
	snd_��y_d�a
 {

165 
�h�_addr
 
	m�h_addr
;

166 
u�t8_t
 
	mp�t
;

167 
u�t8_t
 
	m��us
;

168 
u�t8_t
 
	mmode
;

169 
u�t8_t
 
	m�v6
[
ND_IPV6_ADDR_SIZE
];

170 
�e_tim�
 *
	mtim�
;

171 } 
__��ibu�__
 ((
�cked
));

179 
	s�b�_nd_��y_d�a
 {

180 
u�t8_t
 
	m�h_addr
[6];

181 
u�t8_t
 
	mp�t
;

182 
u�t8_t
 
	m��us
;

183 
u�t8_t
 
	m�v6
[
ND_IPV6_ADDR_SIZE
];

184 
�e_tim�
 *
	mtim�
;

185 } 
__��ibu�__
 ((
�cked
));

201 
g�_de�_mac_add�ss
(cڡ 
u�t32_t
 
�addr
, u�t32_�*
phy_p�t
,

202 
�h�_addr
 *
hw_addr
, 
u�t32_t
 *
nh�
);

216 
g�_de�_mac_addr_p�t
(cڡ 
u�t32_t
 
�addr
,

217 
u�t32_t
 *
phy_p�t
, 
�h�_addr
 *
hw_addr
);

230 
g�_de�_mac_addr
(cڡ 
u�t32_t
 
�addr
, u�t32_�*
phy_p�t
,

231 
�h�_addr
 *
hw_addr
);

246 
g�_de�_mac_add�ss_�v6
(
u�t8_t
 
�v6addr
[], 
u�t32_t
 *
phy_p�t
,

247 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
nh�v6
[]);

262 
g�_de�_mac_add�ss_�v6_p�t
(
u�t8_t
 
�v6addr
[], 
u�t32_t
 *
phy_p�t
,

263 
�h�_addr
 *
hw_addr
,

264 
u�t8_t
 
nh�v6
[]);

272 
�h�_addr
 *
g�_l�k_hw_addr
(
u�t8_t
 
out_p�t
);

279 
��t_�p_�b�
();

286 
��t_nd_�b�
();

295 
�move_�p_��y
(
u�t32_t
 
�addr
, 
u�t8_t
 
p�tid
, *
�g
);

305 
�move_nd_��y_�v6
(
u�t8_t
 
�v6addr
[], u�t8_�
p�tid
);

318 
p�uϋ_�p_��y
(cڡ 
�h�_addr
 *
hw_addr
, 
u�t32_t
 
�addr
,

319 
u�t8_t
 
p�tid
, u�t8_�
mode
);

333 
p�uϋ_nd_��y
(cڡ 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
�
[],

334 
u�t8_t
 
p�tid
, u�t8_�
mode
);

344 
�que�_�p
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�
);

353 
�e_mbuf
 *
�que�_echo
(
u�t32_t
 
p�t_id
, u�t32_�
�
);

362 
�e_mbuf
 *
�que�_icmpv6_echo
(
u�t8_t
 
�v6
[], 
l2_phy_��r��_t
 *
p�t
);

371 
�e_mbuf
 *
�que�_nd
(
u�t8_t
 
�v6
[], 
l2_phy_��r��_t
 *
p�t
);

382 
�o�ss_�picmp_pkt
(
�e_mbuf
 *
pkt
, 
l2_phy_��r��_t
 *
p�t
);

390 
�p_��y_d�a
 *
���ve_�p_��y
(cڡ 
�p_key_�v4
 
�p_key
);

399 
nd_��y_d�a
 *
���ve_nd_��y
(
nd_key_�v6
 
nd_key
);

405 
lib_�p_��
(
p���e_��ms
 *
��ms
, 
�p_��ms
 *
�p
);

407 
�t_p�t_to_l�db_m�
(
u�t8_t
 
p���e_num
);

412 
u�t8_t
 
g�_p�t_to_l�db_m�
(u�t8_�
phy_p�t_id
);

414 
�t_phy_�p�t_m�
(
u�t8_t
 
p���e_num
, u�t8_�*
m�
);

415 
�t_phy_ou��t_m�
(
u�t8_t
 
p���e_num
, u�t8_�*
m�
);

421 
u�t8_t
 
g�_l�db_ou��t_id
(u�t8_�
a�u�_phy_p�t
);

422 
u�t8_t
 
g�_vnf_�t_num
(u�t8_�
p���e_num
);

424 
p���es_p�t_�fo
();

425 
p���es_m�_�fo
();

434 
�p_tim�_��back
(
�e_tim�
 *, *
�g
);

443 
nd_tim�_��back
(
�e_tim�
 *
tim�
, *
�g
);

449 
���_�p_�b�
();

454 
���_nd_�b�
();

467 
�o�ss_�picmp_pkt_�r�
(
�e_mbuf
 **
pkt
, 
u�t16_t
 
pkt_num
,

468 
u�t64_t
 
pkt_mask
, 
l2_phy_��r��_t
 *
p�t
);

475 
�nd_g�tu�ous_�p
(
l2_phy_��r��_t
 *
p�t
);

481 
�t_�pdebug
(
�ag
);

487 
�t_��imeout
(
u�t32_t
 
timeout_v�
);

495 
u�t32_t
 
g�_nh
(uint32_t, uint32_t *);

505 
g�_nh_�v6
(
u�t8_t
 
�v6
[], 
u�t32_t
 *
p�t
, u�t8_�
nh�v6
[]);

	@VIL/l2l3_stack/lib_icmpv6.c

18 
	~"lib_icmpv6.h
"

20 
	$��t_pkt
(
u�t8_t
 *
rd
)

22 
i
 = 0, 
j
 = 0;

24 
	`��tf
("Packet Contents:\n");

26 
i
 = 0; i < 20; i++) {

27 
j
 = 0; j < 20; j++)

28 
	`��tf
("%02x ", 
rd
[(20 * 
i
�+ 
j
]);

30 
	`��tf
("\n");

32 
	}
}

34 
u�t16_t
 
	$icmpv6_�v6_nd_checksum
(
�e_mbuf
 *
pkt
)

36 
�h�_hdr
 *
�h_h
;

37 
�v6_hdr
 *
�v6_h
;

38 
icmpv6_hdr
 *
icmpv6_h
;

40 
size_t
 
tm��
, 
off�t
;

41 
u�t8_t
 *
tm�ack�
, *
�ack�
;

43 
�h_h
 = 
	`�e_pktmbuf_mtod
(
pkt
, 
�h�_hdr
 *);

44 
�v6_h
 = (
�v6_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

45 
icmpv6_h
 =

46 (
icmpv6_hdr
 *)((*)
�v6_h
 + (
�v6_hdr
));

48 
u�t32_t
 
�yl�d�n
 = 0x20;

49 
�yl�d�n
 = 
	`�e_bsw�32
(payloadlen);

51 
tm��
 = 40 + (
icmpv6_hdr
�+ (
icmpv6_nd_hdr
);

52 
tm��
 = 
	`RTE_CACHE_LINE_ROUNDUP
(tmplen);

53 
tm�ack�
 = 
	`�e_zm�loc
(
NULL
, 
tm��
, 
RTE_CACHE_LINE_SIZE
);

54 
�ack�
 = 
tm�ack�
;

56 
off�t
 = 16;

57 
	`mem�y
(
�ack�
, &
�v6_h
->
�c_addr
[0], 
off�t
);

58 
�ack�
 +�
off�t
;

59 
	`mem�y
(
�ack�
, &
�v6_h
->
d�_addr
[0], 
off�t
);

60 
�ack�
 +�
off�t
;

61 *
�ack�
 = 0;

62 
�ack�
++;

63 *
�ack�
 = 0;

64 
�ack�
++;

65 *
�ack�
 = 0;

66 
�ack�
++;

67 
	`mem�y
(
�ack�
, &
�v6_h
->
��o
, 1);

68 
�ack�
++;

69 
	`mem�y
(
�ack�
, &
�yl�d�n
, 4);

70 
�ack�
 += 4;

71 
	`mem�y
(
�ack�
, 
icmpv6_h
,

72 (
icmpv6_hdr
�+ (
icmpv6_nd_hdr
));

74 i�(
ARPICMP_DEBUG
)

75 
	`��t_pkt
(
tm�ack�
);

77  
	`�e_�w_cksum
(
tm�ack�
, 
tm��
);

78 
	}
}

80 
u�t16_t
 
	$icmpv6_�v6_echo_checksum
(
�e_mbuf
 *
pkt
)

82 
�h�_hdr
 *
�h_h
;

83 
�v6_hdr
 *
�v6_h
;

84 
icmpv6_hdr
 *
icmpv6_h
;

86 
size_t
 
tm��
, 
off�t
;

87 
u�t8_t
 *
tm�ack�
, *
�ack�
;

89 
�h_h
 = 
	`�e_pktmbuf_mtod
(
pkt
, 
�h�_hdr
 *);

90 
�v6_h
 = (
�v6_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

91 
icmpv6_h
 =

92 (
icmpv6_hdr
 *)((*)
�v6_h
 + (
�v6_hdr
));

94 
u�t32_t
 
�yl�d�n
 = 
	`�e_bsw�16
(
�v6_h
->
�yl�d_�n
);

95 
u�t32_t
 
�yl�d�n_sw�
 = 
	`�e_bsw�32
(
�yl�d�n
);

97 i�(
ARPICMP_DEBUG
)

98 
	`��tf
("%s:�ayl�d�n: %u\n", 
__FUNCTION__
, 
�yl�d�n
);

100 
tm��
 = 40 + 
�yl�d�n
;

101 
tm��
 = 
	`RTE_CACHE_LINE_ROUNDUP
(tmplen);

102 
tm�ack�
 = 
	`�e_zm�loc
(
NULL
, 
tm��
, 
RTE_CACHE_LINE_SIZE
);

103 
�ack�
 = 
tm�ack�
;

105 
off�t
 = 16;

106 
	`mem�y
(
�ack�
, &
�v6_h
->
�c_addr
[0], 
off�t
);

107 
�ack�
 +�
off�t
;

108 
	`mem�y
(
�ack�
, &
�v6_h
->
d�_addr
[0], 
off�t
);

109 
�ack�
 +�
off�t
;

110 *
�ack�
 = 0;

111 
�ack�
++;

112 *
�ack�
 = 0;

113 
�ack�
++;

114 *
�ack�
 = 0;

115 
�ack�
++;

116 
	`mem�y
(
�ack�
, &
�v6_h
->
��o
, 1);

117 
�ack�
++;

118 
	`mem�y
(
�ack�
, &
�yl�d�n_sw�
, 4);

119 
�ack�
 += 4;

120 
	`mem�y
(
�ack�
, 
icmpv6_h
, 
�yl�d�n
);

122 i�(
ARPICMP_DEBUG
)

123 
	`��t_pkt
(
tm�ack�
);

125  
	`�e_�w_cksum
(
tm�ack�
, 
tm��
);

126 
	}
}

128 
	$�o�ss_icmpv6_pkt
(
�e_mbuf
 *
pkt
, 
l2_phy_��r��_t
 *
p�t
)

131 
�h�_hdr
 *
�h_h
;

132 
�v6_hdr
 *
�v6_h
;

133 
icmpv6_hdr
 *
icmpv6_h
;

134 
icmpv6_nd_hdr
 *
icmpv6_nd_h
;

135 
u�t8_t
 
�v6_addr
[16];

136 
u�t8_t
 
i
 = 0;

137 
u�t8_t
 
�q_t�v6
[16];

140 i�(
p�t
 =�
NULL
) {

141 
	`��tf
("port is NULL");

143 } i�(
p�t
->
�v6_li�
 =�
NULL
) {

144 
	`��tf
("IPV6�ddress�ot configured on�ink\n");

148 
�h_h
 = 
	`�e_pktmbuf_mtod
(
pkt
, 
�h�_hdr
 *);

149 
�v6_h
 = (
�v6_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

150 
icmpv6_h
 =

151 (
icmpv6_hdr
 *)((*)
�v6_h
 + (
�v6_hdr
));

153 i�((
icmpv6_h
->
icmpv6_ty�
 =�
ICMPV6_ECHO_REQUEST
)

154 && (
icmpv6_h
->
icmpv6_code
 == 0)) {

155 
i
 = 0; i < 16; i++) {

156 
�v6_addr
[
i
] = 
�v6_h
->
�c_addr
[i];

159 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
, &�h_h->
d_addr
);

160 
	`�h�_addr_c�y
((
�h�_addr
 *)&
p�t
->
ma�ddr
[0],

161 &
�h_h
->
s_addr
);

163 
i
 = 0; i < 16; i++)

164 
�v6_h
->
�c_addr
[
i
] = ipv6_h->
d�_addr
[i];

165 
i
 = 0; i < 16; i++)

166 
�v6_h
->
d�_addr
[
i
] = 
�v6_addr
[i];

168 
icmpv6_h
->
icmpv6_ty�
 = 
ICMPV6_ECHO_REPLY
;

169 
icmpv6_h
->
icmpv6_cksum
 = 0;

170 
icmpv6_h
->
icmpv6_cksum
 = ~
	`icmpv6_�v6_echo_checksum
(
pkt
);

171 
p�t
->
	`��sm�_bulk_pkts
��t, &
pkt
, 1);

174 } i�((
icmpv6_h
->
icmpv6_ty�
 =�
ICMPV6_ECHO_REPLY
)

175 && (
icmpv6_h
->
icmpv6_code
 == 0)) {

176 
nd_key_�v6
 
nd_key
;

177 
nd_key
.
p�t_id
 = 
p�t
->
pmdid
;

178 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++) {

179 
nd_key
.
�v6
[
i
] = 
�v6_h
->
�c_addr
[i];

182 
nd_key
.
f��r1
 = 0;

183 
nd_key
.
f��r2
 = 0;

184 
nd_key
.
f��r3
 = 0;

187 
nd_��y_d�a
 *
�w_nd_d�a
 = 
	`���ve_nd_��y
(
nd_key
);

188 i�(
�w_nd_d�a
 =�
NULL
) {

189 
��tf


191 
nd_key
.
p�t_id
);

192 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2) {

193 
	`��tf
("%02X%02X ", 
nd_key
.
�v6
[
i
],

194 
nd_key
.
�v6
[
i
 + 1]);

199 
�w_nd_d�a
->
��us
 = 
COMPLETE
;

200 } i�((
icmpv6_h
->
icmpv6_ty�
 =�
ICMPV6_NEIGHBOR_SOLICITATION
)

201 && (
icmpv6_h
->
icmpv6_code
 == 0)) {

203 
icmpv6_nd_h
 =

204 (
icmpv6_nd_hdr
 *)((*)
icmpv6_h
 +

205 (
icmpv6_hdr
));

206 
�h�_addr
 *
�c_hw_addr
 = &
�h_h
->
s_addr
;

207 
u�t8_t
 
�c_�v6
[16], 
d�_�v6
[16];

208 
u�t16_t
 
mu�i_addr
;

210 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

211 
�c_�v6
[
i
] = 
�v6_h
->
�c_addr
[i];

212 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

213 
d�_�v6
[
i
] = 
�v6_h
->
d�_addr
[i];

215 
mu�i_addr
 = 
d�_�v6
[0];

218 i�((
IPV6_MULTICAST
 & ((
mu�i_addr
 << 8�| 
d�_�v6
[1]))

219 || !
	`memcmp
(&
p�t
->
ma�ddr
[0], &
�h_h
->
d_addr
, 6)) {

220 
	`p�uϋ_nd_��y
(
�c_hw_addr
, 
�c_�v6
, 
p�t
->
pmdid
,

221 
DYNAMIC_ND
);

224 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

225 
�q_t�v6
[
i
] = 
icmpv6_nd_h
->
�rg�_�v6
[i];

227 i�(!
memcmp


228 (&
�q_t�v6
[0],

229 &((
�v6li�_t
 *�
p�t
->
�v6_li�
)->
�addr
[0],

232 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
, &�h_h->
d_addr
);

233 
	`�h�_addr_c�y
((
�h�_addr
 *)&
p�t
->

234 
ma�ddr
[0], &
�h_h
->
s_addr
);

237 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

238 
�v6_h
->
d�_addr
[
i
] =

239 
�v6_h
->
�c_addr
[
i
];

240 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

241 
�v6_h
->
�c_addr
[
i
] = 
�q_t�v6
[i];

242 
icmpv6_h
->
icmpv6_ty�
 =

243 
ICMPV6_NEIGHBOR_ADVERTISEMENT
;

244 
icmpv6_nd_h
->
ty�
 = 
e_T�g�_L�k_Lay�_Add�ss
;

245 
icmpv6_nd_h
->
�ngth
 = 1;

246 
	`mem�y
(&
icmpv6_nd_h
->
l�k_�y�_addr
[0],

247 &
p�t
->
ma�ddr
[0], 6);

248 
icmpv6_nd_h
->
icmpv6_��rved
 = 0;

249 
icmpv6_nd_h
->
icmpv6_��rved
 |=

250 
�e_�u_to_be_32


251 (
NEIGHBOR_ROUTER_OVERRIDE_SET
);

253 
icmpv6_h
->
icmpv6_cksum
 = 0;

254 
icmpv6_h
->
icmpv6_cksum
 =

255 ~
	`icmpv6_�v6_nd_checksum
(
pkt
);

257 
p�t
->
	`��sm�_bulk_pkts
��t, &
pkt
, 1);

259 } i�(
ARPICMP_DEBUG
) {

260 
��tf


266 i�(
ARPICMP_DEBUG
) {

267 
��tf


272 } i�((
icmpv6_h
->
icmpv6_ty�
 =�
ICMPV6_NEIGHBOR_ADVERTISEMENT
)

273 && (
icmpv6_h
->
icmpv6_code
 == 0)) {

274 
�h�_addr
 *
�c_hw_addr
 = &
�h_h
->
s_addr
;

275 
u�t8_t
 
�v6
[16];

276 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++) {

277 
�v6
[
i
] = 
�v6_h
->
�c_addr
[i];

280 
	`p�uϋ_nd_��y
(
�c_hw_addr
, 
�v6
, 
p�t
->
pmdid
, 
DYNAMIC_ND
);

282 i�(
ARPICMP_DEBUG
) {

283 
	`��tf
("ICMPv6 Type %d Not Supported yet !!!\n",

284 
icmpv6_h
->
icmpv6_ty�
);

288 
	`�e_pktmbuf_�
(
pkt
);

289 
	}
}

291 
�e_mbuf
 *
	$�que�_icmpv6_echo
(
u�t8_t
 
�v6
[], 
l2_phy_��r��_t
 *
p�t
)

293 
�h�_hdr
 *
�h_h
;

294 
�v6_hdr
 *
�v6_h
;

295 
icmpv6_hdr
 *
icmpv6_h
;

296 
icmpv6_�fo_hdr
 *
icmpv6_�fo_h
;

297 
i
;

298 
u�t8_t
 *
icmp_d�a
;

300 
�e_mbuf
 *
icmpv6_pkt
 = 
lib_icmpv6_pkt
;

301 i�(
icmpv6_pkt
 =�
NULL
) {

302 i�(
ARPICMP_DEBUG
)

303 
	`��tf
("Error�llocating icmpv6_pkt�te_mbuf\n");

304  
NULL
;

307 
�h_h
 = 
	`�e_pktmbuf_mtod
(
icmpv6_pkt
, 
�h�_hdr
 *);

309 
�v6_h
 = (
�v6_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

310 
icmpv6_h
 =

311 (
icmpv6_hdr
 *)((*)
�v6_h
 + (
�v6_hdr
));

312 
icmpv6_�fo_h
 =

313 (
icmpv6_�fo_hdr
 *)((*)
icmpv6_h
 +

314 (
icmpv6_hdr
));

316 
	`�h�_addr_c�y
((
�h�_addr
 *)&
p�t
->
ma�ddr
[0], &
�h_h
->
s_addr
);

317 
�h_h
->
�h�_ty�
 = 
	`�e_bsw�16
(0x86dd);

318 
i
 = 0; i < 6; i++) {

319 
�h_h
->
d_addr
.
addr_by�s
[
i
] = 0;

322 
�v6_h
->
vtc_�ow
 = 
	`�e_bsw�32
(0x60000000);

323 
�v6_h
->
�yl�d_�n
 = 
	`�e_bsw�16
(64);

324 
�v6_h
->
��o
 = 58;

325 
�v6_h
->
h�_lim�s
 = 64;

327 
i
 = 0; i < 16; i++) {

328 
�v6_h
->
�c_addr
[
i
] = 0x0;

329 
�v6_h
->
d�_addr
[
i
] = 
�v6
[i];

332 
icmpv6_h
->
icmpv6_ty�
 = 
ICMPV6_ECHO_REQUEST
;

333 
icmpv6_h
->
icmpv6_code
 = 0;

334 
icmpv6_�fo_h
->
icmpv6_id�t
 = 
	`�e_bsw�16
(0x5151);

335 
icmpv6_�fo_h
->
icmpv6_�q_nb
 = 
	`�e_bsw�16
(0x1);

337 
icmp_d�a
 = (
u�t8_t
 *�
icmpv6_h
 + 8;

338 
i
 = 0; i < 56; i++) {

339 *
icmp_d�a
 = 
i
 + 1;

340 
icmp_d�a
++;

342 
icmpv6_h
->
icmpv6_cksum
 = 0;

343 
icmpv6_h
->
icmpv6_cksum
 = ~
	`icmpv6_�v6_echo_checksum
(
icmpv6_pkt
);

345 
icmpv6_pkt
->
pkt_�n
 =

346 (
�h�_hdr
�+ (
�v6_hdr
) + 64;

347 
icmpv6_pkt
->
d�a_�n
 = icmpv6_pkt->
pkt_�n
;

349  
icmpv6_pkt
;

350 
	}
}

352 
�e_mbuf
 *
	$�que�_nd
(
u�t8_t
 
�v6
[], 
l2_phy_��r��_t
 *
p�t
)

354 
�h�_hdr
 *
�h_h
;

355 
�v6_hdr
 *
�v6_h
;

356 
icmpv6_hdr
 *
icmpv6_h
;

357 
icmpv6_nd_hdr
 *
icmpv6_nd_h
;

358 
i
;

360 
�e_mbuf
 *
icmpv6_pkt
 = 
lib_icmpv6_pkt
;

361 i�(
icmpv6_pkt
 =�
NULL
) {

362 i�(
ARPICMP_DEBUG
)

363 
	`��tf
("Error�llocating icmpv6_pkt�te_mbuf\n");

364  
NULL
;

367 
�h_h
 = 
	`�e_pktmbuf_mtod
(
icmpv6_pkt
, 
�h�_hdr
 *);

369 
�v6_h
 = (
�v6_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

370 
icmpv6_h
 =

371 (
icmpv6_hdr
 *)((*)
�v6_h
 + (
�v6_hdr
));

372 
icmpv6_nd_h
 =

373 (
icmpv6_nd_hdr
 *)((*)
icmpv6_h
 +

374 (
icmpv6_hdr
));

376 
	`�h�_addr_c�y
((
�h�_addr
 *)&
p�t
->
ma�ddr
[0], &
�h_h
->
s_addr
);

377 
�h_h
->
�h�_ty�
 = 
	`�e_bsw�16
(0x86dd);

378 
i
 = 0; i < 6; i++) {

379 
�h_h
->
d_addr
.
addr_by�s
[
i
] = 0;

382 
�v6_h
->
vtc_�ow
 = 0x60000000;

383 
�v6_h
->
�yl�d_�n
 = 
	`�e_bsw�16
(32);

384 
�v6_h
->
��o
 = 58;

385 
�v6_h
->
h�_lim�s
 = 64;

387 
i
 = 0; i < 16; i++) {

388 
�v6_h
->
�c_addr
[
i
] = 0x0;

389 
�v6_h
->
d�_addr
[
i
] = 
�v6
[i];

392 
icmpv6_h
->
icmpv6_ty�
 = 
ICMPV6_NEIGHBOR_SOLICITATION
;

393 
icmpv6_h
->
icmpv6_code
 = 0;

395 
icmpv6_nd_h
->
icmpv6_��rved
 = 0x0;

396 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

397 
icmpv6_nd_h
->
�rg�_�v6
[
i
] = 
�v6
[i];

398 
icmpv6_nd_h
->
ty�
 = 
e_Sour�_L�k_Lay�_Add�ss
;

399 
icmpv6_nd_h
->
�ngth
 = 1;

400 
	`mem�y
(&
icmpv6_nd_h
->
l�k_�y�_addr
[0], &
p�t
->
ma�ddr
[0], 6);

402 
icmpv6_h
->
icmpv6_cksum
 = 0;

403 
icmpv6_h
->
icmpv6_cksum
 = ~
	`icmpv6_�v6_nd_checksum
(
icmpv6_pkt
);

405 
icmpv6_pkt
->
pkt_�n
 =

406 (
�h�_hdr
�+ (
�v6_hdr
) + 32;

407 
icmpv6_pkt
->
d�a_�n
 = icmpv6_pkt->
pkt_�n
;

409  
icmpv6_pkt
;

410 
	}
}

	@VIL/l2l3_stack/lib_icmpv6.h

17 
	~<�dio.h
>

18 
	~<�dlib.h
>

19 
	~<�d�t.h
>

20 
	~<�r�g.h
>

21 
	~<uni�d.h
>

22 
	~<�e_comm�.h
>

23 
	~<�e_m�loc.h
>

24 
	~<�e_�.h
>

25 
	~<�e_by��d�.h
>

26 
	~<�e_�b�_�m.h
>

27 
	~<�e_�b�_hash.h
>

28 
	~<�e_p���e.h
>

29 
	~<�e_�p.h
>

30 
	~<�e_icmp.h
>

31 
	~<�e_hash.h
>

32 
	~<�e_jhash.h
>

33 
	~<�e_cy�es.h
>

34 
	~"lib_�p.h
"

35 
	~<�e_p���e.h
>

36 
	~"�e_�h�.h
"

42 
	sicmpv6_hdr
 {

43 
u�t8_t
 
	micmpv6_ty�
;

44 
u�t8_t
 
	micmpv6_code
;

45 
u�t16_t
 
	micmpv6_cksum
;

46 } 
__��ibu�__
 ((
__�cked__
));

51 
	sicmpv6_�fo_hdr
 {

52 
u�t16_t
 
	micmpv6_id�t
;

53 
u�t16_t
 
	micmpv6_�q_nb
;

54 } 
__��ibu�__
 ((
__�cked__
));

59 
	sicmpv6_nd_hdr
 {

61 
u�t32_t
 
	micmpv6_��rved
;

63 
u�t8_t
 
	m�rg�_�v6
[16];

64 
u�t8_t
 
	mty�
;

65 
u�t8_t
 
	m�ngth
;

66 
u�t8_t
 
	ml�k_�y�_addr
[6];

67 } 
__��ibu�__
 ((
__�cked__
));

70 

	#ICMPV6_PROTOCOL_ID
 58

	)

71 

	#ICMPV6_ECHO_REQUEST
 0x0080

	)

72 

	#ICMPV6_ECHO_REPLY
 0x0081

	)

73 

	#ICMPV6_NEIGHBOR_SOLICITATION
 0x0087

	)

74 

	#ICMPV6_NEIGHBOR_ADVERTISEMENT
 0x0088

	)

75 

	#IPV6_MULTICAST
 0xFF02

	)

77 

	#NEIGHBOR_SOLICITATION_SET
 0x40000000

	)

78 

	#NEIGHBOR_ROUTER_OVERRIDE_SET
 0xa0000000

	)

79 
	eicmpv6_l�k_�y�_Add�ss_ty�
 {

80 
	me_Sour�_L�k_Lay�_Add�ss
 = 1,

81 
	me_T�g�_L�k_Lay�_Add�ss
,

82 
	me_L�k_Lay�_Add�ss


88 
u�t8_t
 
is_mu�i��_�v6_addr
(u�t8_�
�v6
[]);

93 
	sicmpv6_p�t_add�ss
 {

94 
u�t32_t
 
	m�v6
[16];

95 
u�t64_t
 
	mmac_addr
;

101 
icmpv6_p�t_add�ss
 
	gicmpv6_p�t_add�s�s
[
RTE_MAX_ETHPORTS
];

103 

	#MAX_NUM_ICMPv6_ENTRIES
 64

	)

104 
�e_mbuf
 *
	glib_icmpv6_pkt
;

113 
�o�ss_icmpv6_pkt
(
�e_mbuf
 *
pkt
, 
l2_phy_��r��_t
 *
p�t
);

	@VIL/l2l3_stack/main_l2l3.c

17 #i�de�
__INCLUDE_MAIN__


18 

	#__INCLUDE_MAIN_H__


	)

20 
	~<�dio.h
>

21 
	~<�dlib.h
>

22 
	~<�d�t.h
>

23 
	~<��y�s.h
>

24 
	~<sys/ty�s.h
>

25 
	~<�r�g.h
>

26 
	~<sys/queue.h
>

27 
	~<�d�g.h
>

28 
	~<��o.h
>

29 
	~<g��t.h
>

30 
	~<sig�l.h
>

31 
	~<�dbo�.h
>

33 
	~<�e_comm�.h
>

34 
	~<�e_ve�.h
>

35 
	~<�e_by��d�.h
>

36 
	~<�e_log.h
>

37 
	~<�e_mem�y.h
>

38 
	~<�e_mem�y.h
>

39 
	~<�e_memz�e.h
>

40 
	~<�e_�l.h
>

41 
	~<�e_�r_lc�e.h
>

42 
	~<�e_�unch.h
>

43 
	~<�e_�omic.h
>

44 
	~<�e_cy�es.h
>

45 
	~<�e_�e�tch.h
>

46 
	~<�e_lc�e.h
>

47 
	~<�e_�r_lc�e.h
>

48 
	~<�e_b�nch_�edi�i�.h
>

49 
	~<�e_���u�s.h
>

50 
	~<�e_pci.h
>

51 
	~<�e_�ndom.h
>

52 
	~<�e_debug.h
>

53 
	~<�e_�h�.h
>

54 
	~<�e_�hdev.h
>

55 
	~<�e_r�g.h
>

56 
	~<�e_mempo�.h
>

57 
	~<�e_mbuf.h
>

58 
	~<�e_�.h
>

59 
	~<�e_t�.h
>

60 
	~<�e_udp.h
>

61 
	~<�e_�r�g_�s.h
>

62 
	~<�e_�u�ags.h
>

63 
	~<�e_tim�.h
>

64 
	~"lib_�p.h
"

65 
	~"l2_��o.h
"

66 
	~"��r��.h
"

67 
	~"l3fwd_comm�.h
"

68 
	~"l3fwd_�m4.h
"

69 
	~"l3fwd_�m6.h
"

70 

	#TIMER_RESOLUTION_CYCLES
 20000000ULL

	)

71 
	glc�e_id
 = 1;

72 
c�v�t_��r_to_num�ic
();

73 
sockaddr_�
 
	g�addr1
, 
	g�addr2
, 
	g�addr3
, 
	g�addr4
;

74 
u�t8_t
 
	g�v6_addr0
[16] = {

78 
u�t8_t
 
	g�v6_addr1
[16] = {

83 
p�t_c�fig_t
 
	gp�tc�f
[5] = {

85 .
p�t_id
 = 0,

86 .
	g�x_queue
 = 1,

87 .
	g�x_queue
 = 1,

88 .
	g��e
 = 1,

89 .
	g�omisc
 = 1,

90 .
	gmempo�
 = {

91 .
buf�r_size
 = 2048 + (
�e_mbuf
) +

92 
RTE_PKTMBUF_HEADROOM
,

93 .
	gpo�_size
 = 32 * 1024,

94 .
	g�che_size
 = 256,

95 .
	g�u_sock�_id
 = 0,

97 .
	gp�t_c�f
 = {

98 .
l�k_��ds
 = 0,

99 .
	grxmode
 = {

100 .
mq_mode
 = 
ETH_MQ_RX_NONE
,

101 .
	gh�d�_�l�
 = 0,

102 .
	ghw_�_checksum
 = 0,

103 .
	ghw_v�n_f��r
 = 0,

104 .
	ghw_v�n_�r�
 = 0,

105 .
	ghw_v�n_ex�nd
 = 0,

106 .
	gjumbo_�ame
 = 0,

107 .
	ghw_�r�_�c
 = 0,

108 .
	g�ab�_s���
 = 0,

109 .
	gmax_rx_pkt_�n
 = 9000,

110 .
	g�l�_hdr_size
 = 0,

112 
	g_adv_c�f
 = {

113 .
rss_c�f
 = {

114 .
rss_key
 = 
NULL
,

115 .
	grss_key_�n
 = 40,

116 .
	grss_hf
 = 0,

119 .
	gtxmode
 = {

120 .
mq_mode
 = 
ETH_MQ_TX_NONE
,},

121 .
	g�bk_mode
 = 0,

122 .
	g��_c�f
 = {

123 .
lsc
 = 1,

127 .
	grx_c�f
 = {

128 .
rx_th�sh
 = {

129 .
�h�sh
 = 8,

130 .
	ghth�sh
 = 8,

131 .
	gwth�sh
 = 4,

133 .
	grx_�_th�sh
 = 64,

134 .
	grx_dr�_�
 = 0,

135 .
	grx_de�ed_��t
 = 0,

137 .
	gtx_c�f
 = {

138 .
tx_th�sh
 = {

139 .
�h�sh
 = 36,

140 .
	ghth�sh
 = 0,

141 .
	gwth�sh
 = 0, =

143 .
	gtx_rs_th�sh
 = 0,

144 .
	gtx_�_th�sh
 = 0,

145 .
	gtxq_�ags
 = 
ETH_TXQ_FLAGS_NOMULTSEGS
 | 
ETH_TXQ_FLAGS_NOOFFLOADS
,

146 .
	gtx_de�ed_��t
 = 0,

150 .
	gp�t_id
 = 1,

151 .
	g�x_queue
 = 1,

152 .
	g�x_queue
 = 1,

153 .
	g��e
 = 1,

154 .
	g�omisc
 = 1,

155 .
	gmempo�
 = {

156 .
buf�r_size
 = 2048 + (
�e_mbuf
) +

157 
RTE_PKTMBUF_HEADROOM
,

158 .
	gpo�_size
 = 32 * 1024,

159 .
	g�che_size
 = 256,

160 .
	g�u_sock�_id
 = 0,

162 .
	gp�t_c�f
 = {

163 .
l�k_��ds
 = 0,

164 .
	grxmode
 = {

165 .
mq_mode
 = 
ETH_MQ_RX_NONE
,

166 .
	gh�d�_�l�
 = 0,

167 .
	ghw_�_checksum
 = 0,

168 .
	ghw_v�n_f��r
 = 0,

169 .
	ghw_v�n_�r�
 = 0,

170 .
	ghw_v�n_ex�nd
 = 0,

171 .
	gjumbo_�ame
 = 0,

172 .
	ghw_�r�_�c
 = 0,

173 .
	g�ab�_s���
 = 0,

174 .
	gmax_rx_pkt_�n
 = 9000,

175 .
	g�l�_hdr_size
 = 0,

177 
	g_adv_c�f
 = {

178 .
rss_c�f
 = {

179 .
rss_key
 = 
NULL
,

180 .
	grss_key_�n
 = 40,

181 .
	grss_hf
 = 0,

184 .
	gtxmode
 = {

185 .
mq_mode
 = 
ETH_MQ_TX_NONE
,},

186 .
	g�bk_mode
 = 0,

187 .
	g��_c�f
 = {

188 .
lsc
 = 1,

192 .
	grx_c�f
 = {

193 .
rx_th�sh
 = {

194 .
�h�sh
 = 8,

195 .
	ghth�sh
 = 8,

196 .
	gwth�sh
 = 4,

198 .
	grx_�_th�sh
 = 64,

199 .
	grx_dr�_�
 = 0,

200 .
	grx_de�ed_��t
 = 0,

202 .
	gtx_c�f
 = {

203 .
tx_th�sh
 = {

204 .
�h�sh
 = 36,

205 .
	ghth�sh
 = 0,

206 .
	gwth�sh
 = 0, =

208 .
	gtx_rs_th�sh
 = 0,

209 .
	gtx_�_th�sh
 = 0,

210 .
	gtxq_�ags
 = 
ETH_TXQ_FLAGS_NOMULTSEGS
 | 
ETH_TXQ_FLAGS_NOOFFLOADS
,

211 .
	gtx_de�ed_��t
 = 0,

216 
__��ibu�__
 ((
nܑu�
))

217 
lc�e_ma�lo�
 (
__��ibu�__
 ((
unu�d
))

218 *
�g
)

220 
l2_phy_��r��_t
 *
	gp�t
;

221 
�t8_t
 
	gp�tid
;

222 
�e_mbuf
 *
	gpkts_bur�
[
IFM_BURST_SIZE
];

223 
u�t32_t
 
	gnb_tx
, 
	gnb_rx
;

224 cڡ 
u�t64_t
 
	gd��_tsc
 =

225 (
�e_g�_tsc_hz
(�+ 
US_PER_S
 - 1�/ US_PER_S * 
BURST_TX_DRAIN_US
;

226 
u�t64_t
 
	g�ev_tsc
 = 0, 
	gcur_tsc
, 
	gdiff_tsc
;

228 
	gp�t
 = 
ifm_g�_f��_p�t
();

229 
	gp�t
 !�
NULL
) {

230 
�e_tim�_m�age
();

231 
	gp�tid
 = 
p�t
->
pmdid
;

232 
	gcur_tsc
 = 
�e_rdtsc
();

233 
	gdiff_tsc
 = 
cur_tsc
 - 
�ev_tsc
;

236 i�(
u�ik�y
(
diff_tsc
 > 
d��_tsc
)) {

237 i�(
	gp�t
->
	gtx_buf_�n
 > 0) {

238 
RTE_SET_USED
(
nb_tx
);

241 
	gp�t
->
	gtx_buf_�n
 = 0;

243 
	g�ev_tsc
 = 
cur_tsc
;

245 
	gnb_rx
 = 
p�t
->
���ve_bulk_pkts
(
p�tid
, 0, 
pkts_bur�
);

246 
	gp�t
->
	gn_rxpkts
 +�
nb_rx
;

247 
��oc�_h�d�r_�cv
(
pkts_bur�
, 
nb_rx
, 
p�t
);

248 
	gp�t
 = 
ifm_g�_�xt_p�t
(
p�tid
);

249 i�(
	gp�t
 !�
NULL
)

250 
�ev_tsc
 = 
cur_tsc
;

255 
	$c�v�t_��r_to_num�ic
()

257 
	`mem�t
(&
�addr1
, '\0', (
sockaddr_�
));

258 
�addr1
.
s�_addr
.
s_addr
 = 
	`��_addr
("30.0.0.10");

259 
	`mem�t
(&
�addr2
, '\0', (
sockaddr_�
));

260 
�addr2
.
s�_addr
.
s_addr
 = 
	`��_addr
("120.0.0.10");

261 
	}
}

263 
	$ma�
(
�gc
, **
�gv
)

265 
�t
 = 0;

267 
�t
 = 
	`�e_�l_��
(
�gc
, 
�gv
);

268 i�(
�t
 < 0)

269 
	`�e_ex�
(
EXIT_FAILURE
, "Invalid EAL�arameters\n");

272 
	`ifm_��
();

273 
	`ifm_c�figu�_p�ts
(
p�tc�f
);

278 
	`ifm_add_�v6_p�t
(0, 
�v6_addr0
, 96);

279 
	`ifm_add_�v6_p�t
(1, 
�v6_addr1
, 96);

280 
	`��t_��r��_d�a�s
();

283 
	`l3fwd_��
();

284 
	`���_�p_�b�
();

285 
	`���_nd_�b�
();

286 
	`p�uϋ_�m_rou�s
();

289 
ii
;

290 
ii
 = 0; ii < 16; ii += 2) {

291 
	`��tf
("%02X%02X ", 
�v6_addr0
[
ii
], ipv6_addr0[ii + 1]);

293 
	`��tf
("\n");

294 
ii
 = 0; ii < 16; ii += 2) {

295 
	`��tf
("%02X%02X ", 
�v6_addr1
[
ii
], ipv6_addr1[ii + 1]);

297 
	`��tf
("REMOTE LAUNCH STARTED........\n");

298 
	`�e_�l_�m�e_�unch
(
lc�e_ma�lo�
, 
NULL
, 
lc�e_id
);

299 
	`��tf
("REMOTE LAUNCH DONE.......\n");

300 i�(
	`�e_�l_wa�_lc�e
(
lc�e_id
) < 0) {

303 
	}
}

	@VIL/l2l3_stack/tsx.c

17 
	~<imm���.h
>

18 
	~<�dlib.h
>

19 
	~<�dio.h
>

20 
	~<time.h
>

21 
	~<�d�t.h
>

22 
	~"�e_�omic.h
"

23 
	~"tsx.h
"

24 
	gmax_���s
 = 3;

27 
	$run_�uid
 (
u�t32_t
 
�x
, u�t32_�
ecx
, u�t32_�*
abcd
)

29 
u�t32_t
 
ebx
 = 0, 
edx
 = 0;

31 #i�
	`def�ed
(
__i386__
�&& def�ed (
__PIC__
)

33 
	`__asm__
 ("mov�%%ebx, %%ed�\n\��uid \n\�xchg�%%ebx, %%edi":"=D" (
ebx
),

35 
	`__asm__
 ("�uid":"+b" (
ebx
),

37 "+a" (
�x
), "+c" (
ecx
), "=d" (
edx
));

38 
abcd
[0] = 
�x
;

39 
abcd
[1] = 
ebx
;

40 
abcd
[2] = 
ecx
;

41 
abcd
[3] = 
edx
;

42 
	}
}

45 
	$check_x�0_ymm
 ()

47 
u�t32_t
 
x�0
;

48 
	`__asm__
 ("xg�bv" : "�" (
x�0
) : "c" (0) : "%edx");

49  ((
x�0
 & 6) == 6);

50 
	}
}

53 
	$check_4th_g�_��l_c�e_�u�s
 ()

55 
u�t32_t
 
abcd
[4];

56 
u�t32_t
 
fma_movbe_osx�ve_mask
 = ((1 << 12) | (1 << 22) | (1 << 27));

57 
u�t32_t
 
avx2_bmi12_mask
 = (1 << 5) | (1 << 3) | (1 << 8);

62 
	`run_�uid
 (1, 0, 
abcd
);

63 i�((
abcd
[2] & 
fma_movbe_osx�ve_mask
) != fma_movbe_osxsave_mask) {

64 
	`��tf
 ("Failing in if cond-1\n");

67 i�(!
	`check_x�0_ymm
 ()) {

68 
	`��tf
 ("Failing in if cond-2\n");

75 
	`run_�uid
 (7, 0, 
abcd
);

76 i�((
abcd
[1] & 
avx2_bmi12_mask
) !=�vx2_bmi12_mask) {

77 
	`��tf
 ("Failing in if cond-3\n");

81 
	`run_�uid
 (0x80000001, 0, 
abcd
);

82 i�((
abcd
[2] & (1 << 5)) == 0) {

83 
	`��tf
 ("Failing in if cond-4\n");

87 
	`run_�uid
 (7, 0, 
abcd
);

88 i�((
abcd
[1] & (1 << 11)) == 0) {

89 
	`��tf
 ("Failing in if cond-5\n");

93 
	`run_�uid
 (7, 0, 
abcd
);

94 i�((
abcd
[1] & (1 << 4)) == 0) {

95 
	`��tf
 ("Failing in if cond-6\n");

99 
	}
}

102 
	$�n_u�_��l_c�e_4th_g�_�u�s
 ()

104 
the_4th_g�_�u�s_ava�ab�
 = -1;

106 i�(
the_4th_g�_�u�s_ava�ab�
 < 0)

107 
the_4th_g�_�u�s_ava�ab�
 = 
	`check_4th_g�_��l_c�e_�u�s
 ();

108  
the_4th_g�_�u�s_ava�ab�
;

109 
	}
}

112 
	$�m_��
 ()

114 
�b܋d
 = (
�e_�omic64_t
�
	`RTE_ATOMIC64_INIT
 (0);

117 
	}
} 

119 
	$�m_lock
 ()

121 
đr�s
 = 0;

123 ++
đr�s
;

124 
��us
 = 
	`_xbeg�
 ();

125 i�(
��us
 =�
_XBEGIN_STARTED
) {

126 i�(!
	`is_h�_locked
 ())

130 
	`_xab�t
 (0xff);

133 
	`�e_�omic64_�c
 (&
�b܋d
);

134 
��tf


136 
đr�s
, 
��us
);

138 i�((
��us
 & 
_XABORT_EXPLICIT
)

139 && 
	`_XABORT_CODE
 (
��us
�=�0xf�&& !(��u�& 
_XABORT_NESTED
)) {

140 
	`is_h�_locked
 ())

141 
	`_mm_�u�
 ();

143 i�(!(
��us
 & 
_XABORT_RETRY
))

145 i�(
đr�s
 >�
max_���s
)

148 
	`h�_lock
 ();

150 
	}
}

153 
	$�m_u�ock
 ()

155 i�(
	`is_h�_locked
 ())

156 
	`h�_��a�
 ();

159 
	`_x�d
 ();

161 
	}
}

164 
	$is_�m_locked
 ()

166  ((�
	`_x��
 ());

167 
	}
}

	@VIL/l2l3_stack/tsx.h

16 #i�de�
_TSX_H_


17 

	#_RSX_H_


	)

18 
	~<�e_�omic.h
>

19 

	#TRUE
 1

	)

20 

	#FALSE
 0

	)

22 vީ��
	gmu�x_v�
;

24 
�e_�omic64_t
 
	g�b܋d
;

26 
h�_��
();

27 
h�_lock
();

28 
h�_��a�
();

29 
is_h�_locked
();

31 
�m_��
();

32 
�m_lock
();

33 
�m_u�ock
();

34 
is_�m_locked
();

36 
�n_u�_��l_c�e_4th_g�_�u�s
();

	@VIL/pipeline_arpicmp/pipeline_arpicmp.c

17 
	~<cmdl�e_�r�.h
>

18 
	~<cmdl�e_�r�_num.h
>

19 
	~<cmdl�e_�r�_�r�g.h
>

20 
	~<cmdl�e_�r�_�addr.h
>

21 
	~<cmdl�e_�r�_�h�addr.h
>

23 
	~"�p.h
"

24 
	~"p���e_comm�_�.h
"

25 
	~"p���e_�picmp_be.h
"

26 
	~"p���e_�picmp.h
"

27 
	~"vnf_comm�.h
"

29 
	~"�p.h
"

30 
	~"vnf_comm�.h
"

31 #i�de�
VNF_ACL


32 
	~"lib_�p.h
"

35 
	~<�e_�.h
>

36 
	~<�e_udp.h
>

37 
	~<�e_�r�g_�s.h
>

39 
u�t16_t
 
	gv�bo�_�v�
 = 1;

40 
u�t16_t
 
	gnb_pkt_�r_bur�
 = 
DEF_PKT_BURST
;

46 #ifde�
__GCC__


47 

	#RTE_BE_TO_CPU_16
(
be_16_v
�
	`�e_be_to_�u_16
((be_16_v))

	)

48 

	#RTE_CPU_TO_BE_16
(
�u_16_v
�
	`�e_�u_to_be_16
((�u_16_v))

	)

50 #i�
RTE_BYTE_ORDER
 =�
RTE_BIG_ENDIAN


51 

	#RTE_BE_TO_CPU_16
(
be_16_v
�(be_16_v)

	)

52 

	#RTE_CPU_TO_BE_16
(
�u_16_v
�(�u_16_v)

	)

54 

	#RTE_BE_TO_CPU_16
(
be_16_v
) \

55 ((
u�t16_t
�((((
be_16_v
�& 0xFF�<< 8�| ((be_16_v�>> 8)))

	)

56 

	#RTE_CPU_TO_BE_16
(
�u_16_v
) \

57 ((
u�t16_t
�((((
�u_16_v
�& 0xFF�<< 8�| ((�u_16_v�>> 8)))

	)

65 
	scmd_�p_add_�su�
 {

66 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

67 
u�t32_t
 
	mp
;

68 
cmdl�e_fixed_�r�g_t
 
	m��dd_�r�g
;

69 
u�t32_t
 
	mp�t_id
;

70 
cmdl�e_�addr_t
 
	m�
;

71 
�h�_addr
 
	mma�ddr
;

76 
	$cmd_�p_add_�r�d
(*
�r�d_�su�
,

77 
__�e_unu�d
 
cmdl�e
 *
�
, __�e_unu�d *
d�a
)

79 
cmd_�p_add_�su�
 *
��ms
 = 
�r�d_�su�
;

80 
u�t8_t
 
�v6
[16];

83 
p���e_�p_icmp_�p_key
 
key
;

84 
key
.
ty�
 = 
PIPELINE_ARP_ICMP_ARP_IPV4
;

85 
key
.key.
�v4
.
p�t_id
 = 
��ms
->port_id;

86 
key
.key.
�v4
.
�
 = 
	`�e_�u_to_be_32
(
��ms
->�.
addr
.�v4.
s_addr
);

87 
	`p�uϋ_�p_��y
(&
�q
->
ma�ddr
, 
	`�e_bsw�32
�eq->
key
.key.
�v4
.
�
),

88 
�q
->
key
.key.
�v4
.
p�t_id
);

90 i�(
��ms
->
�
.
�m�y
 =�
AF_INET
) {

91 
	`p�uϋ_�p_��y
(&
��ms
->
ma�ddr
,

92 
	`�e_�u_to_be_32
(
��ms
->
�
.
addr
.

93 
�v4
.
s_addr
),

94 
��ms
->
p�t_id


95 #i�de�
VNF_ACL


96 , 
STATIC_ARP


100 
	`mem�y
(
�v6
, 
��ms
->
�
.
addr
.�v6.
s6_addr
, 16);

101 
	`p�uϋ_nd_��y
(&
��ms
->
ma�ddr
, 
�v6
,��ams->
p�t_id


102 #i�de�
VNF_ACL


103 , 
STATIC_ND


107 
	}
}

109 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_add_p_�r�g
 =

110 
TOKEN_STRING_INITIALIZER
(
cmd_�p_add_�su�
, 
p_�r�g
,

113 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_add_p
 =

114 
TOKEN_NUM_INITIALIZER
(
cmd_�p_add_�su�
, 
p
, 
UINT32
);

116 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_add_�p_�r�g
 =

117 
TOKEN_STRING_INITIALIZER
(
cmd_�p_add_�su�
, 
��dd_�r�g
, "arpadd");

119 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_add_p�t_id
 =

120 
TOKEN_NUM_INITIALIZER
(
cmd_�p_add_�su�
, 
p�t_id
, 
UINT32
);

122 
cmdl�e_�r�_tok�_�addr_t
 
	gcmd_�p_add_�
 =

123 
TOKEN_IPADDR_INITIALIZER
(
cmd_�p_add_�su�
, 
�
);

125 
cmdl�e_�r�_tok�_�h�addr_t
 
	gcmd_�p_add_ma�ddr
 =

126 
TOKEN_ETHERADDR_INITIALIZER
(
cmd_�p_add_�su�
, 
ma�ddr
);

128 
cmdl�e_�r�_��_t
 
	gcmd_�p_add
 = {

129 .
f
 = 
cmd_�p_add_�r�d
,

130 .
	gd�a
 = 
NULL
,

131 .
	gh�p_�r
 = "ARP�dd",

132 .
	gtok�s
 = {

133 (*)&
cmd_�p_add_p_�r�g
,

134 (*)&
cmd_�p_add_p
,

135 (*)&
cmd_�p_add_�p_�r�g
,

136 (*)&
cmd_�p_add_p�t_id
,

137 (*)&
cmd_�p_add_�
,

138 (*)&
cmd_�p_add_ma�ddr
,

139 
NULL
,

147 
	scmd_�p_d�_�su�
 {

148 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

149 
u�t32_t
 
	mp
;

150 
cmdl�e_fixed_�r�g_t
 
	m�p_�r�g
;

151 
u�t32_t
 
	mp�t_id
;

152 
cmdl�e_�addr_t
 
	m�
;

156 
	$cmd_�p_d�_�r�d
(*
�r�d_�su�
,

157 
__�e_unu�d
 
cmdl�e
 *
�
, __�e_unu�d *
d�a
)

159 
cmd_�p_d�_�su�
 *
��ms
 = 
�r�d_�su�
;

160 
u�t8_t
 
�v6
[16];

163 
p���e_�p_icmp_�p_key
 
key
;

164 
key
.
ty�
 = 
PIPELINE_ARP_ICMP_ARP_IPV4
;

165 
key
.key.
�v4
.
�
 = 
	`�e_�u_to_be_32
(
��ms
->�.
addr
.�v4.
s_addr
);

166 
key
.key.
�v4
.
p�t_id
 = 
��ms
->port_id;

167 
	`�move_�p_��y
(
	`�e_bsw�32
(
�q
->
key
.key.
�v4
.
�
),

168 
�q
->
key
.key.
�v4
.
p�t_id
);

170 i�(
��ms
->
�
.
�m�y
 =�
AF_INET
) {

171 
	`�move_�p_��y
(
	`�e_�u_to_be_32
(
��ms
->
�
.
addr
.
�v4
.
s_addr
),

172 
��ms
->
p�t_id


173 #i�de�
VNF_ACL


174 , 
NULL


178 
	`mem�y
(
�v6
, 
��ms
->
�
.
addr
.�v6.
s6_addr
, 16);

179 
	`�move_nd_��y_�v6
(
�v6
, 
��ms
->
p�t_id
);

181 
	}
}

183 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_d�_p_�r�g
 =

184 
TOKEN_STRING_INITIALIZER
(
cmd_�p_d�_�su�
, 
p_�r�g
,

187 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_d�_p
 =

188 
TOKEN_NUM_INITIALIZER
(
cmd_�p_d�_�su�
, 
p
, 
UINT32
);

190 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_d�_�p_�r�g
 =

191 
TOKEN_STRING_INITIALIZER
(
cmd_�p_d�_�su�
, 
�p_�r�g
, "arpdel");

193 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_d�_p�t_id
 =

194 
TOKEN_NUM_INITIALIZER
(
cmd_�p_d�_�su�
, 
p�t_id
, 
UINT32
);

196 
cmdl�e_�r�_tok�_�addr_t
 
	gcmd_�p_d�_�
 =

197 
TOKEN_IPADDR_INITIALIZER
(
cmd_�p_d�_�su�
, 
�
);

199 
cmdl�e_�r�_��_t
 
	gcmd_�p_d�
 = {

200 .
f
 = 
cmd_�p_d�_�r�d
,

201 .
	gd�a
 = 
NULL
,

202 .
	gh�p_�r
 = "ARP delete",

203 .
	gtok�s
 = {

204 (*)&
cmd_�p_d�_p_�r�g
,

205 (*)&
cmd_�p_d�_p
,

206 (*)&
cmd_�p_d�_�p_�r�g
,

207 (*)&
cmd_�p_d�_p�t_id
,

208 (*)&
cmd_�p_d�_�
,

209 
NULL
,

220 
	$cmd_�p_�q_�r�d
(*
�r�d_�su�
,

221 
__�e_unu�d
 
cmdl�e
 *
�
, __�e_unu�d *
d�a
)

223 
cmd_�p_d�_�su�
 *
��ms
 = 
�r�d_�su�
;

226 
�p_key_�v4
 
key
;

232 
key
.
�
 = 
	`�e_�u_to_be_32
(
��ms
->�.
addr
.
�v4
.
s_addr
);

233 
key
.
p�t_id
 = 
��ms
->port_id;

234 
key
.
f��r1
 = 0;

235 
key
.
f��r2
 = 0;

236 
key
.
f��r3
 = 0;

238 
�p_��y_d�a
 *
�p_d�a
 = 
	`���ve_�p_��y
(
key
);

240 i�(
�p_d�a
) {

241 i�(
ARPICMP_DEBUG
)

242 
	`��tf
("ARP�ntry�xists for ip 0x%x,�ort %d\n",

243 
��ms
->
�
.
addr
.
�v4
.
s_addr
,��ams->
p�t_id
);

247 i�(
ARPICMP_DEBUG
)

248 
	`��tf
("ARP -�equesting�rp for ip 0x%x,�ort %d\n",

249 
��ms
->
�
.
addr
.
�v4
.
s_addr
,��ams->
p�t_id
);

251 #ifde�
VNF_ACL


252 
	`�que�_�p_w�p
(
��ms
->
p�t_id
,��ams->
�
.
addr
.
�v4
.
s_addr
);

254 
	`�que�_�p
(
��ms
->
p�t_id
,��ams->
�
.
addr
.
�v4
.
s_addr
);

257 
	}
}

259 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_�q_�r�g
 =

260 
TOKEN_STRING_INITIALIZER
(
cmd_�p_d�_�su�
, 
�p_�r�g
, "arpreq");

262 
cmdl�e_�r�_��_t
 
	gcmd_�p_�q
 = {

263 .
f
 = 
cmd_�p_�q_�r�d
,

264 .
	gd�a
 = 
NULL
,

265 .
	gh�p_�r
 = "ARP�equest",

266 .
	gtok�s
 = {

267 (*)&
cmd_�p_d�_p_�r�g
,

268 (*)&
cmd_�p_d�_p
,

269 (*)&
cmd_�p_�q_�r�g
,

270 (*)&
cmd_�p_d�_p�t_id
,

271 (*)&
cmd_�p_d�_�
,

272 
NULL
,

283 
	$cmd_icmp_echo_�q_�r�d
(*
�r�d_�su�
,

284 
__�e_unu�d
 
cmdl�e
 *
�
,

285 
__�e_unu�d
 *
d�a
)

287 
cmd_�p_d�_�su�
 *
��ms
 = 
�r�d_�su�
;

289 i�(
ARPICMP_DEBUG
)

290 
	`��tf
("Echo Req Handler ip %x,�ort %d\n",

291 
��ms
->
�
.
addr
.
�v4
.
s_addr
,��ams->
p�t_id
);

293 
	`�que�_echo
(
��ms
->
p�t_id
,��ams->
�
.
addr
.
�v4
.
s_addr
);

294 
	}
}

296 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_icmp_echo_�q_�r�g
 =

297 
TOKEN_STRING_INITIALIZER
(
cmd_�p_d�_�su�
, 
�p_�r�g
, "icmpecho");

299 
cmdl�e_�r�_��_t
 
	gcmd_icmp_echo_�q
 = {

300 .
f
 = 
cmd_icmp_echo_�q_�r�d
,

301 .
	gd�a
 = 
NULL
,

302 .
	gh�p_�r
 = "ICMP�cho�equest",

303 .
	gtok�s
 = {

304 (*)&
cmd_�p_d�_p_�r�g
,

305 (*)&
cmd_�p_d�_p
,

306 (*)&
cmd_icmp_echo_�q_�r�g
,

307 (*)&
cmd_�p_d�_p�t_id
,

308 (*)&
cmd_�p_d�_�
,

309 
NULL
,

317 
	scmd_�p_ls_�su�
 {

318 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

319 
u�t32_t
 
	mp
;

320 
cmdl�e_fixed_�r�g_t
 
	m�p_�r�g
;

324 
	$cmd_�p_ls_�r�d
(
__�e_unu�d
 *
�r�d_�su�
,

325 
__�e_unu�d
 
cmdl�e
 *
�
, __�e_unu�d *
d�a
)

327 
	`��tf
("\nARP�able ...\n");

328 
	`��tf
("-------------\n");

329 
	`��t_�p_�b�
();

331 
��tf


334 
	`��tf
("\nND IPv6�able:\n");

335 
	`��tf
("--------------\n");

336 
	`��t_nd_�b�
();

337 
	}
}

339 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_ls_p_�r�g
 =

340 
TOKEN_STRING_INITIALIZER
(
cmd_�p_ls_�su�
, 
p_�r�g
,

343 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_ls_p
 =

344 
TOKEN_NUM_INITIALIZER
(
cmd_�p_ls_�su�
, 
p
, 
UINT32
);

346 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_ls_�p_�r�g
 =

347 
TOKEN_STRING_INITIALIZER
(
cmd_�p_ls_�su�
, 
�p_�r�g
,

350 
cmdl�e_�r�_��_t
 
	gcmd_�p_ls
 = {

351 .
f
 = 
cmd_�p_ls_�r�d
,

352 .
	gd�a
 = 
NULL
,

353 .
	gh�p_�r
 = "ARP�ist",

354 .
	gtok�s
 = {

355 (*)&
cmd_�p_ls_p_�r�g
,

356 (*)&
cmd_�p_ls_p
,

357 (*)&
cmd_�p_ls_�p_�r�g
,

358 
NULL
,

366 
	scmd_show_p�ts_�fo_�su�
 {

367 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

368 
u�t32_t
 
	mp
;

369 
cmdl�e_fixed_�r�g_t
 
	m�p_�r�g
;

373 
	$cmd_show_p�ts_�fo_�r�d
(
__�e_unu�d
 *
�r�d_�su�
,

374 
__�e_unu�d
 
cmdl�e
 *
�
,

375 
__�e_unu�d
 *
d�a
)

377 
	`show_p�ts_�fo
();

378 
	}
}

380 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_show_p�ts_�fo_�r�g
 =

381 
TOKEN_STRING_INITIALIZER
(
cmd_�p_ls_�su�
, 
�p_�r�g
,

384 
cmdl�e_�r�_��_t
 
	gcmd_show_p�ts_�fo
 = {

385 .
f
 = 
cmd_show_p�ts_�fo_�r�d
,

386 .
	gd�a
 = 
NULL
,

387 .
	gh�p_�r
 = "show�orts info",

388 .
	gtok�s
 = {

389 (*)&
cmd_�p_ls_p_�r�g
,

390 (*)&
cmd_�p_ls_p
,

391 (*)&
cmd_show_p�ts_�fo_�r�g
,

392 
NULL
,

396 #i�de�
VNF_ACL


397 
	scmd_�p_dbg_�su�
 {

398 
cmdl�e_fixed_�r�g_t
 
	m�pdbg_�r
;

399 
u�t32_t
 
	m�ag
;

402 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_dbg_�r�g
 =

403 
TOKEN_STRING_INITIALIZER
(
cmd_�p_dbg_�su�
, 
�pdbg_�r
,

405 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_dbg_�ag
 =

406 
TOKEN_NUM_INITIALIZER
(
cmd_�p_dbg_�su�
, 
�ag
, 
UINT32
);

409 
cmd_�p_dbg_�r�
(

410 *
�r�d_�su�
,

411 
__��ibu�__
((
unu�d
)�
cmdl�e
 *
�
,

412 
__�e_unu�d
 *
d�a
)

414 
cmd_�p_dbg_�su�
 *
	g��ms
 = 
�r�d_�su�
;

415 if(
	g��ms
)

417 
�t_�pdebug
(
��ms
->
�ag
);

421 
��tf
("%s: P�am�i�NULL",
__FUNCTION__
);

425 
cmdl�e_�r�_��_t
 
	gcmd_�p_dbg
 = {

426 .
f
 = 
cmd_�p_dbg_�r�
,

427 .
	gd�a
 = 
NULL
,

428 .
	gh�p_�r
 = "Turn on/off(1/0)�rp debug",

429 .
	gtok�s
 = {

430 (*)&
cmd_�p_dbg_�r�g
,

431 (*)&
cmd_�p_dbg_�ag
,

432 
NULL
,

436 
	scmd_�p_tim�_�su�
 {

437 
cmdl�e_fixed_�r�g_t
 
	m��im�_�r
;

438 
u�t32_t
 
	m��im�_v�
;

441 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_tim�_�r�g
 =

442 
TOKEN_STRING_INITIALIZER
(
cmd_�p_tim�_�su�
, 
��im�_�r
,

444 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_tim�_v�
 =

445 
TOKEN_NUM_INITIALIZER
(
cmd_�p_tim�_�su�
, 
��im�_v�
, 
UINT32
);

448 
cmd_�p_tim�_�r�
(

449 *
�r�d_�su�
,

450 
__��ibu�__
((
unu�d
)�
cmdl�e
 *
�
,

451 
__�e_unu�d
 *
d�a
)

453 
cmd_�p_tim�_�su�
 *
	g��ms
 = 
�r�d_�su�
;

454 if(
	g��ms
)

456 
�t_��imeout
(
��ms
->
��im�_v�
);

460 
��tf
("%s: P�am�i�NULL",
__FUNCTION__
);

464 
cmdl�e_�r�_��_t
 
	gcmd_�p_tim�
 = {

465 .
f
 = 
cmd_�p_tim�_�r�
,

466 .
	gd�a
 = 
NULL
,

467 .
	gh�p_�r
 = "Timer�xpiry val by def 10 sec",

468 .
	gtok�s
 = {

469 (*)&
cmd_�p_tim�_�r�g
,

470 (*)&
cmd_�p_tim�_v�
,

471 
NULL
,

483 
	$pkt_bur�_io_f�w�d
(
fwd_��am
 *
fs
)

485 
�e_mbuf
 *
pkts_bur�
[
MAX_PKT_BURST
];

486 
u�t16_t
 
nb_rx
;

487 
u�t16_t
 
nb_tx
;

489 #ifde�
RTE_TEST_PMD_RECORD_CORE_CYCLES


490 
u�t64_t
 
��t_tsc
;

491 
u�t64_t
 
�d_tsc
;

492 
u�t64_t
 
c�e_cy�es
;

495 #ifde�
RTE_TEST_PMD_RECORD_CORE_CYCLES


496 
��t_tsc
 = 
	`�e_rdtsc
();

502 
nb_rx
 = 
	`�e_�h_rx_bur�
(
fs
->
rx_p�t
, fs->
rx_queue
, 
pkts_bur�
,

503 
nb_pkt_�r_bur�
);

504 i�(
	`u�ik�y
(
nb_rx
 == 0))

507 #ifde�
RTE_TEST_PMD_RECORD_BURST_STATS


508 
fs
->
rx_bur�_��s
.
pkt_bur�_��ad
[
nb_rx
]++;

511 
fs
->
rx_�ck�s
 +�
nb_rx
;

512 
nb_tx
 = 
	`�e_�h_tx_bur�
(
fs
->
tx_p�t
, fs->
tx_queue
, 
pkts_bur�
, 
nb_rx
);

513 
fs
->
tx_�ck�s
 +�
nb_tx
;

515 #ifde�
RTE_TEST_PMD_RECORD_BURST_STATS


516 
fs
->
tx_bur�_��s
.
pkt_bur�_��ad
[
nb_tx
]++;

519 i�(
	`u�ik�y
(
nb_tx
 < 
nb_rx
)) {

520 
fs
->
fwd_drݳd
 +�(
nb_rx
 - 
nb_tx
);

522 
	`�e_pktmbuf_�
(
pkts_bur�
[
nb_tx
]);

523 } ++
nb_tx
 < 
nb_rx
);

526 #ifde�
RTE_TEST_PMD_RECORD_CORE_CYCLES


527 
�d_tsc
 = 
	`�e_rdtsc
();

528 
c�e_cy�es
 = (
�d_tsc
 - 
��t_tsc
);

529 
fs
->
c�e_cy�es
 = (
u�t64_t
) (fs->core_cycles + core_cycles);

531 
	}
}

534 
fwd_�g�e
 
	gio_fwd_�g�e
 = {

535 .
fwd_mode_�me
 = "io",

536 .
	gp�t_fwd_beg�
 = 
NULL
,

537 .
	gp�t_fwd_�d
 = 
NULL
,

538 .
	g�ck�_fwd
 = 
pkt_bur�_io_f�w�d
,

541 
�l�e
 
	$��t_�h�_addr
(

542 cڡ *
wh�
,

543 
�h�_addr
 *
�h_addr
)

545 
buf
[
ETHER_ADDR_FMT_SIZE
];

546 
	`�h�_f�m�_addr
(
buf
, 
ETHER_ADDR_FMT_SIZE
, 
�h_addr
);

547 
	`��tf
("%s%s", 
wh�
, 
buf
);

548 
	}
}

554 
	$pkt_bur�_��ive
(
fwd_��am
 *
fs
)

556 
�e_mbuf
 *
pkts_bur�
[
MAX_PKT_BURST
];

557 
�e_mbuf
 *
mb
;

558 
�h�_hdr
 *
�h_hdr
;

559 
u�t16_t
 
�h_ty�
;

560 
u�t64_t
 
�_�ags
;

561 
u�t16_t
 
nb_rx
;

562 
u�t16_t
 
i
, 
�ck�_ty�
;

563 
u�t16_t
 
is_��psu�ti�
;

565 #ifde�
RTE_TEST_PMD_RECORD_CORE_CYCLES


566 
u�t64_t
 
��t_tsc
;

567 
u�t64_t
 
�d_tsc
;

568 
u�t64_t
 
c�e_cy�es
;

571 #ifde�
RTE_TEST_PMD_RECORD_CORE_CYCLES


572 
��t_tsc
 = 
	`�e_rdtsc
();

578 
nb_rx
 = 
	`�e_�h_rx_bur�
(
fs
->
rx_p�t
, fs->
rx_queue
, 
pkts_bur�
,

579 
nb_pkt_�r_bur�
);

580 i�(
	`u�ik�y
(
nb_rx
 == 0))

583 #ifde�
RTE_TEST_PMD_RECORD_BURST_STATS


584 
fs
->
rx_bur�_��s
.
pkt_bur�_��ad
[
nb_rx
]++;

587 
fs
->
rx_�ck�s
 +�
nb_rx
;

592 i�(
v�bo�_�v�
 > 0)

593 
	`��tf
("port %u/queue %u:�eceived %u�ackets\n",

594 (�
fs
->
rx_p�t
,

595 (�
fs
->
rx_queue
,

596 (�
nb_rx
);

597 
i
 = 0; i < 
nb_rx
; i++) {

598 
mb
 = 
pkts_bur�
[
i
];

599 i�(
v�bo�_�v�
 == 0) {

600 
	`�e_pktmbuf_�
(
mb
);

603 
�h_hdr
 = 
	`�e_pktmbuf_mtod
(
mb
, 
�h�_hdr
 *);

604 
�h_ty�
 = 
	`RTE_BE_TO_CPU_16
(
�h_hdr
->
�h�_ty�
);

605 
�_�ags
 = 
mb
->ol_flags;

606 
�ck�_ty�
 = 
mb
->packet_type;

607 
is_��psu�ti�
 = 
	`RTE_ETH_IS_TUNNEL_PKT
(
�ck�_ty�
);

609 
	`��t_�h�_addr
(" src=", &
�h_hdr
->
s_addr
);

610 
	`��t_�h�_addr
(" - d�=", &
�h_hdr
->
d_addr
);

611 
	`��tf
(" -�ype=0x%04x -�ength=%u -�b_segs=%d",

612 
�h_ty�
, (�
mb
->
pkt_�n
,

613 ()
mb
->
nb_�gs
);

614 i�(
�_�ags
 & 
PKT_RX_RSS_HASH
) {

615 
	`��tf
(" - RSS hash=0x%x", ()

616 
mb
->
hash
.
rss
);

617 
	`��tf
(" - RSS queue=0x%x", ()

618 
fs
->
rx_queue
);

619 } i�(
�_�ags
 & 
PKT_RX_FDIR
) {

620 
	`��tf
(" - FDIR matched ");

621 i�(
�_�ags
 & 
PKT_RX_FDIR_ID
)

622 
	`��tf
("ID=0x%x",

623 
mb
->
hash
.
fd�
.
hi
);

624 i�(
�_�ags
 & 
PKT_RX_FDIR_FLX
)

625 
	`��tf
("flex bytes=0x%08x %08x",

626 
mb
->
hash
.
fd�
.
hi
, mb->hash.fd�.
lo
);

628 
	`��tf
("hash=0x%x ID=0x%x ",

629 
mb
->
hash
.
fd�
.hash, mb->hash.fd�.
id
);

631 i�(
�_�ags
 & 
PKT_RX_VLAN_PKT
)

632 
	`��tf
(" - VLAN�ci=0x%x", 
mb
->
v�n_tci
);

633 i�(
�_�ags
 & 
PKT_RX_QINQ_PKT
)

634 
	`��tf
(" - QinQ VLAN�ci=0x%x, VLAN�ci outer=0x%x",

635 
mb
->
v�n_tci
, mb->
v�n_tci_ou�r
);

636 i�(
mb
->
�ck�_ty�
) {

637 
u�t32_t
 
�y�
;

640 
�y�
 = 
mb
->
�ck�_ty�
 & 
RTE_PTYPE_L2_MASK
;

641 
�y�
) {

642 
RTE_PTYPE_L2_ETHER
:

643 
	`��tf
(" - (outer) L2�ype: ETHER");

645 
RTE_PTYPE_L2_ETHER_TIMESYNC
:

646 
	`��tf
(" - (outer) L2�ype: ETHER_Timesync");

648 
RTE_PTYPE_L2_ETHER_ARP
:

649 
	`��tf
(" - (outer) L2�ype: ETHER_ARP");

651 
RTE_PTYPE_L2_ETHER_LLDP
:

652 
	`��tf
(" - (outer) L2�ype: ETHER_LLDP");

655 
	`��tf
(" - (outer) L2�ype: Unknown");

660 
�y�
 = 
mb
->
�ck�_ty�
 & 
RTE_PTYPE_L3_MASK
;

661 
�y�
) {

662 
RTE_PTYPE_L3_IPV4
:

663 
	`��tf
(" - (outer) L3�ype: IPV4");

665 
RTE_PTYPE_L3_IPV4_EXT
:

666 
	`��tf
(" - (outer) L3�ype: IPV4_EXT");

668 
RTE_PTYPE_L3_IPV6
:

669 
	`��tf
(" - (outer) L3�ype: IPV6");

671 
RTE_PTYPE_L3_IPV4_EXT_UNKNOWN
:

672 
	`��tf
(" - (outer) L3�ype: IPV4_EXT_UNKNOWN");

674 
RTE_PTYPE_L3_IPV6_EXT
:

675 
	`��tf
(" - (outer) L3�ype: IPV6_EXT");

677 
RTE_PTYPE_L3_IPV6_EXT_UNKNOWN
:

678 
	`��tf
(" - (outer) L3�ype: IPV6_EXT_UNKNOWN");

681 
	`��tf
(" - (outer) L3�ype: Unknown");

686 
�y�
 = 
mb
->
�ck�_ty�
 & 
RTE_PTYPE_L4_MASK
;

687 
�y�
) {

688 
RTE_PTYPE_L4_TCP
:

689 
	`��tf
(" - (outer) L4�ype: TCP");

691 
RTE_PTYPE_L4_UDP
:

692 
	`��tf
(" - (outer) L4�ype: UDP");

694 
RTE_PTYPE_L4_FRAG
:

695 
	`��tf
(" - (outer) L4�ype: L4_FRAG");

697 
RTE_PTYPE_L4_SCTP
:

698 
	`��tf
(" - (outer) L4�ype: SCTP");

700 
RTE_PTYPE_L4_ICMP
:

701 
	`��tf
(" - (outer) L4�ype: ICMP");

703 
RTE_PTYPE_L4_NONFRAG
:

704 
	`��tf
(" - (outer) L4�ype: L4_NONFRAG");

707 
	`��tf
(" - (outer) L4�ype: Unknown");

712 
�y�
 = 
mb
->
�ck�_ty�
 & 
RTE_PTYPE_TUNNEL_MASK
;

713 
�y�
) {

714 
RTE_PTYPE_TUNNEL_IP
:

715 
	`��tf
(" - Tunnel�ype: IP");

717 
RTE_PTYPE_TUNNEL_GRE
:

718 
	`��tf
(" - Tunnel�ype: GRE");

720 
RTE_PTYPE_TUNNEL_VXLAN
:

721 
	`��tf
(" - Tunnel�ype: VXLAN");

723 
RTE_PTYPE_TUNNEL_NVGRE
:

724 
	`��tf
(" - Tunnel�ype: NVGRE");

726 
RTE_PTYPE_TUNNEL_GENEVE
:

727 
	`��tf
(" - Tunnel�ype: GENEVE");

729 
RTE_PTYPE_TUNNEL_GRENAT
:

730 
	`��tf
(" - Tunnel�ype: GRENAT");

733 
	`��tf
(" - Tunnel�ype: Unknown");

738 
�y�
 = 
mb
->
�ck�_ty�
 & 
RTE_PTYPE_INNER_L2_MASK
;

739 
�y�
) {

740 
RTE_PTYPE_INNER_L2_ETHER
:

741 
	`��tf
(" - Inner L2�ype: ETHER");

743 
RTE_PTYPE_INNER_L2_ETHER_VLAN
:

744 
	`��tf
(" - Inner L2�ype: ETHER_VLAN");

747 
	`��tf
(" - Inner L2�ype: Unknown");

751 
�y�
 = 
mb
->
�ck�_ty�
 & 
RTE_PTYPE_INNER_L3_MASK
;

752 
�y�
) {

753 
RTE_PTYPE_INNER_L3_IPV4
:

754 
	`��tf
(" - Inner L3�ype: IPV4");

756 
RTE_PTYPE_INNER_L3_IPV4_EXT
:

757 
	`��tf
(" - Inner L3�ype: IPV4_EXT");

759 
RTE_PTYPE_INNER_L3_IPV6
:

760 
	`��tf
(" - Inner L3�ype: IPV6");

762 
RTE_PTYPE_INNER_L3_IPV4_EXT_UNKNOWN
:

763 
	`��tf
(" - Inner L3�ype: "

766 
RTE_PTYPE_INNER_L3_IPV6_EXT
:

767 
	`��tf
(" - Inner L3�ype: IPV6_EXT");

769 
RTE_PTYPE_INNER_L3_IPV6_EXT_UNKNOWN
:

770 
	`��tf
(" - Inner L3�ype: "

774 
	`��tf
(" - Inner L3�ype: Unknown");

779 
�y�
 = 
mb
->
�ck�_ty�
 & 
RTE_PTYPE_INNER_L4_MASK
;

780 
�y�
) {

781 
RTE_PTYPE_INNER_L4_TCP
:

782 
	`��tf
(" - Inner L4�ype: TCP");

784 
RTE_PTYPE_INNER_L4_UDP
:

785 
	`��tf
(" - Inner L4�ype: UDP");

787 
RTE_PTYPE_INNER_L4_FRAG
:

788 
	`��tf
(" - Inner L4�ype: L4_FRAG");

790 
RTE_PTYPE_INNER_L4_SCTP
:

791 
	`��tf
(" - Inner L4�ype: SCTP");

793 
RTE_PTYPE_INNER_L4_ICMP
:

794 
	`��tf
(" - Inner L4�ype: ICMP");

796 
RTE_PTYPE_INNER_L4_NONFRAG
:

797 
	`��tf
(" - Inner L4�ype: L4_NONFRAG");

800 
	`��tf
(" - Inner L4�ype: Unknown");

803 
	`��tf
("\n");

805 
	`��tf
("Unknown�acket�ype\n");

806 i�(
is_��psu�ti�
) {

807 
�v4_hdr
 *ipv4_hdr;

808 
�v6_hdr
 *ipv6_hdr;

809 
udp_hdr
 *udp_hdr;

810 
u�t8_t
 
l2_�n
;

811 
u�t8_t
 
l3_�n
;

812 
u�t8_t
 
l4_�n
;

813 
u�t8_t
 
l4_��o
;

814 
vx�n_hdr
 *vxlan_hdr;

816 
l2_�n
 = (
�h�_hdr
);

819 i�(
	`RTE_ETH_IS_IPV4_HDR
(
�ck�_ty�
)) {

820 
l3_�n
 = (
�v4_hdr
);

821 
�v4_hdr
 = 
	`�e_pktmbuf_mtod_off�t
(
mb
,

822 
�v4_hdr
 *,

823 
l2_�n
);

824 
l4_��o
 = 
�v4_hdr
->
�xt_��o_id
;

826 
l3_�n
 = (
�v6_hdr
);

827 
�v6_hdr
 = 
	`�e_pktmbuf_mtod_off�t
(
mb
,

828 
�v6_hdr
 *,

829 
l2_�n
);

830 
l4_��o
 = 
�v6_hdr
->
��o
;

832 i�(
l4_��o
 =�
IPPROTO_UDP
) {

833 
udp_hdr
 = 
	`�e_pktmbuf_mtod_off�t
(
mb
,

834 
udp_hdr
 *,

835 
l2_�n
 + 
l3_�n
);

836 
l4_�n
 = (
udp_hdr
);

837 
vx�n_hdr
 = 
	`�e_pktmbuf_mtod_off�t
(
mb
,

838 
vx�n_hdr
 *,

839 
l2_�n
 + 
l3_�n
 + 
l4_�n
);

841 
	`��tf
(" - VXLAN�acket:�acket�ype =%d, "

843 
�ck�_ty�
,

844 
	`RTE_BE_TO_CPU_16
(
udp_hdr
->
d�_p�t
),

845 
	`�e_be_to_�u_32
(

846 
vx�n_hdr
->
vx_vni
) >> 8);

849 
	`��tf
(" - Re�iv�queue=0x%x", (�
fs
->
rx_queue
);

850 
	`��tf
("\n");

851 i�(
�_�ags
 != 0) {

852 
rxf
;

853 cڡ *
�me
;

855 
rxf
 = 0;�x�< (
mb
->
�_�ags
) * 8;�xf++) {

856 i�((
�_�ags
 & (1ULL << 
rxf
)) == 0)

858 
�me
 = 
	`�e_g�_rx_�_�ag_�me
(1ULL << 
rxf
);

859 i�(
�me
 =�
NULL
)

861 
	`��tf
(" %s\n", 
�me
);

864 
	`�e_pktmbuf_�
(
mb
);

867 #ifde�
RTE_TEST_PMD_RECORD_CORE_CYCLES


868 
�d_tsc
 = 
	`�e_rdtsc
();

869 
c�e_cy�es
 = (
�d_tsc
 - 
��t_tsc
);

870 
fs
->
c�e_cy�es
 = (
u�t64_t
) (fs->core_cycles + core_cycles);

872 
	}
}

874 
fwd_�g�e
 
	grx_�ly_�g�e
 = {

875 .
fwd_mode_�me
 = "rxonly",

876 .
	gp�t_fwd_beg�
 = 
NULL
,

877 .
	gp�t_fwd_�d
 = 
NULL
,

878 .
	g�ck�_fwd
 = 
pkt_bur�_��ive
,

882 
	scmd_�t_fwd_mode_�su�
 {

883 
cmdl�e_fixed_�r�g_t
 
	m�t
;

884 
cmdl�e_fixed_�r�g_t
 
	mfwd
;

885 
cmdl�e_fixed_�r�g_t
 
	mmode
;

891 
fwd_�g�e
 *
	gfwd_�g�es
[] = {

892 &
io_fwd_�g�e
,

894 &
mac_fwd_�g�e
,

895 &
mac_��y_fwd_�g�e
,

896 &
mac_sw�_�g�e
,

897 &
�ow_g�_�g�e
,

899 &
rx_�ly_�g�e
,

901 &
tx_�ly_�g�e
,

902 &
csum_fwd_�g�e
,

903 &
icmp_echo_�g�e
,

904 #ifde�
RTE_LIBRTE_IEEE1588


905 &
��1588_fwd_�g�e
,

908 
NULL
,

911 
fwd_�g�e
 *
	gcur_fwd_�g
 = &
io_fwd_�g�e
;

913 
	$�t_pkt_f�w�d�g_mode
(cڡ *
fwd_mode_�me
)

915 
fwd_�g�e
 *
fwd_�g
;

916 
i
;

918 
i
 = 0;

919 (
fwd_�g
 = 
fwd_�g�es
[
i
]�!�
NULL
) {

920 i�(!
	`�rcmp
(
fwd_�g
->
fwd_mode_�me
, fwd_mode_name)) {

921 
	`��tf
("Set %s�acket forwarding mode\n",

922 
fwd_mode_�me
);

923 
cur_fwd_�g
 = 
fwd_�g
;

926 
i
++;

928 
	`��tf
("Inv�id %��ck� f�w�d�g mode\n", 
fwd_mode_�me
);

929 
	}
}

931 
cmd_�t_fwd_mode_�r�d
(*
�r�d_�su�
,

932 
__��ibu�__
((
unu�d
)�
cmdl�e
 *
�
,

933 
__��ibu�__
((
unu�d
)�*
d�a
)

935 
cmd_�t_fwd_mode_�su�
 *
	g�s
 = 
�r�d_�su�
;

937 
�t_pkt_f�w�d�g_mode
(
�s
->
mode
);

940 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�tfwd_�t
 =

941 
TOKEN_STRING_INITIALIZER
(
cmd_�t_fwd_mode_�su�
, 
�t
, "set");

942 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�tfwd_fwd
 =

943 
TOKEN_STRING_INITIALIZER
(
cmd_�t_fwd_mode_�su�
, 
fwd
, "fwd");

944 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�tfwd_mode
 =

945 
TOKEN_STRING_INITIALIZER
(
cmd_�t_fwd_mode_�su�
, 
mode
,

948 
cmdl�e_�r�_��_t
 
	gcmd_�t_fwd_mode
 = {

949 .
f
 = 
cmd_�t_fwd_mode_�r�d
,

950 .
	gd�a
 = 
NULL
,

951 .
	gh�p_�r
 = 
NULL
,

952 .
	gtok�s
 = {

953 (*)&
cmd_�tfwd_�t
,

954 (*)&
cmd_�tfwd_fwd
,

955 (*)&
cmd_�tfwd_mode
,

956 
NULL
,

962 
u�t16_t


963 
	$�r2�owty�
(*
�r�g
)

965 
u�t8_t
 
i
 = 0;

967 
�r
[32];

968 
u�t16_t
 
ty�
;

969 } 
�owty�_�r
[] = {

970 {"�w", 
RTE_ETH_FLOW_RAW
},

971 {"�v4", 
RTE_ETH_FLOW_IPV4
},

972 {"�v4-�ag", 
RTE_ETH_FLOW_FRAG_IPV4
},

973 {"�v4-t�", 
RTE_ETH_FLOW_NONFRAG_IPV4_TCP
},

974 {"�v4-udp", 
RTE_ETH_FLOW_NONFRAG_IPV4_UDP
},

975 {"�v4-s�p", 
RTE_ETH_FLOW_NONFRAG_IPV4_SCTP
},

976 {"�v4-�h�", 
RTE_ETH_FLOW_NONFRAG_IPV4_OTHER
},

977 {"�v6", 
RTE_ETH_FLOW_IPV6
},

978 {"�v6-�ag", 
RTE_ETH_FLOW_FRAG_IPV6
},

979 {"�v6-t�", 
RTE_ETH_FLOW_NONFRAG_IPV6_TCP
},

980 {"�v6-udp", 
RTE_ETH_FLOW_NONFRAG_IPV6_UDP
},

981 {"�v6-s�p", 
RTE_ETH_FLOW_NONFRAG_IPV6_SCTP
},

982 {"�v6-�h�", 
RTE_ETH_FLOW_NONFRAG_IPV6_OTHER
},

983 {"l2_�yl�d", 
RTE_ETH_FLOW_L2_PAYLOAD
},

986 
i
 = 0; i < 
	`RTE_DIM
(
�owty�_�r
); i++) {

987 i�(!
	`�rcmp
(
�owty�_�r
[
i
].
�r
, 
�r�g
))

988  
�owty�_�r
[
i
].
ty�
;

990  
RTE_ETH_FLOW_UNKNOWN
;

991 
	}
}

993 
�l�e
 

994 
	$�r�_�exby�s
(cڡ *
q_�g
, 
u�t8_t
 *
�exby�s
, 
u�t16_t
 
max_num
)

996 
s
[256];

997 cڡ *
p
, *
p0
 = 
q_�g
;

998 *
�d
;

999 
�t_�d
;

1000 *
�r_�d
[
max_num
];

1001 
i
;

1002 
size
;

1003 
�t
 = -1;

1005 
p
 = 
	`�rchr
(
p0
, '(');

1006 i�(
p
 =�
NULL
)

1008 ++
p
;

1009 
p0
 = 
	`�rchr
(
p
, ')');

1010 i�(
p0
 =�
NULL
)

1013 
size
 = 
p0
 - 
p
;

1014 i�(
size
 >�(
s
))

1017 
	`���tf
(
s
, (s), "%.*s", 
size
, 
p
);

1018 
�t
 = 
	`�e_�r�l�
(
s
, (s), 
�r_�d
, 
max_num
, ',');

1019 i�(
�t
 < 0 ||�� > 
max_num
)

1021 
i
 = 0; i < 
�t
; i++) {

1022 
��o
 = 0;

1023 
�t_�d
 = 
	`��oul
(
�r_�d
[
i
], &
�d
, 0);

1024 i�(
��o
 !�0 || *
�d
 !�'\0' || 
�t_�d
 > 
UINT8_MAX
)

1026 
�exby�s
[
i
] = (
u�t8_t
)
�t_�d
;

1028  
�t
;

1029 
	}
}

1032 
	scmd_�ow_d�e��_�su�
 {

1033 
cmdl�e_fixed_�r�g_t
 
	m�ow_d�e��_f��r
;

1034 
u�t8_t
 
	mp�t_id
;

1035 
cmdl�e_fixed_�r�g_t
 
	mmode
;

1036 
cmdl�e_fixed_�r�g_t
 
	mmode_v�ue
;

1037 
cmdl�e_fixed_�r�g_t
 
	m�s
;

1038 
cmdl�e_fixed_�r�g_t
 
	m�ow
;

1039 
cmdl�e_fixed_�r�g_t
 
	m�ow_ty�
;

1040 
cmdl�e_fixed_�r�g_t
 
	m�h�
;

1041 
u�t16_t
 
	m�h�_ty�
;

1042 
cmdl�e_fixed_�r�g_t
 
	m�c
;

1043 
cmdl�e_�addr_t
 
	m�_�c
;

1044 
u�t16_t
 
	mp�t_�c
;

1045 
cmdl�e_fixed_�r�g_t
 
	md�
;

1046 
cmdl�e_�addr_t
 
	m�_d�
;

1047 
u�t16_t
 
	mp�t_d�
;

1048 
cmdl�e_fixed_�r�g_t
 
	mv�ify_�g
;

1049 
u�t32_t
 
	mv�ify_�g_v�ue
;

1050 
cmdl�e_�addr_t
 
	mtos
;

1051 
u�t8_t
 
	mtos_v�ue
;

1052 
cmdl�e_�addr_t
 
	m��o
;

1053 
u�t8_t
 
	m��o_v�ue
;

1054 
cmdl�e_�addr_t
 
	m�l
;

1055 
u�t8_t
 
	m�l_v�ue
;

1056 
cmdl�e_fixed_�r�g_t
 
	mv�n
;

1057 
u�t16_t
 
	mv�n_v�ue
;

1058 
cmdl�e_fixed_�r�g_t
 
	m�exby�s
;

1059 
cmdl�e_fixed_�r�g_t
 
	m�exby�s_v�ue
;

1060 
cmdl�e_fixed_�r�g_t
 
	mpf_vf
;

1061 
cmdl�e_fixed_�r�g_t
 
	mdr�
;

1062 
cmdl�e_fixed_�r�g_t
 
	mqueue
;

1063 
u�t16_t
 
	mqueue_id
;

1064 
cmdl�e_fixed_�r�g_t
 
	mfd_id
;

1065 
u�t32_t
 
	mfd_id_v�ue
;

1066 
cmdl�e_fixed_�r�g_t
 
	mmac
;

1067 
�h�_addr
 
	mmac_addr
;

1068 
cmdl�e_fixed_�r�g_t
 
	mtu–
;

1069 
cmdl�e_fixed_�r�g_t
 
	mtu–_ty�
;

1070 
cmdl�e_fixed_�r�g_t
 
	mtu–_id
;

1071 
u�t32_t
 
	mtu–_id_v�ue
;

1075 
cmd_�ow_d�e��_f��r_�r�d
(*
�r�d_�su�
,

1076 
__��ibu�__
((
unu�d
)�
cmdl�e
 *
�
,

1077 
__��ibu�__
((
unu�d
)�*
d�a
)

1079 
cmd_�ow_d�e��_�su�
 *
	g�s
 = 
�r�d_�su�
;

1080 
�e_�h_fd�_f��r
 
	g��y
;

1081 
u�t8_t
 
	g�exby�s
[
RTE_ETH_FDIR_MAX_FLEXLEN
];

1082 *
	g�d
;

1083 
	gvf_id
;

1084 
	g�t
 = 0;

1086 i�(
	g�ab�_hwlb
) {

1087 
��tf
("Hash Filter is�lready Defined !\n");

1088 
��tf
("Please undefine HWLD flag�nd define "

1093 
	g�t
 = 
�e_�h_dev_f��r_su�܋d
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_FDIR
);

1094 i�(
	g�t
 < 0) {

1095 
��tf
("flow director is�ot supported on�ort %u.\n",

1096 
�s
->
p�t_id
);

1099 
mem�t
(
�exby�s
, 0, (flexbytes));

1100 
mem�t
(&
��y
, 0, (
�e_�h_fd�_f��r
));

1102 i�(
	gfd�_c�f
.
	gmode
 =�
RTE_FDIR_MODE_PERFECT_MAC_VLAN
) {

1103 i�(
�rcmp
(
�s
->
mode_v�ue
, "MAC-VLAN")) {

1104 
��tf
("Please set mode�o MAC-VLAN.\n");

1107 } i�(
	gfd�_c�f
.
	gmode
 =�
RTE_FDIR_MODE_PERFECT_TUNNEL
) {

1108 i�(
�rcmp
(
�s
->
mode_v�ue
, "Tunnel")) {

1109 
��tf
("Please set mode�o Tunnel.\n");

1113 i�(
�rcmp
(
�s
->
mode_v�ue
, "IP")) {

1114 
��tf
("Please set mode�o IP.\n");

1119 
	g��y
.
	g�put
.
	g�ow_ty�
 = 
�r2�owty�
(
�s
->
�ow_ty�
);

1122 
	g�t
 = 
�r�_�exby�s
(
�s
->
�exby�s_v�ue
,

1123 
�exby�s
,

1124 
RTE_ETH_FDIR_MAX_FLEXLEN
);

1125 i�(
	g�t
 < 0) {

1126 
��tf
("error: Cannot�arse flexbytes input.\n");

1130 
	g��y
.
	g�put
.
	g�ow_ty�
) {

1131 
	gRTE_ETH_FLOW_FRAG_IPV4
:

1132 
RTE_ETH_FLOW_NONFRAG_IPV4_OTHER
:

1133 
��y
.
�put
.
�ow
.
�4_�ow
.
��o
 = 
�s
->
��o_v�ue
;

1134 
	gRTE_ETH_FLOW_NONFRAG_IPV4_UDP
:

1135 
RTE_ETH_FLOW_NONFRAG_IPV4_TCP
:

1136 
IPV4_ADDR_TO_UINT
(
�s
->
�_d�
,

1137 
��y
.
�put
.
�ow
.
�4_�ow
.
d�_�
);

1138 
IPV4_ADDR_TO_UINT
(
�s
->
�_�c
,

1139 
��y
.
�put
.
�ow
.
�4_�ow
.
�c_�
);

1140 
	g��y
.
	g�put
.
	g�ow
.
	g�4_�ow
.
	gtos
 = 
�s
->
tos_v�ue
;

1141 
	g��y
.
	g�put
.
	g�ow
.
	g�4_�ow
.
	g�l
 = 
�s
->
�l_v�ue
;

1143 
	g��y
.
	g�put
.
	g�ow
.
	gudp4_�ow
.
	gd�_p�t
 =

1144 
�e_�u_to_be_16
(
�s
->
p�t_d�
);

1145 
	g��y
.
	g�put
.
	g�ow
.
	gudp4_�ow
.
	g�c_p�t
 =

1146 
�e_�u_to_be_16
(
�s
->
p�t_�c
);

1149 
	gRTE_ETH_FLOW_NONFRAG_IPV4_SCTP
:

1150 
IPV4_ADDR_TO_UINT
(
�s
->
�_d�
,

1151 
��y
.
�put
.
�ow
.
s�p4_�ow
.
�
.
d�_�
);

1152 
IPV4_ADDR_TO_UINT
(
�s
->
�_�c
,

1153 
��y
.
�put
.
�ow
.
s�p4_�ow
.
�
.
�c_�
);

1154 
	g��y
.
	g�put
.
	g�ow
.
	g�4_�ow
.
	gtos
 = 
�s
->
tos_v�ue
;

1155 
	g��y
.
	g�put
.
	g�ow
.
	g�4_�ow
.
	g�l
 = 
�s
->
�l_v�ue
;

1157 
	g��y
.
	g�put
.
	g�ow
.
	gs�p4_�ow
.
	gd�_p�t
 =

1158 
�e_�u_to_be_16
(
�s
->
p�t_d�
);

1159 
	g��y
.
	g�put
.
	g�ow
.
	gs�p4_�ow
.
	g�c_p�t
 =

1160 
�e_�u_to_be_16
(
�s
->
p�t_�c
);

1161 
	g��y
.
	g�put
.
	g�ow
.
	gs�p4_�ow
.
	gv�ify_�g
 =

1162 
�e_�u_to_be_32
(
�s
->
v�ify_�g_v�ue
);

1165 
	gRTE_ETH_FLOW_FRAG_IPV6
:

1166 
RTE_ETH_FLOW_NONFRAG_IPV6_OTHER
:

1167 
��y
.
�put
.
�ow
.
�v6_�ow
.
��o
 = 
�s
->
��o_v�ue
;

1168 
	gRTE_ETH_FLOW_NONFRAG_IPV6_UDP
:

1169 
RTE_ETH_FLOW_NONFRAG_IPV6_TCP
:

1170 
IPV6_ADDR_TO_ARRAY
(
�s
->
�_d�
,

1171 
��y
.
�put
.
�ow
.
�v6_�ow
.
d�_�
);

1172 
IPV6_ADDR_TO_ARRAY
(
�s
->
�_�c
,

1173 
��y
.
�put
.
�ow
.
�v6_�ow
.
�c_�
);

1174 
	g��y
.
	g�put
.
	g�ow
.
	g�v6_�ow
.
	gtc
 = 
�s
->
tos_v�ue
;

1175 
	g��y
.
	g�put
.
	g�ow
.
	g�v6_�ow
.
	gh�_lim�s
 = 
�s
->
�l_v�ue
;

1177 
	g��y
.
	g�put
.
	g�ow
.
	gudp6_�ow
.
	gd�_p�t
 =

1178 
�e_�u_to_be_16
(
�s
->
p�t_d�
);

1179 
	g��y
.
	g�put
.
	g�ow
.
	gudp6_�ow
.
	g�c_p�t
 =

1180 
�e_�u_to_be_16
(
�s
->
p�t_�c
);

1183 
	gRTE_ETH_FLOW_NONFRAG_IPV6_SCTP
:

1184 
IPV6_ADDR_TO_ARRAY
(
�s
->
�_d�
,

1185 
��y
.
�put
.
�ow
.
s�p6_�ow
.
�
.
d�_�
);

1186 
IPV6_ADDR_TO_ARRAY
(
�s
->
�_�c
,

1187 
��y
.
�put
.
�ow
.
s�p6_�ow
.
�
.
�c_�
);

1188 
	g��y
.
	g�put
.
	g�ow
.
	g�v6_�ow
.
	gtc
 = 
�s
->
tos_v�ue
;

1189 
	g��y
.
	g�put
.
	g�ow
.
	g�v6_�ow
.
	gh�_lim�s
 = 
�s
->
�l_v�ue
;

1191 
	g��y
.
	g�put
.
	g�ow
.
	gs�p6_�ow
.
	gd�_p�t
 =

1192 
�e_�u_to_be_16
(
�s
->
p�t_d�
);

1193 
	g��y
.
	g�put
.
	g�ow
.
	gs�p6_�ow
.
	g�c_p�t
 =

1194 
�e_�u_to_be_16
(
�s
->
p�t_�c
);

1195 
	g��y
.
	g�put
.
	g�ow
.
	gs�p6_�ow
.
	gv�ify_�g
 =

1196 
�e_�u_to_be_32
(
�s
->
v�ify_�g_v�ue
);

1198 
	gRTE_ETH_FLOW_L2_PAYLOAD
:

1199 
��y
.
�put
.
�ow
.
l2_�ow
.
�h�_ty�
 =

1200 
�e_�u_to_be_16
(
�s
->
�h�_ty�
);

1206 i�(
	gfd�_c�f
.
	gmode
 =�
RTE_FDIR_MODE_PERFECT_MAC_VLAN
)

1207 ()
�e_mem�y
(&
��y
.
�put
.
�ow
.
mac_v�n_�ow
.
mac_addr
,

1208 &
�s
->
mac_addr
,

1209 (
�h�_addr
));

1211 i�(
	gfd�_c�f
.
	gmode
 =�
RTE_FDIR_MODE_PERFECT_TUNNEL
) {

1212 ()
�e_mem�y
(&
��y
.
�put
.
�ow
.
tu–_�ow
.
mac_addr
,

1213 &
�s
->
mac_addr
,

1214 (
�h�_addr
));

1215 
	g��y
.
	g�put
.
	g�ow
.
	gtu–_�ow
.
	gtu–_ty�
 =

1216 
�r2fd�_tu–ty�
(
�s
->
tu–_ty�
);

1217 
	g��y
.
	g�put
.
	g�ow
.
	gtu–_�ow
.
	gtu–_id
 =

1218 
�e_�u_to_be_32
(
�s
->
tu–_id_v�ue
);

1222 ()
�e_mem�y
(
��y
.
�put
.
�ow_ext
.
�exby�s
,

1223 
�exby�s
,

1224 
RTE_ETH_FDIR_MAX_FLEXLEN
);

1226 
	g��y
.
	g�put
.
	g�ow_ext
.
	gv�n_tci
 = 
�e_�u_to_be_16
(
�s
->
v�n_v�ue
);

1228 
	g��y
.
	ga�i�
.
	g�ex_off
 = 0;

1229 i�(!
�rcmp
(
�s
->
dr�
, "drop"))

1230 
	g��y
.
	ga�i�
.
	gbehavi�
 = 
RTE_ETH_FDIR_REJECT
;

1232 
	g��y
.
	ga�i�
.
	gbehavi�
 = 
RTE_ETH_FDIR_ACCEPT
;

1234 i�(!
�rcmp
(
�s
->
pf_vf
, "pf"))

1235 
	g��y
.
	g�put
.
	g�ow_ext
.
	gis_vf
 = 0;

1236 i�(!
��cmp
(
�s
->
pf_vf
, "vf", 2)) {

1237 
�e_�h_dev_�fo
 
	gdev_�fo
;

1239 
mem�t
(&
dev_�fo
, 0, (dev_info));

1240 
�e_�h_dev_�fo_g�
(
�s
->
p�t_id
, &
dev_�fo
);

1241 
	g��o
 = 0;

1242 
	gvf_id
 = 
��oul
(
�s
->
pf_vf
 + 2, &
�d
, 10);

1243 i�(
	g��o
 !�0 || *
�d
 !�'\0' || 
vf_id
 >�
dev_�fo
.
max_vfs
) {

1244 
��tf
("�v�id��am�� %s.\n", 
�s
->
pf_vf
);

1247 
	g��y
.
	g�put
.
	g�ow_ext
.
	gis_vf
 = 1;

1248 
	g��y
.
	g�put
.
	g�ow_ext
.
	gd�_id
 = (
u�t16_t
)
vf_id
;

1250 
��tf
("�v�id��am�� %s.\n", 
�s
->
pf_vf
);

1254 
	g��y
.
	ga�i�
.
	g�p�t_��us
 = 
RTE_ETH_FDIR_REPORT_ID
;

1255 
	g��y
.
	ga�i�
.
	grx_queue
 = 
�s
->
queue_id
;

1256 
	g��y
.
	gso�_id
 = 
�s
->
fd_id_v�ue
;

1257 i�(!
�rcmp
(
�s
->
�s
, "add"))

1258 
	g�t
 = 
�e_�h_dev_f��r_��
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_FDIR
,

1259 
RTE_ETH_FILTER_ADD
, &
��y
);

1260 i�(!
�rcmp
(
�s
->
�s
, "del"))

1261 
	g�t
 = 
�e_�h_dev_f��r_��
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_FDIR
,

1262 
RTE_ETH_FILTER_DELETE
, &
��y
);

1264 
	g�t
 = 
�e_�h_dev_f��r_��
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_FDIR
,

1265 
RTE_ETH_FILTER_UPDATE
, &
��y
);

1266 i�(
	g�t
 < 0)

1267 
��tf
("flow director�rogramming�rror: (%s)\n",

1268 
����
(-
�t
));

1274 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_f��r
 =

1275 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1276 
�ow_d�e��_f��r
, "flow_director_filter");

1278 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�ow_d�e��_p�t_id
 =

1279 
TOKEN_NUM_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1280 
p�t_id
, 
UINT8
);

1283 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_mode
 =

1284 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1285 
mode
, "mode");

1287 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_mode_�
 =

1288 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1289 
mode_v�ue
, "IP");

1291 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_�s
 =

1292 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1293 
�s
, "add#del#update");

1295 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_�ow
 =

1296 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1297 
�ow
, "flow");

1299 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_�ow_ty�
 =

1300 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1301 
�ow_ty�
, "ipv4-other#ipv4-frag#ipv4-tcp#ipv4-udp#ipv4-sctp#"

1304 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_�c
 =

1305 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1306 
�c
, "src");

1307 
cmdl�e_�r�_tok�_�addr_t
 
	gcmd_�ow_d�e��_�_�c
 =

1308 
TOKEN_IPADDR_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1309 
�_�c
);

1310 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�ow_d�e��_p�t_�c
 =

1311 
TOKEN_NUM_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1312 
p�t_�c
, 
UINT16
);

1313 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_d�
 =

1314 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1315 
d�
, "dst");

1316 
cmdl�e_�r�_tok�_�addr_t
 
	gcmd_�ow_d�e��_�_d�
 =

1317 
TOKEN_IPADDR_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1318 
�_d�
);

1319 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�ow_d�e��_p�t_d�
 =

1320 
TOKEN_NUM_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1321 
p�t_d�
, 
UINT16
);

1323 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_tos
 =

1324 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1325 
tos
, "tos");

1326 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�ow_d�e��_tos_v�ue
 =

1327 
TOKEN_NUM_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1328 
tos_v�ue
, 
UINT8
);

1330 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_�l
 =

1331 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1332 
�l
, "ttl");

1333 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�ow_d�e��_�l_v�ue
 =

1334 
TOKEN_NUM_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1335 
�l_v�ue
, 
UINT8
);

1337 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_v�n
 =

1338 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1339 
v�n
, "vlan");

1340 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�ow_d�e��_v�n_v�ue
 =

1341 
TOKEN_NUM_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1342 
v�n_v�ue
, 
UINT16
);

1343 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_�exby�s
 =

1344 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1345 
�exby�s
, "flexbytes");

1346 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_�exby�s_v�ue
 =

1347 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1348 
�exby�s_v�ue
, 
NULL
);

1349 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_dr�
 =

1350 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1351 
dr�
, "drop#fwd");

1352 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_pf_vf
 =

1353 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1354 
pf_vf
, 
NULL
);

1355 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_queue
 =

1356 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1357 
queue
, "queue");

1358 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�ow_d�e��_queue_id
 =

1359 
TOKEN_NUM_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1360 
queue_id
, 
UINT16
);

1361 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_fd_id
 =

1362 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1363 
fd_id
, "fd_id");

1364 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�ow_d�e��_fd_id_v�ue
 =

1365 
TOKEN_NUM_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1366 
fd_id_v�ue
, 
UINT32
);

1369 
cmdl�e_�r�_��_t
 
	gcmd_add_d�_udp_�ow_d�e��
 = {

1370 .
f
 = 
cmd_�ow_d�e��_f��r_�r�d
,

1371 .
	gd�a
 = 
NULL
,

1372 .
	gh�p_�r
 = "add or delete�n udp/tcp flow director�ntry on NIC",

1373 .
	gtok�s
 = {

1374 (*)&
cmd_�ow_d�e��_f��r
,

1375 (*)&
cmd_�ow_d�e��_p�t_id
,

1376 (*)&
cmd_�ow_d�e��_mode
,

1377 (*)&
cmd_�ow_d�e��_mode_�
,

1378 (*)&
cmd_�ow_d�e��_�s
,

1379 (*)&
cmd_�ow_d�e��_�ow
,

1380 (*)&
cmd_�ow_d�e��_�ow_ty�
,

1381 (*)&
cmd_�ow_d�e��_�c
,

1382 (*)&
cmd_�ow_d�e��_�_�c
,

1383 (*)&
cmd_�ow_d�e��_p�t_�c
,

1384 (*)&
cmd_�ow_d�e��_d�
,

1385 (*)&
cmd_�ow_d�e��_�_d�
,

1386 (*)&
cmd_�ow_d�e��_p�t_d�
,

1387 (*)&
cmd_�ow_d�e��_tos
,

1388 (*)&
cmd_�ow_d�e��_tos_v�ue
,

1389 (*)&
cmd_�ow_d�e��_�l
,

1390 (*)&
cmd_�ow_d�e��_�l_v�ue
,

1391 (*)&
cmd_�ow_d�e��_v�n
,

1392 (*)&
cmd_�ow_d�e��_v�n_v�ue
,

1393 (*)&
cmd_�ow_d�e��_�exby�s
,

1394 (*)&
cmd_�ow_d�e��_�exby�s_v�ue
,

1395 (*)&
cmd_�ow_d�e��_dr�
,

1396 (*)&
cmd_�ow_d�e��_pf_vf
,

1397 (*)&
cmd_�ow_d�e��_queue
,

1398 (*)&
cmd_�ow_d�e��_queue_id
,

1399 (*)&
cmd_�ow_d�e��_fd_id
,

1400 (*)&
cmd_�ow_d�e��_fd_id_v�ue
,

1401 
NULL
,

1405 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�ow_d�e��_�h�
 =

1406 
TOKEN_STRING_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1407 
�h�
, "ether");

1408 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�ow_d�e��_�h�_ty�
 =

1409 
TOKEN_NUM_INITIALIZER
(
cmd_�ow_d�e��_�su�
,

1410 
�h�_ty�
, 
UINT16
);

1412 
cmdl�e_�r�_��_t
 
	gcmd_add_d�_l2_�ow_d�e��
 = {

1413 .
f
 = 
cmd_�ow_d�e��_f��r_�r�d
,

1414 .
	gd�a
 = 
NULL
,

1415 .
	gh�p_�r
 = "add or delete� L2 flow director�ntry on NIC",

1416 .
	gtok�s
 = {

1417 (*)&
cmd_�ow_d�e��_f��r
,

1418 (*)&
cmd_�ow_d�e��_p�t_id
,

1419 (*)&
cmd_�ow_d�e��_mode
,

1420 (*)&
cmd_�ow_d�e��_mode_�
,

1421 (*)&
cmd_�ow_d�e��_�s
,

1422 (*)&
cmd_�ow_d�e��_�ow
,

1423 (*)&
cmd_�ow_d�e��_�ow_ty�
,

1424 (*)&
cmd_�ow_d�e��_�h�
,

1425 (*)&
cmd_�ow_d�e��_�h�_ty�
,

1426 (*)&
cmd_�ow_d�e��_�exby�s
,

1427 (*)&
cmd_�ow_d�e��_�exby�s_v�ue
,

1428 (*)&
cmd_�ow_d�e��_dr�
,

1429 (*)&
cmd_�ow_d�e��_pf_vf
,

1430 (*)&
cmd_�ow_d�e��_queue
,

1431 (*)&
cmd_�ow_d�e��_queue_id
,

1432 (*)&
cmd_�ow_d�e��_fd_id
,

1433 (*)&
cmd_�ow_d�e��_fd_id_v�ue
,

1434 
NULL
,

1440 
	scmd_�t_hash_�put_�t_�su�
 {

1441 
cmdl�e_fixed_�r�g_t
 
	g�t_hash_�put_�t
;

1442 
u�t8_t
 
	gp�t_id
;

1443 
cmdl�e_fixed_�r�g_t
 
	g�ow_ty�
;

1444 
cmdl�e_fixed_�r�g_t
 
	g��t_f�ld0
;

1445 
cmdl�e_fixed_�r�g_t
 
	g��t_f�ld1
;

1446 
cmdl�e_fixed_�r�g_t
 
	g��t_f�ld2
;

1447 
cmdl�e_fixed_�r�g_t
 
	g��t_f�ld3
;

1448 
cmdl�e_fixed_�r�g_t
 
	g��t_f�ld4
;

1449 
cmdl�e_fixed_�r�g_t
 
	g���
;

1452 
�e_�h_�put_�t_f�ld


1453 
�r2��t
(*
�r�g
)

1455 
u�t16_t
 
	gi
;

1458 
	g�r
[32];

1459 
�e_�h_�put_�t_f�ld
 
	g��t
;

1460 } 
	g��t_�b�
[] = {

1461 {"�h�ty�", 
RTE_ETH_INPUT_SET_L2_ETHERTYPE
},

1462 {"ov�n", 
RTE_ETH_INPUT_SET_L2_OUTER_VLAN
},

1463 {"iv�n", 
RTE_ETH_INPUT_SET_L2_INNER_VLAN
},

1464 {"�c-�v4", 
RTE_ETH_INPUT_SET_L3_SRC_IP4
},

1465 {"d�-�v4", 
RTE_ETH_INPUT_SET_L3_DST_IP4
},

1466 {"�v4-tos", 
RTE_ETH_INPUT_SET_L3_IP4_TOS
},

1467 {"�v4-��o", 
RTE_ETH_INPUT_SET_L3_IP4_PROTO
},

1468 {"�v4-�l", 
RTE_ETH_INPUT_SET_L3_IP4_TTL
},

1469 {"�c-�v6", 
RTE_ETH_INPUT_SET_L3_SRC_IP6
},

1470 {"d�-�v6", 
RTE_ETH_INPUT_SET_L3_DST_IP6
},

1471 {"�v6-tc", 
RTE_ETH_INPUT_SET_L3_IP6_TC
},

1472 {"�v6-�xt-h�d�", 
RTE_ETH_INPUT_SET_L3_IP6_NEXT_HEADER
},

1473 {"�v6-h�-lim�s", 
RTE_ETH_INPUT_SET_L3_IP6_HOP_LIMITS
},

1474 {"udp-�c-p�t", 
RTE_ETH_INPUT_SET_L4_UDP_SRC_PORT
},

1475 {"udp-d�-p�t", 
RTE_ETH_INPUT_SET_L4_UDP_DST_PORT
},

1476 {"t�-�c-p�t", 
RTE_ETH_INPUT_SET_L4_TCP_SRC_PORT
},

1477 {"t�-d�-p�t", 
RTE_ETH_INPUT_SET_L4_TCP_DST_PORT
},

1478 {"s�p-�c-p�t", 
RTE_ETH_INPUT_SET_L4_SCTP_SRC_PORT
},

1479 {"s�p-d�-p�t", 
RTE_ETH_INPUT_SET_L4_SCTP_DST_PORT
},

1480 {"s�p-v�i-�g", 
RTE_ETH_INPUT_SET_L4_SCTP_VERIFICATION_TAG
},

1481 {"udp-key", 
RTE_ETH_INPUT_SET_TUNNEL_L4_UDP_KEY
},

1482 {"g�-key", 
RTE_ETH_INPUT_SET_TUNNEL_GRE_KEY
},

1483 {"�d-1�", 
RTE_ETH_INPUT_SET_FLEX_PAYLOAD_1ST_WORD
},

1484 {"�d-2nd", 
RTE_ETH_INPUT_SET_FLEX_PAYLOAD_2ND_WORD
},

1485 {"�d-3rd", 
RTE_ETH_INPUT_SET_FLEX_PAYLOAD_3RD_WORD
},

1486 {"�d-4th", 
RTE_ETH_INPUT_SET_FLEX_PAYLOAD_4TH_WORD
},

1487 {"�d-5th", 
RTE_ETH_INPUT_SET_FLEX_PAYLOAD_5TH_WORD
},

1488 {"�d-6th", 
RTE_ETH_INPUT_SET_FLEX_PAYLOAD_6TH_WORD
},

1489 {"�d-7th", 
RTE_ETH_INPUT_SET_FLEX_PAYLOAD_7TH_WORD
},

1490 {"�d-8th", 
RTE_ETH_INPUT_SET_FLEX_PAYLOAD_8TH_WORD
},

1491 {"n�e", 
RTE_ETH_INPUT_SET_NONE
},

1493 
	gi
 = 0; i < 
RTE_DIM
(
��t_�b�
); i++) {

1494 i�(!
�rcmp
(
�r�g
, 
��t_�b�
[
i
].
�r
))

1495  
	g��t_�b�
[
i
].
	g��t
;

1498  
	gRTE_ETH_INPUT_SET_UNKNOWN
;

1502 
cmd_�t_hash_�put_�t_1_�r�d
(*
�r�d_�su�
,

1503 
__�e_unu�d
 
cmdl�e
 *
�
,

1504 
__�e_unu�d
 *
d�a
)

1506 
cmd_�t_hash_�put_�t_�su�
 *
	g�s
 = 
�r�d_�su�
;

1507 
�e_�h_hash_f��r_�fo
 
	g�fo
;

1509 i�(
	g�ab�_�ow_d�
) {

1510 
��tf
("FDIR Filter is Defined!\n");

1511 
��tf
("Please undefine FDIR_FILTER flag�nd define "

1516 
mem�t
(&
�fo
, 0, (info));

1517 
	g�fo
.
	g�fo_ty�
 = 
RTE_ETH_HASH_FILTER_INPUT_SET_SELECT
;

1518 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�ow_ty�
 = 
�r2�owty�
(
�s
->
�ow_ty�
);

1520 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[0] = 
�r2��t
(
�s
->
��t_f�ld0
);

1521 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g��t_size
 = 1;

1523 i�(!
�rcmp
(
�s
->
���
, "select"))

1524 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�
 = 
RTE_ETH_INPUT_SET_SELECT
;

1525 i�(!
�rcmp
(
�s
->
���
, "add"))

1526 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�
 = 
RTE_ETH_INPUT_SET_ADD
;

1528 
�e_�h_dev_f��r_��
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_HASH
,

1529 
RTE_ETH_FILTER_SET
, &
�fo
);

1535 
cmd_�t_hash_�put_�t_2_�r�d
(*
�r�d_�su�
,

1536 
__�e_unu�d
 
cmdl�e
 *
�
,

1537 
__�e_unu�d
 *
d�a
)

1539 
cmd_�t_hash_�put_�t_�su�
 *
	g�s
 = 
�r�d_�su�
;

1540 
�e_�h_hash_f��r_�fo
 
	g�fo
;

1542 i�(
	g�ab�_�ow_d�
) {

1543 
��tf
("FDIR Filter is Defined!\n");

1544 
��tf
("Please undefine FDIR_FILTER flag�nd define "

1549 
mem�t
(&
�fo
, 0, (info));

1550 
	g�fo
.
	g�fo_ty�
 = 
RTE_ETH_HASH_FILTER_INPUT_SET_SELECT
;

1551 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�ow_ty�
 = 
�r2�owty�
(
�s
->
�ow_ty�
);

1553 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[0] = 
�r2��t
(
�s
->
��t_f�ld0
);

1554 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[1] = 
�r2��t
(
�s
->
��t_f�ld1
);

1556 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g��t_size
 = 2;

1558 i�(!
�rcmp
(
�s
->
���
, "select"))

1559 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�
 = 
RTE_ETH_INPUT_SET_SELECT
;

1560 i�(!
�rcmp
(
�s
->
���
, "add"))

1561 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�
 = 
RTE_ETH_INPUT_SET_ADD
;

1563 
�e_�h_dev_f��r_��
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_HASH
,

1564 
RTE_ETH_FILTER_SET
, &
�fo
);

1571 
cmd_�t_hash_�put_�t_3_�r�d
(*
�r�d_�su�
,

1572 
__�e_unu�d
 
cmdl�e
 *
�
,

1573 
__�e_unu�d
 *
d�a
)

1575 
cmd_�t_hash_�put_�t_�su�
 *
	g�s
 = 
�r�d_�su�
;

1576 
�e_�h_hash_f��r_�fo
 
	g�fo
;

1578 
mem�t
(&
�fo
, 0, (info));

1579 
	g�fo
.
	g�fo_ty�
 = 
RTE_ETH_HASH_FILTER_INPUT_SET_SELECT
;

1580 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�ow_ty�
 = 
�r2�owty�
(
�s
->
�ow_ty�
);

1582 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[0] = 
�r2��t
(
�s
->
��t_f�ld0
);

1583 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[1] = 
�r2��t
(
�s
->
��t_f�ld1
);

1584 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[2] = 
�r2��t
(
�s
->
��t_f�ld2
);

1585 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g��t_size
 = 3;

1587 i�(!
�rcmp
(
�s
->
���
, "select"))

1588 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�
 = 
RTE_ETH_INPUT_SET_SELECT
;

1589 i�(!
�rcmp
(
�s
->
���
, "add"))

1590 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�
 = 
RTE_ETH_INPUT_SET_ADD
;

1592 
�e_�h_dev_f��r_��
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_HASH
,

1593 
RTE_ETH_FILTER_SET
, &
�fo
);

1597 
cmd_�t_hash_�put_�t_4_�r�d
(*
�r�d_�su�
,

1598 
__�e_unu�d
 
cmdl�e
 *
�
,

1599 
__�e_unu�d
 *
d�a
)

1601 
cmd_�t_hash_�put_�t_�su�
 *
	g�s
 = 
�r�d_�su�
;

1602 
�e_�h_hash_f��r_�fo
 
	g�fo
;

1604 i�(
	g�ab�_�ow_d�
) {

1605 
��tf
("FDIR Filter is Defined!\n");

1606 
��tf
("Please undefine FDIR_FILTER flag�nd define "

1611 
mem�t
(&
�fo
, 0, (info));

1612 
	g�fo
.
	g�fo_ty�
 = 
RTE_ETH_HASH_FILTER_INPUT_SET_SELECT
;

1613 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�ow_ty�
 = 
�r2�owty�
(
�s
->
�ow_ty�
);

1615 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[0] = 
�r2��t
(
�s
->
��t_f�ld0
);

1616 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[1] = 
�r2��t
(
�s
->
��t_f�ld1
);

1617 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[2] = 
�r2��t
(
�s
->
��t_f�ld2
);

1618 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[3] = 
�r2��t
(
�s
->
��t_f�ld3
);

1620 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g��t_size
 = 4;

1621 i�(!
�rcmp
(
�s
->
���
, "select"))

1622 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�
 = 
RTE_ETH_INPUT_SET_SELECT
;

1623 i�(!
�rcmp
(
�s
->
���
, "add"))

1624 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�
 = 
RTE_ETH_INPUT_SET_ADD
;

1626 
�e_�h_dev_f��r_��
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_HASH
,

1627 
RTE_ETH_FILTER_SET
, &
�fo
);

1633 
cmd_�t_hash_�put_�t_5_�r�d
(*
�r�d_�su�
,

1634 
__�e_unu�d
 
cmdl�e
 *
�
,

1635 
__�e_unu�d
 *
d�a
)

1637 
cmd_�t_hash_�put_�t_�su�
 *
	g�s
 = 
�r�d_�su�
;

1638 
�e_�h_hash_f��r_�fo
 
	g�fo
;

1640 
mem�t
(&
�fo
, 0, (info));

1641 
	g�fo
.
	g�fo_ty�
 = 
RTE_ETH_HASH_FILTER_INPUT_SET_SELECT
;

1642 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�ow_ty�
 = 
�r2�owty�
(
�s
->
�ow_ty�
);

1644 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[0] = 
�r2��t
(
�s
->
��t_f�ld0
);

1645 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[1] = 
�r2��t
(
�s
->
��t_f�ld1
);

1646 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[2] = 
�r2��t
(
�s
->
��t_f�ld2
);

1647 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[3] = 
�r2��t
(
�s
->
��t_f�ld3
);

1648 
	g�fo
.�fo.
	g�put_�t_c�f
.
	gf�ld
[4] = 
�r2��t
(
�s
->
��t_f�ld4
);

1650 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g��t_size
 = 5;

1651 i�(!
�rcmp
(
�s
->
���
, "select"))

1652 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�
 = 
RTE_ETH_INPUT_SET_SELECT
;

1653 i�(!
�rcmp
(
�s
->
���
, "add"))

1654 
	g�fo
.�fo.
	g�put_�t_c�f
.
	g�
 = 
RTE_ETH_INPUT_SET_ADD
;

1655 
�e_�h_dev_f��r_��
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_HASH
,

1656 
RTE_ETH_FILTER_SET
, &
�fo
);

1660 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_�put_�t_cmd
 =

1661 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_�put_�t_�su�
,

1662 
�t_hash_�put_�t
, "set_hash_input_set");

1663 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�t_hash_�put_�t_p�t_id
 =

1664 
TOKEN_NUM_INITIALIZER
(
cmd_�t_hash_�put_�t_�su�
,

1665 
p�t_id
, 
UINT8
);

1666 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_�put_�t_�ow_ty�
 =

1667 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_�put_�t_�su�
,

1668 
�ow_ty�
,

1672 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_�put_�t_f�ld0
 =

1673 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_�put_�t_�su�
,

1674 
��t_f�ld0
,

1678 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_�put_�t_f�ld1
 =

1679 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_�put_�t_�su�
,

1680 
��t_f�ld1
,

1684 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_�put_�t_f�ld2
 =

1685 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_�put_�t_�su�
,

1686 
��t_f�ld2
,

1689 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_�put_�t_f�ld3
 =

1690 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_�put_�t_�su�
,

1691 
��t_f�ld3
,

1694 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_�put_�t_f�ld4
 =

1695 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_�put_�t_�su�
,

1696 
��t_f�ld4
, "ipv4-proto#ipv6-next-header#none");

1699 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_�put_�t_���
 =

1700 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_�put_�t_�su�
,

1701 
���
, "select#add");

1703 
cmdl�e_�r�_��_t
 
	gcmd_�t_hash_�put_�t_1
 = {

1704 .
f
 = 
cmd_�t_hash_�put_�t_1_�r�d
,

1705 .
	gd�a
 = 
NULL
,

1706 .
	gh�p_�r
 = "set_hash_input_set_1 <port_id> "

1712 .
	gtok�s
 = {

1713 (*)&
cmd_�t_hash_�put_�t_cmd
,

1714 (*)&
cmd_�t_hash_�put_�t_p�t_id
,

1715 (*)&
cmd_�t_hash_�put_�t_�ow_ty�
,

1716 (*)&
cmd_�t_hash_�put_�t_f�ld0
,

1717 (*)&
cmd_�t_hash_�put_�t_���
,

1718 
NULL
,

1722 
cmdl�e_�r�_��_t
 
	gcmd_�t_hash_�put_�t_2
 = {

1723 .
f
 = 
cmd_�t_hash_�put_�t_2_�r�d
,

1724 .
	gd�a
 = 
NULL
,

1725 .
	gh�p_�r
 = "set_hash_input_set_2 <port_id> "

1732 .
	gtok�s
 = {

1733 (*)&
cmd_�t_hash_�put_�t_cmd
,

1734 (*)&
cmd_�t_hash_�put_�t_p�t_id
,

1735 (*)&
cmd_�t_hash_�put_�t_�ow_ty�
,

1736 (*)&
cmd_�t_hash_�put_�t_f�ld0
,

1737 (*)&
cmd_�t_hash_�put_�t_f�ld1
,

1738 (*)&
cmd_�t_hash_�put_�t_���
,

1739 
NULL
,

1744 
cmdl�e_�r�_��_t
 
	gcmd_�t_hash_�put_�t_3
 = {

1745 .
f
 = 
cmd_�t_hash_�put_�t_3_�r�d
,

1746 .
	gd�a
 = 
NULL
,

1747 .
	gh�p_�r
 = "set_hash_input_set_3 <port_id> "

1757 .
	gtok�s
 = {

1758 (*)&
cmd_�t_hash_�put_�t_cmd
,

1759 (*)&
cmd_�t_hash_�put_�t_p�t_id
,

1760 (*)&
cmd_�t_hash_�put_�t_�ow_ty�
,

1761 (*)&
cmd_�t_hash_�put_�t_f�ld0
,

1762 (*)&
cmd_�t_hash_�put_�t_f�ld1
,

1763 (*)&
cmd_�t_hash_�put_�t_f�ld2
,

1764 (*)&
cmd_�t_hash_�put_�t_���
,

1765 
NULL
,

1770 
cmdl�e_�r�_��_t
 
	gcmd_�t_hash_�put_�t_4
 = {

1771 .
f
 = 
cmd_�t_hash_�put_�t_4_�r�d
,

1772 .
	gd�a
 = 
NULL
,

1773 .
	gh�p_�r
 = "set_hash_input_set_4 <port_id> "

1782 .
	gtok�s
 = {

1783 (*)&
cmd_�t_hash_�put_�t_cmd
,

1784 (*)&
cmd_�t_hash_�put_�t_p�t_id
,

1785 (*)&
cmd_�t_hash_�put_�t_�ow_ty�
,

1786 (*)&
cmd_�t_hash_�put_�t_f�ld0
,

1787 (*)&
cmd_�t_hash_�put_�t_f�ld1
,

1788 (*)&
cmd_�t_hash_�put_�t_f�ld2
,

1789 (*)&
cmd_�t_hash_�put_�t_f�ld3
,

1790 (*)&
cmd_�t_hash_�put_�t_���
,

1791 
NULL
,

1795 
cmdl�e_�r�_��_t
 
	gcmd_�t_hash_�put_�t_5
 = {

1796 .
f
 = 
cmd_�t_hash_�put_�t_5_�r�d
,

1797 .
	gd�a
 = 
NULL
,

1798 .
	gh�p_�r
 = "set_hash_input_set_5 <port_id> "

1808 .
	gtok�s
 = {

1809 (*)&
cmd_�t_hash_�put_�t_cmd
,

1810 (*)&
cmd_�t_hash_�put_�t_p�t_id
,

1811 (*)&
cmd_�t_hash_�put_�t_�ow_ty�
,

1812 (*)&
cmd_�t_hash_�put_�t_f�ld0
,

1813 (*)&
cmd_�t_hash_�put_�t_f�ld1
,

1814 (*)&
cmd_�t_hash_�put_�t_f�ld2
,

1815 (*)&
cmd_�t_hash_�put_�t_f�ld3
,

1816 (*)&
cmd_�t_hash_�put_�t_f�ld4
,

1817 (*)&
cmd_�t_hash_�put_�t_���
,

1818 
NULL
,

1824 
	scmd_�t_hash_glob�_c�fig_�su�
 {

1825 
cmdl�e_fixed_�r�g_t
 
	g�t_hash_glob�_c�fig
;

1826 
u�t8_t
 
	gp�t_id
;

1827 
cmdl�e_fixed_�r�g_t
 
	ghash_func
;

1828 
cmdl�e_fixed_�r�g_t
 
	g�ow_ty�
;

1829 
cmdl�e_fixed_�r�g_t
 
	g�ab�
;

1833 
cmd_�t_hash_glob�_c�fig_�r�d
(*
�r�d_�su�
,

1834 
__�e_unu�d
 
cmdl�e
 *
�
,

1835 
__�e_unu�d
 *
d�a
)

1837 
cmd_�t_hash_glob�_c�fig_�su�
 *
	g�s
 = 
�r�d_�su�
;

1838 
�e_�h_hash_f��r_�fo
 
	g�fo
;

1839 
u�t32_t
 
	g�y�
, 
	gidx
, 
	goff�t
;

1840 
	g�t
;

1842 i�(
�e_�h_dev_f��r_su�܋d
(
�s
->
p�t_id
,

1843 
RTE_ETH_FILTER_HASH
) < 0) {

1844 
��tf
("RTE_ETH_FILTER_HASH�ot supported on�ort %d\n",

1845 
�s
->
p�t_id
);

1848 
mem�t
(&
�fo
, 0, (info));

1849 
	g�fo
.
	g�fo_ty�
 = 
RTE_ETH_HASH_FILTER_GLOBAL_CONFIG
;

1850 i�(!
�rcmp
(
�s
->
hash_func
, "toeplitz"))

1851 
	g�fo
.�fo.
	gglob�_c�f
.
	ghash_func
 =

1852 
RTE_ETH_HASH_FUNCTION_TOEPLITZ
;

1853 i�(!
�rcmp
(
�s
->
hash_func
, "simple_xor"))

1854 
	g�fo
.�fo.
	gglob�_c�f
.
	ghash_func
 =

1855 
RTE_ETH_HASH_FUNCTION_SIMPLE_XOR
;

1856 i�(!
�rcmp
(
�s
->
hash_func
, "default"))

1857 
	g�fo
.�fo.
	gglob�_c�f
.
	ghash_func
 =

1858 
RTE_ETH_HASH_FUNCTION_DEFAULT
;

1860 
	g�y�
 = 
�r2�owty�
(
�s
->
�ow_ty�
);

1861 
	gidx
 = 
�y�
 / (
CHAR_BIT
 * (
u�t32_t
));

1862 
	goff�t
 = 
�y�
 % (
CHAR_BIT
 * (
u�t32_t
));

1863 
	g�fo
.�fo.
	gglob�_c�f
.
	gv�id_b�_mask
[
idx
] |�(1UL << 
off�t
);

1864 i�(!
�rcmp
(
�s
->
�ab�
, "enable"))

1865 if(
	gidx
 < 
	gRTE_SYM_HASH_MASK_ARRAY_SIZE
)

1866 
	g�fo
.�fo.
	gglob�_c�f
.
	gsym_hash_�ab�_mask
[
idx
] |=

1867 (1UL << 
off�t
);

1868 
	g�t
 = 
�e_�h_dev_f��r_��
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_HASH
,

1869 
RTE_ETH_FILTER_SET
, &
�fo
);

1870 i�(
	g�t
 < 0)

1871 
��tf
("Cannot set global hash configurations by�ort %d\n",

1872 
�s
->
p�t_id
);

1874 
��tf
("Global hash configurations have been set "

1875 "succ�ssfu�y by�܈%d\n", 
�s
->
p�t_id
);

1877 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_glob�_c�fig_�l
 =

1878 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_glob�_c�fig_�su�
,

1879 
�t_hash_glob�_c�fig
, "set_hash_global_config");

1880 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�t_hash_glob�_c�fig_p�t_id
 =

1881 
TOKEN_NUM_INITIALIZER
(
cmd_�t_hash_glob�_c�fig_�su�
,

1882 
p�t_id
, 
UINT8
);

1883 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_glob�_c�fig_hash_func
 =

1884 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_glob�_c�fig_�su�
,

1885 
hash_func
, "toeplitz#simple_xor#default");

1886 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_glob�_c�fig_�ow_ty�
 =

1887 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_glob�_c�fig_�su�
,

1888 
�ow_ty�
,

1891 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_hash_glob�_c�fig_�ab�
 =

1892 
TOKEN_STRING_INITIALIZER
(
cmd_�t_hash_glob�_c�fig_�su�
,

1893 
�ab�
, "enable#disable");

1895 
cmdl�e_�r�_��_t
 
	gcmd_�t_hash_glob�_c�fig
 = {

1896 .
f
 = 
cmd_�t_hash_glob�_c�fig_�r�d
,

1897 .
	gd�a
 = 
NULL
,

1898 .
	gh�p_�r
 = "set_hash_global_config�ort_id "

1903 .
	gtok�s
 = {

1904 (*)&
cmd_�t_hash_glob�_c�fig_�l
,

1905 (*)&
cmd_�t_hash_glob�_c�fig_p�t_id
,

1906 (*)&
cmd_�t_hash_glob�_c�fig_hash_func
,

1907 (*)&
cmd_�t_hash_glob�_c�fig_�ow_ty�
,

1908 (*)&
cmd_�t_hash_glob�_c�fig_�ab�
,

1909 
NULL
,

1914 
	scmd_�t_sym_hash_�a_�r_p�t_�su�
 {

1915 
cmdl�e_fixed_�r�g_t
 
	g�t_sym_hash_�a_�r_p�t
;

1916 
cmdl�e_fixed_�r�g_t
 
	g�ab�
;

1917 
u�t8_t
 
	gp�t_id
;

1921 
cmd_�t_sym_hash_�r_p�t_�r�d
(*
�r�d_�su�
,

1922 
__�e_unu�d
 
cmdl�e
 *
�
,

1923 
__�e_unu�d
 *
d�a
)

1925 
cmd_�t_sym_hash_�a_�r_p�t_�su�
 *
	g�s
 = 
�r�d_�su�
;

1926 
�e_�h_hash_f��r_�fo
 
	g�fo
;

1927 
	g�t
;

1929 i�(
�e_�h_dev_f��r_su�܋d
(
�s
->
p�t_id
,

1930 
RTE_ETH_FILTER_HASH
) < 0) {

1931 
��tf
("RTE_ETH_FILTER_HASH�ot supported on�ort: %d\n",

1932 
�s
->
p�t_id
);

1936 
mem�t
(&
�fo
, 0, (info));

1937 
	g�fo
.
	g�fo_ty�
 = 
RTE_ETH_HASH_FILTER_SYM_HASH_ENA_PER_PORT
;

1939 i�(!
�rcmp
(
�s
->
�ab�
, "enable"))

1940 
	g�fo
.�fo.
	g�ab�
 = 1;

1942 
	g�t
 = 
�e_�h_dev_f��r_��
(
�s
->
p�t_id
, 
RTE_ETH_FILTER_HASH
,

1943 
RTE_ETH_FILTER_SET
, &
�fo
);

1944 i�(
	g�t
 < 0) {

1945 
��tf
("Cannot set symmetric hash�nable�er�ort on "

1946 "p܈%u\n", 
�s
->
p�t_id
);

1949 
��tf
("Symmetric hash has been set�o %s on�ort %u\n",

1950 
�s
->
�ab�
,�es->
p�t_id
);

1953 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_sym_hash_�a_�r_p�t_�l
 =

1954 
TOKEN_STRING_INITIALIZER
(
cmd_�t_sym_hash_�a_�r_p�t_�su�
,

1955 
�t_sym_hash_�a_�r_p�t
, "set_sym_hash_ena_per_port");

1956 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�t_sym_hash_�a_�r_p�t_p�t_id
 =

1957 
TOKEN_NUM_INITIALIZER
(
cmd_�t_sym_hash_�a_�r_p�t_�su�
,

1958 
p�t_id
, 
UINT8
);

1959 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�t_sym_hash_�a_�r_p�t_�ab�
 =

1960 
TOKEN_STRING_INITIALIZER
(
cmd_�t_sym_hash_�a_�r_p�t_�su�
,

1961 
�ab�
, "enable#disable");

1963 
cmdl�e_�r�_��_t
 
	gcmd_�t_sym_hash_�a_�r_p�t
 = {

1964 .
f
 = 
cmd_�t_sym_hash_�r_p�t_�r�d
,

1965 .
	gd�a
 = 
NULL
,

1966 .
	gh�p_�r
 = "set_sym_hash_ena_per_port�ort_id�nable|disable",

1967 .
	gtok�s
 = {

1968 (*)&
cmd_�t_sym_hash_�a_�r_p�t_�l
,

1969 (*)&
cmd_�t_sym_hash_�a_�r_p�t_p�t_id
,

1970 (*)&
cmd_�t_sym_hash_�a_�r_p�t_�ab�
,

1971 
NULL
,

1977 
�p_p���e_�picmp_��y_dbg
(
�p_��ms
 *
�p
,

1978 
u�t32_t
 
p���e_id
, 
u�t8_t
 *
msg
)

1980 
p���e_�picmp_��y_dbg_msg_�q
 *
	g�q
;

1981 
p���e_�picmp_��y_dbg_msg_r�
 *
	gr�
;

1984 i�(
	g�p
 =�
NULL
)

1988 
	g�q
 = 
�p_msg_�loc
(
�p
);

1989 i�(
	g�q
 =�
NULL
)

1992 
	g�q
->
	gty�
 = 
PIPELINE_MSG_REQ_CUSTOM
;

1993 
	g�q
->
	gsubty�
 = 
PIPELINE_ARPICMP_MSG_REQ_ENTRY_DBG
;

1994 
	g�q
->
	gd�a
[0] = 
msg
[0];

1995 
	g�q
->
	gd�a
[1] = 
msg
[1];

1997 
	gr�
 = 
�p_msg_�nd_�cv
(
�p
, 
p���e_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

1998 i�(
	gr�
 =�
NULL
)

2002 i�(
	gr�
->
	g��us
) {

2003 
�p_msg_�
(
�p
, 
r�
);

2004 
��tf
("E�܄�->��u�%d\n", 
r�
->
��us
);

2009 
�p_msg_�
(
�p
, 
r�
);

2019 
	scmd_��y_dbg_�su�
 {

2020 
cmdl�e_fixed_�r�g_t
 
	gp_�r�g
;

2021 
u�t32_t
 
	gp
;

2022 
cmdl�e_fixed_�r�g_t
 
	g��y_�r�g
;

2023 
cmdl�e_fixed_�r�g_t
 
	gdbg_�r�g
;

2024 
u�t8_t
 
	gcmd
;

2025 
u�t8_t
 
	gd1
;

2029 
cmd_��y_dbg_�r�d
(*
�r�d_�su�
,

2030 
__�e_unu�d
 
cmdl�e
 *
�
, *
d�a
)

2032 
cmd_��y_dbg_�su�
 *
	g��ms
 = 
�r�d_�su�
;

2033 
�p_��ms
 *
	g�p
 = 
d�a
;

2034 
u�t8_t
 
	gmsg
[2];

2035 
	g��us
;

2037 
	gmsg
[0] = 
��ms
->
cmd
;

2038 
	gmsg
[1] = 
��ms
->
d1
;

2039 
	g��us
 = 
�p_p���e_�picmp_��y_dbg
(
�p
, 
��ms
->
p
, 
msg
);

2041 i�(
	g��us
 != 0) {

2042 
��tf
("Dbg Command failed\n");

2047 
cmdl�e_�r�_tok�_�r�g_t
 
	glb_cmd_��y_dbg_p_�r�g
 =

2048 
TOKEN_STRING_INITIALIZER
(
cmd_��y_dbg_�su�
, 
p_�r�g
, "p");

2050 
cmdl�e_�r�_tok�_num_t
 
	glb_cmd_��y_dbg_p
 =

2051 
TOKEN_NUM_INITIALIZER
(
cmd_��y_dbg_�su�
, 
p
, 
UINT32
);

2053 
cmdl�e_�r�_tok�_�r�g_t
 
	glb_cmd_��y_dbg_��y_�r�g
 =

2054 
TOKEN_STRING_INITIALIZER
(
cmd_��y_dbg_�su�
,

2055 
��y_�r�g
, "txrx");

2057 
cmdl�e_�r�_tok�_�r�g_t
 
	glb_cmd_��y_dbg_dbg_�r�g
 =

2058 
TOKEN_STRING_INITIALIZER
(
cmd_��y_dbg_�su�
, 
dbg_�r�g
,

2061 
cmdl�e_�r�_tok�_num_t
 
	glb_cmd_��y_dbg_cmd
 =

2062 
TOKEN_NUM_INITIALIZER
(
cmd_��y_dbg_�su�
, 
cmd
, 
UINT8
);

2064 
cmdl�e_�r�_tok�_num_t
 
	glb_cmd_��y_dbg_d1
 =

2065 
TOKEN_NUM_INITIALIZER
(
cmd_��y_dbg_�su�
, 
d1
, 
UINT8
);

2067 
cmdl�e_�r�_��_t
 
	glb_cmd_��y_dbg
 = {

2068 .
f
 = 
cmd_��y_dbg_�r�d
,

2069 .
	gd�a
 = 
NULL
,

2070 .
	gh�p_�r
 = "ARPICMP dbg cmd",

2071 .
	gtok�s
 = {

2072 (*)&
lb_cmd_��y_dbg_p_�r�g
,

2073 (*)&
lb_cmd_��y_dbg_p
,

2074 (*)&
lb_cmd_��y_dbg_��y_�r�g
,

2075 (*)&
lb_cmd_��y_dbg_dbg_�r�g
,

2076 (*)&
lb_cmd_��y_dbg_cmd
,

2077 (*)&
lb_cmd_��y_dbg_d1
,

2078 
NULL
,

2082 
cmdl�e_�r�_�x_t
 
	gp���e_cmds
[] = {

2083 (
cmdl�e_�r�_��_t
 *�&
lb_cmd_��y_dbg
,

2084 (
cmdl�e_�r�_��_t
 *�&
cmd_�p_add
,

2085 (
cmdl�e_�r�_��_t
 *�&
cmd_�p_d�
,

2086 (
cmdl�e_�r�_��_t
 *�&
cmd_�p_�q
,

2087 (
cmdl�e_�r�_��_t
 *�&
cmd_icmp_echo_�q
,

2088 (
cmdl�e_�r�_��_t
 *�&
cmd_�p_ls
,

2089 (
cmdl�e_�r�_��_t
 *�&
cmd_show_p�ts_�fo
,

2091 (
cmdl�e_�r�_��_t
 *�&
cmd_�t_fwd_mode
,

2092 (
cmdl�e_�r�_��_t
 *�&
cmd_add_d�_udp_�ow_d�e��
,

2093 (
cmdl�e_�r�_��_t
 *�&
cmd_add_d�_l2_�ow_d�e��
,

2094 (
cmdl�e_�r�_��_t
 *�&
cmd_�t_hash_�put_�t_1
,

2095 (
cmdl�e_�r�_��_t
 *�&
cmd_�t_hash_�put_�t_2
,

2097 (
cmdl�e_�r�_��_t
 *�&
cmd_�t_hash_�put_�t_4
,

2099 (
cmdl�e_�r�_��_t
 *�&
cmd_�t_hash_glob�_c�fig
,

2100 (
cmdl�e_�r�_��_t
 *�&
cmd_�t_sym_hash_�a_�r_p�t
,

2101 #i�de�
VNF_ACL


2102 (
cmdl�e_�r�_��_t
 *�&
cmd_�p_dbg
,

2103 (
cmdl�e_�r�_��_t
 *�&
cmd_�p_tim�
,

2105 
NULL
,

2108 
p���e_�_�s
 
	gp���e_�picmp_�_�s
 = {

2109 .
f_��
 = 
NULL
,

2110 .
	gf_�
 = 
NULL
,

2111 .
	gcmds
 = 
p���e_cmds
,

2114 
p���e_ty�
 
	gp���e_�picmp
 = {

2115 .
�me
 = "ARPICMP",

2116 .
	gbe_�s
 = &
p���e_�picmp_be_�s
,

2117 .
	g�_�s
 = &
p���e_�picmp_�_�s
,

	@VIL/pipeline_arpicmp/pipeline_arpicmp.h

17 #i�de�
__INCLUDE_PIPELINE_ARPICMP_H__


18 

	#__INCLUDE_PIPELINE_ARPICMP_H__


	)

20 
	~"p���e.h
"

21 
	~"p���e_�picmp_be.h
"

26 

p���e_ty�
 
p���e_�picmp
;

28 

	#MAX_PKT_BURST
 512

	)

29 

	#DEF_PKT_BURST
 32

	)

32 
u�t8_t
 
	tp�tid_t
;

33 
u�t16_t
 
	tqueueid_t
;

34 
u�t16_t
 
	t��amid_t
;

39 
	sfwd_��am
 {

42 
p�tid_t
 
	mrx_p�t
;

44 
queueid_t
 
	mrx_queue
;

46 
p�tid_t
 
	mtx_p�t
;

48 
queueid_t
 
	mtx_queue
;

50 
��amid_t
 
	m��_addr
;

54 
	mrx_�ck�s
;

56 
	mtx_�ck�s
;

58 
	mfwd_drݳd
;

60 
	mrx_bad_�_csum
;

62 
	mrx_bad_l4_csum
;

63 #ifde�
RTE_TEST_PMD_RECORD_CORE_CYCLES


64 
u�t64_t
 
	mc�e_cy�es
;

66 #ifde�
RTE_TEST_PMD_RECORD_BURST_STATS


67 
pkt_bur�_��s
 
	mrx_bur�_��s
;

68 
pkt_bur�_��s
 
	mtx_bur�_��s
;

86 (*
	tp�t_fwd_beg�_t
)(
	tp�tid_t
 
	tpi
);

87 (*
	tp�t_fwd_�d_t
)(
	tp�tid_t
 
	tpi
);

88 (*
	t�ck�_fwd_t
)(
	tfwd_��am
 *
	tfs
);

89 
	sfwd_�g�e
 {

91 cڡ *
fwd_mode_�me
;

93 
p�t_fwd_beg�_t
 
p�t_fwd_beg�
;

95 
p�t_fwd_�d_t
 
p�t_fwd_�d
;

97 
�ck�_fwd_t
 
�ck�_fwd
;

99 

	#IPV4_ADDR_TO_UINT
(
�_addr
, 
�
) \

101 i�((
�_addr
).
�m�y
 =�
AF_INET
) \

102 (
�
��(
�_addr
).
addr
.
�v4
.
s_addr
; \

104 
	`��tf
("invalid�arameter.\n"); \

107 
	}
} 0)

	)

109 

	#IPV6_ADDR_TO_ARRAY
(
�_addr
, 
�
) \

111 i�((
�_addr
).
�m�y
 =�
AF_INET6
) \

112 ()
	`�e_mem�y
(&(
�
), \

113 &((
�_addr
).
addr
.
�v6
), \

114 (
�6_addr
)); \

116 
	`��tf
("invalid�arameter.\n"); \

119 } 0)

	)

121 
�t_pkt_f�w�d�g_mode
(cڡ *
fwd_mode_�me
);

	@VIL/pipeline_arpicmp/pipeline_arpicmp_be.c

17 
	~<�r�g.h
>

19 
	~<�dio.h
>

20 
	~<�dlib.h
>

21 
	~<�d�t.h
>

22 
	~<�r�g.h
>

23 
	~<uni�d.h
>

25 
	~<�p.h
>

26 
	~<�e_comm�.h
>

27 
	~<�e_m�loc.h
>

28 
	~<�e_�.h
>

29 
	~<�e_by��d�.h
>

30 
	~<�e_�b�_�ub.h
>

31 
	~<�e_�b�_hash.h
>

32 
	~<�e_p���e.h
>

33 
	~<�e_�p.h
>

34 
	~<�e_icmp.h
>

35 
	~<�e_hash.h
>

36 
	~<�e_jhash.h
>

37 
	~<�e_cy�es.h
>

38 
	~<�e_hexdump.h
>

39 
	~"p���e_a�i�s_comm�.h
"

40 
	~"hash_func.h
"

41 
	~"vnf_comm�.h
"

42 
	~"p���e_comm�_be.h
"

43 
	~"p���e_�picmp_be.h
"

44 
	~"�r�r.h
"

45 
	~"hash_func.h
"

46 
	~"vnf_comm�.h
"

47 
	~"�p.h
"

49 
	~"p���e_comm�_�.h
"

50 #i�de�
VNF_ACL


51 
	~"lib_�p.h
"

52 
	~"lib_icmpv6.h
"

53 
	~"��r��.h
"

56 #ifde�
VNF_ACL


58 

	#NB_ARPICMP_MBUF
 64

	)

59 

	#NB_NDICMP_MBUF
 64

	)

60 

	#IP_VERSION_4
 0x40

	)

62 

	#IP_HDRLEN
 0x05

	)

63 

	#IP_VHL_DEF
 (
IP_VERSION_4
 | 
IP_HDRLEN
)

	)

65 

	#is_mu�i��_�v4_addr
(
�v4_addr
) \

66 (((
	`�e_be_to_�u_32
((
�v4_addr
)�>> 24�& 0x000000FF�=�0xE0)

	)

70 

	#INADDRSZ
 4

	)

71 

	#IN6ADDRSZ
 16

	)

72 
my_��_��_�v6
(
af
, cڡ *
�c
, *
d�
);

73 
��_��_�v6
(cڡ *
�c
, *
d�
);

74 
��_��_�v4
(cڡ *
�c
, *
d�
);

76 
u�t8_t
 
	gvnf_comm�_�p_lib_��
;

77 
u�t8_t
 
	gvnf_comm�_nd_lib_��
;

78 
u�t8_t
 
	gl�db_p���e_cou�
;

80 
u�t32_t
 
	gARPICMP_DEBUG
;

81 
u�t32_t
 
	gNDIPV6_DEBUG
;

83 
u�t32_t
 
	g�p_rou�_tbl_�dex
;

84 
u�t32_t
 
	gnd_rou�_tbl_�dex
;

85 
u�t32_t
 
	gl�k_hw_addr_��y_idx
;

87 
u�t32_t
 
	glib_�p_g�_mac_�q
;

88 
u�t32_t
 
	glib_�p_nh_found
;

89 
u�t32_t
 
	glib_�p_no_nh_found
;

90 
u�t32_t
 
	glib_�p_�p_��y_found
;

91 
u�t32_t
 
	glib_�p_no_�p_��y_found
;

92 
u�t32_t
 
	glib_�p_p�uϋ_��ed
;

93 
u�t32_t
 
	glib_�p_d��e_��ed
;

94 
u�t32_t
 
	glib_�p_du�i��_found
;

96 
u�t32_t
 
	glib_nd_g�_mac_�q
;

97 
u�t32_t
 
	glib_nd_nh_found
;

98 
u�t32_t
 
	glib_nd_no_nh_found
;

99 
u�t32_t
 
	glib_nd_nd_��y_found
;

100 
u�t32_t
 
	glib_nd_no_�p_��y_found
;

101 
u�t32_t
 
	glib_nd_p�uϋ_��ed
;

102 
u�t32_t
 
	glib_nd_d��e_��ed
;

103 
u�t32_t
 
	glib_nd_du�i��_found
;

105 
�e_mempo�
 *
	glib_�p_pktmbuf_tx_po�
;

106 
�e_mempo�
 *
	glib_nd_pktmbuf_tx_po�
;

108 
�e_mbuf
 *
	glib_�p_pkt
;

109 
�e_mbuf
 *
	glib_nd_pkt
;

111 
�e_hash_��m��s
 
	g�p_hash_��ms
 = {

112 .
�me
 = "ARP",

113 .
	g���s
 = 64,

114 .
	g��rved
 = 0,

115 .
	gkey_�n
 = (
�p_key_�v4
),

116 .
	ghash_func
 = 
�e_jhash
,

117 .
	ghash_func_��_v�
 = 0,

120 
�e_hash_��m��s
 
	gnd_hash_��ms
 = {

121 .
�me
 = "ND",

122 .
	g���s
 = 64,

123 .
	g��rved
 = 0,

124 .
	gkey_�n
 = (
nd_key_�v6
),

125 .
	ghash_func
 = 
�e_jhash
,

126 .
	ghash_func_��_v�
 = 0,

129 
�e_hash
 *
	g�p_hash_h�d�
;

130 
�e_hash
 *
	gnd_hash_h�d�
;

134 
�p_��ms
 *
	gmyA�
;

135 
�e_p���e
 *
	gmyP
;

136 
p���e_�picmp
 *
	ggp_�p
;

137 
u�t8_t
 
	gnum_vnf_th�ads
;

139 #ifde�
VNF_ACL


141 
	s�p_p�t_add�ss
 {

142 
u�t32_t
 
	m�
;

143 
u�t64_t
 
	mmac_addr
;

146 
�p_p�t_add�ss
 
	g�p_p�t_add�s�s
[
RTE_MAX_ETHPORTS
];

148 
u�t16_t
 
	g�p_m�a_off�t
;

151 
	sp���e_�picmp
 {

152 
p���e
 
	mp
;

153 
p���e_msg_�q_h�d�r


154 
	mcu�om_h�d�rs
[
PIPELINE_ARPICMP_MSG_REQS
];

155 
u�t64_t
 
	m��ivedPktCou�
;

156 
u�t64_t
 
	mdrݳdPktCou�
;

157 
u�t64_t
 
	m��PktCou�
;

158 
u�t8_t
 
	ml�ks_m�
[
PIPELINE_MAX_PORT_IN
];

159 
u�t8_t
 
	mou��t_id
[
PIPELINE_MAX_PORT_IN
];

160 
u�t8_t
 
	mp���e_num
;

161 } 
	g__�e_�che_�ig�d
;

163 #ifde�
VNF_ACL


165 

	#MAX_NUM_ARP_ENTRIES
 64

	)

166 

	#MAX_NUM_ND_ENTRIES
 64

	)

169 
lib_nd_rou�_�b�_��y
 
	glib_nd_rou�_�b�
[
MAX_ND_RT_ENTRY
] = {

204 
lib_�p_rou�_�b�_��y
 
	glib_�p_rou�_�b�
[
MAX_ARP_RT_ENTRY
] = {

227 
	$p���es_p�t_�fo
()

229 
�p_��ms
 *
�p
 = 
myA�
;

230 
u�t8_t
 
i
, 
p���e
;

231 
p���e
 = 0;�����< 
�p
->
n_p���es
;�ipeline++) {

232 
	`��tf
("*** PIPELINE %d ***\n\n", 
p���e
);

234 
	`��tf
("*** OUTPORTs ***\n");

235 
i
 = 1; i < 
�p
->
p���e_��ms
[
p���e
].
n_pktq_out
;

236 
i
++) {

237 
�p
->
p���e_��ms
[
p���e
].
pktq_out
[
i
].

238 
ty�
) {

239 
APP_PKTQ_OUT_SWQ
:

240 
	`��tf
("pktq_out[%d]:%s\n", 
i
,

241 
�p
->
swq_��ms
[�p->
p���e_��ms


242 [
p���e
].

243 
pktq_out
[
i
].
id
].
�me
);

245 
APP_PKTQ_OUT_HWQ
:

246 
	`��tf
("pktq_out[%d]:%s\n", 
i
,

247 
�p
->
hwq_out_��ms
[�p->
p���e_��ms


248 [
p���e
].
pktq_out


249 [
i
].
id
].
�me
);

252 
	`��tf
("Not OUT SWQ or HWQ\n");

255 
	`��tf
("*** INPORTs ***\n");

256 
i
 = 0; i < 
�p
->
p���e_��ms
[
p���e
].
n_pktq_�
; i++) {

257 
�p
->
p���e_��ms
[
p���e
].
pktq_�
[
i
]

258 .
ty�
) {

259 
APP_PKTQ_IN_SWQ
:

260 
	`��tf
("pktq_�[%d]:%s\n", 
i
,

261 
�p
->
swq_��ms
[�p->
p���e_��ms


262 [
p���e
].

263 
pktq_�
[
i
].
id
].
�me
);

265 
APP_PKTQ_IN_HWQ
:

266 
	`��tf
("pktq_�[%d]:%s\n", 
i
,

267 
�p
->
hwq_�_��ms
[�p->
p���e_��ms


268 [
p���e
].

269 
pktq_�
[
i
].
id
].
�me
);

272 
	`��tf
("Not IN SWQ or HWQ\n");

276 
	}
}

278 
	$p���es_m�_�fo
()

280 
i
 = 0;

282 
	`��tf
("PIPELINE_MAX_PORT_IN %d\n", 
PIPELINE_MAX_PORT_IN
);

283 
	`��tf
("lb_ou��t_id[%d", 
lb_ou��t_id
[0]);

284 
i
 = 1; i < 
PIPELINE_MAX_PORT_IN
; i++)

285 
	`��tf
(",%d", 
lb_ou��t_id
[
i
]);

286 
	`��tf
("]\n");

288 
	`��tf
("vnf_to_l�db_m�[%d", 
vnf_to_l�db_m�
[0]);

289 
i
 = 1; i < 
PIPELINE_MAX_PORT_IN
; i++)

290 
	`��tf
(",%d", 
vnf_to_l�db_m�
[
i
]);

291 
	`��tf
("]\n");

293 
	`��tf
("p�t_to_l�db_m�[%d", 
p�t_to_l�db_m�
[0]);

294 
i
 = 1; i < 
PIPELINE_MAX_PORT_IN
; i++)

295 
	`��tf
(",%d", 
p�t_to_l�db_m�
[
i
]);

296 
	`��tf
("]\n");

298 
	`��tf
("l�db_p���e_nums[%d", 
l�db_p���e_nums
[0]);

299 
i
 = 1; i < 
PIPELINE_MAX_PORT_IN
; i++)

300 
	`��tf
(",%d", 
l�db_p���e_nums
[
i
]);

301 
	`��tf
("]\n");

303 
	`��tf
("l�db_p���e[%p", 
l�db_p���e
[0]);

304 
i
 = 1; i < 
PIPELINE_MAX_PORT_IN
; i++)

305 
	`��tf
(",%p", 
l�db_p���e
[
i
]);

306 
	`��tf
("]\n");

307 
	}
}

309 
	$�gi��_p���e_Qs
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
)

311 
�e_p�t_�hdev_�ad�
 *
hwq
;

312 
�e_p�t_r�g_wr��
 *
out_swq
;

313 
�e_p�t_r�g_�ad�
 *
�_swq
;

314 
�e_p���e
 *
�e
 = 
p
->p;

315 
u�t8_t
 
p�t_cou�
 = 0;

316 
queue_out
 = 0xff, 
queue_�
 = 0xff;

318 
	`��tf
("C�l�g�egi��_p���e_Q�� PIPELINE%d\n", 
p���e_num
);

319 
p�t_cou�
 = 0;��t_cou� < 
�e
->
num_p�ts_out
;�ort_count++) {

321 
myA�
->
p���e_��ms
[
p���e_num
].

322 
pktq_out
[
p�t_cou�
].
ty�
){

324 
APP_PKTQ_OUT_SWQ
:

326 i�(
p�t_cou�
 >�
�e
->
num_p�ts_�
) {

329 i�(
�e
->
num_p�ts_out
 %��->
num_p�ts_�
)

330 i�(
p�t_cou�
 =�
�e
->
num_p�ts_out
 - 1)

332 
�mp
;

333 
�mp
 = ((
p�t_cou�
�% 
�e
->
num_p�ts_�
);

335 
�_swq
 = 
�e
->
p�ts_�
[
�mp
].
h_p�t
;

336 
out_swq
 = 
�e
->
p�ts_out
[
p�t_cou�
].
h_p�t
;

337 
	`��tf
("in_swq : %s\n",

338 
�_swq
->
r�g
->
�me
);

339 
��us
 =

340 
	`ss�nf
(
�_swq
->
r�g
->
�me
, "SWQ%d",

341 &
queue_�
);

342 i�(
��us
 < 0) {

343 
	`��tf
("Unable�o�ead SWQ�umber\n");

346 
	`��tf
("out_swq: %s\n",

347 
out_swq
->
r�g
->
�me
);

348 
��us
 =

349 
	`ss�nf
(
out_swq
->
r�g
->
�me
, "SWQ%d",

350 &
queue_out
);

351 i�(
��us
 < 0) {

352 
	`��tf
("Unable�o�ead SWQ�umber\n");

355 i�(
queue_�
 < 128 && 
queue_out
 < 128) {

356 
SWQ_to_P�t_m�
[
queue_out
] =

357 
SWQ_to_P�t_m�
[
queue_�
];

358 
	`��tf
("SWQ_to_P�t_m�[%d]%d\n", 
queue_out
,

359 
SWQ_to_P�t_m�
[
queue_out
]);

364 
myA�
->
p���e_��ms
[
p���e_num
].

365 
pktq_�
[
p�t_cou�
].
ty�
){

367 
APP_PKTQ_OUT_HWQ
:

368 
hwq
 = 
�e
->
p�ts_�
[
p�t_cou�
].
h_p�t
;

369 
out_swq
 = 
�e
->
p�ts_out
[
p�t_cou�
].
h_p�t
;

370 
	`��tf
("out_swq: %s\n",

371 
out_swq
->
r�g
->
�me
);

372 
��us
 =

373 
	`ss�nf
(
out_swq
->
r�g
->
�me
, "SWQ%d",

374 &
queue_out
);

376 i�(
��us
 < 0) {

377 
	`��tf
("Unable�o�ead SWQ�umber\n");

380 i�(
queue_out
 < 128) {

381 
SWQ_to_P�t_m�
[
queue_out
] = 
hwq
->
p�t_id
;

382 
	`��tf
("SWQ_to_P�t_m�[%d]%d\n", 
queue_out
,

383 
SWQ_to_P�t_m�
[
queue_out
]);

387 
APP_PKTQ_OUT_SWQ
:

388 
�_swq
 = 
�e
->
p�ts_�
[
p�t_cou�
].
h_p�t
;

389 
out_swq
 = 
�e
->
p�ts_out
[
p�t_cou�
].
h_p�t
;

390 
	`��tf
("in_swq : %s\n",

391 
�_swq
->
r�g
->
�me
);

392 
��us
 =

393 
	`ss�nf
(
�_swq
->
r�g
->
�me
, "SWQ%d",

394 &
queue_�
);

395 i�(
��us
 < 0) {

396 
	`��tf
("Unable�o�ead SWQ�umber\n");

399 
	`��tf
("out_swq: %s\n",

400 
out_swq
->
r�g
->
�me
);

401 
��us
 =

402 
	`ss�nf
(
out_swq
->
r�g
->
�me
, "SWQ%d",

403 &
queue_out
);

404 i�(
��us
 < 0) {

405 
	`��tf
("Unable�o�ead SWQ�umber\n");

408 i�(
queue_�
 < 128 && 
queue_out
 < 128){

409 
SWQ_to_P�t_m�
[
queue_out
] =

410 
SWQ_to_P�t_m�
[
queue_�
];

411 
	`��tf
("SWQ_to_P�t_m�[%d]%d\n", 
queue_out
,

412 
SWQ_to_P�t_m�
[
queue_out
]);

417 
	`��tf
("This�ever hits\n");

422 
APP_PKTQ_OUT_HWQ
:

423 
	`��tf
("This is HWQ\n");

427 
	`��tf
("set_phy_outport_map: This�ever hits\n");

430 
	}
}

432 
	$�t_l�k_m�
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
, u�t8_�*
m�
)

434 
�e_p�t_�hdev_wr��
 *
hwq
;

435 
�e_p�t_r�g_wr��
 *
out_swq
;

436 
�e_p���e
 *
�e
 = 
p
->p;

438 
u�t8_t
 
p�t_cou�
 = 0;

439 
�dex
 = 0, 
queue_out
 = 0xff;

441 
	`��tf
("C�l�g s�_l�k_m� i�PIPELINE%d\n", 
p���e_num
);

442 
p�t_cou�
 = 0;��t_cou� < 
�e
->
num_p�ts_out
;�ort_count++) {

444 
myA�
->
p���e_��ms
[
p���e_num
].

445 
pktq_out
[
p�t_cou�
].
ty�
){

447 
APP_PKTQ_OUT_HWQ
:

448 
hwq
 = 
�e
->
p�ts_out
[
p�t_cou�
].
h_p�t
;

449 
m�
[
�dex
++] = 
hwq
->
p�t_id
;

450 
	`��tf
("l�ks_m�[%d]:%d\n", 
�dex
 - 1, 
m�
[index - 1]);

453 
APP_PKTQ_OUT_SWQ
:

454 
out_swq
 = 
�e
->
p�ts_out
[
p�t_cou�
].
h_p�t
;

455 
	`��tf
("set_link_map out_swq: %s\n",

456 
out_swq
->
r�g
->
�me
);

457 
��us
 = 
	`ss�nf
(
out_swq
->
r�g
->
�me
, "SWQ%d",

458 &
queue_out
);

459 i�(
��us
 < 0) {

460 
	`��tf
("Unable�o�ead SWQ�umber\n");

464 i�(
queue_out
 < 128) {

465 
m�
[
�dex
++] = 
SWQ_to_P�t_m�
[
queue_out
];

466 
	`��tf
("l�ks_m�[%s]:%d\n", 
out_swq
->
r�g
->
�me
,

467 
m�
[
�dex
 - 1]);

472 
	`��tf
("set_phy_outport_map: This�ever hits\n");

475 
	}
}

477 
	$�t_ou��t_id
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
, u�t8_�*
m�
)

479 
u�t8_t
 
p�t_cou�
 = 0;

480 
queue_out
 = 0xff, 
�dex
 = 0;

482 
�e_p�t_�hdev_wr��
 *
hwq
;

483 
�e_p�t_r�g_wr��
 *
out_swq
;

484 
�e_p���e
 *
�e
 = 
p
->p;

486 
	`��tf
("\n**** set_outport_id() with�ipeline_num:%d ****\n\n",

487 
p���e_num
);

488 
p�t_cou�
 = 0;

489 
p�t_cou�
 < 
�e
->
num_p�ts_out
;

490 
p�t_cou�
++) {

492 
myA�
->
p���e_��ms
[
p���e_num
].

493 
pktq_out
[
p�t_cou�
].
ty�
) {

495 
APP_PKTQ_OUT_HWQ
:

496 
hwq
 = 
�e
->
p�ts_out
[
p�t_cou�
].
h_p�t
;

499 
m�
[
hwq
->
p�t_id
] = 
�dex
;

500 
	`��tf
("hwq�ort_id:%d index:%d\n",

501 
hwq
->
p�t_id
, 
�dex
);

502 
m�
[
hwq
->
p�t_id
] = 
�dex
++;

503 
	`��tf
("hwq�ort_id:%d index:%d\n",

504 
hwq
->
p�t_id
, 
�dex
-1);

505 
	`��tf
("ou��t_id[%d]:%d\n", 
�dex
 - 1,

506 
m�
[
�dex
 - 1]);

510 
APP_PKTQ_OUT_SWQ
:

513 i�(
p�t_cou�
 >�
�e
->
num_p�ts_�
)

514 i�(
�e
->
num_p�ts_out
 %��->
num_p�ts_�
)

515 i�(
p�t_cou�
 =�
�e
->
num_p�ts_out
 - 1)

517 
out_swq
 = 
�e
->
p�ts_out
[
p�t_cou�
].
h_p�t
;

518 
	`��tf
("set_outport_id out_swq: %s\n",

519 
out_swq
->
r�g
->
�me
);

520 
�mp
 = 
	`ss�nf
(
out_swq
->
r�g
->
�me
, "SWQ%d",

521 &
queue_out
);

522 i�(
�mp
 < 0) {

523 
	`��tf
("Unable�o�ead SWQ�umber\n");

527 i�(
queue_out
 < 128 && 
�dex
 >= 0) {

528 
m�
[
SWQ_to_P�t_m�
[
queue_out
]] = 
�dex
++;

529 
	`��tf
("ou��t_id[%s]:%d\n", 
out_swq
->
r�g
->
�me
,

530 
m�
[
SWQ_to_P�t_m�
[
queue_out
]]);

535 
	`��tf
(" ");

539 
	}
}

541 
	$�t_phy_ou��t_id
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
, u�t8_�*
m�
)

543 
u�t8_t
 
p�t_cou�
 = 0;

544 
�dex
 = 0;

546 
�e_p�t_�hdev_wr��
 *
hwq
;

547 
�e_p���e
 *
�e
 = 
p
->p;

549 
	`��tf
("\n**** set_phy_outport_id() with�ipeline_num:%d ****\n\n",

550 
p���e_num
);

551 
p�t_cou�
 = 0;

552 
p�t_cou�
 < 
myA�
->
p���e_��ms
[
p���e_num
].
n_pktq_out
;

553 
p�t_cou�
++) {

555 
myA�
->
p���e_��ms
[
p���e_num
].

556 
pktq_out
[
p�t_cou�
].
ty�
) {

558 
APP_PKTQ_OUT_HWQ
:

559 
hwq
 = 
�e
->
p�ts_out
[
p�t_cou�
].
h_p�t
;

560 
m�
[
hwq
->
p�t_id
] = 
�dex
++;

561 
	`��tf
("ou��t_id[%d]:%d\n", 
�dex
 - 1,

562 
m�
[
�dex
 - 1]);

566 
	`��tf
(" ");

570 
	}
}

572 
	$�t_phy_�p�t_id
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
, u�t8_�*
m�
)

574 
u�t8_t
 
p�t_cou�
 = 0;

575 
�dex
 = 0;

577 
�e_p�t_�hdev_�ad�
 *
hwq
;

578 
�e_p���e
 *
�e
 = 
p
->p;

580 
	`��tf
("\n**** set_phy_inport_id() with�ipeline_num:%d ****\n\n",

581 
p���e_num
);

582 
p�t_cou�
 = 0;

583 
p�t_cou�
 < 
myA�
->
p���e_��ms
[
p���e_num
].
n_pktq_�
;

584 
p�t_cou�
++) {

586 
myA�
->
p���e_��ms
[
p���e_num
].

587 
pktq_�
[
p�t_cou�
].
ty�
) {

589 
APP_PKTQ_OUT_HWQ
:

590 
hwq
 = 
�e
->
p�ts_�
[
p�t_cou�
].
h_p�t
;

591 
m�
[
hwq
->
p�t_id
] = 
�dex
++;

592 
	`��tf
("ou��t_id[%d]:%d\n", 
�dex
 - 1,

593 
m�
[
�dex
 - 1]);

597 
	`��tf
(" ");

601 
	}
}

603 #ifde�
VNF_ACL


605 
u�t32_t
 
	$g�_nh
(
u�t32_t
 
�
, u�t32_�*
p�t
)

607 
i
 = 0;

608 
i
 = 0; i < 
MAX_ARP_RT_ENTRY
; i++) {

609 i�(((
lib_�p_rou�_�b�
[
i
].

610 
�
 & 
lib_�p_rou�_�b�
[
i
].
mask
) ==

611 (
�
 & 
lib_�p_rou�_�b�
[
i
].
mask
))) {

613 *
p�t
 = 
lib_�p_rou�_�b�
[
i
].port;

614 
lib_�p_nh_found
++;

615  
lib_�p_rou�_�b�
[
i
].
nh
;

617 i�(
ARPICMP_DEBUG
 > 1)

618 
	`��tf
("No�h match ip 0x%x,�ort %u,�_ip "

620 
�
, *
p�t
, 
lib_�p_rou�_�b�
[
i
].ip,

621 
lib_�p_rou�_�b�
[
i
].
p�t
,

622 
lib_�p_rou�_�b�
[
i
].
mask
,

623 (
lib_�p_rou�_�b�
[
i
].
�
 &

624 
lib_�p_rou�_�b�
[
i
].
mask
),

625 (
�
 & 
lib_�p_rou�_�b�
[
i
].
mask
));

627 i�(
ARPICMP_DEBUG
 && 
�
)

628 
	`��tf
("N�NH - i�0x%x,�܈%u\n", 
�
, *
p�t
);

629 
lib_�p_no_nh_found
++;

631 
	}
}

634 
	$g�_nh_�v6
(
u�t8_t
 
�v6
[], 
u�t32_t
 *
p�t
, u�t8_�
nh�v6
[])

636 
i
 = 0;

637 
u�t8_t
 
�tmask_�v6
[16], 
�t�_nd
[16], 
�t�_�
[16];

638 
u�t8_t
 
k
 = 0, 
l
 = 0, 
d�th�ags
 = 0, 
d�th�ags1
 = 0;

639 
	`mem�t
(
�tmask_�v6
, 0, (netmask_ipv6));

640 
	`mem�t
(
�t�_nd
, 0, (netip_nd));

641 
	`mem�t
(
�t�_�
, 0, (netip_in));

642 i�(!
�v6
)

644 
i
 = 0; i < 
MAX_ARP_RT_ENTRY
; i++) {

646 
	`c�v�t_�efix�n_to_�tmask_�v6
(

647 
lib_nd_rou�_�b�
[
i
].
d�th
,

648 
�tmask_�v6
);

650 
k
 = 0; k < 16; k++) {

651 i�(
lib_nd_rou�_�b�
[
i
].
�v6
[
k
] & 
�tmask_�v6
[k]) {

652 
d�th�ags
++;

653 
�t�_nd
[
k
] = 
lib_nd_rou�_�b�
[
i
].
�v6
[k];

657 
l
 = 0;� < 16;�++) {

658 i�(
�v6
[
l
] & 
�tmask_�v6
[l]) {

659 
d�th�ags1
++;

660 
�t�_�
[
l
] = 
�v6
[l];

663 
j
 = 0;

664 i�((
d�th�ags
 =�
d�th�ags1
)

665 && (
	`memcmp
(
�t�_nd
, 
�t�_�
,

666 (
�t�_nd
)) == 0)) {

668 *
p�t
 = 
lib_nd_rou�_�b�
[
i
].port;

669 
lib_nd_nh_found
++;

671 
j
 = 0; j < 16; j++)

672 
nh�v6
[
j
] = 
lib_nd_rou�_�b�
[
i
].nhipv6[j];

677 i�(
NDIPV6_DEBUG
 > 1)

678 
	`��tf
("No�h match\n");

679 
d�th�ags
 = 0;

680 
d�th�ags1
 = 0;

682 i�(
NDIPV6_DEBUG
 && 
�v6
)

683 
	`��tf
("N�NH - i�0x%x,�܈%u\n", 
�v6
[0], *
p�t
);

684 
lib_nd_no_nh_found
++;

685 
	}
}

688 
	$g�_de�_mac_addr_p�t
(cڡ 
u�t32_t
 
�addr
,

689 
u�t32_t
 *
phy_p�t
, 
�h�_addr
 *
hw_addr
)

691 
lib_�p_g�_mac_�q
++;

692 
u�t32_t
 
nh�
 = 0;

694 
nh�
 = 
	`g�_nh
(
�addr
, 
phy_p�t
);

695 i�(
nh�
 == 0) {

696 i�(
ARPICMP_DEBUG
 && 
�addr
)

697 
	`��tf
("ARPICMP�o�h found for ip %x,�ort %d\n",

698 
�addr
, *
phy_p�t
);

700  
NH_NOT_FOUND
;

703 
�p_��y_d�a
 *
�t_�p_d�a
 = 
NULL
;

704 
�p_key_�v4
 
tmp_�p_key
;

705 
tmp_�p_key
.
p�t_id
 = *
phy_p�t
;

706 
tmp_�p_key
.
�
 = 
nh�
;

708 
�t_�p_d�a
 = 
	`���ve_�p_��y
(
tmp_�p_key
);

709 i�(
�t_�p_d�a
 =�
NULL
) {

710 i�(
ARPICMP_DEBUG
 && 
�addr
) {

711 
��tf


713 
�addr
, *
phy_p�t
);

714 
	`��t_�p_�b�
();

716 
lib_�p_no_�p_��y_found
++;

717  
ARP_NOT_FOUND
;

719 
	`�h�_addr_c�y
(&
�t_�p_d�a
->
�h_addr
, 
hw_addr
);

720 
lib_�p_�p_��y_found
++;

721  
ARP_FOUND
;

722 
	}
}

725 
	$g�_de�_mac_add�ss_�v6
(
u�t8_t
 
�v6addr
[], 
u�t32_t
 
phy_p�t
,

726 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
nh�v6
[])

728 
i
 = 0, 
j
 = 0, 
�ag
 = 0;

729 
lib_nd_g�_mac_�q
++;

731 i�(
�v6addr
)

732 
	`g�_nh_�v6
(
�v6addr
, &
phy_p�t
, 
nh�v6
);

733 
j
 = 0; j < 16; j++) {

734 i�(
nh�v6
[
j
])

735 
�ag
++;

737 i�(
�ag
 == 0) {

738 i�(
�v6addr
) {

739 i�(
NDIPV6_DEBUG
 && 
�v6addr
)

740 
	`��tf
("NDIPV6�o�h found for ipv6 "

743 
�v6addr
[0], ipv6addr[1], ipv6addr[2], ipv6addr[3],

744 
�v6addr
[4], ipv6addr[5], ipv6addr[6], ipv6addr[7],

745 
�v6addr
[8], ipv6addr[9], ipv6addr[10],

746 
�v6addr
[11], ipv6addr[12], ipv6addr[13],

747 
�v6addr
[14], ipv6addr[15], 
phy_p�t
);

752 
nd_��y_d�a
 *
�t_nd_d�a
 = 
NULL
;

753 
nd_key_�v6
 
tmp_nd_key
;

754 
tmp_nd_key
.
p�t_id
 = 
phy_p�t
;

756 
i
 = 0; i < 16; i++)

757 
tmp_nd_key
.
�v6
[
i
] = 
nh�v6
[i];

759 
�t_nd_d�a
 = 
	`���ve_nd_��y
(
tmp_nd_key
);

760 i�(
�t_nd_d�a
 =�
NULL
) {

761 i�(
NDIPV6_DEBUG
 && 
�v6addr
) {

762 
	`��tf
("NDIPV6�o�d�ntry found for ip %x,�ort %d\n",

763 
�v6addr
[0], 
phy_p�t
);

765 
lib_nd_no_�p_��y_found
++;

768 
	`�h�_addr_c�y
(&
�t_nd_d�a
->
�h_addr
, 
hw_addr
);

769 
lib_nd_nd_��y_found
++;

772 
	}
}

775 
	$g�_de�_mac_add�ss_�v6_p�t
(
u�t8_t
 
�v6addr
[], 
u�t32_t
 *
phy_p�t
,

776 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
nh�v6
[])

778 
i
 = 0, 
j
 = 0, 
�ag
 = 0;

779 
lib_nd_g�_mac_�q
++;

781 
	`g�_nh_�v6
(
�v6addr
, 
phy_p�t
, 
nh�v6
);

782 
j
 = 0; j < 16; j++) {

783 i�(
nh�v6
[
j
])

784 
�ag
++;

786 i�(
�ag
 == 0) {

787 i�(
NDIPV6_DEBUG
 && 
�v6addr
)

788 
	`��tf
("NDIPV6�o�h found for ipv6 "

791 
�v6addr
[0], ipv6addr[1], ipv6addr[2], ipv6addr[3],

792 
�v6addr
[4], ipv6addr[5], ipv6addr[6], ipv6addr[7],

793 
�v6addr
[8], ipv6addr[9], ipv6addr[10],

794 
�v6addr
[11], ipv6addr[12], ipv6addr[13],

795 
�v6addr
[14], ipv6addr[15], *
phy_p�t
);

799 
nd_��y_d�a
 *
�t_nd_d�a
 = 
NULL
;

800 
nd_key_�v6
 
tmp_nd_key
;

801 
tmp_nd_key
.
p�t_id
 = *
phy_p�t
;

803 
i
 = 0; i < 16; i++)

804 
tmp_nd_key
.
�v6
[
i
] = 
nh�v6
[i];

806 
�t_nd_d�a
 = 
	`���ve_nd_��y
(
tmp_nd_key
);

807 i�(
�t_nd_d�a
 =�
NULL
) {

808 i�(
NDIPV6_DEBUG
 && 
�v6addr
) {

809 
	`��tf
("NDIPV6�o�d�ntry found for ip %x,�ort %d\n",

810 
�v6addr
[0], *
phy_p�t
);

812 
lib_nd_no_�p_��y_found
++;

815 
	`�h�_addr_c�y
(&
�t_nd_d�a
->
�h_addr
, 
hw_addr
);

816 
lib_nd_nd_��y_found
++;

819 
	}
}

824 
	slib_�p_�p_�b�_��y
 {

825 
�e_p���e_�b�_��y
 
	mh�d
;

826 
u�t64_t
 
	mma�ddr
;

829 cڡ *
	$�p_�_�me
(
u�t16_t
 
�p_�
)

831 
	`CHECK_ENDIAN_16
(
�p_�
)) {

832 (
ARP_OP_REQUEST
):

834 (
ARP_OP_REPLY
):

836 (
ARP_OP_REVREQUEST
):

838 (
ARP_OP_REVREPLY
):

840 (
ARP_OP_INVREQUEST
):

842 (
ARP_OP_INVREPLY
):

848 
	}
}

850 
	$��t_icmp_�ck�
(
icmp_hdr
 *
icmp_h
)

852 
	`��tf
(" ICMP:�ype=%d (%s) code=%d id=%d seqnum=%d\n",

853 
icmp_h
->
icmp_ty�
,

854 (
icmp_h
->
icmp_ty�
 =�
IP_ICMP_ECHO_REPLY
 ? "Reply" :

855 (
icmp_h
->
icmp_ty�
 ==

856 
IP_ICMP_ECHO_REQUEST
 ? "Reqe�" : "Undef")), 
icmp_h
->
icmp_code
,

857 
	`CHECK_ENDIAN_16
(
icmp_h
->
icmp_id�t
),

858 
	`CHECK_ENDIAN_16
(
icmp_h
->
icmp_�q_nb
));

859 
	}
}

861 
	$��t_�v4_h
(
�v4_hdr
 *
�_h
)

863 
icmp_hdr
 *
icmp_h
 =

864 (
icmp_hdr
 *)((*)
�_h
 + (
�v4_hdr
));

865 
	`��tf
(" IPv4: Version=%d HLEN=%d Type=%d Length=%d\n",

866 (
�_h
->
v�si�_ihl
 & 0xf0) >> 4, (ip_h->version_ihl & 0x0f),

867 
�_h
->
ty�_of_�rvi�
, 
	`�e_�u_to_be_16
(�_h->
tٮ_�ngth
));

868 i�(
�_h
->
�xt_��o_id
 =�
IPPROTO_ICMP
)

869 
	`��t_icmp_�ck�
(
icmp_h
);

870 
	}
}

872 
	$��t_�p_�ck�
(
�p_hdr
 *
�p_h
)

874 
	`��tf
(" ARP: hrd=%d�roto=0x%04x hln=%d "

876 
	`CHECK_ENDIAN_16
(
�p_h
->
�p_hrd
),

877 
	`CHECK_ENDIAN_16
(
�p_h
->
�p_�o
),��_h->
�p_h�
,

878 
�p_h
->
�p_�n
, 
	`CHECK_ENDIAN_16
׽_h->
�p_�
),

879 
	`�p_�_�me
(
�p_h
->
�p_�
));

881 i�(
	`CHECK_ENDIAN_16
(
�p_h
->
�p_hrd
�!�
ARP_HRD_ETHER
) {

882 
	`��tf
("incorrect�rp_hrd format for IPv4 ARP (%d)\n",

883 (
�p_h
->
�p_hrd
));

884 } i�(
	`CHECK_ENDIAN_16
(
�p_h
->
�p_�o
�!�
ETHER_TYPE_IPv4
) {

885 
	`��tf
("incorrect�rp_pro format for IPv4 ARP (%d)\n",

886 (
�p_h
->
�p_�o
));

887 } i�(
�p_h
->
�p_h�
 != 6) {

888 
	`��tf
("incorrect�rp_hln format for IPv4 ARP (%d)\n",

889 
�p_h
->
�p_h�
);

890 } i�(
�p_h
->
�p_�n
 != 4) {

891 
	`��tf
("incorrect�rp_pln format for IPv4 ARP (%d)\n",

892 
�p_h
->
�p_�n
);

895 
	`��tf
(" sha=%02X:%02X:%02X:%02X:%02X:%02X",

896 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[0],

897 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[1],

898 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[2],

899 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[3],

900 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[4],

901 
�p_h
->
�p_d�a
.
�p_sha
.
addr_by�s
[5]);

902 
	`��tf
(" sip=%d.%d.%d.%d\n",

903 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_s�
) >> 24) & 0xFF,

904 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_s�
) >> 16) & 0xFF,

905 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_s�
) >> 8) & 0xFF,

906 
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_s�
) & 0xFF);

907 
	`��tf
("�ha=%02X:%02X:%02X:%02X:%02X:%02X",

908 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[0],

909 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[1],

910 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[2],

911 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[3],

912 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[4],

913 
�p_h
->
�p_d�a
.
�p_tha
.
addr_by�s
[5]);

914 
	`��tf
("�ip=%d.%d.%d.%d\n",

915 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_t�
) >> 24) & 0xFF,

916 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_t�
) >> 16) & 0xFF,

917 (
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_t�
) >> 8) & 0xFF,

918 
	`CHECK_ENDIAN_32
(
�p_h
->
�p_d�a
.
�p_t�
) & 0xFF);

920 
	}
}

922 
	$��t_�h
(
�h�_hdr
 *
�h_h
)

924 
	`��tf
(" ETH: src=%02X:%02X:%02X:%02X:%02X:%02X",

925 
�h_h
->
s_addr
.
addr_by�s
[0],

926 
�h_h
->
s_addr
.
addr_by�s
[1],

927 
�h_h
->
s_addr
.
addr_by�s
[2],

928 
�h_h
->
s_addr
.
addr_by�s
[3],

929 
�h_h
->
s_addr
.
addr_by�s
[4],�th_h->s_addr.addr_bytes[5]);

930 
	`��tf
(" dst=%02X:%02X:%02X:%02X:%02X:%02X\n",

931 
�h_h
->
d_addr
.
addr_by�s
[0],

932 
�h_h
->
d_addr
.
addr_by�s
[1],

933 
�h_h
->
d_addr
.
addr_by�s
[2],

934 
�h_h
->
d_addr
.
addr_by�s
[3],

935 
�h_h
->
d_addr
.
addr_by�s
[4],�th_h->d_addr.addr_bytes[5]);

937 
	}
}

940 
	$��t_mbuf
(cڡ *
rx_tx
, 
p�tid
, 
�e_mbuf
 *
mbuf
,

941 
l�e
)

943 
�h�_hdr
 *
�h_h
 = 
	`�e_pktmbuf_mtod
(
mbuf
, ether_hdr *);

944 
�p_hdr
 *
�p_h
 =

945 (
�p_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

946 
�v4_hdr
 *
�v4_h
 =

947 (
�v4_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

949 
	`��tf
("%s(%d): on�ort %d�kt-len=%u�b-segs=%u\n",

950 
rx_tx
, 
l�e
, 
p�tid
, 
mbuf
->
pkt_�n
, mbuf->
nb_�gs
);

951 
	`��t_�h
(
�h_h
);

952 
	`�e_�u_to_be_16
(
�h_h
->
�h�_ty�
)) {

953 
ETHER_TYPE_IPv4
:

954 
	`��t_�v4_h
(
�v4_h
);

956 
ETHER_TYPE_ARP
:

957 
	`��t_�p_�ck�
(
�p_h
);

960 
	`��tf
(" unknown�acket�ype\n");

963 
	`f�ush
(
�dout
);

964 
	}
}

966 
�p_��y_d�a
 *
	$���ve_�p_��y
(
�p_key_�v4
 
�p_key
)

968 
�p_��y_d�a
 *
�t_�p_d�a
 = 
NULL
;

969 
�p_key
.
f��r1
 = 0;

970 
�p_key
.
f��r2
 = 0;

971 
�p_key
.
f��r3
 = 0;

973 
�t
 = 
	`�e_hash_lookup_d�a
(
�p_hash_h�d�
, &
�p_key
,

974 (**)&
�t_�p_d�a
);

975 i�(
�t
 < 0) {

976 i�(
ARPICMP_DEBUG
)

977 
	`��tf
("arp-hash�ookup failed�et %d, "

979 
�t
, 
EINVAL
, 
ENOENT
);

981  
�t_�p_d�a
;

984  
NULL
;

985 
	}
}

993 
nd_��y_d�a
 *
	$���ve_nd_��y
(
nd_key_�v6
 
nd_key
)

995 
nd_��y_d�a
 *
�t_nd_d�a
 = 
NULL
;

996 
nd_key
.
f��r1
 = 0;

997 
nd_key
.
f��r2
 = 0;

998 
nd_key
.
f��r3
 = 0;

1001 
�t
 = 
	`�e_hash_lookup_d�a
(
nd_hash_h�d�
, &
nd_key
,

1002 (**)&
�t_nd_d�a
);

1003 i�(
�t
 < 0) {

1004 i�(
NDIPV6_DEBUG
)

1005 
	`��tf
("nd-hash:�o�ookup Entry Found - "

1007 
�t
, 
EINVAL
, 
ENOENT
);

1009  
�t_nd_d�a
;

1012  
NULL
;

1013 
	}
}

1015 
	$��t_�p_�b�
()

1017 cڡ *
�xt_key
;

1018 *
�xt_d�a
;

1019 
u�t32_t
 
��
 = 0;

1021 
	`��tf
("\tport hw�ddr status ip�ddr\n");

1023 
	`�e_hash_���e
(
�p_hash_h�d�
, &
�xt_key
, &
�xt_d�a
, &
��
)

1026 
�p_��y_d�a
 *
tmp_�p_d�a
 =

1027 (
�p_��y_d�a
 *)
�xt_d�a
;

1028 
�p_key_�v4
 
tmp_�p_key
;

1029 
	`mem�y
(&
tmp_�p_key
, 
�xt_key
, (
�p_key_�v4
));

1030 
��tf


1032 
tmp_�p_d�a
->
p�t
,�mp_�p_d�a->
�h_addr
.
addr_by�s
[0],

1033 
tmp_�p_d�a
->
�h_addr
.
addr_by�s
[1],

1034 
tmp_�p_d�a
->
�h_addr
.
addr_by�s
[2],

1035 
tmp_�p_d�a
->
�h_addr
.
addr_by�s
[3],

1036 
tmp_�p_d�a
->
�h_addr
.
addr_by�s
[4],

1037 
tmp_�p_d�a
->
�h_addr
.
addr_by�s
[5],

1038 
tmp_�p_d�a
->
��us
 ==

1039 
COMPLETE
 ? "COMPLETE" : "INCOMPLETE",

1040 (
tmp_�p_d�a
->
�
 >> 24),

1041 ((
tmp_�p_d�a
->
�
 & 0x00ff0000) >> 16),

1042 ((
tmp_�p_d�a
->
�
 & 0x0000ff00) >> 8),

1043 ((
tmp_�p_d�a
->
�
 & 0x000000ff)));

1046 
u�t32_t
 
i
 = 0;

1047 
	`��tf
("\nARP�out�g�ab� ha�%d��r�s\n", 
�p_rou�_tbl_�dex
);

1048 
	`��tf
("\nIP_Address Mask Port NH_IP_Address\n");

1049 
i
 = 0; i < 
�p_rou�_tbl_�dex
; i++) {

1050 
	`��tf
("0x%x 0x%x %d 0x%x\n",

1051 
lib_�p_rou�_�b�
[
i
].
�
,

1052 
lib_�p_rou�_�b�
[
i
].
mask
,

1053 
lib_�p_rou�_�b�
[
i
].
p�t
,�ib_�p_rou�_�b�[i].
nh
);

1056 
	`��tf
("\nARP Stats: Total Queries %u, ok_NH %u,�o_NH %u, "

1058 
lib_�p_g�_mac_�q
, 
lib_�p_nh_found
, 
lib_�p_no_nh_found
,

1059 
lib_�p_�p_��y_found
, 
lib_�p_no_�p_��y_found
,

1060 
lib_�p_p�uϋ_��ed
, 
lib_�p_d��e_��ed
,

1061 
lib_�p_du�i��_found
);

1063 
	`��tf
("ARP�ab� key�� i�%lu\n", (
�p_key_�v4
));

1064 
	}
}

1067 
	$��t_nd_�b�
()

1069 cڡ *
�xt_key
;

1070 *
�xt_d�a
;

1071 
u�t32_t
 
��
 = 0;

1072 
u�t8_t
 
ii
 = 0, 
j
 = 0, 
k
 = 0;

1074 
	`��tf
("\tport hw�ddr status ip�ddr\n");

1076 
	`�e_hash_���e
(
nd_hash_h�d�
, &
�xt_key
, &
�xt_d�a
, &
��
) >=

1079 
nd_��y_d�a
 *
tmp_nd_d�a
 =

1080 (
nd_��y_d�a
 *)
�xt_d�a
;

1081 
nd_key_�v6
 
tmp_nd_key
;

1082 
	`mem�y
(&
tmp_nd_key
, 
�xt_key
, (
nd_key_�v6
));

1083 
	`��tf
("\t%4d %02X:%02X:%02X:%02X:%02X:%02X %10s\n",

1084 
tmp_nd_d�a
->
p�t
,

1085 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[0],

1086 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[1],

1087 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[2],

1088 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[3],

1089 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[4],

1090 
tmp_nd_d�a
->
�h_addr
.
addr_by�s
[5],

1091 
tmp_nd_d�a
->
��us
 ==

1092 
COMPLETE
 ? "COMPLETE" : "INCOMPLETE");

1093 
	`��tf
("\t\t\t\t\t\t");

1094 
ii
 = 0; i�< 
ND_IPV6_ADDR_SIZE
; ii += 2) {

1095 
	`��tf
("%02X%02X ", 
tmp_nd_d�a
->
�v6
[
ii
],

1096 
tmp_nd_d�a
->
�v6
[
ii
 + 1]);

1098 
	`��tf
("\n");

1101 
u�t32_t
 
i
 = 0;

1102 
	`��tf
("\n\nND IPV6�outing�able has %d�ntries\n",

1103 
nd_rou�_tbl_�dex
);

1104 
	`��tf
("\nIP_Address Depth Port NH_IP_Address\n");

1105 
i
 = 0; i < 
nd_rou�_tbl_�dex
; i++) {

1106 
	`��tf
("\n");

1108 
j
 = 0; j < 
ND_IPV6_ADDR_SIZE
; j += 2) {

1109 
	`��tf
("%02X%02X ", 
lib_nd_rou�_�b�
[
i
].
�v6
[
j
],

1110 
lib_nd_rou�_�b�
[
i
].
�v6
[
j
 + 1]);

1113 
��tf


1115 
lib_nd_rou�_�b�
[
i
].
d�th
,�ib_nd_rou�_�b�[i].
p�t
);

1116 
	`��tf
("\t\t\t\t\t\t\t\t\t");

1117 
k
 = 0; k < 
ND_IPV6_ADDR_SIZE
; k += 2) {

1118 
	`��tf
("%02X%02X ", 
lib_nd_rou�_�b�
[
i
].
nh�v6
[
k
],

1119 
lib_nd_rou�_�b�
[
i
].
�v6
[
k
 + 1]);

1122 
	`��tf
("\nND IPV6 Stats:\nTotal Queries %u, ok_NH %u,�o_NH %u,"

1124 
lib_nd_g�_mac_�q
, 
lib_nd_nh_found
, 
lib_nd_no_nh_found
,

1125 
lib_nd_nd_��y_found
, 
lib_nd_no_�p_��y_found
,

1126 
lib_nd_p�uϋ_��ed
, 
lib_nd_d��e_��ed
,

1127 
lib_nd_du�i��_found
);

1128 
	`��tf
("ND�ab� key�� i�%lu\n\n", (
nd_key_�v6
));

1129 
	}
}

1131 
	$�move_�p_��y
(
u�t32_t
 
�addr
, 
u�t8_t
 
p�tid
)

1136 
�p_key_�v4
 
�p_key
;

1137 
�p_key
.
p�t_id
 = 
p�tid
;

1138 
�p_key
.
�
 = 
�addr
;

1139 
�p_key
.
f��r1
 = 0;

1140 
�p_key
.
f��r2
 = 0;

1141 
�p_key
.
f��r3
 = 0;

1143 
lib_�p_d��e_��ed
++;

1145 i�(
ARPICMP_DEBUG
)

1146 
	`��tf
("�move_�p_��y i�%x,�܈%d\n", 
�p_key
.
�
,

1147 
�p_key
.
p�t_id
);

1148 
	`�e_hash_d�_key
(
�p_hash_h�d�
, &
�p_key
);

1149 
	}
}

1152 
	$�move_nd_��y_�v6
(
u�t8_t
 
�v6addr
[], u�t8_�
p�tid
)

1156 
i
 = 0;

1157 
nd_key_�v6
 
nd_key
;

1158 
nd_key
.
p�t_id
 = 
p�tid
;

1161 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

1162 
nd_key
.
�v6
[
i
] = 
�v6addr
[i];

1164 
nd_key
.
f��r1
 = 0;

1165 
nd_key
.
f��r2
 = 0;

1166 
nd_key
.
f��r3
 = 0;

1168 
lib_nd_d��e_��ed
++;

1170 i�(
NDIPV6_DEBUG
) {

1171 
	`��tf
("Deletes�te hash�able�d�ntry for�ort %d ipv6=",

1172 
nd_key
.
p�t_id
);

1173 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2)

1174 
	`��tf
("%02X%02X ", 
nd_key
.
�v6
[
i
],�d_key.ipv6[i + 1]);

1176 
	`�e_hash_d�_key
(
nd_hash_h�d�
, &
nd_key
);

1177 
	}
}

1180 
	$p�uϋ_�p_��y
(cڡ 
�h�_addr
 *
hw_addr
, 
u�t32_t
 
�addr
,

1181 
u�t8_t
 
p�tid
)

1185 
�p_key_�v4
 
�p_key
;

1186 
�p_key
.
p�t_id
 = 
p�tid
;

1187 
�p_key
.
�
 = 
�addr
;

1188 
�p_key
.
f��r1
 = 0;

1189 
�p_key
.
f��r2
 = 0;

1190 
�p_key
.
f��r3
 = 0;

1192 
lib_�p_p�uϋ_��ed
++;

1194 i�(
ARPICMP_DEBUG
)

1195 
	`��tf
("p�uϋ_�p_��y i�%x,�܈%d\n", 
�p_key
.
�
,

1196 
�p_key
.
p�t_id
);

1197 
�p_��y_d�a
 *
�w_�p_d�a
 = 
	`���ve_�p_��y
(
�p_key
);

1198 i�(
�w_�p_d�a


1199 && 
	`is_�me_�h�_addr
(&
�w_�p_d�a
->
�h_addr
, 
hw_addr
)) {

1200 i�(
ARPICMP_DEBUG
)

1201 
	`��tf
("�p_��y�xi���%x,�܈%d\n", 
�p_key
.
�
,

1202 
�p_key
.
p�t_id
);

1203 
lib_�p_du�i��_found
++;

1206 
�w_�p_d�a
 = (
�p_��y_d�a
 *)

1207 
	`m�loc
((
�p_��y_d�a
));

1208 i�(
�w_�p_d�a
 =�
NULL
) {

1209 
	`��tf
("populate_arp_entry:new_arp_data is NULL\n");

1212 
�w_�p_d�a
->
�h_addr
 = *
hw_addr
;

1213 
�w_�p_d�a
->
��us
 = 
INCOMPLETE
;

1214 
�w_�p_d�a
->
p�t
 = 
p�tid
;

1215 
�w_�p_d�a
->
�
 = 
�addr
;

1216 
	`�e_hash_add_key_d�a
(
�p_hash_h�d�
, &
�p_key
, 
�w_�p_d�a
);

1218 i�(
ARPICMP_DEBUG
) {

1220 
	`��tf
("\tARP:�able update - hwaddr= "

1223 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[0],

1224 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[1],

1225 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[2],

1226 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[3],

1227 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[4],

1228 
�w_�p_d�a
->
�h_addr
.
addr_by�s
[5],

1229 (
�p_key
.
�
 >> 24),

1230 ((
�p_key
.
�
 & 0x00ff0000) >> 16),

1231 ((
�p_key
.
�
 & 0x0000ff00) >> 8),

1232 ((
�p_key
.
�
 & 0x000000ff)), 
p�tid
);

1234 
	`puts
("");

1236 
	}
}

1245 
	$p�uϋ_nd_��y
(cڡ 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
�v6
[],

1246 
u�t8_t
 
p�tid
)

1251 
u�t8_t
 
i
;

1252 
nd_key_�v6
 
nd_key
;

1253 
nd_key
.
p�t_id
 = 
p�tid
;

1255 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++ )

1256 
nd_key
.
�v6
[
i
] = ipv6[i];

1258 
	`��tf
("\n");

1259 
nd_key
.
f��r1
 = 0;

1260 
nd_key
.
f��r2
 = 0;

1261 
nd_key
.
f��r3
 = 0;

1263 
lib_nd_p�uϋ_��ed
++;

1268 
nd_��y_d�a
 *
�w_nd_d�a
 = 
	`���ve_nd_��y
(
nd_key
);

1270 i�(
�w_nd_d�a
 && 
	`is_�me_�h�_addr
(&�w_nd_d�a->
�h_addr
,

1271 
hw_addr
)) {

1273 i�(
NDIPV6_DEBUG
) {

1274 
	`��tf
("nd_entry�xists�ort %d ipv6 = ",

1275 
nd_key
.
p�t_id
);

1276 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2) {

1278 
	`��tf
("%02X%02X ", 
nd_key
.
�v6
[
i
],

1279 
nd_key
.
�v6
[
i
 + 1]);

1283 
lib_nd_du�i��_found
++;

1284 i�(
NDIPV6_DEBUG
)

1285 
	`��tf
("nd_entry�xists\n");

1289 
�w_nd_d�a
 = (
nd_��y_d�a
 *)

1290 
	`m�loc
((
nd_��y_d�a
));

1291 i�(
�w_nd_d�a
 =�
NULL
) {

1292 
	`��tf
("populate_nd_entry:�ew_nd_data is NULL\n");

1295 
�w_nd_d�a
->
�h_addr
 = *
hw_addr
;

1296 
�w_nd_d�a
->
��us
 = 
COMPLETE
;

1297 
�w_nd_d�a
->
p�t
 = 
p�tid
;

1299 i�(
NDIPV6_DEBUG
)

1300 
	`��tf
("populate_nd_entry ipv6=");

1302 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++ )

1303 
�w_nd_d�a
->
�v6
[
i
] = ipv6[i];

1305 i�(
NDIPV6_DEBUG
) {

1306 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2) {

1308 
	`��tf
("%02X%02X ", 
�w_nd_d�a
->
�v6
[
i
],

1309 
�w_nd_d�a
->
�v6
[
i
 + 1]);

1314 
	`�e_hash_add_key_d�a
(
nd_hash_h�d�
, &
nd_key
, 
�w_nd_d�a
);

1316 i�(
NDIPV6_DEBUG
)

1317 
	`��tf
("\n....Added� key-data�air�t�te hash�able "

1320 i�(
NDIPV6_DEBUG
) {

1322 
	`��tf
("\tND:�able update - hwaddr= "

1324 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[0],

1325 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[1],

1326 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[2],

1327 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[3],

1328 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[4],

1329 
�w_nd_d�a
->
�h_addr
.
addr_by�s
[5], 
p�tid
);

1330 
	`��tf
("\tipv6=");

1331 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2) {

1332 
�w_nd_d�a
->
�v6
[
i
] = ipv6[i];

1333 
	`��tf
("%02X%02X ", 
�w_nd_d�a
->
�v6
[
i
],

1334 
�w_nd_d�a
->
�v6
[
i
 + 1]);

1337 
	`��tf
("\n");

1339 
	`puts
("");

1342 
	}
}

1344 
	$��t_pkt1
(
�e_mbuf
 *
pkt
)

1346 
u�t8_t
 *
rd
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 0);

1347 
i
 = 0, 
j
 = 0;

1348 
	`��tf
("\nPacket Contents...\n");

1349 
i
 = 0; i < 20; i++) {

1350 
j
 = 0; j < 20; j++)

1351 
	`��tf
("%02x ", 
rd
[(20 * 
i
�+ 
j
]);

1352 
	`��tf
("\n");

1354 
	}
}

1356 
�h�_addr
 
	gbr�d��_�h�_addr
 = {

1357 .
addr_by�s
[0] = 0xFF,

1358 .
	gaddr_by�s
[1] = 0xFF,

1359 .
	gaddr_by�s
[2] = 0xFF,

1360 .
	gaddr_by�s
[3] = 0xFF,

1361 .
	gaddr_by�s
[4] = 0xFF,

1362 .
	gaddr_by�s
[5] = 0xFF,

1365 cڡ 
�h�_addr
 
	gnu�_�h�_addr
 = {

1366 .
addr_by�s
[0] = 0x00,

1367 .
	gaddr_by�s
[1] = 0x00,

1368 .
	gaddr_by�s
[2] = 0x00,

1369 .
	gaddr_by�s
[3] = 0x00,

1370 .
	gaddr_by�s
[4] = 0x00,

1371 .
	gaddr_by�s
[5] = 0x00,

1374 

	#MAX_NUM_MAC_ADDRESS
 16

	)

1375 
�h�_addr
 
	gl�k_hw_addr
[
MAX_NUM_MAC_ADDRESS
] = {

1376 {.
addr_by�s
 = {0x90, 0xe2, 0xba, 0x54, 0x67, 0xc8} },

1377 {.
	gaddr_by�s
 = {0x90, 0xe2, 0xba, 0x54, 0x67, 0xc9} },

1378 {.
	gaddr_by�s
 = {0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x11} },

1379 {.
	gaddr_by�s
 = {0x12, 0x13, 0x14, 0x15, 0x16, 0x17} },

1380 {.
	gaddr_by�s
 = {0x22, 0x33, 0x44, 0x55, 0x66, 0x77} },

1381 {.
	gaddr_by�s
 = {0x12, 0x13, 0x14, 0x15, 0x16, 0x17} },

1382 {.
	gaddr_by�s
 = {0x22, 0x33, 0x44, 0x55, 0x66, 0x77} },

1383 {.
	gaddr_by�s
 = {0x90, 0xe2, 0xba, 0x54, 0x67, 0xc9} },

1384 {.
	gaddr_by�s
 = {0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x11} },

1385 {.
	gaddr_by�s
 = {0x12, 0x13, 0x14, 0x15, 0x16, 0x17} },

1386 {.
	gaddr_by�s
 = {0x22, 0x33, 0x44, 0x55, 0x66, 0x77} },

1387 {.
	gaddr_by�s
 = {0x12, 0x13, 0x14, 0x15, 0x16, 0x17} },

1388 {.
	gaddr_by�s
 = {0x22, 0x33, 0x44, 0x55, 0x66, 0x77} },

1389 {.
	gaddr_by�s
 = {0x12, 0x13, 0x14, 0x15, 0x16, 0x17} },

1390 {.
	gaddr_by�s
 = {0x22, 0x33, 0x44, 0x55, 0x66, 0x77} },

1391 {.
	gaddr_by�s
 = {0x18, 0x19, 0x1a, 0x1b, 0xcd, 0xef} }

1394 
�h�_addr
 *
	$g�_l�k_hw_addr
(
u�t8_t
 
out_p�t
)

1396  &
l�k_hw_addr
[
out_p�t
];

1397 
	}
}

1400 
	$�que�_icmp_echo
(
p�t_id
, 
u�t32_t
 
�
, 
�h�_addr
 *
gw_addr
)

1402 
�h�_hdr
 *
�h_h
;

1403 
�v4_hdr
 *
�_h
;

1404 
icmp_hdr
 *
icmp_h
;

1406 
�p_l�k_��ms
 *
l�k
;

1407 
l�k
 = &
myA�
->
l�k_��ms
[
p�t_id
];

1408 
�p_p�t_add�s�s
[
p�t_id
].
�
 = 
l�k
->ip;

1409 
�p_p�t_add�s�s
[
p�t_id
].
mac_addr
 = 
l�k
->mac_addr;

1411 
�e_mbuf
 *
icmp_pkt
 = 
lib_�p_pkt
;

1412 i�(
icmp_pkt
 =�
NULL
) {

1413 i�(
ARPICMP_DEBUG
)

1414 
	`��tf
("Error�llocating icmp_pkt�te_mbuf\n");

1418 
�h_h
 = 
	`�e_pktmbuf_mtod
(
icmp_pkt
, 
�h�_hdr
 *);

1419 
	`�h�_addr_c�y
(
gw_addr
, &
�h_h
->
d_addr
);

1420 
	`�h�_addr_c�y
((
�h�_addr
 *)

1421 &
�p_p�t_add�s�s
[
p�t_id
].
mac_addr
, &
�h_h
->
s_addr
);

1422 
�h_h
->
�h�_ty�
 = 
	`CHECK_ENDIAN_16
(
ETHER_TYPE_IPv4
);

1424 
�_h
 = (
�v4_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

1425 
icmp_h
 = (
icmp_hdr
 *)((*)
�_h
 + (
�v4_hdr
));

1427 
�_h
->
v�si�_ihl
 = 
IP_VHL_DEF
;

1428 
�_h
->
ty�_of_�rvi�
 = 0;

1429 
�_h
->
tٮ_�ngth
 =

1430 
	`�e_�u_to_be_16
((
�v4_hdr
�+ (
icmp_hdr
));

1431 
�_h
->
�ck�_id
 = 0xaabb;

1432 
�_h
->
�agm�t_off�t
 = 0x0000;

1433 
�_h
->
time_to_live
 = 64;

1434 
�_h
->
�xt_��o_id
 = 
IPPROTO_ICMP
;

1435 
�_h
->
�c_addr
 = 
	`�e_bsw�32
(
�p_p�t_add�s�s
[
p�t_id
].
�
);

1436 
�_h
->
d�_addr
 = 
�
;

1438 
�_h
->
hdr_checksum
 = 0;

1439 
�_h
->
hdr_checksum
 = 
	`�e_�v4_cksum
(ip_h);

1441 
icmp_h
->
icmp_ty�
 = 
IP_ICMP_ECHO_REQUEST
;

1442 
icmp_h
->
icmp_code
 = 0;

1443 
icmp_h
->
icmp_id�t
 = 0xdead;

1444 
icmp_h
->
icmp_�q_nb
 = 0xbeef;

1446 
icmp_h
->
icmp_cksum
 = ~
	`�e_�w_cksum
(icmp_h, (
icmp_hdr
));

1448 
icmp_pkt
->
pkt_�n
 =

1449 (
�h�_hdr
�+ (
�v4_hdr
) +

1450 (
icmp_hdr
);

1451 
icmp_pkt
->
d�a_�n
 = icmp_pkt->
pkt_�n
;

1453 i�(
ARPICMP_DEBUG
) {

1454 
	`��tf
("Sending�cho�equest\n");

1455 
	`��t_mbuf
("TX", 
p�t_id
, 
icmp_pkt
, 
__LINE__
);

1458 
	`�e_p���e_p�t_out_�ck�_���
(
gp_�p
->
p
.p,

1459 
gp_�p
->
ou��t_id
[
p�t_id
], 
icmp_pkt
);

1460 
gp_�p
->
��PktCou�
++;

1461 
	}
}

1463 
	$�que�_echo
(
p�t_id
, 
u�t32_t
 
�
)

1465 ()
p�t_id
;

1466 ()
�
;

1468 
�h�_addr
 
gw_addr
;

1469 
u�t32_t
 
de�_�
 = 
	`�e_bsw�32
(
�
);

1470 
u�t32_t
 
phy_p�t
;

1472 i�(
	`g�_de�_mac_addr_p�t
(
de�_�
, &
phy_p�t
, &
gw_addr
�=�
ARP_FOUND
) {

1473 
	`�que�_icmp_echo
(
phy_p�t
, 
�
, &
gw_addr
);

1477 i�(
ARPICMP_DEBUG
)

1478 
	`��tf
("Sending�cho�equest ... get mac failed.\n");

1479 
	}
}

1481 
	$�que�_�p
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�
, 
�e_p���e
 *
�e_p
)

1483 ()
p�t_id
;

1484 ()
�
;

1486 
�h�_hdr
 *
�h_h
;

1487 
�p_hdr
 *
�p_h
;

1489 
�p_l�k_��ms
 *
l�k
;

1490 
l�k
 = &
myA�
->
l�k_��ms
[
p�t_id
];

1491 
�p_p�t_add�s�s
[
p�t_id
].
�
 = 
l�k
->ip;

1492 
�p_p�t_add�s�s
[
p�t_id
].
mac_addr
 = 
l�k
->mac_addr;

1494 
�e_mbuf
 *
�p_pkt
 = 
lib_�p_pkt
;

1496 i�(
�p_pkt
 =�
NULL
) {

1497 i�(
ARPICMP_DEBUG
)

1498 
	`��tf
("Error�llocating�rp_pkt�te_mbuf\n");

1502 
�h_h
 = 
	`�e_pktmbuf_mtod
(
�p_pkt
, 
�h�_hdr
 *);

1504 
	`�h�_addr_c�y
(&
br�d��_�h�_addr
, &
�h_h
->
d_addr
);

1505 
	`�h�_addr_c�y
((
�h�_addr
 *)

1506 &
�p_p�t_add�s�s
[
p�t_id
].
mac_addr
, &
�h_h
->
s_addr
);

1507 
�h_h
->
�h�_ty�
 = 
	`CHECK_ENDIAN_16
(
ETHER_TYPE_ARP
);

1509 
�p_h
 = (
�p_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

1510 
�p_h
->
�p_hrd
 = 
	`CHECK_ENDIAN_16
(
ARP_HRD_ETHER
);

1511 
�p_h
->
�p_�o
 = 
	`CHECK_ENDIAN_16
(
ETHER_TYPE_IPv4
);

1512 
�p_h
->
�p_h�
 = 
ETHER_ADDR_LEN
;

1513 
�p_h
->
�p_�n
 = (
u�t32_t
);

1514 
�p_h
->
�p_�
 = 
	`CHECK_ENDIAN_16
(
ARP_OP_REQUEST
);

1516 
	`�h�_addr_c�y
((
�h�_addr
 *)

1517 &
�p_p�t_add�s�s
[
p�t_id
].
mac_addr
,

1518 &
�p_h
->
�p_d�a
.
�p_sha
);

1519 
�p_h
->
�p_d�a
.
�p_s�
 =

1520 
	`�e_�u_to_be_32
(
�p_p�t_add�s�s
[
p�t_id
].
�
);

1521 
	`�h�_addr_c�y
(&
nu�_�h�_addr
, &
�p_h
->
�p_d�a
.
�p_tha
);

1522 
�p_h
->
�p_d�a
.
�p_t�
 = 
	`�e_�u_to_be_32
(
�
);

1523 
	`��tf
("��t�:%x�� s� :%x\n", 
�p_h
->
�p_d�a
.
�p_t�
,

1524 
�p_h
->
�p_d�a
.
�p_s�
);

1530 
�p_pkt
->
pkt_�n
 = 42;

1531 
�p_pkt
->
d�a_�n
 = 42;

1533 i�(
ARPICMP_DEBUG
) {

1534 
	`��tf
("Sending�rp�equest\n");

1535 
	`��t_mbuf
("TX", 
p�t_id
, 
�p_pkt
, 
__LINE__
);

1538 
	`�e_p���e_p�t_out_�ck�_���
(
�e_p
, 
p�t_id
, 
�p_pkt
);

1539 
gp_�p
->
��PktCou�
++;

1541 
	}
}

1543 
	$�que�_�p_w�p
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�
)

1545 
	`�que�_�p
(
p�t_id
, 
�
, 
gp_�p
->
p
.p);

1546 
	}
}

1548 
	$�o�ss_�picmp_pkt
(

1549 
�e_mbuf
 *
pkt
,

1550 
u�t32_t
 
out_p�t
,

1551 
u�t32_t
 
pkt_mask
)

1553 
u�t8_t
 
�_p�t_id
 = 
pkt
->
p�t
;

1554 
�p_l�k_��ms
 *
l�k
;

1555 
�h�_hdr
 *
�h_h
;

1556 
�p_hdr
 *
�p_h
;

1557 
�v4_hdr
 *
�_h
;

1558 
icmp_hdr
 *
icmp_h
;

1559 
u�t32_t
 
cksum
;

1560 
u�t32_t
 
�_addr
;

1561 
u�t32_t
 
�q_t�
;

1564 
�h_h
 = 
	`�e_pktmbuf_mtod
(
pkt
, 
�h�_hdr
 *);

1566 i�(
�h_h
->
�h�_ty�
 =�
	`�e_�u_to_be_16
(
ETHER_TYPE_ARP
)) {

1567 
�p_h
 =

1568 (
�p_hdr
 *)((*)
�h_h
 +

1569 (
�h�_hdr
));

1570 i�(
	`CHECK_ENDIAN_16
(
�p_h
->
�p_hrd
�!�
ARP_HRD_ETHER
)

1571 
��tf


1574 i�(
	`CHECK_ENDIAN_16
(
�p_h
->
�p_�o
�!�
ETHER_TYPE_IPv4
)

1575 
��tf


1578 i�(
�p_h
->
�p_h�
 != 6)

1579 
��tf


1582 i�(
�p_h
->
�p_�n
 != 4)

1583 
��tf


1587 
l�k
 = &
myA�
->
l�k_��ms
[
�_p�t_id
];

1588 
�p_p�t_add�s�s
[
�_p�t_id
].
�
 = 
l�k
->ip;

1589 
�p_p�t_add�s�s
[
�_p�t_id
].
mac_addr
 =

1590 
l�k
->
mac_addr
;

1592 i�(
�p_h
->
�p_d�a
.
�p_t�
 !=

1593 
	`�e_bsw�32
(
�p_p�t_add�s�s
[
�_p�t_id
].
�
)) {

1594 
��tf


1597 
	`��tf
("arp_tip = %x\n",

1598 
�p_h
->
�p_d�a
.
�p_t�
);

1599 
	`��tf
("arp_port_addresses = %x\n",

1600 
�p_p�t_add�s�s
[
�_p�t_id
].
�
);

1601 
	`��tf
("�_p�t_id = %x\n", 
�_p�t_id
);

1602 
	`��tf
("arp_port_addresses[0] = %x\n",

1603 
�p_p�t_add�s�s
[0].
�
);

1605 
	`�e_p���e_ah_�ck�_dr�
(
gp_�p
->
p
.p,

1606 
pkt_mask
);

1607 
gp_�p
->
drݳdPktCou�
++;

1614 i�(
�p_h
->
�p_�
 ==

1615 
	`�e_�u_to_be_16
(
ARP_OP_REQUEST
)) {

1617 i�(
ARPICMP_DEBUG
) {

1618 
	`��tf
("arp_op %d, ARP_OP_REQUEST %d\n",

1619 
�p_h
->
�p_�
,

1620 
	`�e_�u_to_be_16
(
ARP_OP_REQUEST
));

1621 
	`��t_mbuf
("RX", 
�_p�t_id
, 
pkt
, 
__LINE__
);

1624 
	`p�uϋ_�p_��y
((
�h�_addr
 *)

1625 &
�p_h
->
�p_d�a
.
�p_sha
,

1626 
�e_�u_to_be_32


1627 (
�p_h
->
�p_d�a
.
�p_s�
),

1628 
�_p�t_id
);

1631 
�q_t�
 = 
�p_h
->
�p_d�a
.
�p_t�
;

1632 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
, &�h_h->
d_addr
);

1635 
	`�h�_addr_c�y
((
�h�_addr
 *)&

1636 
�p_p�t_add�s�s
[
�_p�t_id
].
mac_addr
,

1637 &
�h_h
->
s_addr
);

1639 
�p_h
->
�p_�
 = 
	`�e_�u_to_be_16
(
ARP_OP_REPLY
);

1640 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
,

1641 &
�p_h
->
�p_d�a
.
�p_sha
);

1642 
�p_h
->
�p_d�a
.
�p_t�
 =

1643 
�p_h
->
�p_d�a
.
�p_s�
;

1644 
�p_h
->
�p_d�a
.
�p_s�
 = 
�q_t�
;

1645 
	`�h�_addr_c�y
(&
�h_h
->
d_addr
,

1646 &
�p_h
->
�p_d�a
.
�p_tha
);

1648 
	`�e_p���e_p�t_out_�ck�_���
(
gp_�p
->
p
.p,

1649 
out_p�t
, 
pkt
);

1650 
gp_�p
->
��PktCou�
++;

1652 } i�(
�p_h
->
�p_�
 ==

1653 
	`�e_�u_to_be_16
(
ARP_OP_REPLY
)) {

1656 i�(
ARPICMP_DEBUG
) {

1657 
	`��tf
("ARP_OP_REPLY�eceived");

1658 
	`��t_mbuf
("RX", 
�_p�t_id
, 
pkt
,

1659 
__LINE__
);

1661 
	`p�uϋ_�p_��y
((
�h�_addr
 *)

1662 &
�p_h
->
�p_d�a
.
�p_sha
,

1663 
	`�e_bsw�32
(
�p_h
->

1664 
�p_d�a
.
�p_s�
),

1665 
�_p�t_id
);

1668 
	`�e_p���e_ah_�ck�_dr�
(
gp_�p
->
p
.p,

1669 
pkt_mask
);

1670 
gp_�p
->
drݳdPktCou�
++;

1673 i�(
ARPICMP_DEBUG
)

1674 
	`��tf
("Invalid ARP opcode -�ot "

1676 
�p_h
->
�p_�
);

1680 
�_h
 =

1681 (
�v4_hdr
 *)((*)
�h_h
 +

1682 (
�h�_hdr
));

1683 
icmp_h
 =

1684 (
icmp_hdr
 *)((*)
�_h
 + (
�v4_hdr
));

1686 i�(
�h_h
->
�h�_ty�
 =�
	`�e_�u_to_be_16
(
ETHER_TYPE_IPv4
)) {

1688 
l�k
 = &
myA�
->
l�k_��ms
[
�_p�t_id
];

1689 
�p_p�t_add�s�s
[
�_p�t_id
].
�
 = 
l�k
->ip;

1690 
�p_p�t_add�s�s
[
�_p�t_id
].
mac_addr
 =

1691 
l�k
->
mac_addr
;

1693 i�(!
	`is_�me_�h�_addr
((
�h�_addr
 *)

1694 &
�p_p�t_add�s�s
[
�_p�t_id
].

1695 
mac_addr
, &
�h_h
->
d_addr
)) {

1697 i�(
ARPICMP_DEBUG
)

1698 
	`��tf
("Ethernet frame�ot destined "

1702 } i�(
�_h
->
�xt_��o_id
 !�
IPPROTO_ICMP
) {

1703 i�(
ARPICMP_DEBUG
)

1704 
	`��tf
("IP�rotocol ID is�ot set�o "

1707 } i�((
�_h
->
v�si�_ihl
 & 0xf0�!�
IP_VERSION_4
) {

1708 i�(
ARPICMP_DEBUG
)

1709 
	`��tf
("IP version other�han 4 - "

1712 } i�((
�_h
->
v�si�_ihl
 & 0x0f�!�
IP_HDRLEN
) {

1713 i�(
ARPICMP_DEBUG
)

1714 
	`��tf
("Unknown IHL - discarding\n");

1717 i�(
icmp_h
->
icmp_ty�
 =�
IP_ICMP_ECHO_REQUEST


1718 && 
icmp_h
->
icmp_code
 == 0) {

1719 i�(
ARPICMP_DEBUG
)

1720 
	`��t_mbuf
("RX", 
�_p�t_id
,

1721 
pkt
, 
__LINE__
);

1723 
�_addr
 = 
�_h
->
�c_addr
;

1724 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
,

1725 &
�h_h
->
d_addr
);

1726 
	`�h�_addr_c�y
((
�h�_addr
 *)

1727 &
�p_p�t_add�s�s


1728 [
�_p�t_id
].
mac_addr
,

1729 &
�h_h
->
s_addr
);

1731 i�(
�_h
->
d�_addr
 !=

1732 
	`�e_bsw�32
(
�p_p�t_add�s�s


1733 [
�_p�t_id
].
�
)) {

1734 i�(
ARPICMP_DEBUG
) {

1735 
	`��tf
("IPv4�acket�ot destined for "

1738 
	`��tf
("ip_h->dst_addr = %u, "

1741 
�_h
->
d�_addr
, 
�_p�t_id
,

1742 
�p_p�t_add�s�s
[
�_p�t_id
].
�
);

1746 i�(
is_mu�i��_�v4_addr


1747 (
�_h
->
d�_addr
)) {

1748 
u�t32_t
 
�_�c
;

1750 
�_�c
 = 
�e_be_to_�u_32


1751 (
�_addr
);

1752 i�((
�_�c
 & 0x00000003) == 1)

1753 
�_�c
 = (ip_src &

1757 
�_�c
 = (ip_src &

1761 
�_h
->
�c_addr
 =

1762 
	`�e_�u_to_be_32
(
�_�c
);

1763 
�_h
->
d�_addr
 = 
�_addr
;

1765 
�_h
->
hdr_checksum
 = 0;

1766 
�_h
->
hdr_checksum
 = ~
	`�e_�w_cksum
(

1767 
�_h
, (

1768 
�v4_hdr
));

1770 
�_h
->
�c_addr
 = ip_h->
d�_addr
;

1771 
�_h
->
d�_addr
 = 
�_addr
;

1774 
icmp_h
->
icmp_ty�
 =

1775 
IP_ICMP_ECHO_REPLY
;

1776 
cksum
 = ~
icmp_h
->
icmp_cksum
 & 0xffff;

1777 
cksum
 +�~
	`ht�s
(
IP_ICMP_ECHO_REQUEST
 << 8) & 0xffff;

1778 
cksum
 +�
	`ht�s
(
IP_ICMP_ECHO_REPLY
 << 8);

1779 
cksum
 = (cksum & 0xffff) + (cksum >> 16);

1780 
cksum
 = (cksum & 0xffff) + (cksum >> 16);

1781 
icmp_h
->
icmp_cksum
 = ~
cksum
;

1783 i�(
ARPICMP_DEBUG
)

1784 
	`��t_mbuf
("TX", 
�_p�t_id
, 
pkt
, 
__LINE__
);

1786 
	`�e_p���e_p�t_out_�ck�_���
(
gp_�p
->
p
.p,

1787 
out_p�t
, 
pkt
);

1788 
gp_�p
->
��PktCou�
++;

1792 i�(
icmp_h
->
icmp_ty�
 =�
IP_ICMP_ECHO_REPLY


1793 && 
icmp_h
->
icmp_code
 == 0) {

1794 i�(
ARPICMP_DEBUG
)

1795 
	`��t_mbuf
("RX", 
�_p�t_id
,

1796 
pkt
, 
__LINE__
);

1798 
�p_key_�v4
 
�p_key
;

1799 
�p_key
.
p�t_id
 = 
�_p�t_id
;

1800 
�p_key
.
�
 =

1801 
	`�e_bsw�32
(
�_h
->
�c_addr
);

1802 
�p_key
.
f��r1
 = 0;

1803 
�p_key
.
f��r2
 = 0;

1804 
�p_key
.
f��r3
 = 0;

1806 
�p_��y_d�a
 *
�p_��y
 =

1807 
	`���ve_�p_��y
(
�p_key
);

1808 i�(
�p_��y
 =�
NULL
) {

1809 
	`��tf
("Received unsolicited "

1812 
�p_key
.
�
,

1813 
�p_key
.
p�t_id
);

1817 
�p_��y
->
��us
 = 
COMPLETE
;

1819 
	`�e_p���e_ah_�ck�_dr�
(
gp_�p
->
p
.p,

1820 
pkt_mask
);

1821 
gp_�p
->
drݳdPktCou�
++;

1826 
	}
}

1841 
	$my_��_��_�v6
(
af
, cڡ *
�c
, *
d�
)

1843 
af
) {

1844 
AF_INET
:

1845  
	`��_��_�v4
(
�c
, 
d�
);

1846 
AF_INET6
:

1847  
	`��_��_�v6
(
�c
, 
d�
);

1849 
��o
 = 
EAFNOSUPPORT
;

1853 
	}
}

1865 
	$��_��_�v4
(cڡ *
�c
, *
d�
)

1867 cڡ 
dig�s
[] = "0123456789";

1868 
�w_dig�
, 
o��s
, 
ch
;

1869 
tmp
[
INADDRSZ
], *
�
;

1871 
�w_dig�
 = 0;

1872 
o��s
 = 0;

1873 *(
�
 = 
tmp
) = 0;

1874 (
ch
 = *
�c
++) != '\0') {

1875 cڡ *
pch
;

1877 
pch
 = 
	`�rchr
(
dig�s
, 
ch
);

1878 i�(
pch
 !�
NULL
) {

1879 
�w
 = *
�
 * 10 + (
pch
 - 
dig�s
);

1881 i�(
�w
 > 255)

1883 i�(!
�w_dig�
) {

1884 i�(++
o��s
 > 4)

1886 
�w_dig�
 = 1;

1888 *
�
 = ()
�w
;

1889 } i�(
ch
 =�'.' && 
�w_dig�
) {

1890 i�(
o��s
 == 4)

1892 *++
�
 = 0;

1893 
�w_dig�
 = 0;

1897 i�(
o��s
 < 4)

1900 
	`mem�y
(
d�
, 
tmp
, 
INADDRSZ
);

1902 
	}
}

1917 
	$��_��_�v6
(cڡ *
�c
, *
d�
)

1919 cڡ 
xdig�s_l
[] = "0123456789abcdef",

1920 
xdig�s_u
[] = "0123456789ABCDEF";

1921 
tmp
[
IN6ADDRSZ
], *
�
 = 0, *
�dp
 = 0, *
c��p
 = 0;

1922 cڡ *
xdig�s
 = 0, *
cu�ok
 = 0;

1923 
ch
 = 0, 
�w_xdig�
 = 0, 
cou�_xdig�
 = 0;

1924 
v�
 = 0;

1925 
dblo�_cou�
 = 0;

1927 
	`mem�t
((
�
 = 
tmp
), '\0', 
IN6ADDRSZ
);

1928 
�dp
 = 
�
 + 
IN6ADDRSZ
;

1929 
c��p
 = 
NULL
;

1931 i�(*
�c
 == ':')

1932 i�(*++
�c
 != ':')

1934 
cu�ok
 = 
�c
;

1935 
�w_xdig�
 = 
cou�_xdig�
 = 0;

1936 
v�
 = 0;

1938 (
ch
 = *
�c
++) != '\0') {

1939 cڡ *
pch
;

1941 
pch
 = 
	`�rchr
((
xdig�s
 = 
xdig�s_l
), 
ch
);

1942 i�(
pch
 =�
NULL
)

1943 
pch
 = 
	`�rchr
((
xdig�s
 = 
xdig�s_u
), 
ch
);

1944 i�(
pch
 !�
NULL
) {

1945 i�(
cou�_xdig�
 >= 4)

1947 
v�
 <<= 4;

1948 
v�
 |�(
pch
 - 
xdig�s
);

1949 i�(
v�
 > 0xffff)

1951 
�w_xdig�
 = 1;

1952 
cou�_xdig�
++;

1955 i�(
ch
 == ':') {

1956 
cu�ok
 = 
�c
;

1957 i�(!
�w_xdig�
) {

1958 i�(
c��p
)

1960 
c��p
 = 
�
;

1962 } i�(*
�c
 == '\0') {

1965 i�(
�
 + (
�t16_t
�> 
�dp
)

1967 *
�
++ = ()((
v�
 >> 8) & 0xff);

1968 *
�
++ = ()(
v�
 & 0xff);

1969 
�w_xdig�
 = 0;

1970 
cou�_xdig�
 = 0;

1971 
v�
 = 0;

1972 
dblo�_cou�
++;

1975 i�(
ch
 =�'.' && ((
�
 + 
INADDRSZ
�<�
�dp
) &&

1976 
	`��_��_�v4
(
cu�ok
, 
�
) > 0) {

1977 
�
 +�
INADDRSZ
;

1978 
�w_xdig�
 = 0;

1979 
dblo�_cou�
 += 2;

1984 i�(
�w_xdig�
) {

1985 i�(
�
 + (
�t16_t
�> 
�dp
)

1987 *
�
++ = ()((
v�
 >> 8) & 0xff);

1988 *
�
++ = ()(
v�
 & 0xff);

1989 
dblo�_cou�
++;

1991 i�(
c��p
 !�
NULL
) {

1995 i�(
dblo�_cou�
 == 8)

2002 cڡ 
n
 = 
�
 - 
c��p
;

2003 
i
;

2005 
i
 = 1; i <�
n
; i++) {

2006 
�dp
[-
i
] = 
c��p
[
n
 - i];

2007 
c��p
[
n
 - 
i
] = 0;

2009 
�
 = 
�dp
;

2011 i�(
�
 !�
�dp
)

2013 
	`mem�y
(
d�
, 
tmp
, 
IN6ADDRSZ
);

2015 
	}
}

2034 
	$�o�ss_icmpv6_pkt
(

2035 
�e_mbuf
 *
pkt
,

2036 
u�t32_t
 
out_p�t
,

2037 
__�e_unu�d
 
u�t32_t
 
pkt_num
)

2040 
u�t8_t
 
�_p�t_id
 = 
pkt
->
p�t
;

2041 
�p_l�k_��ms
 *
l�k
;

2042 
�h�_hdr
 *
�h_h
;

2043 
�v6_hdr
 *
�v6_h
;

2044 
icmpv6_hdr
 *
icmpv6_h
;

2045 
icmpv6_nd_hdr
 *
icmpv6_nd_h
;

2046 
u�t8_t
 
�v6_addr
[16];

2047 
u�t8_t
 
i
 = 0, 
�ag
 = 1;

2048 
u�t8_t
 
�q_t�v6
[16];

2050 
�h_h
 = 
	`�e_pktmbuf_mtod
(
pkt
, 
�h�_hdr
 *);

2051 
�v6_h
 = (
�v6_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

2052 
icmpv6_h
 =

2053 (
icmpv6_hdr
 *)((*)
�v6_h
 + (
�v6_hdr
));

2054 
�e_mbuf
 *
icmpv6_pkt
 = 
pkt
;

2056 
l�k
 = &
myA�
->
l�k_��ms
[
�_p�t_id
];

2057 
icmpv6_p�t_add�s�s
[
�_p�t_id
].
mac_addr
 = 
l�k
->mac_addr;

2059 i�(!
is_�me_�h�_addr


2060 ((
�h�_addr
 *)&
icmpv6_p�t_add�s�s
[
�_p�t_id
].
mac_addr
,

2061 &
�h_h
->
d_addr
)) {

2062 i�(
ARPICMP_DEBUG
) {

2063 
	`��tf
("Ethernet frame�ot destined for MAC�ddress "

2067 i�((
icmpv6_h
->
icmpv6_ty�
 =�
ICMPV6_ECHO_REQUEST
)

2068 && (
icmpv6_h
->
icmpv6_code
 == 0)) {

2069 
i
 = 0; i < 16; i++)

2070 
�v6_addr
[
i
] = 
�v6_h
->
�c_addr
[i];

2072 
i
 = 0; i < 16; i++) {

2073 i�(
�v6_h
->
d�_addr
[
i
] !=

2074 
icmpv6_p�t_add�s�s
[
�_p�t_id
].
�v6
[
i
]) {

2075 
�ag
++;

2078 i�(!
�ag
) {

2079 
	`��tf
("IPv6�acket�ot destined for "

2084 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
,

2085 &
�h_h
->
d_addr
);

2086 
	`�h�_addr_c�y
((
�h�_addr
 *)

2087 &
icmpv6_p�t_add�s�s


2088 [
�_p�t_id
].
mac_addr
,

2089 &
�h_h
->
s_addr
);

2091 
i
 = 0; i < 16; i++)

2092 
�v6_h
->
�c_addr
[
i
] =

2093 
�v6_h
->
d�_addr
[
i
];

2094 
i
 = 0; i < 16; i++)

2095 
�v6_h
->
d�_addr
[
i
] =

2096 
�v6_addr
[
i
];

2098 
icmpv6_h
->
icmpv6_ty�
 =

2099 
ICMPV6_ECHO_REPLY
;

2101 
�e_p���e_p�t_out_�ck�_���


2102 (
gp_�p
->
p
.p, 
out_p�t
, 
icmpv6_pkt
);

2103 
gp_�p
->
��PktCou�
++;

2107 } i�((
icmpv6_h
->
icmpv6_ty�
 =�
ICMPV6_ECHO_REPLY
)

2108 && (
icmpv6_h
->
icmpv6_code
 == 0)) {

2109 
nd_key_�v6
 
nd_key
;

2110 
nd_key
.
p�t_id
 = 
�_p�t_id
;

2112 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

2113 
nd_key
.
�v6
[
i
] = 
�v6_h
->
�c_addr
[i];

2115 
nd_key
.
f��r1
 = 0;

2116 
nd_key
.
f��r2
 = 0;

2117 
nd_key
.
f��r3
 = 0;

2122 
nd_��y_d�a
 *
�w_nd_d�a
 =

2123 
	`���ve_nd_��y
(
nd_key
);

2125 i�(
�w_nd_d�a
 =�
NULL
) {

2126 
	`��tf
("Received unsolicited ICMPv6�cho "

2128 
nd_key
.
p�t_id
);

2129 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i += 2) {

2130 
	`��tf
("%02X%02X ", 
nd_key
.
�v6
[
i
],

2131 
nd_key
.
�v6
[
i
 + 1]);

2136 
�w_nd_d�a
->
��us
 = 
COMPLETE
;

2139 i�((
icmpv6_h
->
icmpv6_ty�
 =�
ICMPV6_NEIGHBOR_SOLICITATION
)

2140 && (
icmpv6_h
->
icmpv6_code
 == 0)) {

2142 
icmpv6_nd_h
 =

2143 (
icmpv6_nd_hdr
 *)((*)
icmpv6_h
 +

2144 (
icmpv6_hdr
));

2145 
�h�_addr
 *
�c_hw_addr
 = &
�h_h
->
s_addr
;

2146 
u�t8_t
 
�c_�v6
[16], 
d�_�v6
[16];

2148 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

2149 
�c_�v6
[
i
] = 
�v6_h
->
�c_addr
[i];

2150 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

2151 
d�_�v6
[
i
] = 
�v6_h
->
d�_addr
[i];

2154 i�((
IPV6_MULTICAST


2155 && ((
d�_�v6
[0] << 8) | dst_ipv6[1]))) {

2156 i�(
p�uϋ_nd_��y


2157 (
�c_hw_addr
, 
�c_�v6
, 
�_p�t_id
)) {

2160 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

2161 
�q_t�v6
[
i
] =

2162 
icmpv6_nd_h
->
�rg�_�v6
[
i
];

2164 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
,

2165 &
�h_h
->
d_addr
);

2166 
	`�h�_addr_c�y
((
�h�_addr
 *)

2167 &
icmpv6_p�t_add�s�s


2168 [
�_p�t_id
].
mac_addr
,

2169 &
�h_h
->
s_addr
);

2172 
	`�h�_addr_c�y
(&
�h_h
->
s_addr
,

2173 &
icmpv6_nd_h
->

2174 
l�k_�y�_add�ss
);

2175 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

2176 
�v6_h
->
d�_addr
[
i
] =

2177 
�v6_h
->
�c_addr
[
i
];

2178 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

2179 
�v6_h
->
�c_addr
[
i
] =

2180 
�q_t�v6
[
i
];

2181 
icmpv6_h
->
icmpv6_ty�
 =

2182 
ICMPV6_NEIGHBOR_ADVERTISEMENT
;

2183 
icmpv6_nd_h
->
ty�
 =

2184 
e_T�g�_L�k_Lay�_Add�ss
;

2185 
icmpv6_nd_h
->
icmpv6_��rved
 |=

2186 
�e_�u_to_be_32


2187 (
NEIGHBOR_SOLICITATION_SET
);

2189 
�e_p���e_p�t_out_�ck�_���


2190 (
gp_�p
->
p
.p, 
out_p�t
, 
icmpv6_pkt
);

2191 
gp_�p
->
��PktCou�
++;

2194 i�(
ARPICMP_DEBUG
) {

2195 
	`��tf
("Non-Multicasted Neighbor "

2198 
	`��tf
("............Some one�lse "

2204 i�((
icmpv6_h
->
icmpv6_ty�
 =�
ICMPV6_NEIGHBOR_ADVERTISEMENT
)

2205 && (
icmpv6_h
->
icmpv6_code
 == 0)) {

2206 
�h�_addr
 *
�c_hw_addr
 = &
�h_h
->
s_addr
;

2207 
u�t8_t
 
�v6
[16];

2208 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

2209 
�v6
[
i
] = 
�v6_h
->
�c_addr
[i];

2211 i�(
	`p�uϋ_nd_��y
(
�c_hw_addr
, 
�v6
, 
�_p�t_id
))

2212 i�(
ARPICMP_DEBUG
)

2213 
	`��tf
("Now on, unicast IPv6�raffic "

2217 i�(
ARPICMP_DEBUG
) {

2218 
	`��tf
("ICMPv6 Type %d Not Supported yet !!!\n",

2219 
icmpv6_h
->
icmpv6_ty�
);

2225 
	}
}

2227 
	$�que�_icmpv6_echo
(
u�t32_t
 
p�t_id
, 
u�t8_t
 
�v6
[])

2229 ()
p�t_id
;

2230 ()
�v6
;

2231 
i
;

2233 
�h�_addr
 
gw_addr
;

2234 
u�t8_t
 
nh�v6
[16];

2235 
u�t8_t
 
de�_�v6
[16];

2236 
u�t32_t
 
phy_p�t
;

2238 
i
 = 0; i < 
ND_IPV6_ADDR_SIZE
; i++)

2239 
de�_�v6
[
i
] = 
�v6
[i];

2241 i�(
	`g�_de�_mac_add�ss_�v6_p�t
(
de�_�v6
, &
phy_p�t
,

2242 &
gw_addr
, 
nh�v6
)) {

2243 
	`�que�_icmpv6_echo_mes�ge
(
phy_p�t
, 
�v6
, &
gw_addr
);

2247 i�(
ARPICMP_DEBUG
)

2248 
	`��tf
("Sending icmpv6�cho�equest ... get mac failed.\n");

2249 
	}
}

2252 
	$�que�_icmpv6_echo_mes�ge
(
u�t16_t
 
p�t_id
, 
u�t8_t
 
�v6
[],

2253 
�h�_addr
 *
gw_addr
)

2255 
�h�_hdr
 *
�h_h
;

2256 
�v6_hdr
 *
�v6_h
;

2257 
icmpv6_hdr
 *
icmpv6_h
;

2258 
icmpv6_�fo_hdr
 *
icmpv6_�fo_h
;

2259 
i
;

2260 
�p_l�k_��ms
 *
l�k
;

2261 
l�k
 = &
myl�k
[
p�t_id
];

2263 
i
 = 0; i < 16; i++)

2264 
icmpv6_p�t_add�s�s
[
p�t_id
].
�v6
[
i
] = 
l�k
->ipv6[i];

2266 
icmpv6_p�t_add�s�s
[
p�t_id
].
mac_addr
 = 
l�k
->mac_addr;

2268 
�e_mbuf
 *
icmpv6_pkt
 = 
lib_icmpv6_pkt
;

2269 i�(
icmpv6_pkt
 =�
NULL
) {

2270 i�(
ARPICMP_DEBUG
)

2271 
	`��tf
("Error�llocating icmpv6_pkt�te_mbuf\n");

2275 
�h_h
 = 
	`�e_pktmbuf_mtod
(
icmpv6_pkt
, 
�h�_hdr
 *);

2276 
	`�h�_addr_c�y
(
gw_addr
, &
�h_h
->
d_addr
);

2277 
	`�h�_addr_c�y
((
�h�_addr
 *)&
icmpv6_p�t_add�s�s
[
p�t_id
].

2278 
mac_addr
, &
�h_h
->
s_addr
);

2279 
�h_h
->
�h�_ty�
 = 
	`CHECK_ENDIAN_16
(
ETHER_TYPE_IPv6
);

2281 
�v6_h
 = (
�v6_hdr
 *)((*)
�h_h
 + (
�h�_hdr
));

2282 
icmpv6_h
 =

2283 (
icmpv6_hdr
 *)((*)
�v6_h
 + (
�v6_hdr
));

2284 
icmpv6_�fo_h
 =

2285 (
icmpv6_�fo_hdr
 *)((*)
icmpv6_h
 +

2286 (
icmpv6_hdr
));

2288 
�v6_h
->
vtc_�ow
 = 0x60000000;

2289 
�v6_h
->
�yl�d_�n
 = 64;

2290 
�v6_h
->
��o
 = 58;

2291 
�v6_h
->
h�_lim�s
 = 64;

2293 
i
 = 0; i < 16; i++) {

2294 
�v6_h
->
�c_addr
[
i
] = 
icmpv6_p�t_add�s�s
[
p�t_id
].
�v6
[i];

2295 
�v6_h
->
d�_addr
[
i
] = 
�v6
[i];

2298 
icmpv6_h
->
icmpv6_ty�
 = 
ICMPV6_ECHO_REQUEST
;

2299 
icmpv6_h
->
icmpv6_code
 = 0;

2300 
icmpv6_�fo_h
->
icmpv6_id�t
 = 0x5151;

2301 
icmpv6_�fo_h
->
icmpv6_�q_nb
 = 0x1;

2303 
icmpv6_h
->
icmpv6_cksum
 =

2304 ~
	`�e_�w_cksum
(
icmpv6_h
, (
icmpv6_hdr
));

2306 
icmpv6_pkt
->
pkt_�n
 =

2307 (
�h�_hdr
�+ (
�v6_hdr
) +

2308 (
icmpv6_hdr
);

2309 
icmpv6_pkt
->
d�a_�n
 = icmpv6_pkt->
pkt_�n
;

2311 i�(
ARPICMP_DEBUG
)

2312 
	`��tf
("Sending icmpv6�cho�equest\n");

2314 
	`�e_p���e_p�t_out_�ck�_���
(
gp_�p
->
p
.p,

2315 
gp_�p
->
ou��t_id
[
p�t_id
],

2316 
icmpv6_pkt
);

2318 
gp_�p
->
��PktCou�
++;

2319 
	}
}

2324 *
p���e_�picmp_msg_�q_cu�om_h�d�r
(
p���e
 *
p
,

2325 *
msg
);

2327 
p���e_msg_�q_h�d�r
 
	gh�d�rs
[] = {

2328 [
PIPELINE_MSG_REQ_PING
] =

2329 
p���e_msg_�q_p�g_h�d�r
,

2330 [
PIPELINE_MSG_REQ_STATS_PORT_IN
] =

2331 
p���e_msg_�q_��s_p�t_�_h�d�r
,

2332 [
PIPELINE_MSG_REQ_STATS_PORT_OUT
] =

2333 
p���e_msg_�q_��s_p�t_out_h�d�r
,

2334 [
PIPELINE_MSG_REQ_STATS_TABLE
] =

2335 
p���e_msg_�q_��s_�b�_h�d�r
,

2336 [
PIPELINE_MSG_REQ_PORT_IN_ENABLE
] =

2337 
p���e_msg_�q_p�t_�_�ab�_h�d�r
,

2338 [
PIPELINE_MSG_REQ_PORT_IN_DISABLE
] =

2339 
p���e_msg_�q_p�t_�_di�b�_h�d�r
,

2340 [
PIPELINE_MSG_REQ_CUSTOM
] =

2341 
p���e_�picmp_msg_�q_cu�om_h�d�r
,

2345 *
p���e_�picmp_msg_�q_��y_dbg_h�d�r
(
p���e
 *
p
,

2346 *
msg
);

2347 *
	$p���e_�picmp_msg_�q_��y_dbg_h�d�r
(

2348 
__�e_unu�d
 
p���e
 *
p
,

2349 
__�e_unu�d
 *
msg
)

2352  
NULL
;

2353 
	}
}

2355 
__�e_unu�d
 
p���e_msg_�q_h�d�r
 
	gcu�om_h�d�rs
[] = {

2356 [
PIPELINE_ARPICMP_MSG_REQ_ENTRY_DBG
] =

2357 
p���e_�picmp_msg_�q_��y_dbg_h�d�r
,

2371 *
	$p���e_�picmp_msg_�q_cu�om_h�d�r
(
p���e
 *
p
, *
msg
)

2373 
p���e_�picmp
 *
p_�p
 = (p���e_�picm�*)
p
;

2374 
p���e_cu�om_msg_�q
 *
�q
 = 
msg
;

2375 
p���e_msg_�q_h�d�r
 
f_h�d�
;

2377 
f_h�d�
 = (
�q
->
subty�
 < 
PIPELINE_ARPICMP_MSG_REQS
) ?

2378 
p_�p
->
cu�om_h�d�rs
[
�q
->
subty�
] :

2379 
p���e_msg_�q_�v�id_h�d�r
;

2381 i�(
f_h�d�
 =�
NULL
)

2382 
f_h�d�
 = 
p���e_msg_�q_�v�id_h�d�r
;

2384  
	`f_h�d�
(
p
, 
�q
);

2385 
	}
}

2387 #ifde�
VNF_ACL


2393 
p���e_�picmp_�r�_�gs
(
p���e_�picmp
 *
p
,

2394 
p���e_��ms
 *
��ms
);

2396 
	$p���e_�picmp_�r�_�gs
(

2397 
__�e_unu�d
 
p���e_�picmp
 *
p
,

2398 
p���e_��ms
 *
��ms
)

2401 
u�t32_t
 
i
;

2402 
u�t32_t
 
�p_m�a_off�t_�e��
 = 0;

2404 
u�t32_t
 
�p_rou�_tbl_�e��
 = 0;

2405 
u�t32_t
 
nd_rou�_tbl_�e��
 = 0;

2406 
u�t32_t
 
p�ts_mac_li�_�e��
 = 0;

2407 
u�t32_t
 
pktq_�_�v_�e��
 = 0;

2408 
u�t32_t
 
�v_to_pub_m�_�e��
 = 0;

2410 
u�t8_t
 
n_�v_�_p�t
 = 0;

2411 
i
 = 0; i < 
PIPELINE_MAX_PORT_IN
; i++) {

2412 
�_p�t_d�_a
[
i
] = 0;

2413 
�v_to_pub_m�
[
i
] = 0xff;

2414 
pub_to_�v_m�
[
i
] = 0xff;

2417 
i
 = 0; i < 
��ms
->
n_�gs
; i++) {

2418 *
�g_�me
 = 
��ms
->
�gs_�me
[
i
];

2419 *
�g_v�ue
 = 
��ms
->
�gs_v�ue
[
i
];

2421 i�(
ARPICMP_DEBUG
 > 2) {

2422 
	`��tf
("ARP�rgs[%d]: %�%d, %s\n", 
i
, 
�g_�me
,

2423 
	`�oi
(
�g_v�ue
),�rg_value);

2425 i�(
	`�rcmp
(
�g_�me
, "arp_meta_offset") == 0) {

2426 i�(
�p_m�a_off�t_�e��
) {

2427 
	`��tf
("arp_meta_offset "

2431 
�p_m�a_off�t_�e��
 = 1;

2432 
�p_m�a_off�t
 = 
	`�oi
(
�g_v�ue
);

2436 i�(
	`�rcmp
(
�g_�me
, "pktq_in_prv") == 0) {

2437 i�(
pktq_�_�v_�e��
) {

2438 
	`��tf
("Duplicate�ktq_in_prv ... "

2442 
pktq_�_�v_�e��
 = 1;

2444 
rxp�t
 = 0, 
j
 = 0;

2445 
phy_p�t_num
[5];

2446 *
tok�
 = 
	`��ok
(
�g_v�ue
, "RXQ");

2447 
tok�
) {

2448 
j
 = 0;

2449 (
j
 < 4�&& (
tok�
[j] != '.')) {

2450 
phy_p�t_num
[
j
] = 
tok�
[j];

2451 
j
++;

2453 
phy_p�t_num
[
j
] = '\0';

2454 
rxp�t
 = 
	`�oi
(
phy_p�t_num
);

2455 
	`��tf
("token: %s,�hy_port_str: %s, "

2457 
tok�
, 
phy_p�t_num
, 
rxp�t
);

2459 
�v_�_p�t_a
[
n_�v_�_p�t
++] = 
rxp�t
;

2461 if(
rxp�t
 < 
PIPELINE_MAX_PORT_IN
)

2462 
�_p�t_d�_a
[
rxp�t
] = 1;

2463 
tok�
 = 
	`��ok
(
NULL
, "RXQ");

2466 i�(
n_�v_�_p�t
 == 0) {

2467 
��tf


2476 i�(
	`�rcmp
(
�g_�me
, "prv_to_pub_map") == 0) {

2477 i�(
�v_to_pub_m�_�e��
) {

2478 
��tf


2483 
�v_to_pub_m�_�e��
 = 1;

2485 
rxp�t
 = 0, 
txp�t
 = 0, 
j
 = 0, 
k
 = 0;

2486 
rx_phy_p�t_num
[5];

2487 
tx_phy_p�t_num
[5];

2488 *
tok�
 = 
	`��ok
(
�g_v�ue
, "(");

2489 
tok�
) {

2490 
j
 = 0;

2491 (
j
 < 4�&& (
tok�
[j] != ',')) {

2492 
rx_phy_p�t_num
[
j
] = 
tok�
[j];

2493 
j
++;

2495 
rx_phy_p�t_num
[
j
] = '\0';

2496 
rxp�t
 = 
	`�oi
(
rx_phy_p�t_num
);

2498 
j
++;

2499 
k
 = 0;

2500 (
k
 < 4�&& (
tok�
[
j
 + k] != ')')) {

2501 
tx_phy_p�t_num
[
k
] = 
tok�
[
j
 + k];

2502 
k
++;

2504 
tx_phy_p�t_num
[
k
] = '\0';

2505 
txp�t
 = 
	`�oi
(
tx_phy_p�t_num
);

2506 i�(
rxp�t
 < 
PIPELINE_MAX_PORT_IN
 && 
txp�t
 < PIPELINE_MAX_PORT_IN){

2507 
	`��tf
("token: %s,"

2510 
tok�
, 
rx_phy_p�t_num
, 
rxp�t
,

2511 
tx_phy_p�t_num
, 
txp�t
);

2515 i�((
rxp�t
 >�
PIPELINE_MAX_PORT_IN
) ||

2516 (
txp�t
 >�
PIPELINE_MAX_PORT_IN
) ||

2517 (
�_p�t_d�_a
[
rxp�t
] != 1)) {

2518 
	`��tf
("CG-NAPT�arse�rror - "

2521 
rxp�t
, 
txp�t
, 
�_p�t_d�_a
[rxport]);

2525 
�v_to_pub_m�
[
rxp�t
] = 
txp�t
;

2526 
pub_to_�v_m�
[
txp�t
] = 
rxp�t
;

2527 
tok�
 = 
	`��ok
(
NULL
, "(");

2534 i�(
	`�rcmp
(
�g_�me
, "lib_arp_debug") == 0) {

2535 
ARPICMP_DEBUG
 = 
	`�oi
(
�g_v�ue
);

2541 i�(
	`�rcmp
(
�g_�me
, "ports_mac_list") == 0) {

2542 
p�ts_mac_li�_�e��
 = 1;

2544 
u�t32_t
 
i
 = 0, 
j
 = 0, 
k
 = 0, 
MAC_NUM_BYTES
 = 6;

2546 
by�S�
[
MAC_NUM_BYTES
][3];

2547 
u�t32_t
 
by�
[
MAC_NUM_BYTES
];

2549 *
tok�
 = 
	`��ok
(
�g_v�ue
, " ");

2550 
tok�
) {

2551 
k
 = 0;

2552 
i
 = 0; i < 
MAC_NUM_BYTES
; i++) {

2553 
j
 = 0; j < 2; j++)

2554 
by�S�
[
i
][
j
] = 
tok�
[
k
++];

2555 
by�S�
[
i
][
j
] = '\0';

2556 
k
++;

2559 
i
 = 0; i < 
MAC_NUM_BYTES
; i++)

2560 
by�
[
i
] = 
	`��oul
(
by�S�
[i], 
NULL
, 16);

2562 i�(
ARPICMP_DEBUG
) {

2563 
	`��tf
("tok�: %s", 
tok�
);

2564 
i
 = 0; i < 
MAC_NUM_BYTES
; i++)

2565 
	`��tf
(", by�[%u] %u", 
i
,

2566 
by�
[
i
]);

2567 
	`��tf
("\n");

2570 
i
 = 0; i < 
MAC_NUM_BYTES
; i++)

2571 
l�k_hw_addr


2572 [
l�k_hw_addr_��y_idx
].
addr_by�s


2573 [
i
] = 
by�
[i];

2575 
l�k_hw_addr_��y_idx
++;

2576 
tok�
 = 
	`��ok
(
NULL
, " ");

2583 i�(
	`�rcmp
(
�g_�me
, "arp_route_tbl") == 0) {

2584 
�p_rou�_tbl_�e��
 = 1;

2586 
u�t32_t
 
de�_�
 = 0, 
mask
 = 0, 
tx_p�t
 = 0, 
nh_�
 =

2587 0, 
i
 = 0, 
j
 = 0, 
k
 = 0, 
l
 = 0;

2588 
u�t32_t
 
�p_rou�_tbl_�r_max_�n
 = 10;

2589 
de�_�_�r
[
�p_rou�_tbl_�r_max_�n
];

2590 
mask_�r
[
�p_rou�_tbl_�r_max_�n
];

2591 
tx_p�t_�r
[
�p_rou�_tbl_�r_max_�n
];

2592 
nh_�_�r
[
�p_rou�_tbl_�r_max_�n
];

2593 *
tok�
 = 
	`��ok
(
�g_v�ue
, "(");

2594 
tok�
) {

2595 
i
 = 0;

2596 (
i
 < (
�p_rou�_tbl_�r_max_�n
 - 1))

2597 && (
tok�
[
i
] != ',')) {

2598 
de�_�_�r
[
i
] = 
tok�
[i];

2599 
i
++;

2601 
de�_�_�r
[
i
] = '\0';

2602 
de�_�
 = 
	`��oul
(
de�_�_�r
, 
NULL
, 16);

2604 
i
++;

2605 
j
 = 0;

2606 (
j
 < (
�p_rou�_tbl_�r_max_�n
 - 1))

2607 && (
tok�
[
i
 + 
j
] != ',')) {

2608 
mask_�r
[
j
] = 
tok�
[
i
 + j];

2609 
j
++;

2611 
mask_�r
[
j
] = '\0';

2612 
mask
 = 
	`��oul
(
mask_�r
, 
NULL
, 16);

2614 
j
++;

2615 
k
 = 0;

2616 (
k
 < (
�p_rou�_tbl_�r_max_�n
 - 1))

2617 && (
tok�
[
i
 + 
j
 + 
k
] != ',')) {

2618 
tx_p�t_�r
[
k
] = 
tok�
[
i
 + 
j
 + k];

2619 
k
++;

2621 
tx_p�t_�r
[
k
] = '\0';

2623 
tx_p�t
 = 
	`��oul
(
tx_p�t_�r
, 
NULL
, 16);

2625 
k
++;

2626 
l
 = 0;

2627 (
l
 < (
�p_rou�_tbl_�r_max_�n
 - 1))

2628 && (
tok�
[
i
 + 
j
 + 
k
 + 
l
] != ')')) {

2629 
nh_�_�r
[
l
] = 
tok�
[
i
 + 
j
 + 
k
 +�];

2630 
l
++;

2632 
nh_�_�r
[
l
] = '\0';

2634 
nh_�
 = 
	`��oul
(
nh_�_�r
, 
NULL
, 16);

2636 i�(
ARPICMP_DEBUG
) {

2637 
	`��tf
("token: %s, "

2642 
tok�
, 
de�_�_�r
, 
de�_�
,

2643 
mask_�r
, 
mask
, 
tx_p�t_�r
,

2644 
tx_p�t
, 
nh_�_�r
, 
nh_�
);

2647 i�(
tx_p�t
 >�
��ms
->
n_p�ts_out
) {

2648 
	`��tf
("ARP-ICMP�arse�rror - "

2650 
tx_p�t
, 
��ms
->
n_p�ts_out
);

2656 
lib_�p_rou�_�b�
[
�p_rou�_tbl_�dex
].
�
 =

2657 
de�_�
;

2658 
lib_�p_rou�_�b�
[
�p_rou�_tbl_�dex
].
mask
 =

2659 
mask
;

2660 
lib_�p_rou�_�b�
[
�p_rou�_tbl_�dex
].
p�t
 =

2661 
tx_p�t
;

2662 
lib_�p_rou�_�b�
[
�p_rou�_tbl_�dex
].
nh
 =

2663 
nh_�
;

2664 
�p_rou�_tbl_�dex
++;

2665 
tok�
 = 
	`��ok
(
NULL
, "(");

2672 i�(
	`�rcmp
(
�g_�me
, "nd_route_tbl") == 0) {

2673 
nd_rou�_tbl_�e��
 = 1;

2675 
u�t8_t
 
de�_�v6
[16], 
d�th
 = 0, 
tx_p�t
 =

2676 0, 
nh_�v6
[16], 
i
 = 0, 
j
 = 0, 
k
 = 0, 
l
 = 0;

2677 
u�t8_t
 
nd_rou�_tbl_�r_max_�n
 = 128;

2678 
de�_�v6_�r
[
nd_rou�_tbl_�r_max_�n
];

2679 
d�th_�r
[
nd_rou�_tbl_�r_max_�n
];

2680 
tx_p�t_�r
[
nd_rou�_tbl_�r_max_�n
];

2681 
nh_�v6_�r
[
nd_rou�_tbl_�r_max_�n
];

2682 *
tok�
 = 
	`��ok
(
�g_v�ue
, "(");

2683 
tok�
) {

2684 
i
 = 0;

2685 (
i
 < (
nd_rou�_tbl_�r_max_�n
 - 1))

2686 && (
tok�
[
i
] != ',')) {

2687 
de�_�v6_�r
[
i
] = 
tok�
[i];

2688 
i
++;

2690 
de�_�v6_�r
[
i
] = '\0';

2691 
	`my_��_��_�v6
(
AF_INET6
, 
de�_�v6_�r
,

2692 &
de�_�v6
);

2694 
i
++;

2695 
j
 = 0;

2696 (
j
 < (
nd_rou�_tbl_�r_max_�n
 - 1))

2697 && (
tok�
[
i
 + 
j
] != ',')) {

2698 
d�th_�r
[
j
] = 
tok�
[
i
 + j];

2699 
j
++;

2701 
d�th_�r
[
j
] = '\0';

2703 
s
;

2704 
s
 = 0; 
d�th_�r
[s] != '\0'; ++s)

2705 
d�th
 = d�th * 10 + 
d�th_�r
[
s
] - '0';

2707 
j
++;

2708 
k
 = 0;

2709 (
k
 < (
nd_rou�_tbl_�r_max_�n
 - 1))

2710 && (
tok�
[
i
 + 
j
 + 
k
] != ',')) {

2711 
tx_p�t_�r
[
k
] = 
tok�
[
i
 + 
j
 + k];

2712 
k
++;

2714 
tx_p�t_�r
[
k
] = '\0';

2716 
tx_p�t
 = 
	`��oul
(
tx_p�t_�r
, 
NULL
, 16);

2718 
k
++;

2719 
l
 = 0;

2720 (
l
 < (
nd_rou�_tbl_�r_max_�n
 - 1))

2721 && (
tok�
[
i
 + 
j
 + 
k
 + 
l
] != ')')) {

2722 
nh_�v6_�r
[
l
] = 
tok�
[
i
 + 
j
 + 
k
 +�];

2723 
l
++;

2725 
nh_�v6_�r
[
l
] = '\0';

2726 
	`my_��_��_�v6
(
AF_INET6
, 
nh_�v6_�r
,

2727 &
nh_�v6
);

2730 
i
 = 0; i < 16; i++) {

2731 
lib_nd_rou�_�b�


2732 [
nd_rou�_tbl_�dex
].
�v6
[
i
] =

2733 
de�_�v6
[
i
];

2734 
lib_nd_rou�_�b�


2735 [
nd_rou�_tbl_�dex
].
nh�v6
[
i
] =

2736 
nh_�v6
[
i
];

2738 
lib_nd_rou�_�b�
[
nd_rou�_tbl_�dex
].
d�th
 =

2739 
d�th
;

2740 
lib_nd_rou�_�b�
[
nd_rou�_tbl_�dex
].
p�t
 =

2741 
tx_p�t
;

2743 
nd_rou�_tbl_�dex
++;

2744 
tok�
 = 
	`��ok
(
NULL
, "(");

2754 i�(!
�p_m�a_off�t_�e��
) {

2755 
	`��tf
("ARPICMP:�rp_meta_offset�ot initialized\n");

2760 i�(!
�p_rou�_tbl_�e��
 && !
nd_rou�_tbl_�e��
) {

2761 
	`��tf
("Neither�rp_route_tbl_present�or "

2766 i�(!
pktq_�_�v_�e��
) {

2767 
	`��tf
("pktq_in_prv�ot declared\n");

2771 i�(!
p�ts_mac_li�_�e��
) {

2772 
	`��tf
("ports_mac_list�ot declared\n");

2777 
	}
}

2781 
u�t32_t
 
	g�picmp_pkt_��t_cou�
;

2782 
�l�e
 

2783 
	$pkt_key_�picmp
(
�e_mbuf
 *
pkt
, 
u�t32_t
 
pkt_num
, *
�g
)

2786 
p���e_�picmp_�_p�t_h_�g
 *
�
 = 
�g
;

2787 
p���e_�picmp
 *
p_�p
 = (p���e_�picm�*)
�
->
p
;

2789 
p_�p
->
��ivedPktCou�
++;

2791 
u�t8_t
 
�_p�t_id
 = 
pkt
->
p�t
;

2792 #ifde�
VNF_ACL


2793 
�p_l�k_��ms
 *
l�k
;

2795 
u�t8_t
 *
��oc�
;

2796 
u�t32_t
 
pkt_mask
 = 1 << 
pkt_num
;

2797 
u�t32_t
 
�h_��o_off�t
 = 
MBUF_HDR_ROOM
 + 12;

2799 
u�t32_t
 
��_off�t
 =

2800 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_PROTOCOL_OFST
;

2802 #ifde�
VNF_ACL


2803 
u�t32_t
 
out_p�t
;

2806 
u�t16_t
 *
�h_��o
 =

2807 
	`RTE_MBUF_METADATA_UINT16_PTR
(
pkt
, 
�h_��o_off�t
);

2810 #ifde�
VNF_ACL


2811 
u�t32_t
 
d�_addr_off�t
 =

2812 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST
;

2813 
u�t32_t
 *
d�_addr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
d�_addr_off�t
);

2816 #ifde�
IPV6


2817 
u�t32_t
 
��_off�t_�v6
 =

2818 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IPV6_HDR_PROTOCOL_OFST
;

2820 i�(
	`�e_be_to_�u_16
(*
�h_��o
�=�
ETHER_TYPE_IPv6
)

2821 
��oc�
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
��_off�t_�v6
);

2823 
��oc�
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
��_off�t
);

2825 
��oc�
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
��_off�t
);

2829 i�((
ARPICMP_DEBUG
 > 2�&& (
�picmp_pkt_��t_cou�
 < 10)) {

2830 
	`��t_pkt1
(
pkt
);

2831 
�picmp_pkt_��t_cou�
++;

2832 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

2834 
	`�e_be_to_�u_16
(*
�h_��o
), *
��oc�
, 
ETH_TYPE_ARP
,

2835 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

2838 #ifde�
VNF_ACL


2839 
l�k
 = &
myA�
->
l�k_��ms
[
�_p�t_id
];

2843 i�((
	`�e_be_to_�u_16
(*
�h_��o
�=�
ETH_TYPE_ARP
) ||

2844 ((
	`�e_be_to_�u_16
(*
�h_��o
�=�
ETH_TYPE_IPV4
)

2845 && (*
��oc�
 =�
IP_PROTOCOL_ICMP
)

2846 #ifde�
VNF_ACL


2847 && (
l�k
->
�
 =�
	`�e_be_to_�u_32
(*
d�_addr
))

2851 #ifde�
VNF_ACL


2852 
out_p�t
 = 
p_�p
->
ou��t_id
[
�_p�t_id
];

2853 
	`�o�ss_�picmp_pkt
(
pkt
, 
out_p�t
, 
pkt_mask
);

2855 
	`�o�ss_�picmp_pkt
(
pkt
, 
	`ifm_g�_p�t
(
�_p�t_id
));

2859 #ifde�
IPV6


2860 i�((
	`�e_be_to_�u_16
(*
�h_��o
�=�
ETH_TYPE_IPV6
)

2861 && (*
��oc�
 =�
ICMPV6_PROTOCOL_ID
)) {

2862 #ifde�
VNF_ACL


2863 
out_p�t
 = 
p_�p
->
ou��t_id
[
�_p�t_id
];

2864 
	`�o�ss_icmpv6_pkt
(
pkt
, 
out_p�t
, 
pkt_mask
);

2866 
	`�o�ss_icmpv6_pkt
(
pkt
, 
	`ifm_g�_p�t
(
�_p�t_id
));

2874 
	`�e_p���e_ah_�ck�_dr�
(
p_�p
->
p
.p, 
pkt_mask
);

2875 
p_�p
->
drݳdPktCou�
++;

2877 
	}
}

2879 
�l�e
 

2880 
	$pkt4_key_�picmp
(
�e_mbuf
 **
pkt
, 
u�t32_t
 
pkt_num
, *
�g
)

2883 
p���e_�picmp_�_p�t_h_�g
 *
�
 = 
�g
;

2884 
p���e_�picmp
 *
p_�p
 = (p���e_�picm�*)
�
->
p
;

2886 
p_�p
->
��ivedPktCou�
 += 4;

2888 
u�t32_t
 
�h_��o_off�t
 = 
MBUF_HDR_ROOM
 + 12;

2889 
u�t8_t
 
�_p�t_id
 = 
pkt
[0]->
p�t
;

2891 
u�t32_t
 
��_off�t
 =

2892 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_PROTOCOL_OFST
;

2895 #ifde�
VNF_ACL


2896 
u�t32_t
 
d�_addr_off�t
 =

2897 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST
;

2900 
u�t32_t
 
pkt_mask0
 = 1 << 
pkt_num
;

2901 
u�t32_t
 
pkt_mask1
 = 1 << (
pkt_num
 + 1);

2902 
u�t32_t
 
pkt_mask2
 = 1 << (
pkt_num
 + 2);

2903 
u�t32_t
 
pkt_mask3
 = 1 << (
pkt_num
 + 3);

2905 #ifde�
VNF_ACL


2906 
u�t32_t
 
out_p�t0
;

2907 
u�t32_t
 
out_p�t1
;

2908 
u�t32_t
 
out_p�t2
;

2909 
u�t32_t
 
out_p�t3
;

2912 
u�t16_t
 *
�h_��o0
 =

2913 
	`RTE_MBUF_METADATA_UINT16_PTR
(
pkt
[0], 
�h_��o_off�t
);

2914 
u�t16_t
 *
�h_��o1
 =

2915 
	`RTE_MBUF_METADATA_UINT16_PTR
(
pkt
[1], 
�h_��o_off�t
);

2916 
u�t16_t
 *
�h_��o2
 =

2917 
	`RTE_MBUF_METADATA_UINT16_PTR
(
pkt
[2], 
�h_��o_off�t
);

2918 
u�t16_t
 *
�h_��o3
 =

2919 
	`RTE_MBUF_METADATA_UINT16_PTR
(
pkt
[3], 
�h_��o_off�t
);

2921 
u�t8_t
 *
��oc�0
;

2922 
u�t8_t
 *
��oc�1
;

2923 
u�t8_t
 *
��oc�2
;

2924 
u�t8_t
 *
��oc�3
;

2926 #ifde�
VNF_ACL


2927 
u�t32_t
 *
d�_addr0
 =

2928 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[0], 
d�_addr_off�t
);

2929 
u�t32_t
 *
d�_addr1
 =

2930 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[1], 
d�_addr_off�t
);

2931 
u�t32_t
 *
d�_addr2
 =

2932 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[2], 
d�_addr_off�t
);

2933 
u�t32_t
 *
d�_addr3
 =

2934 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[3], 
d�_addr_off�t
);

2936 
�p_l�k_��ms
 *
l�k0
;

2937 
�p_l�k_��ms
 *
l�k1
;

2938 
�p_l�k_��ms
 *
l�k2
;

2939 
�p_l�k_��ms
 *
l�k3
;

2941 
l�k0
 = &
myA�
->
l�k_��ms
[
pkt
[0]->
p�t
];

2942 
l�k1
 = &
myA�
->
l�k_��ms
[
pkt
[1]->
p�t
];

2943 
l�k2
 = &
myA�
->
l�k_��ms
[
pkt
[2]->
p�t
];

2944 
l�k3
 = &
myA�
->
l�k_��ms
[
pkt
[3]->
p�t
];

2947 #ifde�
IPV6


2948 
u�t32_t
 
��_off�t_�v6
 =

2949 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IPV6_HDR_PROTOCOL_OFST
;

2953 #ifde�
IPV6


2955 i�(
	`�e_be_to_�u_16
(*
�h_��o0
�=�
ETHER_TYPE_IPv6
)

2956 
��oc�0
 =

2957 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[0], 
��_off�t_�v6
);

2959 
��oc�0
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[0], 
��_off�t
);

2962 i�(
	`�e_be_to_�u_16
(*
�h_��o1
�=�
ETHER_TYPE_IPv6
)

2963 
��oc�1
 =

2964 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[1], 
��_off�t_�v6
);

2966 
��oc�1
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[1], 
��_off�t
);

2969 i�(
	`�e_be_to_�u_16
(*
�h_��o2
�=�
ETHER_TYPE_IPv6
)

2970 
��oc�2
 =

2971 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[2], 
��_off�t_�v6
);

2973 
��oc�2
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[2], 
��_off�t
);

2976 i�(
	`�e_be_to_�u_16
(*
�h_��o3
�=�
ETHER_TYPE_IPv6
)

2977 
��oc�3
 =

2978 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[3], 
��_off�t_�v6
);

2980 
��oc�3
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[3], 
��_off�t
);

2982 
��oc�0
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[0], 
��_off�t
);

2983 
��oc�1
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[1], 
��_off�t
);

2984 
��oc�2
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[2], 
��_off�t
);

2985 
��oc�3
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[3], 
��_off�t
);

2988 i�((
ARPICMP_DEBUG
 > 2�&& (
�picmp_pkt_��t_cou�
 < 10)) {

2989 
	`��t_pkt1
(
pkt
[0]);

2990 
�picmp_pkt_��t_cou�
++;

2991 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

2993 
	`�e_be_to_�u_16
(*
�h_��o0
), *
��oc�0
, 
ETH_TYPE_ARP
,

2994 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

2998 i�((
	`�e_be_to_�u_16
(*
�h_��o0
�=�
ETH_TYPE_ARP
) ||

2999 ((
	`�e_be_to_�u_16
(*
�h_��o0
�=�
ETH_TYPE_IPV4
)

3000 && (*
��oc�0
 =�
IP_PROTOCOL_ICMP
)

3001 #ifde�
VNF_ACL


3002 && (
l�k0
->
�
 =�
	`�e_be_to_�u_32
(*
d�_addr0
))

3006 #ifde�
VNF_ACL


3007 
out_p�t0
 = 
p_�p
->
ou��t_id
[
pkt
[0]->
p�t
];

3008 
	`�o�ss_�picmp_pkt
(
pkt
[0], 
out_p�t0
, 
pkt_mask0
);

3010 
	`�o�ss_�picmp_pkt
(
pkt
[0], 
	`ifm_g�_p�t
(
�_p�t_id
));

3013 
PKT1
;

3015 #ifde�
IPV6


3016 i�((
	`�e_be_to_�u_16
(*
�h_��o0
�=�
ETH_TYPE_IPV6
)

3017 && (*
��oc�0
 =�
ICMPV6_PROTOCOL_ID
)) {

3019 #ifde�
VNF_ACL


3020 
out_p�t0
 = 
p_�p
->
ou��t_id
[
pkt
[0]->
p�t
];

3021 
	`�o�ss_icmpv6_pkt
(
pkt
[0], 
out_p�t0
, 
pkt_mask0
);

3023 
	`�o�ss_icmpv6_pkt
(
pkt
[0], 
	`ifm_g�_p�t
(
�_p�t_id
));

3026 
PKT1
;

3031 
	`�e_p���e_ah_�ck�_dr�
(
p_�p
->
p
.p, 
pkt_mask0
);

3032 
p_�p
->
drݳdPktCou�
++;

3034 
PKT1
:

3035 i�((
ARPICMP_DEBUG
 > 2�&& (
�picmp_pkt_��t_cou�
 < 10)) {

3036 
	`��t_pkt1
(
pkt
[1]);

3037 
�picmp_pkt_��t_cou�
++;

3038 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

3040 
	`�e_be_to_�u_16
(*
�h_��o1
), *
��oc�1
, 
ETH_TYPE_ARP
,

3041 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

3044 i�((
	`�e_be_to_�u_16
(*
�h_��o1
�=�
ETH_TYPE_ARP
) ||

3045 ((
	`�e_be_to_�u_16
(*
�h_��o1
�=�
ETH_TYPE_IPV4
)

3046 && (*
��oc�1
 =�
IP_PROTOCOL_ICMP
)

3047 #ifde�
VNF_ACL


3048 && (
l�k1
->
�
 =�
	`�e_be_to_�u_32
(*
d�_addr1
))

3052 #ifde�
VNF_ACL


3053 
out_p�t1
 = 
p_�p
->
ou��t_id
[
pkt
[1]->
p�t
];

3054 
	`�o�ss_�picmp_pkt
(
pkt
[1], 
out_p�t1
, 
pkt_mask1
);

3056 
	`�o�ss_�picmp_pkt
(
pkt
[1], 
	`ifm_g�_p�t
(
�_p�t_id
));

3058 
PKT2
;

3060 #ifde�
IPV6


3061 i�((
	`�e_be_to_�u_16
(*
�h_��o1
�=�
ETH_TYPE_IPV6
)

3062 && (*
��oc�1
 =�
ICMPV6_PROTOCOL_ID
)) {

3064 #ifde�
VNF_ACL


3065 
out_p�t1
 = 
p_�p
->
ou��t_id
[
pkt
[1]->
p�t
];

3066 
	`�o�ss_icmpv6_pkt
(
pkt
[1], 
out_p�t1
, 
pkt_mask1
);

3068 
	`�o�ss_icmpv6_pkt
(
pkt
[1], 
	`ifm_g�_p�t
(
�_p�t_id
));

3071 
PKT2
;

3076 
	`�e_p���e_ah_�ck�_dr�
(
p_�p
->
p
.p, 
pkt_mask1
);

3077 
p_�p
->
drݳdPktCou�
++;

3079 
PKT2
:

3080 i�((
ARPICMP_DEBUG
 > 2�&& (
�picmp_pkt_��t_cou�
 < 10)) {

3081 
	`��t_pkt1
(
pkt
[2]);

3082 
�picmp_pkt_��t_cou�
++;

3083 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

3085 
	`�e_be_to_�u_16
(*
�h_��o2
), *
��oc�2
, 
ETH_TYPE_ARP
,

3086 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

3089 i�((
	`�e_be_to_�u_16
(*
�h_��o2
�=�
ETH_TYPE_ARP
) ||

3090 ((
	`�e_be_to_�u_16
(*
�h_��o2
�=�
ETH_TYPE_IPV4
)

3091 && (*
��oc�2
 =�
IP_PROTOCOL_ICMP
)

3092 #ifde�
VNF_ACL


3093 && (
l�k2
->
�
 =�
	`�e_be_to_�u_32
(*
d�_addr2
))

3097 #ifde�
VNF_ACL


3098 
out_p�t2
 = 
p_�p
->
ou��t_id
[
pkt
[2]->
p�t
];

3099 
	`�o�ss_�picmp_pkt
(
pkt
[2], 
out_p�t2
, 
pkt_mask2
);

3101 
	`�o�ss_�picmp_pkt
(
pkt
[2], 
	`ifm_g�_p�t
(
�_p�t_id
));

3104 
PKT3
;

3106 #ifde�
IPV6


3107 i�((
	`�e_be_to_�u_16
(*
�h_��o2
�=�
ETH_TYPE_IPV6
)

3108 && (*
��oc�2
 =�
ICMPV6_PROTOCOL_ID
)) {

3110 #ifde�
VNF_ACL


3111 
out_p�t2
 = 
p_�p
->
ou��t_id
[
pkt
[2]->
p�t
];

3112 
	`�o�ss_icmpv6_pkt
(
pkt
[2], 
out_p�t2
, 
pkt_mask2
);

3114 
	`�o�ss_icmpv6_pkt
(
pkt
[2], 
	`ifm_g�_p�t
(
�_p�t_id
));

3117 
PKT3
;

3122 
	`�e_p���e_ah_�ck�_dr�
(
p_�p
->
p
.p, 
pkt_mask2
);

3123 
p_�p
->
drݳdPktCou�
++;

3125 
PKT3
:

3126 i�((
ARPICMP_DEBUG
 > 2�&& (
�picmp_pkt_��t_cou�
 < 10)) {

3127 
	`��t_pkt1
(
pkt
[3]);

3128 
�picmp_pkt_��t_cou�
++;

3129 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

3131 
	`�e_be_to_�u_16
(*
�h_��o3
), *
��oc�3
, 
ETH_TYPE_ARP
,

3132 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

3135 i�((
	`�e_be_to_�u_16
(*
�h_��o3
�=�
ETH_TYPE_ARP
) ||

3136 ((
	`�e_be_to_�u_16
(*
�h_��o3
�=�
ETH_TYPE_IPV4
)

3137 && (*
��oc�3
 =�
IP_PROTOCOL_ICMP
)

3139 #ifde�
VNF_ACL


3140 && (
l�k3
->
�
 =�
	`�e_be_to_�u_32
(*
d�_addr3
))

3144 #ifde�
VNF_ACL


3145 
out_p�t3
 = 
p_�p
->
ou��t_id
[
pkt
[3]->
p�t
];

3146 
	`�o�ss_�picmp_pkt
(
pkt
[3], 
out_p�t3
, 
pkt_mask3
);

3148 
	`�o�ss_�picmp_pkt
(
pkt
[3], 
	`ifm_g�_p�t
(
�_p�t_id
));

3153 #ifde�
IPV6


3154 i�((
	`�e_be_to_�u_16
(*
�h_��o3
�=�
ETH_TYPE_IPV6
)

3155 && (*
��oc�3
 =�
ICMPV6_PROTOCOL_ID
)) {

3157 #ifde�
VNF_ACL


3158 
out_p�t3
 = 
p_�p
->
ou��t_id
[
pkt
[3]->
p�t
];

3159 
	`�o�ss_icmpv6_pkt
(
pkt
[3], 
out_p�t3
, 
pkt_mask3
);

3161 
	`�o�ss_icmpv6_pkt
(
pkt
[3], 
	`ifm_g�_p�t
(
�_p�t_id
));

3168 
	`�e_p���e_ah_�ck�_dr�
(
p_�p
->
p
.p, 
pkt_mask3
);

3169 
p_�p
->
drݳdPktCou�
++;

3172 
	}
}

3174 
PIPELINE_ARPICMP_KEY_PORT_IN_AH
(

3175 
p�t_�_ah_�picmp
,

3176 
pkt_key_�picmp
,

3177 
pkt4_key_�picmp
);

3179 *
	$p���e_�picmp_��
(
p���e_��ms
 *
��ms
,

3180 
__�e_unu�d
 *
�g
)

3182 
p���e
 *
p
;

3183 
p���e_�picmp
 *
p_�p
;

3184 
u�t32_t
 
size
, 
i
, 
�_p�ts_�g_size
;

3186 
	`��tf
("Start�ipeline_arpicmp_init\n");

3189 i�((
��ms
 =�
NULL
) ||

3190 (
��ms
->
n_p�ts_�
 == 0) ||

3191 (
��ms
->
n_p�ts_out
 == 0))

3192  
NULL
;

3195 
size
 = 
	`RTE_CACHE_LINE_ROUNDUP
((
p���e_�picmp
));

3196 
p
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

3197 
p_�p
 = (
p���e_�picmp
 *)
p
;

3198 i�(
p
 =�
NULL
)

3199  
NULL
;

3202 
�p_��ms
 *
�p
 = (�p_��m�*)
�g
;

3203 
myA�
 = 
�g
;

3205 
	`PLOG
(
p
, 
HIGH
, "ARPICMP");

3206 
	`�r�y
(
p
->
�me
, 
��ms
->name);

3207 
p
->
log_�v�
 = 
��ms
->log_level;

3209 
p_�p
->
��ivedPktCou�
 = 0;

3210 
p_�p
->
drݳdPktCou�
 = 0;

3212 #ifde�
VNF_ACL


3213 
i
 = 0; i < 
PIPELINE_MAX_PORT_IN
; i++)

3214 
p_�p
->
l�ks_m�
[
i
] = 0xff;

3216 
p_�p
->
p���e_num
 = 0;

3219 i�(
	`p���e_�picmp_�r�_�gs
(
p_�p
, 
��ms
))

3220  
NULL
;

3222 #i�de�
VNF_ACL


3223 
	`lib_�p_��
(
��ms
, 
�p
);

3228 
�e_p���e_��ms
 
p���e_��ms
 = {

3229 .
�me
 = "ARPICMP",

3230 .
sock�_id
 = 
��ms
->socket_id,

3231 .
off�t_p�t_id
 = 0,

3235 
p
->��
	`�e_p���e_���
(&
p���e_��ms
);

3236 i�(
p
->�=�
NULL
) {

3237 
	`�e_�
(
p
);

3238  
NULL
;

3242 
p
->
n_p�ts_�
 = 
��ms
->n_ports_in;

3243 
p
->
n_p�ts_out
 = 
��ms
->n_ports_out;

3244 
p
->
n_�b�s
 = 1;

3247 
�_p�ts_�g_size
 = 
	`RTE_CACHE_LINE_ROUNDUP
(

3248 ((
p���e_�picmp_�_p�t_h_�g
)) *

3249 (
��ms
->
n_p�ts_�
));

3250 
p���e_�picmp_�_p�t_h_�g
 *
�
 =

3251 (
p���e_�picmp_�_p�t_h_�g
 *)
	`�e_zm�loc
(
NULL
,

3252 
�_p�ts_�g_size
,

3253 
RTE_CACHE_LINE_SIZE
);

3254 i�(
�
 =�
NULL
)

3255  
NULL
;

3258 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

3260 (
�
[
i
]).
p
 = 
p_�p
;

3261 (
�
[
i
]).
�_p�t_id
 = i;

3262 
�e_p���e_p�t_�_��ms
 
p�t_��ms
 = {

3263 .
�s
 =

3264 
	`p���e_p�t_�_��ms_g�_�s
(&
��ms
->

3265 
p�t_�
[
i
]),

3266 .
�g_���
 =

3267 
	`p���e_p�t_�_��ms_c�v�t
(&
��ms
->

3268 
p�t_�
[
i
]),

3269 .
f_a�i�
 = 
NULL
,

3270 .
�g_ah
 = &(
�
[
i
]),

3271 .
bur�_size
 = 
��ms
->
p�t_�
[
i
].burst_size,

3274 
p�t_��ms
.
f_a�i�
 = 
p�t_�_ah_�picmp
;

3276 
��us
 = 
	`�e_p���e_p�t_�_���
(
p
->p,

3277 &
p�t_��ms
,

3278 &
p
->
p�t_�_id
[
i
]);

3280 i�(
��us
) {

3281 
	`�e_p���e_�
(
p
->p);

3282 
	`�e_�
(
p
);

3283  
NULL
;

3288 
i
 = 0; i < 
p
->
n_p�ts_out
; i++) {

3289 
�e_p���e_p�t_out_��ms
 
p�t_��ms
 = {

3290 .
�s
 =

3291 
	`p���e_p�t_out_��ms_g�_�s
(&
��ms
->

3292 
p�t_out
[
i
]),

3293 .
�g_���
 =

3294 
	`p���e_p�t_out_��ms_c�v�t
(&
��ms
->

3295 
p�t_out
[
i
]),

3296 .
f_a�i�
 = 
NULL
,

3297 .
�g_ah
 = 
NULL
,

3300 
��us
 = 
	`�e_p���e_p�t_out_���
(
p
->p,

3301 &
p�t_��ms
,

3302 &
p
->
p�t_out_id
[
i
]);

3304 i�(
��us
) {

3305 
	`�e_p���e_�
(
p
->p);

3306 
	`�e_�
(
p
);

3307  
NULL
;

3310 
p���e_num
 = 0;

3312 
��us
 = 
	`ss�nf
(
��ms
->
�me
, "PIPELINE%d", &
p���e_num
);

3314 i�(
��us
 < 0) {

3315  
NULL
;

3316 
	`��tf
("Unable�o�ead�ipeline�umber\n");

3319 
p_�p
->
p���e_num
 = (
u�t8_t
)�ipeline_num;

3321 
	`�gi��_p���e_Qs
(
p_�p
->
p���e_num
, 
p
);

3322 
	`�t_phy_ou��t_id
(
p_�p
->
p���e_num
, 
p
,�_�p->
ou��t_id
);

3326 
�e_p���e_�b�_��ms
 
�b�_��ms
 = {

3327 .
�s
 = &
�e_�b�_�ub_�s
,

3328 .
�g_���
 = 
NULL
,

3329 .
f_a�i�_h�
 = 
NULL
,

3330 .
f_a�i�_miss
 = 
NULL
,

3331 .
�g_ah
 = 
NULL
,

3332 .
a�i�_d�a_size
 = 0,

3335 
��us
 = 
	`�e_p���e_�b�_���
(
p
->p,

3336 &
�b�_��ms
,

3337 &
p
->
�b�_id
[0]);

3339 i�(
��us
) {

3340 
	`�e_p���e_�
(
p
->p);

3341 
	`�e_�
(
p
);

3342  
NULL
;

3347 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

3349 
��us
 = 
	`�e_p���e_p�t_�_c���_to_�b�
(
p
->p,

3350 
p
->

3351 
p�t_�_id


3352 [
i
],

3353 
p
->

3354 
�b�_id
[0]);

3356 i�(
��us
) {

3357 
	`�e_p���e_�
(
p
->p);

3358 
	`�e_�
(
p
);

3359  
NULL
;

3365 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

3366 
��us
 = 
	`�e_p���e_p�t_�_�ab�
(
p
->p,

3367 
p
->
p�t_�_id
[
i
]);

3369 i�(
��us
) {

3370 
	`�e_p���e_�
(
p
->p);

3371 
	`�e_�
(
p
);

3372  
NULL
;

3377 i�(
	`�e_p���e_check
(
p
->p) < 0) {

3378 
	`�e_p���e_�
(
p
->p);

3379 
	`�e_�
(
p
);

3380  
NULL
;

3384 
p
->
n_msgq
 = 
��ms
->n_msgq;

3385 
i
 = 0; i < 
p
->
n_msgq
; i++)

3386 
p
->
msgq_�
[
i
] = 
��ms
->msgq_in[i];

3387 
i
 = 0; i < 
p
->
n_msgq
; i++)

3388 
p
->
msgq_out
[
i
] = 
��ms
->msgq_out[i];

3391 
	`mem�y
(
p
->
h�d�rs
, handlers, (p->handlers));

3393 #ifde�
VNF_ACL


3396 
lib_�p_pktmbuf_tx_po�
 = 
	`�e_pktmbuf_po�_���
(

3398 
NB_ARPICMP_MBUF
, 32,

3399 0, 
RTE_MBUF_DEFAULT_BUF_SIZE
,

3400 
	`�e_sock�_id
());

3402 i�(
lib_�p_pktmbuf_tx_po�
 =�
NULL
) {

3403 
	`��tf
("ARP mbuf�ool create failed.\n");

3404  
NULL
;

3407 
lib_�p_pkt
 = 
	`�e_pktmbuf_�loc
(
lib_�p_pktmbuf_tx_po�
);

3408 i�(
lib_�p_pkt
 =�
NULL
) {

3409 
	`��tf
("ARP�ib_arp_pkt�lloc failed.\n");

3410  
NULL
;

3414 
�p_hash_��ms
.
sock�_id
 = 
	`�e_sock�_id
();

3415 
�p_hash_��ms
.
���s
 = 
MAX_NUM_ARP_ENTRIES
;

3416 
�p_hash_h�d�
 = 
	`�e_hash_���
(&
�p_hash_��ms
);

3418 i�(
�p_hash_h�d�
 =�
NULL
) {

3419 
	`��tf
("ARP�te_hash_create failed. socket %d ...\n",

3420 
�p_hash_��ms
.
sock�_id
);

3421  
NULL
;

3423 
	`��tf
("�p_hash_h�d� %p\n\n", (*)
�p_hash_h�d�
);

3426 
nd_hash_��ms
.
sock�_id
 = 
	`�e_sock�_id
();

3427 
nd_hash_��ms
.
���s
 = 
MAX_NUM_ND_ENTRIES
;

3428 
nd_hash_h�d�
 = 
	`�e_hash_���
(&
nd_hash_��ms
);

3430 i�(
nd_hash_h�d�
 =�
NULL
) {

3431 
	`��tf
("ND�te_hash_create failed. socket %d ...\n",

3432 
nd_hash_��ms
.
sock�_id
);

3433  
NULL
;

3436 
	`��tf
("nd_hash_h�d� %p\n\n", (*)
nd_hash_h�d�
);

3438  
p
;

3439 
	}
}

3441 
	$p���e_�picmp_�
(*
p���e
)

3443 
p���e
 *
p
 = (pipeline *)pipeline;

3446 i�(
p
 =�
NULL
)

3450 
	`�e_p���e_�
(
p
->p);

3451 
	`�e_�
(
p
);

3453 
	}
}

3455 
	$p���e_�picmp_tim�
(*
p���e
)

3457 
p���e
 *
p
 = (pipeline *)pipeline;

3459 
	`p���e_msg_�q_h�d�
(
p
);

3460 
	`�e_p���e_�ush
(
p
->p);

3463 
	}
}

3466 
	$p���e_�picmp_�ack
(*
p���e
, 
u�t32_t
 
p�t_�
, u�t32_�*
p�t_out
)

3468 
p���e
 *
p
 = (pipeline *)pipeline;

3471 i�((
p
 =�
NULL
�|| (
p�t_�
 >�p->
n_p�ts_�
�|| (
p�t_out
 == NULL))

3474 *
p�t_out
 = 
p�t_�
 / 
p
->
n_p�ts_�
;

3476 
	}
}

3478 
p���e_be_�s
 
	gp���e_�picmp_be_�s
 = {

3479 .
f_��
 = 
p���e_�picmp_��
,

3480 .
	gf_�
 = 
p���e_�picmp_�
,

3481 .
	gf_run
 = 
NULL
,

3482 .
	gf_tim�
 = 
p���e_�picmp_tim�
,

3483 .
	gf_�ack
 = 
p���e_�picmp_�ack
,

	@VIL/pipeline_arpicmp/pipeline_arpicmp_be.h

17 #i�de�
__INCLUDE_PIPELINE_ARPICMP_BE_H__


18 

	#__INCLUDE_PIPELINE_ARPICMP_BE_H__


	)

20 
	~"p���e_comm�_be.h
"

21 

	#PIPELINE_ARPICMP_KEY_PORT_IN_AH
(
f_ah
, 
f_pkt_w�k
, 
f_pkt4_w�k
) \

23 
	`f_ah
( \

24 
__�e_unu�d
 
�e_p���e
 *
�e_p
, \

25 
�e_mbuf
 **
pkts
, \

26 
u�t32_t
 
n_pkts
, \

27 *
�g
) \

29 
u�t32_t
 
i
, 
j
; \

31 
j
 = 0; j < 
n_pkts
; j++) \

32 
	`�e_�e�tch0
(
pkts
[
j
]); \

34 
i
 = 0; i < (
n_pkts
 & (~0x3LLU)); i += 4) \

35 
	`f_pkt4_w�k
(&
pkts
[
i
], i, 
�g
); \

37  ; 
i
 < 
n_pkts
; i++) \

38 
	`f_pkt_w�k
(
pkts
[
i
], i, 
�g
); \

42 }

	)

44 

�p_��ms
 *
myA�
;

45 
��t_pkt1
(
�e_mbuf
 *
pkt
);

46 
�h�_addr
 *
g�_l�k_hw_addr
(
u�t8_t
 
out_p�t
);

47 #ifde�
VNF_ACL


49 
	~<�e_p���e.h
>

50 
	~"�e_�h�.h
"

51 
	~"�p.h
"

53 #i�(
RTE_BYTE_ORDER
 =�
RTE_LITTLE_ENDIAN
)

56 

	#CHECK_ENDIAN_16
(
x
�
	`�e_be_to_�u_16
(x)

	)

57 

	#CHECK_ENDIAN_32
(
x
�
	`�e_be_to_�u_32
(x)

	)

59 

	#CHECK_ENDIAN_16
(
x
�(x)

	)

60 

	#CHECK_ENDIAN_32
(
x
�(x)

	)

64 

	#MAX_ARP_RT_ENTRY
 16

	)

65 

	#MAX_ND_RT_ENTRY
 16

	)

67 

	#ND_IPV6_ADDR_SIZE
 16

	)

70 
	mARP_FOUND
,

71 
	mARP_NOT_FOUND
,

72 
	mNH_NOT_FOUND
,

75 
	e�p_key_ty�
 {

76 
	mARP_IPV4
,

78 
	mND_IPV6
,

81 
	s�p_key_�v4
 {

82 
u�t32_t
 
	m�
;

83 
u�t8_t
 
	mp�t_id
;

84 
u�t8_t
 
	mf��r1
;

85 
u�t8_t
 
	mf��r2
;

86 
u�t8_t
 
	mf��r3
;

90 
	snd_key_�v6
 {

93 
u�t8_t
 
	m�v6
[
ND_IPV6_ADDR_SIZE
];

94 
u�t8_t
 
	mp�t_id
;

95 
u�t8_t
 
	mf��r1
;

96 
u�t8_t
 
	mf��r2
;

97 
u�t8_t
 
	mf��r3
;

100 
	s�p_key
 {

101 
�p_key_ty�
 
	mty�
;

103 
�p_key_�v4
 
	m�v4
;

104 } 
	mkey
;

107 
	slib_�p_rou�_�b�_��y
 {

108 
u�t32_t
 
	m�
;

109 
u�t32_t
 
	mmask
;

110 
u�t32_t
 
	mp�t
;

111 
u�t32_t
 
	mnh
;

114 
	slib_nd_rou�_�b�_��y
 {

115 
u�t8_t
 
	m�v6
[16];

116 
u�t8_t
 
	md�th
;

117 
u�t32_t
 
	mp�t
;

118 
u�t8_t
 
	mnh�v6
[16];

120 

lib_�p_rou�_�b�_��y
 
lib_�p_rou�_�b�
[
MAX_ARP_RT_ENTRY
];

121 

lib_nd_rou�_�b�_��y
 
lib_nd_rou�_�b�
[
MAX_ND_RT_ENTRY
];

123 
u�t8_t
 
�v_�_p�t_a
[
PIPELINE_MAX_PORT_IN
];

124 

c�v�t_�efix�n_to_�tmask_�v6
(
u�t32_t
 
d�th
,

125 
u�t8_t
 
�tmask_�v6
[]);

126 
u�t32_t
 
g�_nh
(uint32_t, uint32_t*);

127 
g�_nh_�v6
(
u�t8_t
 
�v6
[], 
u�t32_t
 *
p�t
, u�t8_�
nh�v6
[]);

129 
u�t32_t
 
ARPICMP_DEBUG
;

133 

	#COMPLETE
 1

	)

135 

	#INCOMPLETE
 0

	)

138 
u�t32_t
 
NDIPV6_DEBUG
;

141 

	#ICMPv6_COMPLETE
 1

	)

143 

	#ICMPv6_INCOMPLETE
 0

	)

145 
	s�p_��y_d�a
 {

146 
�h�_addr
 
	m�h_addr
;

147 
u�t8_t
 
	mp�t
;

148 
u�t8_t
 
	m��us
;

149 
u�t32_t
 
	m�
;

150 } 
__��ibu�__
 ((
__�cked__
));

153 
	snd_��y_d�a
 {

154 
�h�_addr
 
	m�h_addr
;

155 
u�t8_t
 
	mp�t
;

156 
u�t8_t
 
	m��us
;

157 
u�t8_t
 
	m�v6
[
ND_IPV6_ADDR_SIZE
];

158 } 
__��ibu�__
 ((
__�cked__
));

160 
g�_de�_mac_add�ss
(cڡ 
u�t32_t
 
�addr
, cڡ u�t32_�
phy_p�t
,

161 
�h�_addr
 *
hw_addr
, 
u�t32_t
 *
nh�
);

162 
g�_de�_mac_addr
(cڡ 
u�t32_t
 
�addr
, cڡ u�t32_�
phy_p�t
,

163 
�h�_addr
 *
hw_addr
);

165 
g�_de�_mac_add�ss_�v6
(
u�t8_t
 
�v6addr
[], 
u�t32_t
 
phy_p�t
,

166 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
nh�v6
[]);

168 
lib_�p_�que�_�p
(

169 cڡ 
u�t32_t
 
�addr
,

170 cڡ 
u�t32_t
 
phy_p�t
,

171 
�e_p���e
 *
�e_p
);

173 
��t_�p_�b�
();

174 
��t_nd_�b�
();

175 
�move_�p_��y
(
u�t32_t
 
�addr
, 
u�t8_t
 
p�tid
);

176 
�move_nd_��y_�v6
(
u�t8_t
 
�v6addr
[], u�t8_�
p�tid
);

177 
p�uϋ_�p_��y
(cڡ 
�h�_addr
 *
hw_addr
, 
u�t32_t
 
�addr
,

178 
u�t8_t
 
p�tid
);

180 
p�uϋ_nd_��y
(cڡ 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
�
[],

181 
u�t8_t
 
p�tid
);

182 
�que�_�p
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�
, 
�e_p���e
 *
�e_p
);

183 
�que�_�p_w�p
(
u�t8_t
 
p�t_id
, 
u�t32_t
 
�
);

184 
�que�_echo
(
p�t_id
, 
u�t32_t
 
�
);

186 
�o�ss_�picmp_pkt
(
�e_mbuf
 *
pkt
, 
u�t32_t
 
out_p�t
,

187 
u�t32_t
 
pkt_num
);

189 
�p_��y_d�a
 *
���ve_�p_��y
(cڡ 
�p_key_�v4
 
�p_key
);

190 
nd_��y_d�a
 *
���ve_nd_��y
(
nd_key_�v6
 
nd_key
);

192 
nd_��y_d�a
 *
���ve_nd_��y
(
nd_key_�v6
 
nd_key
);

194 
lib_nd_��
�
�p_��ms
 *
�p
);

195 
��t_pkt1
(
�e_mbuf
 *
pkt
);

199 
u�t8_t
 
	glb_ou��t_id
[
PIPELINE_MAX_PORT_IN
];

200 
p���e
 *
	gl�db_p���e
[
PIPELINE_MAX_PORT_IN
];

201 
p���e
 *
	g�l_p���e
[
PIPELINE_MAX_PORT_IN
];

202 
u�t8_t
 
	gvnf_to_l�db_m�
[
PIPELINE_MAX_PORT_IN
];

203 
u�t8_t
 
	gp�t_to_l�db_m�
[
PIPELINE_MAX_PORT_IN
];

204 
u�t8_t
 
	gl�db_p���e_nums
[
PIPELINE_MAX_PORT_IN
];

207 
u�t8_t
 
	glb_ou��t_id
[
PIPELINE_MAX_PORT_IN
];

208 
p���e
 *
	g�p_p���e
[
PIPELINE_MAX_PORT_IN
];

209 
u�t8_t
 
	gvnf_to_�p_m�
[
PIPELINE_MAX_PORT_IN
];

210 
u�t8_t
 
	gp�t_to_�p_m�
[
PIPELINE_MAX_PORT_IN
];

211 
u�t8_t
 
	g�p_p���e_nums
[
PIPELINE_MAX_PORT_IN
];

214 
�t_p�t_to_l�db_m�
(
u�t8_t
 
p���e_num
);

215 
u�t8_t
 
g�_p�t_to_l�db_m�
(u�t8_�
phy_p�t_id
);

218 
�t_phy_�p�t_m�
(
u�t8_t
 
p���e_num
, u�t8_�*
m�
);

219 
�t_phy_ou��t_m�
(
u�t8_t
 
p���e_num
, u�t8_�*
m�
);

221 
�t_ou��t_id
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
, u�t8_�*
m�
);

223 
u�t8_t
 
g�_l�db_ou��t_id
(u�t8_�
a�u�_phy_p�t
);

225 
u�t8_t
 
g�_vnf_�t_num
(u�t8_�
p���e_num
);

227 
p���es_p�t_�fo
();

228 
p���es_m�_�fo
();

229 
�gi��_l�db_to_�p
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
,

230 
__�e_unu�d
 
�p_��ms
 *
�p
);

232 
u�t8_t
 
	gSWQ_to_P�t_m�
[128];

234 

p���e_be_�s
 
p���e_�picmp_be_�s
;

235 
�gi��_p���e_Qs
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
);

236 
�t_l�k_m�
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
, u�t8_�*
m�
);

237 
�t_ou��t_id
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
, u�t8_�*
m�
);

238 
�t_phy_ou��t_id
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
, u�t8_�*
m�
);

239 
�t_phy_�p�t_id
(
u�t8_t
 
p���e_num
, 
p���e
 *
p
, u�t8_�*
m�
);

244 
	ep���e_�picmp_msg_�q_ty�
 {

245 
	mPIPELINE_ARPICMP_MSG_REQ_ENTRY_DBG
,

246 
	mPIPELINE_ARPICMP_MSG_REQS


252 
	sp���e_�picmp_��y_dbg_msg_�q
 {

253 
p���e_msg_�q_ty�
 
	mty�
;

254 
p���e_�picmp_msg_�q_ty�
 
	msubty�
;

257 
u�t8_t
 
	md�a
[2];

264 
	sp���e_�picmp_�_p�t_h_�g
 {

265 
p���e_�picmp
 *
	mp
;

266 
u�t8_t
 
	m�_p�t_id
;

269 
	sp���e_�picmp_��y_dbg_msg_r�
 {

270 
	m��us
;

273 #ifde�
VNF_ACL


276 
	sicmpv6_hdr
 {

277 
u�t8_t
 
	micmpv6_ty�
;

278 
u�t8_t
 
	micmpv6_code
;

279 
u�t16_t
 
	micmpv6_cksum
;

280 } 
__��ibu�__
 ((
__�cked__
));

285 
	sicmpv6_�fo_hdr
 {

286 
u�t16_t
 
	micmpv6_id�t
;

287 
u�t16_t
 
	micmpv6_�q_nb
;

288 } 
__��ibu�__
 ((
__�cked__
));

293 
	sicmpv6_nd_hdr
 {

295 
u�t32_t
 
	micmpv6_��rved
;

298 
u�t8_t
 
	m�rg�_�v6
[16];

300 
u�t8_t
 
	mty�
;

301 
u�t8_t
 
	m�ngth
;

302 
�h�_addr
 
	ml�k_�y�_add�ss
;

303 } 
__��ibu�__
 ((
__�cked__
));

306 

	#ICMPV6_PROTOCOL_ID
 58

	)

307 

	#ICMPV6_ECHO_REQUEST
 0x0080

	)

308 

	#ICMPV6_ECHO_REPLY
 0x0081

	)

309 

	#ICMPV6_NEIGHBOR_SOLICITATION
 0x0087

	)

310 

	#ICMPV6_NEIGHBOR_ADVERTISEMENT
 0x0088

	)

311 

	#IPV6_MULTICAST
 0xFF02

	)

313 

	#NEIGHBOR_SOLICITATION_SET
 0x40000000

	)

314 
	eicmpv6_l�k_�y�_Add�ss_ty�
 {

315 
	me_Sour�_L�k_Lay�_Add�ss
 = 1,

316 
	me_T�g�_L�k_Lay�_Add�ss
,

317 
	me_L�k_Lay�_Add�ss


320 
u�t8_t
 
is_mu�i��_�v6_addr
(u�t8_�
�v6
[]);

321 
	sicmpv6_p�t_add�ss
 {

322 
u�t32_t
 
	m�v6
[16];

323 
u�t64_t
 
	mmac_addr
;

326 
icmpv6_p�t_add�ss
 
	gicmpv6_p�t_add�s�s
[
RTE_MAX_ETHPORTS
];

328 

	#MAX_NUM_ICMPv6_ENTRIES
 64

	)

330 
�e_mbuf
 *
	glib_icmpv6_pkt
;

331 
�que�_icmpv6_echo
(
u�t32_t
 
p�t_id
, 
u�t8_t
 
�v6
[]);

332 
�que�_icmpv6_echo_mes�ge
(
u�t16_t
 
p�t_id
, 
u�t8_t
 
�v6
[],

333 
�h�_addr
 *
gw_addr
);

335 
�o�ss_icmpv6_pkt
(
�e_mbuf
 *
pkt
, 
u�t32_t
 
out_p�t
, u�t32_�
pkt_num
);

337 
g�_de�_mac_addr_p�t
(cڡ 
u�t32_t
 
�addr
,

338 
u�t32_t
 *
phy_p�t
, 
�h�_addr
 *
hw_addr
);

340 
g�_de�_mac_add�ss_�v6_p�t
(
u�t8_t
 
�v6addr
[], 
u�t32_t
 *
phy_p�t
,

341 
�h�_addr
 *
hw_addr
, 
u�t8_t
 
nh�v6
[]);

	@VIL/pipeline_common/pipeline_common_be.c

17 
	~<�e_comm�.h
>

18 
	~<�e_r�g.h
>

19 
	~<�e_m�loc.h
>

21 
	~"p���e_comm�_be.h
"

24 
	$p���e_msg_�q_p�g_h�d�r
(
__�e_unu�d
 
p���e
 *
p
,

25 *
msg
)

27 
p���e_msg_r�
 *
r�
 = 
msg
;

29 
r�
->
��us
 = 0;

31  
r�
;

32 
	}
}

35 
	$p���e_msg_�q_��s_p�t_�_h�d�r
(
p���e
 *
p
,

36 *
msg
)

38 
p���e_��s_msg_�q
 *
�q
 = 
msg
;

39 
p���e_��s_p�t_�_msg_r�
 *
r�
 = 
msg
;

40 
u�t32_t
 
p�t_id
;

43 i�(
�q
->
id
 >�
p
->
n_p�ts_�
) {

44 
r�
->
��us
 = -1;

45  
r�
;

47 
p�t_id
 = 
p
->
p�t_�_id
[
�q
->
id
];

50 
r�
->
��us
 = 
	`�e_p���e_p�t_�_��s_�ad
(
p
->p,

51 
p�t_id
,

52 &
r�
->
��s
,

55  
r�
;

56 
	}
}

59 
	$p���e_msg_�q_��s_p�t_out_h�d�r
(
p���e
 *
p
,

60 *
msg
)

62 
p���e_��s_msg_�q
 *
�q
 = 
msg
;

63 
p���e_��s_p�t_out_msg_r�
 *
r�
 = 
msg
;

64 
u�t32_t
 
p�t_id
;

67 i�(
�q
->
id
 >�
p
->
n_p�ts_out
) {

68 
r�
->
��us
 = -1;

69  
r�
;

71 
p�t_id
 = 
p
->
p�t_out_id
[
�q
->
id
];

74 
r�
->
��us
 = 
	`�e_p���e_p�t_out_��s_�ad
(
p
->p,

75 
p�t_id
,

76 &
r�
->
��s
,

79  
r�
;

80 
	}
}

83 
	$p���e_msg_�q_��s_�b�_h�d�r
(
p���e
 *
p
,

84 *
msg
)

86 
p���e_��s_msg_�q
 *
�q
 = 
msg
;

87 
p���e_��s_�b�_msg_r�
 *
r�
 = 
msg
;

88 
u�t32_t
 
�b�_id
;

91 i�(
�q
->
id
 >�
p
->
n_�b�s
) {

92 
r�
->
��us
 = -1;

93  
r�
;

95 
�b�_id
 = 
p
->�b�_id[
�q
->
id
];

98 
r�
->
��us
 = 
	`�e_p���e_�b�_��s_�ad
(
p
->p,

99 
�b�_id
,

100 &
r�
->
��s
,

103  
r�
;

104 
	}
}

107 
	$p���e_msg_�q_p�t_�_�ab�_h�d�r
(
p���e
 *
p
,

108 *
msg
)

110 
p���e_p�t_�_msg_�q
 *
�q
 = 
msg
;

111 
p���e_msg_r�
 *
r�
 = 
msg
;

112 
u�t32_t
 
p�t_id
;

115 i�(
�q
->
p�t_id
 >�
p
->
n_p�ts_�
) {

116 
r�
->
��us
 = -1;

117  
r�
;

119 
p�t_id
 = 
p
->
p�t_�_id
[
�q
->port_id];

122 
r�
->
��us
 = 
	`�e_p���e_p�t_�_�ab�
(
p
->p,

123 
p�t_id
);

125  
r�
;

126 
	}
}

129 
	$p���e_msg_�q_p�t_�_di�b�_h�d�r
(
p���e
 *
p
,

130 *
msg
)

132 
p���e_p�t_�_msg_�q
 *
�q
 = 
msg
;

133 
p���e_msg_r�
 *
r�
 = 
msg
;

134 
u�t32_t
 
p�t_id
;

137 i�(
�q
->
p�t_id
 >�
p
->
n_p�ts_�
) {

138 
r�
->
��us
 = -1;

139  
r�
;

141 
p�t_id
 = 
p
->
p�t_�_id
[
�q
->port_id];

144 
r�
->
��us
 = 
	`�e_p���e_p�t_�_di�b�
(
p
->p,

145 
p�t_id
);

147  
r�
;

148 
	}
}

151 
	$p���e_msg_�q_�v�id_h�d�r
(
__�e_unu�d
 
p���e
 *
p
,

152 *
msg
)

154 
p���e_msg_r�
 *
r�
 = 
msg
;

156 
r�
->
��us
 = -1;

158  
r�
;

159 
	}
}

162 
	$p���e_msg_�q_h�d�
(
p���e
 *
p
)

164 
u�t32_t
 
msgq_id
;

166 
msgq_id
 = 0; msgq_id < 
p
->
n_msgq
; msgq_id++) {

168 
p���e_msg_�q
 *
�q
;

169 
p���e_msg_�q_h�d�r
 
f_h�d�
;

171 
�q
 = 
	`p���e_msg_�cv
(
p
, 
msgq_id
);

172 i�(
�q
 =�
NULL
)

175 
f_h�d�
 = (
�q
->
ty�
 < 
PIPELINE_MSG_REQS
) ?

176 
p
->
h�d�rs
[
�q
->
ty�
] :

177 
p���e_msg_�q_�v�id_h�d�r
;

179 i�(
f_h�d�
 =�
NULL
)

180 
f_h�d�
 = 
p���e_msg_�q_�v�id_h�d�r
;

182 
	`p���e_msg_�nd
(
p
,

183 
msgq_id
,

184 
	`f_h�d�
(
p
, (*�
�q
));

189 
	}
}

	@VIL/pipeline_common/pipeline_common_be.h

17 #i�de�
__INCLUDE_PIPELINE_COMMON_BE_H__


18 

	#__INCLUDE_PIPELINE_COMMON_BE_H__


	)

20 
	~<�e_comm�.h
>

21 
	~<�e_r�g.h
>

22 
	~<�e_p���e.h
>

24 
	~"p���e_be.h
"

26 
	gp���e
;

28 
	ep���e_msg_�q_ty�
 {

29 
	mPIPELINE_MSG_REQ_PING
 = 0,

30 
	mPIPELINE_MSG_REQ_STATS_PORT_IN
,

31 
	mPIPELINE_MSG_REQ_STATS_PORT_OUT
,

32 
	mPIPELINE_MSG_REQ_STATS_TABLE
,

33 
	mPIPELINE_MSG_REQ_PORT_IN_ENABLE
,

34 
	mPIPELINE_MSG_REQ_PORT_IN_DISABLE
,

35 
	mPIPELINE_MSG_REQ_CUSTOM
,

36 
	mPIPELINE_MSG_REQS


39 *(*
	tp���e_msg_�q_h�d�r
)(
	tp���e
 *
	tp
, *
	tmsg
);

41 
	sp���e
 {

42 
�e_p���e
 *
	mp
;

43 
u�t32_t
 
	mp�t_�_id
[
PIPELINE_MAX_PORT_IN
];

44 
u�t32_t
 
	mp�t_out_id
[
PIPELINE_MAX_PORT_OUT
];

45 
u�t32_t
 
	m�b�_id
[
PIPELINE_MAX_TABLES
];

46 
�e_r�g
 *
	mmsgq_�
[
PIPELINE_MAX_MSGQ_IN
];

47 
�e_r�g
 *
	mmsgq_out
[
PIPELINE_MAX_MSGQ_OUT
];

49 
u�t32_t
 
	mn_p�ts_�
;

50 
u�t32_t
 
	mn_p�ts_out
;

51 
u�t32_t
 
	mn_�b�s
;

52 
u�t32_t
 
	mn_msgq
;

54 
p���e_msg_�q_h�d�r
 
	mh�d�rs
[
PIPELINE_MSG_REQS
];

55 
	m�me
[
PIPELINE_NAME_SIZE
];

56 
u�t32_t
 
	mlog_�v�
;

59 
	ep���e_log_�v�
 {

60 
	mPIPELINE_LOG_LEVEL_HIGH
 = 1,

61 
	mPIPELINE_LOG_LEVEL_LOW
,

62 
	mPIPELINE_LOG_LEVELS


65 

	#PLOG
(
p
, 
�v�
, 
fmt
, ...) \

67 i�(
p
->
log_�v�
 >�
PIPELINE_LOG_LEVEL_
 ## 
�v�
) \

68 
	`�r�tf
(
�dout
, "[%s] " 
fmt
 "\n", 
p
->
�me
, ## 
__VA_ARGS__
);\

69 } 0)

	)

71 
�l�e
 *

72 
	$p���e_msg_�cv
(
p���e
 *
p
,

73 
u�t32_t
 
msgq_id
)

75 
�e_r�g
 *
r
 = 
p
->
msgq_�
[
msgq_id
];

76 *
msg
;

77 
��us
 = 
	`�e_r�g_sc_dequeue
(
r
, &
msg
);

79 i�(
��us
 != 0)

80  
NULL
;

82  
msg
;

83 
	}
}

85 
�l�e
 

86 
	$p���e_msg_�nd
(
p���e
 *
p
,

87 
u�t32_t
 
msgq_id
,

88 *
msg
)

90 
�e_r�g
 *
r
 = 
p
->
msgq_out
[
msgq_id
];

91 
��us
;

94 
��us
 = 
	`�e_r�g_�_�queue
(
r
, 
msg
);

95 } 
��us
 =�-
ENOBUFS
);

96 
	}
}

98 
	sp���e_msg_�q
 {

99 
p���e_msg_�q_ty�
 
	mty�
;

102 
	sp���e_��s_msg_�q
 {

103 
p���e_msg_�q_ty�
 
	mty�
;

104 
u�t32_t
 
	mid
;

107 
	sp���e_p�t_�_msg_�q
 {

108 
p���e_msg_�q_ty�
 
	mty�
;

109 
u�t32_t
 
	mp�t_id
;

112 
	sp���e_cu�om_msg_�q
 {

113 
p���e_msg_�q_ty�
 
	mty�
;

114 
u�t32_t
 
	msubty�
;

117 
	sp���e_msg_r�
 {

118 
	m��us
;

121 
	sp���e_��s_p�t_�_msg_r�
 {

122 
	m��us
;

123 
�e_p���e_p�t_�_��s
 
	m��s
;

126 
	sp���e_��s_p�t_out_msg_r�
 {

127 
	m��us
;

128 
�e_p���e_p�t_out_��s
 
	m��s
;

131 
	sp���e_��s_�b�_msg_r�
 {

132 
	m��us
;

133 
�e_p���e_�b�_��s
 
	m��s
;

136 *
p���e_msg_�q_p�g_h�d�r
(
p���e
 *
p
, *
msg
);

137 *
p���e_msg_�q_��s_p�t_�_h�d�r
(
p���e
 *
p
, *
msg
);

138 *
p���e_msg_�q_��s_p�t_out_h�d�r
(
p���e
 *
p
, *
msg
);

139 *
p���e_msg_�q_��s_�b�_h�d�r
(
p���e
 *
p
, *
msg
);

140 *
p���e_msg_�q_p�t_�_�ab�_h�d�r
(
p���e
 *
p
, *
msg
);

141 *
p���e_msg_�q_p�t_�_di�b�_h�d�r
(
p���e
 *
p
, *
msg
);

142 *
p���e_msg_�q_�v�id_h�d�r
(
p���e
 *
p
, *
msg
);

144 
p���e_msg_�q_h�d�
(
p���e
 *
p
);

	@VIL/pipeline_common/pipeline_common_fe.c

17 
	~<�dio.h
>

18 
	~<f��.h
>

19 
	~<uni�d.h
>

21 
	~<�e_comm�.h
>

22 
	~<�e_r�g.h
>

23 
	~<�e_m�loc.h
>

24 
	~<cmdl�e_rdl�e.h
>

25 
	~<cmdl�e_�r�.h
>

26 
	~<cmdl�e_�r�_num.h
>

27 
	~<cmdl�e_�r�_�r�g.h
>

28 
	~<cmdl�e_�r�_�addr.h
>

29 
	~<cmdl�e_�r�_�h�addr.h
>

30 
	~<cmdl�e_sock�.h
>

31 
	~<cmdl�e.h
>

33 
	~"p���e_comm�_�.h
"

34 #i�de�
VNF_ACL


35 
	~"��r��.h
"

39 
	$�p_p���e_p�g
(
�p_��ms
 *
�p
,

40 
u�t32_t
 
p���e_id
)

42 
�p_p���e_��ms
 *
p
;

43 
p���e_msg_�q
 *
�q
;

44 
p���e_msg_r�
 *
r�
;

45 
��us
 = 0;

48 i�(
�p
 =�
NULL
)

51 
	`APP_PARAM_FIND_BY_ID
(
�p
->
p���e_��ms
, "PIPELINE", 
p���e_id
, 
p
);

52 i�(
p
 =�
NULL
)

56 
�q
 = 
	`�p_msg_�loc
(
�p
);

57 i�(
�q
 =�
NULL
)

61 
�q
->
ty�
 = 
PIPELINE_MSG_REQ_PING
;

64 
r�
 = 
	`�p_msg_�nd_�cv
(
�p
, 
p���e_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

65 i�(
r�
 =�
NULL
)

69 
��us
 = 
r�
->status;

72 
	`�p_msg_�
(
�p
, 
r�
);

74  
��us
;

75 
	}
}

78 
	$�p_p���e_��s_p�t_�
(
�p_��ms
 *
�p
,

79 
u�t32_t
 
p���e_id
,

80 
u�t32_t
 
p�t_id
,

81 
�e_p���e_p�t_�_��s
 *
��s
)

83 
�p_p���e_��ms
 *
p
;

84 
p���e_��s_msg_�q
 *
�q
;

85 
p���e_��s_p�t_�_msg_r�
 *
r�
;

86 
��us
 = 0;

89 i�((
�p
 =�
NULL
) ||

90 (
��s
 =�
NULL
))

93 
	`APP_PARAM_FIND_BY_ID
(
�p
->
p���e_��ms
, "PIPELINE", 
p���e_id
, 
p
);

94 i�((
p
 =�
NULL
) ||

95 (
p�t_id
 >�
p
->
n_pktq_�
))

99 
�q
 = 
	`�p_msg_�loc
(
�p
);

100 i�(
�q
 =�
NULL
)

104 
�q
->
ty�
 = 
PIPELINE_MSG_REQ_STATS_PORT_IN
;

105 
�q
->
id
 = 
p�t_id
;

108 
r�
 = (
p���e_��s_p�t_�_msg_r�
 *)

109 
	`�p_msg_�nd_�cv
(
�p
, 
p���e_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

110 i�(
r�
 =�
NULL
)

114 
��us
 = 
r�
->status;

115 i�(
��us
 == 0)

116 
	`mem�y
(
��s
, &
r�
->stats, (rsp->stats));

119 
	`�p_msg_�
(
�p
, 
r�
);

121  
��us
;

122 
	}
}

125 
	$�p_p���e_��s_p�t_out
(
�p_��ms
 *
�p
,

126 
u�t32_t
 
p���e_id
,

127 
u�t32_t
 
p�t_id
,

128 
�e_p���e_p�t_out_��s
 *
��s
)

130 
�p_p���e_��ms
 *
p
;

131 
p���e_��s_msg_�q
 *
�q
;

132 
p���e_��s_p�t_out_msg_r�
 *
r�
;

133 
��us
 = 0;

136 i�((
�p
 =�
NULL
) ||

137 (
p���e_id
 >�
�p
->
n_p���es
) ||

138 (
��s
 =�
NULL
))

141 
	`APP_PARAM_FIND_BY_ID
(
�p
->
p���e_��ms
, "PIPELINE", 
p���e_id
, 
p
);

142 i�((
p
 =�
NULL
) ||

143 (
p�t_id
 >�
p
->
n_pktq_out
))

147 
�q
 = 
	`�p_msg_�loc
(
�p
);

148 i�(
�q
 =�
NULL
)

152 
�q
->
ty�
 = 
PIPELINE_MSG_REQ_STATS_PORT_OUT
;

153 
�q
->
id
 = 
p�t_id
;

156 
r�
 = 
	`�p_msg_�nd_�cv
(
�p
, 
p���e_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

157 i�(
r�
 =�
NULL
)

161 
��us
 = 
r�
->status;

162 i�(
��us
 == 0)

163 
	`mem�y
(
��s
, &
r�
->stats, (rsp->stats));

166 
	`�p_msg_�
(
�p
, 
r�
);

168  
��us
;

169 
	}
}

172 
	$�p_p���e_��s_�b�
(
�p_��ms
 *
�p
,

173 
u�t32_t
 
p���e_id
,

174 
u�t32_t
 
�b�_id
,

175 
�e_p���e_�b�_��s
 *
��s
)

177 
�p_p���e_��ms
 *
p
;

178 
p���e_��s_msg_�q
 *
�q
;

179 
p���e_��s_�b�_msg_r�
 *
r�
;

180 
��us
 = 0;

183 i�((
�p
 =�
NULL
) ||

184 (
��s
 =�
NULL
))

187 
	`APP_PARAM_FIND_BY_ID
(
�p
->
p���e_��ms
, "PIPELINE", 
p���e_id
, 
p
);

188 i�(
p
 =�
NULL
)

192 
�q
 = 
	`�p_msg_�loc
(
�p
);

193 i�(
�q
 =�
NULL
)

197 
�q
->
ty�
 = 
PIPELINE_MSG_REQ_STATS_TABLE
;

198 
�q
->
id
 = 
�b�_id
;

201 
r�
 = 
	`�p_msg_�nd_�cv
(
�p
, 
p���e_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

202 i�(
r�
 =�
NULL
)

206 
��us
 = 
r�
->status;

207 i�(
��us
 == 0)

208 
	`mem�y
(
��s
, &
r�
->stats, (rsp->stats));

211 
	`�p_msg_�
(
�p
, 
r�
);

213  
��us
;

214 
	}
}

217 
	$�p_p���e_p�t_�_�ab�
(
�p_��ms
 *
�p
,

218 
u�t32_t
 
p���e_id
,

219 
u�t32_t
 
p�t_id
)

221 
�p_p���e_��ms
 *
p
;

222 
p���e_p�t_�_msg_�q
 *
�q
;

223 
p���e_msg_r�
 *
r�
;

224 
��us
 = 0;

227 i�(
�p
 =�
NULL
)

230 
	`APP_PARAM_FIND_BY_ID
(
�p
->
p���e_��ms
, "PIPELINE", 
p���e_id
, 
p
);

231 i�((
p
 =�
NULL
) ||

232 (
p�t_id
 >�
p
->
n_pktq_�
))

236 
�q
 = 
	`�p_msg_�loc
(
�p
);

237 i�(
�q
 =�
NULL
)

241 
�q
->
ty�
 = 
PIPELINE_MSG_REQ_PORT_IN_ENABLE
;

242 
�q
->
p�t_id
 =�ort_id;

245 
r�
 = 
	`�p_msg_�nd_�cv
(
�p
, 
p���e_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

246 i�(
r�
 =�
NULL
)

250 
��us
 = 
r�
->status;

253 
	`�p_msg_�
(
�p
, 
r�
);

255  
��us
;

256 
	}
}

259 
	$�p_p���e_p�t_�_di�b�
(
�p_��ms
 *
�p
,

260 
u�t32_t
 
p���e_id
,

261 
u�t32_t
 
p�t_id
)

263 
�p_p���e_��ms
 *
p
;

264 
p���e_p�t_�_msg_�q
 *
�q
;

265 
p���e_msg_r�
 *
r�
;

266 
��us
 = 0;

269 i�(
�p
 =�
NULL
)

272 
	`APP_PARAM_FIND_BY_ID
(
�p
->
p���e_��ms
, "PIPELINE", 
p���e_id
, 
p
);

273 i�((
p
 =�
NULL
) ||

274 (
p�t_id
 >�
p
->
n_pktq_�
))

278 
�q
 = 
	`�p_msg_�loc
(
�p
);

279 i�(
�q
 =�
NULL
)

283 
�q
->
ty�
 = 
PIPELINE_MSG_REQ_PORT_IN_DISABLE
;

284 
�q
->
p�t_id
 =�ort_id;

287 
r�
 = 
	`�p_msg_�nd_�cv
(
�p
, 
p���e_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

288 i�(
r�
 =�
NULL
)

292 
��us
 = 
r�
->status;

295 
	`�p_msg_�
(
�p
, 
r�
);

297  
��us
;

298 
	}
}

301 
	$�p_l�k_c�fig
(
�p_��ms
 *
�p
,

302 
u�t32_t
 
l�k_id
,

303 
u�t32_t
 
�
,

304 
u�t32_t
 
d�th
)

306 
�p_l�k_��ms
 *
p
;

307 
u�t32_t
 
i
, 
�tmask
, 
ho�
, 
b��
;

310 i�(
�p
 =�
NULL
)

313 
	`APP_PARAM_FIND_BY_ID
(
�p
->
l�k_��ms
, "LINK", 
l�k_id
, 
p
);

314 i�(
p
 =�
NULL
) {

315 
	`APP_LOG
(
�p
, 
HIGH
, "LINK%" 
PRIu32
 " is�ot� valid�ink",

316 
l�k_id
);

320 i�(
p
->
��e
) {

321 
	`APP_LOG
(
�p
, 
HIGH
, "%s is UP,�lease bring it DOWN first",

322 
p
->
�me
);

326 
�tmask
 = (~0U�<< (32 - 
d�th
);

327 
ho�
 = 
�
 & 
�tmask
;

328 
b��
 = 
ho�
 | (~
�tmask
);

330 i�((
�
 == 0) ||

331 (
�
 =�
UINT32_MAX
) ||

332 (
�
 =�
ho�
) ||

333 (
�
 =�
b��
)) {

334 
	`APP_LOG
(
�p
, 
HIGH
, "Illegal IP�ddress");

338 
i
 = 0; i < 
�p
->
n_l�ks
; i++) {

339 
�p_l�k_��ms
 *
l�k
 = &
�p
->
l�k_��ms
[
i
];

340 
myl�k
[
i
] = *
l�k
;

341 i�(
	`�rcmp
(
p
->
�me
, 
l�k
->name) == 0)

344 i�(
l�k
->
�
 == ip) {

345 
	`APP_LOG
(
�p
, 
HIGH
,

347 
l�k
->
�me
);

352 i�((
d�th
 == 0) || (depth > 32)) {

353 
	`APP_LOG
(
�p
, 
HIGH
, "Illegal value for depth�arameter "

354 "(%" 
PRIu32
 ")",

355 
d�th
);

360 
p
->
�
 = ip;

361 
p
->
d�th
 = depth;

362 #i�de�
VNF_ACL


363 i�(
	`ifm_add_�v4_p�t
(
l�k_id
, 
	`�e_bsw�32
(
�
), 
d�th
�=�
IFM_FAILURE
)

368 
	}
}

371 
	$c�v�t_�efix�n_to_�tmask_�v6
(
u�t32_t
 
d�th
, 
u�t8_t
 
�tmask_�v6
[])

373 
mod
, 
div
, 
i
;

375 
	`mem�t
(
�tmask_�v6
, 0, 16);

377 
mod
 = 
d�th
 % 8;

378 
div
 = 
d�th
 / 8;

380 
i
 = 0; i < 
div
; i++)

381 
�tmask_�v6
[
i
] = 0xff;

383 
�tmask_�v6
[
i
] = (~0 << (8 - 
mod
));

386 
	}
}

389 
	$g�_ho�_p�ti�_�v6
(
u�t8_t
 
�v6
[], u�t8_�
�tmask
[], u�t8_�
ho�_�v6
[])

391 
i
;

393 
i
 = 0; i < 16; i++) {

394 
ho�_�v6
[
i
] = 
�v6
[i] & 
�tmask
[i];

398 
	}
}

401 
	$g�_b��_p�ti�_�v6
(
u�t8_t
 
ho�
[], u�t8_�
�tmask
[], u�t8_�
b��_�v6
[])

403 
i
;

405 
i
 = 0; i < 16; i++) {

406 
b��_�v6
[
i
] = 
ho�
[i] | ~
�tmask
[i];

410 
	}
}

413 
	$�p_l�k_c�fig_�v6
(
�p_��ms
 *
�p
,

414 
u�t32_t
 
l�k_id
, 
u�t8_t
 
�v6
[], u�t32_�
d�th
)

416 
�p_l�k_��ms
 *
p
;

417 
u�t32_t
 
i
;

418 
u�t8_t
 
�tmask_�v6
[16], 
ho�
[16], 
b��
[16];

421 i�(
�p
 =�
NULL
)

424 
	`APP_PARAM_FIND_BY_ID
(
�p
->
l�k_��ms
, "LINK", 
l�k_id
, 
p
);

425 i�(
p
 =�
NULL
) {

426 
	`APP_LOG
(
�p
, 
HIGH
, "LINK%" 
PRIu32
 " is�ot� valid�ink",

427 
l�k_id
);

431 i�(
p
->
��e
) {

432 
	`APP_LOG
(
�p
, 
HIGH
, "%s is UP,�lease bring it DOWN first",

433 
p
->
�me
);

437 
	`c�v�t_�efix�n_to_�tmask_�v6
(
d�th
, 
�tmask_�v6
);

438 
	`g�_ho�_p�ti�_�v6
(
�v6
, 
�tmask_�v6
, 
ho�
);

439 
	`g�_b��_p�ti�_�v6
(
ho�
, 
�tmask_�v6
, 
b��
);

441 
i
 = 0; i < 
�p
->
n_l�ks
; i++) {

442 
�p_l�k_��ms
 *
l�k
 = &
�p
->
l�k_��ms
[
i
];

444 i�(
	`�rcmp
(
p
->
�me
, 
l�k
->name) == 0)

447 i�(!
	`memcmp
(
l�k
->
�v6
, ipv6, 16)) {

448 
	`APP_LOG
(
�p
, 
HIGH
,

450 
l�k
->
�me
);

455 i�((
d�th
 == 0) || (depth > 128)) {

456 
	`APP_LOG
(
�p
, 
HIGH
, "Illegal value for depth�arameter "

457 "(%" 
PRIu32
 ")", 
d�th
);

462 
	`mem�y
(
p
->
�v6
, ipv6, 16);

464 
p
->
d�th_�v6
 = 
d�th
;

471 #i�de�
VNF_ACL


472 i�(
	`ifm_add_�v6_p�t
(
l�k_id
, 
�v6
, 
d�th
�=�
IFM_FAILURE
)

476 
	}
}

479 
	$�p_l�k_up
(
�p_��ms
 *
�p
,

480 
u�t32_t
 
l�k_id
)

482 
�p_l�k_��ms
 *
p
;

485 i�(
�p
 =�
NULL
)

488 
	`APP_PARAM_FIND_BY_ID
(
�p
->
l�k_��ms
, "LINK", 
l�k_id
, 
p
);

489 i�(
p
 =�
NULL
) {

490 
	`APP_LOG
(
�p
, 
HIGH
, "LINK%" 
PRIu32
 " is�ot� valid�ink",

491 
l�k_id
);

496 i�(
p
->
��e
) {

497 
	`APP_LOG
(
�p
, 
HIGH
, "%�i���ady UP", 
p
->
�me
);

502 
u�t8_t
 
�mp
[16];

504 
	`mem�t
(
�mp
, 0, 16);

506 i�((
p
->
�
 || 
	`memcmp
�->
�v6
, 
�mp
, 16)) == 0) {

507 
	`APP_LOG
(
�p
, 
HIGH
, "%�IP�dd�s�i�n� s�", 
p
->
�me
);

511 
	`�p_l�k_up_����
(
�p
, 
p
);

514 
	}
}

517 
	$�p_l�k_down
(
�p_��ms
 *
�p
,

518 
u�t32_t
 
l�k_id
)

520 
�p_l�k_��ms
 *
p
;

523 i�(
�p
 =�
NULL
)

526 
	`APP_PARAM_FIND_BY_ID
(
�p
->
l�k_��ms
, "LINK", 
l�k_id
, 
p
);

527 i�(
p
 =�
NULL
) {

528 
	`APP_LOG
(
�p
, 
HIGH
, "LINK%" 
PRIu32
 " is�ot� valid�ink",

529 
l�k_id
);

534 i�(
p
->
��e
 == 0) {

535 
	`APP_LOG
(
�p
, 
HIGH
, "%�i���ady DOWN", 
p
->
�me
);

539 
	`�p_l�k_down_����
(
�p
, 
p
);

542 
	}
}

548 
	scmd_p�g_�su�
 {

549 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

550 
u�t32_t
 
	mp���e_id
;

551 
cmdl�e_fixed_�r�g_t
 
	mp�g_�r�g
;

555 
	$cmd_p�g_�r�d
(

556 *
�r�d_�su�
,

557 
__�e_unu�d
 
cmdl�e
 *
�
,

558 *
d�a
)

560 
cmd_p�g_�su�
 *
��ms
 = 
�r�d_�su�
;

561 
�p_��ms
 *
�p
 = 
d�a
;

562 
��us
;

564 
��us
 = 
	`�p_p���e_p�g
(
�p
, 
��ms
->
p���e_id
);

565 i�(
��us
 != 0)

566 
	`��tf
("Command failed\n");

567 
	}
}

569 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p�g_p_�r�g
 =

570 
TOKEN_STRING_INITIALIZER
(
cmd_p�g_�su�
, 
p_�r�g
, "p");

572 
cmdl�e_�r�_tok�_num_t
 
	gcmd_p�g_p���e_id
 =

573 
TOKEN_NUM_INITIALIZER
(
cmd_p�g_�su�
, 
p���e_id
, 
UINT32
);

575 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p�g_p�g_�r�g
 =

576 
TOKEN_STRING_INITIALIZER
(
cmd_p�g_�su�
, 
p�g_�r�g
, "ping");

578 
cmdl�e_�r�_��_t
 
	gcmd_p�g
 = {

579 .
f
 = 
cmd_p�g_�r�d
,

580 .
	gd�a
 = 
NULL
,

581 .
	gh�p_�r
 = "Pipeline�ing",

582 .
	gtok�s
 = {

583 (*�&
cmd_p�g_p_�r�g
,

584 (*�&
cmd_p�g_p���e_id
,

585 (*�&
cmd_p�g_p�g_�r�g
,

586 
NULL
,

594 
	scmd_��s_p�t_�_�su�
 {

595 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

596 
u�t32_t
 
	mp���e_id
;

597 
cmdl�e_fixed_�r�g_t
 
	m��s_�r�g
;

598 
cmdl�e_fixed_�r�g_t
 
	mp�t_�r�g
;

599 
cmdl�e_fixed_�r�g_t
 
	m�_�r�g
;

600 
u�t32_t
 
	mp�t_�_id
;

604 
	$cmd_��s_p�t_�_�r�d
(

605 *
�r�d_�su�
,

606 
__�e_unu�d
 
cmdl�e
 *
�
,

607 *
d�a
)

609 
cmd_��s_p�t_�_�su�
 *
��ms
 = 
�r�d_�su�
;

610 
�p_��ms
 *
�p
 = 
d�a
;

611 
�e_p���e_p�t_�_��s
 
��s
;

612 
��us
;

614 
��us
 = 
	`�p_p���e_��s_p�t_�
(
�p
,

615 
��ms
->
p���e_id
,

616 
��ms
->
p�t_�_id
,

617 &
��s
);

619 i�(
��us
 != 0) {

620 
	`��tf
("Command failed\n");

625 
	`��tf
("P����%" 
PRIu32
 " - stats for input�ort %" PRIu32 ":\n"

626 "\tPkt��: %" 
PRIu64
 "\n"

627 "\tPkt�drݳd by AH: %" 
PRIu64
 "\n"

628 "\tPkt�drݳd by oth�: %" 
PRIu64
 "\n",

629 
��ms
->
p���e_id
,

630 
��ms
->
p�t_�_id
,

631 
��s
.��s.
n_pkts_�
,

632 
��s
.
n_pkts_drݳd_by_ah
,

633 
��s
.��s.
n_pkts_dr�
);

634 
	}
}

636 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_p�t_�_p_�r�g
 =

637 
TOKEN_STRING_INITIALIZER
(
cmd_��s_p�t_�_�su�
, 
p_�r�g
,

640 
cmdl�e_�r�_tok�_num_t
 
	gcmd_��s_p�t_�_p���e_id
 =

641 
TOKEN_NUM_INITIALIZER
(
cmd_��s_p�t_�_�su�
, 
p���e_id
,

642 
UINT32
);

644 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_p�t_�_��s_�r�g
 =

645 
TOKEN_STRING_INITIALIZER
(
cmd_��s_p�t_�_�su�
, 
��s_�r�g
,

648 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_p�t_�_p�t_�r�g
 =

649 
TOKEN_STRING_INITIALIZER
(
cmd_��s_p�t_�_�su�
, 
p�t_�r�g
,

652 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_p�t_�_�_�r�g
 =

653 
TOKEN_STRING_INITIALIZER
(
cmd_��s_p�t_�_�su�
, 
�_�r�g
,

656 
cmdl�e_�r�_tok�_num_t
 
	gcmd_��s_p�t_�_p�t_�_id
 =

657 
TOKEN_NUM_INITIALIZER
(
cmd_��s_p�t_�_�su�
, 
p�t_�_id
,

658 
UINT32
);

660 
cmdl�e_�r�_��_t
 
	gcmd_��s_p�t_�
 = {

661 .
f
 = 
cmd_��s_p�t_�_�r�d
,

662 .
	gd�a
 = 
NULL
,

663 .
	gh�p_�r
 = "Pipeline input�ort stats",

664 .
	gtok�s
 = {

665 (*�&
cmd_��s_p�t_�_p_�r�g
,

666 (*�&
cmd_��s_p�t_�_p���e_id
,

667 (*�&
cmd_��s_p�t_�_��s_�r�g
,

668 (*�&
cmd_��s_p�t_�_p�t_�r�g
,

669 (*�&
cmd_��s_p�t_�_�_�r�g
,

670 (*�&
cmd_��s_p�t_�_p�t_�_id
,

671 
NULL
,

679 
	scmd_��s_p�t_out_�su�
 {

680 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

681 
u�t32_t
 
	mp���e_id
;

682 
cmdl�e_fixed_�r�g_t
 
	m��s_�r�g
;

683 
cmdl�e_fixed_�r�g_t
 
	mp�t_�r�g
;

684 
cmdl�e_fixed_�r�g_t
 
	mout_�r�g
;

685 
u�t32_t
 
	mp�t_out_id
;

689 
	$cmd_��s_p�t_out_�r�d
(

690 *
�r�d_�su�
,

691 
__�e_unu�d
 
cmdl�e
 *
�
,

692 *
d�a
)

695 
cmd_��s_p�t_out_�su�
 *
��ms
 = 
�r�d_�su�
;

696 
�p_��ms
 *
�p
 = 
d�a
;

697 
�e_p���e_p�t_out_��s
 
��s
;

698 
��us
;

700 
��us
 = 
	`�p_p���e_��s_p�t_out
(
�p
,

701 
��ms
->
p���e_id
,

702 
��ms
->
p�t_out_id
,

703 &
��s
);

705 i�(
��us
 != 0) {

706 
	`��tf
("Command failed\n");

711 
	`��tf
("P����%" 
PRIu32
 " - stats for output�ort %" PRIu32 ":\n"

712 "\tPkt��: %" 
PRIu64
 "\n"

713 "\tPkt�drݳd by AH: %" 
PRIu64
 "\n"

714 "\tPkt�drݳd by oth�: %" 
PRIu64
 "\n",

715 
��ms
->
p���e_id
,

716 
��ms
->
p�t_out_id
,

717 
��s
.��s.
n_pkts_�
,

718 
��s
.
n_pkts_drݳd_by_ah
,

719 
��s
.��s.
n_pkts_dr�
);

720 
	}
}

722 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_p�t_out_p_�r�g
 =

723 
TOKEN_STRING_INITIALIZER
(
cmd_��s_p�t_out_�su�
, 
p_�r�g
,

726 
cmdl�e_�r�_tok�_num_t
 
	gcmd_��s_p�t_out_p���e_id
 =

727 
TOKEN_NUM_INITIALIZER
(
cmd_��s_p�t_out_�su�
, 
p���e_id
,

728 
UINT32
);

730 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_p�t_out_��s_�r�g
 =

731 
TOKEN_STRING_INITIALIZER
(
cmd_��s_p�t_out_�su�
, 
��s_�r�g
,

734 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_p�t_out_p�t_�r�g
 =

735 
TOKEN_STRING_INITIALIZER
(
cmd_��s_p�t_out_�su�
, 
p�t_�r�g
,

738 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_p�t_out_out_�r�g
 =

739 
TOKEN_STRING_INITIALIZER
(
cmd_��s_p�t_out_�su�
, 
out_�r�g
,

742 
cmdl�e_�r�_tok�_num_t
 
	gcmd_��s_p�t_out_p�t_out_id
 =

743 
TOKEN_NUM_INITIALIZER
(
cmd_��s_p�t_out_�su�
, 
p�t_out_id
,

744 
UINT32
);

746 
cmdl�e_�r�_��_t
 
	gcmd_��s_p�t_out
 = {

747 .
f
 = 
cmd_��s_p�t_out_�r�d
,

748 .
	gd�a
 = 
NULL
,

749 .
	gh�p_�r
 = "Pipeline output�ort stats",

750 .
	gtok�s
 = {

751 (*�&
cmd_��s_p�t_out_p_�r�g
,

752 (*�&
cmd_��s_p�t_out_p���e_id
,

753 (*�&
cmd_��s_p�t_out_��s_�r�g
,

754 (*�&
cmd_��s_p�t_out_p�t_�r�g
,

755 (*�&
cmd_��s_p�t_out_out_�r�g
,

756 (*�&
cmd_��s_p�t_out_p�t_out_id
,

757 
NULL
,

765 
	scmd_��s_�b�_�su�
 {

766 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

767 
u�t32_t
 
	mp���e_id
;

768 
cmdl�e_fixed_�r�g_t
 
	m��s_�r�g
;

769 
cmdl�e_fixed_�r�g_t
 
	m�b�_�r�g
;

770 
u�t32_t
 
	m�b�_id
;

774 
	$cmd_��s_�b�_�r�d
(

775 *
�r�d_�su�
,

776 
__�e_unu�d
 
cmdl�e
 *
�
,

777 *
d�a
)

779 
cmd_��s_�b�_�su�
 *
��ms
 = 
�r�d_�su�
;

780 
�p_��ms
 *
�p
 = 
d�a
;

781 
�e_p���e_�b�_��s
 
��s
;

782 
��us
;

784 
��us
 = 
	`�p_p���e_��s_�b�
(
�p
,

785 
��ms
->
p���e_id
,

786 
��ms
->
�b�_id
,

787 &
��s
);

789 i�(
��us
 != 0) {

790 
	`��tf
("Command failed\n");

795 
	`��tf
("P����%" 
PRIu32
 " - stats for�able %" PRIu32 ":\n"

796 "\tPkt��: %" 
PRIu64
 "\n"

797 "\tPkt�� w�h�ooku�miss: %" 
PRIu64
 "\n"

798 "\tPkt�� w�h�ooku�h� drݳd by AH: %" 
PRIu64
 "\n"

799 "\tPkt�� w�h�ooku�h� drݳd by oth�s: %" 
PRIu64
 "\n"

800 "\tPkt�� w�h�ooku�mis�drݳd by AH: %" 
PRIu64
 "\n"

801 "\tPkt�� w�h�ooku�mis�drݳd by oth�s: %" 
PRIu64
 "\n",

802 
��ms
->
p���e_id
,

803 
��ms
->
�b�_id
,

804 
��s
.��s.
n_pkts_�
,

805 
��s
.��s.
n_pkts_lookup_miss
,

806 
��s
.
n_pkts_drݳd_by_lkp_h�_ah
,

807 
��s
.
n_pkts_drݳd_lkp_h�
,

808 
��s
.
n_pkts_drݳd_by_lkp_miss_ah
,

809 
��s
.
n_pkts_drݳd_lkp_miss
);

810 
	}
}

812 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_�b�_p_�r�g
 =

813 
TOKEN_STRING_INITIALIZER
(
cmd_��s_�b�_�su�
, 
p_�r�g
,

816 
cmdl�e_�r�_tok�_num_t
 
	gcmd_��s_�b�_p���e_id
 =

817 
TOKEN_NUM_INITIALIZER
(
cmd_��s_�b�_�su�
, 
p���e_id
,

818 
UINT32
);

820 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_�b�_��s_�r�g
 =

821 
TOKEN_STRING_INITIALIZER
(
cmd_��s_�b�_�su�
, 
��s_�r�g
,

824 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_��s_�b�_�b�_�r�g
 =

825 
TOKEN_STRING_INITIALIZER
(
cmd_��s_�b�_�su�
, 
�b�_�r�g
,

828 
cmdl�e_�r�_tok�_num_t
 
	gcmd_��s_�b�_�b�_id
 =

829 
TOKEN_NUM_INITIALIZER
(
cmd_��s_�b�_�su�
, 
�b�_id
, 
UINT32
);

831 
cmdl�e_�r�_��_t
 
	gcmd_��s_�b�
 = {

832 .
f
 = 
cmd_��s_�b�_�r�d
,

833 .
	gd�a
 = 
NULL
,

834 .
	gh�p_�r
 = "Pipeline�able stats",

835 .
	gtok�s
 = {

836 (*�&
cmd_��s_�b�_p_�r�g
,

837 (*�&
cmd_��s_�b�_p���e_id
,

838 (*�&
cmd_��s_�b�_��s_�r�g
,

839 (*�&
cmd_��s_�b�_�b�_�r�g
,

840 (*�&
cmd_��s_�b�_�b�_id
,

841 
NULL
,

849 
	scmd_p�t_�_�ab�_�su�
 {

850 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

851 
u�t32_t
 
	mp���e_id
;

852 
cmdl�e_fixed_�r�g_t
 
	mp�t_�r�g
;

853 
cmdl�e_fixed_�r�g_t
 
	m�_�r�g
;

854 
u�t32_t
 
	mp�t_�_id
;

855 
cmdl�e_fixed_�r�g_t
 
	m�ab�_�r�g
;

859 
	$cmd_p�t_�_�ab�_�r�d
(

860 *
�r�d_�su�
,

861 
__�e_unu�d
 
cmdl�e
 *
�
,

862 *
d�a
)

864 
cmd_p�t_�_�ab�_�su�
 *
��ms
 = 
�r�d_�su�
;

865 
�p_��ms
 *
�p
 = 
d�a
;

866 
��us
;

868 
��us
 = 
	`�p_p���e_p�t_�_�ab�
(
�p
,

869 
��ms
->
p���e_id
,

870 
��ms
->
p�t_�_id
);

872 i�(
��us
 != 0)

873 
	`��tf
("Command failed\n");

874 
	}
}

876 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p�t_�_�ab�_p_�r�g
 =

877 
TOKEN_STRING_INITIALIZER
(
cmd_p�t_�_�ab�_�su�
, 
p_�r�g
,

880 
cmdl�e_�r�_tok�_num_t
 
	gcmd_p�t_�_�ab�_p���e_id
 =

881 
TOKEN_NUM_INITIALIZER
(
cmd_p�t_�_�ab�_�su�
, 
p���e_id
,

882 
UINT32
);

884 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p�t_�_�ab�_p�t_�r�g
 =

885 
TOKEN_STRING_INITIALIZER
(
cmd_p�t_�_�ab�_�su�
, 
p�t_�r�g
,

888 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p�t_�_�ab�_�_�r�g
 =

889 
TOKEN_STRING_INITIALIZER
(
cmd_p�t_�_�ab�_�su�
, 
�_�r�g
,

892 
cmdl�e_�r�_tok�_num_t
 
	gcmd_p�t_�_�ab�_p�t_�_id
 =

893 
TOKEN_NUM_INITIALIZER
(
cmd_p�t_�_�ab�_�su�
, 
p�t_�_id
,

894 
UINT32
);

896 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p�t_�_�ab�_�ab�_�r�g
 =

897 
TOKEN_STRING_INITIALIZER
(
cmd_p�t_�_�ab�_�su�
,

898 
�ab�_�r�g
, "enable");

900 
cmdl�e_�r�_��_t
 
	gcmd_p�t_�_�ab�
 = {

901 .
f
 = 
cmd_p�t_�_�ab�_�r�d
,

902 .
	gd�a
 = 
NULL
,

903 .
	gh�p_�r
 = "Pipeline input�ort�nable",

904 .
	gtok�s
 = {

905 (*�&
cmd_p�t_�_�ab�_p_�r�g
,

906 (*�&
cmd_p�t_�_�ab�_p���e_id
,

907 (*�&
cmd_p�t_�_�ab�_p�t_�r�g
,

908 (*�&
cmd_p�t_�_�ab�_�_�r�g
,

909 (*�&
cmd_p�t_�_�ab�_p�t_�_id
,

910 (*�&
cmd_p�t_�_�ab�_�ab�_�r�g
,

911 
NULL
,

919 
	scmd_p�t_�_di�b�_�su�
 {

920 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

921 
u�t32_t
 
	mp���e_id
;

922 
cmdl�e_fixed_�r�g_t
 
	mp�t_�r�g
;

923 
cmdl�e_fixed_�r�g_t
 
	m�_�r�g
;

924 
u�t32_t
 
	mp�t_�_id
;

925 
cmdl�e_fixed_�r�g_t
 
	mdi�b�_�r�g
;

929 
	$cmd_p�t_�_di�b�_�r�d
(

930 *
�r�d_�su�
,

931 
__�e_unu�d
 
cmdl�e
 *
�
,

932 *
d�a
)

934 
cmd_p�t_�_di�b�_�su�
 *
��ms
 = 
�r�d_�su�
;

935 
�p_��ms
 *
�p
 = 
d�a
;

936 
��us
;

938 
��us
 = 
	`�p_p���e_p�t_�_di�b�
(
�p
,

939 
��ms
->
p���e_id
,

940 
��ms
->
p�t_�_id
);

942 i�(
��us
 != 0)

943 
	`��tf
("Command failed\n");

944 
	}
}

946 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p�t_�_di�b�_p_�r�g
 =

947 
TOKEN_STRING_INITIALIZER
(
cmd_p�t_�_di�b�_�su�
, 
p_�r�g
,

950 
cmdl�e_�r�_tok�_num_t
 
	gcmd_p�t_�_di�b�_p���e_id
 =

951 
TOKEN_NUM_INITIALIZER
(
cmd_p�t_�_di�b�_�su�
, 
p���e_id
,

952 
UINT32
);

954 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p�t_�_di�b�_p�t_�r�g
 =

955 
TOKEN_STRING_INITIALIZER
(
cmd_p�t_�_di�b�_�su�
, 
p�t_�r�g
,

958 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p�t_�_di�b�_�_�r�g
 =

959 
TOKEN_STRING_INITIALIZER
(
cmd_p�t_�_di�b�_�su�
, 
�_�r�g
,

962 
cmdl�e_�r�_tok�_num_t
 
	gcmd_p�t_�_di�b�_p�t_�_id
 =

963 
TOKEN_NUM_INITIALIZER
(
cmd_p�t_�_di�b�_�su�
, 
p�t_�_id
,

964 
UINT32
);

966 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p�t_�_di�b�_di�b�_�r�g
 =

967 
TOKEN_STRING_INITIALIZER
(
cmd_p�t_�_di�b�_�su�
,

968 
di�b�_�r�g
, "disable");

970 
cmdl�e_�r�_��_t
 
	gcmd_p�t_�_di�b�
 = {

971 .
f
 = 
cmd_p�t_�_di�b�_�r�d
,

972 .
	gd�a
 = 
NULL
,

973 .
	gh�p_�r
 = "Pipeline input�ort disable",

974 .
	gtok�s
 = {

975 (*�&
cmd_p�t_�_di�b�_p_�r�g
,

976 (*�&
cmd_p�t_�_di�b�_p���e_id
,

977 (*�&
cmd_p�t_�_di�b�_p�t_�r�g
,

978 (*�&
cmd_p�t_�_di�b�_�_�r�g
,

979 (*�&
cmd_p�t_�_di�b�_p�t_�_id
,

980 (*�&
cmd_p�t_�_di�b�_di�b�_�r�g
,

981 
NULL
,

990 
	$��t_l�k_�fo
(
�p_l�k_��ms
 *
p
)

992 
�e_�h_��s
 
��s
;

993 
�h�_addr
 *
mac_addr
;

994 
u�t32_t
 
�tmask
 = (~0U�<< (32 - 
p
->
d�th
);

995 
u�t32_t
 
ho�
 = 
p
->
�
 & 
�tmask
;

996 
u�t32_t
 
b��
 = 
ho�
 | (~
�tmask
);

998 
	`mem�t
(&
��s
, 0, (stats));

999 
	`�e_�h_��s_g�
(
p
->
pmd_id
, &
��s
);

1001 
mac_addr
 = (
�h�_addr
 *�&
p
->mac_addr;

1003 i�(
	`���
(
p
->
pci_bdf
))

1004 
	`��tf
("%s(%s): flags=<%s>\n",

1005 
p
->
�me
,

1006 
p
->
pci_bdf
,

1007 (
p
->
��e
) ? "UP" : "DOWN");

1009 
	`��tf
("%s: flags=<%s>\n",

1010 
p
->
�me
,

1011 (
p
->
��e
) ? "UP" : "DOWN");

1013 i�(
p
->
�
)

1014 
	`��tf
("\t�� %" 
PRIu32
 ".%" PRIu32

1015 ".%" 
PRIu32
 ".%" PRIu32

1016 "��mask %" 
PRIu32
 ".%" PRIu32

1017 ".%" 
PRIu32
 ".%" PRIu32 " "

1018 "br�d�� %" 
PRIu32
 ".%" PRIu32

1019 ".%" 
PRIu32
 ".%" PRIu32 "\n",

1020 (
p
->
�
 >> 24) & 0xFF,

1021 (
p
->
�
 >> 16) & 0xFF,

1022 (
p
->
�
 >> 8) & 0xFF,

1023 
p
->
�
 & 0xFF,

1024 (
�tmask
 >> 24) & 0xFF,

1025 (
�tmask
 >> 16) & 0xFF,

1026 (
�tmask
 >> 8) & 0xFF,

1027 
�tmask
 & 0xFF,

1028 (
b��
 >> 24) & 0xFF,

1029 (
b��
 >> 16) & 0xFF,

1030 (
b��
 >> 8) & 0xFF,

1031 
b��
 & 0xFF);

1033 
	`��tf
("\�th� %02" 
PRIx32
 ":%02" PRIx32 ":%02" PRIx32

1034 ":%02" 
PRIx32
 ":%02" PRIx32 ":%02" PRIx32 "\n",

1035 
mac_addr
->
addr_by�s
[0],

1036 
mac_addr
->
addr_by�s
[1],

1037 
mac_addr
->
addr_by�s
[2],

1038 
mac_addr
->
addr_by�s
[3],

1039 
mac_addr
->
addr_by�s
[4],

1040 
mac_addr
->
addr_by�s
[5]);

1042 
	`��tf
("\tRX�ack��%" 
PRIu64


1043 " by��%" 
PRIu64


1045 
��s
.
�ack�s
,

1046 
��s
.
iby�s
);

1048 
	`��tf
("\tRX��ܠ%" 
PRIu64


1049 " mis�d %" 
PRIu64


1050 "�o-mbu�%" 
PRIu64


1052 
��s
.
���s
,

1053 
��s
.
imis�d
,

1054 
��s
.
rx_nombuf
);

1056 
	`��tf
("\tTX�ack��%" 
PRIu64


1057 " by��%" 
PRIu64
 "\n",

1058 
��s
.
�ack�s
,

1059 
��s
.
oby�s
);

1061 
	`��tf
("\tTX��ܠ%" 
PRIu64


1063 
��s
.
ۼ�s
);

1065 
	`��tf
("\n");

1066 
	}
}

1068 
	scmd_l�k_c�fig_�su�
 {

1069 
cmdl�e_fixed_�r�g_t
 
	ml�k_�r�g
;

1070 
u�t32_t
 
	ml�k_id
;

1071 
cmdl�e_fixed_�r�g_t
 
	mc�fig_�r�g
;

1072 
cmdl�e_�addr_t
 
	m�
;

1073 
u�t32_t
 
	md�th
;

1077 
cmd_l�k_c�fig_�r�d
(

1078 *
�r�d_�su�
,

1079 
__��ibu�__
((
unu�d
)�
cmdl�e
 *
�
,

1080 *
d�a
)

1082 
cmd_l�k_c�fig_�su�
 *
	g��ms
 = 
�r�d_�su�
;

1083 
�p_��ms
 *
	g�p
 = 
d�a
;

1084 
	g��us
;

1086 
u�t32_t
 
	gl�k_id
 = 
��ms
->
l�k_id
;

1087 
u�t32_t
 
	g�
;

1088 
u�t8_t
 
	g�v6
[16];

1089 i�(
	g��ms
->
	g�
.
	g�m�y
 =�
AF_INET
)

1090 
�
 = 
�e_bsw�32
((
u�t32_t
�
��ms
->�.
addr
.
�v4
.
s_addr
);

1092 
mem�y
(
�v6
, 
��ms
->
�
.
addr
.�v6.
s6_addr
, 16);

1094 
u�t32_t
 
	gd�th
 = 
��ms
->
d�th
;

1096 i�(
	g��ms
->
	g�
.
	g�m�y
 =�
AF_INET
)

1097 
��us
 = 
�p_l�k_c�fig
(
�p
, 
l�k_id
, 
�
, 
d�th
);

1099 
	g��us
 = 
�p_l�k_c�fig_�v6
(
�p
, 
l�k_id
, 
�v6
, 
d�th
);

1101 i�(
	g��us
)

1102 
��tf
("Command failed\n");

1104 
�p_l�k_��ms
 *
	gp
;

1106 
APP_PARAM_FIND_BY_ID
(
�p
->
l�k_��ms
, "LINK", 
l�k_id
, 
p
);

1107 i�(
	gp
)

1108 
��t_l�k_�fo
(
p
);

1112 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_l�k_c�fig_l�k_�r�g
 =

1113 
TOKEN_STRING_INITIALIZER
(
cmd_l�k_c�fig_�su�
, 
l�k_�r�g
,

1116 
cmdl�e_�r�_tok�_num_t
 
	gcmd_l�k_c�fig_l�k_id
 =

1117 
TOKEN_NUM_INITIALIZER
(
cmd_l�k_c�fig_�su�
, 
l�k_id
, 
UINT32
);

1119 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_l�k_c�fig_c�fig_�r�g
 =

1120 
TOKEN_STRING_INITIALIZER
(
cmd_l�k_c�fig_�su�
, 
c�fig_�r�g
,

1123 
cmdl�e_�r�_tok�_�addr_t
 
	gcmd_l�k_c�fig_�
 =

1124 
TOKEN_IPADDR_INITIALIZER
(
cmd_l�k_c�fig_�su�
, 
�
);

1126 
cmdl�e_�r�_tok�_num_t
 
	gcmd_l�k_c�fig_d�th
 =

1127 
TOKEN_NUM_INITIALIZER
(
cmd_l�k_c�fig_�su�
, 
d�th
, 
UINT32
);

1129 
cmdl�e_�r�_��_t
 
	gcmd_l�k_c�fig
 = {

1130 .
f
 = 
cmd_l�k_c�fig_�r�d
,

1131 .
	gd�a
 = 
NULL
,

1132 .
	gh�p_�r
 = "Link configuration",

1133 .
	gtok�s
 = {

1134 (*)&
cmd_l�k_c�fig_l�k_�r�g
,

1135 (*)&
cmd_l�k_c�fig_l�k_id
,

1136 (*)&
cmd_l�k_c�fig_c�fig_�r�g
,

1137 (*)&
cmd_l�k_c�fig_�
,

1138 (*)&
cmd_l�k_c�fig_d�th
,

1139 
NULL
,

1147 
	scmd_l�k_up_�su�
 {

1148 
cmdl�e_fixed_�r�g_t
 
	ml�k_�r�g
;

1149 
u�t32_t
 
	ml�k_id
;

1150 
cmdl�e_fixed_�r�g_t
 
	mup_�r�g
;

1154 
cmd_l�k_up_�r�d
(

1155 *
�r�d_�su�
,

1156 
__��ibu�__
((
unu�d
)�
cmdl�e
 *
�
,

1157 *
d�a
)

1159 
cmd_l�k_up_�su�
 *
	g��ms
 = 
�r�d_�su�
;

1160 
�p_��ms
 *
	g�p
 = 
d�a
;

1161 
	g��us
;

1163 
	g��us
 = 
�p_l�k_up
(
�p
, 
��ms
->
l�k_id
);

1164 i�(
	g��us
 != 0)

1165 
��tf
("Command failed\n");

1167 
�p_l�k_��ms
 *
	gp
;

1169 
APP_PARAM_FIND_BY_ID
(
�p
->
l�k_��ms
, "LINK", 
��ms
->
l�k_id
,

1170 
p
);

1171 i�(
	gp
)

1172 
��t_l�k_�fo
(
p
);

1176 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_l�k_up_l�k_�r�g
 =

1177 
TOKEN_STRING_INITIALIZER
(
cmd_l�k_up_�su�
, 
l�k_�r�g
,

1180 
cmdl�e_�r�_tok�_num_t
 
	gcmd_l�k_up_l�k_id
 =

1181 
TOKEN_NUM_INITIALIZER
(
cmd_l�k_up_�su�
, 
l�k_id
, 
UINT32
);

1183 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_l�k_up_up_�r�g
 =

1184 
TOKEN_STRING_INITIALIZER
(
cmd_l�k_up_�su�
, 
up_�r�g
, "up");

1186 
cmdl�e_�r�_��_t
 
	gcmd_l�k_up
 = {

1187 .
f
 = 
cmd_l�k_up_�r�d
,

1188 .
	gd�a
 = 
NULL
,

1189 .
	gh�p_�r
 = "Link UP",

1190 .
	gtok�s
 = {

1191 (*)&
cmd_l�k_up_l�k_�r�g
,

1192 (*)&
cmd_l�k_up_l�k_id
,

1193 (*)&
cmd_l�k_up_up_�r�g
,

1194 
NULL
,

1202 
	scmd_l�k_down_�su�
 {

1203 
cmdl�e_fixed_�r�g_t
 
	ml�k_�r�g
;

1204 
u�t32_t
 
	ml�k_id
;

1205 
cmdl�e_fixed_�r�g_t
 
	mdown_�r�g
;

1209 
cmd_l�k_down_�r�d
(

1210 *
�r�d_�su�
,

1211 
__��ibu�__
((
unu�d
)�
cmdl�e
 *
�
,

1212 *
d�a
)

1214 
cmd_l�k_down_�su�
 *
	g��ms
 = 
�r�d_�su�
;

1215 
�p_��ms
 *
	g�p
 = 
d�a
;

1216 
	g��us
;

1218 
	g��us
 = 
�p_l�k_down
(
�p
, 
��ms
->
l�k_id
);

1219 i�(
	g��us
 != 0)

1220 
��tf
("Command failed\n");

1222 
�p_l�k_��ms
 *
	gp
;

1224 
APP_PARAM_FIND_BY_ID
(
�p
->
l�k_��ms
, "LINK", 
��ms
->
l�k_id
,

1225 
p
);

1226 i�(
	gp
)

1227 
��t_l�k_�fo
(
p
);

1231 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_l�k_down_l�k_�r�g
 =

1232 
TOKEN_STRING_INITIALIZER
(
cmd_l�k_down_�su�
, 
l�k_�r�g
,

1235 
cmdl�e_�r�_tok�_num_t
 
	gcmd_l�k_down_l�k_id
 =

1236 
TOKEN_NUM_INITIALIZER
(
cmd_l�k_down_�su�
, 
l�k_id
, 
UINT32
);

1238 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_l�k_down_down_�r�g
 =

1239 
TOKEN_STRING_INITIALIZER
(
cmd_l�k_down_�su�
, 
down_�r�g
,

1242 
cmdl�e_�r�_��_t
 
	gcmd_l�k_down
 = {

1243 .
f
 = 
cmd_l�k_down_�r�d
,

1244 .
	gd�a
 = 
NULL
,

1245 .
	gh�p_�r
 = "Link DOWN",

1246 .
	gtok�s
 = {

1247 (*�&
cmd_l�k_down_l�k_�r�g
,

1248 (*�&
cmd_l�k_down_l�k_id
,

1249 (*�&
cmd_l�k_down_down_�r�g
,

1250 
NULL
,

1258 
	scmd_l�k_ls_�su�
 {

1259 
cmdl�e_fixed_�r�g_t
 
	ml�k_�r�g
;

1260 
cmdl�e_fixed_�r�g_t
 
	mls_�r�g
;

1264 
cmd_l�k_ls_�r�d
(

1265 
__��ibu�__
((
unu�d
)�*
�r�d_�su�
,

1266 
__��ibu�__
((
unu�d
)�
cmdl�e
 *
�
,

1267 *
d�a
)

1269 
�p_��ms
 *
	g�p
 = 
d�a
;

1270 
u�t32_t
 
	gl�k_id
;

1272 
	gl�k_id
 = 0;��k_id < 
	g�p
->
	gn_l�ks
;�ink_id++) {

1273 
�p_l�k_��ms
 *
	gp
;

1275 
APP_PARAM_FIND_BY_ID
(
�p
->
l�k_��ms
, "LINK", 
l�k_id
, 
p
);

1276 i�(
	gp
)

1277 
��t_l�k_�fo
(
p
);

1279 #i�de�
VNF_ACL


1280 
��t_��r��_d�a�s
();

1284 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_l�k_ls_l�k_�r�g
 =

1285 
TOKEN_STRING_INITIALIZER
(
cmd_l�k_ls_�su�
, 
l�k_�r�g
,

1288 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_l�k_ls_ls_�r�g
 =

1289 
TOKEN_STRING_INITIALIZER
(
cmd_l�k_ls_�su�
, 
ls_�r�g
, "ls");

1291 
cmdl�e_�r�_��_t
 
	gcmd_l�k_ls
 = {

1292 .
f
 = 
cmd_l�k_ls_�r�d
,

1293 .
	gd�a
 = 
NULL
,

1294 .
	gh�p_�r
 = "Link�ist",

1295 .
	gtok�s
 = {

1296 (*)&
cmd_l�k_ls_l�k_�r�g
,

1297 (*)&
cmd_l�k_ls_ls_�r�g
,

1298 
NULL
,

1306 
	scmd_qu�_�su�
 {

1307 
cmdl�e_fixed_�r�g_t
 
	mqu�
;

1311 
	$cmd_qu�_�r�d
(

1312 
__�e_unu�d
 *
�r�d_�su�
,

1313 
cmdl�e
 *
�
,

1314 
__�e_unu�d
 *
d�a
)

1316 
	`cmdl�e_qu�
(
�
);

1317 
	}
}

1319 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_qu�_qu�
 =

1320 
TOKEN_STRING_INITIALIZER
(
cmd_qu�_�su�
, 
qu�
, "quit");

1322 
cmdl�e_�r�_��_t
 
	gcmd_qu�
 = {

1323 .
f
 = 
cmd_qu�_�r�d
,

1324 .
	gd�a
 = 
NULL
,

1325 .
	gh�p_�r
 = "Quit",

1326 .
	gtok�s
 = {

1327 (*�&
cmd_qu�_qu�
,

1328 
NULL
,

1337 
	$�p_run_f�e
(

1338 
cmdl�e_�r�_�x_t
 *
�x
,

1339 cڡ *
f�e_�me
)

1341 
cmdl�e
 *
f�e_�
;

1342 
fd
;

1344 
fd
 = 
	`ݒ
(
f�e_�me
, 
O_RDONLY
);

1345 i�(
fd
 < 0) {

1346 
	`��tf
("C�n� o��f��\"%s\"\n", 
f�e_�me
);

1350 
f�e_�
 = 
	`cmdl�e_�w
(
�x
, "", 
fd
, 1);

1351 
	`cmdl�e_����
(
f�e_�
);

1352 
	`�o�
(
fd
);

1353 
	}
}

1355 
	scmd_run_f�e_�su�
 {

1356 
cmdl�e_fixed_�r�g_t
 
	mrun_�r�g
;

1357 
	mf�e_�me
[
APP_FILE_NAME_SIZE
];

1361 
cmd_run_�r�d
(

1362 *
�r�d_�su�
,

1363 
cmdl�e
 *
�
,

1364 
__��ibu�__
((
unu�d
)�*
d�a
)

1366 
cmd_run_f�e_�su�
 *
	g��ms
 = 
�r�d_�su�
;

1368 
�p_run_f�e
(
�
->
�x
, 
��ms
->
f�e_�me
);

1371 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_run_run_�r�g
 =

1372 
TOKEN_STRING_INITIALIZER
(
cmd_run_f�e_�su�
, 
run_�r�g
,

1375 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_run_f�e_�me
 =

1376 
TOKEN_STRING_INITIALIZER
(
cmd_run_f�e_�su�
, 
f�e_�me
, 
NULL
);

1378 
cmdl�e_�r�_��_t
 
	gcmd_run
 = {

1379 .
f
 = 
cmd_run_�r�d
,

1380 .
	gd�a
 = 
NULL
,

1381 .
	gh�p_�r
 = "Run CLI script file",

1382 .
	gtok�s
 = {

1383 (*�&
cmd_run_run_�r�g
,

1384 (*�&
cmd_run_f�e_�me
,

1385 
NULL
,

1389 
cmdl�e_�r�_�x_t
 
	gp���e_comm�_cmds
[] = {

1390 (
cmdl�e_�r�_��_t
 *�&
cmd_qu�
,

1391 (
cmdl�e_�r�_��_t
 *�&
cmd_run
,

1393 (
cmdl�e_�r�_��_t
 *�&
cmd_l�k_c�fig
,

1394 (
cmdl�e_�r�_��_t
 *�&
cmd_l�k_up
,

1395 (
cmdl�e_�r�_��_t
 *�&
cmd_l�k_down
,

1396 (
cmdl�e_�r�_��_t
 *�&
cmd_l�k_ls
,

1398 (
cmdl�e_�r�_��_t
 *�&
cmd_p�g
,

1399 (
cmdl�e_�r�_��_t
 *�&
cmd_��s_p�t_�
,

1400 (
cmdl�e_�r�_��_t
 *�&
cmd_��s_p�t_out
,

1401 (
cmdl�e_�r�_��_t
 *�&
cmd_��s_�b�
,

1402 (
cmdl�e_�r�_��_t
 *�&
cmd_p�t_�_�ab�
,

1403 (
cmdl�e_�r�_��_t
 *�&
cmd_p�t_�_di�b�
,

1404 
NULL
,

1408 
	$�p_p���e_comm�_cmd_push
(
�p_��ms
 *
�p
)

1410 
u�t32_t
 
n_cmds
, 
i
;

1413 
n_cmds
 = 
	`RTE_DIM
(
p���e_comm�_cmds
) - 1;

1414 i�(
n_cmds
 > 
APP_MAX_CMDS
 - 
�p
->n_cmds)

1415  -
ENOMEM
;

1418 
	`mem�y
(&
�p
->
cmds
[�p->
n_cmds
],

1419 
p���e_comm�_cmds
,

1420 
n_cmds
 * (
cmdl�e_�r�_�x_t
));

1422 
i
 = 0; i < 
n_cmds
; i++)

1423 
�p
->
cmds
[�p->
n_cmds
 + 
i
]->
d�a
 =�pp;

1425 
�p
->
n_cmds
 +=�_cmds;

1426 
�p
->
cmds
[�p->
n_cmds
] = 
NULL
;

1429 
	}
}

	@VIL/pipeline_common/pipeline_common_fe.h

17 #i�de�
__INCLUDE_PIPELINE_COMMON_FE_H__


18 

	#__INCLUDE_PIPELINE_COMMON_FE_H__


	)

20 
	~<�e_comm�.h
>

21 
	~<�e_cy�es.h
>

22 
	~<�e_m�loc.h
>

23 
	~<cmdl�e_�r�.h
>

25 
	~"p���e_comm�_be.h
"

26 
	~"p���e.h
"

27 
	~"�p.h
"

29 #i�de�
MSG_TIMEOUT_DEFAULT


30 

	#MSG_TIMEOUT_DEFAULT
 1000

	)

32 
�p_l�k_��ms
 
	gmyl�k
[
APP_MAX_LINKS
];

33 
�l�e
 
�p_p���e_d�a
 *

34 
	$�p_p���e_d�a
(
�p_��ms
 *
�p
, 
u�t32_t
 
id
)

36 
�p_p���e_��ms
 *
��ms
;

38 
	`APP_PARAM_FIND_BY_ID
(
�p
->
p���e_��ms
, "PIPELINE", 
id
, 
��ms
);

39 i�(
��ms
 =�
NULL
)

40  
NULL
;

42  &
�p
->
p���e_d�a
[
��ms
 -��->
p���e_��ms
];

43 
	}
}

45 
�l�e
 *

46 
	$�p_p���e_d�a_�
(
�p_��ms
 *
�p
, 
u�t32_t
 
id
, 
p���e_ty�
 *
�y�
)

48 
�p_p���e_d�a
 *
p���e_d�a
;

50 
p���e_d�a
 = 
	`�p_p���e_d�a
(
�p
, 
id
);

51 i�(
p���e_d�a
 =�
NULL
)

52  
NULL
;

54 i�(
	`�rcmp
(
p���e_d�a
->
�y�
->
�me
,�type->name) != 0)

55  
NULL
;

57 i�(
p���e_d�a
->
�ab�d
 == 0)

58  
NULL
;

60  
p���e_d�a
->
�
;

61 
	}
}

63 
�l�e
 
�e_r�g
 *

64 
	$�p_p���e_msgq_�_g�
(
�p_��ms
 *
�p
,

65 
u�t32_t
 
p���e_id
)

67 
�p_msgq_��ms
 *
p
;

69 
	`APP_PARAM_FIND_BY_ID
(
�p
->
msgq_��ms
,

71 
p���e_id
,

72 
p
);

73 i�(
p
 =�
NULL
)

74  
NULL
;

76  
�p
->
msgq
[
p
 -��->
msgq_��ms
];

77 
	}
}

79 
�l�e
 
�e_r�g
 *

80 
	$�p_p���e_msgq_out_g�
(
�p_��ms
 *
�p
,

81 
u�t32_t
 
p���e_id
)

83 
�p_msgq_��ms
 *
p
;

85 
	`APP_PARAM_FIND_BY_ID
(
�p
->
msgq_��ms
,

87 
p���e_id
,

88 
p
);

89 i�(
p
 =�
NULL
)

90  
NULL
;

92  
�p
->
msgq
[
p
 -��->
msgq_��ms
];

93 
	}
}

95 
�l�e
 *

96 
	$�p_msg_�loc
(
__�e_unu�d
 
�p_��ms
 *
�p
)

98  
	`�e_m�loc
(
NULL
, 2048, 
RTE_CACHE_LINE_SIZE
);

99 
	}
}

101 
�l�e
 

102 
	$�p_msg_�
(
__�e_unu�d
 
�p_��ms
 *
�p
,

103 *
msg
)

105 
	`�e_�
(
msg
);

106 
	}
}

108 
�l�e
 

109 
	$�p_msg_�nd
(
�p_��ms
 *
�p
,

110 
u�t32_t
 
p���e_id
,

111 *
msg
)

113 
�e_r�g
 *
r
 = 
	`�p_p���e_msgq_�_g�
(
�p
, 
p���e_id
);

114 
��us
;

117 
��us
 = 
	`�e_r�g_�_�queue
(
r
, 
msg
);

118 } 
��us
 =�-
ENOBUFS
);

119 
	}
}

121 
�l�e
 *

122 
	$�p_msg_�cv
(
�p_��ms
 *
�p
,

123 
u�t32_t
 
p���e_id
)

125 
�e_r�g
 *
r
 = 
	`�p_p���e_msgq_out_g�
(
�p
, 
p���e_id
);

126 *
msg
;

127 
��us
 = 
	`�e_r�g_sc_dequeue
(
r
, &
msg
);

129 i�(
��us
 != 0)

130  
NULL
;

132  
msg
;

133 
	}
}

135 
�l�e
 *

136 
	$�p_msg_�nd_�cv
(
�p_��ms
 *
�p
,

137 
u�t32_t
 
p���e_id
,

138 *
msg
,

139 
u�t32_t
 
timeout_ms
)

141 
�e_r�g
 *
r_�q
 = 
	`�p_p���e_msgq_�_g�
(
�p
, 
p���e_id
);

142 
�e_r�g
 *
r_r�
 = 
	`�p_p���e_msgq_out_g�
(
�p
, 
p���e_id
);

143 
u�t64_t
 
hz
 = 
	`�e_g�_tsc_hz
();

144 *
msg_�cv
 = 
NULL
;

145 
u�t64_t
 
d�dl�e
;

146 
��us
 = 0;

150 if(
r_�q
)

151 
��us
 = 
	`�e_r�g_�_�queue
(
r_�q
, (*�
msg
);

152 } 
��us
 =�-
ENOBUFS
);

155 
d�dl�e
 = (
timeout_ms
) ?

156 (
	`�e_rdtsc
(�+ ((
hz
 * 
timeout_ms
) / 1000)) :

157 
UINT64_MAX
;

160 i�(
	`�e_rdtsc
(�> 
d�dl�e
)

161  
NULL
;

162 i�(
r_r�
)

163 
��us
 = 
	`�e_r�g_sc_dequeue
(
r_r�
, &
msg_�cv
);

164 } 
��us
 != 0);

166  
msg_�cv
;

167 
	}
}

170 
�p_p���e_p�g
(
�p_��ms
 *
�p
,

171 
u�t32_t
 
p���e_id
);

174 
�p_p���e_��s_p�t_�
(
�p_��ms
 *
�p
,

175 
u�t32_t
 
p���e_id
,

176 
u�t32_t
 
p�t_id
,

177 
�e_p���e_p�t_�_��s
 *
��s
);

180 
�p_p���e_��s_p�t_out
(
�p_��ms
 *
�p
,

181 
u�t32_t
 
p���e_id
,

182 
u�t32_t
 
p�t_id
,

183 
�e_p���e_p�t_out_��s
 *
��s
);

186 
�p_p���e_��s_�b�
(
�p_��ms
 *
�p
,

187 
u�t32_t
 
p���e_id
,

188 
u�t32_t
 
�b�_id
,

189 
�e_p���e_�b�_��s
 *
��s
);

192 
�p_p���e_p�t_�_�ab�
(
�p_��ms
 *
�p
,

193 
u�t32_t
 
p���e_id
,

194 
u�t32_t
 
p�t_id
);

197 
�p_p���e_p�t_�_di�b�
(
�p_��ms
 *
�p
,

198 
u�t32_t
 
p���e_id
,

199 
u�t32_t
 
p�t_id
);

202 
�p_l�k_c�fig
(
�p_��ms
 *
�p
,

203 
u�t32_t
 
l�k_id
,

204 
u�t32_t
 
�
,

205 
u�t32_t
 
d�th
);

208 
�p_l�k_up
(
�p_��ms
 *
�p
,

209 
u�t32_t
 
l�k_id
);

212 
�p_l�k_down
(
�p_��ms
 *
�p
,

213 
u�t32_t
 
l�k_id
);

216 
�p_p���e_comm�_cmd_push
(
�p_��ms
 *
�p
);

219 
c�v�t_�efix�n_to_�tmask_�v6
(
u�t32_t
 
d�th
, 
u�t8_t
 
�tmask_�v6
[]);

222 
g�_ho�_p�ti�_�v6
(
u�t8_t
 
�v6
[], u�t8_�
�tmask
[], u�t8_�
ho�_�v6
[]);

225 
g�_b��_p�ti�_�v6
(
u�t8_t
 
ho�
[], u�t8_�
�tmask
[], u�t8_�
b��_�v6
[]);

228 
�p_l�k_c�fig_�v6
(
�p_��ms
 *
�p
,

229 
u�t32_t
 
l�k_id
, 
u�t8_t
 
�v6
[], u�t32_�
d�th
);

	@VIL/pipeline_loadb/pipeline_loadb.c

17 
	~<cmdl�e_�r�.h
>

18 
	~<cmdl�e_�r�_num.h
>

19 
	~<cmdl�e_�r�_�r�g.h
>

20 
	~<cmdl�e_�r�_�addr.h
>

21 
	~<cmdl�e_�r�_�h�addr.h
>

23 
	~"�p.h
"

24 
	~"p���e_comm�_�.h
"

25 
	~"p���e_l�db.h
"

26 
	~"vnf_comm�.h
"

28 
	~"p���e_�picmp_be.h
"

32 
	$�p_p���e_l�db_��y_dbg
(
�p_��ms
 *
�p
,

33 
u�t32_t
 
p���e_id
, 
u�t8_t
 *
msg
)

35 
p���e_l�db_��y_dbg_msg_�q
 *
�q
;

36 
p���e_l�db_��y_dbg_msg_r�
 *
r�
;

39 i�(
�p
 =�
NULL
)

43 
�q
 = 
	`�p_msg_�loc
(
�p
);

44 i�(
�q
 =�
NULL
)

47 
�q
->
ty�
 = 
PIPELINE_MSG_REQ_CUSTOM
;

48 
�q
->
subty�
 = 
PIPELINE_LOADB_MSG_REQ_ENTRY_DBG
;

49 
�q
->
d�a
[0] = 
msg
[0];

50 
�q
->
d�a
[1] = 
msg
[1];

52 
r�
 = 
	`�p_msg_�nd_�cv
(
�p
, 
p���e_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

53 i�(
r�
 =�
NULL
)

57 i�(
r�
->
��us
) {

58 
	`�p_msg_�
(
�p
, 
r�
);

59 
	`��tf
("E�܄�->��u�%d\n", 
r�
->
��us
);

64 
	`�p_msg_�
(
�p
, 
r�
);

67 
	}
}

73 
	scmd_��y_dbg_�su�
 {

74 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

75 
u�t32_t
 
	mp
;

76 
cmdl�e_fixed_�r�g_t
 
	m��y_�r�g
;

77 
cmdl�e_fixed_�r�g_t
 
	mdbg_�r�g
;

78 
u�t8_t
 
	mcmd
;

79 
u�t8_t
 
	md1
;

83 
	$cmd_��y_dbg_�r�d
(*
�r�d_�su�
,

84 
__�e_unu�d
 
cmdl�e
 *
�
, *
d�a
)

86 
cmd_��y_dbg_�su�
 *
��ms
 = 
�r�d_�su�
;

87 
�p_��ms
 *
�p
 = 
d�a
;

88 
u�t8_t
 
msg
[2];

89 
��us
;

91 
msg
[0] = 
��ms
->
cmd
;

92 
msg
[1] = 
��ms
->
d1
;

93 
��us
 = 
	`�p_p���e_l�db_��y_dbg
(
�p
, 
��ms
->
p
, 
msg
);

95 i�(
��us
 != 0) {

96 
	`��tf
("Dbg Command failed\n");

99 
	}
}

101 
cmdl�e_�r�_tok�_�r�g_t
 
	glb_cmd_��y_dbg_p_�r�g
 =

102 
TOKEN_STRING_INITIALIZER
(
cmd_��y_dbg_�su�
, 
p_�r�g
, "p");

104 
cmdl�e_�r�_tok�_num_t
 
	glb_cmd_��y_dbg_p
 =

105 
TOKEN_NUM_INITIALIZER
(
cmd_��y_dbg_�su�
, 
p
, 
UINT32
);

107 
cmdl�e_�r�_tok�_�r�g_t
 
	glb_cmd_��y_dbg_��y_�r�g
 =

108 
TOKEN_STRING_INITIALIZER
(
cmd_��y_dbg_�su�
,

109 
��y_�r�g
, "lbentry");

111 
cmdl�e_�r�_tok�_�r�g_t
 
	glb_cmd_��y_dbg_dbg_�r�g
 =

112 
TOKEN_STRING_INITIALIZER
(
cmd_��y_dbg_�su�
, 
dbg_�r�g
,

115 
cmdl�e_�r�_tok�_num_t
 
	glb_cmd_��y_dbg_cmd
 =

116 
TOKEN_NUM_INITIALIZER
(
cmd_��y_dbg_�su�
, 
cmd
, 
UINT8
);

118 
cmdl�e_�r�_tok�_num_t
 
	glb_cmd_��y_dbg_d1
 =

119 
TOKEN_NUM_INITIALIZER
(
cmd_��y_dbg_�su�
, 
d1
, 
UINT8
);

121 
cmdl�e_�r�_��_t
 
	glb_cmd_��y_dbg
 = {

122 .
f
 = 
cmd_��y_dbg_�r�d
,

123 .
	gd�a
 = 
NULL
,

124 .
	gh�p_�r
 = "LOADB dbg cmd",

125 .
	gtok�s
 = {

126 (*)&
lb_cmd_��y_dbg_p_�r�g
,

127 (*)&
lb_cmd_��y_dbg_p
,

128 (*)&
lb_cmd_��y_dbg_��y_�r�g
,

129 (*)&
lb_cmd_��y_dbg_dbg_�r�g
,

130 (*)&
lb_cmd_��y_dbg_cmd
,

131 (*)&
lb_cmd_��y_dbg_d1
,

132 
NULL
,

162 
	scmd_�p_add_�su�
 {

163 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

164 
u�t32_t
 
	mp
;

165 
cmdl�e_fixed_�r�g_t
 
	m��dd_�r�g
;

166 
u�t32_t
 
	mp�t_id
;

167 
cmdl�e_�addr_t
 
	m�
;

168 
�h�_addr
 
	mma�ddr
;

173 
	$cmd_�p_add_�r�d
(*
�r�d_�su�
,

174 
__�e_unu�d
 
cmdl�e
 *
�
, __�e_unu�d *
d�a
)

176 
cmd_�p_add_�su�
 *
��ms
 = 
�r�d_�su�
;

177 
u�t8_t
 
�v6
[16];

186 i�(
��ms
->
�
.
�m�y
 =�
AF_INET
) {

187 
	`p�uϋ_�p_��y
(&
��ms
->
ma�ddr
,

188 
	`�e_�u_to_be_32
(
��ms
->
�
.
addr
.

189 
�v4
.
s_addr
),

190 
��ms
->
p�t_id
, 
STATIC_ARP
);

192 
	`mem�y
(
�v6
, 
��ms
->
�
.
addr
.�v6.
s6_addr
, 16);

193 
	`p�uϋ_nd_��y
(&
��ms
->
ma�ddr
, 
�v6
,��ams->
p�t_id
, 
STATIC_ND
);

195 
	}
}

197 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_add_p_�r�g
 =

198 
TOKEN_STRING_INITIALIZER
(
cmd_�p_add_�su�
, 
p_�r�g
,

201 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_add_p
 =

202 
TOKEN_NUM_INITIALIZER
(
cmd_�p_add_�su�
, 
p
, 
UINT32
);

204 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_add_�p_�r�g
 =

205 
TOKEN_STRING_INITIALIZER
(
cmd_�p_add_�su�
, 
��dd_�r�g
, "arpadd");

207 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_add_p�t_id
 =

208 
TOKEN_NUM_INITIALIZER
(
cmd_�p_add_�su�
, 
p�t_id
, 
UINT32
);

210 
cmdl�e_�r�_tok�_�addr_t
 
	gcmd_�p_add_�
 =

211 
TOKEN_IPADDR_INITIALIZER
(
cmd_�p_add_�su�
, 
�
);

213 
cmdl�e_�r�_tok�_�h�addr_t
 
	gcmd_�p_add_ma�ddr
 =

214 
TOKEN_ETHERADDR_INITIALIZER
(
cmd_�p_add_�su�
, 
ma�ddr
);

216 
cmdl�e_�r�_��_t
 
	gcmd_�p_add
 = {

217 .
f
 = 
cmd_�p_add_�r�d
,

218 .
	gd�a
 = 
NULL
,

219 .
	gh�p_�r
 = "ARP�dd",

220 .
	gtok�s
 = {

221 (*)&
cmd_�p_add_p_�r�g
,

222 (*)&
cmd_�p_add_p
,

223 (*)&
cmd_�p_add_�p_�r�g
,

224 (*)&
cmd_�p_add_p�t_id
,

225 (*)&
cmd_�p_add_�
,

226 (*)&
cmd_�p_add_ma�ddr
,

227 
NULL
,

235 
	scmd_�p_d�_�su�
 {

236 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

237 
u�t32_t
 
	mp
;

238 
cmdl�e_fixed_�r�g_t
 
	m�p_�r�g
;

239 
u�t32_t
 
	mp�t_id
;

240 
cmdl�e_�addr_t
 
	m�
;

244 
	$cmd_�p_d�_�r�d
(*
�r�d_�su�
,

245 
__�e_unu�d
 
cmdl�e
 *
�
, __�e_unu�d *
d�a
)

247 
cmd_�p_d�_�su�
 *
��ms
 = 
�r�d_�su�
;

248 
u�t8_t
 
�v6
[16];

257 i�(
��ms
->
�
.
�m�y
 =�
AF_INET
) {

258 
	`�move_�p_��y
(
	`�e_�u_to_be_32
(
��ms
->
�
.
addr
.
�v4
.
s_addr
),

259 
��ms
->
p�t_id
, 
NULL
);

261 
	`mem�y
(
�v6
, 
��ms
->
�
.
addr
.�v6.
s6_addr
, 16);

262 
	`�move_nd_��y_�v6
(
�v6
, 
��ms
->
p�t_id
);

264 
	}
}

266 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_d�_p_�r�g
 =

267 
TOKEN_STRING_INITIALIZER
(
cmd_�p_d�_�su�
, 
p_�r�g
,

270 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_d�_p
 =

271 
TOKEN_NUM_INITIALIZER
(
cmd_�p_d�_�su�
, 
p
, 
UINT32
);

273 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_d�_�p_�r�g
 =

274 
TOKEN_STRING_INITIALIZER
(
cmd_�p_d�_�su�
, 
�p_�r�g
, "arpdel");

276 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_d�_p�t_id
 =

277 
TOKEN_NUM_INITIALIZER
(
cmd_�p_d�_�su�
, 
p�t_id
, 
UINT32
);

279 
cmdl�e_�r�_tok�_�addr_t
 
	gcmd_�p_d�_�
 =

280 
TOKEN_IPADDR_INITIALIZER
(
cmd_�p_d�_�su�
, 
�
);

282 
cmdl�e_�r�_��_t
 
	gcmd_�p_d�
 = {

283 .
f
 = 
cmd_�p_d�_�r�d
,

284 .
	gd�a
 = 
NULL
,

285 .
	gh�p_�r
 = "ARP delete",

286 .
	gtok�s
 = {

287 (*)&
cmd_�p_d�_p_�r�g
,

288 (*)&
cmd_�p_d�_p
,

289 (*)&
cmd_�p_d�_�p_�r�g
,

290 (*)&
cmd_�p_d�_p�t_id
,

291 (*)&
cmd_�p_d�_�
,

292 
NULL
,

303 
	$cmd_�p_�q_�r�d
(*
�r�d_�su�
,

304 
__�e_unu�d
 
cmdl�e
 *
�
, __�e_unu�d *
d�a
)

306 
cmd_�p_d�_�su�
 *
��ms
 = 
�r�d_�su�
;

309 
�p_key_�v4
 
key
;

315 
key
.
�
 = 
	`�e_�u_to_be_32
(
��ms
->�.
addr
.
�v4
.
s_addr
);

316 
key
.
p�t_id
 = 
��ms
->port_id;

317 
key
.
f��r1
 = 0;

318 
key
.
f��r2
 = 0;

319 
key
.
f��r3
 = 0;

321 
�p_��y_d�a
 *
�p_d�a
 = 
	`���ve_�p_��y
(
key
);

323 i�(
�p_d�a
) {

324 i�(
ARPICMP_DEBUG
)

325 
	`��tf
("ARP�ntry�xists for ip 0x%x,�ort %d\n",

326 
��ms
->
�
.
addr
.
�v4
.
s_addr
,��ams->
p�t_id
);

330 i�(
ARPICMP_DEBUG
)

331 
	`��tf
("ARP -�equesting�rp for ip 0x%x,�ort %d\n",

332 
��ms
->
�
.
addr
.
�v4
.
s_addr
,��ams->
p�t_id
);

333 
	`�que�_�p
(
��ms
->
p�t_id
,��ams->
�
.
addr
.
�v4
.
s_addr
);

335 
	}
}

337 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_�q_�r�g
 =

338 
TOKEN_STRING_INITIALIZER
(
cmd_�p_d�_�su�
, 
�p_�r�g
, "arpreq");

340 
cmdl�e_�r�_��_t
 
	gcmd_�p_�q
 = {

341 .
f
 = 
cmd_�p_�q_�r�d
,

342 .
	gd�a
 = 
NULL
,

343 .
	gh�p_�r
 = "ARP�equest",

344 .
	gtok�s
 = {

345 (*)&
cmd_�p_d�_p_�r�g
,

346 (*)&
cmd_�p_d�_p
,

347 (*)&
cmd_�p_�q_�r�g
,

348 (*)&
cmd_�p_d�_p�t_id
,

349 (*)&
cmd_�p_d�_�
,

350 
NULL
,

361 
	$cmd_icmp_echo_�q_�r�d
(*
�r�d_�su�
,

362 
__�e_unu�d
 
cmdl�e
 *
�
,

363 
__�e_unu�d
 *
d�a
)

365 
cmd_�p_d�_�su�
 *
��ms
 = 
�r�d_�su�
;

366 
�e_mbuf
 *
pkt
;

367 
l2_phy_��r��_t
 *
p�t
 = (l2_phy_��r��_�*�
	`ifm_g�_p�t
((
u�t8_t
)
��ms
->
p�t_id
);

369 i�(
ARPICMP_DEBUG
)

370 
	`��tf
("Echo Req Handler ip %x,�ort %d\n",

371 
��ms
->
�
.
addr
.
�v4
.
s_addr
,��ams->
p�t_id
);

373 
pkt
 = 
	`�que�_echo
(
��ms
->
p�t_id
,��ams->
�
.
addr
.
�v4
.
s_addr
);

374 
p�t
->
	`��sm�_s�g�_pkt
��t, 
pkt
);

375 
	}
}

377 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_icmp_echo_�q_�r�g
 =

378 
TOKEN_STRING_INITIALIZER
(
cmd_�p_d�_�su�
, 
�p_�r�g
, "icmpecho");

380 
cmdl�e_�r�_��_t
 
	gcmd_icmp_echo_�q
 = {

381 .
f
 = 
cmd_icmp_echo_�q_�r�d
,

382 .
	gd�a
 = 
NULL
,

383 .
	gh�p_�r
 = "ICMP�cho�equest",

384 .
	gtok�s
 = {

385 (*)&
cmd_�p_d�_p_�r�g
,

386 (*)&
cmd_�p_d�_p
,

387 (*)&
cmd_icmp_echo_�q_�r�g
,

388 (*)&
cmd_�p_d�_p�t_id
,

389 (*)&
cmd_�p_d�_�
,

390 
NULL
,

398 
	scmd_�p_ls_�su�
 {

399 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

400 
u�t32_t
 
	mp
;

401 
cmdl�e_fixed_�r�g_t
 
	m�p_�r�g
;

405 
	$cmd_�p_ls_�r�d
(
__�e_unu�d
 *
�r�d_�su�
,

406 
__�e_unu�d
 
cmdl�e
 *
�
, __�e_unu�d *
d�a
)

408 
	`��tf
("\nARP�able ...\n");

409 
	`��tf
("-------------\n");

410 
	`��t_�p_�b�
();

412 
��tf


415 
	`��tf
("\nND IPv6�able:\n");

416 
	`��tf
("--------------\n");

417 
	`��t_nd_�b�
();

418 
	}
}

420 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_ls_p_�r�g
 =

421 
TOKEN_STRING_INITIALIZER
(
cmd_�p_ls_�su�
, 
p_�r�g
,

424 
cmdl�e_�r�_tok�_num_t
 
	gcmd_�p_ls_p
 =

425 
TOKEN_NUM_INITIALIZER
(
cmd_�p_ls_�su�
, 
p
, 
UINT32
);

427 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_�p_ls_�p_�r�g
 =

428 
TOKEN_STRING_INITIALIZER
(
cmd_�p_ls_�su�
, 
�p_�r�g
,

431 
cmdl�e_�r�_��_t
 
	gcmd_�p_ls
 = {

432 .
f
 = 
cmd_�p_ls_�r�d
,

433 .
	gd�a
 = 
NULL
,

434 .
	gh�p_�r
 = "ARP�ist",

435 .
	gtok�s
 = {

436 (*)&
cmd_�p_ls_p_�r�g
,

437 (*)&
cmd_�p_ls_p
,

438 (*)&
cmd_�p_ls_�p_�r�g
,

439 
NULL
,

447 
	scmd_show_p�ts_�fo_�su�
 {

448 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

449 
u�t32_t
 
	mp
;

450 
cmdl�e_fixed_�r�g_t
 
	m�p_�r�g
;

454 
	$cmd_show_p�ts_�fo_�r�d
(
__�e_unu�d
 *
�r�d_�su�
,

455 
__�e_unu�d
 
cmdl�e
 *
�
,

456 
__�e_unu�d
 *
d�a
)

458 
	`show_p�ts_�fo
();

459 
	}
}

461 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_show_p�ts_�fo_�r�g
 =

462 
TOKEN_STRING_INITIALIZER
(
cmd_�p_ls_�su�
, 
�p_�r�g
,

465 
cmdl�e_�r�_��_t
 
	gcmd_show_p�ts_�fo
 = {

466 .
f
 = 
cmd_show_p�ts_�fo_�r�d
,

467 .
	gd�a
 = 
NULL
,

468 .
	gh�p_�r
 = "show�orts info",

469 .
	gtok�s
 = {

470 (*)&
cmd_�p_ls_p_�r�g
,

471 (*)&
cmd_�p_ls_p
,

472 (*)&
cmd_show_p�ts_�fo_�r�g
,

473 
NULL
,

478 
cmdl�e_�r�_�x_t
 
	gp���e_cmds
[] = {

479 (
cmdl�e_�r�_��_t
 *�&
lb_cmd_��y_dbg
,

480 
NULL
,

483 
p���e_�_�s
 
	gp���e_l�db_�_�s
 = {

484 .
f_��
 = 
NULL
,

485 .
	gf_�
 = 
NULL
,

486 .
	gcmds
 = 
p���e_cmds
,

489 
p���e_ty�
 
	gp���e_l�db
 = {

490 .
�me
 = "LOADB",

491 .
	gbe_�s
 = &
p���e_l�db_be_�s
,

492 .
	g�_�s
 = &
p���e_l�db_�_�s
,

	@VIL/pipeline_loadb/pipeline_loadb.h

17 #i�de�
__INCLUDE_PIPELINE_LOADB_H__


18 

	#__INCLUDE_PIPELINE_LOADB_H__


	)

20 
	~"p���e.h
"

21 
	~"p���e_l�db_be.h
"

27 

p���e_ty�
 
p���e_l�db
;

	@VIL/pipeline_loadb/pipeline_loadb_be.c

17 
	~<�dio.h
>

18 
	~<�dlib.h
>

19 
	~<�d�t.h
>

20 
	~<�r�g.h
>

21 
	~<uni�d.h
>

23 
	~<�e_comm�.h
>

24 
	~<�e_m�loc.h
>

25 
	~<�e_�.h
>

26 
	~<�e_hash.h
>

27 
	~<�e_by��d�.h
>

28 
	~<�e_�b�_�m.h
>

29 
	~<�e_�b�_hash.h
>

30 
	~<�e_jhash.h
>

31 
	~<�e_thash.h
>

32 
	~<�e_cy�es.h
>

33 
	~<�e_�hdev.h
>

34 
	~<�e_�e�tch.h
>

35 
	~<�e_�b�_��y.h
>

36 
	~"p���e_l�db_be.h
"

37 
	~"p���e_a�i�s_comm�.h
"

38 
	~"hash_func.h
"

39 
	~"p���e_�picmp_be.h
"

40 
	~"vnf_comm�.h
"

41 
	~"�p.h
"

43 

	#BYTES_TO_BITS
 8

	)

44 

	#ROTATE_15_BITS
 15

	)

46 

	#MAX_VNF_THREADS
 16

	)

48 
	gpkt_bur�_�t
;

50 
u�t8_t
 
	gLOADB_DEBUG
;

51 
u�t8_t
 
	gtٮ_vnf_th�ads
;

52 
u�t32_t
 
	gphyp�t_off�t
;

54 
	sp���e_l�db
 {

55 
p���e
 
	mp
;

56 
p���e_msg_�q_h�d�r
 
	mcu�om_h�d�rs
[
PIPELINE_LOADB_MSG_REQS
];

58 
u�t8_t
 
	mn_vnf_th�ads
;

59 
u�t8_t
 
	mn_lb_tu�es
;

60 
u�t32_t
 
	mou��t_off�t
;

61 
u�t64_t
 
	m��ivedLBPktCou�
;

62 
u�t64_t
 
	mdrݳdLBPktCou�
;

63 
u�t8_t
 
	ml�ks_m�
[
PIPELINE_MAX_PORT_IN
];

64 
u�t8_t
 
	mou��t_id
[
PIPELINE_MAX_PORT_IN
];

65 
u�t8_t
 
	mn_�v_Q
;

66 
u�t8_t
 
	mn_pub_Q
;

67 
u�t8_t
 
	mp���e_num
;

68 } 
	g__�e_�che_�ig�d
;

70 
u�t8_t
 
	gde�u�_rss_key
[] = {

78 *
p���e_l�db_msg_�q_cu�om_h�d�r
(
p���e
 *
p
,

79 *
msg
);

81 
p���e_msg_�q_h�d�r
 
	gh�d�rs
[] = {

82 [
PIPELINE_MSG_REQ_PING
] =

83 
p���e_msg_�q_p�g_h�d�r
,

84 [
PIPELINE_MSG_REQ_STATS_PORT_IN
] =

85 
p���e_msg_�q_��s_p�t_�_h�d�r
,

86 [
PIPELINE_MSG_REQ_STATS_PORT_OUT
] =

87 
p���e_msg_�q_��s_p�t_out_h�d�r
,

88 [
PIPELINE_MSG_REQ_STATS_TABLE
] =

89 
p���e_msg_�q_��s_�b�_h�d�r
,

90 [
PIPELINE_MSG_REQ_PORT_IN_ENABLE
] =

91 
p���e_msg_�q_p�t_�_�ab�_h�d�r
,

92 [
PIPELINE_MSG_REQ_PORT_IN_DISABLE
] =

93 
p���e_msg_�q_p�t_�_di�b�_h�d�r
,

94 [
PIPELINE_MSG_REQ_CUSTOM
] =

95 
p���e_l�db_msg_�q_cu�om_h�d�r
,

99 *
p���e_l�db_msg_�q_��y_dbg_h�d�r
(
p���e
 *,

100 *
msg
);

102 
p���e_msg_�q_h�d�r
 
	gcu�om_h�d�rs
[] = {

103 [
PIPELINE_LOADB_MSG_REQ_ENTRY_DBG
] =

104 
p���e_l�db_msg_�q_��y_dbg_h�d�r
,

110 
	sl�db_�b�_��y
 {

111 
�e_p���e_�b�_��y
 
	mh�d
;

112 } 
	g__�e_�che_�ig�d
;

114 *
	$p���e_l�db_msg_�q_cu�om_h�d�r
(
p���e
 *
p
, *
msg
)

116 
p���e_l�db
 *
p_lb
 = (p���e_l�db *)
p
;

117 
p���e_cu�om_msg_�q
 *
�q
 = 
msg
;

118 
p���e_msg_�q_h�d�r
 
f_h�d�
;

120 
f_h�d�
 = (
�q
->
subty�
 < 
PIPELINE_LOADB_MSG_REQS
) ?

121 
p_lb
->
cu�om_h�d�rs
[
�q
->
subty�
] :

122 
p���e_msg_�q_�v�id_h�d�r
;

124 i�(
f_h�d�
 =�
NULL
)

125 
f_h�d�
 = 
p���e_msg_�q_�v�id_h�d�r
;

127  
	`f_h�d�
(
p
, 
�q
);

128 
	}
}

130 
u�t32_t
 
	glb_pkt_��t_cou�
;

132 
u�t8_t
 
	$�lcuϋ_lb_th�ad_�v
(
�e_mbuf
 *
pkt
, *
�g
)

134 
u�t32_t
 
hash_key
[2], 
hash_�v4
;

135 
u�t32_t
 
�mp1
, 
�mp2
, 
�mp3
;

136 
u�t8_t
 
th�ad
;

137 
p���e_l�db_�_p�t_h_�g
 *
�
 = 
�g
;

138 
p���e_l�db
 *
p_l�db
 = (p���e_l�db *�
�
->
p
;

139 
u�t8_t
 
�h�ads
 = 
p_l�db
->
n_vnf_th�ads
;

140 
�e_thash_tu�e
 
tu�e
;

142 
u�t32_t
 *
�c_addr
;

143 
u�t32_t
 *
d�_addr
;

144 
u�t16_t
 *
�c_p�t
;

145 
u�t16_t
 *
d�_p�t
;

146 
u�t8_t
 *
��oc�
;

147 
lb_pkt
 *lb_pkt = (lb_pkt *)

148 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
MBUF_HDR_ROOM
);

150 i�(
	`�e_be_to_�u_16
(
lb_pkt
->
�h
.
�h�_ty�
�=�
ETHER_TYPE_IPv6
) {

151 
�c_addr
 = (
u�t32_t
 *)&
lb_pkt
->
�v6_p�t
.
�v6
.src_addr;

152 
d�_addr
 = (
u�t32_t
 *)&
lb_pkt
->
�v6_p�t
.
�v6
.dst_addr;

153 
�c_p�t
 = &
lb_pkt
->
�v6_p�t
.src_port;

154 
d�_p�t
 = &
lb_pkt
->
�v6_p�t
.dst_port;

155 
��oc�
 = &
lb_pkt
->
�v6_p�t
.
�v6
.
��o
;

157 
�c_addr
 = &
lb_pkt
->
�v4_p�t
.
�v4
.src_addr;

158 
d�_addr
 = &
lb_pkt
->
�v4_p�t
.
�v4
.dst_addr;

159 
�c_p�t
 = &
lb_pkt
->
�v4_p�t
.src_port;

160 
d�_p�t
 = &
lb_pkt
->
�v4_p�t
.dst_port;

161 
��oc�
 = &
lb_pkt
->
�v4_p�t
.
�v4
.
�xt_��o_id
;

164 
p_l�db
->
n_lb_tu�es
) {

169 i�(
	`�e_be_to_�u_16
(
lb_pkt
->
�h
.
�h�_ty�
�=�
ETHER_TYPE_IPv6
)

170 
�mp1
 = 
	`�e_bsw�32
(
d�_addr
[3]�^ *
d�_p�t
;

172 
�mp1
 = *
d�_addr
 ^ *
d�_p�t
;

174 
�mp2
 = (
�mp1
 >> 24) ^ (temp1 >> 16) ^

175 (
�mp1
 >> 8) ^�emp1;

177 
�mp3
 = (
�mp2
 >> 4) ^ (temp2 & 0xf);

180 
th�ad
 = 
�mp3
 % 
�h�ads
;

182 
th�ad
 = 
�
->
�_p�t_id
 + (
p_l�db
->
p
.
n_p�ts_�
 *

183 (
th�ad
 + 1�- 
p_l�db
->
p
.
n_p�ts_�
);

184  
th�ad
;

189 i�(
	`�e_be_to_�u_16
(
lb_pkt
->
�h
.
�h�_ty�
�=�
ETHER_TYPE_IPv6
)

190 
hash_key
[0] = 
	`�e_bsw�32
(
d�_addr
[3]);

192 
hash_key
[0] = 
	`�e_bsw�32
(*
d�_addr
);

195 
hash_�v4
 = 
	`�e_jhash
(&
hash_key
[0], 4, 0);

198 
th�ad
 = (
hash_�v4
 % 
�h�ads
);

201 
th�ad
 = 
�
->
�_p�t_id
 + (
p_l�db
->
p
.
n_p�ts_�
 *

202 (
th�ad
 + 1�- 
p_l�db
->
p
.
n_p�ts_�
);

204 i�(
LOADB_DEBUG
 > 3)

205 
	`��tf
("thread: %u hash: %x hash_key: %x\n",

206 
th�ad
, 
hash_�v4
, 
hash_key
[0]);

207  
th�ad
;

212 i�(
	`�e_be_to_�u_16
(
lb_pkt
->
�h
.
�h�_ty�
) ==

213 
ETHER_TYPE_IPv6
) {

214 
hash_key
[0] = 
	`�e_bsw�32
(
d�_addr
[3]);

215 
hash_key
[1] = *
d�_p�t
 << 16;

217 
hash_key
[0] = 
	`�e_bsw�32
(*
d�_addr
);

218 
hash_key
[1] = *
d�_p�t
 << 16;

221 
hash_�v4
 = 
	`�e_jhash
(&
hash_key
[0], 6, 0);

224 
th�ad
 = (
hash_�v4
 % 
�h�ads
);

227 
th�ad
 = 
�
->
�_p�t_id
 + (
p_l�db
->
p
.
n_p�ts_�
 *

228 (
th�ad
 + 1�- 
p_l�db
->
p
.
n_p�ts_�
);

230 i�(
LOADB_DEBUG
 > 3) {

231 
	`��tf
("public_addr: %x�ublic_port: %x\n",

232 
hash_key
[0], *
d�_p�t
);

233 
	`��tf
("thread: %u hash: %x hash_key0: %x "

234 "hash_key1: %x\n", 
th�ad
, 
hash_�v4
,

235 
hash_key
[0], hash_key[1]);

237  
th�ad
;

240 
	`��tf
("Inv�id�_lb_tu�es: %d\n", 
p_l�db
->
n_lb_tu�es
);

245 i�(
	`�e_be_to_�u_16
(
lb_pkt
->
�h
.
�h�_ty�
) ==

246 
ETHER_TYPE_IPv6
) {

247 
tu�e
.
v4
.
�c_addr
 = 
	`�e_bsw�32
(src_addr[3]);

248 
tu�e
.
v4
.
d�_addr
 = 
	`�e_bsw�32
(dst_addr[3]);

249 
tu�e
.
v4
.
��t
 = *
�c_p�t
;

250 
tu�e
.
v4
.
dp�t
 = *
d�_p�t
;

252 
tu�e
.
v4
.
�c_addr
 = 
	`�e_bsw�32
(*src_addr);

253 
tu�e
.
v4
.
d�_addr
 = 
	`�e_bsw�32
(*dst_addr);

254 
tu�e
.
v4
.
��t
 = *
�c_p�t
;

255 
tu�e
.
v4
.
dp�t
 = *
d�_p�t
;

258 
hash_�v4
 = 
	`�e_so�rss
((
u�t32_t
 *)&
tu�e
,

259 
RTE_THASH_V4_L4_LEN
,

260 
de�u�_rss_key
);

264 
th�ad
 = (
hash_�v4
 % 
�h�ads
);

267 
th�ad
 = 
�
->
�_p�t_id
 + (
p_l�db
->
p
.
n_p�ts_�
 *

268 (
th�ad
 + 1�- 
p_l�db
->
p
.
n_p�ts_�
);

270 i�(
LOADB_DEBUG
 > 3) {

271 
	`��tf
("src_addr: %x dst_addr: %x src_port: %x "

272 "d�_p�t: %x\n", 
tu�e
.
v4
.
�c_addr
,�u�e.v4.
d�_addr
,

273 
tu�e
.
v4
.
��t
,�u�e.v4.
dp�t
);

274 
	`��tf
("th�ad: %u hash: %x\n", 
th�ad
, 
hash_�v4
);

277  
th�ad
;

281 i�(
	`�e_be_to_�u_16
(
lb_pkt
->
�h
.
�h�_ty�
) ==

282 
ETHER_TYPE_IPv6
) {

284 
�c_addr
 += 3;

285 
d�_addr
 += 3;

289 
�mp1
 = *
�c_addr
 ^ *
d�_addr
 ^ *
�c_p�t
 ^

290 *
d�_p�t
 ^ *
��oc�
;

292 
�mp2
 = (
�mp1
 >> 24) ^ (temp1 >> 16) ^ (temp1 >> 8) ^�emp1;

293 
�mp3
 = (
�mp2
 >> 4) ^ (temp2 & 0xf);

298 
th�ad
 = (
�mp3
 % 
�h�ads
);

301 
th�ad
 = 
�
->
�_p�t_id
 + (
p_l�db
->
p
.
n_p�ts_�
 *

302 (
th�ad
 + 1�- 
p_l�db
->
p
.
n_p�ts_�
);

304 i�(
LOADB_DEBUG
 > 3) {

305 
	`��tf
("thread: %u�emp1: %x�emp2: %x�emp3: %x\n",

306 
th�ad
, 
�mp1
, 
�mp2
, 
�mp3
);

307 
	`��tf
("src_addr: %x dst_addr: %x src_port: %x "

308 "d�_p�t: %x�r�oc�: %x\n", *
�c_addr
, *
d�_addr
,

309 *
�c_p�t
, *
d�_p�t
, *
��oc�
);

311  
th�ad
;

314 
	`��tf
("Inv�id�_lb_tu�es: %d\n", 
p_l�db
->
n_lb_tu�es
);

318 
	}
}

320 
u�t8_t
 
	$�lcuϋ_lb_th�ad_pub
(
�e_mbuf
 *
pkt
, *
�g
)

322 
u�t32_t
 
hash_key
[2], 
hash_�v4
;

323 
u�t32_t
 
�mp1
, 
�mp2
, 
�mp3
;

324 
u�t8_t
 
th�ad
;

325 
p���e_l�db_�_p�t_h_�g
 *
�
 = 
�g
;

326 
p���e_l�db
 *
p_l�db
 = (p���e_l�db *�
�
->
p
;

327 
u�t8_t
 
�h�ads
 = 
p_l�db
->
n_vnf_th�ads
;

328 
�e_thash_tu�e
 
tu�e
;

330 
u�t32_t
 *
�c_addr
;

331 
u�t32_t
 *
d�_addr
;

332 
u�t16_t
 *
�c_p�t
;

333 
u�t16_t
 *
d�_p�t
;

334 
u�t8_t
 *
��oc�
;

335 
lb_pkt
 *lb_pkt = (lb_pkt *)

336 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
,

337 
MBUF_HDR_ROOM
);

339 i�(
	`�e_be_to_�u_16
(
lb_pkt
->
�h
.
�h�_ty�
�=�
ETHER_TYPE_IPv6
) {

340 
�c_addr
 = (
u�t32_t
 *)&
lb_pkt
->
�v6_p�t
.
�v6
.src_addr;

341 
d�_addr
 = (
u�t32_t
 *)&
lb_pkt
->
�v6_p�t
.
�v6
.dst_addr;

342 
�c_p�t
 = &
lb_pkt
->
�v6_p�t
.src_port;

343 
d�_p�t
 = &
lb_pkt
->
�v6_p�t
.dst_port;

344 
��oc�
 = &
lb_pkt
->
�v6_p�t
.
�v6
.
��o
;

346 
�c_addr
 = &
lb_pkt
->
�v4_p�t
.
�v4
.src_addr;

347 
d�_addr
 = &
lb_pkt
->
�v4_p�t
.
�v4
.dst_addr;

348 
�c_p�t
 = &
lb_pkt
->
�v4_p�t
.src_port;

349 
d�_p�t
 = &
lb_pkt
->
�v4_p�t
.dst_port;

350 
��oc�
 = &
lb_pkt
->
�v4_p�t
.
�v4
.
�xt_��o_id
;

353 
p_l�db
->
n_lb_tu�es
) {

358 
�mp1
 = *
�c_addr
 ^ *
�c_p�t
;

359 
�mp2
 = (
�mp1
 >> 24) ^ (temp1 >> 16) ^

360 (
�mp1
 >> 8) ^�emp1;

361 
�mp3
 = (
�mp2
 >> 4) ^ (temp2 & 0xf);

364 
th�ad
 = 
�mp3
 % 
�h�ads
;

366 
th�ad
 = 
�
->
�_p�t_id
 + (
p_l�db
->
p
.
n_p�ts_�
 *

367 (
th�ad
 + 1�- 
p_l�db
->
p
.
n_p�ts_�
);

369  
th�ad
;

374 
hash_key
[0] = 
	`�e_bsw�32
(*
�c_addr
);

377 
hash_�v4
 = 
	`�e_jhash
(&
hash_key
[0], 4, 0);

380 
th�ad
 = 
hash_�v4
 % 
�h�ads
;

382 
th�ad
 = 
�
->
�_p�t_id
 + (
p_l�db
->
p
.
n_p�ts_�
 *

383 (
th�ad
 + 1�- 
p_l�db
->
p
.
n_p�ts_�
);

385 i�(
LOADB_DEBUG
 > 3)

386 
	`��tf
("thread: %u hash: %x hash_key: %x\n",

387 
th�ad
, 
hash_�v4
, 
hash_key
[0]);

388  
th�ad
;

393 
hash_key
[0] = 
	`�e_bsw�32
(*
�c_addr
);

394 
hash_key
[1] = *
�c_p�t
 << 16;

397 
hash_�v4
 = 
	`�e_jhash
(&
hash_key
[0], 6, 0);

400 
th�ad
 = 
hash_�v4
 % 
�h�ads
;

402 
th�ad
 = 
�
->
�_p�t_id
 + (
p_l�db
->
p
.
n_p�ts_�
 *

403 (
th�ad
 + 1�- 
p_l�db
->
p
.
n_p�ts_�
);

405 i�(
LOADB_DEBUG
 > 3) {

406 
	`��tf
("thread: %u hash: %x hash_key0: %x "

407 "hash_key1: %x\n", 
th�ad
, 
hash_�v4
,

408 
hash_key
[0], hash_key[1]);

409 
	`��tf
("public_addr: %x�ublic_port: %x\n",

410 
hash_key
[0], *
�c_p�t
);

412  
th�ad
;

415 
	`��tf
("Inv�id�_lb_tu�es: %d\n", 
p_l�db
->
n_lb_tu�es
);

420 
tu�e
.
v4
.
�c_addr
 = 
	`�e_bsw�32
(*src_addr);

421 
tu�e
.
v4
.
d�_addr
 = 
	`�e_bsw�32
(*dst_addr);

422 
tu�e
.
v4
.
��t
 = *
�c_p�t
;

423 
tu�e
.
v4
.
dp�t
 = *
d�_p�t
;

426 
hash_�v4
 = 
	`�e_so�rss
((
u�t32_t
 *)&
tu�e
,

427 
RTE_THASH_V4_L4_LEN
, 
de�u�_rss_key
);

431 
th�ad
 = 
hash_�v4
 % 
�h�ads
;

433 
th�ad
 = 
�
->
�_p�t_id
 + (
p_l�db
->
p
.
n_p�ts_�
 *

434 (
th�ad
 + 1�- 
p_l�db
->
p
.
n_p�ts_�
);

436 i�(
LOADB_DEBUG
 > 3) {

437 
	`��tf
("src_addr: %x dst_addr: %x src_port: %x "

438 "d�_p�t: %x\n", 
tu�e
.
v4
.
�c_addr
,

439 
tu�e
.
v4
.
d�_addr
,�u�e.v4.
��t
,�u�e.v4.
dp�t
);

441 
	`��tf
("th�ad: %u hash: %x\n", 
th�ad
, 
hash_�v4
);

443  
th�ad
;

447 i�(
	`�e_be_to_�u_16
(
lb_pkt
->
�h
.
�h�_ty�
) ==

448 
ETHER_TYPE_IPv6
) {

450 
�c_addr
 += 3;

451 
d�_addr
 += 3;

455 
�mp1
 = *
�c_addr
 ^ *
d�_addr
 ^ *
�c_p�t
 ^

456 *
d�_p�t
 ^ *
��oc�
;

457 
�mp2
 = (
�mp1
 >> 24) ^ (temp1 >> 16) ^

458 (
�mp1
 >> 8) ^�emp1;

459 
�mp3
 = (
�mp2
 >> 4) ^ (temp2 & 0xf);

462 
th�ad
 = 
�mp3
 % 
�h�ads
;

464 
th�ad
 = 
�
->
�_p�t_id
 + (
p_l�db
->
p
.
n_p�ts_�
 *

465 (
th�ad
 + 1�- 
p_l�db
->
p
.
n_p�ts_�
);

467 i�(
LOADB_DEBUG
 > 3) {

468 
	`��tf
("src_addr: %x dst_addr: %x src_port: %x "

469 "d�_p�t: %x�r�oc�: %x\n", *
�c_addr
, *
d�_addr
,

470 *
�c_p�t
, *
d�_p�t
, *
��oc�
);

472 
	`��tf
("thread: %u�emp1: %x�emp2: %x�emp3: %x\n",

473 
th�ad
, 
�mp1
, 
�mp2
, 
�mp3
);

476  
th�ad
;

479 
	`��tf
("Inv�id�_lb_tu�es: %d\n", 
p_l�db
->
n_lb_tu�es
);

483 
	}
}

485 
�l�e
 

486 
	$pkt_w�k_l�db_key_�v
(

487 
�e_mbuf
 *
pkt
,

488 
__�e_unu�d
 
u�t32_t
 
pkt_num
,

489 *
�g
)

491 
p���e_l�db_�_p�t_h_�g
 *
�
 = 
�g
;

492 
p���e_l�db
 *
p_l�db
 = (p���e_l�db *)
�
->
p
;

493 
u�t32_t
 
ou��t_off�t
 = 
p_l�db
->outport_offset;

495 
lb_pkt
 *lb_pkt = (lb_pkt *)

496 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
,

497 
MBUF_HDR_ROOM
);

498 
u�t32_t
 *
out_p�t
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

499 
ou��t_off�t
);

501 #ifde�
MY_LOADB_DBG_PRINT


502 i�(
LOADB_DEBUG
 == 3)

503 
	`��tf
("Start�kt_work_loadb_key\n");

506 i�((
LOADB_DEBUG
 > 2�&& (
lb_pkt_��t_cou�
 < 10)) {

507 
	`��t_pkt1
(
pkt
);

508 
lb_pkt_��t_cou�
++;

509 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

511 
	`�e_be_to_�u_16
(
lb_pkt
->
�h
.
�h�_ty�
),

512 
lb_pkt
->
�v4_p�t
.
�v4
.
�xt_��o_id
, 
ETH_TYPE_ARP
,

513 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

517 *
out_p�t
 = 
	`�lcuϋ_lb_th�ad_�v
(
pkt
, 
�g
);

519 
p_l�db
->
��ivedLBPktCou�
++;

521 #ifde�
MY_LOADB_DBG_PRINT


522 i�(
LOADB_DEBUG
 == 3)

523 
	`��tf
("End�kt_work_loadb_key\n");

525 
	}
}

527 
�l�e
 

528 
	$pkt_w�k_l�db_key_pub
(

529 
�e_mbuf
 *
pkt
,

530 
__�e_unu�d
 
u�t32_t
 
pkt_num
,

531 *
�g
)

533 
p���e_l�db_�_p�t_h_�g
 *
�
 = 
�g
;

534 
p���e_l�db
 *
p_l�db
 = (p���e_l�db *)
�
->
p
;

535 
u�t32_t
 
ou��t_off�t
 = 
p_l�db
->outport_offset;

537 
lb_pkt
 *lb_pkt = (lb_pkt *)

538 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
,

539 
MBUF_HDR_ROOM
);

540 
u�t32_t
 *
out_p�t
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

541 
ou��t_off�t
);

543 #ifde�
MY_LOADB_DBG_PRINT


544 i�(
LOADB_DEBUG
 == 3)

545 
	`��tf
("Start�kt_work_loadb_key\n");

548 i�((
LOADB_DEBUG
 > 2�&& (
lb_pkt_��t_cou�
 < 10)) {

549 
	`��t_pkt1
(
pkt
);

550 
lb_pkt_��t_cou�
++;

551 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

553 
	`�e_be_to_�u_16
(
lb_pkt
->
�h
.
�h�_ty�
),

554 
lb_pkt
->
�v4_p�t
.
�v4
.
�xt_��o_id
, 
ETH_TYPE_ARP
,

555 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

559 *
out_p�t
 = 
	`�lcuϋ_lb_th�ad_pub
(
pkt
, 
�g
);

561 
p_l�db
->
��ivedLBPktCou�
++;

562 #ifde�
MY_LOADB_DBG_PRINT


563 i�(
LOADB_DEBUG
 == 3)

564 
	`��tf
("End�kt_work_loadb_key\n");

566 
	}
}

568 
�l�e
 

569 
	$pkt4_w�k_l�db_key_�v
(

570 
�e_mbuf
 **
pkt
,

571 
__�e_unu�d
 
u�t32_t
 
pkt_num
,

572 *
�g
)

574 
p���e_l�db_�_p�t_h_�g
 *
�
 = 
�g
;

575 
p���e_l�db
 *
p_l�db
 = (p���e_l�db *)
�
->
p
;

576 
u�t32_t
 
ou��t_off�t
 = 
p_l�db
->outport_offset;

578 
u�t32_t
 *
out_p�t0
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[0],

579 
ou��t_off�t
);

580 
u�t32_t
 *
out_p�t1
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[1],

581 
ou��t_off�t
);

582 
u�t32_t
 *
out_p�t2
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[2],

583 
ou��t_off�t
);

584 
u�t32_t
 *
out_p�t3
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[3],

585 
ou��t_off�t
);

587 
lb_pkt
 *
lb_pkt0
 = (lb_pkt *)

588 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[0],

589 
MBUF_HDR_ROOM
);

590 
lb_pkt
 *
lb_pkt1
 = (lb_pkt *)

591 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[1],

592 
MBUF_HDR_ROOM
);

593 
lb_pkt
 *
lb_pkt2
 = (lb_pkt *)

594 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[2],

595 
MBUF_HDR_ROOM
);

596 
lb_pkt
 *
lb_pkt3
 = (lb_pkt *)

597 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[3],

598 
MBUF_HDR_ROOM
);

600 #ifde�
MY_LOADB_DBG_PRINT


601 i�(
LOADB_DEBUG
 == 3)

602 
	`��tf
("Start�kt4_work_loadb_key\n");

605 i�((
LOADB_DEBUG
 > 2�&& (
lb_pkt_��t_cou�
 < 10)) {

606 
	`��t_pkt1
(
pkt
[0]);

607 
lb_pkt_��t_cou�
++;

609 
	`��tf
("\nEth Typ %x, Prot %x\n",

610 
	`�e_be_to_�u_16
(
lb_pkt0
->
�h
.
�h�_ty�
),

611 
lb_pkt0
->
�v4_p�t
.
�v4
.
�xt_��o_id
);

613 
	`��t_pkt1
(
pkt
[1]);

614 
lb_pkt_��t_cou�
++;

616 
	`��tf
("\nEth Typ %x, Prot %x\n",

617 
	`�e_be_to_�u_16
(
lb_pkt1
->
�h
.
�h�_ty�
),

618 
lb_pkt1
->
�v4_p�t
.
�v4
.
�xt_��o_id
);

620 
	`��t_pkt1
(
pkt
[2]);

621 
lb_pkt_��t_cou�
++;

623 
	`��tf
("\nEth Typ %x, Prot %x\n",

624 
	`�e_be_to_�u_16
(
lb_pkt2
->
�h
.
�h�_ty�
),

625 
lb_pkt2
->
�v4_p�t
.
�v4
.
�xt_��o_id
);

627 
	`��t_pkt1
(
pkt
[3]);

628 
lb_pkt_��t_cou�
++;

630 
	`��tf
("\nEth Typ %x, Prot %x\n",

631 
	`�e_be_to_�u_16
(
lb_pkt3
->
�h
.
�h�_ty�
),

632 
lb_pkt3
->
�v4_p�t
.
�v4
.
�xt_��o_id
);

634 *
out_p�t0
 = 
	`�lcuϋ_lb_th�ad_�v
(
pkt
[0], 
�g
);

635 *
out_p�t1
 = 
	`�lcuϋ_lb_th�ad_�v
(
pkt
[1], 
�g
);

636 *
out_p�t2
 = 
	`�lcuϋ_lb_th�ad_�v
(
pkt
[2], 
�g
);

637 *
out_p�t3
 = 
	`�lcuϋ_lb_th�ad_�v
(
pkt
[3], 
�g
);

639 
p_l�db
->
��ivedLBPktCou�
 += 4;

641 #ifde�
MY_LOADB_DBG_PRINT


642 i�(
LOADB_DEBUG
 == 3)

643 
	`��tf
("End�kt4_work_loadb_key\n");

646 
	}
}

648 
�l�e
 

649 
	$pkt4_w�k_l�db_key_pub
(

650 
�e_mbuf
 **
pkt
,

651 
__�e_unu�d
 
u�t32_t
 
pkt_num
,

652 *
�g
)

654 
p���e_l�db_�_p�t_h_�g
 *
�
 = 
�g
;

655 
p���e_l�db
 *
p_l�db
 = (p���e_l�db *)
�
->
p
;

656 
u�t32_t
 
ou��t_off�t
 = 
p_l�db
->outport_offset;

658 
u�t32_t
 *
out_p�t0
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[0],

659 
ou��t_off�t
);

660 
u�t32_t
 *
out_p�t1
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[1],

661 
ou��t_off�t
);

662 
u�t32_t
 *
out_p�t2
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[2],

663 
ou��t_off�t
);

664 
u�t32_t
 *
out_p�t3
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[3],

665 
ou��t_off�t
);

667 
lb_pkt
 *
lb_pkt0
 = (lb_pkt *)

668 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[0],

669 
MBUF_HDR_ROOM
);

670 
lb_pkt
 *
lb_pkt1
 = (lb_pkt *)

671 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[1],

672 
MBUF_HDR_ROOM
);

673 
lb_pkt
 *
lb_pkt2
 = (lb_pkt *)

674 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[2],

675 
MBUF_HDR_ROOM
);

676 
lb_pkt
 *
lb_pkt3
 = (lb_pkt *)

677 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[3],

678 
MBUF_HDR_ROOM
);

680 #ifde�
MY_LOADB_DBG_PRINT


681 i�(
LOADB_DEBUG
 == 3)

682 
	`��tf
("Start�kt4_work_loadb_key\n");

685 i�((
LOADB_DEBUG
 > 2�&& (
lb_pkt_��t_cou�
 < 10)) {

686 
	`��t_pkt1
(
pkt
[0]);

687 
lb_pkt_��t_cou�
++;

689 
	`��tf
("\nEth Typ %x, Prot %x\n",

690 
	`�e_be_to_�u_16
(
lb_pkt0
->
�h
.
�h�_ty�
),

691 
lb_pkt0
->
�v4_p�t
.
�v4
.
�xt_��o_id
);

693 
	`��t_pkt1
(
pkt
[1]);

694 
lb_pkt_��t_cou�
++;

696 
	`��tf
("\nEth Typ %x, Prot %x\n",

697 
	`�e_be_to_�u_16
(
lb_pkt1
->
�h
.
�h�_ty�
),

698 
lb_pkt1
->
�v4_p�t
.
�v4
.
�xt_��o_id
);

700 
	`��t_pkt1
(
pkt
[2]);

701 
lb_pkt_��t_cou�
++;

703 
	`��tf
("\nEth Typ %x, Prot %x\n",

704 
	`�e_be_to_�u_16
(
lb_pkt2
->
�h
.
�h�_ty�
),

705 
lb_pkt2
->
�v4_p�t
.
�v4
.
�xt_��o_id
);

707 
	`��t_pkt1
(
pkt
[3]);

708 
lb_pkt_��t_cou�
++;

710 
	`��tf
("\nEth Typ %x, Prot %x\n",

711 
	`�e_be_to_�u_16
(
lb_pkt3
->
�h
.
�h�_ty�
),

712 
lb_pkt3
->
�v4_p�t
.
�v4
.
�xt_��o_id
);

714 *
out_p�t0
 = 
	`�lcuϋ_lb_th�ad_�v
(
pkt
[0], 
�g
);

715 *
out_p�t1
 = 
	`�lcuϋ_lb_th�ad_pub
(
pkt
[1], 
�g
);

716 *
out_p�t2
 = 
	`�lcuϋ_lb_th�ad_pub
(
pkt
[2], 
�g
);

717 *
out_p�t3
 = 
	`�lcuϋ_lb_th�ad_pub
(
pkt
[3], 
�g
);

719 
p_l�db
->
��ivedLBPktCou�
 += 4;

720 #ifde�
MY_LOADB_DBG_PRINT


721 i�(
LOADB_DEBUG
 == 3)

722 
	`��tf
("End�kt4_work_loadb_key\n");

725 
	}
}

727 
PIPELINE_LOADB_KEY_PORT_IN_AH
(
p�t_�_ah_l�db_key_�v
,

728 
pkt_w�k_l�db_key_�v
,

729 
pkt4_w�k_l�db_key_�v
);

731 
PIPELINE_LOADB_KEY_PORT_IN_AH
(
p�t_�_ah_l�db_key_pub
,

732 
pkt_w�k_l�db_key_pub
,

733 
pkt4_w�k_l�db_key_pub
);

736 
	$p���e_l�db_�r�_�gs
(
p���e_l�db
 *
p
,

737 
p���e_��ms
 *
��ms
)

739 
u�t32_t
 
ou��t_off�t_�e��
 = 0;

740 
u�t32_t
 
n_vnf_th�ads_�e��
 = 0;

741 
u�t32_t
 
pktq_�_�v_�e��
 = 0;

742 
u�t32_t
 
�v_que_h�d�r_�e��
 = 0;

743 
u�t32_t
 
�v_to_pub_m�_�e��
 = 0;

744 
u�t8_t
 
n_�v_�_p�t
 = 0;

745 
u�t32_t
 
i
;

748 
p
->
n_lb_tu�es
 = 0;

750 i�(
LOADB_DEBUG
 > 2)

751 
	`��tf
("LOADB�ipeline_loadb_parse_args�arams->n_args: %d\n",

752 
��ms
->
n_�gs
);

754 
i
 = 0; i < 
��ms
->
n_�gs
; i++) {

755 *
�g_�me
 = 
��ms
->
�gs_�me
[
i
];

756 *
�g_v�ue
 = 
��ms
->
�gs_v�ue
[
i
];

758 i�(
LOADB_DEBUG
 > 2)

759 
	`��tf
("LOADB�rgs[%d]: %�%d, %s\n", 
i
, 
�g_�me
,

760 
	`�oi
(
�g_v�ue
),�rg_value);

763 i�(
	`�rcmp
(
�g_�me
, "outport_offset") == 0) {

764 i�(
ou��t_off�t_�e��
)

766 
ou��t_off�t_�e��
 = 1;

768 
p
->
ou��t_off�t
 = 
	`�oi
(
�g_v�ue
);

769 i�(
p
->
ou��t_off�t
 <= 0) {

770 
	`��tf
("Outport_offset is invalid\n");

773 
	`��tf
("ou��t_off�t: 0x%x\n", 
p
->
ou��t_off�t
);

777 i�(
	`�rcmp
(
�g_�me
, "n_vnf_threads") == 0) {

778 i�(
n_vnf_th�ads_�e��
)

780 
n_vnf_th�ads_�e��
 = 1;

782 
p
->
n_vnf_th�ads
 = 
	`�oi
(
�g_v�ue
);

784 
tٮ_vnf_th�ads
 +�
p
->
n_vnf_th�ads
;

786 i�((
p
->
n_vnf_th�ads
 <= 0)

787 || (
tٮ_vnf_th�ads
 > 
MAX_VNF_THREADS
)) {

788 
	`��tf
("n_vnf_threads : MIN->0 MAX->16\n");

791 
	`��tf
("n_vnf_th�ad� : 0x%x\n", 
p
->
n_vnf_th�ads
);

792 
	`��tf
("tٮ_vnf_th�ads: 0x%x\n", 
tٮ_vnf_th�ads
);

797 i�(
	`�rcmp
(
�g_�me
, "pktq_in_prv") == 0) {

798 i�(
pktq_�_�v_�e��
) {

799 
	`��tf
("Duplicate�ktq_in_prv ... "

803 
pktq_�_�v_�e��
 = 1;

805 
rxp�t
 = 0, 
j
 = 0;

806 
phy_p�t_num
[8];

807 *
tok�
 = 
	`��ok
(
�g_v�ue
, "RXQ");

808 
tok�
) {

809 
j
 = 0;

810 (
j
 < 7�&& (
tok�
[j] != '.')) {

811 
phy_p�t_num
[
j
] = 
tok�
[j];

812 
j
++;

814 
phy_p�t_num
[
j
] = '\0';

815 
rxp�t
 = 
	`�oi
(
phy_p�t_num
);

816 
	`��tf
("token: %s,�hy_port_str: %s, "

818 
tok�
, 
phy_p�t_num
, 
rxp�t
);

819 
�v_�_p�t_a
[
n_�v_�_p�t
++] = 
rxp�t
;

821 i�(
rxp�t
 < 0xff){

822 if(
rxp�t
 < 
PIPELINE_MAX_PORT_IN
)

823 
�_p�t_d�_a
[
rxp�t
] = 1;

825 
tok�
 = 
	`��ok
(
NULL
, "RXQ");

828 i�(
n_�v_�_p�t
 == 0) {

829 
	`��tf
("VNF common�arse�rror - "

838 i�(
	`�rcmp
(
�g_�me
, "prv_que_handler") == 0) {

840 i�(
�v_que_h�d�r_�e��
) {

841 
	`��tf
("Duplicate�ktq_in_prv ..\n\n");

844 
�v_que_h�d�r_�e��
 = 1;

845 
n_�v_�_p�t
 = 0;

847 *
tok�
;

848 
rxp�t
 = 0;

850 
tok�
 = 
	`��ok
(
�g_v�ue
, "(");

851 
tok�
 = 
	`��ok
(token, ")");

852 
tok�
 = 
	`��ok
(token, ",");

853 
	`��tf
("*****�rv_que_handler *****\n");

854 i�(
tok�
)

855 
	`��tf
("�r�g i�:%s\n", 
tok�
);

857 i�(
tok�
)

859 
	`��tf
("�r�g i�:%s\n", 
tok�
);

862 
tok�
 !�
NULL
) {

863 
	`��tf
(" %s\n", 
tok�
);

864 
rxp�t
 = 
	`�oi
(
tok�
);

865 
�v_que_p�t_�dex
[
n_�v_�_p�t
++] = 
rxp�t
;

866 i�(
rxp�t
 < 0xff){

867 if(
rxp�t
 < 
PIPELINE_MAX_PORT_IN
)

868 
�_p�t_eg�ss_�v
[
rxp�t
] = 1;

870 
p
->
n_�v_Q
++;

871 
tok�
 = 
	`��ok
(
NULL
, ",");

874 i�(
n_�v_�_p�t
 == 0) {

875 
	`��tf
("VNF common�arse�rr -�o�rv RX�hy�ort\n");

882 i�(
	`�rcmp
(
�g_�me
, "prv_to_pub_map") == 0) {

883 i�(
�v_to_pub_m�_�e��
) {

884 
	`��tf
("Duplicated�rv_to_pub_map ... "

888 
�v_to_pub_m�_�e��
 = 1;

890 
rxp�t
 = 0, 
txp�t
 = 0, 
j
 = 0, 
k
 = 0;

891 
rx_phy_p�t_num
[5];

892 
tx_phy_p�t_num
[5];

893 *
tok�
 = 
	`��ok
(
�g_v�ue
, "(");

894 
tok�
) {

895 
j
 = 0;

896 (
j
 < 4�&& (
tok�
[j] != ',')) {

897 
rx_phy_p�t_num
[
j
] = 
tok�
[j];

898 
j
++;

900 
rx_phy_p�t_num
[
j
] = '\0';

901 
rxp�t
 = 
	`�oi
(
rx_phy_p�t_num
);

903 
j
++;

904 
k
 = 0;

905 (
k
 < 4�&& (
tok�
[
j
+k] != ')')) {

906 
tx_phy_p�t_num
[
k
] = 
tok�
[
j
+k];

907 
k
++;

909 
tx_phy_p�t_num
[
k
] = '\0';

910 
txp�t
 = 
	`�oi
(
tx_phy_p�t_num
);

912 
	`��tf
("token: %s,rx_phy_port_str: %s,�hy_port_num "

914 
tok�
, 
rx_phy_p�t_num
, 
rxp�t
,

915 
tx_phy_p�t_num
, 
txp�t
);

916 if(
rxp�t
 < 
PIPELINE_MAX_PORT_IN
)

917 i�((
rxp�t
 >�
PIPELINE_MAX_PORT_IN
) ||

918 (
txp�t
 >�
PIPELINE_MAX_PORT_IN
) ||

919 (
�_p�t_d�_a
[
rxp�t
] != 1)) {

920 
	`��tf
("CG-NAPT�arse�rror - "

922 "Tx %d, Rx D� %d\n", 
rxp�t
, 
txp�t
,

923 
�_p�t_d�_a
[
rxp�t
]);

927 i�(
rxp�t
 < 0xff){

928 i�(
rxp�t
 < 
PIPELINE_MAX_PORT_IN
)

929 
�v_to_pub_m�
[
rxp�t
] = 
txp�t
;

931 i�(
txp�t
 < 0xff)

932 if(
txp�t
 < 
PIPELINE_MAX_PORT_IN
)

933 
pub_to_�v_m�
[
txp�t
] = 
rxp�t
;

934 
tok�
 = 
	`��ok
(
NULL
, "(");

940 i�(
	`�rcmp
(
�g_�me
, "n_lb_tuples") == 0) {

941 
p
->
n_lb_tu�es
 = 
	`�oi
(
�g_v�ue
);

942 
	`��tf
("n_lb_tu�es: 0x%x\n", 
p
->
n_lb_tu�es
);

946 i�(
	`�rcmp
(
�g_�me
, "loadb_debug") == 0) {

947 
LOADB_DEBUG
 = 
	`�oi
(
�g_v�ue
);

955 i�((
n_vnf_th�ads_�e��
 =�0�|| (
ou��t_off�t_�e��
 == 0))

960 
	}
}

962 
	$check_l�db_th�ad
(

963 
�p_��ms
 *
�p
,

964 
p���e_��ms
 *
��ms
,

965 
�t32_t
 
n_vnf_th�ads
)

967 
u�t32_t
 
i
;

968 
p���e_num
 = 0;

969 
cou�
 = 0;

970 
d�t_��
 = 
	`ss�nf
(
��ms
->
�me
, "PIPELINE%d", &
p���e_num
);

971 i�(
d�t_��
 != 1)

974 
i
 = 
p���e_num
 + 2; i < 
�p
->
n_p���es
; i++) {

975 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

976 i�(!
	`��cmp
(
p
->
ty�
, "LOADB", 
	`���
(p->type)))

978 
cou�
++;

980 i�(
n_vnf_th�ads
 !�
cou�
)

984 
	}
}

986 *
	$p���e_l�db_��
(

987 
p���e_��ms
 *
��ms
,

988 
__�e_unu�d
 *
�g
)

992 
p���e
 *
p
;

993 
p���e_l�db
 *
p_l�db
;

994 
u�t32_t
 
size
, 
i
, 
�_p�ts_�g_size
;

997 i�((
��ms
 =�
NULL
) ||

998 (
��ms
->
n_p�ts_�
 =�0�|| (��ms->
n_p�ts_out
 == 0))

999  
NULL
;

1002 
size
 = 
	`RTE_CACHE_LINE_ROUNDUP
((
p���e_l�db
));

1003 
p
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

1004 
p_l�db
 = (
p���e_l�db
 *)
p
;

1005 i�(
p
 =�
NULL
)

1006  
NULL
;

1008 
	`�r�y
(
p
->
�me
, 
��ms
->name);

1009 
p
->
log_�v�
 = 
��ms
->log_level;

1011 
	`PLOG
(
p
, 
HIGH
, "LOADB");

1013 
p_l�db
->
n_vnf_th�ads
 = 0;

1014 
p_l�db
->
ou��t_off�t
 = 0;

1015 
p_l�db
->
��ivedLBPktCou�
 = 0;

1016 
p_l�db
->
drݳdLBPktCou�
 = 0;

1017 
i
 = 0; i < 
PIPELINE_MAX_PORT_IN
; i++) {

1018 
p_l�db
->
l�ks_m�
[
i
] = 0xff;

1020 
p_l�db
->
p���e_num
 = 0xff;

1021 
p_l�db
->
n_�v_Q
 = 0;

1022 
p_l�db
->
n_pub_Q
 = 0;

1026 i�(
	`p���e_l�db_�r�_�gs
(
p_l�db
, 
��ms
))

1027  
NULL
;

1031 
�e_p���e_��ms
 
p���e_��ms
 = {

1032 .
�me
 = "LOADB",

1033 .
sock�_id
 = 
��ms
->socket_id,

1034 .
off�t_p�t_id
 = 0,

1037 
p
->��
	`�e_p���e_���
(&
p���e_��ms
);

1038 i�(
p
->�=�
NULL
) {

1039 
	`�e_�
(
p
);

1040  
NULL
;

1043 
	`��tf
("L�db�->�%p, sock� %d\n", 
p
->p,

1044 
p���e_��ms
.
sock�_id
);

1048 
�_p�ts_�g_size
 =

1049 
	`RTE_CACHE_LINE_ROUNDUP
(((
p���e_l�db_�_p�t_h_�g
))

1050 * (
��ms
->
n_p�ts_�
));

1051 
p���e_l�db_�_p�t_h_�g
 *
�
 =

1052 (
p���e_l�db_�_p�t_h_�g
 *)

1053 
	`�e_zm�loc
(
NULL
,

1054 
�_p�ts_�g_size
,

1055 
RTE_CACHE_LINE_SIZE
);

1056 i�(
�
 =�
NULL
)

1057  
NULL
;

1059 
	`��tf
("��o���%p\n", 
�
);

1062 
p
->
n_p�ts_�
 = 
��ms
->n_ports_in;

1063 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

1065 (
�
[
i
]).
p
 = 
p_l�db
;

1066 (
�
[
i
]).
�_p�t_id
 = i;

1068 
�e_p���e_p�t_�_��ms
 
p�t_��ms
 = {

1069 .
�s
 =

1070 
	`p���e_p�t_�_��ms_g�_�s
(&
��ms
->
p�t_�


1071 [
i
]),

1072 .
�g_���
 =

1073 
	`p���e_p�t_�_��ms_c�v�t
(&
��ms
->
p�t_�


1074 [
i
]),

1076 .
f_a�i�
 = 
NULL
,

1077 .
�g_ah
 = &(
�
[
i
]),

1078 .
bur�_size
 = 
��ms
->
p�t_�
[
i
].burst_size,

1082 i�(
	`is_p�t_�dex_�iv�
(
i
)) {

1083 
	`��tf
("LOADB %d�܈i�Prv\n", 
i
);

1084 
p�t_��ms
.
f_a�i�
 = 
p�t_�_ah_l�db_key_�v
;

1086 
	`��tf
("LOADB %d�܈i�Pub\n", 
i
);

1087 
p�t_��ms
.
f_a�i�
 = 
p�t_�_ah_l�db_key_pub
;

1090 
��us
 = 
	`�e_p���e_p�t_�_���
(
p
->p,

1091 &
p�t_��ms
,

1092 &
p
->
p�t_�_id
[
i
]);

1094 i�(
��us
) {

1095 
	`�e_p���e_�
(
p
->p);

1096 
	`�e_�
(
p
);

1097  
NULL
;

1102 
p_l�db
->
n_pub_Q
 =�_l�db->
p
.
n_p�ts_�
 -�_l�db->
n_�v_Q
;

1103 
	`��tf
("LOADB :�_prv_Q - %d�_pub_Q - %d\n",

1104 
p_l�db
->
n_�v_Q
,�_l�db->
n_pub_Q
);

1106 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

1107 
	`��tf
("is_p�t_�dex_�iv�(%d): %d\n", 
i
,

1108 
	`is_p�t_�dex_�iv�
(
i
));

1109 
	`��tf
("is_phy_p�t_�iv�(%d): %d\n", 
i
,

1110 
	`is_phy_p�t_�iv�
(
i
));

1111 
	`��tf
("a�i� h�d˸o�%d:%p\n", 
i
,

1112 
p_l�db
->
p
.p->
p�ts_�
[
i
].
f_a�i�
);

1116 
p
->
n_p�ts_out
 = 
��ms
->n_ports_out;

1117 
i
 = 0; i < 
p
->
n_p�ts_out
; i++) {

1118 
�e_p���e_p�t_out_��ms
 
p�t_��ms
 = {

1119 .
�s
 =

1120 
	`p���e_p�t_out_��ms_g�_�s
(&
��ms
->
p�t_out


1121 [
i
]),

1122 .
�g_���
 =

1123 
	`p���e_p�t_out_��ms_c�v�t
(&
��ms
->
p�t_out


1124 [
i
]),

1125 .
f_a�i�
 = 
NULL
,

1126 .
�g_ah
 = 
NULL
,

1129 
��us
 = 
	`�e_p���e_p�t_out_���
(
p
->p,

1130 &
p�t_��ms
,

1131 &
p
->
p�t_out_id
[
i
]);

1133 i�(
��us
) {

1134 
	`�e_p���e_�
(
p
->p);

1135 
	`�e_�
(
p
);

1136  
NULL
;

1139 
	`��tf
("Ou�܈p->p�t_out_id[%d] %p\n", 
i
,

1140 &
p
->
p�t_out_id
[
i
]);

1143 
p���e_num
 = 0;

1144 
d�t_��
 = 
	`ss�nf
(
��ms
->
�me
, "PIPELINE%d", &
p���e_num
);

1145 i�(
d�t_��
 != 1) {

1146 
	`��tf
("Unable�o�ead�ipeline�umber\n");

1147  
NULL
;

1149 
p_l�db
->
p���e_num
 =�ipeline_num;

1151 
	`�t_ou��t_id
(
p���e_num
, 
p
, 
lb_ou��t_id
);

1152 
	`�t_phy_ou��t_m�
(
p���e_num
, 
p_l�db
->
l�ks_m�
);

1154 
	`�t_p�t_to_l�db_m�
(
p���e_num
);

1156 
	`�gi��_l�db_to_�p
(
p���e_num
, 
p
, 
�p
);

1158 
	`�gi��_p���e_Qs
(
p_l�db
->
p���e_num
, 
p
);

1159 
	`�t_l�k_m�
(
p_l�db
->
p���e_num
, 
p
,�_l�db->
l�ks_m�
);

1163 
p
->
n_�b�s
 = 1;

1166 
�e_�b�_��y_��ms
 
�b�_��y_��ms
 = {

1167 .
n_���s
 = 
MAX_VNF_THREADS
,

1168 .
off�t
 = 
p_l�db
->
ou��t_off�t
,

1170 
�e_p���e_�b�_��ms
 
�b�_��ms
 = {

1171 .
�s
 = &
�e_�b�_��y_�s
,

1172 .
�g_���
 = &
�b�_��y_��ms
,

1173 .
f_a�i�_h�
 = 
NULL
,

1174 .
f_a�i�_miss
 = 
NULL
,

1175 .
�g_ah
 = 
p_l�db
,

1176 .
a�i�_d�a_size
 = 0,

1179 
��us
;

1181 
��us
 = 
	`�e_p���e_�b�_���
(
p
->p,

1182 &
�b�_��ms
,

1183 &
p
->
�b�_id
[0]);

1185 i�(
��us
) {

1186 
	`�e_p���e_�
(
p
->p);

1187 
	`�e_�
(
p
);

1188  
NULL
;

1193 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

1194 
��us
 = 
	`�e_p���e_p�t_�_c���_to_�b�
(

1195 
p
->p,

1196 
p
->
p�t_�_id
[
i
],

1197 
p
->
�b�_id
[0]);

1199 i�(
��us
) {

1200 
	`�e_p���e_�
(
p
->p);

1201 
	`�e_�
(
p
);

1202  
NULL
;

1207 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

1208 
��us
 = 
	`�e_p���e_p�t_�_�ab�
(
p
->p,

1209 
p
->
p�t_�_id
[
i
]);

1211 i�(
��us
) {

1212 
	`�e_p���e_�
(
p
->p);

1213 
	`�e_�
(
p
);

1214  
NULL
;

1220 
i
 = 0; i < 
MAX_VNF_THREADS
; i++) {

1221 
�e_�b�_��y_key
 
key
 = {

1222 .
pos
 = 
i
,

1224 
l�db_�b�_��y
 
��y
;

1225 
��y
.
h�d
.
a�i�
 = 
RTE_PIPELINE_ACTION_PORT
;

1227 i�(
i
 < 
p
->
n_p�ts_out
) {

1228 
��y
.
h�d
.
p�t_id
 = 
p
->
p�t_out_id
[
i
];

1229 
	`��tf
("\n�%d,�->p�t_out_id[%d] %d", 
i
, i,

1230 
p
->
p�t_out_id
[
i
]);

1233 
��y
.
h�d
.
p�t_id
 = 
p
->
p�t_out_id
[0];

1234 
��y
.
h�d
.
a�i�
 = 
RTE_PIPELINE_ACTION_DROP
;

1237 
�e_p���e_�b�_��y
 *
��y_�r
;

1238 
key_found
, 
��us
;

1239 
��us
 = 
	`�e_p���e_�b�_��y_add
(

1240 
p
->p,

1241 
p
->
�b�_id
[0],

1242 &
key
,

1243 (
�e_p���e_�b�_��y
 *)

1244 &
��y
,

1245 &
key_found
,

1246 &
��y_�r
);

1247 i�(
��us
) {

1248 
	`�e_p���e_�
(
p
->p);

1249 
	`�e_�
(
p
);

1250  
NULL
;

1256 
�e_p���e_�b�_��y
 
de�u�_��y
 = {

1257 .
a�i�
 = 
RTE_PIPELINE_ACTION_PORT
,

1259 .
p�t_id
 = 
p
->
p�t_out_id
[0],

1262 
�e_p���e_�b�_��y
 *
de�u�_��y_�r
;

1264 
��us
 = 
	`�e_p���e_�b�_de�u�_��y_add
(

1265 
p
->p,

1266 
p
->
�b�_id
[0],

1267 &
de�u�_��y
,

1268 &
de�u�_��y_�r
);

1270 i�(
��us
) {

1271 
	`�e_p���e_�
(
p
->p);

1272 
	`�e_�
(
p
);

1273  
NULL
;

1279 i�(
	`�e_p���e_check
(
p
->p) < 0) {

1280 
	`�e_p���e_�
(
p
->p);

1281 
	`�e_�
(
p
);

1282  
NULL
;

1286 
p
->
n_msgq
 = 
��ms
->n_msgq;

1287 
i
 = 0; i < 
p
->
n_msgq
; i++)

1288 
p
->
msgq_�
[
i
] = 
��ms
->msgq_in[i];

1289 
i
 = 0; i < 
p
->
n_msgq
; i++)

1290 
p
->
msgq_out
[
i
] = 
��ms
->msgq_out[i];

1293 
	`mem�y
(
p
->
h�d�rs
, handlers, (p->handlers));

1294 
	`mem�y
(
p_l�db
->
cu�om_h�d�rs
,

1295 
cu�om_h�d�rs
, (
p_l�db
->custom_handlers));

1297  
p
;

1298 
	}
}

1300 
	$p���e_l�db_�
(*
p���e
)

1302 
p���e
 *
p
 = (pipeline *)pipeline;

1305 i�(
p
 =�
NULL
)

1309 
	`�e_p���e_�
(
p
->p);

1310 
	`�e_�
(
p
);

1312 
	}
}

1315 
	$p���e_l�db_�ack
(*
p���e
,

1316 
__�e_unu�d
 
u�t32_t
 
p�t_�
, u�t32_�*
p�t_out
)

1318 
p���e
 *
p
 = (pipeline *)pipeline;

1321 i�((
p
 =�
NULL
�|| (
p�t_�
 >�p->
n_p�ts_�
�|| (
p�t_out
 == NULL))

1324 i�(
p
->
n_p�ts_�
 == 1) {

1325 *
p�t_out
 = 0;

1330 
	}
}

1332 
	$p���e_l�db_tim�
(*
p���e
)

1334 
p���e
 *
p
 = (pipeline *)pipeline;

1336 
	`p���e_msg_�q_h�d�
(
p
);

1337 
	`�e_p���e_�ush
(
p
->p);

1340 
	}
}

1342 *
	$p���e_l�db_msg_�q_��y_dbg_h�d�r
(
p���e
 *
p
, *
msg
)

1344 
p���e_l�db_��y_dbg_msg_r�
 *
r�
 = 
msg
;

1345 
u�t8_t
 *
Msg
 = 
msg
;

1346 
p���e_l�db
 *
p_l�db
 = (p���e_l�db *)
p
;

1348 
r�
->
��us
 = 0;

1350 
	`��tf
("LoadB debug handler called with�rgs %x %x, offset %d\n",

1351 
Msg
[
LOADB_DBG_CMD_OFST
], Msg[LOADB_DBG_CMD_OFST + 1],

1352 
LOADB_DBG_CMD_OFST
);

1354 i�(
Msg
[
LOADB_DBG_CMD_OFST
] =�
LOADB_DBG_CMD_STATS_SHOW
) {

1355 
	`��tf
("\nL�dB Pack� S�ts: Re�ived %" 
PRIu64
 "\n",

1356 
p_l�db
->
��ivedLBPktCou�
);

1357  
r�
;

1359 i�(
Msg
[
LOADB_DBG_CMD_OFST
] =�
LOADB_DBG_CMD_STATS_CLEAR
) {

1360 
	`��tf
("\nL�dB Pack� S�ts: Re�ived %" 
PRIu64
 "\n",

1361 
p_l�db
->
��ivedLBPktCou�
);

1362 
p_l�db
->
��ivedLBPktCou�
 = 0;

1363  
r�
;

1366 i�(
Msg
[
LOADB_DBG_CMD_OFST
] =�
LOADB_DBG_CMD_DBG_LEVEL
) {

1367 
LOADB_DEBUG
 = 
Msg
[
LOADB_DBG_CMD_OFST
 + 1];

1368 
	`��tf
("LOADB Debug�ev� s���%d\n", 
LOADB_DEBUG
);

1369 
lb_pkt_��t_cou�
 = 0;

1370  
r�
;

1372 i�(
Msg
[
LOADB_DBG_CMD_OFST
] =�
LOADB_DBG_CMD_DBG_SHOW
) {

1373 
	`��tf
("\nL�dB DBG Lev�: %u\n", 
LOADB_DEBUG
);

1374  
r�
;

1376 i�(
Msg
[
LOADB_DBG_CMD_OFST
] =�
LOADB_DBG_CMD_IF_STATS
) {

1377 
	`��tf
("\n");

1378 
u�t8_t
 
i
, 
j
;

1380 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

1381 
�e_�h_��s
 
��s
;

1382 
	`�e_�h_��s_g�
(
p_l�db
->
l�ks_m�
[
i
], &
��s
);

1383 i�(
	`is_phy_p�t_�iv�
(
i
))

1384 
	`��tf
("Priv��P܈S�t�%d\n", 
i
);

1386 
	`��tf
("Publi�P܈S�t� %d\n", 
i
);

1387 
	`��tf
("\n\t�ack��: %" 
PRIu64
 "\n\topackets : %"

1388 
PRIu64
 "\n\tierrors : %" PRIu64

1389 "\n\tۼܠ : %" 
PRIu64
 "\n\trx_nombuf: %"

1390 
PRIu64
 "\n", 
��s
.
�ack�s
, s�ts.
�ack�s
,

1391 
��s
.
���s
, s�ts.
ۼ�s
, s�ts.
rx_nombuf
);

1392 i�(
	`is_phy_p�t_�iv�
(
i
))

1393 
	`��tf
("Private Q: ");

1395 
	`��tf
("Public Q: ");

1396 
j
 = 0; j < 
RTE_ETHDEV_QUEUE_STAT_CNTRS
; j++)

1397 
	`��tf
(" %" 
PRIu64
 ", %" PRIu64 "|",

1398 
��s
.
q_�ack�s
[
j
],

1399 
��s
.
q_�ack�s
[
j
]);

1401 
	`��tf
("\n\n");

1404  
r�
;

1407  
r�
;

1409 
	}
}

1411 
p���e_be_�s
 
	gp���e_l�db_be_�s
 = {

1412 .
f_��
 = 
p���e_l�db_��
,

1413 .
	gf_�
 = 
p���e_l�db_�
,

1414 .
	gf_run
 = 
NULL
,

1415 .
	gf_tim�
 = 
p���e_l�db_tim�
,

1416 .
	gf_�ack
 = 
p���e_l�db_�ack
,

	@VIL/pipeline_loadb/pipeline_loadb_be.h

17 #i�de�
__INCLUDE_PIPELINE_LOADB_BE_H__


18 

	#__INCLUDE_PIPELINE_LOADB_BE_H__


	)

20 
	~<�e_�.h
>

21 
	~"p���e_comm�_be.h
"

22 
	~<�p.h
>

24 

	#MBUF_HDR_ROOM
 256

	)

25 

	#ETH_HDR_SIZE
 14

	)

26 

	#IP_HDR_SRC_ADR_OFST
 12

	)

27 

	#IP_HDR_DST_ADR_OFST
 16

	)

28 

	#IP_HDR_PROTOCOL_OFST
 9

	)

29 

	#IP_HDR_SIZE
 20

	)

30 

	#IPV6_HDR_SRC_ADR_OFST
 8

	)

31 

	#IPV6_HDR_DST_ADR_OFST
 24

	)

32 

	#IPV6_HDR_PROTOCOL_OFST
 6

	)

33 

	#IPV6_HDR_SIZE
 40

	)

34 

	#IP_PROTOCOL_TCP
 6

	)

35 

	#IP_PROTOCOL_UDP
 17

	)

36 

	#PIPELINE_LOADB_KEY_MAX_SIZE
 64

	)

38 

	#LOADB_ING_DIR
 0

	)

39 

	#LOADB_EGR_DIR
 1

	)

41 

	#LOADB_DBG_CMD_OFST
 8

	)

42 

	#LOADB_DBG_CMD_STATS_SHOW
 0

	)

43 

	#LOADB_DBG_CMD_STATS_CLEAR
 1

	)

44 

	#LOADB_DBG_CMD_DBG_LEVEL
 2

	)

45 

	#LOADB_DBG_CMD_DBG_SHOW
 3

	)

46 

	#LOADB_DBG_CMD_IF_STATS
 4

	)

47 

	#LOADB_DBG_CMD_OFST1
 10

	)

49 

	#PIPELINE_LOADB_KEY_PORT_IN_AH
(
f_ah
, 
f_pkt_w�k
, 
f_pkt4_w�k
) \

51 
	`f_ah
( \

52 
__�e_unu�d
 
�e_p���e
 *
�e_p
, \

53 
�e_mbuf
 **
pkts
, \

54 
u�t32_t
 
n_pkts
, \

55 *
�g
) \

57 
u�t32_t
 
i
, 
j
; \

59 
j
 = 0; j < 
n_pkts
; j++) \

60 
	`�e_�e�tch0
(
pkts
[
j
]); \

61 
pkt_bur�_�t
 = 0; \

62 
i
 = 0; i < (
n_pkts
 & (~0x3LLU)); i += 4) \

63 
	`f_pkt4_w�k
(&
pkts
[
i
], i, 
�g
); \

65  ; 
i
 < 
n_pkts
; i++) \

66 
	`f_pkt_w�k
(
pkts
[
i
], i, 
�g
); \

70 }

	)

72 
u�t8_t
 
LOADB_DEBUG
;

73 
u�t8_t
 
�_p�t_eg�ss_�v
[
PIPELINE_MAX_PORT_IN
];

74 
u�t8_t
 
�v_que_p�t_�dex
[
PIPELINE_MAX_PORT_IN
];

75 
u�t8_t
 
�_p�t_d�_a
[
PIPELINE_MAX_PORT_IN
];

77 
u�t8_t
 
g�_�_p�t_d�
(uint8_t);

78 
u�t8_t
 
is_p�t_�dex_�iv�
(
u�t16_t
);

79 
u�t8_t
 
is_phy_p�t_�iv�
(
u�t16_t
);

80 
u�t32_t
 
g�_�v_to_pub_p�t
(u�t32_�*
�_addr
, 
u�t8_t
 
ty�
);

81 
u�t32_t
 
g�_pub_to_�v_p�t
(u�t32_�*
�_addr
, 
u�t8_t
 
ty�
);

82 
u�t8_t
 
�v_to_pub_m�
[
PIPELINE_MAX_PORT_IN
];

90 
	sp���e_l�db_�_p�t_h_�g
 {

91 
p���e_l�db
 *
	mp
;

92 
u�t8_t
 
	m�_p�t_id
;

98 
	ep���e_l�db_msg_�q_ty�
 {

100 
	mPIPELINE_LOADB_MSG_REQ_ENTRY_DBG
,

101 
	mPIPELINE_LOADB_MSG_REQS


107 
	sp���e_l�db_��y_dbg_msg_�q
 {

108 
p���e_msg_�q_ty�
 
	mty�
;

109 
p���e_l�db_msg_�q_ty�
 
	msubty�
;

112 
u�t8_t
 
	md�a
[5];

115 
	sp���e_l�db_��y_dbg_msg_r�
 {

116 
	m��us
;

117 *
	m��y_�r
;

120 

p���e_be_�s
 
p���e_l�db_be_�s
;

121 
	s�v4_hdr_p�t
 {

122 
�v4_hdr
 
	m�v4
;

123 
u�t16_t
 
	m�c_p�t
;

124 
u�t16_t
 
	md�_p�t
;

126 } 
__��ibu�__
((
__�cked__
));

127 
	s�v6_hdr_p�t
 {

128 
�v6_hdr
 
	m�v6
;

129 
u�t16_t
 
	m�c_p�t
;

130 
u�t16_t
 
	md�_p�t
;

132 } 
__��ibu�__
((
__�cked__
));

134 
	slb_pkt
 {

135 
�h�_hdr
 
	m�h
;

137 
�v4_hdr_p�t
 
	m�v4_p�t
;

138 
�v6_hdr_p�t
 
	m�v6_p�t
;

140 } 
__��ibu�__
((
__�cked__
));

142 
u�t8_t
 
�lcuϋ_lb_th�ad_�v
(
�e_mbuf
 *
pkt
, *
�g
);

143 
u�t8_t
 
�lcuϋ_lb_th�ad_pub
(
�e_mbuf
 *
pkt
, *
�g
);

144 
check_l�db_th�ad
(

145 
�p_��ms
 *
�p
,

146 
p���e_��ms
 *
��ms
,

147 
�t32_t
 
n_vnf_th�ads
);

	@VIL/pipeline_master/pipeline_master.c

17 
	~"p���e_ma��.h
"

18 
	~"p���e_ma��_be.h
"

20 
p���e_�_�s
 
	gp���e_ma��_�_�s
 = {

21 .
f_��
 = 
NULL
,

22 .
	gf_�
 = 
NULL
,

23 .
	gcmds
 = 
NULL
,

26 
p���e_ty�
 
	gp���e_ma��
 = {

27 .
�me
 = "MASTER",

28 .
	gbe_�s
 = &
p���e_ma��_be_�s
,

29 .
	g�_�s
 = &
p���e_ma��_�_�s
,

	@VIL/pipeline_master/pipeline_master.h

17 #i�de�
__INCLUDE_PIPELINE_MASTER_H__


18 

	#__INCLUDE_PIPELINE_MASTER_H__


	)

20 
	~"p���e.h
"

22 

p���e_ty�
 
p���e_ma��
;

	@VIL/pipeline_master/pipeline_master_be.c

17 
	~<f��.h
>

18 
	~<uni�d.h
>

20 
	~<�e_comm�.h
>

21 
	~<�e_m�loc.h
>

23 
	~<cmdl�e_�r�.h
>

24 
	~<cmdl�e_�r�_�r�g.h
>

25 
	~<cmdl�e_sock�.h
>

26 
	~<cmdl�e.h
>

28 
	~"�p.h
"

29 
	~"p���e_ma��_be.h
"

31 
	sp���e_ma��
 {

32 
�p_��ms
 *
	m�p
;

33 
cmdl�e
 *
	m�
;

34 
	ms��t_f�e_d�e
;

35 } 
	g__�e_�che_�ig�d
;

38 
	$p���e_��
(
__�e_unu�d
 
p���e_��ms
 *
��ms
, *
�g
)

40 
�p_��ms
 *
�p
 = (�p_��m�*�
�g
;

41 
p���e_ma��
 *
p
;

42 
u�t32_t
 
size
;

45 i�(
�p
 =�
NULL
)

46  
NULL
;

49 
size
 = 
	`RTE_CACHE_LINE_ROUNDUP
((
p���e_ma��
));

50 
p
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

51 i�(
p
 =�
NULL
)

52  
NULL
;

55 
p
->
�p
 =�pp;

57 
p
->
�
 = 
	`cmdl�e_�d�_�w
(
�p
->
cmds
, "pipeline> ");

58 i�(
p
->
�
 =�
NULL
) {

59 
	`�e_�
(
p
);

60  
NULL
;

63 
p
->
s��t_f�e_d�e
 = 0;

64 i�(
�p
->
s��t_f�e
 =�
NULL
)

65 
p
->
s��t_f�e_d�e
 = 1;

67  (*�
p
;

68 
	}
}

71 
	$p���e_�
(*
p���e
)

73 
p���e_ma��
 *
p
 = (p���e_ma�� *�
p���e
;

75 i�(
p
 =�
NULL
)

76  -
EINVAL
;

78 
	`cmdl�e_�d�_ex�
(
p
->
�
);

79 
	`�e_�
(
p
);

82 
	}
}

85 
	$p���e_run
(*
p���e
)

87 
p���e_ma��
 *
p
 = (p���e_ma�� *�
p���e
;

88 
��us
;

90 i�(
p
->
s��t_f�e_d�e
 == 0) {

91 
�p_��ms
 *
�p
 = 
p
->app;

92 
fd
 = 
	`ݒ
(
�p
->
s��t_f�e
, 
O_RDONLY
);

94 i�(
fd
 < 0)

95 
	`��tf
("Cannot open CLI script file \"%s\"\n",

96 
�p
->
s��t_f�e
);

98 
cmdl�e
 *
f�e_�
;

100 
	`��tf
("Running CLI script file \"%s\" ...\n",

101 
�p
->
s��t_f�e
);

102 
f�e_�
 = 
	`cmdl�e_�w
(
p
->
�
->
�x
, "", 
fd
, 1);

103 
	`cmdl�e_����
(
f�e_�
);

104 
	`�o�
(
fd
);

107 
p
->
s��t_f�e_d�e
 = 1;

110 
��us
 = 
	`cmdl�e_p�l
(
p
->
�
);

111 i�(
��us
 < 0)

112 
	`�e_�nic
("CLI��Ȕr� (%" 
PRId32
 ")\n", 
��us
);

113 i�(
��us
 =�
RDLINE_EXITED
) {

114 
	`cmdl�e_�d�_ex�
(
p
->
�
);

115 
	`�e_ex�
(0, "Bye!\n");

119 
	}
}

122 
	$p���e_tim�
(
__�e_unu�d
 *
p���e
)

124 
	`�e_tim�_m�age
();

126 
	}
}

128 
p���e_be_�s
 
	gp���e_ma��_be_�s
 = {

129 .
f_��
 = 
p���e_��
,

130 .
	gf_�
 = 
p���e_�
,

131 .
	gf_run
 = 
p���e_run
,

132 .
	gf_tim�
 = 
p���e_tim�
,

133 .
	gf_�ack
 = 
NULL
,

	@VIL/pipeline_master/pipeline_master_be.h

17 #i�de�
__INCLUDE_PIPELINE_MASTER_BE_H__


18 

	#__INCLUDE_PIPELINE_MASTER_BE_H__


	)

20 
	~"p���e_comm�_be.h
"

22 

p���e_be_�s
 
p���e_ma��_be_�s
;

	@VIL/pipeline_passthrough/pipeline_passthrough.c

17 
	~"p���e_�s�hrough.h
"

18 
	~"p���e_�s�hrough_be.h
"

20 
p���e_�_�s
 
	gp���e_�s�hrough_�_�s
 = {

21 .
f_��
 = 
NULL
,

22 .
	gf_�
 = 
NULL
,

23 .
	gcmds
 = 
NULL
,

26 
p���e_ty�
 
	gp���e_�s�hrough
 = {

27 .
�me
 = "PASS-THROUGH",

28 .
	gbe_�s
 = &
p���e_�s�hrough_be_�s
,

29 .
	g�_�s
 = &
p���e_�s�hrough_�_�s
,

	@VIL/pipeline_passthrough/pipeline_passthrough.h

17 #i�de�
__INCLUDE_PIPELINE_PASSTHROUGH_H__


18 

	#__INCLUDE_PIPELINE_PASSTHROUGH_H__


	)

20 
	~"p���e.h
"

22 

p���e_ty�
 
p���e_�s�hrough
;

	@VIL/pipeline_passthrough/pipeline_passthrough_be.c

17 
	~<�r�g.h
>

19 
	~<�e_comm�.h
>

20 
	~<�e_m�loc.h
>

21 
	~<�e_by��d�.h
>

22 
	~<�e_�b�_�ub.h
>

23 
	~<�e_�b�_hash.h
>

24 
	~<�e_p���e.h
>

26 
	~"p���e_�s�hrough_be.h
"

27 
	~"p���e_a�i�s_comm�.h
"

28 
	~"�r�r.h
"

29 
	~"hash_func.h
"

31 
	sp���e_�s�hrough
 {

32 
p���e
 
	mp
;

33 
p���e_�s�hrough_��ms
 
	m��ms
;

34 
�e_�b�_hash_�_hash
 
	mf_hash
;

35 } 
	g__�e_�che_�ig�d
;

37 
p���e_msg_�q_h�d�r
 
	gh�d�rs
[] = {

38 [
PIPELINE_MSG_REQ_PING
] =

39 
p���e_msg_�q_p�g_h�d�r
,

40 [
PIPELINE_MSG_REQ_STATS_PORT_IN
] =

41 
p���e_msg_�q_��s_p�t_�_h�d�r
,

42 [
PIPELINE_MSG_REQ_STATS_PORT_OUT
] =

43 
p���e_msg_�q_��s_p�t_out_h�d�r
,

44 [
PIPELINE_MSG_REQ_STATS_TABLE
] =

45 
p���e_msg_�q_��s_�b�_h�d�r
,

46 [
PIPELINE_MSG_REQ_PORT_IN_ENABLE
] =

47 
p���e_msg_�q_p�t_�_�ab�_h�d�r
,

48 [
PIPELINE_MSG_REQ_PORT_IN_DISABLE
] =

49 
p���e_msg_�q_p�t_�_di�b�_h�d�r
,

50 [
PIPELINE_MSG_REQ_CUSTOM
] =

51 
p���e_msg_�q_�v�id_h�d�r
,

54 
�l�e
 
__��ibu�__
((
�ways_�l�e
)) 

55 
	$pkt_w�k
(

56 
�e_mbuf
 *
pkt
,

57 *
�g
,

58 
u�t32_t
 
dma_size
,

59 
u�t32_t
 
hash_�ab�d
,

60 
u�t32_t
 
lb_hash
,

61 
u�t32_t
 
p�t_out_pow2
)

63 
p���e_�s�hrough
 *
p
 = 
�g
;

65 
u�t64_t
 *
dma_d�
 = 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkt
,

66 
p
->
��ms
.
dma_d�_off�t
);

67 
u�t64_t
 *
dma_�c
 = 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkt
,

68 
p
->
��ms
.
dma_�c_off�t
);

69 
u�t64_t
 *
dma_mask
 = (u�t64_�*�
p
->
��ms
.
dma_�c_mask
;

70 
u�t32_t
 *
dma_hash
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
,

71 
p
->
��ms
.
dma_hash_off�t
);

72 
u�t32_t
 
i
;

75 
i
 = 0; i < (
dma_size
 / 8); i++)

76 
dma_d�
[
i
] = 
dma_�c
[i] & 
dma_mask
[i];

79 i�(
hash_�ab�d
) {

80 
u�t32_t
 
hash
 = 
p
->
	`f_hash
(
dma_d�
, 
dma_size
, 0);

81 *
dma_hash
 = 
hash
;

83 i�(
lb_hash
) {

84 
u�t32_t
 
p�t_out
;

86 i�(
p�t_out_pow2
)

87 
p�t_out


88 �
hash
 & (
p
->p.
n_p�ts_out
 - 1);

90 
p�t_out


91 �
hash
 % 
p
->p.
n_p�ts_out
;

93 
	`�e_p���e_p�t_out_�ck�_���
(
p
->p.p,

94 
p�t_out
, 
pkt
);

97 
	}
}

99 
�l�e
 
__��ibu�__
((
�ways_�l�e
)) 

100 
	$pkt4_w�k
(

101 
�e_mbuf
 **
pkts
,

102 *
�g
,

103 
u�t32_t
 
dma_size
,

104 
u�t32_t
 
hash_�ab�d
,

105 
u�t32_t
 
lb_hash
,

106 
u�t32_t
 
p�t_out_pow2
)

108 
p���e_�s�hrough
 *
p
 = 
�g
;

110 
u�t64_t
 *
dma_d�0
 = 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkts
[0],

111 
p
->
��ms
.
dma_d�_off�t
);

112 
u�t64_t
 *
dma_d�1
 = 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkts
[1],

113 
p
->
��ms
.
dma_d�_off�t
);

114 
u�t64_t
 *
dma_d�2
 = 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkts
[2],

115 
p
->
��ms
.
dma_d�_off�t
);

116 
u�t64_t
 *
dma_d�3
 = 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkts
[3],

117 
p
->
��ms
.
dma_d�_off�t
);

119 
u�t64_t
 *
dma_�c0
 = 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkts
[0],

120 
p
->
��ms
.
dma_�c_off�t
);

121 
u�t64_t
 *
dma_�c1
 = 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkts
[1],

122 
p
->
��ms
.
dma_�c_off�t
);

123 
u�t64_t
 *
dma_�c2
 = 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkts
[2],

124 
p
->
��ms
.
dma_�c_off�t
);

125 
u�t64_t
 *
dma_�c3
 = 
	`RTE_MBUF_METADATA_UINT64_PTR
(
pkts
[3],

126 
p
->
��ms
.
dma_�c_off�t
);

128 
u�t64_t
 *
dma_mask
 = (u�t64_�*�
p
->
��ms
.
dma_�c_mask
;

130 
u�t32_t
 *
dma_hash0
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkts
[0],

131 
p
->
��ms
.
dma_hash_off�t
);

132 
u�t32_t
 *
dma_hash1
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkts
[1],

133 
p
->
��ms
.
dma_hash_off�t
);

134 
u�t32_t
 *
dma_hash2
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkts
[2],

135 
p
->
��ms
.
dma_hash_off�t
);

136 
u�t32_t
 *
dma_hash3
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkts
[3],

137 
p
->
��ms
.
dma_hash_off�t
);

139 
u�t32_t
 
i
;

142 
i
 = 0; i < (
dma_size
 / 8); i++) {

143 
dma_d�0
[
i
] = 
dma_�c0
[i] & 
dma_mask
[i];

144 
dma_d�1
[
i
] = 
dma_�c1
[i] & 
dma_mask
[i];

145 
dma_d�2
[
i
] = 
dma_�c2
[i] & 
dma_mask
[i];

146 
dma_d�3
[
i
] = 
dma_�c3
[i] & 
dma_mask
[i];

150 i�(
hash_�ab�d
) {

151 
u�t32_t
 
hash0
 = 
p
->
	`f_hash
(
dma_d�0
, 
dma_size
, 0);

152 
u�t32_t
 
hash1
 = 
p
->
	`f_hash
(
dma_d�1
, 
dma_size
, 0);

153 
u�t32_t
 
hash2
 = 
p
->
	`f_hash
(
dma_d�2
, 
dma_size
, 0);

154 
u�t32_t
 
hash3
 = 
p
->
	`f_hash
(
dma_d�3
, 
dma_size
, 0);

156 *
dma_hash0
 = 
hash0
;

157 *
dma_hash1
 = 
hash1
;

158 *
dma_hash2
 = 
hash2
;

159 *
dma_hash3
 = 
hash3
;

161 i�(
lb_hash
) {

162 
u�t32_t
 
p�t_out0
, 
p�t_out1
, 
p�t_out2
, 
p�t_out3
;

164 i�(
p�t_out_pow2
) {

165 
p�t_out0


166 �
hash0
 & (
p
->p.
n_p�ts_out
 - 1);

167 
p�t_out1


168 �
hash1
 & (
p
->p.
n_p�ts_out
 - 1);

169 
p�t_out2


170 �
hash2
 & (
p
->p.
n_p�ts_out
 - 1);

171 
p�t_out3


172 �
hash3
 & (
p
->p.
n_p�ts_out
 - 1);

174 
p�t_out0


175 �
hash0
 % 
p
->p.
n_p�ts_out
;

176 
p�t_out1


177 �
hash1
 % 
p
->p.
n_p�ts_out
;

178 
p�t_out2


179 �
hash2
 % 
p
->p.
n_p�ts_out
;

180 
p�t_out3


181 �
hash3
 % 
p
->p.
n_p�ts_out
;

183 
	`�e_p���e_p�t_out_�ck�_���
(
p
->p.p,

184 
p�t_out0
, 
pkts
[0]);

185 
	`�e_p���e_p�t_out_�ck�_���
(
p
->p.p,

186 
p�t_out1
, 
pkts
[1]);

187 
	`�e_p���e_p�t_out_�ck�_���
(
p
->p.p,

188 
p�t_out2
, 
pkts
[2]);

189 
	`�e_p���e_p�t_out_�ck�_���
(
p
->p.p,

190 
p�t_out3
, 
pkts
[3]);

193 
	}
}

195 

	#PKT_WORK
(
dma_size
, 
hash_�ab�d
, 
lb_hash
, 
p�t_pow2
) \

196 
�l�e
 \

197 
pkt_w�k_size
##
dma_size
##
_hash
##
hash_�ab�d
 \

198 ##
_lb
##
lb_hash
##
_pw
##
	`p�t_pow2
( \

199 
�e_mbuf
 *
pkt
, \

200 *
�g
) \

202 
	`pkt_w�k
(
pkt
, 
�g
, 
dma_size
, 
hash_�ab�d
, 
lb_hash
, 
p�t_pow2
); \

203 }

	)

205 

	#PKT4_WORK
(
dma_size
, 
hash_�ab�d
, 
lb_hash
, 
p�t_pow2
) \

206 
�l�e
 \

207 
pkt4_w�k_size
##
dma_size
##
_hash
##
hash_�ab�d
 \

208 ##
_lb
##
lb_hash
##
_pw
##
	`p�t_pow2
( \

209 
�e_mbuf
 **
pkts
, \

210 *
�g
) \

212 
	`pkt4_w�k
(
pkts
, 
�g
, 
dma_size
, 
hash_�ab�d
, 
lb_hash
, 
p�t_pow2
); \

213 }

	)

215 

	#p�t_�_ah
(
dma_size
, 
hash_�ab�d
, 
lb_hash
, 
p�t_pow2
) \

216 
	`PKT_WORK
(
dma_size
, 
hash_�ab�d
, 
lb_hash
, 
p�t_pow2
) \

217 
	`PKT4_WORK
(
dma_size
, 
hash_�ab�d
, 
lb_hash
, 
p�t_pow2
) \

218 
	`PIPELINE_PORT_IN_AH
(
p�t_�_ah_size
##
dma_size
##
_hash
 \

219 ##
hash_�ab�d
##
_lb
##
lb_hash
##
_pw
##
p�t_pow2
, \

220 
pkt_w�k_size
##
dma_size
##
_hash
##
hash_�ab�d
 \

221 ##
_lb
##
lb_hash
##
_pw
##
p�t_pow2
, \

222 
pkt4_w�k_size
##
dma_size
##
_hash
##
hash_�ab�d
 \

223 ##
_lb
##
lb_hash
##
_pw
##
p�t_pow2
)

	)

226 

	#p�t_�_ah_lb
(
dma_size
, 
hash_�ab�d
, 
lb_hash
, 
p�t_pow2
) \

227 
	`PKT_WORK
(
dma_size
, 
hash_�ab�d
, 
lb_hash
, 
p�t_pow2
) \

228 
	`PKT4_WORK
(
dma_size
, 
hash_�ab�d
, 
lb_hash
, 
p�t_pow2
) \

229 
	`PIPELINE_PORT_IN_AH_HIJACK_ALL
( \

230 
p�t_�_ah_size
##
dma_size
##
_hash
##
hash_�ab�d
 \

231 ##
_lb
##
lb_hash
##
_pw
##
p�t_pow2
, \

232 
pkt_w�k_size
##
dma_size
##
_hash
##
hash_�ab�d
 \

233 ##
_lb
##
lb_hash
##
_pw
##
p�t_pow2
, \

234 
pkt4_w�k_size
##
dma_size
##
_hash
##
hash_�ab�d
 \

235 ##
_lb
##
lb_hash
##
_pw
##
p�t_pow2
)

	)

239 
	$p�t_�_ah
(8, 0, 0, 0)

240 
	$p�t_�_ah
(8, 1, 0, 0)

241 
	$p�t_�_ah_lb
(8, 1, 1, 0)

242 
	$p�t_�_ah_lb
(8, 1, 1, 1)

244 
	$p�t_�_ah
(16, 0, 0, 0)

245 
	$p�t_�_ah
(16, 1, 0, 0)

246 
	$p�t_�_ah_lb
(16, 1, 1, 0)

247 
	$p�t_�_ah_lb
(16, 1, 1, 1)

249 
	$p�t_�_ah
(24, 0, 0, 0)

250 
	$p�t_�_ah
(24, 1, 0, 0)

251 
	$p�t_�_ah_lb
(24, 1, 1, 0)

252 
	$p�t_�_ah_lb
(24, 1, 1, 1)

254 
	$p�t_�_ah
(32, 0, 0, 0)

255 
	$p�t_�_ah
(32, 1, 0, 0)

256 
	$p�t_�_ah_lb
(32, 1, 1, 0)

257 
	$p�t_�_ah_lb
(32, 1, 1, 1)

259 
	$p�t_�_ah
(40, 0, 0, 0)

260 
	$p�t_�_ah
(40, 1, 0, 0)

261 
	$p�t_�_ah_lb
(40, 1, 1, 0)

262 
	$p�t_�_ah_lb
(40, 1, 1, 1)

264 
	$p�t_�_ah
(48, 0, 0, 0)

265 
	$p�t_�_ah
(48, 1, 0, 0)

266 
	$p�t_�_ah_lb
(48, 1, 1, 0)

267 
	$p�t_�_ah_lb
(48, 1, 1, 1)

269 
	$p�t_�_ah
(56, 0, 0, 0)

270 
	$p�t_�_ah
(56, 1, 0, 0)

271 
	$p�t_�_ah_lb
(56, 1, 1, 0)

272 
	$p�t_�_ah_lb
(56, 1, 1, 1)

274 
	$p�t_�_ah
(64, 0, 0, 0)

275 
	$p�t_�_ah
(64, 1, 0, 0)

276 
	$p�t_�_ah_lb
(64, 1, 1, 0)

277 
	$p�t_�_ah_lb
(64, 1, 1, 1)

279 
�e_p���e_p�t_�_a�i�_h�d�r


280 
	$g�_p�t_�_ah
(
p���e_�s�hrough
 *
p
)

282 i�(
p
->
��ms
.
dma_�ab�d
 == 0)

283  
NULL
;

285 i�(
p
->
��ms
.
dma_hash_�ab�d
) {

286 i�(
p
->
��ms
.
lb_hash_�ab�d
) {

287 i�(
	`�e_is_pow�_of_2
(
p
->p.
n_p�ts_out
))

288 
p
->
��ms
.
dma_size
) {

290 8:  
p�t_�_ah_size8_hash1_lb1_pw1
;

291 16:  
p�t_�_ah_size16_hash1_lb1_pw1
;

292 24:  
p�t_�_ah_size24_hash1_lb1_pw1
;

293 32:  
p�t_�_ah_size32_hash1_lb1_pw1
;

294 40:  
p�t_�_ah_size40_hash1_lb1_pw1
;

295 48:  
p�t_�_ah_size48_hash1_lb1_pw1
;

296 56:  
p�t_�_ah_size56_hash1_lb1_pw1
;

297 64:  
p�t_�_ah_size64_hash1_lb1_pw1
;

298 :  
NULL
;

301 
p
->
��ms
.
dma_size
) {

303 8:  
p�t_�_ah_size8_hash1_lb1_pw0
;

304 16:  
p�t_�_ah_size16_hash1_lb1_pw0
;

305 24:  
p�t_�_ah_size24_hash1_lb1_pw0
;

306 32:  
p�t_�_ah_size32_hash1_lb1_pw0
;

307 40:  
p�t_�_ah_size40_hash1_lb1_pw0
;

308 48:  
p�t_�_ah_size48_hash1_lb1_pw0
;

309 56:  
p�t_�_ah_size56_hash1_lb1_pw0
;

310 64:  
p�t_�_ah_size64_hash1_lb1_pw0
;

311 :  
NULL
;

314 
p
->
��ms
.
dma_size
) {

316 8:  
p�t_�_ah_size8_hash1_lb0_pw0
;

317 16:  
p�t_�_ah_size16_hash1_lb0_pw0
;

318 24:  
p�t_�_ah_size24_hash1_lb0_pw0
;

319 32:  
p�t_�_ah_size32_hash1_lb0_pw0
;

320 40:  
p�t_�_ah_size40_hash1_lb0_pw0
;

321 48:  
p�t_�_ah_size48_hash1_lb0_pw0
;

322 56:  
p�t_�_ah_size56_hash1_lb0_pw0
;

323 64:  
p�t_�_ah_size64_hash1_lb0_pw0
;

324 :  
NULL
;

327 
p
->
��ms
.
dma_size
) {

329 8:  
p�t_�_ah_size8_hash0_lb0_pw0
;

330 16:  
p�t_�_ah_size16_hash0_lb0_pw0
;

331 24:  
p�t_�_ah_size24_hash0_lb0_pw0
;

332 32:  
p�t_�_ah_size32_hash0_lb0_pw0
;

333 40:  
p�t_�_ah_size40_hash0_lb0_pw0
;

334 48:  
p�t_�_ah_size48_hash0_lb0_pw0
;

335 56:  
p�t_�_ah_size56_hash0_lb0_pw0
;

336 64:  
p�t_�_ah_size64_hash0_lb0_pw0
;

337 :  
NULL
;

339 
	}
}

342 
	$p���e_�s�hrough_�r�_�gs
(
p���e_�s�hrough_��ms
 *
p
,

343 
p���e_��ms
 *
��ms
)

345 
u�t32_t
 
dma_d�_off�t_�e��
 = 0;

346 
u�t32_t
 
dma_�c_off�t_�e��
 = 0;

347 
u�t32_t
 
dma_�c_mask_�e��
 = 0;

348 
u�t32_t
 
dma_size_�e��
 = 0;

349 
u�t32_t
 
dma_hash_off�t_�e��
 = 0;

350 
u�t32_t
 
lb_�e��
 = 0;

351 
u�t32_t
 
i
;

352 
dma_mask_�r
[
PIPELINE_PASSTHROUGH_DMA_SIZE_MAX
 * 2];

355 
p
->
dma_�ab�d
 = 0;

356 
p
->
dma_hash_�ab�d
 = 0;

357 
p
->
lb_hash_�ab�d
 = 0;

358 
	`mem�t
(
p
->
dma_�c_mask
, 0xFF, (p->dma_src_mask));

360 
i
 = 0; i < 
��ms
->
n_�gs
; i++) {

361 *
�g_�me
 = 
��ms
->
�gs_�me
[
i
];

362 *
�g_v�ue
 = 
��ms
->
�gs_v�ue
[
i
];

365 i�(
	`�rcmp
(
�g_�me
, "dma_dst_offset") == 0) {

366 
��us
;

368 
	`PIPELINE_PARSE_ERR_DUPLICATE
(

369 
dma_d�_off�t_�e��
 =�0, 
��ms
->
�me
,

370 
�g_�me
);

371 
dma_d�_off�t_�e��
 = 1;

373 
��us
 = 
	`�r�r_�ad_u�t32
(&
p
->
dma_d�_off�t
,

374 
�g_v�ue
);

375 
	`PIPELINE_PARSE_ERR_INV_VAL
((
��us
 !�-
EINVAL
),

376 
��ms
->
�me
, 
�g_�me
, 
�g_v�ue
);

377 
	`PIPELINE_PARSE_ERR_OUT_RNG
((
��us
 !�-
ERANGE
),

378 
��ms
->
�me
, 
�g_�me
, 
�g_v�ue
);

380 
p
->
dma_�ab�d
 = 1;

386 i�(
	`�rcmp
(
�g_�me
, "dma_src_offset") == 0) {

387 
��us
;

389 
	`PIPELINE_PARSE_ERR_DUPLICATE
(

390 
dma_�c_off�t_�e��
 =�0, 
��ms
->
�me
,

391 
�g_�me
);

392 
dma_�c_off�t_�e��
 = 1;

394 
��us
 = 
	`�r�r_�ad_u�t32
(&
p
->
dma_�c_off�t
,

395 
�g_v�ue
);

396 
	`PIPELINE_PARSE_ERR_INV_VAL
((
��us
 !�-
EINVAL
),

397 
��ms
->
�me
, 
�g_�me
, 
�g_v�ue
);

398 
	`PIPELINE_PARSE_ERR_OUT_RNG
((
��us
 !�-
ERANGE
),

399 
��ms
->
�me
, 
�g_�me
, 
�g_v�ue
);

401 
p
->
dma_�ab�d
 = 1;

407 i�(
	`�rcmp
(
�g_�me
, "dma_size") == 0) {

408 
��us
;

410 
	`PIPELINE_PARSE_ERR_DUPLICATE
(

411 
dma_size_�e��
 =�0, 
��ms
->
�me
,

412 
�g_�me
);

413 
dma_size_�e��
 = 1;

415 
��us
 = 
	`�r�r_�ad_u�t32
(&
p
->
dma_size
,

416 
�g_v�ue
);

417 
	`PIPELINE_PARSE_ERR_INV_VAL
(((
��us
 !�-
EINVAL
) &&

418 (
p
->
dma_size
 != 0) &&

419 ((
p
->
dma_size
 % 8) == 0)),

420 
��ms
->
�me
, 
�g_�me
, 
�g_v�ue
);

421 
	`PIPELINE_PARSE_ERR_OUT_RNG
(((
��us
 !�-
ERANGE
) &&

422 (
p
->
dma_size
 <=

423 
PIPELINE_PASSTHROUGH_DMA_SIZE_MAX
)),

424 
��ms
->
�me
, 
�g_�me
, 
�g_v�ue
);

426 
p
->
dma_�ab�d
 = 1;

432 i�(
	`�rcmp
(
�g_�me
, "dma_src_mask") == 0) {

433 
mask_�r_�n
 = 
	`���
(
�g_v�ue
);

435 
	`PIPELINE_PARSE_ERR_DUPLICATE
(

436 
dma_�c_mask_�e��
 == 0,

437 
��ms
->
�me
, 
�g_�me
);

438 
dma_�c_mask_�e��
 = 1;

440 
	`PIPELINE_ARG_CHECK
((
mask_�r_�n
 <

441 (
PIPELINE_PASSTHROUGH_DMA_SIZE_MAX
 * 2)),

443 "\"%s\"�o�l�g", 
��ms
->
�me
,

444 
�g_�me
);

446 
	`���tf
(
dma_mask_�r
, 
mask_�r_�n
 + 1,

447 "%s", 
�g_v�ue
);

449 
p
->
dma_�ab�d
 = 1;

455 i�(
	`�rcmp
(
�g_�me
, "dma_hash_offset") == 0) {

456 
��us
;

458 
	`PIPELINE_PARSE_ERR_DUPLICATE
(

459 
dma_hash_off�t_�e��
 == 0,

460 
��ms
->
�me
, 
�g_�me
);

461 
dma_hash_off�t_�e��
 = 1;

463 
��us
 = 
	`�r�r_�ad_u�t32
(&
p
->
dma_hash_off�t
,

464 
�g_v�ue
);

465 
	`PIPELINE_PARSE_ERR_INV_VAL
((
��us
 !�-
EINVAL
),

466 
��ms
->
�me
, 
�g_�me
, 
�g_v�ue
);

467 
	`PIPELINE_PARSE_ERR_OUT_RNG
((
��us
 !�-
ERANGE
),

468 
��ms
->
�me
, 
�g_�me
, 
�g_v�ue
);

470 
p
->
dma_hash_�ab�d
 = 1;

471 
p
->
dma_�ab�d
 = 1;

477 i�(
	`�rcmp
(
�g_�me
, "lb") == 0) {

478 
	`PIPELINE_PARSE_ERR_DUPLICATE
(

479 
lb_�e��
 == 0,

480 
��ms
->
�me
, 
�g_�me
);

481 
lb_�e��
 = 1;

483 i�((
	`�rcmp
(
�g_v�ue
, "hash") == 0) ||

484 (
	`�rcmp
(
�g_v�ue
, "HASH") == 0))

485 
p
->
lb_hash_�ab�d
 = 1;

487 
	`PIPELINE_PARSE_ERR_INV_VAL
(0,

488 
��ms
->
�me
,

489 
�g_�me
,

490 
�g_v�ue
);

496 
	`PIPELINE_PARSE_ERR_INV_ENT
(0, 
��ms
->
�me
, 
�g_�me
);

500 
	`PIPELINE_ARG_CHECK
((
dma_d�_off�t_�e��
 =�
p
->
dma_�ab�d
),

502 "\"dma_d�_off�t\"", 
��ms
->
�me
);

503 
	`PIPELINE_ARG_CHECK
((
dma_�c_off�t_�e��
 =�
p
->
dma_�ab�d
),

505 "\"dma_�c_off�t\"", 
��ms
->
�me
);

506 
	`PIPELINE_ARG_CHECK
((
dma_size_�e��
 =�
p
->
dma_�ab�d
),

508 "\"dma_size\"", 
��ms
->
�me
);

509 
	`PIPELINE_ARG_CHECK
((
dma_hash_off�t_�e��
 =�
p
->
dma_�ab�d
),

511 "\"dma_hash_off�t\"", 
��ms
->
�me
);

512 
	`PIPELINE_ARG_CHECK
((
p
->
lb_hash_�ab�d
 <�p->
dma_hash_�ab�d
),

514 "\"dma_hash_off�t\"", 
��ms
->
�me
);

516 i�(
dma_�c_mask_�e��
) {

517 
u�t32_t
 
dma_size
 = 
p
->dma_size;

518 
��us
;

520 
	`PIPELINE_ARG_CHECK
((
	`���
(
dma_mask_�r
) ==

521 (
dma_size
 * 2)), "Parse�rror in section "

523 "dig�s", 
��ms
->
�me
, (
dma_size
 * 2));

525 
��us
 = 
	`�r�_hex_�r�g
(
dma_mask_�r
, 
p
->
dma_�c_mask
,

526 &
p
->
dma_size
);

528 
	`PIPELINE_PARSE_ERR_INV_VAL
(((
��us
 == 0) &&

529 (
dma_size
 =�
p
->dma_size)), 
��ms
->
�me
,

530 "dma_�c_mask", 
dma_mask_�r
);

534 
	}
}

537 
�e_�b�_hash_�_hash


538 
	$g�_hash_fun�i�
(
p���e_�s�hrough
 *
p
)

540 
p
->
��ms
.
dma_size
) {

542 8:  
hash_de�u�_key8
;

543 16:  
hash_de�u�_key16
;

544 24:  
hash_de�u�_key24
;

545 32:  
hash_de�u�_key32
;

546 40:  
hash_de�u�_key40
;

547 48:  
hash_de�u�_key48
;

548 56:  
hash_de�u�_key56
;

549 64:  
hash_de�u�_key64
;

550 :  
NULL
;

552 
	}
}

555 
	$p���e_�s�hrough_��
(
p���e_��ms
 *
��ms
,

556 
__�e_unu�d
 *
�g
)

558 
p���e
 *
p
;

559 
p���e_�s�hrough
 *
p_�
;

560 
u�t32_t
 
size
, 
i
;

563 i�((
��ms
 =�
NULL
) ||

564 (
��ms
->
n_p�ts_�
 == 0) ||

565 (
��ms
->
n_p�ts_out
 == 0) ||

566 (
��ms
->
n_p�ts_�
 <��ams->
n_p�ts_out
) ||

567 (
��ms
->
n_p�ts_�
 %��ams->
n_p�ts_out
))

568  
NULL
;

571 
size
 = 
	`RTE_CACHE_LINE_ROUNDUP
((
p���e_�s�hrough
));

572 
p
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

573 
p_�
 = (
p���e_�s�hrough
 *�
p
;

574 i�(
p
 =�
NULL
)

575  
NULL
;

577 
	`�r�y
(
p
->
�me
, 
��ms
->name);

578 
p
->
log_�v�
 = 
��ms
->log_level;

580 
	`PLOG
(
p
, 
HIGH
, "Pass-through");

583 i�(
	`p���e_�s�hrough_�r�_�gs
(&
p_�
->
��ms
,�arams))

584  
NULL
;

585 
p_�
->
f_hash
 = 
	`g�_hash_fun�i�
(p_pt);

589 
�e_p���e_��ms
 
p���e_��ms
 = {

590 .
�me
 = "PASS-THROUGH",

591 .
sock�_id
 = 
��ms
->socket_id,

592 .
off�t_p�t_id
 = 0,

595 
p
->��
	`�e_p���e_���
(&
p���e_��ms
);

596 i�(
p
->�=�
NULL
) {

597 
	`�e_�
(
p
);

598  
NULL
;

602 
p
->
n_p�ts_�
 = 
��ms
->n_ports_in;

603 
p
->
n_p�ts_out
 = 
��ms
->n_ports_out;

604 
p
->
n_�b�s
 =�->
n_p�ts_�
;

607 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

608 
�e_p���e_p�t_�_��ms
 
p�t_��ms
 = {

609 .
�s
 = 
	`p���e_p�t_�_��ms_g�_�s
(

610 &
��ms
->
p�t_�
[
i
]),

611 .
�g_���
 = 
	`p���e_p�t_�_��ms_c�v�t
(

612 &
��ms
->
p�t_�
[
i
]),

613 .
f_a�i�
 = 
	`g�_p�t_�_ah
(
p_�
),

614 .
�g_ah
 = 
p_�
,

615 .
bur�_size
 = 
��ms
->
p�t_�
[
i
].burst_size,

618 
��us
 = 
	`�e_p���e_p�t_�_���
(
p
->p,

619 &
p�t_��ms
,

620 &
p
->
p�t_�_id
[
i
]);

622 i�(
��us
) {

623 
	`�e_p���e_�
(
p
->p);

624 
	`�e_�
(
p
);

625  
NULL
;

630 
i
 = 0; i < 
p
->
n_p�ts_out
; i++) {

631 
�e_p���e_p�t_out_��ms
 
p�t_��ms
 = {

632 .
�s
 = 
	`p���e_p�t_out_��ms_g�_�s
(

633 &
��ms
->
p�t_out
[
i
]),

634 .
�g_���
 = 
	`p���e_p�t_out_��ms_c�v�t
(

635 &
��ms
->
p�t_out
[
i
]),

636 .
f_a�i�
 = 
NULL
,

637 .
�g_ah
 = 
NULL
,

640 
��us
 = 
	`�e_p���e_p�t_out_���
(
p
->p,

641 &
p�t_��ms
,

642 &
p
->
p�t_out_id
[
i
]);

644 i�(
��us
) {

645 
	`�e_p���e_�
(
p
->p);

646 
	`�e_�
(
p
);

647  
NULL
;

652 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

653 
�e_p���e_�b�_��ms
 
�b�_��ms
 = {

654 .
�s
 = &
�e_�b�_�ub_�s
,

655 .
�g_���
 = 
NULL
,

656 .
f_a�i�_h�
 = 
NULL
,

657 .
f_a�i�_miss
 = 
NULL
,

658 .
�g_ah
 = 
NULL
,

659 .
a�i�_d�a_size
 = 0,

662 
��us
 = 
	`�e_p���e_�b�_���
(
p
->p,

663 &
�b�_��ms
,

664 &
p
->
�b�_id
[
i
]);

666 i�(
��us
) {

667 
	`�e_p���e_�
(
p
->p);

668 
	`�e_�
(
p
);

669  
NULL
;

674 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

675 
��us
 = 
	`�e_p���e_p�t_�_c���_to_�b�
(
p
->p,

676 
p
->
p�t_�_id
[
i
],

677 
p
->
�b�_id
[
i
]);

679 i�(
��us
) {

680 
	`�e_p���e_�
(
p
->p);

681 
	`�e_�
(
p
);

682  
NULL
;

687 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

688 
�e_p���e_�b�_��y
 
de�u�_��y
 = {

689 .
a�i�
 = 
RTE_PIPELINE_ACTION_PORT
,

690 {.
p�t_id
 = 
p
->
p�t_out_id
[

691 
i
 / (
p
->
n_p�ts_�
 /�->
n_p�ts_out
)]},

694 
�e_p���e_�b�_��y
 *
de�u�_��y_�r
;

696 
��us
 = 
	`�e_p���e_�b�_de�u�_��y_add
(
p
->p,

697 
p
->
�b�_id
[
i
],

698 &
de�u�_��y
,

699 &
de�u�_��y_�r
);

701 i�(
��us
) {

702 
	`�e_p���e_�
(
p
->p);

703 
	`�e_�
(
p
);

704  
NULL
;

709 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

710 
��us
 = 
	`�e_p���e_p�t_�_�ab�
(
p
->p,

711 
p
->
p�t_�_id
[
i
]);

713 i�(
��us
) {

714 
	`�e_p���e_�
(
p
->p);

715 
	`�e_�
(
p
);

716  
NULL
;

721 i�(
	`�e_p���e_check
(
p
->p) < 0) {

722 
	`�e_p���e_�
(
p
->p);

723 
	`�e_�
(
p
);

724  
NULL
;

728 
p
->
n_msgq
 = 
��ms
->n_msgq;

729 
i
 = 0; i < 
p
->
n_msgq
; i++)

730 
p
->
msgq_�
[
i
] = 
��ms
->msgq_in[i];

731 
i
 = 0; i < 
p
->
n_msgq
; i++)

732 
p
->
msgq_out
[
i
] = 
��ms
->msgq_out[i];

735 
	`mem�y
(
p
->
h�d�rs
, handlers, (p->handlers));

737  
p
;

738 
	}
}

741 
	$p���e_�s�hrough_�
(*
p���e
)

743 
p���e
 *
p
 = (pipeline *)�ipeline;

746 i�(
p
 =�
NULL
)

750 
	`�e_p���e_�
(
p
->p);

751 
	`�e_�
(
p
);

753 
	}
}

756 
	$p���e_�s�hrough_tim�
(*
p���e
)

758 
p���e
 *
p
 = (pipeline *)�ipeline;

760 
	`p���e_msg_�q_h�d�
(
p
);

761 
	`�e_p���e_�ush
(
p
->p);

764 
	}
}

767 
	$p���e_�s�hrough_�ack
(*
p���e
, 
u�t32_t
 
p�t_�
, u�t32_�*
p�t_out
)

769 
p���e
 *
p
 = (pipeline *)�ipeline;

772 i�((
p
 =�
NULL
) ||

773 (
p�t_�
 >�
p
->
n_p�ts_�
) ||

774 (
p�t_out
 =�
NULL
))

777 *
p�t_out
 = 
p�t_�
 / 
p
->
n_p�ts_�
;

779 
	}
}

781 
p���e_be_�s
 
	gp���e_�s�hrough_be_�s
 = {

782 .
f_��
 = 
p���e_�s�hrough_��
,

783 .
	gf_�
 = 
p���e_�s�hrough_�
,

784 .
	gf_run
 = 
NULL
,

785 .
	gf_tim�
 = 
p���e_�s�hrough_tim�
,

786 .
	gf_�ack
 = 
p���e_�s�hrough_�ack
,

	@VIL/pipeline_passthrough/pipeline_passthrough_be.h

17 #i�de�
__INCLUDE_PIPELINE_PASSTHROUGH_BE_H__


18 

	#__INCLUDE_PIPELINE_PASSTHROUGH_BE_H__


	)

20 
	~"p���e_comm�_be.h
"

22 

	#PIPELINE_PASSTHROUGH_DMA_SIZE_MAX
 64

	)

24 
	sp���e_�s�hrough_��ms
 {

25 
u�t32_t
 
	mdma_�ab�d
;

26 
u�t32_t
 
	mdma_d�_off�t
;

27 
u�t32_t
 
	mdma_�c_off�t
;

28 
u�t8_t
 
	mdma_�c_mask
[
PIPELINE_PASSTHROUGH_DMA_SIZE_MAX
];

29 
u�t32_t
 
	mdma_size
;

31 
u�t32_t
 
	mdma_hash_�ab�d
;

32 
u�t32_t
 
	mdma_hash_off�t
;

33 
u�t32_t
 
	mlb_hash_�ab�d
;

37 
p���e_�s�hrough_�r�_�gs
(
p���e_�s�hrough_��ms
 *
p
,

38 
p���e_��ms
 *
��ms
);

40 

p���e_be_�s
 
p���e_�s�hrough_be_�s
;

	@VIL/pipeline_txrx/pipeline_txrx.c

17 
	~<cmdl�e_�r�.h
>

18 
	~<cmdl�e_�r�_num.h
>

19 
	~<cmdl�e_�r�_�r�g.h
>

20 
	~<cmdl�e_�r�_�addr.h
>

21 
	~<cmdl�e_�r�_�h�addr.h
>

23 
	~"�p.h
"

24 
	~"p���e_comm�_�.h
"

25 
	~"p���e_txrx.h
"

26 
	~"vnf_comm�.h
"

28 
	~"p���e_�picmp_be.h
"

31 
	$�p_p���e_txrx_��y_dbg
(
�p_��ms
 *
�p
,

32 
u�t32_t
 
p���e_id
, 
u�t8_t
 *
msg
)

34 
p���e_txrx_��y_dbg_msg_�q
 *
�q
;

35 
p���e_txrx_��y_dbg_msg_r�
 *
r�
;

38 i�(
�p
 =�
NULL
)

42 
�q
 = 
	`�p_msg_�loc
(
�p
);

43 i�(
�q
 =�
NULL
)

46 
�q
->
ty�
 = 
PIPELINE_MSG_REQ_CUSTOM
;

47 
�q
->
subty�
 = 
PIPELINE_TXRX_MSG_REQ_ENTRY_DBG
;

48 
�q
->
d�a
[0] = 
msg
[0];

49 
�q
->
d�a
[1] = 
msg
[1];

51 
r�
 = 
	`�p_msg_�nd_�cv
(
�p
, 
p���e_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

52 i�(
r�
 =�
NULL
)

56 i�(
r�
->
��us
) {

57 
	`�p_msg_�
(
�p
, 
r�
);

58 
	`��tf
("E�܄�->��u�%d\n", 
r�
->
��us
);

63 
	`�p_msg_�
(
�p
, 
r�
);

66 
	}
}

73 
	scmd_��y_dbg_�su�
 {

74 
cmdl�e_fixed_�r�g_t
 
	mp_�r�g
;

75 
u�t32_t
 
	mp
;

76 
cmdl�e_fixed_�r�g_t
 
	m��y_�r�g
;

77 
cmdl�e_fixed_�r�g_t
 
	mdbg_�r�g
;

78 
u�t8_t
 
	mcmd
;

79 
u�t8_t
 
	md1
;

83 
	$cmd_��y_dbg_�r�d
(*
�r�d_�su�
,

84 
__�e_unu�d
 
cmdl�e
 *
�
, *
d�a
)

86 
cmd_��y_dbg_�su�
 *
��ms
 = 
�r�d_�su�
;

87 
�p_��ms
 *
�p
 = 
d�a
;

88 
u�t8_t
 
msg
[2];

89 
��us
;

91 
msg
[0] = 
��ms
->
cmd
;

92 
msg
[1] = 
��ms
->
d1
;

93 
��us
 = 
	`�p_p���e_txrx_��y_dbg
(
�p
, 
��ms
->
p
, 
msg
);

95 i�(
��us
 != 0) {

96 
	`��tf
("Dbg Command failed\n");

99 
	}
}

101 
cmdl�e_�r�_tok�_�r�g_t
 
	glb_cmd_��y_dbg_p_�r�g
 =

102 
TOKEN_STRING_INITIALIZER
(
cmd_��y_dbg_�su�
, 
p_�r�g
, "p");

104 
cmdl�e_�r�_tok�_num_t
 
	glb_cmd_��y_dbg_p
 =

105 
TOKEN_NUM_INITIALIZER
(
cmd_��y_dbg_�su�
, 
p
, 
UINT32
);

107 
cmdl�e_�r�_tok�_�r�g_t
 
	glb_cmd_��y_dbg_��y_�r�g
 =

108 
TOKEN_STRING_INITIALIZER
(
cmd_��y_dbg_�su�
,

109 
��y_�r�g
, "txrx");

111 
cmdl�e_�r�_tok�_�r�g_t
 
	glb_cmd_��y_dbg_dbg_�r�g
 =

112 
TOKEN_STRING_INITIALIZER
(
cmd_��y_dbg_�su�
, 
dbg_�r�g
,

115 
cmdl�e_�r�_tok�_num_t
 
	glb_cmd_��y_dbg_cmd
 =

116 
TOKEN_NUM_INITIALIZER
(
cmd_��y_dbg_�su�
, 
cmd
, 
UINT8
);

118 
cmdl�e_�r�_tok�_num_t
 
	glb_cmd_��y_dbg_d1
 =

119 
TOKEN_NUM_INITIALIZER
(
cmd_��y_dbg_�su�
, 
d1
, 
UINT8
);

121 
cmdl�e_�r�_��_t
 
	glb_cmd_��y_dbg
 = {

122 .
f
 = 
cmd_��y_dbg_�r�d
,

123 .
	gd�a
 = 
NULL
,

124 .
	gh�p_�r
 = "TXRX dbg cmd",

125 .
	gtok�s
 = {

126 (*)&
lb_cmd_��y_dbg_p_�r�g
,

127 (*)&
lb_cmd_��y_dbg_p
,

128 (*)&
lb_cmd_��y_dbg_��y_�r�g
,

129 (*)&
lb_cmd_��y_dbg_dbg_�r�g
,

130 (*)&
lb_cmd_��y_dbg_cmd
,

131 (*)&
lb_cmd_��y_dbg_d1
,

132 
NULL
,

136 
cmdl�e_�r�_�x_t
 
	gp���e_cmds
[] = {

137 (
cmdl�e_�r�_��_t
 *�&
lb_cmd_��y_dbg
,

138 
NULL
,

141 
p���e_�_�s
 
	gp���e_txrx_�_�s
 = {

142 .
f_��
 = 
NULL
,

143 .
	gf_�
 = 
NULL
,

144 .
	gcmds
 = 
p���e_cmds
,

147 
p���e_ty�
 
	gp���e_txrx
 = {

148 .
�me
 = "TXRX",

149 .
	gbe_�s
 = &
p���e_txrx_be_�s
,

150 .
	g�_�s
 = &
p���e_txrx_�_�s
,

	@VIL/pipeline_txrx/pipeline_txrx.h

17 #i�de�
__INCLUDE_PIPELINE_TXRX_H__


18 

	#__INCLUDE_PIPELINE_TXRX_H__


	)

20 
	~"p���e.h
"

21 
	~"p���e_txrx_be.h
"

26 

p���e_ty�
 
p���e_txrx
;

	@VIL/pipeline_txrx/pipeline_txrx_be.c

17 
	~<�r�g.h
>

19 
	~<�e_comm�.h
>

20 
	~<�e_m�loc.h
>

21 
	~<�e_by��d�.h
>

22 
	~<�e_�b�_�ub.h
>

23 
	~<�e_�b�_hash.h
>

24 
	~<�e_p���e.h
>

26 
	~"p���e_txrx_be.h
"

27 
	~"p���e_a�i�s_comm�.h
"

28 
	~"�r�r.h
"

29 
	~"hash_func.h
"

30 
	~"p���e_�picmp_be.h
"

31 
	~"vnf_comm�.h
"

32 
	~"�p.h
"

33 #i�de�
VNF_ACL


34 
	~"lib_icmpv6.h
"

37 
u�t8_t
 
	gTXRX_DEBUG
;

38 
	gpkt_bur�_�t
;

40 
	sp���e_txrx
 {

41 
p���e
 
	mp
;

42 
p���e_msg_�q_h�d�r


43 
	mcu�om_h�d�rs
[
PIPELINE_TXRX_MSG_REQS
];

44 
u�t64_t
 
	m��ivedPktCou�
;

45 
u�t64_t
 
	mdrݳdPktCou�
;

46 
u�t8_t
 
	ml�ks_m�
[
PIPELINE_MAX_PORT_IN
];

47 
u�t8_t
 
	mou��t_id
[
PIPELINE_MAX_PORT_IN
];

48 
u�t8_t
 
	mp���e_num
;

49 
u�t8_t
 
	mtxrx_ty�
;

50 } 
	g__�e_�che_�ig�d
;

53 
	mTYPE_TXTX
,

54 
	mTYPE_RXRX
,

56 *
p���e_txrx_msg_�q_cu�om_h�d�r
(
p���e
 *
p
,

57 *
msg
);

59 
p���e_msg_�q_h�d�r
 
	gh�d�rs
[] = {

60 [
PIPELINE_MSG_REQ_PING
] =

61 
p���e_msg_�q_p�g_h�d�r
,

62 [
PIPELINE_MSG_REQ_STATS_PORT_IN
] =

63 
p���e_msg_�q_��s_p�t_�_h�d�r
,

64 [
PIPELINE_MSG_REQ_STATS_PORT_OUT
] =

65 
p���e_msg_�q_��s_p�t_out_h�d�r
,

66 [
PIPELINE_MSG_REQ_STATS_TABLE
] =

67 
p���e_msg_�q_��s_�b�_h�d�r
,

68 [
PIPELINE_MSG_REQ_PORT_IN_ENABLE
] =

69 
p���e_msg_�q_p�t_�_�ab�_h�d�r
,

70 [
PIPELINE_MSG_REQ_PORT_IN_DISABLE
] =

71 
p���e_msg_�q_p�t_�_di�b�_h�d�r
,

72 [
PIPELINE_MSG_REQ_CUSTOM
] =

73 
p���e_txrx_msg_�q_cu�om_h�d�r
,

77 *
p���e_txrx_msg_�q_��y_dbg_h�d�r
(
p���e
 *
p
,

78 *
msg
);

79 *
	$p���e_txrx_msg_�q_��y_dbg_h�d�r
(

80 
__�e_unu�d
 
p���e
 *
p
,

81 
__�e_unu�d
 *
msg
)

84  
NULL
;

85 
	}
}

87 
__�e_unu�d
 
p���e_msg_�q_h�d�r
 
	gcu�om_h�d�rs
[] = {

88 [
PIPELINE_TXRX_MSG_REQ_ENTRY_DBG
] =

89 
p���e_txrx_msg_�q_��y_dbg_h�d�r
,

103 *
	$p���e_txrx_msg_�q_cu�om_h�d�r
(
p���e
 *
p
, *
msg
)

105 
p���e_txrx
 *
p_txrx
 = (p���e_txrx *)
p
;

106 
p���e_cu�om_msg_�q
 *
�q
 = 
msg
;

107 
p���e_msg_�q_h�d�r
 
f_h�d�
;

109 
f_h�d�
 = (
�q
->
subty�
 < 
PIPELINE_TXRX_MSG_REQS
) ?

110 
p_txrx
->
cu�om_h�d�rs
[
�q
->
subty�
] :

111 
p���e_msg_�q_�v�id_h�d�r
;

113 i�(
f_h�d�
 =�
NULL
)

114 
f_h�d�
 = 
p���e_msg_�q_�v�id_h�d�r
;

116  
	`f_h�d�
(
p
, 
�q
);

117 
	}
}

123 
p���e_txrx_�r�_�gs
(
p���e_txrx
 *
p
,

124 
p���e_��ms
 *
��ms
);

126 
	$p���e_txrx_�r�_�gs
(
p���e_txrx
 *
p
,

127 
p���e_��ms
 *
��ms
)

129 
u�t32_t
 
i
;

130 
u�t8_t
 
txrx_ty�_�e��
 = 0;

132 i�(
TXRX_DEBUG
 > 2)

133 
	`��tf
("TXRX�ipeline_txrx_parse_args�arams->n_args: %d\n",

134 
��ms
->
n_�gs
);

136 
i
 = 0; i < 
��ms
->
n_�gs
; i++) {

137 *
�g_�me
 = 
��ms
->
�gs_�me
[
i
];

138 *
�g_v�ue
 = 
��ms
->
�gs_v�ue
[
i
];

140 i�(
TXRX_DEBUG
 > 2)

141 
	`��tf
("TXRX�rgs[%d]: %�%d, %s\n", 
i
, 
�g_�me
,

142 
	`�oi
(
�g_v�ue
),�rg_value);

145 i�(
	`�rcmp
(
�g_�me
, "pipeline_txrx_type") == 0) {

146 i�(
txrx_ty�_�e��
)

148 
txrx_ty�_�e��
 = 1;

151 i�(
	`�rcmp
(
�g_v�ue
, "TXTX") == 0) {

152 
p
->
txrx_ty�
 = 
TYPE_TXTX
;

153 
	`��tf
("pipeline_txrx_type is TXTX\n");

155 i�(
	`�rcmp
(
�g_v�ue
, "RXRX") == 0) {

156 
p
->
txrx_ty�
 = 
TYPE_RXRX
;

157 
	`��tf
("pipeline_txrx_type is RXRX\n");

163 i�(!
txrx_ty�_�e��
) {

164 
	`��tf
("TXRX�ype�ot specified\n");

170 
	}
}

172 
u�t32_t
 
	gtxrx_pkt_��t_cou�
;

173 
�l�e
 

174 
	$pkt_w�k_txrx
(
�e_mbuf
 *
pkt
, 
u�t32_t
 
pkt_num
, *
�g
)

177 
p���e_txrx_�_p�t_h_�g
 *
�
 = 
�g
;

178 
p���e_txrx
 *
p_txrx
 = (p���e_txrx *)
�
->
p
;

179 
u�t8_t
 
s�ic�ed_node_mu�i��_addr
[16] =

182 
p_txrx
->
��ivedPktCou�
++;

184 i�(
p_txrx
->
txrx_ty�
 =�
TYPE_TXTX
)

187 
u�t8_t
 
�_p�t_id
 = 
pkt
->
p�t
;

188 
u�t32_t
 
�h_��o_off�t
 = 
MBUF_HDR_ROOM
 + 12;

190 
u�t32_t
 
pkt_mask
 = 1 << 
pkt_num
;

192 
u�t32_t
 
out_p�t
 = 
p_txrx
->
p
.
n_p�ts_out
 - 1;

194 
u�t16_t
 *
�h_��o
 =

195 
	`RTE_MBUF_METADATA_UINT16_PTR
(
pkt
, 
�h_��o_off�t
);

197 
u�t8_t
 *
��oc�
;

198 
u�t32_t
 
��_off�t
 =

199 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_PROTOCOL_OFST
;

201 #ifde�
IPV6


202 
�v6_hdr
 *
�v6_h
;

203 
�v6_h
 = 
	`�e_pktmbuf_mtod_off�t
 (
pkt
, 
�v6_hdr
 *, (
�h�_hdr
));

204 
u�t32_t
 
��_off�t_�v6
 =

205 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IPV6_HDR_PROTOCOL_OFST
;

207 i�(
	`�e_be_to_�u_16
(*
�h_��o
�=�
ETHER_TYPE_IPv6
)

208 
��oc�
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
��_off�t_�v6
);

210 
��oc�
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
��_off�t
);

212 
��oc�
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
, 
��_off�t
);

216 i�((
TXRX_DEBUG
 > 2�&& (
txrx_pkt_��t_cou�
 < 10)) {

217 
	`��t_pkt1
(
pkt
);

218 
txrx_pkt_��t_cou�
++;

219 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

221 
	`�e_be_to_�u_16
(*
�h_��o
), *
��oc�
, 
ETH_TYPE_ARP
,

222 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

225 
�p_l�k_��ms
 *
l�k
;

227 
l�k
 = &
myA�
->
l�k_��ms
[
�_p�t_id
];

230 
u�t32_t
 
d�_addr_off�t
 =

231 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST
;

232 
u�t32_t
 *
d�_addr
 = 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
d�_addr_off�t
);

234 i�(
TXRX_DEBUG
 > 2)

235 i�(
	`�e_be_to_�u_16
(*
�h_��o
�=�
ETH_TYPE_IPV4
)

236 
	`��tf
 ("%s:��kIp: %x, d�_addr: %x\n", 
__FUNCTION__
, 
l�k
->
�
, *
d�_addr
);

239 
	`�e_be_to_�u_16
(*
�h_��o
)) {

240 
ETH_TYPE_ARP
:

241 
	`�e_p���e_p�t_out_�ck�_���
(
p_txrx
->
p
.p,

242 
out_p�t
, 
pkt
);

243 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask
);

246 
ETH_TYPE_IPV4
:

247 i�((*
��oc�
 =�
IP_PROTOCOL_ICMP
) &&

248 (
l�k
->
�
 =�
	`�e_be_to_�u_32
(*
d�_addr
))) {

249 i�(
	`is_phy_p�t_�iv�
(
pkt
->
p�t
)) {

250 
	`�e_p���e_p�t_out_�ck�_���
(

251 
p_txrx
->
p
.p,

252 
out_p�t
, 
pkt
);

253 
	`�e_p���e_ah_�ck�_dr�
(

254 
p_txrx
->
p
.p,

255 
pkt_mask
);

261 #ifde�
IPV6


262 
ETH_TYPE_IPV6
:

263 i�(*
��oc�
 =�
ICMPV6_PROTOCOL_ID
) {

264 #i�de�
VNF_ACL


265 i�(!
	`memcmp
(
�v6_h
->
d�_addr
, 
l�k
->
�v6
, 16)

266 || !
	`memcmp
(
�v6_h
->
d�_addr
, 
s�ic�ed_node_mu�i��_addr
, 13)) {

268 
	`�e_p���e_p�t_out_�ck�_���
(
p_txrx
->
p
.p,

269 
out_p�t
, 
pkt
);

270 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask
);

271 #i�de�
VNF_ACL


273 
	`��tf
("Dropping�he IPv6�kt\n");

274 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask
);

282 
	`��tf
("Dropping�he�kt\n");

283 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask
);

288 
	}
}

290 
�l�e
 

291 
	$pkt4_w�k_txrx
(
�e_mbuf
 **
pkt
, 
u�t32_t
 
pkt_num
, *
�g
)

293 
p���e_txrx_�_p�t_h_�g
 *
�
 = 
�g
;

294 
p���e_txrx
 *
p_txrx
 = (p���e_txrx *)
�
->
p
;

295 
u�t8_t
 
s�ic�ed_node_mu�i��_addr
[16] =

299 i�(
p_txrx
->
txrx_ty�
 =�
TYPE_TXTX
)

302 
u�t16_t
 
�_p�t_id
 = (*
pkt
)->
p�t
;

303 
u�t32_t
 
�h_��o_off�t
 = 
MBUF_HDR_ROOM
 + 12;

306 
u�t32_t
 
pkt_mask0
 = 1 << 
pkt_num
;

307 
u�t32_t
 
pkt_mask1
 = 1 << (
pkt_num
 + 1);

308 
u�t32_t
 
pkt_mask2
 = 1 << (
pkt_num
 + 2);

309 
u�t32_t
 
pkt_mask3
 = 1 << (
pkt_num
 + 3);

312 
u�t32_t
 
out_p�t
 = 
p_txrx
->
p
.
n_p�ts_out
 - 1;

314 
u�t16_t
 *
�h_��o0
 =

315 
	`RTE_MBUF_METADATA_UINT16_PTR
(
pkt
[0], 
�h_��o_off�t
);

316 
u�t16_t
 *
�h_��o1
 =

317 
	`RTE_MBUF_METADATA_UINT16_PTR
(
pkt
[1], 
�h_��o_off�t
);

318 
u�t16_t
 *
�h_��o2
 =

319 
	`RTE_MBUF_METADATA_UINT16_PTR
(
pkt
[2], 
�h_��o_off�t
);

320 
u�t16_t
 *
�h_��o3
 =

321 
	`RTE_MBUF_METADATA_UINT16_PTR
(
pkt
[3], 
�h_��o_off�t
);

323 
u�t8_t
 *
��oc�0
, *
��oc�1
, *
��oc�2
, *
��oc�3
;

324 
u�t32_t
 
��_off�t
 =

325 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_PROTOCOL_OFST
;

327 #ifde�
IPV6


328 
�v6_hdr
 *
�v6_h0
, *
�v6_h1
, *
�v6_h2
, *
�v6_h3
;

329 
�v6_h0
 = 
	`�e_pktmbuf_mtod_off�t
 (
pkt
[0], 
�v6_hdr
 *, (
�h�_hdr
));

330 
u�t32_t
 
��_off�t_�v6
 =

331 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IPV6_HDR_PROTOCOL_OFST
;

334 i�(
	`�e_be_to_�u_16
(*
�h_��o0
�=�
ETHER_TYPE_IPv6
)

335 
��oc�0
 =

336 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[0], 
��_off�t_�v6
);

338 
��oc�0
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[0], 
��_off�t
);

341 
�v6_h1
 = 
	`�e_pktmbuf_mtod_off�t
 (
pkt
[1], 
�v6_hdr
 *, (
�h�_hdr
));

342 i�(
	`�e_be_to_�u_16
(*
�h_��o1
�=�
ETHER_TYPE_IPv6
)

343 
��oc�1
 =

344 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[1], 
��_off�t_�v6
);

346 
��oc�1
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[1], 
��_off�t
);

349 
�v6_h2
 = 
	`�e_pktmbuf_mtod_off�t
 (
pkt
[2], 
�v6_hdr
 *, (
�h�_hdr
));

350 i�(
	`�e_be_to_�u_16
(*
�h_��o2
�=�
ETHER_TYPE_IPv6
)

351 
��oc�2
 =

352 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[2], 
��_off�t_�v6
);

354 
��oc�2
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[2], 
��_off�t
);

357 
�v6_h3
 = 
	`�e_pktmbuf_mtod_off�t
 (
pkt
[3], 
�v6_hdr
 *, (
�h�_hdr
));

358 i�(
	`�e_be_to_�u_16
(*
�h_��o3
�=�
ETHER_TYPE_IPv6
)

359 
��oc�3
 =

360 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[3], 
��_off�t_�v6
);

362 
��oc�3
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[3], 
��_off�t
);

364 
��oc�0
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[0], 
��_off�t
);

365 
��oc�1
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[1], 
��_off�t
);

366 
��oc�2
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[2], 
��_off�t
);

367 
��oc�3
 = 
	`RTE_MBUF_METADATA_UINT8_PTR
(
pkt
[3], 
��_off�t
);

370 i�((
TXRX_DEBUG
 > 2�&& (
txrx_pkt_��t_cou�
 < 10)) {

371 
	`��t_pkt1
(
pkt
[0]);

372 
txrx_pkt_��t_cou�
++;

373 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

375 
	`�e_be_to_�u_16
(*
�h_��o0
), *
��oc�0
, 
ETH_TYPE_ARP
,

376 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

379 
�p_l�k_��ms
 *
l�k
;

381 
l�k
 = &
myA�
->
l�k_��ms
[
�_p�t_id
];

384 
u�t32_t
 
d�_addr_off�t0
 =

385 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST
;

386 
u�t32_t
 *
d�_addr0
 =

387 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[0], 
d�_addr_off�t0
);

389 i�(
TXRX_DEBUG
 > 2)

390 i�(
	`�e_be_to_�u_16
(*
�h_��o0
�=�
ETH_TYPE_IPV4
)

391 
	`��tf
 ("%s:��kIp: %x, d�_addr0: %x\n", 
__FUNCTION__
, 
l�k
->
�
, *
d�_addr0
);

394 
	`�e_be_to_�u_16
(*
�h_��o0
)) {

395 
ETH_TYPE_ARP
:

396 
	`�e_p���e_p�t_out_�ck�_���
(
p_txrx
->
p
.p,

397 
out_p�t
, 
pkt
[0]);

398 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask0
);

401 
ETH_TYPE_IPV4
:

402 i�((*
��oc�0
 =�
IP_PROTOCOL_ICMP
) &&

403 (
l�k
->
�
 =�
	`�e_be_to_�u_32
(*
d�_addr0
))) {

404 i�(
	`is_phy_p�t_�iv�
(
pkt
[0]->
p�t
)) {

405 
	`�e_p���e_p�t_out_�ck�_���
(

406 
p_txrx
->
p
.p, 
out_p�t
, 
pkt
[0]);

407 
	`�e_p���e_ah_�ck�_dr�
(

408 
p_txrx
->
p
.p, 
pkt_mask0
);

414 #ifde�
IPV6


415 
ETH_TYPE_IPV6
:

416 i�(*
��oc�0
 =�
ICMPV6_PROTOCOL_ID
) {

417 #i�de�
VNF_ACL


418 i�(!
	`memcmp
(
�v6_h0
->
d�_addr
, 
l�k
->
�v6
, 16)

419 || !
	`memcmp
(
�v6_h0
->
d�_addr
, 
s�ic�ed_node_mu�i��_addr
, 13)) {

421 
	`�e_p���e_p�t_out_�ck�_���
(
p_txrx
->
p
.p,

422 
out_p�t
, 
pkt
[0]);

423 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask0
);

425 #i�de�
VNF_ACL


427 
	`��tf
("Dropping�he IPv6�kt\n");

428 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask0
);

436 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask0
);

441 i�((
TXRX_DEBUG
 > 2�&& (
txrx_pkt_��t_cou�
 < 10)) {

442 
	`��t_pkt1
(
pkt
[1]);

443 
txrx_pkt_��t_cou�
++;

444 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

446 
	`�e_be_to_�u_16
(*
�h_��o1
), *
��oc�1
, 
ETH_TYPE_ARP
,

447 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

451 
u�t32_t
 
d�_addr_off�t1
 =

452 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST
;

453 
u�t32_t
 *
d�_addr1
 =

454 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[1], 
d�_addr_off�t1
);

456 i�(
TXRX_DEBUG
 > 2)

457 i�(
	`�e_be_to_�u_16
(*
�h_��o1
�=�
ETH_TYPE_IPV4
)

458 
	`��tf
 ("%s:��kIp: %x, d�_addr1: %x\n", 
__FUNCTION__
, 
l�k
->
�
, *
d�_addr1
);

460 
	`�e_be_to_�u_16
(*
�h_��o1
)) {

461 
ETH_TYPE_ARP
:

462 
	`�e_p���e_p�t_out_�ck�_���
(
p_txrx
->
p
.p,

463 
out_p�t
, 
pkt
[1]);

464 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask1
);

467 
ETH_TYPE_IPV4
:

468 i�((*
��oc�1
 =�
IP_PROTOCOL_ICMP
) &&

469 (
l�k
->
�
 =�
	`�e_be_to_�u_32
(*
d�_addr1
))) {

470 i�(
	`is_phy_p�t_�iv�
(
pkt
[1]->
p�t
)) {

471 
	`�e_p���e_p�t_out_�ck�_���
(

472 
p_txrx
->
p
.p,

473 
out_p�t
, 
pkt
[1]);

474 
	`�e_p���e_ah_�ck�_dr�
(

475 
p_txrx
->
p
.p,

476 
pkt_mask1
);

482 #ifde�
IPV6


483 
ETH_TYPE_IPV6
:

484 i�(*
��oc�1
 =�
ICMPV6_PROTOCOL_ID
) {

485 #i�de�
VNF_ACL


486 i�(!
	`memcmp
(
�v6_h1
->
d�_addr
, 
l�k
->
�v6
, 16)

487 || !
	`memcmp
(
�v6_h1
->
d�_addr
, 
s�ic�ed_node_mu�i��_addr
, 13)) {

489 
	`�e_p���e_p�t_out_�ck�_���
(
p_txrx
->
p
.p,

490 
out_p�t
, 
pkt
[1]);

491 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask1
);

492 #i�de�
VNF_ACL


494 
	`��tf
("Dropping�he IPv6�kt\n");

495 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask1
);

503 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask1
);

507 i�((
TXRX_DEBUG
 > 2�&& (
txrx_pkt_��t_cou�
 < 10)) {

508 
	`��t_pkt1
(
pkt
[2]);

509 
txrx_pkt_��t_cou�
++;

510 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

512 
	`�e_be_to_�u_16
(*
�h_��o2
), *
��oc�2
, 
ETH_TYPE_ARP
,

513 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

517 
u�t32_t
 
d�_addr_off�t2
 =

518 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST
;

519 
u�t32_t
 *
d�_addr2
 =

520 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
[2], 
d�_addr_off�t2
);

522 i�(
TXRX_DEBUG
 > 2)

523 i�(
	`�e_be_to_�u_16
(*
�h_��o2
�=�
ETH_TYPE_IPV4
)

524 
	`��tf
 ("%s:��kIp: %x, d�_addr2: %x\n", 
__FUNCTION__
, 
l�k
->
�
, *
d�_addr2
);

526 
	`�e_be_to_�u_16
(*
�h_��o2
)) {

527 
ETH_TYPE_ARP
:

528 
	`�e_p���e_p�t_out_�ck�_���
(
p_txrx
->
p
.p,

529 
out_p�t
, 
pkt
[2]);

530 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask2
);

533 
ETH_TYPE_IPV4
:

534 i�((*
��oc�2
 =�
IP_PROTOCOL_ICMP
) &&

535 (
l�k
->
�
 =�
	`�e_be_to_�u_32
(*
d�_addr2
))) {

536 i�(
	`is_phy_p�t_�iv�
(
pkt
[2]->
p�t
)) {

537 
	`�e_p���e_p�t_out_�ck�_���
(

538 
p_txrx
->
p
.p,

539 
out_p�t
, 
pkt
[2]);

540 
	`�e_p���e_ah_�ck�_dr�
(

541 
p_txrx
->
p
.p,

542 
pkt_mask2
);

548 #ifde�
IPV6


549 
ETH_TYPE_IPV6
:

550 i�(*
��oc�2
 =�
ICMPV6_PROTOCOL_ID
) {

551 #i�de�
VNF_ACL


552 i�(!
	`memcmp
(
�v6_h2
->
d�_addr
, 
l�k
->
�v6
, 16)

553 || !
	`memcmp
(
�v6_h2
->
d�_addr
, 
s�ic�ed_node_mu�i��_addr
, 13)) {

555 
	`�e_p���e_p�t_out_�ck�_���
(
p_txrx
->
p
.p,

556 
out_p�t
, 
pkt
[2]);

557 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask2
);

558 #i�de�
VNF_ACL


560 
	`��tf
("Dropping�he IPv6�kt\n");

561 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask2
);

569 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask2
);

573 i�((
TXRX_DEBUG
 > 2�&& (
txrx_pkt_��t_cou�
 < 10)) {

574 
	`��t_pkt1
(
pkt
[3]);

575 
txrx_pkt_��t_cou�
++;

576 
	`��tf
("\nEth Typ %x, Prot %x, ETH_TYPE_ARP %x, "

578 
	`�e_be_to_�u_16
(*
�h_��o3
), *
��oc�3
, 
ETH_TYPE_ARP
,

579 
ETH_TYPE_IPV4
, 
IP_PROTOCOL_ICMP
);

583 
u�t32_t
 
d�_addr_off�t3
 =

584 
MBUF_HDR_ROOM
 + 
ETH_HDR_SIZE
 + 
IP_HDR_DST_ADR_OFST
;

585 
u�t32_t
 *
d�_addr3
 =

586 
	`RTE_MBUF_METADATA_UINT32_PTR
(
pkt
, 
d�_addr_off�t3
);

588 i�(
TXRX_DEBUG
 > 2)

589 i�(
	`�e_be_to_�u_16
(*
�h_��o3
�=�
ETH_TYPE_IPV4
)

590 
	`��tf
 ("%s:��kIp: %x, d�_addr3: %x\n", 
__FUNCTION__
, 
l�k
->
�
, *
d�_addr3
);

592 
	`�e_be_to_�u_16
(*
�h_��o3
)) {

593 
ETH_TYPE_ARP
:

594 
	`�e_p���e_p�t_out_�ck�_���
(
p_txrx
->
p
.p,

595 
out_p�t
, 
pkt
[3]);

596 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask3
);

599 
ETH_TYPE_IPV4
:

600 i�((*
��oc�3
 =�
IP_PROTOCOL_ICMP
) &&

601 (
l�k
->
�
 =�
	`�e_be_to_�u_32
(*
d�_addr3
))) {

602 i�(
	`is_phy_p�t_�iv�
(
pkt
[3]->
p�t
)) {

603 
	`�e_p���e_p�t_out_�ck�_���
(

604 
p_txrx
->
p
.p,

605 
out_p�t
, 
pkt
[3]);

606 
	`�e_p���e_ah_�ck�_dr�
(

607 
p_txrx
->
p
.p,

608 
pkt_mask3
);

614 #ifde�
IPV6


615 
ETH_TYPE_IPV6
:

616 i�(*
��oc�3
 =�
ICMPV6_PROTOCOL_ID
) {

617 #i�de�
VNF_ACL


618 i�(!
	`memcmp
(
�v6_h3
->
d�_addr
, 
l�k
->
�v6
, 16)

619 || !
	`memcmp
(
�v6_h3
->
d�_addr
, 
s�ic�ed_node_mu�i��_addr
, 13)) {

621 
	`�e_p���e_p�t_out_�ck�_���
(
p_txrx
->
p
.p,

622 
out_p�t
, 
pkt
[3]);

623 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask3
);

624 #i�de�
VNF_ACL


626 
	`��tf
("Dropping�he IPv6�kt\n");

627 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask3
);

635 
	`�e_p���e_ah_�ck�_dr�
(
p_txrx
->
p
.p, 
pkt_mask3
);

639 
p_txrx
->
��ivedPktCou�
 += 4;

641 
	}
}

643 
PIPELINE_TXRX_KEY_PORT_IN_AH
(
p�t_�_ah_txrx
, 
pkt_w�k_txrx
, 
pkt4_w�k_txrx
);

645 *
	$p���e_txrx_��
(
p���e_��ms
 *
��ms
,

646 
__�e_unu�d
 *
�g
)

648 
p���e
 *
p
;

649 
p���e_txrx
 *
p_�
;

650 
u�t32_t
 
size
, 
i
, 
�_p�ts_�g_size
;

652 
	`��tf
("Start�ipeline_txrx_init\n");

655 i�((
��ms
 =�
NULL
) ||

656 (
��ms
->
n_p�ts_�
 == 0) ||

657 (
��ms
->
n_p�ts_out
 == 0))

658  
NULL
;

661 
size
 = 
	`RTE_CACHE_LINE_ROUNDUP
((
p���e_txrx
));

662 
p
 = 
	`�e_zm�loc
(
NULL
, 
size
, 
RTE_CACHE_LINE_SIZE
);

663 
p_�
 = (
p���e_txrx
 *)
p
;

664 i�(
p
 =�
NULL
)

665  
NULL
;

667 
	`PLOG
(
p
, 
HIGH
, "TXRX");

668 
	`�r�y
(
p
->
�me
, 
��ms
->name);

669 
p
->
log_�v�
 = 
��ms
->log_level;

671 
p_�
->
��ivedPktCou�
 = 0;

672 
p_�
->
drݳdPktCou�
 = 0;

673 
i
 = 0; i < 
PIPELINE_MAX_PORT_IN
; i++)

674 
p_�
->
l�ks_m�
[
i
] = 0xff;

676 
p_�
->
p���e_num
 = 0;

677 
	`��tf
("txrx initialization of variables done\n");

680 i�(
	`p���e_txrx_�r�_�gs
(
p_�
, 
��ms
))

681  
NULL
;

685 
�e_p���e_��ms
 
p���e_��ms
 = {

686 .
�me
 = "TXRX",

687 .
sock�_id
 = 
��ms
->socket_id,

688 .
off�t_p�t_id
 = 0,

691 
p
->��
	`�e_p���e_���
(&
p���e_��ms
);

692 i�(
p
->�=�
NULL
) {

693 
	`�e_�
(
p
);

694  
NULL
;

698 
p
->
n_p�ts_�
 = 
��ms
->n_ports_in;

699 
p
->
n_p�ts_out
 = 
��ms
->n_ports_out;

700 
p
->
n_�b�s
 =�->
n_p�ts_�
;

703 
�_p�ts_�g_size
 =

704 
	`RTE_CACHE_LINE_ROUNDUP
((

705 (
p���e_txrx_�_p�t_h_�g
)) *

706 (
��ms
->
n_p�ts_�
));

707 
p���e_txrx_�_p�t_h_�g
 *
�
 =

708 (
p���e_txrx_�_p�t_h_�g
 *)
	`�e_zm�loc
(
NULL
,

709 
�_p�ts_�g_size
,

710 
RTE_CACHE_LINE_SIZE
);

711 i�(
�
 =�
NULL
)

712  
NULL
;

714 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

716 (
�
[
i
]).
p
 = 
p_�
;

717 (
�
[
i
]).
�_p�t_id
 = i;

718 
�e_p���e_p�t_�_��ms
 
p�t_��ms
 = {

719 .
�s
 =

720 
	`p���e_p�t_�_��ms_g�_�s
(&
��ms
->

721 
p�t_�
[
i
]),

722 .
�g_���
 =

723 
	`p���e_p�t_�_��ms_c�v�t
(&
��ms
->

724 
p�t_�
[
i
]),

725 .
f_a�i�
 = 
NULL
,

726 .
�g_ah
 = &(
�
[
i
]),

727 .
bur�_size
 = 
��ms
->
p�t_�
[
i
].burst_size,

730 
p�t_��ms
.
f_a�i�
 = 
p�t_�_ah_txrx
;

732 
��us
 = 
	`�e_p���e_p�t_�_���
(
p
->p,

733 &
p�t_��ms
,

734 &
p
->
p�t_�_id
[
i
]);

736 i�(
��us
) {

737 
	`�e_p���e_�
(
p
->p);

738 
	`�e_�
(
p
);

739  
NULL
;

744 
i
 = 0; i < 
p
->
n_p�ts_out
; i++) {

745 
�e_p���e_p�t_out_��ms
 
p�t_��ms
 = {

746 .
�s
 =

747 
	`p���e_p�t_out_��ms_g�_�s
(&
��ms
->

748 
p�t_out
[
i
]),

749 .
�g_���
 =

750 
	`p���e_p�t_out_��ms_c�v�t
(&
��ms
->

751 
p�t_out
[
i
]),

752 .
f_a�i�
 = 
NULL
,

753 .
�g_ah
 = 
NULL
,

756 
��us
 = 
	`�e_p���e_p�t_out_���
(
p
->p,

757 &
p�t_��ms
,

758 &
p
->
p�t_out_id
[
i
]);

760 i�(
��us
) {

761 
	`�e_p���e_�
(
p
->p);

762 
	`�e_�
(
p
);

763  
NULL
;

767 
p���e_num
 = 0;

768 
��us
 = 
	`ss�nf
(
��ms
->
�me
, "PIPELINE%d", &
p���e_num
);

769 i�(
��us
 < 0) {

770 
	`��tf
("Unable�o�ead�ipeline�umber\n");

771  
NULL
;

773 
p_�
->
p���e_num
 = (
u�t8_t
)�ipeline_num;

775 
	`�gi��_p���e_Qs
(
p_�
->
p���e_num
, 
p
);

776 
	`�t_l�k_m�
(
p_�
->
p���e_num
, 
p
,�_�->
l�ks_m�
);

777 
	`�t_ou��t_id
(
p_�
->
p���e_num
, 
p
,�_�->
ou��t_id
);

780 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

781 
�e_p���e_�b�_��ms
 
�b�_��ms
 = {

782 .
�s
 = &
�e_�b�_�ub_�s
,

783 .
�g_���
 = 
NULL
,

784 .
f_a�i�_h�
 = 
NULL
,

785 .
f_a�i�_miss
 = 
NULL
,

786 .
�g_ah
 = 
NULL
,

787 .
a�i�_d�a_size
 = 0,

790 
��us
 = 
	`�e_p���e_�b�_���
(
p
->p,

791 &
�b�_��ms
,

792 &
p
->
�b�_id
[
i
]);

794 i�(
��us
) {

795 
	`�e_p���e_�
(
p
->p);

796 
	`�e_�
(
p
);

797  
NULL
;

802 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

803 
��us
 = 
	`�e_p���e_p�t_�_c���_to_�b�
(
p
->p,

804 
p
->

805 
p�t_�_id


806 [
i
],

807 
p
->

808 
�b�_id
[
i
]);

810 i�(
��us
) {

811 
	`�e_p���e_�
(
p
->p);

812 
	`�e_�
(
p
);

813  
NULL
;

818 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

819 
�e_p���e_�b�_��y
 
de�u�_��y
 = {

820 .
a�i�
 = 
RTE_PIPELINE_ACTION_PORT
,

821 .
p�t_id
 = 
p
->
p�t_out_id
[
i
],

824 
�e_p���e_�b�_��y
 *
de�u�_��y_�r
;

826 
��us
 = 
	`�e_p���e_�b�_de�u�_��y_add
(

827 
p
->p,

828 
p
->

829 
�b�_id
[
i
],

830 &
de�u�_��y
,

831 &
de�u�_��y_�r
);

833 i�(
��us
) {

834 
	`�e_p���e_�
(
p
->p);

835 
	`�e_�
(
p
);

836  
NULL
;

841 
i
 = 0; i < 
p
->
n_p�ts_�
; i++) {

842 
��us
 = 
	`�e_p���e_p�t_�_�ab�
(
p
->p,

843 
p
->
p�t_�_id
[
i
]);

845 i�(
��us
) {

846 
	`�e_p���e_�
(
p
->p);

847 
	`�e_�
(
p
);

848  
NULL
;

853 i�(
	`�e_p���e_check
(
p
->p) < 0) {

854 
	`�e_p���e_�
(
p
->p);

855 
	`�e_�
(
p
);

856  
NULL
;

860 
p
->
n_msgq
 = 
��ms
->n_msgq;

861 
i
 = 0; i < 
p
->
n_msgq
; i++)

862 
p
->
msgq_�
[
i
] = 
��ms
->msgq_in[i];

863 
i
 = 0; i < 
p
->
n_msgq
; i++)

864 
p
->
msgq_out
[
i
] = 
��ms
->msgq_out[i];

867 
	`mem�y
(
p
->
h�d�rs
, handlers, (p->handlers));

869  
p
;

870 
	}
}

872 
	$p���e_txrx_�
(*
p���e
)

874 
p���e
 *
p
 = (pipeline *)pipeline;

877 i�(
p
 =�
NULL
)

881 
	`�e_p���e_�
(
p
->p);

882 
	`�e_�
(
p
);

884 
	}
}

886 
	$p���e_txrx_tim�
(*
p���e
)

888 
p���e
 *
p
 = (pipeline *)pipeline;

890 
	`p���e_msg_�q_h�d�
(
p
);

891 
	`�e_p���e_�ush
(
p
->p);

894 
	}
}

897 
	$p���e_txrx_�ack
(*
p���e
, 
u�t32_t
 
p�t_�
, u�t32_�*
p�t_out
)

899 
p���e
 *
p
 = (pipeline *)pipeline;

902 i�((
p
 =�
NULL
�|| (
p�t_�
 >�p->
n_p�ts_�
�|| (
p�t_out
 == NULL))

905 *
p�t_out
 = 
p�t_�
 / 
p
->
n_p�ts_�
;

907 
	}
}

909 
p���e_be_�s
 
	gp���e_txrx_be_�s
 = {

910 .
f_��
 = 
p���e_txrx_��
,

911 .
	gf_�
 = 
p���e_txrx_�
,

912 .
	gf_run
 = 
NULL
,

913 .
	gf_tim�
 = 
p���e_txrx_tim�
,

914 .
	gf_�ack
 = 
p���e_txrx_�ack
,

	@VIL/pipeline_txrx/pipeline_txrx_be.h

17 #i�de�
__INCLUDE_PIPELINE_TXRX_BE_H__


18 

	#__INCLUDE_PIPELINE_TXRX_BE_H__


	)

20 
	~"p���e_comm�_be.h
"

21 

	#PIPELINE_TXRX_KEY_PORT_IN_AH
(
f_ah
, 
f_pkt_w�k
, 
f_pkt4_w�k
) \

23 
	`f_ah
( \

24 
__�e_unu�d
 
�e_p���e
 *
�e_p
, \

25 
�e_mbuf
 **
pkts
, \

26 
u�t32_t
 
n_pkts
, \

27 *
�g
) \

29 
u�t32_t
 
i
, 
j
; \

31 
j
 = 0; j < 
n_pkts
; j++) \

32 
	`�e_�e�tch0
(
pkts
[
j
]); \

34 
pkt_bur�_�t
 = 0; \

35 
i
 = 0; i < (
n_pkts
 & (~0x3LLU)); i += 4) \

36 
	`f_pkt4_w�k
(&
pkts
[
i
], i, 
�g
); \

38  ; 
i
 < 
n_pkts
; i++) \

39 
	`f_pkt_w�k
(
pkts
[
i
], i, 
�g
); \

43 }

	)

45 

p���e_be_�s
 
p���e_txrx_be_�s
;

49 
	ep���e_txrx_msg_�q_ty�
 {

50 
	mPIPELINE_TXRX_MSG_REQ_ENTRY_DBG
,

51 
	mPIPELINE_TXRX_MSG_REQS


56 
	sp���e_txrx_��y_dbg_msg_�q
 {

57 
p���e_msg_�q_ty�
 
	mty�
;

58 
p���e_txrx_msg_�q_ty�
 
	msubty�
;

61 
u�t8_t
 
	md�a
[5];

67 
	sp���e_txrx_�_p�t_h_�g
 {

68 
p���e_txrx
 *
	mp
;

69 
u�t8_t
 
	m�_p�t_id
;

72 
	sp���e_txrx_��y_dbg_msg_r�
 {

73 
	m��us
;

	@vnf_common/app.h

17 #i�de�
__INCLUDE_APP_H__


18 

	#__INCLUDE_APP_H__


	)

20 
	~<�d�t.h
>

21 
	~<�r�g.h
>

23 
	~<�e_comm�.h
>

24 
	~<�e_mempo�.h
>

25 
	~<�e_r�g.h
>

26 
	~<�e_sched.h
>

27 
	~<�e_tim�.h
>

28 
	~<cmdl�e_�r�.h
>

30 
	~<�e_�hdev.h
>

32 
	~"�u_c�e_m�.h
"

33 
	~"p���e.h
"

35 

	#APP_PARAM_NAME_SIZE
 
PIPELINE_NAME_SIZE


	)

36 

	#APP_LINK_PCI_BDF_SIZE
 32

	)

37 
�p_l�k_��ms
 *
	gfd�_p_l�k
;

38 
	s�p_mempo�_��ms
 {

39 *
	m�me
;

40 
u�t32_t
 
	m�r�d
;

41 
u�t32_t
 
	mbuf�r_size
;

42 
u�t32_t
 
	mpo�_size
;

43 
u�t32_t
 
	m�che_size
;

44 
u�t32_t
 
	m�u_sock�_id
;

47 
	s�p_l�k_��ms
 {

48 *
	m�me
;

49 
u�t32_t
 
	m�r�d
;

50 
u�t32_t
 
	mpmd_id
;

51 
u�t32_t
 
	m�p_q
;

52 
u�t32_t
 
	mt�_syn_q
;

53 
u�t32_t
 
	m�_lo�l_q
;

54 
u�t32_t
 
	mt�_lo�l_q
;

55 
u�t32_t
 
	mudp_lo�l_q
;

56 
u�t32_t
 
	ms�p_lo�l_q
;

57 
u�t32_t
 
	m��e
;

58 
u�t32_t
 
	m�
;

59 
u�t8_t
 
	m�v6
[16];

60 
u�t32_t
 
	md�th
;

61 
u�t32_t
 
	md�th_�v6
;

62 
u�t64_t
 
	mmac_addr
;

63 
	mpci_bdf
[
APP_LINK_PCI_BDF_SIZE
];

65 
�e_�h_c�f
 
	mc�f
;

66 
u�t8_t
 
	m�omisc
;

69 
	s�p_pktq_hwq_�_��ms
 {

70 *
	m�me
;

71 
u�t32_t
 
	m�r�d
;

72 
u�t32_t
 
	mmempo�_id
;

73 
u�t32_t
 
	msize
;

74 
u�t32_t
 
	mbur�
;

76 
�e_�h_rxc�f
 
	mc�f
;

79 
	s�p_pktq_hwq_out_��ms
 {

80 *
	m�me
;

81 
u�t32_t
 
	m�r�d
;

82 
u�t32_t
 
	msize
;

83 
u�t32_t
 
	mbur�
;

84 
u�t32_t
 
	mdr��ss
;

85 
u�t64_t
 
	mn_���s
;

86 
�e_�h_txc�f
 
	mc�f
;

89 
	s�p_pktq_swq_��ms
 {

90 *
	m�me
;

91 
u�t32_t
 
	m�r�d
;

92 
u�t32_t
 
	msize
;

93 
u�t32_t
 
	mbur�_�ad
;

94 
u�t32_t
 
	mbur�_wr�e
;

95 
u�t32_t
 
	mdr��ss
;

96 
u�t64_t
 
	mn_���s
;

97 
u�t32_t
 
	m�u_sock�_id
;

98 
u�t32_t
 
	m�v4_�ag
;

99 
u�t32_t
 
	m�v6_�ag
;

100 
u�t32_t
 
	m�v4_�s
;

101 
u�t32_t
 
	m�v6_�s
;

102 
u�t32_t
 
	mmtu
;

103 
u�t32_t
 
	mm�ad�a_size
;

104 
u�t32_t
 
	mmempo�_d�e�_id
;

105 
u�t32_t
 
	mmempo�_�d�e�_id
;

108 #i�de�
APP_FILE_NAME_SIZE


109 

	#APP_FILE_NAME_SIZE
 256

	)

112 #i�de�
APP_MAX_SCHED_SUBPORTS


113 

	#APP_MAX_SCHED_SUBPORTS
 8

	)

116 #i�de�
APP_MAX_SCHED_PIPES


117 

	#APP_MAX_SCHED_PIPES
 4096

	)

120 
	s�p_pktq_tm_��ms
 {

121 *
	m�me
;

122 
u�t32_t
 
	m�r�d
;

123 cڡ *
	mf�e_�me
;

124 
�e_sched_p�t_��ms
 
	msched_p�t_��ms
;

125 
�e_sched_subp�t_��ms


126 
	msched_subp�t_��ms
[
APP_MAX_SCHED_SUBPORTS
];

127 
�e_sched_p�e_��ms


128 
	msched_p�e_�of�es
[
RTE_SCHED_PIPE_PROFILES_PER_PORT
];

129 
	msched_p�e_to_�of�e
[
APP_MAX_SCHED_SUBPORTS
 * 
APP_MAX_SCHED_PIPES
];

130 
u�t32_t
 
	mbur�_�ad
;

131 
u�t32_t
 
	mbur�_wr�e
;

134 
	s�p_pktq_sour�_��ms
 {

135 *
	m�me
;

136 
u�t32_t
 
	m�r�d
;

137 
u�t32_t
 
	mmempo�_id
;

138 
u�t32_t
 
	mbur�
;

139 *
	mf�e_�me
;

140 
u�t32_t
 
	mn_by�s_�r_pkt
;

143 
	s�p_pktq_s�k_��ms
 {

144 *
	m�me
;

145 
u�t8_t
 
	m�r�d
;

146 *
	mf�e_�me
;

147 
u�t32_t
 
	mn_pkts_to_dump
;

150 
	s�p_msgq_��ms
 {

151 *
	m�me
;

152 
u�t32_t
 
	m�r�d
;

153 
u�t32_t
 
	msize
;

154 
u�t32_t
 
	m�u_sock�_id
;

157 
	e�p_pktq_�_ty�
 {

158 
	mAPP_PKTQ_IN_HWQ
,

159 
	mAPP_PKTQ_IN_SWQ
,

160 
	mAPP_PKTQ_IN_TM
,

161 
	mAPP_PKTQ_IN_SOURCE
,

164 
	s�p_pktq_�_��ms
 {

165 
�p_pktq_�_ty�
 
	mty�
;

166 
u�t32_t
 
	mid
;

169 
	e�p_pktq_out_ty�
 {

170 
	mAPP_PKTQ_OUT_HWQ
,

171 
	mAPP_PKTQ_OUT_SWQ
,

172 
	mAPP_PKTQ_OUT_TM
,

173 
	mAPP_PKTQ_OUT_SINK
,

176 
	s�p_pktq_out_��ms
 {

177 
�p_pktq_out_ty�
 
	mty�
;

178 
u�t32_t
 
	mid
;

181 #i�de�
APP_PIPELINE_TYPE_SIZE


182 

	#APP_PIPELINE_TYPE_SIZE
 64

	)

185 

	#APP_MAX_PIPELINE_PKTQ_IN
 
PIPELINE_MAX_PORT_IN


	)

186 

	#APP_MAX_PIPELINE_PKTQ_OUT
 
PIPELINE_MAX_PORT_OUT


	)

187 

	#APP_MAX_PIPELINE_MSGQ_IN
 
PIPELINE_MAX_MSGQ_IN


	)

188 

	#APP_MAX_PIPELINE_MSGQ_OUT
 
PIPELINE_MAX_MSGQ_OUT


	)

190 

	#APP_MAX_PIPELINE_ARGS
 
PIPELINE_MAX_ARGS


	)

192 
	s�p_p���e_��ms
 {

193 *
	m�me
;

194 
u�t8_t
 
	m�r�d
;

196 
	mty�
[
APP_PIPELINE_TYPE_SIZE
];

198 
u�t32_t
 
	msock�_id
;

199 
u�t32_t
 
	mc�e_id
;

200 
u�t32_t
 
	mhy�r_th_id
;

202 
�p_pktq_�_��ms
 
	mpktq_�
[
APP_MAX_PIPELINE_PKTQ_IN
];

203 
�p_pktq_out_��ms
 
	mpktq_out
[
APP_MAX_PIPELINE_PKTQ_OUT
];

204 
u�t32_t
 
	mmsgq_�
[
APP_MAX_PIPELINE_MSGQ_IN
];

205 
u�t32_t
 
	mmsgq_out
[
APP_MAX_PIPELINE_MSGQ_OUT
];

207 
u�t32_t
 
	mn_pktq_�
;

208 
u�t32_t
 
	mn_pktq_out
;

209 
u�t32_t
 
	mn_msgq_�
;

210 
u�t32_t
 
	mn_msgq_out
;

212 
u�t32_t
 
	mtim�_�riod
;

214 *
	m�gs_�me
[
APP_MAX_PIPELINE_ARGS
];

215 *
	m�gs_v�ue
[
APP_MAX_PIPELINE_ARGS
];

216 
u�t32_t
 
	mn_�gs
;

219 
	s�p_p���e_d�a
 {

220 *
	mbe
;

221 *
	m�
;

222 
p���e_ty�
 *
	m�y�
;

223 
u�t64_t
 
	mtim�_�riod
;

224 
u�t32_t
 
	m�ab�d
;

227 
	s�p_th�ad_p���e_d�a
 {

228 
u�t32_t
 
	mp���e_id
;

229 *
	mbe
;

230 
p���e_be_�_run
 
	mf_run
;

231 
p���e_be_�_tim�
 
	mf_tim�
;

232 
u�t64_t
 
	mtim�_�riod
;

233 
u�t64_t
 
	md�dl�e
;

236 #i�de�
APP_MAX_THREAD_PIPELINES


237 

	#APP_MAX_THREAD_PIPELINES
 32

	)

240 #i�de�
APP_THREAD_TIMER_PERIOD


241 

	#APP_THREAD_TIMER_PERIOD
 1

	)

244 
	s�p_th�ad_d�a
 {

245 
�p_th�ad_p���e_d�a
 
	m�gu�r
[
APP_MAX_THREAD_PIPELINES
];

246 
�p_th�ad_p���e_d�a
 
	mcu�om
[
APP_MAX_THREAD_PIPELINES
];

248 
u�t32_t
 
	mn_�gu�r
;

249 
u�t32_t
 
	mn_cu�om
;

251 
u�t64_t
 
	mtim�_�riod
;

252 
u�t64_t
 
	mth�ad_�q_d�dl�e
;

254 
u�t64_t
 
	md�dl�e
;

256 
�e_r�g
 *
	mmsgq_�
;

257 
�e_r�g
 *
	mmsgq_out
;

259 
u�t64_t
 
	mh�droom_time
;

260 
u�t64_t
 
	mh�droom_cy�es
;

261 
	mh�droom_�tio
;

264 #i�de�
APP_MAX_LINKS


265 

	#APP_MAX_LINKS
 32

	)

268 
	s�p_�l_��ms
 {

270 *
	mc�em�
;

273 
u�t32_t
 
	mma��_lc�e_�e��
;

274 
u�t32_t
 
	mma��_lc�e
;

277 
u�t32_t
 
	mch��ls_�e��
;

278 
u�t32_t
 
	mch��ls
;

281 
u�t32_t
 
	mmem�y_�e��
;

282 
u�t32_t
 
	mmem�y
;

285 
u�t32_t
 
	m�nks_�e��
;

286 
u�t32_t
 
	m�nks
;

289 *
	mpci_b�ckli�
[
APP_MAX_LINKS
];

292 *
	mpci_wh��i�
[
APP_MAX_LINKS
];

295 *
	mvdev
[
APP_MAX_LINKS
];

298 
u�t32_t
 
	mvmw�e_tsc_m�_�e��
;

299 
	mvmw�e_tsc_m�
;

302 *
	m�oc_ty�
;

305 *
	msy�og
;

308 
u�t32_t
 
	mlog_�v�_�e��
;

309 
u�t32_t
 
	mlog_�v�
;

312 
u�t32_t
 
	mv�si�_�e��
;

313 
	mv�si�
;

316 
u�t32_t
 
	mh�p_�e��
;

317 
	mh�p
;

320 
u�t32_t
 
	mno_huge_�e��
;

321 
	mno_huge
;

324 
u�t32_t
 
	mno_pci_�e��
;

325 
	mno_pci
;

328 
u�t32_t
 
	mno_h�t_�e��
;

329 
	mno_h�t
;

332 
u�t32_t
 
	mno_shc�f_�e��
;

333 
	mno_shc�f
;

336 *
	madd_driv�
;

339 *
	msock�_mem
;

342 *
	mhuge_d�
;

345 *
	mf�e_�efix
;

348 *
	mba�_v��ddr
;

351 
u�t32_t
 
	m���_uio_dev_�e��
;

352 
	m���_uio_dev
;

355 *
	mvfio_��
;

358 
u�t32_t
 
	mx�_dom0_�e��
;

359 
	mx�_dom0
;

362 #i�de�
APP_APPNAME_SIZE


363 

	#APP_APPNAME_SIZE
 256

	)

366 #i�de�
APP_MAX_MEMPOOLS


367 

	#APP_MAX_MEMPOOLS
 8

	)

370 #i�de�
APP_LINK_MAX_HWQ_IN


371 

	#APP_LINK_MAX_HWQ_IN
 64

	)

374 #i�de�
APP_LINK_MAX_HWQ_OUT


375 

	#APP_LINK_MAX_HWQ_OUT
 64

	)

378 

	#APP_MAX_HWQ_IN
 (
APP_MAX_LINKS
 * 
APP_LINK_MAX_HWQ_IN
)

	)

380 

	#APP_MAX_HWQ_OUT
 (
APP_MAX_LINKS
 * 
APP_LINK_MAX_HWQ_OUT
)

	)

382 #i�de�
APP_MAX_PKTQ_SWQ


383 

	#APP_MAX_PKTQ_SWQ
 256

	)

386 

	#APP_MAX_PKTQ_TM
 
APP_MAX_LINKS


	)

388 #i�de�
APP_MAX_PKTQ_SOURCE


389 

	#APP_MAX_PKTQ_SOURCE
 32

	)

392 #i�de�
APP_MAX_PKTQ_SINK


393 

	#APP_MAX_PKTQ_SINK
 32

	)

396 #i�de�
APP_MAX_MSGQ


397 

	#APP_MAX_MSGQ
 128

	)

400 #i�de�
APP_MAX_PIPELINES


401 

	#APP_MAX_PIPELINES
 64

	)

404 #i�de�
APP_EAL_ARGC


405 

	#APP_EAL_ARGC
 32

	)

408 #i�de�
APP_MAX_PIPELINE_TYPES


409 

	#APP_MAX_PIPELINE_TYPES
 64

	)

412 #i�de�
APP_MAX_THREADS


413 

	#APP_MAX_THREADS
 
RTE_MAX_LCORE


	)

416 #i�de�
APP_MAX_CMDS


417 

	#APP_MAX_CMDS
 128

	)

420 #i�de�
APP_THREAD_HEADROOM_STATS_COLLECT


421 

	#APP_THREAD_HEADROOM_STATS_COLLECT
 1

	)

424 
u�t8_t
 
	g�ab�_hwlb
;

425 
u�t8_t
 
	g�ab�_�ow_d�
;

427 

	#APP_CORE_MASK_SIZE
 \

428 (
RTE_MAX_LCORE
 / 64 + ((RTE_MAX_LCORE % 64�? 1 : 0))

	)

430 
	s�p_��ms
 {

432 
	m�p_�me
[
APP_APPNAME_SIZE
];

433 cڡ *
	mc�fig_f�e
;

434 cڡ *
	ms��t_f�e
;

435 cڡ *
	m�r�r_f�e
;

436 cڡ *
	mou�ut_f�e
;

437 cڡ *
	m��roc
;

438 cڡ *
	m��roc_�gs
;

439 
u�t64_t
 
	mp�t_mask
;

440 
u�t32_t
 
	mlog_�v�
;

442 
�p_�l_��ms
 
	m�l_��ms
;

443 
�p_mempo�_��ms
 
	mmempo�_��ms
[
APP_MAX_MEMPOOLS
];

444 
�p_l�k_��ms
 
	ml�k_��ms
[
APP_MAX_LINKS
];

445 
�p_pktq_hwq_�_��ms
 
	mhwq_�_��ms
[
APP_MAX_HWQ_IN
];

446 
�p_pktq_hwq_out_��ms
 
	mhwq_out_��ms
[
APP_MAX_HWQ_OUT
];

447 
�p_pktq_swq_��ms
 
	mswq_��ms
[
APP_MAX_PKTQ_SWQ
];

448 
�p_pktq_tm_��ms
 
	mtm_��ms
[
APP_MAX_PKTQ_TM
];

449 
�p_pktq_sour�_��ms
 
	msour�_��ms
[
APP_MAX_PKTQ_SOURCE
];

450 
�p_pktq_s�k_��ms
 
	ms�k_��ms
[
APP_MAX_PKTQ_SINK
];

451 
�p_msgq_��ms
 
	mmsgq_��ms
[
APP_MAX_MSGQ
];

452 
�p_p���e_��ms
 
	mp���e_��ms
[
APP_MAX_PIPELINES
];

454 
u�t32_t
 
	mn_mempo�s
;

455 
u�t32_t
 
	mn_l�ks
;

456 
u�t32_t
 
	mn_pktq_hwq_�
;

457 
u�t32_t
 
	mn_pktq_hwq_out
;

458 
u�t32_t
 
	mn_pktq_swq
;

459 
u�t32_t
 
	mn_pktq_tm
;

460 
u�t32_t
 
	mn_pktq_sour�
;

461 
u�t32_t
 
	mn_pktq_s�k
;

462 
u�t32_t
 
	mn_msgq
;

463 
u�t32_t
 
	mn_p���es
;

465 
u�t32_t
 
	mh�d�_csum_�q
;

466 
u�t32_t
 
	mn_hwlb_q
;

468 *
	m�l_�gv
[1 + 
APP_EAL_ARGC
];

469 
�u_c�e_m�
 *
	mc�e_m�
;

470 
u�t64_t
 
	mc�e_mask
[
APP_CORE_MASK_SIZE
];

471 
�e_mempo�
 *
	mmempo�
[
APP_MAX_MEMPOOLS
];

472 
�e_r�g
 *
	mswq
[
APP_MAX_PKTQ_SWQ
];

473 
�e_sched_p�t
 *
	mtm
[
APP_MAX_PKTQ_TM
];

474 
�e_r�g
 *
	mmsgq
[
APP_MAX_MSGQ
];

475 
p���e_ty�
 
	mp���e_ty�
[
APP_MAX_PIPELINE_TYPES
];

476 
�p_p���e_d�a
 
	mp���e_d�a
[
APP_MAX_PIPELINES
];

477 
�p_th�ad_d�a
 
	mth�ad_d�a
[
APP_MAX_THREADS
];

478 
cmdl�e_�r�_�x_t
 
	mcmds
[
APP_MAX_CMDS
 + 1];

480 
	m�l_�gc
;

481 
u�t32_t
 
	mn_p���e_ty�s
;

482 
u�t32_t
 
	mn_cmds
;

485 

	#APP_PARAM_VALID
(
obj
�((obj)->
�me
 !�
NULL
)

	)

487 

	#APP_PARAM_COUNT
(
obj_��y
, 
n_objs
) \

489 
size_t
 
i
; \

491 
n_objs
 = 0; \

492 
i
 = 0; i < 
	`RTE_DIM
(
obj_��y
); i++) \

493 i�(
	`APP_PARAM_VALID
(&((
obj_��y
)[
i
]))) \

494 
n_objs
++; \

495 }

	)

497 

	#APP_PARAM_FIND
(
obj_��y
, 
key
) \

499 
ssize_t
 
obj_idx
; \

500 cڡ 
ssize_t
 
obj_cou�
 = 
	`RTE_DIM
(
obj_��y
); \

502 
obj_idx
 = 0; obj_idx < 
obj_cou�
; obj_idx++) { \

503 i�(!
	`APP_PARAM_VALID
(&((
obj_��y
)[
obj_idx
]))) \

506 i�(
	`�rcmp
(
key
, (
obj_��y
)[
obj_idx
].
�me
) == 0) \

509 
obj_idx
 < 
obj_cou�
 ? obj_idx : -
ENOENT
; \

510 })

	)

512 

	#APP_PARAM_FIND_BY_ID
(
obj_��y
, 
�efix
, 
id
, 
obj
) \

514 
�me
[
APP_PARAM_NAME_SIZE
]; \

515 
ssize_t
 
pos
; \

517 
	`�r�tf
(
�me
, 
�efix
 "%" 
PRIu32
, 
id
); \

518 
pos
 = 
	`APP_PARAM_FIND
(
obj_��y
, 
�me
); \

519 
obj
 = (
pos
 < 0�? 
NULL
 : &((
obj_��y
)[pos]); \

520 } 0)

	)

522 

	#APP_PARAM_GET_ID
(
obj
, 
�efix
, 
id
) \

524 
	`ss�nf
(
obj
->
�me
, 
�efix
 "%" 
SCNu32
, &
id
); \

526 

	)

527 

	#APP_PARAM_ADD
(
obj_��y
, 
obj_�me
) \

529 
ssize_t
 
obj_idx
; \

530 cڡ 
ssize_t
 
obj_cou�
 = 
	`RTE_DIM
(
obj_��y
); \

532 
obj_idx
 = 
	`APP_PARAM_FIND
(
obj_��y
, 
obj_�me
); \

533 i�(
obj_idx
 < 0) { \

534 
obj_idx
 = 0; obj_idx < 
obj_cou�
; obj_idx++) { \

535 i�(!
	`APP_PARAM_VALID
(&((
obj_��y
)[
obj_idx
]))) \

539 i�(
obj_idx
 < 
obj_cou�
) { \

540 (
obj_��y
)[
obj_idx
].
�me
 = 
	`�rdup
(
obj_�me
); \

541 i�((
obj_��y
)[
obj_idx
].
�me
 =�
NULL
) \

542 
obj_idx
 = -
EINVAL
; \

544 
obj_idx
 = -
ENOMEM
; \

546 
obj_idx
; \

547 })

	)

549 

	#APP_CHECK
(
exp
, 
fmt
, ...) \

551 i�(!(
exp
)) { \

552 
	`�r�tf
(
�d�r
, 
fmt
 "\n", ## 
__VA_ARGS__
); \

553 
	`ab�t
(); \

555 } 0)

	)

557 
	e�p_log_�v�
 {

558 
	mAPP_LOG_LEVEL_HIGH
 = 1,

559 
	mAPP_LOG_LEVEL_LOW
,

560 
	mAPP_LOG_LEVELS


563 

	#APP_LOG
(
�p
, 
�v�
, 
fmt
, ...) \

565 i�(
�p
->
log_�v�
 >�
APP_LOG_LEVEL_
 ## 
�v�
) \

566 
	`�r�tf
(
�dout
, "[APP] " 
fmt
 "\n", ## 
__VA_ARGS__
); \

567 } 0)

	)

569 
�l�e
 
u�t32_t


570 
	$�p_l�k_g�_n_rxq
(
�p_��ms
 *
�p
, 
�p_l�k_��ms
 *
l�k
)

572 
u�t32_t
 
n_rxq
 = 0, 
l�k_id
, 
i
;

573 
u�t32_t
 
n_pktq_hwq_�
 = 
	`RTE_MIN
(
�p
->n_pktq_hwq_in,

574 
	`RTE_DIM
(
�p
->
hwq_�_��ms
));

576 
	`APP_PARAM_GET_ID
(
l�k
, "LINK", 
l�k_id
);

578 
i
 = 0; i < 
n_pktq_hwq_�
; i++) {

579 
�p_pktq_hwq_�_��ms
 *
p
 = &
�p
->
hwq_�_��ms
[
i
];

580 
u�t32_t
 
rxq_l�k_id
, 
rxq_queue_id
;

582 
	`ss�nf
(
p
->
�me
, "RXQ%" 
SCNu32
 ".%" SCNu32,

583 &
rxq_l�k_id
, &
rxq_queue_id
);

584 i�(
rxq_l�k_id
 =�
l�k_id
)

585 
n_rxq
++;

588  
n_rxq
;

589 
	}
}

591 
�l�e
 
u�t32_t


592 
	$�p_l�k_g�_n_txq
(
�p_��ms
 *
�p
, 
�p_l�k_��ms
 *
l�k
)

594 
u�t32_t
 
n_txq
 = 0, 
l�k_id
, 
i
;

595 
u�t32_t
 
n_pktq_hwq_out
 = 
	`RTE_MIN
(
�p
->n_pktq_hwq_out,

596 
	`RTE_DIM
(
�p
->
hwq_out_��ms
));

598 
	`APP_PARAM_GET_ID
(
l�k
, "LINK", 
l�k_id
);

600 
i
 = 0; i < 
n_pktq_hwq_out
; i++) {

601 
�p_pktq_hwq_out_��ms
 *
p
 = &
�p
->
hwq_out_��ms
[
i
];

602 
u�t32_t
 
txq_l�k_id
, 
txq_queue_id
;

604 
	`ss�nf
(
p
->
�me
, "TXQ%" 
SCNu32
 ".%" SCNu32,

605 &
txq_l�k_id
, &
txq_queue_id
);

606 i�(
txq_l�k_id
 =�
l�k_id
)

607 
n_txq
++;

610  
n_txq
;

611 
	}
}

613 
�l�e
 
u�t32_t


614 
	$�p_rxq_g�_�ad�s
(
�p_��ms
 *
�p
, 
�p_pktq_hwq_�_��ms
 *
rxq
)

616 
u�t32_t
 
pos
 = 
rxq
 - 
�p
->
hwq_�_��ms
;

617 
u�t32_t
 
n_p���es
 = 
	`RTE_MIN
(
�p
->n_pipelines,

618 
	`RTE_DIM
(
�p
->
p���e_��ms
));

619 
u�t32_t
 
n_�ad�s
 = 0, 
i
;

621 
i
 = 0; i < 
n_p���es
; i++) {

622 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

623 
u�t32_t
 
n_pktq_�
 = 
	`RTE_MIN
(
p
->n_pktq_�, 
	`RTE_DIM
�->
pktq_�
));

624 
u�t32_t
 
j
;

626 
j
 = 0; j < 
n_pktq_�
; j++) {

627 
�p_pktq_�_��ms
 *
pktq
 = &
p
->
pktq_�
[
j
];

629 i�((
pktq
->
ty�
 =�
APP_PKTQ_IN_HWQ
) &&

630 (
pktq
->
id
 =�
pos
))

631 
n_�ad�s
++;

635  
n_�ad�s
;

636 
	}
}

638 
�l�e
 
u�t32_t


639 
	$�p_swq_g�_�ad�s
(
�p_��ms
 *
�p
, 
�p_pktq_swq_��ms
 *
swq
)

641 
u�t32_t
 
pos
 = 
swq
 - 
�p
->
swq_��ms
;

642 
u�t32_t
 
n_p���es
 = 
	`RTE_MIN
(
�p
->n_pipelines,

643 
	`RTE_DIM
(
�p
->
p���e_��ms
));

644 
u�t32_t
 
n_�ad�s
 = 0, 
i
;

646 
i
 = 0; i < 
n_p���es
; i++) {

647 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

648 
u�t32_t
 
n_pktq_�
 = 
	`RTE_MIN
(
p
->n_pktq_�, 
	`RTE_DIM
�->
pktq_�
));

649 
u�t32_t
 
j
;

651 
j
 = 0; j < 
n_pktq_�
; j++) {

652 
�p_pktq_�_��ms
 *
pktq
 = &
p
->
pktq_�
[
j
];

654 i�((
pktq
->
ty�
 =�
APP_PKTQ_IN_SWQ
) &&

655 (
pktq
->
id
 =�
pos
))

656 
n_�ad�s
++;

660  
n_�ad�s
;

661 
	}
}

663 
�l�e
 
u�t32_t


664 
	$�p_tm_g�_�ad�s
(
�p_��ms
 *
�p
, 
�p_pktq_tm_��ms
 *
tm
)

666 
u�t32_t
 
pos
 = 
tm
 - 
�p
->
tm_��ms
;

667 
u�t32_t
 
n_p���es
 = 
	`RTE_MIN
(
�p
->n_pipelines,

668 
	`RTE_DIM
(
�p
->
p���e_��ms
));

669 
u�t32_t
 
n_�ad�s
 = 0, 
i
;

671 
i
 = 0; i < 
n_p���es
; i++) {

672 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

673 
u�t32_t
 
n_pktq_�
 = 
	`RTE_MIN
(
p
->n_pktq_�, 
	`RTE_DIM
�->
pktq_�
));

674 
u�t32_t
 
j
;

676 
j
 = 0; j < 
n_pktq_�
; j++) {

677 
�p_pktq_�_��ms
 *
pktq
 = &
p
->
pktq_�
[
j
];

679 i�((
pktq
->
ty�
 =�
APP_PKTQ_IN_TM
) &&

680 (
pktq
->
id
 =�
pos
))

681 
n_�ad�s
++;

685  
n_�ad�s
;

686 
	}
}

688 
�l�e
 
u�t32_t


689 
	$�p_sour�_g�_�ad�s
(
�p_��ms
 *
�p
,

690 
�p_pktq_sour�_��ms
 *
sour�
)

692 
u�t32_t
 
pos
 = 
sour�
 - 
�p
->
sour�_��ms
;

693 
u�t32_t
 
n_p���es
 = 
	`RTE_MIN
(
�p
->n_pipelines,

694 
	`RTE_DIM
(
�p
->
p���e_��ms
));

695 
u�t32_t
 
n_�ad�s
 = 0, 
i
;

697 
i
 = 0; i < 
n_p���es
; i++) {

698 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

699 
u�t32_t
 
n_pktq_�
 = 
	`RTE_MIN
(
p
->n_pktq_�, 
	`RTE_DIM
�->
pktq_�
));

700 
u�t32_t
 
j
;

702 
j
 = 0; j < 
n_pktq_�
; j++) {

703 
�p_pktq_�_��ms
 *
pktq
 = &
p
->
pktq_�
[
j
];

705 i�((
pktq
->
ty�
 =�
APP_PKTQ_IN_SOURCE
) &&

706 (
pktq
->
id
 =�
pos
))

707 
n_�ad�s
++;

711  
n_�ad�s
;

712 
	}
}

714 
�l�e
 
u�t32_t


715 
	$�p_msgq_g�_�ad�s
(
�p_��ms
 *
�p
, 
�p_msgq_��ms
 *
msgq
)

717 
u�t32_t
 
pos
 = 
msgq
 - 
�p
->
msgq_��ms
;

718 
u�t32_t
 
n_p���es
 = 
	`RTE_MIN
(
�p
->n_pipelines,

719 
	`RTE_DIM
(
�p
->
p���e_��ms
));

720 
u�t32_t
 
n_�ad�s
 = 0, 
i
;

722 
i
 = 0; i < 
n_p���es
; i++) {

723 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

724 
u�t32_t
 
n_msgq_�
 = 
	`RTE_MIN
(
p
->n_msgq_�, 
	`RTE_DIM
�->
msgq_�
));

725 
u�t32_t
 
j
;

727 
j
 = 0; j < 
n_msgq_�
; j++)

728 i�(
p
->
msgq_�
[
j
] =�
pos
)

729 
n_�ad�s
++;

732  
n_�ad�s
;

733 
	}
}

735 
�l�e
 
u�t32_t


736 
	$�p_txq_g�_wr��s
(
�p_��ms
 *
�p
, 
�p_pktq_hwq_out_��ms
 *
txq
)

738 
u�t32_t
 
pos
 = 
txq
 - 
�p
->
hwq_out_��ms
;

739 
u�t32_t
 
n_p���es
 = 
	`RTE_MIN
(
�p
->n_pipelines,

740 
	`RTE_DIM
(
�p
->
p���e_��ms
));

741 
u�t32_t
 
n_wr��s
 = 0, 
i
;

743 
i
 = 0; i < 
n_p���es
; i++) {

744 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

745 
u�t32_t
 
n_pktq_out
 = 
	`RTE_MIN
(
p
->n_pktq_out,

746 
	`RTE_DIM
(
p
->
pktq_out
));

747 
u�t32_t
 
j
;

749 
j
 = 0; j < 
n_pktq_out
; j++) {

750 
�p_pktq_out_��ms
 *
pktq
 = &
p
->
pktq_out
[
j
];

752 i�((
pktq
->
ty�
 =�
APP_PKTQ_OUT_HWQ
) &&

753 (
pktq
->
id
 =�
pos
))

754 
n_wr��s
++;

758  
n_wr��s
;

759 
	}
}

761 
�l�e
 
u�t32_t


762 
	$�p_swq_g�_wr��s
(
�p_��ms
 *
�p
, 
�p_pktq_swq_��ms
 *
swq
)

764 
u�t32_t
 
pos
 = 
swq
 - 
�p
->
swq_��ms
;

765 
u�t32_t
 
n_p���es
 = 
	`RTE_MIN
(
�p
->n_pipelines,

766 
	`RTE_DIM
(
�p
->
p���e_��ms
));

767 
u�t32_t
 
n_wr��s
 = 0, 
i
;

769 
i
 = 0; i < 
n_p���es
; i++) {

770 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

771 
u�t32_t
 
n_pktq_out
 = 
	`RTE_MIN
(
p
->n_pktq_out,

772 
	`RTE_DIM
(
p
->
pktq_out
));

773 
u�t32_t
 
j
;

775 
j
 = 0; j < 
n_pktq_out
; j++) {

776 
�p_pktq_out_��ms
 *
pktq
 = &
p
->
pktq_out
[
j
];

778 i�((
pktq
->
ty�
 =�
APP_PKTQ_OUT_SWQ
) &&

779 (
pktq
->
id
 =�
pos
))

780 
n_wr��s
++;

784  
n_wr��s
;

785 
	}
}

787 
�l�e
 
u�t32_t


788 
	$�p_tm_g�_wr��s
(
�p_��ms
 *
�p
, 
�p_pktq_tm_��ms
 *
tm
)

790 
u�t32_t
 
pos
 = 
tm
 - 
�p
->
tm_��ms
;

791 
u�t32_t
 
n_p���es
 = 
	`RTE_MIN
(
�p
->n_pipelines,

792 
	`RTE_DIM
(
�p
->
p���e_��ms
));

793 
u�t32_t
 
n_wr��s
 = 0, 
i
;

795 
i
 = 0; i < 
n_p���es
; i++) {

796 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

797 
u�t32_t
 
n_pktq_out
 = 
	`RTE_MIN
(
p
->n_pktq_out,

798 
	`RTE_DIM
(
p
->
pktq_out
));

799 
u�t32_t
 
j
;

801 
j
 = 0; j < 
n_pktq_out
; j++) {

802 
�p_pktq_out_��ms
 *
pktq
 = &
p
->
pktq_out
[
j
];

804 i�((
pktq
->
ty�
 =�
APP_PKTQ_OUT_TM
) &&

805 (
pktq
->
id
 =�
pos
))

806 
n_wr��s
++;

810  
n_wr��s
;

811 
	}
}

813 
�l�e
 
u�t32_t


814 
	$�p_s�k_g�_wr��s
(
�p_��ms
 *
�p
, 
�p_pktq_s�k_��ms
 *
s�k
)

816 
u�t32_t
 
pos
 = 
s�k
 - 
�p
->
s�k_��ms
;

817 
u�t32_t
 
n_p���es
 = 
	`RTE_MIN
(
�p
->n_pipelines,

818 
	`RTE_DIM
(
�p
->
p���e_��ms
));

819 
u�t32_t
 
n_wr��s
 = 0, 
i
;

821 
i
 = 0; i < 
n_p���es
; i++) {

822 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

823 
u�t32_t
 
n_pktq_out
 = 
	`RTE_MIN
(
p
->n_pktq_out,

824 
	`RTE_DIM
(
p
->
pktq_out
));

825 
u�t32_t
 
j
;

827 
j
 = 0; j < 
n_pktq_out
; j++) {

828 
�p_pktq_out_��ms
 *
pktq
 = &
p
->
pktq_out
[
j
];

830 i�((
pktq
->
ty�
 =�
APP_PKTQ_OUT_SINK
) &&

831 (
pktq
->
id
 =�
pos
))

832 
n_wr��s
++;

836  
n_wr��s
;

837 
	}
}

839 
�l�e
 
u�t32_t


840 
	$�p_c�e_is_�ab�d
(
�p_��ms
 *
�p
, 
u�t32_t
 
lc�e_id
) {

841 (
�p
->
c�e_mask
[
lc�e_id
 / 64] &

842 (1LLU << (
lc�e_id
 % 64)));

843 
	}
}

845 
�l�e
 

846 
	$�p_c�e_�ab�_�_c�e_mask
(
�p_��ms
 *
�p
, 
lc�e_id
) {

847 
�p
->
c�e_mask
[
lc�e_id
 / 64] |= 1LLU << (lcore_id % 64);

849 
	}
}

851 
�l�e
 

852 
	$�p_c�e_bu�d_c�e_mask_�r�g
(
�p_��ms
 *
�p
, 

853 *
mask_buf�r
) {

854 
i
;

856 
mask_buf�r
[0] = '\0';

857 
i
 = ()
	`RTE_DIM
(
�p
->
c�e_mask
); i > 0; i--) {

859 
buf�r
[(64 / 8) * 2 + 1];

860 
	`mem�t
(
buf�r
, 0, (buffer));

861 
	`���tf
(
buf�r
, (buf�r), "%016" 
PRIx64
,

862 
�p
->
c�e_mask
[
i
-1]);

863 
	`�r�t
(
mask_buf�r
, 
buf�r
);

865 
	}
}

867 
�l�e
 
u�t32_t


868 
	$�p_msgq_g�_wr��s
(
�p_��ms
 *
�p
, 
�p_msgq_��ms
 *
msgq
)

870 
u�t32_t
 
pos
 = 
msgq
 - 
�p
->
msgq_��ms
;

871 
u�t32_t
 
n_p���es
 = 
	`RTE_MIN
(
�p
->n_pipelines,

872 
	`RTE_DIM
(
�p
->
p���e_��ms
));

873 
u�t32_t
 
n_wr��s
 = 0, 
i
;

875 
i
 = 0; i < 
n_p���es
; i++) {

876 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

877 
u�t32_t
 
n_msgq_out
 = 
	`RTE_MIN
(
p
->n_msgq_out,

878 
	`RTE_DIM
(
p
->
msgq_out
));

879 
u�t32_t
 
j
;

881 
j
 = 0; j < 
n_msgq_out
; j++)

882 i�(
p
->
msgq_out
[
j
] =�
pos
)

883 
n_wr��s
++;

886  
n_wr��s
;

887 
	}
}

889 
�l�e
 
�p_l�k_��ms
 *

890 
	$�p_g�_l�k_f�_rxq
(
�p_��ms
 *
�p
, 
�p_pktq_hwq_�_��ms
 *
p
)

892 
l�k_�me
[
APP_PARAM_NAME_SIZE
];

893 
ssize_t
 
l�k_��m_idx
;

894 
u�t32_t
 
rxq_l�k_id
, 
rxq_queue_id
;

896 
	`ss�nf
(
p
->
�me
, "RXQ%" 
SCNu32
 ".%" SCNu32,

897 &
rxq_l�k_id
, &
rxq_queue_id
);

898 
	`�r�tf
(
l�k_�me
, "LINK%" 
PRIu32
, 
rxq_l�k_id
);

899 
l�k_��m_idx
 = 
	`APP_PARAM_FIND
(
�p
->
l�k_��ms
, 
l�k_�me
);

900 
	`APP_CHECK
((
l�k_��m_idx
 >= 0),

901 "C�n� f�d %�f� %s", 
l�k_�me
, 
p
->
�me
);

903  &
�p
->
l�k_��ms
[
l�k_��m_idx
];

904 
	}
}

906 
�l�e
 
�p_l�k_��ms
 *

907 
	$�p_g�_l�k_f�_txq
(
�p_��ms
 *
�p
, 
�p_pktq_hwq_out_��ms
 *
p
)

909 
l�k_�me
[
APP_PARAM_NAME_SIZE
];

910 
ssize_t
 
l�k_��m_idx
;

911 
u�t32_t
 
txq_l�k_id
, 
txq_queue_id
;

913 
	`ss�nf
(
p
->
�me
, "TXQ%" 
SCNu32
 ".%" SCNu32,

914 &
txq_l�k_id
, &
txq_queue_id
);

915 
	`�r�tf
(
l�k_�me
, "LINK%" 
PRIu32
, 
txq_l�k_id
);

916 
l�k_��m_idx
 = 
	`APP_PARAM_FIND
(
�p
->
l�k_��ms
, 
l�k_�me
);

917 
	`APP_CHECK
((
l�k_��m_idx
 >= 0),

918 "C�n� f�d %�f� %s", 
l�k_�me
, 
p
->
�me
);

920  &
�p
->
l�k_��ms
[
l�k_��m_idx
];

921 
	}
}

923 
�l�e
 
�p_l�k_��ms
 *

924 
	$�p_g�_l�k_f�_tm
(
�p_��ms
 *
�p
, 
�p_pktq_tm_��ms
 *
p_tm
)

926 
l�k_�me
[
APP_PARAM_NAME_SIZE
];

927 
u�t32_t
 
l�k_id
;

928 
ssize_t
 
l�k_��m_idx
;

930 
	`ss�nf
(
p_tm
->
�me
, "TM%" 
PRIu32
, &
l�k_id
);

931 
	`�r�tf
(
l�k_�me
, "LINK%" 
PRIu32
, 
l�k_id
);

932 
l�k_��m_idx
 = 
	`APP_PARAM_FIND
(
�p
->
l�k_��ms
, 
l�k_�me
);

933 
	`APP_CHECK
((
l�k_��m_idx
 >= 0),

934 "C�n� f�d %�f� %s", 
l�k_�me
, 
p_tm
->
�me
);

936  &
�p
->
l�k_��ms
[
l�k_��m_idx
];

937 
	}
}

939 
�p_c�fig_��
(
�p_��ms
 *
�p
);

941 
�p_c�fig_�gs
(
�p_��ms
 *
�p
,

942 
�gc
, **
�gv
);

944 
�p_c�fig_��roc
(
�p_��ms
 *
�p
);

946 
�p_c�fig_�r�
(
�p_��ms
 *
�p
,

947 cڡ *
f�e_�me
);

949 
�p_c�fig_�r�_tm
(
�p_��ms
 *
�p
);

951 
�p_c�fig_�ve
(
�p_��ms
 *
�p
,

952 cڡ *
f�e_�me
);

954 
�p_c�fig_check
(
�p_��ms
 *
�p
);

956 
�p_��
(
�p_��ms
 *
�p
);

958 
�p_th�ad
(*
�g
);

960 
�p_p���e_ty�_�gi��
(
�p_��ms
 *
�p
,

961 
p���e_ty�
 *
�y�
);

963 
p���e_ty�
 *
�p_p���e_ty�_f�d
(
�p_��ms
 *
�p
,

964 *
�me
);

966 
�p_l�k_up_����
(
�p_��ms
 *
�p
,

967 
�p_l�k_��ms
 *
�
);

969 
�p_l�k_down_����
(
�p_��ms
 *
�p
,

970 
�p_l�k_��ms
 *
�
);

	@vnf_common/config_check.c

17 
	~<�dio.h
>

19 
	~<�e_�.h
>

21 
	~"�p.h
"

23 
u�t8_t
 
	gg_n_hwq_�
;

25 
	$check_mempo�s
(
�p_��ms
 *
�p
)

27 
u�t32_t
 
i
;

29 
i
 = 0; i < 
�p
->
n_mempo�s
; i++) {

30 
�p_mempo�_��ms
 *
p
 = &
�p
->
mempo�_��ms
[
i
];

32 
	`APP_CHECK
((
p
->
po�_size
 > 0),

33 "Mempo� %�siz�i�0\n", 
p
->
�me
);

35 
	`APP_CHECK
((
p
->
�che_size
 > 0),

36 "Mempo� %��ch�siz�i�0\n", 
p
->
�me
);

38 
	`APP_CHECK
(
	`�e_is_pow�_of_2
(
p
->
�che_size
),

39 "Mempo� %��ch�siz�nه�ow� o�2\n", 
p
->
�me
);

41 
	}
}

44 
	$check_l�ks
(
�p_��ms
 *
�p
)

46 
u�t32_t
 
i
;

49 i�(
�p
->
p�t_mask
) {

50 
u�t32_t
 
n_l�ks_p�t_mask
 =

51 
	`__bu�t�_p�cou��
(
�p
->
p�t_mask
);

53 
	`APP_CHECK
((
�p
->
n_l�ks
 =�
n_l�ks_p�t_mask
),

57 
i
 = 0; i < 
�p
->
n_l�ks
; i++) {

58 
�p_l�k_��ms
 *
l�k
 = &
�p
->
l�k_��ms
[
i
];

59 
u�t32_t
 
rxq_max
, 
n_rxq
, 
n_txq
, 
l�k_id
, 
i
;

61 
	`APP_PARAM_GET_ID
(
l�k
, "LINK", 
l�k_id
);

64 
rxq_max
 = 0;

65 i�(
l�k
->
�p_q
 > 
rxq_max
)

66 
rxq_max
 = 
l�k
->
�p_q
;

67 i�(
l�k
->
t�_syn_q
 > 
rxq_max
)

68 
rxq_max
 = 
l�k
->
t�_syn_q
;

69 i�(
l�k
->
�_lo�l_q
 > 
rxq_max
)

70 
rxq_max
 = 
l�k
->
�_lo�l_q
;

71 i�(
l�k
->
t�_lo�l_q
 > 
rxq_max
)

72 
rxq_max
 = 
l�k
->
t�_lo�l_q
;

73 i�(
l�k
->
udp_lo�l_q
 > 
rxq_max
)

74 
rxq_max
 = 
l�k
->
udp_lo�l_q
;

75 i�(
l�k
->
s�p_lo�l_q
 > 
rxq_max
)

76 
rxq_max
 = 
l�k
->
s�p_lo�l_q
;

78 if(
�ab�_hwlb
 || 
�ab�_�ow_d�
){

79 
g_n_hwq_�
 = 
�p
->
n_hwlb_q
;

80 
rxq_max
 = (
g_n_hwq_�
 - 1);

81 
i
 = 
g_n_hwq_�
; i <�
rxq_max
; i++)

82 
	`APP_CHECK
(((
l�k
->
�p_q
 =�
i
) ||

83 (
l�k
->
t�_syn_q
 =�
i
) ||

84 (
l�k
->
�_lo�l_q
 =�
i
) ||

85 (
l�k
->
t�_lo�l_q
 =�
i
) ||

86 (
l�k
->
udp_lo�l_q
 =�
i
) ||

87 (
l�k
->
s�p_lo�l_q
 =�
i
)),

88 "%�RXQ���n� c�tiguou�(A)\n", 
l�k
->
�me
);

92 
i
 = 1; i <�
rxq_max
; i++)

93 
	`APP_CHECK
(((
l�k
->
�p_q
 =�
i
) ||

94 (
l�k
->
t�_syn_q
 =�
i
) ||

95 (
l�k
->
�_lo�l_q
 =�
i
) ||

96 (
l�k
->
t�_lo�l_q
 =�
i
) ||

97 (
l�k
->
udp_lo�l_q
 =�
i
) ||

98 (
l�k
->
s�p_lo�l_q
 =�
i
)),

99 "%�RXQ���n� c�tiguou�(A)\n", 
l�k
->
�me
);

101 
n_rxq
 = 
	`�p_l�k_g�_n_rxq
(
�p
, 
l�k
);

103 
	`APP_CHECK
((
n_rxq
), "%�d۠n� hav��y RXQ\n", 
l�k
->
�me
);

104 
	`��tf
("n_rxq = %d\n",
n_rxq
);

105 
	`��tf
("rxq_max = %d\n",
rxq_max
);

109 
i
 = 0; i < 
n_rxq
; i++) {

110 
�me
[
APP_PARAM_NAME_SIZE
];

111 
pos
;

113 
	`�r�tf
(
�me
, "RXQ%" 
PRIu32
 ".%" PRIu32,

114 
l�k_id
, 
i
);

115 
pos
 = 
	`APP_PARAM_FIND
(
�p
->
hwq_�_��ms
, 
�me
);

116 
	`APP_CHECK
((
pos
 >= 0),

117 "%�RXQ���n� c�tiguou�(C)\n", 
l�k
->
�me
);

121 
n_txq
 = 
	`�p_l�k_g�_n_txq
(
�p
, 
l�k
);

123 
	`APP_CHECK
((
n_txq
), "%�d۠n� hav��y TXQ\n", 
l�k
->
�me
);

125 
i
 = 0; i < 
n_txq
; i++) {

126 
�me
[
APP_PARAM_NAME_SIZE
];

127 
pos
;

129 
	`�r�tf
(
�me
, "TXQ%" 
PRIu32
 ".%" PRIu32,

130 
l�k_id
, 
i
);

131 
pos
 = 
	`APP_PARAM_FIND
(
�p
->
hwq_out_��ms
, 
�me
);

132 
	`APP_CHECK
((
pos
 >= 0),

133 "%�TXQ���n� c�tiguous\n", 
l�k
->
�me
);

136 
	}
}

139 
	$check_rxqs
(
�p_��ms
 *
�p
)

141 
u�t32_t
 
i
;

143 
i
 = 0; i < 
�p
->
n_pktq_hwq_�
; i++) {

144 
�p_pktq_hwq_�_��ms
 *
p
 = &
�p
->
hwq_�_��ms
[
i
];

145 
u�t32_t
 
n_�ad�s
 = 
	`�p_rxq_g�_�ad�s
(
�p
, 
p
);

147 
	`APP_CHECK
((
p
->
size
 > 0),

148 "%�siz�i�0\n", 
p
->
�me
);

150 
	`APP_CHECK
((
	`�e_is_pow�_of_2
(
p
->
size
)),

151 "%�siz�i�nه�ow� o�2\n", 
p
->
�me
);

153 
	`APP_CHECK
((
p
->
bur�
 > 0),

154 "%�bur� siz�i�0\n", 
p
->
�me
);

156 
	`APP_CHECK
((
p
->
bur�
 <�p->
size
),

157 "%�bur� siz�i�bigg��h� it�size\n", 
p
->
�me
);

159 
	`APP_CHECK
((
n_�ad�s
 != 0),

160 "%�ha�nػad�\n", 
p
->
�me
);

162 
	`APP_CHECK
((
n_�ad�s
 == 1),

163 "%�ha�mܐth� oÄ�d�\n", 
p
->
�me
);

165 
	}
}

168 
	$check_txqs
(
�p_��ms
 *
�p
)

170 
u�t32_t
 
i
;

172 
i
 = 0; i < 
�p
->
n_pktq_hwq_out
; i++) {

173 
�p_pktq_hwq_out_��ms
 *
p
 = &
�p
->
hwq_out_��ms
[
i
];

174 
u�t32_t
 
n_wr��s
 = 
	`�p_txq_g�_wr��s
(
�p
, 
p
);

176 
	`APP_CHECK
((
p
->
size
 > 0),

177 "%�siz�i�0\n", 
p
->
�me
);

179 
	`APP_CHECK
((
	`�e_is_pow�_of_2
(
p
->
size
)),

180 "%�siz�i�nه�ow� o�2\n", 
p
->
�me
);

182 
	`APP_CHECK
((
p
->
bur�
 > 0),

183 "%�bur� siz�i�0\n", 
p
->
�me
);

185 
	`APP_CHECK
((
p
->
bur�
 <�p->
size
),

186 "%�bur� siz�i�bigg��h� it�size\n", 
p
->
�me
);

188 
	`APP_CHECK
((
n_wr��s
 != 0),

189 "%�ha�n�wr��\n", 
p
->
�me
);

191 
	`APP_CHECK
((
n_wr��s
 == 1),

192 "%�ha�mܐth� o� wr��\n", 
p
->
�me
);

194 
	}
}

197 
	$check_swqs
(
�p_��ms
 *
�p
)

199 
u�t32_t
 
i
;

201 
i
 = 0; i < 
�p
->
n_pktq_swq
; i++) {

202 
�p_pktq_swq_��ms
 *
p
 = &
�p
->
swq_��ms
[
i
];

203 
u�t32_t
 
n_�ad�s
 = 
	`�p_swq_g�_�ad�s
(
�p
, 
p
);

204 
u�t32_t
 
n_wr��s
 = 
	`�p_swq_g�_wr��s
(
�p
, 
p
);

205 
u�t32_t
 
n_�ags
;

207 
	`APP_CHECK
((
p
->
size
 > 0),

208 "%�siz�i�0\n", 
p
->
�me
);

210 
	`APP_CHECK
((
	`�e_is_pow�_of_2
(
p
->
size
)),

211 "%�siz�i�nه�ow� o�2\n", 
p
->
�me
);

213 
	`APP_CHECK
((
p
->
bur�_�ad
 > 0),

214 "%��ad bur� siz�i�0\n", 
p
->
�me
);

216 
	`APP_CHECK
((
p
->
bur�_�ad
 <�p->
size
),

218 
p
->
�me
);

220 
	`APP_CHECK
((
p
->
bur�_wr�e
 > 0),

221 "%�wr��bur� siz�i�0\n", 
p
->
�me
);

223 
	`APP_CHECK
((
p
->
bur�_wr�e
 <�p->
size
),

225 
p
->
�me
);

227 
	`APP_CHECK
((
n_�ad�s
 != 0),

228 "%�ha�nػad�\n", 
p
->
�me
);

230 i�(
n_�ad�s
 > 1)

231 
	`APP_LOG
(
�p
, 
LOW
, "%�ha�mܐth� oÄ�d�", 
p
->
�me
);

233 
	`APP_CHECK
((
n_wr��s
 != 0),

234 "%�ha�n�wr��\n", 
p
->
�me
);

236 i�(
n_wr��s
 > 1)

237 
	`APP_LOG
(
�p
, 
LOW
, "%�ha�mܐth� o� wr��", 
p
->
�me
);

239 
n_�ags
 = 
p
->
�v4_�ag
 +�->
�v6_�ag
 +�->
�v4_�s
 +�->
�v6_�s
;

241 
	`APP_CHECK
((
n_�ags
 < 2),

243 
p
->
�me
);

245 
	`APP_CHECK
((!((
n_�ad�s
 > 1�&& (
n_�ags
 == 1))),

248 
p
->
�me
);

250 
	`APP_CHECK
((!((
n_wr��s
 > 1�&& (
n_�ags
 == 1))),

253 
p
->
�me
);

255 
n_�ags
 = 
p
->
�v4_�s
 +�->
�v6_�s
;

257 
	`APP_CHECK
((!((
p
->
dr��ss
 =�1�&& (
n_�ags
 == 1))),

258 "%�ha�dr��s�wh���s�mbly mod��ab�d\n", 
p
->
�me
);

260 
n_�ags
 = 
p
->
�v4_�ag
 +�->
�v6_�ag
;

262 i�(
n_�ags
 == 1) {

263 
u�t16_t
 
�_hdr_size
 = (
p
->
�v4_�ag
�? (
�v4_hdr
) :

264 (
�v6_hdr
);

266 
	`APP_CHECK
((
p
->
mtu
 > 
�_hdr_size
),

267 "%�mtu siz�i�sm�˸th� i�h�d�\n", 
p
->
�me
);

269 
	`APP_CHECK
((!((
p
->
mtu
 - 
�_hdr_size
) % 8)),

270 "%�mtu siz�i��cܻ�\n", 
p
->
�me
);

273 
	}
}

276 
	$check_tms
(
�p_��ms
 *
�p
)

278 
u�t32_t
 
i
;

280 
i
 = 0; i < 
�p
->
n_pktq_tm
; i++) {

281 
�p_pktq_tm_��ms
 *
p
 = &
�p
->
tm_��ms
[
i
];

282 
u�t32_t
 
n_�ad�s
 = 
	`�p_tm_g�_�ad�s
(
�p
, 
p
);

283 
u�t32_t
 
n_wr��s
 = 
	`�p_tm_g�_wr��s
(
�p
, 
p
);

285 
	`APP_CHECK
((
n_�ad�s
 != 0),

286 "%�ha�nػad�\n", 
p
->
�me
);

288 
	`APP_CHECK
((
n_�ad�s
 == 1),

289 "%�ha�mܐth� oÄ�d�\n", 
p
->
�me
);

291 
	`APP_CHECK
((
n_wr��s
 != 0),

292 "%�ha�n�wr��\n", 
p
->
�me
);

294 
	`APP_CHECK
((
n_wr��s
 == 1),

295 "%�ha�mܐth� o� wr��\n", 
p
->
�me
);

297 
	}
}

300 
	$check_sour�s
(
�p_��ms
 *
�p
)

302 
u�t32_t
 
i
;

304 
i
 = 0; i < 
�p
->
n_pktq_sour�
; i++) {

305 
�p_pktq_sour�_��ms
 *
p
 = &
�p
->
sour�_��ms
[
i
];

306 
u�t32_t
 
n_�ad�s
 = 
	`�p_sour�_g�_�ad�s
(
�p
, 
p
);

308 
	`APP_CHECK
((
n_�ad�s
 != 0),

309 "%�ha�nػad�\n", 
p
->
�me
);

311 
	`APP_CHECK
((
n_�ad�s
 == 1),

312 "%�ha�mܐth� oÄ�d�\n", 
p
->
�me
);

314 
	}
}

317 
	$check_s�ks
(
�p_��ms
 *
�p
)

319 
u�t32_t
 
i
;

321 
i
 = 0; i < 
�p
->
n_pktq_s�k
; i++) {

322 
�p_pktq_s�k_��ms
 *
p
 = &
�p
->
s�k_��ms
[
i
];

323 
u�t32_t
 
n_wr��s
 = 
	`�p_s�k_g�_wr��s
(
�p
, 
p
);

325 
	`APP_CHECK
((
n_wr��s
 != 0),

326 "%�ha�n�wr��\n", 
p
->
�me
);

328 
	`APP_CHECK
((
n_wr��s
 == 1),

329 "%�ha�mܐth� o� wr��\n", 
p
->
�me
);

331 
	}
}

334 
	$check_msgqs
(
�p_��ms
 *
�p
)

336 
u�t32_t
 
i
;

338 
i
 = 0; i < 
�p
->
n_msgq
; i++) {

339 
�p_msgq_��ms
 *
p
 = &
�p
->
msgq_��ms
[
i
];

340 
u�t32_t
 
n_�ad�s
 = 
	`�p_msgq_g�_�ad�s
(
�p
, 
p
);

341 
u�t32_t
 
n_wr��s
 = 
	`�p_msgq_g�_wr��s
(
�p
, 
p
);

342 
u�t32_t
 
msgq_�q_p���e
, 
msgq_r�_p���e
;

343 
u�t32_t
 
msgq_�q_c�e
, 
msgq_r�_c�e
;

345 
	`APP_CHECK
((
p
->
size
 > 0),

346 "%�siz�i�0\n", 
p
->
�me
);

348 
	`APP_CHECK
((
	`�e_is_pow�_of_2
(
p
->
size
)),

349 "%�siz�i�nه�ow� o�2\n", 
p
->
�me
);

351 
msgq_�q_p���e
 = (
	`��cmp
(
p
->
�me
, "MSGQ-REQ-PIPELINE",

352 
	`���
("MSGQ-REQ-PIPELINE")) == 0);

354 
msgq_r�_p���e
 = (
	`��cmp
(
p
->
�me
, "MSGQ-RSP-PIPELINE",

355 
	`���
("MSGQ-RSP-PIPELINE")) == 0);

357 
msgq_�q_c�e
 = (
	`��cmp
(
p
->
�me
, "MSGQ-REQ-CORE",

358 
	`���
("MSGQ-REQ-CORE")) == 0);

360 
msgq_r�_c�e
 = (
	`��cmp
(
p
->
�me
, "MSGQ-RSP-CORE",

361 
	`���
("MSGQ-RSP-CORE")) == 0);

363 i�((
msgq_�q_p���e
 == 0) &&

364 (
msgq_r�_p���e
 == 0) &&

365 (
msgq_�q_c�e
 == 0) &&

366 (
msgq_r�_c�e
 == 0)) {

367 
	`APP_CHECK
((
n_�ad�s
 != 0),

368 "%�ha�nػad�\n", 
p
->
�me
);

370 
	`APP_CHECK
((
n_�ad�s
 == 1),

371 "%�ha�mܐth� oÄ�d�\n", 
p
->
�me
);

373 
	`APP_CHECK
((
n_wr��s
 != 0),

374 "%�ha�n�wr��\n", 
p
->
�me
);

376 
	`APP_CHECK
((
n_wr��s
 == 1),

377 "%�ha�mܐth� o� wr��\n", 
p
->
�me
);

380 i�(
msgq_�q_p���e
) {

381 
�p_p���e_��ms
 *
p���e
;

382 
u�t32_t
 
p���e_id
;

384 
	`APP_PARAM_GET_ID
(
p
, "MSGQ-REQ-PIPELINE", 
p���e_id
);

386 
	`APP_PARAM_FIND_BY_ID
(
�p
->
p���e_��ms
,

388 
p���e_id
,

389 
p���e
);

391 
	`APP_CHECK
((
p���e
 !�
NULL
),

393 
p
->
�me
);

396 i�(
msgq_r�_p���e
) {

397 
�p_p���e_��ms
 *
p���e
;

398 
u�t32_t
 
p���e_id
;

400 
	`APP_PARAM_GET_ID
(
p
, "MSGQ-RSP-PIPELINE", 
p���e_id
);

402 
	`APP_PARAM_FIND_BY_ID
(
�p
->
p���e_��ms
,

404 
p���e_id
,

405 
p���e
);

407 
	`APP_CHECK
((
p���e
 !�
NULL
),

409 
p
->
�me
);

412 
	}
}

415 
	$check_p���es
(
�p_��ms
 *
�p
)

417 
u�t32_t
 
i
;

419 
i
 = 0; i < 
�p
->
n_p���es
; i++) {

420 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

422 
	`APP_CHECK
((
p
->
n_msgq_�
 =�p->
n_msgq_out
),

424 "th�numb� o�ou�u�MSGQs\n", 
p
->
�me
);

426 
	}
}

429 
	$�p_c�fig_check
(
�p_��ms
 *
�p
)

431 
	`check_mempo�s
(
�p
);

432 
	`check_l�ks
(
�p
);

433 
	`check_rxqs
(
�p
);

434 
	`check_txqs
(
�p
);

435 
	`check_swqs
(
�p
);

436 
	`check_tms
(
�p
);

437 
	`check_sour�s
(
�p
);

438 
	`check_s�ks
(
�p
);

439 
	`check_msgqs
(
�p
);

440 
	`check_p���es
(
�p
);

443 
	}
}

	@vnf_common/config_parse.c

16 
	~<�d�t.h
>

17 
	~<�dlib.h
>

18 
	~<�dio.h
>

19 
	~<�y�.h
>

20 
	~<g��t.h
>

21 
	~<��o.h
>

22 
	~<�d�g.h
>

23 
	~<�r�g.h
>

24 
	~<libg�.h
>

25 
	~<uni�d.h
>

26 
	~<sys/wa�.h
>

28 
	~<�e_��o.h
>

29 
	~<�e_cfgf�e.h
>

30 
	~<�e_�r�g_�s.h
>

32 
	~"�p.h
"

33 
	~"�r�r.h
"

39 
�p_��ms
 
	g�p_��ms_de�u�
 = {

40 .
c�fig_f�e
 = "./config/ip_pipeline.cfg",

41 .
	glog_�v�
 = 
APP_LOG_LEVEL_HIGH
,

42 .
	gp�t_mask
 = 0,

44 .
	g�l_��ms
 = {

45 .
ch��ls
 = 4,

49 cڡ 
�p_mempo�_��ms
 
	gmempo�_��ms_de�u�
 = {

50 .
�r�d
 = 0,

51 .
	gbuf�r_size
 = 2048 + (
�e_mbuf
�+ 
RTE_PKTMBUF_HEADROOM
,

52 .
	gpo�_size
 = 32 * 1024,

53 .
	g�che_size
 = 256,

54 .
	g�u_sock�_id
 = 0,

57 cڡ 
�p_l�k_��ms
 
	gl�k_��ms_de�u�
 = {

58 .
�r�d
 = 0,

59 .
	gpmd_id
 = 0,

60 .
	g�p_q
 = 0,

61 .
	gt�_syn_q
 = 0,

62 .
	g�_lo�l_q
 = 0,

63 .
	gt�_lo�l_q
 = 0,

64 .
	gudp_lo�l_q
 = 0,

65 .
	gs�p_lo�l_q
 = 0,

66 .
	g��e
 = 0,

67 .
	g�
 = 0,

68 .
	g�v6
 = {0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0},

69 .
	gd�th
 = 0,

70 .
	gd�th_�v6
 = 0,

71 .
	gmac_addr
 = 0,

72 .
	gpci_bdf
 = {0},

74 .
	gc�f
 = {

75 .
l�k_��ds
 = 0,

76 .
	grxmode
 = {

77 .
mq_mode
 = 
ETH_MQ_RX_NONE
,

79 .
	gh�d�_�l�
 = 0,

80 .
	ghw_�_checksum
 = 0,

81 .
	ghw_v�n_f��r
 = 0,

82 .
	ghw_v�n_�r�
 = 0,

83 .
	ghw_v�n_ex�nd
 = 0,

84 .
	gjumbo_�ame
 = 0,

85 .
	ghw_�r�_�c
 = 0,

86 .
	g�ab�_s���
 = 0,

88 .
	gmax_rx_pkt_�n
 = 9000,

89 .
	g�l�_hdr_size
 = 0,

91 .
	gtxmode
 = {

92 .
mq_mode
 = 
ETH_MQ_TX_NONE
,

94 .
	g�bk_mode
 = 0,

95 #i�de�
VNF_ACL


96 #ifde�
LSC_GRARP


97 .
	g��_c�f
 = {

98 .
lsc
 = 1,

104 .
	g�omisc
 = 1,

107 cڡ 
�p_pktq_hwq_�_��ms
 
	gde�u�_hwq_�_��ms
 = {

108 .
�r�d
 = 0,

109 .
	gmempo�_id
 = 0,

110 .
	gsize
 = 128,

111 .
	gbur�
 = 32,

113 .
	gc�f
 = {

114 .
rx_th�sh
 = {

115 .
�h�sh
 = 8,

116 .
	ghth�sh
 = 8,

117 .
	gwth�sh
 = 4,

119 .
	grx_�_th�sh
 = 64,

120 .
	grx_dr�_�
 = 0,

121 .
	grx_de�ed_��t
 = 0,

125 cڡ 
�p_pktq_hwq_out_��ms
 
	gde�u�_hwq_out_��ms
 = {

126 .
�r�d
 = 0,

127 .
	gsize
 = 512,

128 .
	gbur�
 = 32,

129 .
	gdr��ss
 = 0,

130 .
	gn_���s
 = 0,

132 .
	gc�f
 = {

133 .
tx_th�sh
 = {

134 .
�h�sh
 = 36,

135 .
	ghth�sh
 = 0,

136 .
	gwth�sh
 = 0,

138 .
	gtx_rs_th�sh
 = 0,

139 .
	gtx_�_th�sh
 = 0,

140 .
	gtxq_�ags
 = 
ETH_TXQ_FLAGS_NOMULTSEGS
 |

141 
ETH_TXQ_FLAGS_NOOFFLOADS
,

142 .
	gtx_de�ed_��t
 = 0,

146 cڡ 
�p_pktq_swq_��ms
 
	gde�u�_swq_��ms
 = {

147 .
�r�d
 = 0,

148 .
	gsize
 = 256,

149 .
	gbur�_�ad
 = 32,

150 .
	gbur�_wr�e
 = 32,

151 .
	gdr��ss
 = 0,

152 .
	gn_���s
 = 0,

153 .
	g�u_sock�_id
 = 0,

154 .
	g�v4_�ag
 = 0,

155 .
	g�v6_�ag
 = 0,

156 .
	g�v4_�s
 = 0,

157 .
	g�v6_�s
 = 0,

158 .
	gmtu
 = 0,

159 .
	gm�ad�a_size
 = 0,

160 .
	gmempo�_d�e�_id
 = 0,

161 .
	gmempo�_�d�e�_id
 = 0,

164 
�p_pktq_tm_��ms
 
	gde�u�_tm_��ms
 = {

165 .
�r�d
 = 0,

166 .
	gf�e_�me
 = "./config/tm_profile.cfg",

167 .
	gbur�_�ad
 = 64,

168 .
	gbur�_wr�e
 = 32,

171 
�p_pktq_sour�_��ms
 
	gde�u�_sour�_��ms
 = {

172 .
�r�d
 = 0,

173 .
	gmempo�_id
 = 0,

174 .
	gbur�
 = 32,

175 .
	gf�e_�me
 = 
NULL
,

176 .
	gn_by�s_�r_pkt
 = 0,

179 
�p_pktq_s�k_��ms
 
	gde�u�_s�k_��ms
 = {

180 .
�r�d
 = 0,

181 .
	gf�e_�me
 = 
NULL
,

182 .
	gn_pkts_to_dump
 = 0,

185 
�p_msgq_��ms
 
	gde�u�_msgq_��ms
 = {

186 .
�r�d
 = 0,

187 .
	gsize
 = 64,

188 .
	g�u_sock�_id
 = 0,

191 
�p_p���e_��ms
 
	gde�u�_p���e_��ms
 = {

192 .
�r�d
 = 0,

193 .
	gsock�_id
 = 0,

194 .
	gc�e_id
 = 0,

195 .
	ghy�r_th_id
 = 0,

196 .
	gn_pktq_�
 = 0,

197 .
	gn_pktq_out
 = 0,

198 .
	gn_msgq_�
 = 0,

199 .
	gn_msgq_out
 = 0,

200 .
	gtim�_�riod
 = 1,

201 .
	gn_�gs
 = 0,

204 cڡ 
	g�p_u�ge
[] =

220 
	$�p_��t_u�ge
(*
�g�me
)

222 
	`�e_ex�
(0, 
�p_u�ge
, 
�g�me
, 
�p_��ms_de�u�
.
c�fig_f�e
);

223 
	}
}

225 

	#sk�_wh�e_�a�s
(
pos
) \

227 
	`__ty�of__
(
pos
�
_p
 = (pos); \

228  ; 
	`is�a�
(*
_p
); _p++); \

229 
_p
; \

230 })

	)

232 

	#PARSER_PARAM_ADD_CHECK
(
�su�
, 
��ms_��y
, 
��i�_�me
) \

234 
	`APP_CHECK
((
�su�
 !�-
EINVAL
), \

236 
	`APP_CHECK
((
�su�
 !�-
ENOMEM
), \

237 "P�����:�o�m�y \"%s\" se�i�s", 
��i�_�me
); \

238 
	`APP_CHECK
(((
�su�
 >�0�&& (
��ms_��y
)[�su�].
�r�d
 == 0),\

239 "P�����: du�i�� \"%s\" se�i�", 
��i�_�me
); \

240 
	`APP_CHECK
((
�su�
 >= 0), \

241 "P����� i���i� \"%s\"", 
��i�_�me
); \

242 } 0)

	)

245 
	$�r�r_�ad_�g_bo�
(cڡ *
p
)

247 
p
 = 
	`sk�_wh�e_�a�s
(p);

248 
�su�
 = -
EINVAL
;

250 i�(((
p
[0] == 'y') && (p[1] == 'e') && (p[2] == 's')) ||

251 ((
p
[0] == 'Y') && (p[1] == 'E') && (p[2] == 'S'))) {

252 
p
 += 3;

253 
�su�
 = 1;

256 i�(((
p
[0] == 'o') && (p[1] == 'n')) ||

257 ((
p
[0] == 'O') && (p[1] == 'N'))) {

258 
p
 += 2;

259 
�su�
 = 1;

262 i�(((
p
[0] == 'n') && (p[1] == 'o')) ||

263 ((
p
[0] == 'N') && (p[1] == 'O'))) {

264 
p
 += 2;

265 
�su�
 = 0;

268 i�(((
p
[0] == 'o') && (p[1] == 'f') && (p[2] == 'f')) ||

269 ((
p
[0] == 'O') && (p[1] == 'F') && (p[2] == 'F'))) {

270 
p
 += 3;

271 
�su�
 = 0;

274 
p
 = 
	`sk�_wh�e_�a�s
(p);

276 i�(
p
[0] != '\0')

277  -
EINVAL
;

279  
�su�
;

280 
	}
}

282 

	#PARSE_ERROR
(
exp
, 
��i�
, 
��y
) \

283 
	`APP_CHECK
(
exp
, "P����� i���i� \"%s\":��ry \"%s\"\n", 
��i�
, 
��y
)

	)

285 

	#PARSE_ERROR_MESSAGE
(
exp
, 
��i�
, 
��y
, 
mes�ge
) \

286 
	`APP_CHECK
(
exp
, "Parse�rror in section \"%s\",�ntry \"%s\": %s\n", \

287 
��i�
, 
��y
, 
mes�ge
)

	)

290 

	#PARSE_ERROR_MALLOC
(
exp
) \

291 
	`APP_CHECK
(
exp
, "P�����:��� mem�y\n")

	)

293 

	#PARSE_ERROR_SECTION
(
exp
, 
��i�
) \

294 
	`APP_CHECK
(
exp
, "P����� i���i� \"%s\"", 
��i�
)

	)

296 

	#PARSE_ERROR_SECTION_NO_ENTRIES
(
exp
, 
��i�
) \

297 
	`APP_CHECK
(
exp
, "P����� i���i� \"%s\":�ؒ��s\n", 
��i�
)

	)

299 

	#PARSE_WARNING_IGNORED
(
exp
, 
��i�
, 
��y
) \

301 i�(!(
exp
)) \

302 
	`�r�tf
(
�d�r
, "Parse warning in section \"%s\": " \

303 "��y \"%s\" i�ign�ed\n", 
��i�
, 
��y
); \

304 0)

	)

306 

	#PARSE_ERROR_INVALID
(
exp
, 
��i�
, 
��y
) \

307 
	`APP_CHECK
(
exp
, "Parse�rror in section \"%s\": unrecognized�ntry \"%s\"\n",\

308 
��i�
, 
��y
)

	)

310 

	#PARSE_ERROR_DUPLICATE
(
exp
, 
��i�
, 
��y
) \

311 
	`APP_CHECK
(
exp
, "Parse�rror in section \"%s\": duplicate�ntry \"%s\"\n",\

312 
��i�
, 
��y
)

	)

315 
	$�r�r_�ad_u�t64
(
u�t64_t
 *
v�ue
, cڡ *
p
)

317 *
�xt
;

318 
u�t64_t
 
v�
;

320 
p
 = 
	`sk�_wh�e_�a�s
(p);

321 i�(!
	`isdig�
(*
p
))

322  -
EINVAL
;

324 
v�
 = 
	`��oul
(
p
, &
�xt
, 10);

325 i�(
p
 =�
�xt
)

326  -
EINVAL
;

328 
p
 = 
�xt
;

329 *
p
) {

331 
v�
 *= 1024ULL;

334 
v�
 *= 1024ULL;

337 
v�
 *= 1024ULL;

341 
v�
 *= 1024ULL;

342 
p
++;

346 
p
 = 
	`sk�_wh�e_�a�s
(p);

347 i�(*
p
 != '\0')

348  -
EINVAL
;

350 *
v�ue
 = 
v�
;

352 
	}
}

355 
	$�r�r_�ad_u�t32
(
u�t32_t
 *
v�ue
, cڡ *
p
)

357 
u�t64_t
 
v�
 = 0;

358 
�t
 = 
	`�r�r_�ad_u�t64
(&
v�
, 
p
);

360 i�(
�t
 < 0)

361  
�t
;

363 i�(
v�
 > 
UINT32_MAX
)

364  -
ERANGE
;

366 *
v�ue
 = 
v�
;

368 
	}
}

371 
	$�r�_p���e_c�e
(
u�t32_t
 *
sock�
,

372 
u�t32_t
 *
c�e
,

373 
u�t32_t
 *
ht
,

374 cڡ *
��y
)

376 
size_t
 
num_�n
;

377 
num
[8];

379 
u�t32_t
 
s
 = 0, 
c
 = 0, 
h
 = 0, 
v�
;

380 
u�t8_t
 
s_�r�d
 = 0, 
c_�r�d
 = 0, 
h_�r�d
 = 0;

381 cڡ *
�xt
 = 
	`sk�_wh�e_�a�s
(
��y
);

382 
ty�
;

385 *
�xt
 != '\0') {

387 i�(
s_�r�d
 && 
c_�r�d
 && 
h_�r�d
)

388  -
EINVAL
;

390 
ty�
 = *
�xt
;

391 
ty�
) {

394 i�(
s_�r�d
 || 
c_�r�d
 || 
h_�r�d
)

395  -
EINVAL
;

396 
s_�r�d
 = 1;

397 
�xt
++;

401 i�(
c_�r�d
 || 
h_�r�d
)

402  -
EINVAL
;

403 
c_�r�d
 = 1;

404 
�xt
++;

408 i�(
h_�r�d
)

409  -
EINVAL
;

410 
h_�r�d
 = 1;

411 
�xt
++;

415 i�(!
	`isdig�
(*
�xt
�|| 
s_�r�d
 || 
c_�r�d
 || 
h_�r�d
)

416  -
EINVAL
;

418 
ty�
 = 'C';

421 
num_�n
 = 0; *
�xt
 != '\0';�ext++,�um_len++) {

422 i�(
num_�n
 =�
	`RTE_DIM
(
num
))

423  -
EINVAL
;

425 i�(!
	`isdig�
(*
�xt
))

428 
num
[
num_�n
] = *
�xt
;

431 i�(
num_�n
 =�0 && 
ty�
 != 'h' &&�ype != 'H')

432  -
EINVAL
;

434 i�(
num_�n
 !�0 && (
ty�
 == 'h' ||�ype == 'H'))

435  -
EINVAL
;

436 if(
num_�n
 < (
num
))

437 
num
[
num_�n
] = '\0';

438 
v�
 = 
	`���
(
num
, 
NULL
, 10);

440 
h
 = 0;

441 
ty�
) {

444 
s
 = 
v�
;

448 
c
 = 
v�
;

452 
h
 = 1;

457 *
sock�
 = 
s
;

458 *
c�e
 = 
c
;

459 *
ht
 = 
h
;

461 
	}
}

463 
u�t32_t


464 
	$g�_hex_v�
(
c
)

466 
c
) {

469  
c
 - '0';

471  
c
 - 'A' + 10;

473  
c
 - 'a' + 10;

477 
	}
}

480 
	$�r�_hex_�r�g
(*
�c
, 
u�t8_t
 *
d�
, 
u�t32_t
 *
size
)

482 *
c
;

483 
u�t32_t
 
�n
, 
i
;

486 i�((
�c
 =�
NULL
) ||

487 (
d�
 =�
NULL
) ||

488 (
size
 =�
NULL
) ||

489 (*
size
 == 0))

492 
�n
 = 
	`���
(
�c
);

493 i�(((
�n
 & 3) != 0) ||

494 (
�n
 > (*
size
) * 2))

496 *
size
 = 
�n
 / 2;

498 
c
 = 
�c
; *c != 0; c++) {

499 i�((((*
c
) >= '0') && ((*c) <= '9')) ||

500 (((*
c
) >= 'A') && ((*c) <= 'F')) ||

501 (((*
c
) >= 'a') && ((*c) <= 'f')))

508 
i
 = 0; i < *
size
; i++)

509 
d�
[
i
] = 
	`g�_hex_v�
(
�c
[2 * i]) * 16 +

510 
	`g�_hex_v�
(
�c
[2 * 
i
 + 1]);

513 
	}
}

515 
size_t


516 
	$sk�_dig�s
(cڡ *
�c
)

518 
size_t
 
i
;

520 
i
 = 0; 
	`isdig�
(
�c
[i]); i++);

522  
i
;

523 
	}
}

526 
	$v�id�e_�me
(cڡ *
�me
, cڡ *
�efix
, 
num
)

528 
size_t
 
i
, 
j
;

530 
i
 = 0; (
�me
[i] !�'\0'�&& (
�efix
[i] != '\0'); i++) {

531 i�(
�me
[
i
] !�
�efix
[i])

535 i�(
�efix
[
i
] != '\0')

538 i�(!
num
) {

539 i�(
�me
[
i
] != '\0')

545 i�(
num
 == 2) {

546 
j
 = 
	`sk�_dig�s
(&
�me
[
i
]);

547 
i
 +�
j
;

548 i�((
j
 =�0�|| (
�me
[
i
] != '.'))

550 
i
++;

553 i�(
num
 == 1) {

554 
j
 = 
	`sk�_dig�s
(&
�me
[
i
]);

555 
i
 +�
j
;

556 i�((
j
 =�0�|| (
�me
[
i
] != '\0'))

561 
	}
}

564 
	$�r�_�l
(
�p_��ms
 *
�p
,

565 cڡ *
��i�_�me
,

566 
�e_cfgf�e
 *
cfg
)

568 
�p_�l_��ms
 *
p
 = &
�p
->
�l_��ms
;

569 
�e_cfgf�e_��y
 *
���s
;

570 
n_���s
, 
i
;

572 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

573 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

575 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

576 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

578 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

580 
i
 = 0; i < 
n_���s
; i++) {

581 
�e_cfgf�e_��y
 *
��y
 = &
���s
[
i
];

584 i�(
	`�rcmp
(
��y
->
�me
, "c") == 0) {

585 
	`PARSE_WARNING_IGNORED
(0, 
��i�_�me
, 
��y
->
�me
);

590 i�(
	`�rcmp
(
��y
->
�me
, "l") == 0) {

591 
	`PARSE_WARNING_IGNORED
(0, 
��i�_�me
, 
��y
->
�me
);

596 i�(
	`�rcmp
(
��y
->
�me
, "lcores") == 0) {

597 
	`PARSE_ERROR_DUPLICATE
((
p
->
c�em�
 =�
NULL
),

598 
��i�_�me
,

599 
��y
->
�me
);

600 
p
->
c�em�
 = 
	`�rdup
(
��y
->
v�ue
);

605 i�(
	`�rcmp
(
��y
->
�me
, "master_lcore") == 0) {

606 
��us
;

608 
	`PARSE_ERROR_DUPLICATE
((
p
->
ma��_lc�e_�e��
 == 0),

609 
��i�_�me
,

610 
��y
->
�me
);

611 
p
->
ma��_lc�e_�e��
 = 1;

613 
��us
 = 
	`�r�r_�ad_u�t32
(&
p
->
ma��_lc�e
,

614 
��y
->
v�ue
);

615 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
, 
��y
->
�me
);

620 i�(
	`�rcmp
(
��y
->
�me
, "n") == 0) {

621 
��us
;

623 
	`PARSE_ERROR_DUPLICATE
((
p
->
ch��ls_�e��
 == 0),

624 
��i�_�me
,

625 
��y
->
�me
);

626 
p
->
ch��ls_�e��
 = 1;

628 
��us
 = 
	`�r�r_�ad_u�t32
(&
p
->
ch��ls
, 
��y
->
v�ue
);

629 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
, 
��y
->
�me
);

634 i�(
	`�rcmp
(
��y
->
�me
, "m") == 0) {

635 
��us
;

637 
	`PARSE_ERROR_DUPLICATE
((
p
->
mem�y_�e��
 == 0),

638 
��i�_�me
,

639 
��y
->
�me
);

640 
p
->
mem�y_�e��
 = 1;

642 
��us
 = 
	`�r�r_�ad_u�t32
(&
p
->
mem�y
, 
��y
->
v�ue
);

643 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
, 
��y
->
�me
);

648 i�(
	`�rcmp
(
��y
->
�me
, "r") == 0) {

649 
��us
;

651 
	`PARSE_ERROR_DUPLICATE
((
p
->
�nks_�e��
 == 0),

652 
��i�_�me
,

653 
��y
->
�me
);

654 
p
->
�nks_�e��
 = 1;

656 
��us
 = 
	`�r�r_�ad_u�t32
(&
p
->
�nks
, 
��y
->
v�ue
);

657 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
, 
��y
->
�me
);

662 i�((
	`�rcmp
(
��y
->
�me
, "pci_blacklist") == 0) ||

663 (
	`�rcmp
(
��y
->
�me
, "b") == 0)) {

664 
u�t32_t
 
i
;

666 
i
 = 0; i < 
APP_MAX_LINKS
; i++) {

667 i�(
p
->
pci_b�ckli�
[
i
])

670 
p
->
pci_b�ckli�
[
i
] =

671 
	`�rdup
(
��y
->
v�ue
);

672 
	`PARSE_ERROR_MALLOC
(
p
->
pci_b�ckli�
[
i
]);

677 
	`PARSE_ERROR_MESSAGE
((
i
 < 
APP_MAX_LINKS
),

678 
��i�_�me
, 
��y
->
�me
,

684 i�((
	`�rcmp
(
��y
->
�me
, "pci_whitelist") == 0) ||

685 (
	`�rcmp
(
��y
->
�me
, "w") == 0)) {

686 
u�t32_t
 
i
;

688 
	`PARSE_ERROR_MESSAGE
((
�p
->
p�t_mask
 != 0),

689 
��i�_�me
, 
��y
->
�me
, "entry�o be "

693 
i
 = 0; i < 
APP_MAX_LINKS
; i++) {

694 i�(
p
->
pci_wh��i�
[
i
])

697 
p
->
pci_wh��i�
[
i
] = 
	`�rdup
(
��y
->
v�ue
);

698 
	`PARSE_ERROR_MALLOC
(
p
->
pci_wh��i�
[
i
]);

703 
	`PARSE_ERROR_MESSAGE
((
i
 < 
APP_MAX_LINKS
),

704 
��i�_�me
, 
��y
->
�me
,

710 i�(
	`�rcmp
(
��y
->
�me
, "vdev") == 0) {

711 
u�t32_t
 
i
;

713 
i
 = 0; i < 
APP_MAX_LINKS
; i++) {

714 i�(
p
->
vdev
[
i
])

717 
p
->
vdev
[
i
] = 
	`�rdup
(
��y
->
v�ue
);

718 
	`PARSE_ERROR_MALLOC
(
p
->
vdev
[
i
]);

723 
	`PARSE_ERROR_MESSAGE
((
i
 < 
APP_MAX_LINKS
),

724 
��i�_�me
, 
��y
->
�me
,

730 i�(
	`�rcmp
(
��y
->
�me
, "vmware_tsc_map") == 0) {

731 
v�
;

733 
	`PARSE_ERROR_DUPLICATE
((
p
->
vmw�e_tsc_m�_�e��
 == 0),

734 
��i�_�me
,

735 
��y
->
�me
);

736 
p
->
vmw�e_tsc_m�_�e��
 = 1;

738 
v�
 = 
	`�r�r_�ad_�g_bo�
(
��y
->
v�ue
);

739 
	`PARSE_ERROR
((
v�
 >�0), 
��i�_�me
, 
��y
->
�me
);

740 
p
->
vmw�e_tsc_m�
 = 
v�
;

745 i�(
	`�rcmp
(
��y
->
�me
, "proc_type") == 0) {

746 
	`PARSE_ERROR_DUPLICATE
((
p
->
�oc_ty�
 =�
NULL
),

747 
��i�_�me
,

748 
��y
->
�me
);

749 
p
->
�oc_ty�
 = 
	`�rdup
(
��y
->
v�ue
);

754 i�(
	`�rcmp
(
��y
->
�me
, "syslog") == 0) {

755 
	`PARSE_ERROR_DUPLICATE
((
p
->
sy�og
 =�
NULL
),

756 
��i�_�me
,

757 
��y
->
�me
);

758 
p
->
sy�og
 = 
	`�rdup
(
��y
->
v�ue
);

763 i�(
	`�rcmp
(
��y
->
�me
, "log_level") == 0) {

764 
��us
;

766 
	`PARSE_ERROR_DUPLICATE
((
p
->
log_�v�_�e��
 == 0),

767 
��i�_�me
,

768 
��y
->
�me
);

769 
p
->
log_�v�_�e��
 = 1;

771 
��us
 = 
	`�r�r_�ad_u�t32
(&
p
->
log_�v�
,

772 
��y
->
v�ue
);

773 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
, 
��y
->
�me
);

778 i�(
	`�rcmp
(
��y
->
�me
, "v") == 0) {

779 
v�
;

781 
	`PARSE_ERROR_DUPLICATE
((
p
->
v�si�_�e��
 == 0),

782 
��i�_�me
,

783 
��y
->
�me
);

784 
p
->
v�si�_�e��
 = 1;

786 
v�
 = 
	`�r�r_�ad_�g_bo�
(
��y
->
v�ue
);

787 
	`PARSE_ERROR
((
v�
 >�0), 
��i�_�me
, 
��y
->
�me
);

788 
p
->
v�si�
 = 
v�
;

793 i�((
	`�rcmp
(
��y
->
�me
, "help") == 0) ||

794 (
	`�rcmp
(
��y
->
�me
, "h") == 0)) {

795 
v�
;

797 
	`PARSE_ERROR_DUPLICATE
((
p
->
h�p_�e��
 == 0),

798 
��i�_�me
,

799 
��y
->
�me
);

800 
p
->
h�p_�e��
 = 1;

802 
v�
 = 
	`�r�r_�ad_�g_bo�
(
��y
->
v�ue
);

803 
	`PARSE_ERROR
((
v�
 >�0), 
��i�_�me
, 
��y
->
�me
);

804 
p
->
h�p
 = 
v�
;

809 i�(
	`�rcmp
(
��y
->
�me
, "no_huge") == 0) {

810 
v�
;

812 
	`PARSE_ERROR_DUPLICATE
((
p
->
no_huge_�e��
 == 0),

813 
��i�_�me
,

814 
��y
->
�me
);

815 
p
->
no_huge_�e��
 = 1;

817 
v�
 = 
	`�r�r_�ad_�g_bo�
(
��y
->
v�ue
);

818 
	`PARSE_ERROR
((
v�
 >�0), 
��i�_�me
, 
��y
->
�me
);

819 
p
->
no_huge
 = 
v�
;

824 i�(
	`�rcmp
(
��y
->
�me
, "no_pci") == 0) {

825 
v�
;

827 
	`PARSE_ERROR_DUPLICATE
((
p
->
no_pci_�e��
 == 0),

828 
��i�_�me
,

829 
��y
->
�me
);

830 
p
->
no_pci_�e��
 = 1;

832 
v�
 = 
	`�r�r_�ad_�g_bo�
(
��y
->
v�ue
);

833 
	`PARSE_ERROR
((
v�
 >�0), 
��i�_�me
, 
��y
->
�me
);

834 
p
->
no_pci
 = 
v�
;

839 i�(
	`�rcmp
(
��y
->
�me
, "no_hpet") == 0) {

840 
v�
;

842 
	`PARSE_ERROR_DUPLICATE
((
p
->
no_h�t_�e��
 == 0),

843 
��i�_�me
,

844 
��y
->
�me
);

845 
p
->
no_h�t_�e��
 = 1;

847 
v�
 = 
	`�r�r_�ad_�g_bo�
(
��y
->
v�ue
);

848 
	`PARSE_ERROR
((
v�
 >�0), 
��i�_�me
, 
��y
->
�me
);

849 
p
->
no_h�t
 = 
v�
;

854 i�(
	`�rcmp
(
��y
->
�me
, "no_shconf") == 0) {

855 
v�
;

857 
	`PARSE_ERROR_DUPLICATE
((
p
->
no_shc�f_�e��
 == 0),

858 
��i�_�me
,

859 
��y
->
�me
);

860 
p
->
no_shc�f_�e��
 = 1;

862 
v�
 = 
	`�r�r_�ad_�g_bo�
(
��y
->
v�ue
);

863 
	`PARSE_ERROR
((
v�
 >�0), 
��i�_�me
, 
��y
->
�me
);

864 
p
->
no_shc�f
 = 
v�
;

869 i�(
	`�rcmp
(
��y
->
�me
, "d") == 0) {

870 
	`PARSE_ERROR_DUPLICATE
((
p
->
add_driv�
 =�
NULL
),

871 
��i�_�me
,

872 
��y
->
�me
);

873 
p
->
add_driv�
 = 
	`�rdup
(
��y
->
v�ue
);

878 i�(
	`�rcmp
(
��y
->
�me
, "socket_mem") == 0) {

879 
	`PARSE_ERROR_DUPLICATE
((
p
->
sock�_mem
 =�
NULL
),

880 
��i�_�me
,

881 
��y
->
�me
);

882 
p
->
sock�_mem
 = 
	`�rdup
(
��y
->
v�ue
);

887 i�(
	`�rcmp
(
��y
->
�me
, "huge_dir") == 0) {

888 
	`PARSE_ERROR_DUPLICATE
((
p
->
huge_d�
 =�
NULL
),

889 
��i�_�me
,

890 
��y
->
�me
);

891 
p
->
huge_d�
 = 
	`�rdup
(
��y
->
v�ue
);

896 i�(
	`�rcmp
(
��y
->
�me
, "file_prefix") == 0) {

897 
	`PARSE_ERROR_DUPLICATE
((
p
->
f�e_�efix
 =�
NULL
),

898 
��i�_�me
,

899 
��y
->
�me
);

900 
p
->
f�e_�efix
 = 
	`�rdup
(
��y
->
v�ue
);

905 i�(
	`�rcmp
(
��y
->
�me
, "base_virtaddr") == 0) {

906 
	`PARSE_ERROR_DUPLICATE
((
p
->
ba�_v��ddr
 =�
NULL
),

907 
��i�_�me
,

908 
��y
->
�me
);

909 
p
->
ba�_v��ddr
 = 
	`�rdup
(
��y
->
v�ue
);

914 i�(
	`�rcmp
(
��y
->
�me
, "create_uio_dev") == 0) {

915 
v�
;

917 
	`PARSE_ERROR_DUPLICATE
((
p
->
���_uio_dev_�e��
 == 0),

918 
��i�_�me
,

919 
��y
->
�me
);

920 
p
->
���_uio_dev_�e��
 = 1;

922 
v�
 = 
	`�r�r_�ad_�g_bo�
(
��y
->
v�ue
);

923 
	`PARSE_ERROR
((
v�
 >�0), 
��i�_�me
, 
��y
->
�me
);

924 
p
->
���_uio_dev
 = 
v�
;

929 i�(
	`�rcmp
(
��y
->
�me
, "vfio_intr") == 0) {

930 
	`PARSE_ERROR_DUPLICATE
((
p
->
vfio_��
 =�
NULL
),

931 
��i�_�me
,

932 
��y
->
�me
);

933 
p
->
vfio_��
 = 
	`�rdup
(
��y
->
v�ue
);

938 i�(
	`�rcmp
(
��y
->
�me
, "xen_dom0") == 0) {

939 
v�
;

941 
	`PARSE_ERROR_DUPLICATE
((
p
->
x�_dom0_�e��
 == 0),

942 
��i�_�me
,

943 
��y
->
�me
);

944 
p
->
x�_dom0_�e��
 = 1;

946 
v�
 = 
	`�r�r_�ad_�g_bo�
(
��y
->
v�ue
);

947 
	`PARSE_ERROR
((
v�
 >�0), 
��i�_�me
, 
��y
->
�me
);

948 
p
->
x�_dom0
 = 
v�
;

953 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
��y
->
�me
);

956 
	`�
(
���s
);

957 
	}
}

960 
	$�r�_p���e_p�p_sour�
(
�p_��ms
 *
�p
,

961 
�p_p���e_��ms
 *
p
,

962 cڡ *
f�e_�me
, cڡ *
�_size
)

964 cڡ *
�xt
 = 
NULL
;

965 *
�d
;

966 
u�t32_t
 
i
;

967 
�r�_f�e
 = 0;

969 i�(
f�e_�me
 && !
�_size
) {

970 
�xt
 = 
f�e_�me
;

971 
�r�_f�e
 = 1;

972 } i�(
�_size
 && !
f�e_�me
) {

973 
�xt
 = 
�_size
;

974 
�r�_f�e
 = 0;

976  -
EINVAL
;

978 
�me
[
APP_PARAM_NAME_SIZE
];

979 
size_t
 
�me_�n
;

981 i�(
p
->
n_pktq_�
 == 0)

982  -
EINVAL
;

984 
i
 = 0;

985 *
�xt
 != '\0') {

986 
u�t32_t
 
id
;

988 i�(
i
 >�
p
->
n_pktq_�
)

989  -
EINVAL
;

991 
id
 = 
p
->
pktq_�
[
i
].id;

993 
�d
 = 
	`�rchr
(
�xt
, ' ');

994 i�(!
�d
)

995 
�me_�n
 = 
	`���
(
�xt
);

997 
�me_�n
 = 
�d
 - 
�xt
;

999 i�(
�me_�n
 =�0 ||�ame_��=�(
�me
))

1000  -
EINVAL
;

1002 
	`���y
(
�me
, 
�xt
, 
�me_�n
);

1003 
�me
[
�me_�n
] = '\0';

1004 
�xt
 +�
�me_�n
;

1005 i�(*
�xt
 != '\0')

1006 
�xt
++;

1008 i�(
�r�_f�e
) {

1009 
�p
->
sour�_��ms
[
id
].
f�e_�me
 = 
	`�rdup
(
�me
);

1010 i�(
�p
->
sour�_��ms
[
id
].
f�e_�me
 =�
NULL
)

1011  -
ENOMEM
;

1013 i�(
	`�r�r_�ad_u�t32
(

1014 &
�p
->
sour�_��ms
[
id
].
n_by�s_�r_pkt
,

1015 
�me
) != 0) {

1016 i�(
�p
->
sour�_��ms
[
id
].

1017 
f�e_�me
 !�
NULL
)

1018 
	`�
(
�p
->
sour�_��ms
[
id
].

1019 
f�e_�me
);

1020  -
EINVAL
;

1024 
i
++;

1026 i�(
i
 =�
p
->
n_pktq_�
)

1030  -
EINVAL
;

1031 
	}
}

1034 
	$�r�_p���e_p�p_s�k
(
�p_��ms
 *
�p
,

1035 
�p_p���e_��ms
 *
p
,

1036 cڡ *
f�e_�me
, cڡ *
n_pkts_to_dump
)

1038 cڡ *
�xt
 = 
NULL
;

1039 *
�d
;

1040 
u�t32_t
 
i
;

1041 
�r�_f�e
 = 0;

1043 i�(
f�e_�me
 && !
n_pkts_to_dump
) {

1044 
�xt
 = 
f�e_�me
;

1045 
�r�_f�e
 = 1;

1046 } i�(
n_pkts_to_dump
 && !
f�e_�me
) {

1047 
�xt
 = 
n_pkts_to_dump
;

1048 
�r�_f�e
 = 0;

1050  -
EINVAL
;

1052 
�me
[
APP_PARAM_NAME_SIZE
];

1053 
size_t
 
�me_�n
;

1055 i�(
p
->
n_pktq_out
 == 0)

1056  -
EINVAL
;

1058 
i
 = 0;

1059 *
�xt
 != '\0') {

1060 
u�t32_t
 
id
;

1062 i�(
i
 >�
p
->
n_pktq_out
)

1063  -
EINVAL
;

1065 
id
 = 
p
->
pktq_out
[
i
].id;

1067 
�d
 = 
	`�rchr
(
�xt
, ' ');

1068 i�(!
�d
)

1069 
�me_�n
 = 
	`���
(
�xt
);

1071 
�me_�n
 = 
�d
 - 
�xt
;

1073 i�(
�me_�n
 =�0 ||�ame_��=�(
�me
))

1074  -
EINVAL
;

1076 
	`���y
(
�me
, 
�xt
, 
�me_�n
);

1077 
�me
[
�me_�n
] = '\0';

1078 
�xt
 +�
�me_�n
;

1079 i�(*
�xt
 != '\0')

1080 
�xt
++;

1082 i�(
�r�_f�e
) {

1083 
�p
->
s�k_��ms
[
id
].
f�e_�me
 = 
	`�rdup
(
�me
);

1084 i�(
�p
->
s�k_��ms
[
id
].
f�e_�me
 =�
NULL
)

1085  -
ENOMEM
;

1087 i�(
	`�r�r_�ad_u�t32
(

1088 &
�p
->
s�k_��ms
[
id
].
n_pkts_to_dump
,

1089 
�me
) != 0) {

1090 i�(
�p
->
s�k_��ms
[
id
].
f�e_�me
 !=

1091 
NULL
)

1092 
	`�
(
�p
->
s�k_��ms
[
id
].

1093 
f�e_�me
);

1094  -
EINVAL
;

1098 
i
++;

1100 i�(
i
 =�
p
->
n_pktq_out
)

1104  -
EINVAL
;

1105 
	}
}

1108 
	$�r�_p���e_pktq_�
(
�p_��ms
 *
�p
,

1109 
�p_p���e_��ms
 *
p
,

1110 cڡ *
v�ue
)

1112 cڡ *
�xt
 = 
v�ue
;

1113 if(
�xt
 =�
NULL
)

1114  -
EINVAL
;

1115 *
�d
;

1116 
�me
[
APP_PARAM_NAME_SIZE
];

1117 
size_t
 
�me_�n
;

1119 *
�xt
 != '\0') {

1120 
�p_pktq_�_ty�
 
ty�
;

1121 
id
;

1122 *
�d_�a�
;

1123 *
�d_�b
;

1124 if(
�xt
 !�
NULL
)

1125 
�xt
 = 
	`sk�_wh�e_�a�s
(next);

1126 i�(!
�xt
)

1129 
�d_�a�
 = 
	`�rchr
(
�xt
, ' ');

1130 
�d_�b
 = 
	`�rchr
(
�xt
, ' ');

1132 i�(
�d_�a�
 && (!
�d_�b
))

1133 
�d
 = 
�d_�a�
;

1134 i�((!
�d_�a�
�&& 
�d_�b
)

1135 
�d
 = 
�d_�b
;

1136 i�(
�d_�a�
 && 
�d_�b
)

1137 
�d
 = 
	`RTE_MIN
(
�d_�a�
, 
�d_�b
);

1139 
�d
 = 
NULL
;

1141 i�(!
�d
)

1142 
�me_�n
 = 
	`���
(
�xt
);

1144 
�me_�n
 = 
�d
 - 
�xt
;

1146 i�(
�me_�n
 =�0 ||�ame_��=�(
�me
))

1147  -
EINVAL
;

1149 
	`���y
(
�me
, 
�xt
, 
�me_�n
);

1150 
�me
[
�me_�n
] = '\0';

1151 
�xt
 +�
�me_�n
;

1152 i�(*
�xt
 != '\0')

1153 
�xt
++;

1155 i�(
	`v�id�e_�me
(
�me
, "RXQ", 2) == 0) {

1156 
ty�
 = 
APP_PKTQ_IN_HWQ
;

1157 
id
 = 
	`APP_PARAM_ADD
(
�p
->
hwq_�_��ms
, 
�me
);

1158 } i�(
	`v�id�e_�me
(
�me
, "SWQ", 1) == 0) {

1159 
ty�
 = 
APP_PKTQ_IN_SWQ
;

1160 
id
 = 
	`APP_PARAM_ADD
(
�p
->
swq_��ms
, 
�me
);

1161 } i�(
	`v�id�e_�me
(
�me
, "TM", 1) == 0) {

1162 
ty�
 = 
APP_PKTQ_IN_TM
;

1163 
id
 = 
	`APP_PARAM_ADD
(
�p
->
tm_��ms
, 
�me
);

1164 } i�(
	`v�id�e_�me
(
�me
, "SOURCE", 1) == 0) {

1165 
ty�
 = 
APP_PKTQ_IN_SOURCE
;

1166 
id
 = 
	`APP_PARAM_ADD
(
�p
->
sour�_��ms
, 
�me
);

1168  -
EINVAL
;

1170 i�(
id
 < 0)

1171  
id
;

1173 
p
->
pktq_�
[p->
n_pktq_�
].
ty�
 =�ype;

1174 
p
->
pktq_�
[p->
n_pktq_�
].
id
 = (
u�t32_t
) id;

1175 
p
->
n_pktq_�
++;

1179 
	}
}

1182 
	$�r�_p���e_pktq_out
(
�p_��ms
 *
�p
,

1183 
�p_p���e_��ms
 *
p
,

1184 cڡ *
v�ue
)

1186 cڡ *
�xt
 = 
v�ue
;

1187 if(
�xt
 =�
NULL
)

1188  -
EINVAL
;

1189 *
�d
;

1190 
�me
[
APP_PARAM_NAME_SIZE
];

1191 
size_t
 
�me_�n
;

1193 *
�xt
 != '\0') {

1194 
�p_pktq_out_ty�
 
ty�
;

1195 
id
;

1196 *
�d_�a�
;

1197 *
�d_�b
;

1198 if(
�xt
 !�
NULL
)

1199 
�xt
 = 
	`sk�_wh�e_�a�s
(next);

1200 i�(!
�xt
)

1203 
�d_�a�
 = 
	`�rchr
(
�xt
, ' ');

1204 
�d_�b
 = 
	`�rchr
(
�xt
, ' ');

1206 i�(
�d_�a�
 && (!
�d_�b
))

1207 
�d
 = 
�d_�a�
;

1208 i�((!
�d_�a�
�&& 
�d_�b
)

1209 
�d
 = 
�d_�b
;

1210 i�(
�d_�a�
 && 
�d_�b
)

1211 
�d
 = 
	`RTE_MIN
(
�d_�a�
, 
�d_�b
);

1213 
�d
 = 
NULL
;

1215 i�(!
�d
)

1216 
�me_�n
 = 
	`���
(
�xt
);

1218 
�me_�n
 = 
�d
 - 
�xt
;

1220 i�(
�me_�n
 =�0 ||�ame_��=�(
�me
))

1221  -
EINVAL
;

1223 
	`���y
(
�me
, 
�xt
, 
�me_�n
);

1224 
�me
[
�me_�n
] = '\0';

1225 
�xt
 +�
�me_�n
;

1226 i�(*
�xt
 != '\0')

1227 
�xt
++;

1228 i�(
	`v�id�e_�me
(
�me
, "TXQ", 2) == 0) {

1229 
ty�
 = 
APP_PKTQ_OUT_HWQ
;

1230 
id
 = 
	`APP_PARAM_ADD
(
�p
->
hwq_out_��ms
, 
�me
);

1231 } i�(
	`v�id�e_�me
(
�me
, "SWQ", 1) == 0) {

1232 
ty�
 = 
APP_PKTQ_OUT_SWQ
;

1233 
id
 = 
	`APP_PARAM_ADD
(
�p
->
swq_��ms
, 
�me
);

1234 } i�(
	`v�id�e_�me
(
�me
, "TM", 1) == 0) {

1235 
ty�
 = 
APP_PKTQ_OUT_TM
;

1236 
id
 = 
	`APP_PARAM_ADD
(
�p
->
tm_��ms
, 
�me
);

1237 } i�(
	`v�id�e_�me
(
�me
, "SINK", 1) == 0) {

1238 
ty�
 = 
APP_PKTQ_OUT_SINK
;

1239 
id
 = 
	`APP_PARAM_ADD
(
�p
->
s�k_��ms
, 
�me
);

1241  -
EINVAL
;

1243 i�(
id
 < 0)

1244  
id
;

1246 
p
->
pktq_out
[p->
n_pktq_out
].
ty�
 =�ype;

1247 
p
->
pktq_out
[p->
n_pktq_out
].
id
 = id;

1248 
p
->
n_pktq_out
++;

1252 
	}
}

1255 
	$�r�_p���e_msgq_�
(
�p_��ms
 *
�p
,

1256 
�p_p���e_��ms
 *
p
,

1257 cڡ *
v�ue
)

1259 cڡ *
�xt
 = 
v�ue
;

1260 if(
�xt
 =�
NULL
)

1261  -
EINVAL
;

1262 *
�d
;

1263 
�me
[
APP_PARAM_NAME_SIZE
];

1264 
size_t
 
�me_�n
;

1265 
ssize_t
 
idx
;

1267 *
�xt
 != '\0') {

1268 *
�d_�a�
;

1269 *
�d_�b
;

1270 if(
�xt
 !�
NULL
)

1271 
�xt
 = 
	`sk�_wh�e_�a�s
(next);

1272 i�(!
�xt
)

1275 
�d_�a�
 = 
	`�rchr
(
�xt
, ' ');

1276 
�d_�b
 = 
	`�rchr
(
�xt
, ' ');

1278 i�(
�d_�a�
 && (!
�d_�b
))

1279 
�d
 = 
�d_�a�
;

1280 i�((!
�d_�a�
�&& 
�d_�b
)

1281 
�d
 = 
�d_�b
;

1282 i�(
�d_�a�
 && 
�d_�b
)

1283 
�d
 = 
	`RTE_MIN
(
�d_�a�
, 
�d_�b
);

1285 
�d
 = 
NULL
;

1287 i�(!
�d
)

1288 
�me_�n
 = 
	`���
(
�xt
);

1290 
�me_�n
 = 
�d
 - 
�xt
;

1292 i�(
�me_�n
 =�0 ||�ame_��=�(
�me
))

1293  -
EINVAL
;

1295 
	`���y
(
�me
, 
�xt
, 
�me_�n
);

1296 
�me
[
�me_�n
] = '\0';

1297 
�xt
 +�
�me_�n
;

1298 i�(*
�xt
 != '\0')

1299 
�xt
++;

1301 i�(
	`v�id�e_�me
(
�me
, "MSGQ", 1) != 0)

1302  -
EINVAL
;

1304 
idx
 = 
	`APP_PARAM_ADD
(
�p
->
msgq_��ms
, 
�me
);

1305 i�(
idx
 < 0)

1306  
idx
;

1308 
p
->
msgq_�
[p->
n_msgq_�
] = 
idx
;

1309 
p
->
n_msgq_�
++;

1313 
	}
}

1316 
	$�r�_p���e_msgq_out
(
�p_��ms
 *
�p
,

1317 
�p_p���e_��ms
 *
p
,

1318 cڡ *
v�ue
)

1320 cڡ *
�xt
 = 
v�ue
;

1321 if(
�xt
 =�
NULL
)

1322  -
EINVAL
;

1323 *
�d
;

1324 
�me
[
APP_PARAM_NAME_SIZE
];

1325 
size_t
 
�me_�n
;

1326 
ssize_t
 
idx
;

1328 *
�xt
 != '\0') {

1329 *
�d_�a�
;

1330 *
�d_�b
;

1331 if(
�xt
 !�
NULL
)

1332 
�xt
 = 
	`sk�_wh�e_�a�s
(next);

1333 i�(!
�xt
)

1336 
�d_�a�
 = 
	`�rchr
(
�xt
, ' ');

1337 
�d_�b
 = 
	`�rchr
(
�xt
, ' ');

1339 i�(
�d_�a�
 && (!
�d_�b
))

1340 
�d
 = 
�d_�a�
;

1341 i�((!
�d_�a�
�&& 
�d_�b
)

1342 
�d
 = 
�d_�b
;

1343 i�(
�d_�a�
 && 
�d_�b
)

1344 
�d
 = 
	`RTE_MIN
(
�d_�a�
, 
�d_�b
);

1346 
�d
 = 
NULL
;

1348 i�(!
�d
)

1349 
�me_�n
 = 
	`���
(
�xt
);

1351 
�me_�n
 = 
�d
 - 
�xt
;

1353 i�(
�me_�n
 =�0 ||�ame_��=�(
�me
))

1354  -
EINVAL
;

1356 
	`���y
(
�me
, 
�xt
, 
�me_�n
);

1357 
�me
[
�me_�n
] = '\0';

1358 
�xt
 +�
�me_�n
;

1359 i�(*
�xt
 != '\0')

1360 
�xt
++;

1362 i�(
	`v�id�e_�me
(
�me
, "MSGQ", 1) != 0)

1363  -
EINVAL
;

1365 
idx
 = 
	`APP_PARAM_ADD
(
�p
->
msgq_��ms
, 
�me
);

1366 i�(
idx
 < 0)

1367  
idx
;

1369 
p
->
msgq_out
[p->
n_msgq_out
] = 
idx
;

1370 
p
->
n_msgq_out
++;

1374 
	}
}

1377 
	$�r�_p���e
(
�p_��ms
 *
�p
,

1378 cڡ *
��i�_�me
,

1379 
�e_cfgf�e
 *
cfg
)

1381 
�me
[
CFG_NAME_LEN
];

1382 
�p_p���e_��ms
 *
��m
;

1383 
�e_cfgf�e_��y
 *
���s
;

1384 
ssize_t
 
��m_idx
;

1385 
n_���s
, 
i
;

1387 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

1388 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

1390 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

1391 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

1393 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

1395 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
p���e_��ms
, 
��i�_�me
);

1396 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
p���e_��ms
, 
��i�_�me
);

1398 
��m
 = &
�p
->
p���e_��ms
[
��m_idx
];

1400 
i
 = 0; i < 
n_���s
; i++) {

1401 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

1403 i�(
	`�rcmp
(
�t
->
�me
, "type") == 0) {

1404 
w_size
 = 
	`���tf
(
��m
->
ty�
, 
	`RTE_DIM
(param->type),

1405 "%s", 
�t
->
v�ue
);

1407 
	`PARSE_ERROR
(((
w_size
 > 0) &&

1408 (
w_size
 < ()
	`RTE_DIM
(
��m
->
ty�
))),

1409 
��i�_�me
,

1410 
�t
->
�me
);

1414 i�(
	`�rcmp
(
�t
->
�me
, "core") == 0) {

1415 
��us
 = 
	`�r�_p���e_c�e
(

1416 &
��m
->
sock�_id
, &��m->
c�e_id
,

1417 &
��m
->
hy�r_th_id
, 
�t
->
v�ue
);

1419 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1420 
�t
->
�me
);

1424 i�(
	`�rcmp
(
�t
->
�me
, "pktq_in") == 0) {

1425 
��us
 = 
	`�r�_p���e_pktq_�
(
�p
, 
��m
,

1426 
�t
->
v�ue
);

1428 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1429 
�t
->
�me
);

1433 i�(
	`�rcmp
(
�t
->
�me
, "pktq_out") == 0) {

1434 
��us
 = 
	`�r�_p���e_pktq_out
(
�p
, 
��m
,

1435 
�t
->
v�ue
);

1437 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1438 
�t
->
�me
);

1442 i�(
	`�rcmp
(
�t
->
�me
, "msgq_in") == 0) {

1443 
��us
 = 
	`�r�_p���e_msgq_�
(
�p
, 
��m
,

1444 
�t
->
v�ue
);

1446 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1447 
�t
->
�me
);

1451 i�(
	`�rcmp
(
�t
->
�me
, "msgq_out") == 0) {

1452 
��us
 = 
	`�r�_p���e_msgq_out
(
�p
, 
��m
,

1453 
�t
->
v�ue
);

1455 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1456 
�t
->
�me
);

1460 i�(
	`�rcmp
(
�t
->
�me
, "timer_period") == 0) {

1461 
��us
 = 
	`�r�r_�ad_u�t32
(

1462 &
��m
->
tim�_�riod
,

1463 
�t
->
v�ue
);

1465 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1466 
�t
->
�me
);

1470 i�(
	`�rcmp
(
�t
->
�me
, "pcap_file_rd") == 0) {

1471 
��us
;

1473 #i�de�
RTE_PORT_PCAP


1474 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

1477 
��us
 = 
	`�r�_p���e_p�p_sour�
(
�p
,

1478 
��m
, 
�t
->
v�ue
, 
NULL
);

1480 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1481 
�t
->
�me
);

1485 i�(
	`�rcmp
(
�t
->
�me
, "pcap_bytes_rd_per_pkt") == 0) {

1486 
��us
;

1488 #i�de�
RTE_PORT_PCAP


1489 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

1492 
��us
 = 
	`�r�_p���e_p�p_sour�
(
�p
,

1493 
��m
, 
NULL
, 
�t
->
v�ue
);

1495 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1496 
�t
->
�me
);

1500 i�(
	`�rcmp
(
�t
->
�me
, "pcap_file_wr") == 0) {

1501 
��us
;

1503 #i�de�
RTE_PORT_PCAP


1504 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

1507 
��us
 = 
	`�r�_p���e_p�p_s�k
(
�p
, 
��m
,

1508 
�t
->
v�ue
, 
NULL
);

1510 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1511 
�t
->
�me
);

1515 i�(
	`�rcmp
(
�t
->
�me
, "pcap_n_pkt_wr") == 0) {

1516 
��us
;

1518 #i�de�
RTE_PORT_PCAP


1519 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

1522 
��us
 = 
	`�r�_p���e_p�p_s�k
(
�p
, 
��m
,

1523 
NULL
, 
�t
->
v�ue
);

1525 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1526 
�t
->
�me
);

1531 
	`APP_CHECK
((
��m
->
n_�gs
 < 
APP_MAX_PIPELINE_ARGS
),

1533 "p�����ecif�d��am��s", 
��i�_�me
);

1535 
��m
->
�gs_�me
[��m->
n_�gs
] = 
	`�rdup
(
�t
->
�me
);

1536 
��m
->
�gs_v�ue
[��m->
n_�gs
] = 
	`�rdup
(
�t
->
v�ue
);

1538 
	`APP_CHECK
((
��m
->
�gs_�me
[��m->
n_�gs
] !�
NULL
) &&

1539 (
��m
->
�gs_v�ue
[��m->
n_�gs
] !�
NULL
),

1542 
��m
->
n_�gs
++;

1545 
��m
->
�r�d
 = 1;

1547 
	`���tf
(
�me
, �ame), "MSGQ-REQ-%s", 
��i�_�me
);

1548 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
msgq_��ms
, 
�me
);

1549 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
msgq_��ms
, 
�me
);

1550 
�p
->
msgq_��ms
[
��m_idx
].
�u_sock�_id
 = 
��m
->
sock�_id
;

1551 
��m
->
msgq_�
[��m->
n_msgq_�
++] = 
��m_idx
;

1553 
	`���tf
(
�me
, �ame), "MSGQ-RSP-%s", 
��i�_�me
);

1554 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
msgq_��ms
, 
�me
);

1555 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
msgq_��ms
, 
�me
);

1556 
�p
->
msgq_��ms
[
��m_idx
].
�u_sock�_id
 = 
��m
->
sock�_id
;

1557 
��m
->
msgq_out
[��m->
n_msgq_out
++] = 
��m_idx
;

1559 
	`���tf
(
�me
, �ame), "MSGQ-REQ-CORE-s%" 
PRIu32
 "c%" PRIu32 "%s",

1560 
��m
->
sock�_id
,

1561 
��m
->
c�e_id
,

1562 (
��m
->
hy�r_th_id
) ? "h" : "");

1563 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
msgq_��ms
, 
�me
);

1564 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
msgq_��ms
, 
�me
);

1565 
�p
->
msgq_��ms
[
��m_idx
].
�u_sock�_id
 = 
��m
->
sock�_id
;

1567 
	`���tf
(
�me
, �ame), "MSGQ-RSP-CORE-s%" 
PRIu32
 "c%" PRIu32 "%s",

1568 
��m
->
sock�_id
,

1569 
��m
->
c�e_id
,

1570 (
��m
->
hy�r_th_id
) ? "h" : "");

1571 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
msgq_��ms
, 
�me
);

1572 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
msgq_��ms
, 
�me
);

1573 
�p
->
msgq_��ms
[
��m_idx
].
�u_sock�_id
 = 
��m
->
sock�_id
;

1575 
	`�
(
���s
);

1576 
	}
}

1579 
	$�r�_mempo�
(
�p_��ms
 *
�p
,

1580 cڡ *
��i�_�me
,

1581 
�e_cfgf�e
 *
cfg
)

1583 
�p_mempo�_��ms
 *
��m
;

1584 
�e_cfgf�e_��y
 *
���s
;

1585 
ssize_t
 
��m_idx
;

1586 
n_���s
, 
i
;

1588 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

1589 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

1591 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

1592 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

1594 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

1596 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
mempo�_��ms
, 
��i�_�me
);

1597 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
mempo�_��ms
, 
��i�_�me
);

1599 
��m
 = &
�p
->
mempo�_��ms
[
��m_idx
];

1601 
i
 = 0; i < 
n_���s
; i++) {

1602 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

1604 i�(
	`�rcmp
(
�t
->
�me
, "buffer_size") == 0) {

1605 
��us
 = 
	`�r�r_�ad_u�t32
(

1606 &
��m
->
buf�r_size
, 
�t
->
v�ue
);

1608 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1609 
�t
->
�me
);

1613 i�(
	`�rcmp
(
�t
->
�me
, "pool_size") == 0) {

1614 
��us
 = 
	`�r�r_�ad_u�t32
(

1615 &
��m
->
po�_size
, 
�t
->
v�ue
);

1617 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1618 
�t
->
�me
);

1622 i�(
	`�rcmp
(
�t
->
�me
, "cache_size") == 0) {

1623 
��us
 = 
	`�r�r_�ad_u�t32
(

1624 &
��m
->
�che_size
, 
�t
->
v�ue
);

1626 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1627 
�t
->
�me
);

1631 i�(
	`�rcmp
(
�t
->
�me
, "cpu") == 0) {

1632 
��us
 = 
	`�r�r_�ad_u�t32
(

1633 &
��m
->
�u_sock�_id
, 
�t
->
v�ue
);

1635 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1636 
�t
->
�me
);

1641 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

1644 
��m
->
�r�d
 = 1;

1646 
	`�
(
���s
);

1647 
	}
}

1650 
	$�r�_l�k
(
�p_��ms
 *
�p
,

1651 cڡ *
��i�_�me
,

1652 
�e_cfgf�e
 *
cfg
)

1654 
�p_l�k_��ms
 *
��m
;

1655 
�e_cfgf�e_��y
 *
���s
;

1656 
n_���s
, 
i
;

1657 
pci_bdf_�e��
 = 0;

1658 
ssize_t
 
��m_idx
;

1660 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

1661 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

1663 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

1664 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

1666 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

1668 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
l�k_��ms
, 
��i�_�me
);

1669 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
l�k_��ms
, 
��i�_�me
);

1671 
��m
 = &
�p
->
l�k_��ms
[
��m_idx
];

1673 
i
 = 0; i < 
n_���s
; i++) {

1674 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

1676 i�(
	`�rcmp
(
�t
->
�me
, "promisc") == 0) {

1677 
��us
 = 
	`�r�r_�ad_�g_bo�
(
�t
->
v�ue
);

1679 
	`PARSE_ERROR
((
��us
 !�-
EINVAL
), 
��i�_�me
,

1680 
�t
->
�me
);

1681 
��m
->
�omisc
 = 
��us
;

1685 i�(
	`�rcmp
(
�t
->
�me
, "arp_q") == 0) {

1686 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
�p_q
,

1687 
�t
->
v�ue
);

1689 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1690 
�t
->
�me
);

1694 i�(
	`�rcmp
(
�t
->
�me
, "tcp_syn_q") == 0) {

1695 
��us
 = 
	`�r�r_�ad_u�t32
(

1696 &
��m
->
t�_syn_q
, 
�t
->
v�ue
);

1698 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
, 
�t
->
�me
);

1702 i�(
	`�rcmp
(
�t
->
�me
, "ip_local_q") == 0) {

1703 
��us
 = 
	`�r�r_�ad_u�t32
(

1704 &
��m
->
�_lo�l_q
, 
�t
->
v�ue
);

1706 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1707 
�t
->
�me
);

1712 i�(
	`�rcmp
(
�t
->
�me
, "tcp_local_q") == 0) {

1713 
��us
 = 
	`�r�r_�ad_u�t32
(

1714 &
��m
->
t�_lo�l_q
, 
�t
->
v�ue
);

1716 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1717 
�t
->
�me
);

1721 i�(
	`�rcmp
(
�t
->
�me
, "udp_local_q") == 0) {

1722 
��us
 = 
	`�r�r_�ad_u�t32
(

1723 &
��m
->
udp_lo�l_q
, 
�t
->
v�ue
);

1725 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1726 
�t
->
�me
);

1730 i�(
	`�rcmp
(
�t
->
�me
, "sctp_local_q") == 0) {

1731 
��us
 = 
	`�r�r_�ad_u�t32
(

1732 &
��m
->
s�p_lo�l_q
, 
�t
->
v�ue
);

1734 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1735 
�t
->
�me
);

1739 i�(
	`�rcmp
(
�t
->
�me
, "pci_bdf") == 0) {

1740 
	`PARSE_ERROR_DUPLICATE
((
pci_bdf_�e��
 == 0),

1741 
��i�_�me
, 
�t
->
�me
);

1743 
	`���tf
(
��m
->
pci_bdf
, 
APP_LINK_PCI_BDF_SIZE
,

1744 "%s", 
�t
->
v�ue
);

1745 
pci_bdf_�e��
 = 1;

1750 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

1754 i�(
�p
->
p�t_mask
)

1755 
	`PARSE_ERROR_MESSAGE
((
pci_bdf_�e��
 == 0),

1756 
��i�_�me
, "pci_bdf",

1759 
	`PARSE_ERROR_MESSAGE
((
pci_bdf_�e��
),

1760 
��i�_�me
, "pci_bdf",

1764 
��m
->
�r�d
 = 1;

1766 
	`�
(
���s
);

1767 
	}
}

1770 
	$�r�_rxq
(
�p_��ms
 *
�p
,

1771 cڡ *
��i�_�me
,

1772 
�e_cfgf�e
 *
cfg
)

1774 
�p_pktq_hwq_�_��ms
 *
��m
;

1775 
�e_cfgf�e_��y
 *
���s
;

1776 
n_���s
, 
i
;

1777 
ssize_t
 
��m_idx
;

1779 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

1780 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

1782 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

1783 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

1785 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

1787 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
hwq_�_��ms
, 
��i�_�me
);

1788 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
hwq_�_��ms
, 
��i�_�me
);

1790 
��m
 = &
�p
->
hwq_�_��ms
[
��m_idx
];

1792 
i
 = 0; i < 
n_���s
; i++) {

1793 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

1795 i�(
	`�rcmp
(
�t
->
�me
, "mempool") == 0) {

1796 
��us
 = 
	`v�id�e_�me
(
�t
->
v�ue
,

1798 
ssize_t
 
idx
;

1800 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1801 
�t
->
�me
);

1802 
idx
 = 
	`APP_PARAM_ADD
(
�p
->
mempo�_��ms
,

1803 
�t
->
v�ue
);

1804 
	`PARSER_PARAM_ADD_CHECK
(
idx
, 
�p
->
mempo�_��ms
,

1805 
��i�_�me
);

1806 
��m
->
mempo�_id
 = 
idx
;

1810 i�(
	`�rcmp
(
�t
->
�me
, "size") == 0) {

1811 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
size
,

1812 
�t
->
v�ue
);

1814 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1815 
�t
->
�me
);

1819 i�(
	`�rcmp
(
�t
->
�me
, "burst") == 0) {

1820 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
bur�
,

1821 
�t
->
v�ue
);

1823 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1824 
�t
->
�me
);

1829 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

1832 
��m
->
�r�d
 = 1;

1834 
	`�
(
���s
);

1835 
	}
}

1838 
	$�r�_txq
(
�p_��ms
 *
�p
,

1839 cڡ *
��i�_�me
,

1840 
�e_cfgf�e
 *
cfg
)

1842 
�p_pktq_hwq_out_��ms
 *
��m
;

1843 
�e_cfgf�e_��y
 *
���s
;

1844 
n_���s
, 
i
;

1845 
ssize_t
 
��m_idx
;

1847 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

1848 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

1850 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

1851 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

1853 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

1855 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
hwq_out_��ms
, 
��i�_�me
);

1856 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
hwq_out_��ms
, 
��i�_�me
);

1858 
��m
 = &
�p
->
hwq_out_��ms
[
��m_idx
];

1860 
i
 = 0; i < 
n_���s
; i++) {

1861 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

1863 i�(
	`�rcmp
(
�t
->
�me
, "size") == 0) {

1864 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
size
,

1865 
�t
->
v�ue
);

1867 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1868 
�t
->
�me
);

1872 i�(
	`�rcmp
(
�t
->
�me
, "burst") == 0) {

1873 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
bur�
,

1874 
�t
->
v�ue
);

1876 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1877 
�t
->
�me
);

1881 i�(
	`�rcmp
(
�t
->
�me
, "dropless") == 0) {

1882 
��us
 = 
	`�r�r_�ad_�g_bo�
(
�t
->
v�ue
);

1885 
	`PARSE_ERROR
((
��us
 !�-
EINVAL
), 
��i�_�me
,

1886 
�t
->
�me
);

1887 
��m
->
dr��ss
 = 
��us
;

1892 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

1895 
��m
->
�r�d
 = 1;

1897 
	`�
(
���s
);

1898 
	}
}

1901 
	$�r�_swq
(
�p_��ms
 *
�p
,

1902 cڡ *
��i�_�me
,

1903 
�e_cfgf�e
 *
cfg
)

1905 
�p_pktq_swq_��ms
 *
��m
;

1906 
�e_cfgf�e_��y
 *
���s
;

1907 
n_���s
, 
i
;

1908 
u�t32_t
 
mtu_�e��
 = 0;

1909 
u�t32_t
 
m�ad�a_size_�e��
 = 0;

1910 
u�t32_t
 
mempo�_d�e�_�e��
 = 0;

1911 
u�t32_t
 
mempo�_�d�e�_�e��
 = 0;

1913 
ssize_t
 
��m_idx
;

1915 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

1916 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

1918 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

1919 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

1921 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

1923 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
swq_��ms
, 
��i�_�me
);

1924 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
swq_��ms
, 
��i�_�me
);

1926 
��m
 = &
�p
->
swq_��ms
[
��m_idx
];

1928 
i
 = 0; i < 
n_���s
; i++) {

1929 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

1931 i�(
	`�rcmp
(
�t
->
�me
, "size") == 0) {

1932 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
size
,

1933 
�t
->
v�ue
);

1935 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1936 
�t
->
�me
);

1940 i�(
	`�rcmp
(
�t
->
�me
, "burst_read") == 0) {

1941 
��us
 = 
	`�r�r_�ad_u�t32
(&

1942 
��m
->
bur�_�ad
, 
�t
->
v�ue
);

1944 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1945 
�t
->
�me
);

1949 i�(
	`�rcmp
(
�t
->
�me
, "burst_write") == 0) {

1950 
��us
 = 
	`�r�r_�ad_u�t32
(

1951 &
��m
->
bur�_wr�e
, 
�t
->
v�ue
);

1953 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1954 
�t
->
�me
);

1958 i�(
	`�rcmp
(
�t
->
�me
, "dropless") == 0) {

1959 
��us
 = 
	`�r�r_�ad_�g_bo�
(
�t
->
v�ue
);

1961 
	`PARSE_ERROR
((
��us
 !�-
EINVAL
), 
��i�_�me
,

1962 
�t
->
�me
);

1963 
��m
->
dr��ss
 = 
��us
;

1967 i�(
	`�rcmp
(
�t
->
�me
, "n_retries") == 0) {

1968 
��us
 = 
	`�r�r_�ad_u�t64
(&
��m
->
n_���s
,

1969 
�t
->
v�ue
);

1971 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

1972 
�t
->
�me
);

1976 i�(
	`�rcmp
(
�t
->
�me
, "cpu") == 0) {

1977 
��us
 = 
	`�r�r_�ad_u�t32
(

1978 &
��m
->
�u_sock�_id
, 
�t
->
v�ue
);

1980 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
, 
�t
->
�me
);

1984 i�(
	`�rcmp
(
�t
->
�me
, "ipv4_frag") == 0) {

1985 
��us
 = 
	`�r�r_�ad_�g_bo�
(
�t
->
v�ue
);

1987 
	`PARSE_ERROR
((
��us
 !�-
EINVAL
), 
��i�_�me
,

1988 
�t
->
�me
);

1990 
��m
->
�v4_�ag
 = 
��us
;

1991 i�(
��m
->
mtu
 == 0)

1992 
��m
->
mtu
 = 1500;

1997 i�(
	`�rcmp
(
�t
->
�me
, "ipv6_frag") == 0) {

1998 
��us
 = 
	`�r�r_�ad_�g_bo�
(
�t
->
v�ue
);

2000 
	`PARSE_ERROR
((
��us
 !�-
EINVAL
), 
��i�_�me
,

2001 
�t
->
�me
);

2002 
��m
->
�v6_�ag
 = 
��us
;

2003 i�(
��m
->
mtu
 == 0)

2004 
��m
->
mtu
 = 1320;

2008 i�(
	`�rcmp
(
�t
->
�me
, "ipv4_ras") == 0) {

2009 
��us
 = 
	`�r�r_�ad_�g_bo�
(
�t
->
v�ue
);

2011 
	`PARSE_ERROR
((
��us
 !�-
EINVAL
), 
��i�_�me
,

2012 
�t
->
�me
);

2013 
��m
->
�v4_�s
 = 
��us
;

2017 i�(
	`�rcmp
(
�t
->
�me
, "ipv6_ras") == 0) {

2018 
��us
 = 
	`�r�r_�ad_�g_bo�
(
�t
->
v�ue
);

2020 
	`PARSE_ERROR
((
��us
 !�-
EINVAL
), 
��i�_�me
,

2021 
�t
->
�me
);

2022 
��m
->
�v6_�s
 = 
��us
;

2026 i�(
	`�rcmp
(
�t
->
�me
, "mtu") == 0) {

2027 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
mtu
,

2028 
�t
->
v�ue
);

2030 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2031 
�t
->
�me
);

2032 
mtu_�e��
 = 1;

2036 i�(
	`�rcmp
(
�t
->
�me
, "metadata_size") == 0) {

2037 
��us
 = 
	`�r�r_�ad_u�t32
(

2038 &
��m
->
m�ad�a_size
, 
�t
->
v�ue
);

2040 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2041 
�t
->
�me
);

2042 
m�ad�a_size_�e��
 = 1;

2046 i�(
	`�rcmp
(
�t
->
�me
, "mempool_direct") == 0) {

2047 
��us
 = 
	`v�id�e_�me
(
�t
->
v�ue
,

2049 
ssize_t
 
idx
;

2051 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2052 
�t
->
�me
);

2054 
idx
 = 
	`APP_PARAM_ADD
(
�p
->
mempo�_��ms
,

2055 
�t
->
v�ue
);

2056 
	`PARSER_PARAM_ADD_CHECK
(
idx
, 
�p
->
mempo�_��ms
,

2057 
��i�_�me
);

2058 
��m
->
mempo�_d�e�_id
 = 
idx
;

2059 
mempo�_d�e�_�e��
 = 1;

2063 i�(
	`�rcmp
(
�t
->
�me
, "mempool_indirect") == 0) {

2064 
��us
 = 
	`v�id�e_�me
(
�t
->
v�ue
,

2066 
ssize_t
 
idx
;

2068 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2069 
�t
->
�me
);

2070 
idx
 = 
	`APP_PARAM_ADD
(
�p
->
mempo�_��ms
,

2071 
�t
->
v�ue
);

2072 
	`PARSER_PARAM_ADD_CHECK
(
idx
, 
�p
->
mempo�_��ms
,

2073 
��i�_�me
);

2074 
��m
->
mempo�_�d�e�_id
 = 
idx
;

2075 
mempo�_�d�e�_�e��
 = 1;

2080 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

2083 
	`APP_CHECK
(((
mtu_�e��
) &&

2084 ((
��m
->
�v4_�ag
 =�1�|| (��m->
�v6_�ag
 == 1))),

2087 
��i�_�me
);

2089 
	`APP_CHECK
(((
m�ad�a_size_�e��
) &&

2090 ((
��m
->
�v4_�ag
 =�1�|| (��m->
�v6_�ag
 == 1))),

2093 "nه�owed", 
��i�_�me
);

2095 
	`APP_CHECK
(((
mempo�_d�e�_�e��
) &&

2096 ((
��m
->
�v4_�ag
 =�1�|| (��m->
�v6_�ag
 == 1))),

2099 "nه�owed", 
��i�_�me
);

2101 
	`APP_CHECK
(((
mempo�_�d�e�_�e��
) &&

2102 ((
��m
->
�v4_�ag
 =�1�|| (��m->
�v6_�ag
 == 1))),

2105 "nه�owed", 
��i�_�me
);

2107 
��m
->
�r�d
 = 1;

2109 
	`�
(
���s
);

2110 
	}
}

2113 
	$�r�_tm
(
�p_��ms
 *
�p
,

2114 cڡ *
��i�_�me
,

2115 
�e_cfgf�e
 *
cfg
)

2117 
�p_pktq_tm_��ms
 *
��m
;

2118 
�e_cfgf�e_��y
 *
���s
;

2119 
n_���s
, 
i
;

2120 
ssize_t
 
��m_idx
;

2122 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

2123 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

2125 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

2126 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

2128 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

2130 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
tm_��ms
, 
��i�_�me
);

2131 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
tm_��ms
, 
��i�_�me
);

2133 
��m
 = &
�p
->
tm_��ms
[
��m_idx
];

2135 
i
 = 0; i < 
n_���s
; i++) {

2136 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

2138 i�(
	`�rcmp
(
�t
->
�me
, "cfg") == 0) {

2139 
��m
->
f�e_�me
 = 
	`�rdup
(
�t
->
v�ue
);

2140 
	`PARSE_ERROR_MALLOC
(
��m
->
f�e_�me
 !�
NULL
);

2144 i�(
	`�rcmp
(
�t
->
�me
, "burst_read") == 0) {

2145 
��us
 = 
	`�r�r_�ad_u�t32
(

2146 &
��m
->
bur�_�ad
, 
�t
->
v�ue
);

2148 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2149 
�t
->
�me
);

2153 i�(
	`�rcmp
(
�t
->
�me
, "burst_write") == 0) {

2154 
��us
 = 
	`�r�r_�ad_u�t32
(

2155 &
��m
->
bur�_wr�e
, 
�t
->
v�ue
);

2157 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2158 
�t
->
�me
);

2163 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

2166 
��m
->
�r�d
 = 1;

2168 
	`�
(
���s
);

2169 
	}
}

2172 
	$�r�_sour�
(
�p_��ms
 *
�p
,

2173 cڡ *
��i�_�me
,

2174 
�e_cfgf�e
 *
cfg
)

2176 
�p_pktq_sour�_��ms
 *
��m
;

2177 
�e_cfgf�e_��y
 *
���s
;

2178 
n_���s
, 
i
;

2179 
ssize_t
 
��m_idx
;

2180 
u�t32_t
 
p�p_f�e_�e��
 = 0;

2181 
u�t32_t
 
p�p_size_�e��
 = 0;

2183 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

2184 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

2186 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

2187 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

2189 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

2191 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
sour�_��ms
, 
��i�_�me
);

2192 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
sour�_��ms
, 
��i�_�me
);

2194 
��m
 = &
�p
->
sour�_��ms
[
��m_idx
];

2196 
i
 = 0; i < 
n_���s
; i++) {

2197 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

2199 i�(
	`�rcmp
(
�t
->
�me
, "mempool") == 0) {

2200 
��us
 = 
	`v�id�e_�me
(
�t
->
v�ue
,

2202 
ssize_t
 
idx
;

2204 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2205 
�t
->
�me
);

2206 
idx
 = 
	`APP_PARAM_ADD
(
�p
->
mempo�_��ms
,

2207 
�t
->
v�ue
);

2208 
	`PARSER_PARAM_ADD_CHECK
(
idx
, 
�p
->
mempo�_��ms
,

2209 
��i�_�me
);

2210 
��m
->
mempo�_id
 = 
idx
;

2214 i�(
	`�rcmp
(
�t
->
�me
, "burst") == 0) {

2215 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
bur�
,

2216 
�t
->
v�ue
);

2218 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2219 
�t
->
�me
);

2223 i�(
	`�rcmp
(
�t
->
�me
, "pcap_file_rd")) {

2224 
	`PARSE_ERROR_DUPLICATE
((
p�p_f�e_�e��
 == 0),

2225 
��i�_�me
, 
�t
->
�me
);

2227 
��m
->
f�e_�me
 = 
	`�rdup
(
�t
->
v�ue
);

2229 
	`PARSE_ERROR_MALLOC
(
��m
->
f�e_�me
 !�
NULL
);

2230 
p�p_f�e_�e��
 = 1;

2235 i�(
	`�rcmp
(
�t
->
�me
, "pcap_bytes_rd_per_pkt") == 0) {

2236 
��us
;

2238 
	`PARSE_ERROR_DUPLICATE
((
p�p_size_�e��
 == 0),

2239 
��i�_�me
, 
�t
->
�me
);

2241 
��us
 = 
	`�r�r_�ad_u�t32
(

2242 &
��m
->
n_by�s_�r_pkt
, 
�t
->
v�ue
);

2244 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2245 
�t
->
�me
);

2246 
p�p_size_�e��
 = 1;

2252 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

2255 
��m
->
�r�d
 = 1;

2257 
	`�
(
���s
);

2258 
	}
}

2261 
	$�r�_s�k
(
�p_��ms
 *
�p
,

2262 cڡ *
��i�_�me
,

2263 
�e_cfgf�e
 *
cfg
)

2265 
�p_pktq_s�k_��ms
 *
��m
;

2266 
�e_cfgf�e_��y
 *
���s
;

2267 
n_���s
, 
i
;

2268 
ssize_t
 
��m_idx
;

2269 
u�t32_t
 
p�p_f�e_�e��
 = 0;

2270 
u�t32_t
 
p�p_n_pkt_�e��
 = 0;

2272 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

2273 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

2275 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

2276 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

2278 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

2280 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
s�k_��ms
, 
��i�_�me
);

2281 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
s�k_��ms
, 
��i�_�me
);

2283 
��m
 = &
�p
->
s�k_��ms
[
��m_idx
];

2285 
i
 = 0; i < 
n_���s
; i++) {

2286 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

2288 i�(
	`�rcmp
(
�t
->
�me
, "pcap_file_wr")) {

2289 
	`PARSE_ERROR_DUPLICATE
((
p�p_f�e_�e��
 == 0),

2290 
��i�_�me
, 
�t
->
�me
);

2292 
��m
->
f�e_�me
 = 
	`�rdup
(
�t
->
v�ue
);

2294 
	`PARSE_ERROR_MALLOC
((
��m
->
f�e_�me
 !�
NULL
));

2299 i�(
	`�rcmp
(
�t
->
�me
, "pcap_n_pkt_wr")) {

2300 
��us
;

2302 
	`PARSE_ERROR_DUPLICATE
((
p�p_n_pkt_�e��
 == 0),

2303 
��i�_�me
, 
�t
->
�me
);

2305 
��us
 = 
	`�r�r_�ad_u�t32
(

2306 &
��m
->
n_pkts_to_dump
, 
�t
->
v�ue
);

2308 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2309 
�t
->
�me
);

2315 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

2318 
��m
->
�r�d
 = 1;

2320 
	`�
(
���s
);

2321 
	}
}

2324 
	$�r�_msgq_�q_p���e
(
�p_��ms
 *
�p
,

2325 cڡ *
��i�_�me
,

2326 
�e_cfgf�e
 *
cfg
)

2328 
�p_msgq_��ms
 *
��m
;

2329 
�e_cfgf�e_��y
 *
���s
;

2330 
n_���s
, 
i
;

2331 
ssize_t
 
��m_idx
;

2333 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

2334 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

2336 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

2337 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

2339 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

2341 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
msgq_��ms
, 
��i�_�me
);

2342 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
msgq_��ms
, 
��i�_�me
);

2344 
��m
 = &
�p
->
msgq_��ms
[
��m_idx
];

2346 
i
 = 0; i < 
n_���s
; i++) {

2347 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

2349 i�(
	`�rcmp
(
�t
->
�me
, "size") == 0) {

2350 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
size
,

2351 
�t
->
v�ue
);

2353 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2354 
�t
->
�me
);

2359 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

2362 
��m
->
�r�d
 = 1;

2363 
	`�
(
���s
);

2364 
	}
}

2367 
	$�r�_msgq_r�_p���e
(
�p_��ms
 *
�p
,

2368 cڡ *
��i�_�me
,

2369 
�e_cfgf�e
 *
cfg
)

2371 
�p_msgq_��ms
 *
��m
;

2372 
�e_cfgf�e_��y
 *
���s
;

2373 
n_���s
, 
i
;

2374 
ssize_t
 
��m_idx
;

2376 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

2377 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

2379 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

2380 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

2382 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

2384 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
msgq_��ms
, 
��i�_�me
);

2385 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
msgq_��ms
, 
��i�_�me
);

2387 
��m
 = &
�p
->
msgq_��ms
[
��m_idx
];

2389 
i
 = 0; i < 
n_���s
; i++) {

2390 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

2392 i�(
	`�rcmp
(
�t
->
�me
, "size") == 0) {

2393 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
size
,

2394 
�t
->
v�ue
);

2396 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2397 
�t
->
�me
);

2402 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

2405 
��m
->
�r�d
 = 1;

2407 
	`�
(
���s
);

2408 
	}
}

2411 
	$�r�_msgq
(
�p_��ms
 *
�p
,

2412 cڡ *
��i�_�me
,

2413 
�e_cfgf�e
 *
cfg
)

2415 
�p_msgq_��ms
 *
��m
;

2416 
�e_cfgf�e_��y
 *
���s
;

2417 
n_���s
, 
i
;

2418 
ssize_t
 
��m_idx
;

2420 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
cfg
, 
��i�_�me
);

2421 
	`PARSE_ERROR_SECTION_NO_ENTRIES
((
n_���s
 > 0), 
��i�_�me
);

2423 
���s
 = 
	`m�loc
(
n_���s
 * (
�e_cfgf�e_��y
));

2424 
	`PARSE_ERROR_MALLOC
(
���s
 !�
NULL
);

2426 
	`�e_cfgf�e_��i�_���s
(
cfg
, 
��i�_�me
, 
���s
, 
n_���s
);

2428 
��m_idx
 = 
	`APP_PARAM_ADD
(
�p
->
msgq_��ms
, 
��i�_�me
);

2429 
	`PARSER_PARAM_ADD_CHECK
(
��m_idx
, 
�p
->
msgq_��ms
, 
��i�_�me
);

2431 
��m
 = &
�p
->
msgq_��ms
[
��m_idx
];

2433 
i
 = 0; i < 
n_���s
; i++) {

2434 
�e_cfgf�e_��y
 *
�t
 = &
���s
[
i
];

2436 i�(
	`�rcmp
(
�t
->
�me
, "size") == 0) {

2437 
��us
 = 
	`�r�r_�ad_u�t32
(&
��m
->
size
,

2438 
�t
->
v�ue
);

2440 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2441 
�t
->
�me
);

2445 i�(
	`�rcmp
(
�t
->
�me
, "cpu") == 0) {

2446 
��us
 = 
	`�r�r_�ad_u�t32
(

2447 &
��m
->
�u_sock�_id
, 
�t
->
v�ue
);

2449 
	`PARSE_ERROR
((
��us
 =�0), 
��i�_�me
,

2450 
�t
->
�me
);

2455 
	`PARSE_ERROR_INVALID
(0, 
��i�_�me
, 
�t
->
�me
);

2458 
��m
->
�r�d
 = 1;

2460 
	`�
(
���s
);

2461 
	}
}

2463 (*
	tc�fig_��i�_l�d
)(
	t�p_��ms
 *
	tp
,

2464 cڡ *
	t��i�_�me
,

2465 
	t�e_cfgf�e
 *
	tcfg
);

2467 
	sc�fig_��i�
 {

2468 cڡ 
�efix
[
CFG_NAME_LEN
];

2469 
numb�s
;

2470 
c�fig_��i�_l�d
 
l�d
;

2473 cڡ 
c�fig_��i�
 
cfg_f�e_scheme
[] = {

2474 {"EAL", 0, 
�r�_�l
},

2475 {"PIPELINE", 1, 
�r�_p���e
},

2476 {"MEMPOOL", 1, 
�r�_mempo�
},

2477 {"LINK", 1, 
�r�_l�k
},

2478 {"RXQ", 2, 
�r�_rxq
},

2479 {"TXQ", 2, 
�r�_txq
},

2480 {"SWQ", 1, 
�r�_swq
},

2481 {"TM", 1, 
�r�_tm
},

2482 {"SOURCE", 1, 
�r�_sour�
},

2483 {"SINK", 1, 
�r�_s�k
},

2484 {"MSGQ-REQ-PIPELINE", 1, 
�r�_msgq_�q_p���e
},

2485 {"MSGQ-RSP-PIPELINE", 1, 
�r�_msgq_r�_p���e
},

2486 {"MSGQ", 1, 
�r�_msgq
},

2487 
	}
};

2490 
	$���_im�ic�_mempo�s
(
�p_��ms
 *
�p
)

2492 
ssize_t
 
idx
;

2494 
idx
 = 
	`APP_PARAM_ADD
(
�p
->
mempo�_��ms
, "MEMPOOL0");

2495 
	`PARSER_PARAM_ADD_CHECK
(
idx
, 
�p
->
mempo�_��ms
, "start-up");

2496 
	}
}

2499 
	$���_im�ic�_l�ks_�om_p�t_mask
(
�p_��ms
 *
�p
,

2500 
u�t64_t
 
p�t_mask
)

2502 
u�t32_t
 
pmd_id
, 
l�k_id
;

2504 
l�k_id
 = 0;

2505 
pmd_id
 = 0;�md_id < 
RTE_MAX_ETHPORTS
;�md_id++) {

2506 
�me
[
APP_PARAM_NAME_SIZE
];

2507 
ssize_t
 
idx
;

2509 i�((
p�t_mask
 & (1LLU << 
pmd_id
)) == 0)

2512 
	`���tf
(
�me
, �ame), "LINK%" 
PRIu32
, 
l�k_id
);

2513 
idx
 = 
	`APP_PARAM_ADD
(
�p
->
l�k_��ms
, 
�me
);

2514 
	`PARSER_PARAM_ADD_CHECK
(
idx
, 
�p
->
l�k_��ms
, 
�me
);

2516 
�p
->
l�k_��ms
[
idx
].
pmd_id
 =�md_id;

2517 
l�k_id
++;

2519 
	}
}

2522 
	$assign_l�k_pmd_id_�om_pci_bdf
(
�p_��ms
 *
�p
)

2524 
u�t32_t
 
i
;

2526 
i
 = 0; i < 
�p
->
n_l�ks
; i++) {

2527 
�p_l�k_��ms
 *
l�k
 = &
�p
->
l�k_��ms
[
i
];

2529 
l�k
->
pmd_id
 = 
i
;

2531 
	}
}

2534 
	$�p_c�fig_�r�
(
�p_��ms
 *
�p
, cڡ *
f�e_�me
)

2536 
�e_cfgf�e
 *
cfg
;

2537 **
��i�_�mes
;

2538 
i
, 
j
, 
��_cou�
;

2541 
	`���_im�ic�_mempo�s
(
�p
);

2544 i�(
�p
->
p�t_mask
)

2545 
	`���_im�ic�_l�ks_�om_p�t_mask
(
�p
,��->
p�t_mask
);

2548 
cfg
 = 
	`�e_cfgf�e_l�d
(
f�e_�me
, 0);

2549 
	`APP_CHECK
((
cfg
 !�
NULL
), "Parse�rror: Unable�o�oad config "

2550 "f��%s", 
f�e_�me
);

2552 
��_cou�
 = 
	`�e_cfgf�e_num_��i�s
(
cfg
, 
NULL
, 0);

2553 
	`APP_CHECK
((
��_cou�
 > 0), "Parse�rror:�umber of sections "

2554 "� f��\"%s\"��u� %d", 
f�e_�me
,

2555 
��_cou�
);

2557 
��i�_�mes
 = 
	`m�loc
(
��_cou�
 * (*));

2558 
	`PARSE_ERROR_MALLOC
(
��i�_�mes
 !�
NULL
);

2560 
i
 = 0; i < 
��_cou�
; i++)

2561 
��i�_�mes
[
i
] = 
	`m�loc
(
CFG_NAME_LEN
);

2563 
	`�e_cfgf�e_��i�s
(
cfg
, 
��i�_�mes
, 
��_cou�
);

2565 
i
 = 0; i < 
��_cou�
; i++) {

2566 cڡ 
c�fig_��i�
 *
sch_s
;

2567 
�n
, 
cfg_�me_�n
;

2569 
cfg_�me_�n
 = 
	`���
(
��i�_�mes
[
i
]);

2572 
j
 = 0; j < ()
	`RTE_DIM
(
cfg_f�e_scheme
); j++) {

2573 
sch_s
 = &
cfg_f�e_scheme
[
j
];

2574 
�n
 = 
	`���
(
sch_s
->
�efix
);

2576 i�(
cfg_�me_�n
 < 
�n
)

2585 i�((
��i�_�mes
[
i
][
�n
] != '\0') &&

2586 !
	`isdig�
(
��i�_�mes
[
i
][
�n
]))

2589 i�(
	`��cmp
(
sch_s
->
�efix
, 
��i�_�mes
[
i
], 
�n
) == 0)

2593 
	`APP_CHECK
(
j
 < ()
	`RTE_DIM
(
cfg_f�e_scheme
),

2595 
��i�_�mes
[
i
]);

2597 
	`APP_CHECK
(
	`v�id�e_�me
(
��i�_�mes
[
i
],

2598 
sch_s
->
�efix
,

2599 
sch_s
->
numb�s
) == 0,

2601 
��i�_�mes
[
i
]);

2603 
sch_s
->
	`l�d
(
�p
, 
��i�_�mes
[
i
], 
cfg
);

2606 
i
 = 0; i < 
��_cou�
; i++)

2607 
	`�
(
��i�_�mes
[
i
]);

2609 
	`�
(
��i�_�mes
);

2611 
	`�e_cfgf�e_�o�
(
cfg
);

2613 
	`APP_PARAM_COUNT
(
�p
->
mempo�_��ms
,��->
n_mempo�s
);

2614 
	`APP_PARAM_COUNT
(
�p
->
l�k_��ms
,��->
n_l�ks
);

2615 
	`APP_PARAM_COUNT
(
�p
->
hwq_�_��ms
,��->
n_pktq_hwq_�
);

2616 
	`APP_PARAM_COUNT
(
�p
->
hwq_out_��ms
,��->
n_pktq_hwq_out
);

2617 
	`APP_PARAM_COUNT
(
�p
->
swq_��ms
,��->
n_pktq_swq
);

2618 
	`APP_PARAM_COUNT
(
�p
->
tm_��ms
,��->
n_pktq_tm
);

2619 
	`APP_PARAM_COUNT
(
�p
->
sour�_��ms
,��->
n_pktq_sour�
);

2620 
	`APP_PARAM_COUNT
(
�p
->
s�k_��ms
,��->
n_pktq_s�k
);

2621 
	`APP_PARAM_COUNT
(
�p
->
msgq_��ms
,��->
n_msgq
);

2622 
	`APP_PARAM_COUNT
(
�p
->
p���e_��ms
,��->
n_p���es
);

2624 #ifde�
RTE_PORT_PCAP


2625 
i
 = 0; i < ()
�p
->
n_pktq_sour�
; i++) {

2626 
�p_pktq_sour�_��ms
 *
p
 = &
�p
->
sour�_��ms
[
i
];

2628 
	`APP_CHECK
((
p
->
f�e_�me
), "Parse�rror: missing "

2630 
p
->
�me
);

2633 
i
 = 0; i < ()
�p
->
n_pktq_sour�
; i++) {

2634 
�p_pktq_sour�_��ms
 *
p
 = &
�p
->
sour�_��ms
[
i
];

2636 
	`APP_CHECK
((!
p
->
f�e_�me
), "Parse�rror: invalid field "

2637 "\"p�p_f�e_rd\" f� \"%s\"", 
p
->
�me
);

2641 i�(
�p
->
p�t_mask
 == 0)

2642 
	`assign_l�k_pmd_id_�om_pci_bdf
(
�p
);

2645 
	`�p_c�fig_�ve
(
�p
,��->
ou�ut_f�e
);

2648 
	`�p_c�fig_�r�_tm
(
�p
);

2651 
	}
}

2654 
	$�ve_�l_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2656 
�p_�l_��ms
 *
p
 = &
�p
->
�l_��ms
;

2657 
u�t32_t
 
i
;

2659 
	`�r�tf
(
f
, "[EAL]\n");

2661 i�(
p
->
c�em�
)

2662 
	`�r�tf
(
f
, "%��%s\n", "lc�es", 
p
->
c�em�
);

2664 i�(
p
->
ma��_lc�e_�e��
)

2665 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n",

2666 "ma��_lc�e", 
p
->
ma��_lc�e
);

2668 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "n", 
p
->
ch��ls
);

2670 i�(
p
->
mem�y_�e��
)

2671 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "m", 
p
->
mem�y
);

2673 i�(
p
->
�nks_�e��
)

2674 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "r", 
p
->
�nks
);

2676 
i
 = 0; i < 
APP_MAX_LINKS
; i++) {

2677 i�(
p
->
pci_b�ckli�
[
i
] =�
NULL
)

2680 
	`�r�tf
(
f
, "%s = %s\n", "pci_blacklist",

2681 
p
->
pci_b�ckli�
[
i
]);

2684 
i
 = 0; i < 
APP_MAX_LINKS
; i++) {

2685 i�(
p
->
pci_wh��i�
[
i
] =�
NULL
)

2688 
	`�r�tf
(
f
, "%s = %s\n", "pci_whitelist",

2689 
p
->
pci_wh��i�
[
i
]);

2692 
i
 = 0; i < 
APP_MAX_LINKS
; i++) {

2693 i�(
p
->
vdev
[
i
] =�
NULL
)

2696 
	`�r�tf
(
f
, "%s = %s\n", "vdev",

2697 
p
->
vdev
[
i
]);

2700 i�(
p
->
vmw�e_tsc_m�_�e��
)

2701 
	`�r�tf
(
f
, "%s = %s\n", "vmware_tsc_map",

2702 (
p
->
vmw�e_tsc_m�
) ? "yes" : "no");

2704 i�(
p
->
�oc_ty�
)

2705 
	`�r�tf
(
f
, "%��%s\n", "�oc_ty�", 
p
->
�oc_ty�
);

2707 i�(
p
->
sy�og
)

2708 
	`�r�tf
(
f
, "%��%s\n", "sy�og", 
p
->
sy�og
);

2710 i�(
p
->
log_�v�_�e��
)

2711 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "log_�v�", 
p
->
log_�v�
);

2713 i�(
p
->
v�si�_�e��
)

2714 
	`�r�tf
(
f
, "%��%s\n", "v", (
p
->
v�si�
) ? "yes" : "no");

2716 i�(
p
->
h�p_�e��
)

2717 
	`�r�tf
(
f
, "%��%s\n", "h�p", (
p
->
h�p
) ? "yes" : "no");

2719 i�(
p
->
no_huge_�e��
)

2720 
	`�r�tf
(
f
, "%��%s\n", "no_huge", (
p
->
no_huge
) ? "yes" : "no");

2722 i�(
p
->
no_pci_�e��
)

2723 
	`�r�tf
(
f
, "%��%s\n", "no_pci", (
p
->
no_pci
) ? "yes" : "no");

2725 i�(
p
->
no_h�t_�e��
)

2726 
	`�r�tf
(
f
, "%��%s\n", "no_h�t", (
p
->
no_h�t
) ? "yes" : "no");

2728 i�(
p
->
no_shc�f_�e��
)

2729 
	`�r�tf
(
f
, "%s = %s\n", "no_shconf",

2730 (
p
->
no_shc�f
) ? "yes" : "no");

2732 i�(
p
->
add_driv�
)

2733 
	`�r�tf
(
f
, "%��%s\n", "d", 
p
->
add_driv�
);

2735 i�(
p
->
sock�_mem
)

2736 
	`�r�tf
(
f
, "%��%s\n", "sock�_mem", 
p
->
sock�_mem
);

2738 i�(
p
->
huge_d�
)

2739 
	`�r�tf
(
f
, "%��%s\n", "huge_d�", 
p
->
huge_d�
);

2741 i�(
p
->
f�e_�efix
)

2742 
	`�r�tf
(
f
, "%��%s\n", "f�e_�efix", 
p
->
f�e_�efix
);

2744 i�(
p
->
ba�_v��ddr
)

2745 
	`�r�tf
(
f
, "%��%s\n", "ba�_v��ddr", 
p
->
ba�_v��ddr
);

2747 i�(
p
->
���_uio_dev_�e��
)

2748 
	`�r�tf
(
f
, "%s = %s\n", "create_uio_dev",

2749 (
p
->
���_uio_dev
) ? "yes" : "no");

2751 i�(
p
->
vfio_��
)

2752 
	`�r�tf
(
f
, "%��%s\n", "vfio_��", 
p
->
vfio_��
);

2754 i�(
p
->
x�_dom0_�e��
)

2755 
	`�r�tf
(
f
, "%s = %s\n", "xen_dom0",

2756 (
p
->
x�_dom0
) ? "yes" : "no");

2758 
	`�utc
('\n', 
f
);

2759 
	}
}

2762 
	$�ve_mempo�_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2764 
�p_mempo�_��ms
 *
p
;

2765 
size_t
 
i
, 
cou�
;

2767 
cou�
 = 
	`RTE_DIM
(
�p
->
mempo�_��ms
);

2768 
i
 = 0; i < 
cou�
; i++) {

2769 
p
 = &
�p
->
mempo�_��ms
[
i
];

2770 i�(!
	`APP_PARAM_VALID
(
p
))

2773 
	`�r�tf
(
f
, "[%s]\n", 
p
->
�me
);

2774 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "buf�r_size", 
p
->
buf�r_size
);

2775 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "po�_size", 
p
->
po�_size
);

2776 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "�che_size", 
p
->
�che_size
);

2777 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "�u", 
p
->
�u_sock�_id
);

2779 
	`�utc
('\n', 
f
);

2781 
	}
}

2784 
	$�ve_l�ks_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2786 
�p_l�k_��ms
 *
p
;

2787 
size_t
 
i
, 
cou�
;

2789 
cou�
 = 
	`RTE_DIM
(
�p
->
l�k_��ms
);

2790 
i
 = 0; i < 
cou�
; i++) {

2791 
p
 = &
�p
->
l�k_��ms
[
i
];

2792 i�(!
	`APP_PARAM_VALID
(
p
))

2795 
	`�r�tf
(
f
, "[%s]\n", 
p
->
�me
);

2796 
	`�r�tf
(
f
, "; %��%" 
PRIu32
 "\n", "pmd_id", 
p
->
pmd_id
);

2797 
	`�r�tf
(
f
, "%��%s\n", "�omisc", 
p
->
�omisc
 ? "yes" : "no");

2798 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "�p_q", 
p
->
�p_q
);

2799 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "tcp_syn_q",

2800 
p
->
t�_syn_q
);

2801 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "�_lo�l_q", 
p
->
�_lo�l_q
);

2802 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "t�_lo�l_q", 
p
->
t�_lo�l_q
);

2803 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "udp_lo�l_q", 
p
->
udp_lo�l_q
);

2804 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "sctp_local_q",

2805 
p
->
s�p_lo�l_q
);

2807 i�(
	`���
(
p
->
pci_bdf
))

2808 
	`�r�tf
(
f
, "%��%s\n", "pci_bdf", 
p
->
pci_bdf
);

2810 
	`�utc
('\n', 
f
);

2812 
	}
}

2815 
	$�ve_rxq_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2817 
�p_pktq_hwq_�_��ms
 *
p
;

2818 
size_t
 
i
, 
cou�
;

2820 
cou�
 = 
	`RTE_DIM
(
�p
->
hwq_�_��ms
);

2821 
i
 = 0; i < 
cou�
; i++) {

2822 
p
 = &
�p
->
hwq_�_��ms
[
i
];

2823 i�(!
	`APP_PARAM_VALID
(
p
))

2826 
	`�r�tf
(
f
, "[%s]\n", 
p
->
�me
);

2827 
	`�r�tf
(
f
, "%s = %s\n",

2829 
�p
->
mempo�_��ms
[
p
->
mempo�_id
].
�me
);

2830 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "size", 
p
->
size
);

2831 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "bur�", 
p
->
bur�
);

2833 
	`�utc
('\n', 
f
);

2835 
	}
}

2838 
	$�ve_txq_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2840 
�p_pktq_hwq_out_��ms
 *
p
;

2841 
size_t
 
i
, 
cou�
;

2843 
cou�
 = 
	`RTE_DIM
(
�p
->
hwq_out_��ms
);

2844 
i
 = 0; i < 
cou�
; i++) {

2845 
p
 = &
�p
->
hwq_out_��ms
[
i
];

2846 i�(!
	`APP_PARAM_VALID
(
p
))

2849 
	`�r�tf
(
f
, "[%s]\n", 
p
->
�me
);

2850 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "size", 
p
->
size
);

2851 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "bur�", 
p
->
bur�
);

2852 
	`�r�tf
(
f
, "%s = %s\n",

2854 
p
->
dr��ss
 ? "yes" : "no");

2856 
	`�utc
('\n', 
f
);

2858 
	}
}

2861 
	$�ve_swq_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2863 
�p_pktq_swq_��ms
 *
p
;

2864 
size_t
 
i
, 
cou�
;

2866 
cou�
 = 
	`RTE_DIM
(
�p
->
swq_��ms
);

2867 
i
 = 0; i < 
cou�
; i++) {

2868 
p
 = &
�p
->
swq_��ms
[
i
];

2869 i�(!
	`APP_PARAM_VALID
(
p
))

2872 
	`�r�tf
(
f
, "[%s]\n", 
p
->
�me
);

2873 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "size", 
p
->
size
);

2874 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "bur�_�ad", 
p
->
bur�_�ad
);

2875 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "bur�_wr�e", 
p
->
bur�_wr�e
);

2876 
	`�r�tf
(
f
, "%��%s\n", "dr��ss", 
p
->
dr��ss
 ? "yes" : "no");

2877 
	`�r�tf
(
f
, "%��%" 
PRIu64
 "\n", "n_���s", 
p
->
n_���s
);

2878 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "�u", 
p
->
�u_sock�_id
);

2879 
	`�r�tf
(
f
, "%��%s\n", "�v4_�ag", 
p
->
�v4_�ag
 ? "yes" : "no");

2880 
	`�r�tf
(
f
, "%��%s\n", "�v6_�ag", 
p
->
�v6_�ag
 ? "yes" : "no");

2881 
	`�r�tf
(
f
, "%��%s\n", "�v4_�s", 
p
->
�v4_�s
 ? "yes" : "no");

2882 
	`�r�tf
(
f
, "%��%s\n", "�v6_�s", 
p
->
�v6_�s
 ? "yes" : "no");

2883 i�((
p
->
�v4_�ag
 =�1�|| (p->
�v6_�ag
 == 1)) {

2884 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "mtu", 
p
->
mtu
);

2885 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "m�ad�a_size", 
p
->
m�ad�a_size
);

2886 
	`�r�tf
(
f
, "%s = %s\n",

2888 
�p
->
mempo�_��ms
[
p
->
mempo�_d�e�_id
].
�me
);

2889 
	`�r�tf
(
f
, "%s = %s\n",

2891 
�p
->
mempo�_��ms
[
p
->
mempo�_�d�e�_id
].
�me
);

2894 
	`�utc
('\n', 
f
);

2896 
	}
}

2899 
	$�ve_tm_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2901 
�p_pktq_tm_��ms
 *
p
;

2902 
size_t
 
i
, 
cou�
;

2904 
cou�
 = 
	`RTE_DIM
(
�p
->
tm_��ms
);

2905 
i
 = 0; i < 
cou�
; i++) {

2906 
p
 = &
�p
->
tm_��ms
[
i
];

2907 i�(!
	`APP_PARAM_VALID
(
p
))

2910 
	`�r�tf
(
f
, "[%s]\n", 
p
->
�me
);

2911 
	`�r�tf
(
f
, "%��%s\n", "cfg", 
p
->
f�e_�me
);

2912 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "bur�_�ad", 
p
->
bur�_�ad
);

2913 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "bur�_wr�e", 
p
->
bur�_wr�e
);

2915 
	`�utc
('\n', 
f
);

2917 
	}
}

2920 
	$�ve_sour�_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2922 
�p_pktq_sour�_��ms
 *
p
;

2923 
size_t
 
i
, 
cou�
;

2925 
cou�
 = 
	`RTE_DIM
(
�p
->
sour�_��ms
);

2926 
i
 = 0; i < 
cou�
; i++) {

2927 
p
 = &
�p
->
sour�_��ms
[
i
];

2928 i�(!
	`APP_PARAM_VALID
(
p
))

2931 
	`�r�tf
(
f
, "[%s]\n", 
p
->
�me
);

2932 
	`�r�tf
(
f
, "%s = %s\n",

2934 
�p
->
mempo�_��ms
[
p
->
mempo�_id
].
�me
);

2935 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "bur�", 
p
->
bur�
);

2936 
	`�r�tf
(
f
, "%��%s\n", "p�p_f�e_rd", 
p
->
f�e_�me
);

2937 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "pcap_bytes_rd_per_pkt",

2938 
p
->
n_by�s_�r_pkt
);

2939 
	`�utc
('\n', 
f
);

2941 
	}
}

2944 
	$�ve_s�k_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2946 
�p_pktq_s�k_��ms
 *
p
;

2947 
size_t
 
i
, 
cou�
;

2949 
cou�
 = 
	`RTE_DIM
(
�p
->
s�k_��ms
);

2950 
i
 = 0; i < 
cou�
; i++) {

2951 
p
 = &
�p
->
s�k_��ms
[
i
];

2952 i�(!
	`APP_PARAM_VALID
(
p
))

2955 
	`�r�tf
(
f
, "[%s]\n", 
p
->
�me
);

2956 
	`�r�tf
(
f
, "%��%s\n", "p�p_f�e_wr", 
p
->
f�e_�me
);

2957 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n",

2958 "p�p_n_pkt_wr", 
p
->
n_pkts_to_dump
);

2959 
	`�utc
('\n', 
f
);

2961 
	}
}

2964 
	$�ve_msgq_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2966 
�p_msgq_��ms
 *
p
;

2967 
size_t
 
i
, 
cou�
;

2969 
cou�
 = 
	`RTE_DIM
(
�p
->
msgq_��ms
);

2970 
i
 = 0; i < 
cou�
; i++) {

2971 
p
 = &
�p
->
msgq_��ms
[
i
];

2972 i�(!
	`APP_PARAM_VALID
(
p
))

2975 
	`�r�tf
(
f
, "[%s]\n", 
p
->
�me
);

2976 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "size", 
p
->
size
);

2977 
	`�r�tf
(
f
, "%��%" 
PRIu32
 "\n", "�u", 
p
->
�u_sock�_id
);

2979 
	`�utc
('\n', 
f
);

2981 
	}
}

2984 
	$�ve_p���e_��ms
(
�p_��ms
 *
�p
, 
FILE
 *
f
)

2986 
size_t
 
i
, 
cou�
;

2988 
cou�
 = 
	`RTE_DIM
(
�p
->
p���e_��ms
);

2989 
i
 = 0; i < 
cou�
; i++) {

2990 
�p_p���e_��ms
 *
p
 = &
�p
->
p���e_��ms
[
i
];

2992 i�(!
	`APP_PARAM_VALID
(
p
))

2996 
	`�r�tf
(
f
, "[%s]\n", 
p
->
�me
);

2999 
	`�r�tf
(
f
, "ty� = %s\n", 
p
->
ty�
);

3002 
	`�r�tf
(
f
, "cܐ�s%" 
PRIu32
 "c%" PRIu32 "%s\n",

3003 
p
->
sock�_id
,

3004 
p
->
c�e_id
,

3005 (
p
->
hy�r_th_id
) ? "h" : "");

3008 i�(
p
->
n_pktq_�
) {

3009 
u�t32_t
 
j
;

3011 
	`�r�tf
(
f
, "pktq_in =");

3012 
j
 = 0; j < 
p
->
n_pktq_�
; j++) {

3013 
�p_pktq_�_��ms
 *
�
 = &
p
->
pktq_�
[
j
];

3014 *
�me
;

3016 
�
->
ty�
) {

3017 
APP_PKTQ_IN_HWQ
:

3018 
�me
 = 
�p
->
hwq_�_��ms
[
�
->
id
].name;

3020 
APP_PKTQ_IN_SWQ
:

3021 
�me
 = 
�p
->
swq_��ms
[
�
->
id
].name;

3023 
APP_PKTQ_IN_TM
:

3024 
�me
 = 
�p
->
tm_��ms
[
�
->
id
].name;

3026 
APP_PKTQ_IN_SOURCE
:

3027 
�me
 = 
�p
->
sour�_��ms
[
�
->
id
].name;

3030 
	`APP_CHECK
(0, "System�rror "

3035 
	`�r�tf
(
f
, " %s", 
�me
);

3037 
	`�r�tf
(
f
, "\n");

3041 i�(
p
->
n_pktq_out
) {

3042 
u�t32_t
 
j
;

3044 
	`�r�tf
(
f
, "pktq_out =");

3045 
j
 = 0; j < 
p
->
n_pktq_out
; j++) {

3046 
�p_pktq_out_��ms
 *
�
 =

3047 &
p
->
pktq_out
[
j
];

3048 *
�me
;

3050 
�
->
ty�
) {

3051 
APP_PKTQ_OUT_HWQ
:

3052 
�me
 = 
�p
->
hwq_out_��ms
[
�
->
id
].name;

3054 
APP_PKTQ_OUT_SWQ
:

3055 
�me
 = 
�p
->
swq_��ms
[
�
->
id
].name;

3057 
APP_PKTQ_OUT_TM
:

3058 
�me
 = 
�p
->
tm_��ms
[
�
->
id
].name;

3060 
APP_PKTQ_OUT_SINK
:

3061 
�me
 = 
�p
->
s�k_��ms
[
�
->
id
].name;

3064 
	`APP_CHECK
(0, "System�rror "

3069 
	`�r�tf
(
f
, " %s", 
�me
);

3071 
	`�r�tf
(
f
, "\n");

3075 i�(
p
->
n_msgq_�
) {

3076 
u�t32_t
 
j
;

3078 
	`�r�tf
(
f
, "msgq_in =");

3079 
j
 = 0; j < 
p
->
n_msgq_�
; j++) {

3080 
u�t32_t
 
id
 = 
p
->
msgq_�
[
j
];

3081 *
�me
 = 
�p
->
msgq_��ms
[
id
].name;

3083 
	`�r�tf
(
f
, " %s", 
�me
);

3085 
	`�r�tf
(
f
, "\n");

3089 i�(
p
->
n_msgq_out
) {

3090 
u�t32_t
 
j
;

3092 
	`�r�tf
(
f
, "msgq_out =");

3093 
j
 = 0; j < 
p
->
n_msgq_out
; j++) {

3094 
u�t32_t
 
id
 = 
p
->
msgq_out
[
j
];

3095 *
�me
 = 
�p
->
msgq_��ms
[
id
].name;

3097 
	`�r�tf
(
f
, " %s", 
�me
);

3099 
	`�r�tf
(
f
, "\n");

3103 
	`�r�tf
(
f
, "tim�_�riod = %" 
PRIu32
 "\n", 
p
->
tim�_�riod
);

3106 i�(
p
->
n_�gs
) {

3107 
u�t32_t
 
j
;

3109 
j
 = 0; j < 
p
->
n_�gs
; j++)

3110 
	`�r�tf
(
f
, "%��%s\n", 
p
->
�gs_�me
[
j
],

3111 
p
->
�gs_v�ue
[
j
]);

3114 
	`�r�tf
(
f
, "\n");

3116 
	}
}

3119 
	$�p_c�fig_�ve
(
�p_��ms
 *
�p
, cڡ *
f�e_�me
)

3121 
FILE
 *
f�e
;

3122 *
�me
, *
d�_�me
;

3123 
��us
;

3125 
�me
 = 
	`�rdup
(
f�e_�me
);

3126 
d�_�me
 = 
	`d��me
(
�me
);

3127 
��us
 = 
	`ac�ss
(
d�_�me
, 
W_OK
);

3128 
	`APP_CHECK
((
��us
 == 0),

3130 "\"%s\"�اv�c�figu�ti�\n", 
d�_�me
);

3132 
f�e
 = 
	`fݒ
(
f�e_�me
, "w");

3133 
	`APP_CHECK
((
f�e
 !�
NULL
),

3135 
f�e_�me
);

3137 
	`�ve_�l_��ms
(
�p
, 
f�e
);

3138 
	`�ve_p���e_��ms
(
�p
, 
f�e
);

3139 
	`�ve_mempo�_��ms
(
�p
, 
f�e
);

3140 
	`�ve_l�ks_��ms
(
�p
, 
f�e
);

3141 
	`�ve_rxq_��ms
(
�p
, 
f�e
);

3142 
	`�ve_txq_��ms
(
�p
, 
f�e
);

3143 
	`�ve_swq_��ms
(
�p
, 
f�e
);

3144 
	`�ve_tm_��ms
(
�p
, 
f�e
);

3145 
	`�ve_sour�_��ms
(
�p
, 
f�e
);

3146 
	`�ve_s�k_��ms
(
�p
, 
f�e
);

3147 
	`�ve_msgq_��ms
(
�p
, 
f�e
);

3149 
	`f�o�
(
f�e
);

3150 
	`�
(
�me
);

3151 
	}
}

3154 
	$�p_c�fig_��
(
�p_��ms
 *
�p
)

3156 
size_t
 
i
;

3158 
	`mem�y
(
�p
, &
�p_��ms_de�u�
, (
�p_��ms
));

3160 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
mempo�_��ms
); i++)

3161 
	`mem�y
(&
�p
->
mempo�_��ms
[
i
],

3162 &
mempo�_��ms_de�u�
,

3163 (
�p_mempo�_��ms
));

3165 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
l�k_��ms
); i++)

3166 
	`mem�y
(&
�p
->
l�k_��ms
[
i
],

3167 &
l�k_��ms_de�u�
,

3168 (
�p_l�k_��ms
));

3170 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
hwq_�_��ms
); i++)

3171 
	`mem�y
(&
�p
->
hwq_�_��ms
[
i
],

3172 &
de�u�_hwq_�_��ms
,

3173 (
de�u�_hwq_�_��ms
));

3175 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
hwq_out_��ms
); i++)

3176 
	`mem�y
(&
�p
->
hwq_out_��ms
[
i
],

3177 &
de�u�_hwq_out_��ms
,

3178 (
de�u�_hwq_out_��ms
));

3180 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
swq_��ms
); i++)

3181 
	`mem�y
(&
�p
->
swq_��ms
[
i
],

3182 &
de�u�_swq_��ms
,

3183 (
de�u�_swq_��ms
));

3185 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
tm_��ms
); i++)

3186 
	`mem�y
(&
�p
->
tm_��ms
[
i
],

3187 &
de�u�_tm_��ms
,

3188 (
de�u�_tm_��ms
));

3190 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
sour�_��ms
); i++)

3191 
	`mem�y
(&
�p
->
sour�_��ms
[
i
],

3192 &
de�u�_sour�_��ms
,

3193 (
de�u�_sour�_��ms
));

3195 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
s�k_��ms
); i++)

3196 
	`mem�y
(&
�p
->
s�k_��ms
[
i
],

3197 &
de�u�_s�k_��ms
,

3198 (
de�u�_s�k_��ms
));

3200 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
msgq_��ms
); i++)

3201 
	`mem�y
(&
�p
->
msgq_��ms
[
i
],

3202 &
de�u�_msgq_��ms
,

3203 (
de�u�_msgq_��ms
));

3205 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
p���e_��ms
); i++)

3206 
	`mem�y
(&
�p
->
p���e_��ms
[
i
],

3207 &
de�u�_p���e_��ms
,

3208 (
de�u�_p���e_��ms
));

3211 
	}
}

3214 
	$f��amedup
(cڡ *
f��ame
, cڡ *
suffix
)

3216 *
s
 = 
	`m�loc
(
	`���
(
f��ame
�+ s��n(
suffix
) + 1);

3218 i�(!
s
)

3219  
NULL
;

3221 
	`�r�tf
(
s
, "%s%s", 
f��ame
, 
suffix
);

3222  
s
;

3223 
	}
}

3226 
	$�p_c�fig_�gs
(
�p_��ms
 *
�p
, 
�gc
, **
�gv
)

3228 cڡ *
݊ame
;

3229 
�t
, 
�ti�_�dex
;

3230 
f_�e��
, 
s_�e��
, 
p_�e��
, 
l_�e��
;

3231 
��roc_�e��
, 
��roc_��ms_�e��
, 
di�b�_csum_�e��
;

3232 
hwlb_�e��
;

3233 
�ow_d�_�e��
;

3234 
s��d
 = 0;

3236 
�ti�
 
lg�ts
[] = {

3242 { 
NULL
, 0, 0, 0 }

3246 
	`���y
(
�p
->
�p_�me
, 
�gv
[0], 
APP_APPNAME_SIZE
 - 1);

3248 
f_�e��
 = 0;

3249 
s_�e��
 = 0;

3250 
p_�e��
 = 0;

3251 
l_�e��
 = 0;

3252 
di�b�_csum_�e��
 = 0;

3253 
��roc_�e��
 = 0;

3254 
��roc_��ms_�e��
 = 0;

3255 
�p
->
h�d�_csum_�q
 =1;

3256 
hwlb_�e��
 = 0;

3257 
�ow_d�_�e��
 = 0;

3260 (
�t
 = 
	`g��t_l�g
(
�gc
, 
�gv
, "f:s:p:l:", 
lg�ts
,

3261 &
�ti�_�dex
)�!�
EOF
)

3262 
�t
) {

3264 i�(
f_�e��
)

3265 
	`�e_�nic
("Error: Config file is�rovided "

3267 
f_�e��
 = 1;

3269 i�(!
	`���
(
ݏrg
))

3270 
	`�e_�nic
("Error: Config file�ame is�ull\n");

3272 
�p
->
c�fig_f�e
 = 
	`�rdup
(
ݏrg
);

3273 i�(
�p
->
c�fig_f�e
 =�
NULL
)

3274 
	`�e_�nic
("Error: Memory�llocation failure\n");

3279 i�(
s_�e��
)

3280 
	`�e_�nic
("Error: Script file is�rovided "

3282 
s_�e��
 = 1;

3284 i�(!
	`���
(
ݏrg
))

3285 
	`�e_�nic
("Error: Script file�ame is�ull\n");

3287 
�p
->
s��t_f�e
 = 
	`�rdup
(
ݏrg
);

3288 i�(
�p
->
s��t_f�e
 =�
NULL
)

3289 
	`�e_�nic
("Error: Memory�llocation failure\n");

3294 i�(
p_�e��
)

3295 
	`�e_�nic
("Error: PORT_MASK is�rovided "

3297 
p_�e��
 = 1;

3299 i�((
	`ss�nf
(
ݏrg
, "%" 
SCNx64
 "%n", &
�p
->
p�t_mask
,

3300 &
s��d
) != 1) ||

3301 ((
size_t
�
s��d
 !�
	`���
(
ݏrg
)))

3302 
	`�e_�nic
("Error: PORT_MASK is�ot "

3305 i�(
�p
->
p�t_mask
 == 0)

3306 
	`�e_�nic
("Error: PORT_MASK is�ull\n");

3311 i�(
l_�e��
)

3312 
	`�e_�nic
("Error: LOG_LEVEL is�rovided "

3314 
l_�e��
 = 1;

3316 i�((
	`ss�nf
(
ݏrg
, "%" 
SCNu32
 "%n", &
�p
->
log_�v�
,

3317 &
s��d
) != 1) ||

3318 ((
size_t
�
s��d
 !�
	`���
(
ݏrg
)) ||

3319 (
�p
->
log_�v�
 >�
APP_LOG_LEVELS
))

3320 
	`�e_�nic
("Error: LOG_LEVEL invalid value\n");

3325 
݊ame
 = 
lg�ts
[
�ti�_�dex
].
�me
;

3327 i�(
	`�rcmp
(
݊ame
, "hwlb") == 0) {

3328 i�(
hwlb_�e��
)

3329 
	`�e_�nic
("Error: hwlb�rgument "

3331 
hwlb_�e��
 = 1;

3332 
	`��tf
(" HWLB is configured\n");

3334 
�p
->
n_hwlb_q
 = 
	`�oi
(
ݏrg
);

3336 if(!
�p
->
n_hwlb_q
)

3337 
	`�e_�nic
("HWQs for HWLB must be�tleast 1\n");

3339 
	`��tf
("N�o�HWQ�f� HWLB�� %d\n",
�p
->
n_hwlb_q
);

3340 
�ab�_hwlb
 = 1;

3344 i�(
	`�rcmp
(
݊ame
, "flow_dir") == 0) {

3345 i�(
�ow_d�_�e��
)

3346 
	`�e_�nic
("Error: flow_dir�rgument "

3348 
�ow_d�_�e��
 = 1;

3349 
	`��tf
(" FLOW DIR is configured\n");

3351 
�ab�_�ow_d�
 = 1;

3356 i�(
	`�rcmp
(
݊ame
, "disable-hw-csum") == 0) {

3357 i�(
di�b�_csum_�e��
)

3358 
	`�e_�nic
("Error: disable-hw-csum�rgument "

3361 
	`��tf
("Disable TCP/UDP HW checksumi\n");

3362 
�p
->
h�d�_csum_�q
 = 0;

3363 
di�b�_csum_�e��
 = 1;

3367 i�(
	`�rcmp
(
݊ame
, "preproc") == 0) {

3368 i�(
��roc_�e��
)

3369 
	`�e_�nic
("Error: Preprocessor�rgument "

3371 
��roc_�e��
 = 1;

3373 
�p
->
��roc
 = 
	`�rdup
(
ݏrg
);

3377 i�(
	`�rcmp
(
݊ame
, "preproc-args") == 0) {

3378 i�(
��roc_��ms_�e��
)

3379 
	`�e_�nic
("Error: Preprocessor�rgs "

3381 
��roc_��ms_�e��
 = 1;

3383 
�p
->
��roc_�gs
 = 
	`�rdup
(
ݏrg
);

3387 
	`�p_��t_u�ge
(
�gv
[0]);

3391 
	`�p_��t_u�ge
(
�gv
[0]);

3394 
�t�d
 = 0;

3397 i�(
��roc_��ms_�e��
 && (
��roc_�e��
 == 0))

3398 
	`�e_�nic
("Error: Preprocessor�rgs specified while "

3401 
�p
->
�r�r_f�e
 = 
��roc_�e��
 ?

3402 
	`f��amedup
(
�p
->
c�fig_f�e
, ".preproc") :

3403 
	`�rdup
(
�p
->
c�fig_f�e
);

3404 
�p
->
ou�ut_f�e
 = 
	`f��amedup
׵->
c�fig_f�e
, ".out");

3407 
	}
}

3410 
	$�p_c�fig_��roc
(
�p_��ms
 *
�p
)

3412 
buf�r
[256];

3413 
��us
;

3415 i�(
�p
->
��roc
 =�
NULL
)

3418 
��us
 = 
	`ac�ss
(
�p
->
c�fig_f�e
, 
F_OK
 | 
R_OK
);

3419 
	`APP_CHECK
((
��us
 == 0), "Error: Unable�o open file %s",

3420 
�p
->
c�fig_f�e
);

3422 
	`���tf
(
buf�r
, (buffer), "%s %s %s > %s",

3423 
�p
->
��roc
,

3424 
�p
->
��roc_�gs
 ?�pp->preproc_args : "",

3425 
�p
->
c�fig_f�e
,

3426 
�p
->
�r�r_f�e
);

3428 
��us
 = 
	`sy�em
(
buf�r
);

3429 
	`APP_CHECK
((
	`WIFEXITED
(
��us
�&& (
	`WEXITSTATUS
(status) == 0)),

3431 
�p
->
c�fig_f�e
);

3433  
��us
;

3434 
	}
}

	@vnf_common/config_parse_tm.c

16 
	~<�d�t.h
>

17 
	~<�dlib.h
>

18 
	~<�dio.h
>

19 
	~<�y�.h
>

20 
	~<g��t.h
>

21 
	~<��o.h
>

22 
	~<�d�g.h
>

23 
	~<�r�g.h
>

24 
	~<libg�.h
>

25 
	~<uni�d.h
>

27 
	~<�e_��o.h
>

28 
	~<�e_cfgf�e.h
>

29 
	~<�e_�r�g_�s.h
>

31 
	~"�p.h
"

34 
	$tm_cfgf�e_l�d_sched_p�t
(

35 
�e_cfgf�e
 *
f�e
,

36 
�e_sched_p�t_��ms
 *
p�t_��ms
)

38 cڡ *
��y
;

39 
j
;

41 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, "port", "frame overhead");

42 i�(
��y
)

43 
p�t_��ms
->
�ame_ov�h�d
 = (
u�t32_t
)
	`�oi
(
��y
);

45 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, "port", "mtu");

46 i�(
��y
)

47 
p�t_��ms
->
mtu
 = (
u�t32_t
)
	`�oi
(
��y
);

49 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
,

52 i�(
��y
)

53 
p�t_��ms
->
n_subp�ts_�r_p�t
 = (
u�t32_t
�
	`�oi
(
��y
);

55 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
,

58 i�(
��y
)

59 
p�t_��ms
->
n_p�es_�r_subp�t
 = (
u�t32_t
�
	`�oi
(
��y
);

61 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, "port", "queue sizes");

62 i�(
��y
) {

63 *
�xt
;

65 
j
 = 0; j < 
RTE_SCHED_TRAFFIC_CLASSES_PER_PIPE
; j++) {

66 
p�t_��ms
->
qsize
[
j
] = (
u�t16_t
)

67 
	`���
(
��y
, &
�xt
, 10);

68 i�(
�xt
 =�
NULL
)

70 
��y
 = 
�xt
;

74 #ifde�
RTE_SCHED_RED


75 
j
 = 0; j < 
RTE_SCHED_TRAFFIC_CLASSES_PER_PIPE
; j++) {

76 
�r
[32];

79 
	`���tf
(
�r
, (�r), "t�%" 
PRId32
 " w�d m�", 
j
);

80 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, "�d", 
�r
);

81 i�(
��y
) {

82 *
�xt
;

83 
k
;

86 
k
 = 0; k < 
e_RTE_METER_COLORS
; k++) {

87 
p�t_��ms
->
�d_��ms
[
j
][
k
].
m�_th


88 �(
u�t16_t
)
	`���
(
��y
, &
�xt
, 10);

89 i�(
�xt
 =�
NULL
)

91 
��y
 = 
�xt
;

96 
	`���tf
(
�r
, (�r), "t�%" 
PRId32
 " w�d max", 
j
);

97 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, "�d", 
�r
);

98 i�(
��y
) {

99 *
�xt
;

100 
k
;

103 
k
 = 0; k < 
e_RTE_METER_COLORS
; k++) {

104 
p�t_��ms
->
�d_��ms
[
j
][
k
].
max_th


105 �(
u�t16_t
)
	`���
(
��y
, &
�xt
, 10);

106 i�(
�xt
 =�
NULL
)

108 
��y
 = 
�xt
;

113 
	`���tf
(
�r
, (�r), "t�%" 
PRId32
 " w�d inv�rob", 
j
);

114 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, "�d", 
�r
);

115 i�(
��y
) {

116 *
�xt
;

117 
k
;

120 
k
 = 0; k < 
e_RTE_METER_COLORS
; k++) {

121 
p�t_��ms
->
�d_��ms
[
j
][
k
].
maxp_�v


122 �(
u�t8_t
)
	`���
(
��y
, &
�xt
, 10);

124 i�(
�xt
 =�
NULL
)

126 
��y
 = 
�xt
;

131 
	`���tf
(
�r
, (�r), "t�%" 
PRId32
 " w�d weight", 
j
);

132 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, "�d", 
�r
);

133 i�(
��y
) {

134 *
�xt
;

135 
k
;

138 
k
 = 0; k < 
e_RTE_METER_COLORS
; k++) {

139 
p�t_��ms
->
�d_��ms
[
j
][
k
].
wq_log2


140 �(
u�t8_t
)
	`���
(
��y
, &
�xt
, 10);

141 i�(
�xt
 =�
NULL
)

143 
��y
 = 
�xt
;

150 
	}
}

153 
	$tm_cfgf�e_l�d_sched_p�e
(

154 
�e_cfgf�e
 *
f�e
,

155 
�e_sched_p�t_��ms
 *
p�t_��ms
,

156 
�e_sched_p�e_��ms
 *
p�e_��ms
)

158 
i
, 
j
;

159 *
�xt
;

160 cڡ *
��y
;

161 
�of�es
;

163 
�of�es
 = 
	`�e_cfgf�e_num_��i�s
(
f�e
,

165 
p�t_��ms
->
n_p�e_�of�es
 = 
�of�es
;

167 
j
 = 0; j < 
�of�es
; j++) {

168 
p�e_�me
[32];

170 
	`���tf
(
p�e_�me
, (pipe_name),

171 "p���of��%" 
PRId32
, 
j
);

173 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
, "tb�ate");

174 i�(
��y
)

175 
p�e_��ms
[
j
].
tb_��
 = (
u�t32_t
�
	`�oi
(
��y
);

177 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
, "tb size");

178 i�(
��y
)

179 
p�e_��ms
[
j
].
tb_size
 = (
u�t32_t
�
	`�oi
(
��y
);

181 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
, "tc�eriod");

182 i�(
��y
)

183 
p�e_��ms
[
j
].
tc_�riod
 = (
u�t32_t
�
	`�oi
(
��y
);

185 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
, "tc 0�ate");

186 i�(
��y
)

187 
p�e_��ms
[
j
].
tc_��
[0] = (
u�t32_t
�
	`�oi
(
��y
);

189 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
, "tc 1�ate");

190 i�(
��y
)

191 
p�e_��ms
[
j
].
tc_��
[1] = (
u�t32_t
�
	`�oi
(
��y
);

193 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
, "tc 2�ate");

194 i�(
��y
)

195 
p�e_��ms
[
j
].
tc_��
[2] = (
u�t32_t
�
	`�oi
(
��y
);

197 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
, "tc 3�ate");

198 i�(
��y
)

199 
p�e_��ms
[
j
].
tc_��
[3] = (
u�t32_t
�
	`�oi
(
��y
);

201 #ifde�
RTE_SCHED_SUBPORT_TC_OV


202 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
,

204 i�(
��y
)

205 
p�e_��ms
[
j
].
tc_ov_weight
 = (
u�t8_t
)
	`�oi
(
��y
);

208 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
,

209 
p�e_�me
,

211 i�(
��y
)

212 
i
 = 0; i < 
RTE_SCHED_QUEUES_PER_TRAFFIC_CLASS
; i++) {

213 
p�e_��ms
[
j
].
w�_weights
[
RTE_SCHED_TRAFFIC_CLASSES_PER_PIPE
*0 + 
i
] =

214 (
u�t8_t
�
	`���
(
��y
, &
�xt
, 10);

215 i�(
�xt
 =�
NULL
)

217 
��y
 = 
�xt
;

220 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
, "tc 1 wrr weights");

221 i�(
��y
)

222 
i
 = 0; i < 
RTE_SCHED_QUEUES_PER_TRAFFIC_CLASS
; i++) {

223 
p�e_��ms
[
j
].
w�_weights
[
RTE_SCHED_TRAFFIC_CLASSES_PER_PIPE
*1 + 
i
] =

224 (
u�t8_t
�
	`���
(
��y
, &
�xt
, 10);

225 i�(
�xt
 =�
NULL
)

227 
��y
 = 
�xt
;

230 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
, "tc 2 wrr weights");

231 i�(
��y
)

232 
i
 = 0; i < 
RTE_SCHED_QUEUES_PER_TRAFFIC_CLASS
; i++) {

233 
p�e_��ms
[
j
].
w�_weights
[
RTE_SCHED_TRAFFIC_CLASSES_PER_PIPE
*2 + 
i
] =

234 (
u�t8_t
�
	`���
(
��y
, &
�xt
, 10);

235 i�(
�xt
 =�
NULL
)

237 
��y
 = 
�xt
;

240 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
, 
p�e_�me
, "tc 3 wrr weights");

241 i�(
��y
)

242 
i
 = 0; i < 
RTE_SCHED_QUEUES_PER_TRAFFIC_CLASS
; i++) {

243 
p�e_��ms
[
j
].
w�_weights
[
RTE_SCHED_TRAFFIC_CLASSES_PER_PIPE
*3 + 
i
] =

244 (
u�t8_t
�
	`���
(
��y
, &
�xt
, 10);

245 i�(
�xt
 =�
NULL
)

247 
��y
 = 
�xt
;

251 
	}
}

254 
	$tm_cfgf�e_l�d_sched_subp�t
(

255 
�e_cfgf�e
 *
f�e
,

256 
�e_sched_subp�t_��ms
 *
subp�t_��ms
,

257 *
p�e_to_�of�e
)

259 cڡ *
��y
;

260 
i
, 
j
, 
k
;

262 
i
 = 0; i < 
APP_MAX_SCHED_SUBPORTS
; i++) {

263 
�c_�me
[
CFG_NAME_LEN
];

265 
	`���tf
(
�c_�me
, (sec_name),

266 "subp܈%" 
PRId32
, 
i
);

268 i�(
	`�e_cfgf�e_has_��i�
(
f�e
, 
�c_�me
)) {

269 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
,

270 
�c_�me
,

272 i�(
��y
)

273 
subp�t_��ms
[
i
].
tb_��
 =

274 (
u�t32_t
�
	`�oi
(
��y
);

276 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
,

277 
�c_�me
,

279 i�(
��y
)

280 
subp�t_��ms
[
i
].
tb_size
 =

281 (
u�t32_t
�
	`�oi
(
��y
);

283 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
,

284 
�c_�me
,

286 i�(
��y
)

287 
subp�t_��ms
[
i
].
tc_�riod
 =

288 (
u�t32_t
�
	`�oi
(
��y
);

290 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
,

291 
�c_�me
,

293 i�(
��y
)

294 
subp�t_��ms
[
i
].
tc_��
[0] =

295 (
u�t32_t
�
	`�oi
(
��y
);

297 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
,

298 
�c_�me
,

300 i�(
��y
)

301 
subp�t_��ms
[
i
].
tc_��
[1] =

302 (
u�t32_t
�
	`�oi
(
��y
);

304 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
,

305 
�c_�me
,

307 i�(
��y
)

308 
subp�t_��ms
[
i
].
tc_��
[2] =

309 (
u�t32_t
�
	`�oi
(
��y
);

311 
��y
 = 
	`�e_cfgf�e_g�_��y
(
f�e
,

312 
�c_�me
,

314 i�(
��y
)

315 
subp�t_��ms
[
i
].
tc_��
[3] =

316 (
u�t32_t
�
	`�oi
(
��y
);

318 
n_���s
 = 
	`�e_cfgf�e_��i�_num_���s
(
f�e
,

319 
�c_�me
);

320 
�e_cfgf�e_��y
 
���s
[
n_���s
];

322 
	`�e_cfgf�e_��i�_���s
(
f�e
,

323 
�c_�me
,

324 
���s
,

325 
n_���s
);

327 
j
 = 0; j < 
n_���s
; j++)

328 i�(
	`��cmp
("pipe",

329 
���s
[
j
].
�me
,

331 
�of�e
;

332 *
tok�s
[2] = {
NULL
, NULL};

333 
n_tok�s
;

334 
beg�
, 
�d
;

335 
�me
[
CFG_NAME_LEN
 + 1];

337 
�of�e
 = 
	`�oi
(
���s
[
j
].
v�ue
);

338 
	`���y
(
�me
,

339 
���s
[
j
].
�me
,

340 (
�me
));

341 
n_tok�s
 = 
	`�e_�r�l�
(

342 &
�me
[("pipe")],

343 
	`���n
(
�me
, 
CFG_NAME_LEN
),

344 
tok�s
, 2, '-');

346 
beg�
 = 
	`�oi
(
tok�s
[0]);

347 i�(
n_tok�s
 == 2)

348 
�d
 = 
	`�oi
(
tok�s
[1]);

350 
�d
 = 
beg�
;

352 i�((
�d
 >�
APP_MAX_SCHED_PIPES
) ||

353 (
beg�
 > 
�d
))

356 
k
 = 
beg�
; k <�
�d
; k++) {

357 
�of�e_�me
[
CFG_NAME_LEN
];

359 
	`���tf
(
�of�e_�me
,

360 (
�of�e_�me
),

361 "p���of��%" 
PRId32
,

362 
�of�e
);

363 i�(
	`�e_cfgf�e_has_��i�
(
f�e
, 
�of�e_�me
))

364 
p�e_to_�of�e
[
i
 * 
APP_MAX_SCHED_PIPES
 + 
k
] = 
�of�e
;

366 
	`�e_ex�
(
EXIT_FAILURE
,

368 
���s
[
j
].
v�ue
);

375 
	}
}

378 
	$tm_cfgf�e_l�d
(
�p_pktq_tm_��ms
 *
tm
)

380 
�e_cfgf�e
 *
f�e
;

381 
u�t32_t
 
i
;

383 
	`mem�t
(
tm
->
sched_subp�t_��ms
, 0, (tm->sched_subport_params));

384 
	`mem�t
(
tm
->
sched_p�e_�of�es
, 0, (tm->sched_pipe_profiles));

385 
	`mem�t
(&
tm
->
sched_p�t_��ms
, 0, (tm->sched_port_params));

386 
i
 = 0; i < 
APP_MAX_SCHED_SUBPORTS
 * 
APP_MAX_SCHED_PIPES
; i++)

387 
tm
->
sched_p�e_to_�of�e
[
i
] = -1;

389 
tm
->
sched_p�t_��ms
.
p�e_�of�es
 = &tm->
sched_p�e_�of�es
[0];

391 i�(
tm
->
f�e_�me
[0] == '\0')

394 
f�e
 = 
	`�e_cfgf�e_l�d
(
tm
->
f�e_�me
, 0);

395 i�(
f�e
 =�
NULL
)

398 
	`tm_cfgf�e_l�d_sched_p�t
(
f�e
,

399 &
tm
->
sched_p�t_��ms
);

400 
	`tm_cfgf�e_l�d_sched_subp�t
(
f�e
,

401 
tm
->
sched_subp�t_��ms
,

402 
tm
->
sched_p�e_to_�of�e
);

403 
	`tm_cfgf�e_l�d_sched_p�e
(
f�e
,

404 &
tm
->
sched_p�t_��ms
,

405 
tm
->
sched_p�e_�of�es
);

407 
	`�e_cfgf�e_�o�
(
f�e
);

409 
	}
}

412 
	$�p_c�fig_�r�_tm
(
�p_��ms
 *
�p
)

414 
u�t32_t
 
i
;

416 
i
 = 0; i < 
	`RTE_DIM
(
�p
->
tm_��ms
); i++) {

417 
�p_pktq_tm_��ms
 *
p
 = &
�p
->
tm_��ms
[
i
];

418 
��us
;

420 i�(!
	`APP_PARAM_VALID
(
p
))

423 
��us
 = 
	`tm_cfgf�e_l�d
(
p
);

424 
	`APP_CHECK
(
��us
 == 0,

426 
p
->
�me
,

427 
p
->
f�e_�me
);

431 
	}
}

	@vnf_common/cpu_core_map.c

17 
	~<��y�s.h
>

18 
	~<�dlib.h
>

19 
	~<�dio.h
>

20 
	~<�r�g.h
>

22 
	~<�e_lc�e.h
>

24 
	~"�u_c�e_m�.h
"

26 
	s�u_c�e_m�
 {

27 
u�t32_t
 
	mn_max_sock�s
;

28 
u�t32_t
 
	mn_max_c�es_�r_sock�
;

29 
u�t32_t
 
	mn_max_ht_�r_c�e
;

30 
u�t32_t
 
	mn_sock�s
;

31 
u�t32_t
 
	mn_c�es_�r_sock�
;

32 
u�t32_t
 
	mn_ht_�r_c�e
;

33 
	mm�
[0];

36 
�l�e
 
u�t32_t


37 
	$�u_c�e_m�_pos
(
�u_c�e_m�
 *
m�
,

38 
u�t32_t
 
sock�_id
,

39 
u�t32_t
 
c�e_id
,

40 
u�t32_t
 
ht_id
)

42  (
sock�_id
 * 
m�
->
n_max_c�es_�r_sock�
 + 
c�e_id
) *

43 
m�
->
n_max_ht_�r_c�e
 + 
ht_id
;

44 
	}
}

47 
�u_c�e_m�_compu�_�l
(
�u_c�e_m�
 *
m�
);

50 
�u_c�e_m�_compu�_l�ux
(
�u_c�e_m�
 *
m�
);

53 
�u_c�e_m�_compu�_�d_check
(
�u_c�e_m�
 *
m�
);

55 
�u_c�e_m�
 *

56 
	$�u_c�e_m�_��
(
u�t32_t
 
n_max_sock�s
,

57 
u�t32_t
 
n_max_c�es_�r_sock�
,

58 
u�t32_t
 
n_max_ht_�r_c�e
,

59 
u�t32_t
 
�l_���lized
)

61 
u�t32_t
 
m�_size
, 
m�_mem_size
, 
i
;

62 
�u_c�e_m�
 *
m�
;

63 
��us
;

66 i�((
n_max_sock�s
 == 0) ||

67 (
n_max_c�es_�r_sock�
 == 0) ||

68 (
n_max_ht_�r_c�e
 == 0))

69  
NULL
;

72 
m�_size
 = 
n_max_sock�s
 * 
n_max_c�es_�r_sock�
 * 
n_max_ht_�r_c�e
;

73 
m�_mem_size
 = (
�u_c�e_m�
�+ 
m�_size
 * ();

74 
m�
 = (
�u_c�e_m�
 *�
	`m�loc
(
m�_mem_size
);

75 i�(
m�
 =�
NULL
)

76  
NULL
;

79 
m�
->
n_max_sock�s
 =�_max_sockets;

80 
m�
->
n_max_c�es_�r_sock�
 =�_max_cores_per_socket;

81 
m�
->
n_max_ht_�r_c�e
 =�_max_ht_per_core;

82 
m�
->
n_sock�s
 = 0;

83 
m�
->
n_c�es_�r_sock�
 = 0;

84 
m�
->
n_ht_�r_c�e
 = 0;

86 
i
 = 0; i < 
m�_size
; i++)

87 
m�
->m�[
i
] = -1;

89 
��us
 = (
�l_���lized
) ?

90 
	`�u_c�e_m�_compu�_�l
(
m�
) :

91 
	`�u_c�e_m�_compu�_l�ux
(
m�
);

93 i�(
��us
) {

94 
	`�
(
m�
);

95  
NULL
;

98 
��us
 = 
	`�u_c�e_m�_compu�_�d_check
(
m�
);

99 i�(
��us
) {

100 
	`�
(
m�
);

101  
NULL
;

104  
m�
;

105 
	}
}

108 
	$�u_c�e_m�_compu�_�l
(
�u_c�e_m�
 *
m�
)

110 
u�t32_t
 
sock�_id
, 
c�e_id
, 
ht_id
;

113 
sock�_id
 = 0; sock�_id < 
m�
->
n_max_sock�s
; socket_id++) {

114 
u�t32_t
 
n_d�e�ed
, 
c�e_id_c�tig
;

115 
lc�e_id
;

117 
n_d�e�ed
 = 0;

118 
lc�e_id
 = 0;�c�e_id < 
RTE_MAX_LCORE
;�core_id++) {

119 
lc�e_c�fig
 *
p
 = &lc�e_c�fig[
lc�e_id
];

121 i�((
p
->
d�e�ed
�&& (p->
sock�_id
 == socket_id))

122 
n_d�e�ed
++;

125 
c�e_id_c�tig
 = 0;

127 
c�e_id
 = 0; 
n_d�e�ed
 ; core_id++) {

128 
ht_id
 = 0;

130 
lc�e_id
 = 0;

131 
lc�e_id
 < 
RTE_MAX_LCORE
;

132 
lc�e_id
++) {

133 
lc�e_c�fig
 *
p
 =

134 &
lc�e_c�fig
[
lc�e_id
];

136 i�((
p
->
d�e�ed
) &&

137 (
p
->
sock�_id
 == socket_id) &&

138 (
p
->
c�e_id
 == core_id)) {

139 
u�t32_t
 
pos
 = 
	`�u_c�e_m�_pos
(
m�
,

140 
sock�_id
,

141 
c�e_id_c�tig
,

142 
ht_id
);

144 
m�
->m�[
pos
] = 
lc�e_id
;

145 
ht_id
++;

146 
n_d�e�ed
--;

150 i�(
ht_id
) {

151 
c�e_id_c�tig
++;

152 i�(
c�e_id_c�tig
 ==

153 
m�
->
n_max_c�es_�r_sock�
)

160 
	}
}

163 
	$�u_c�e_m�_compu�_�d_check
(
�u_c�e_m�
 *
m�
)

165 
u�t32_t
 
sock�_id
, 
c�e_id
, 
ht_id
;

168 
ht_id
 = 0; ht_id < 
m�
->
n_max_ht_�r_c�e
; ht_id++) {

169 i�(
m�
->m�[
ht_id
] == -1)

172 
m�
->
n_ht_�r_c�e
++;

175 i�(
m�
->
n_ht_�r_c�e
 == 0)

178 
c�e_id
 = 0; c�e_id < 
m�
->
n_max_c�es_�r_sock�
; core_id++) {

179 
u�t32_t
 
pos
 = 
c�e_id
 * 
m�
->
n_max_ht_�r_c�e
;

181 i�(
m�
->m�[
pos
] == -1)

184 
m�
->
n_c�es_�r_sock�
++;

187 i�(
m�
->
n_c�es_�r_sock�
 == 0)

190 
sock�_id
 = 0; sock�_id < 
m�
->
n_max_sock�s
; socket_id++) {

191 
u�t32_t
 
pos
 = 
sock�_id
 * 
m�
->
n_max_c�es_�r_sock�
 *

192 
m�
->
n_max_ht_�r_c�e
;

194 i�(
m�
->m�[
pos
] == -1)

197 
m�
->
n_sock�s
++;

200 i�(
m�
->
n_sock�s
 == 0)

205 
sock�_id
 = 0; sock�_id < 
m�
->
n_sock�s
; socket_id++) {

206 
c�e_id
 = 0; c�e_id < 
m�
->
n_c�es_�r_sock�
; core_id++)

207 
ht_id
 = 0;

208 
ht_id
 < 
m�
->
n_max_ht_�r_c�e
;

209 
ht_id
++) {

210 
u�t32_t
 
pos
 = (
sock�_id
 *

211 
m�
->
n_max_c�es_�r_sock�
 + 
c�e_id
) *

212 
m�
->
n_max_ht_�r_c�e
 + 
ht_id
;

214 i�(((
ht_id
 < 
m�
->
n_ht_�r_c�e
) &&

215 (
m�
->m�[
pos
] == -1)) ||

216 ((
ht_id
 >�
m�
->
n_ht_�r_c�e
) &&

217 (
m�
->m�[
pos
] != -1)))

221  ; 
c�e_id
 < 
m�
->
n_max_c�es_�r_sock�
; core_id++)

222 
ht_id
 = 0;

223 
ht_id
 < 
m�
->
n_max_ht_�r_c�e
;

224 
ht_id
++) {

225 
u�t32_t
 
pos
 = 
	`�u_c�e_m�_pos
(
m�
,

226 
sock�_id
,

227 
c�e_id
,

228 
ht_id
);

230 i�(
m�
->m�[
pos
] != -1)

236 
	}
}

238 

	#FILE_LINUX_CPU_N_LCORES
 \

239 "/sys/devi�s/sy�em/�u/�e��"

	)

242 
	$�u_c�e_m�_g�_n_lc�es_l�ux
()

244 
buf�r
[64], *
�r�g
;

245 
FILE
 *
fd
;

247 
fd
 = 
	`fݒ
(
FILE_LINUX_CPU_N_LCORES
, "r");

248 i�(
fd
 =�
NULL
)

251 i�(
	`fg�s
(
buf�r
, (buf�r), 
fd
�=�
NULL
) {

252 
	`f�o�
(
fd
);

256 
	`f�o�
(
fd
);

258 
�r�g
 = 
	`�dex
(
buf�r
, '-');

259 i�(
�r�g
 =�
NULL
)

262  
	`�oi
(++
�r�g
) + 1;

263 
	}
}

265 

	#FILE_LINUX_CPU_CORE_ID
 \

266 "/sys/devi�s/sy�em/�u/�u%" 
PRIu32
 "/t��ogy/c�e_id"

	)

269 
	$�u_c�e_m�_g�_c�e_id_l�ux
(
lc�e_id
)

271 
buf�r
[64];

272 
FILE
 *
fd
;

273 
c�e_id
;

275 
	`���tf
(
buf�r
, (buf�r), 
FILE_LINUX_CPU_CORE_ID
, 
lc�e_id
);

276 
fd
 = 
	`fݒ
(
buf�r
, "r");

277 i�(
fd
 =�
NULL
)

280 i�(
	`fg�s
(
buf�r
, (buf�r), 
fd
�=�
NULL
) {

281 
	`f�o�
(
fd
);

285 
	`f�o�
(
fd
);

287 
c�e_id
 = 
	`�oi
(
buf�r
);

288  
c�e_id
;

289 
	}
}

291 

	#FILE_LINUX_CPU_SOCKET_ID
 \

292 "/sys/devi�s/sy�em/�u/�u%" 
PRIu32
 "/t��ogy/physi�l_�ckage_id"

	)

295 
	$�u_c�e_m�_g�_sock�_id_l�ux
(
lc�e_id
)

297 
buf�r
[64];

298 
FILE
 *
fd
;

299 
sock�_id
;

301 
	`���tf
(
buf�r
, (buf�r), 
FILE_LINUX_CPU_SOCKET_ID
, 
lc�e_id
);

302 
fd
 = 
	`fݒ
(
buf�r
, "r");

303 i�(
fd
 =�
NULL
)

306 i�(
	`fg�s
(
buf�r
, (buf�r), 
fd
�=�
NULL
) {

307 
	`f�o�
(
fd
);

311 
	`f�o�
(
fd
);

313 
sock�_id
 = 
	`�oi
(
buf�r
);

314  
sock�_id
;

315 
	}
}

318 
	$�u_c�e_m�_compu�_l�ux
(
�u_c�e_m�
 *
m�
)

320 
u�t32_t
 
sock�_id
, 
c�e_id
, 
ht_id
;

321 
n_lc�es
;

323 
n_lc�es
 = 
	`�u_c�e_m�_g�_n_lc�es_l�ux
();

324 i�(
n_lc�es
 <= 0)

328 
sock�_id
 = 0; sock�_id < 
m�
->
n_max_sock�s
; socket_id++) {

329 
u�t32_t
 
n_d�e�ed
, 
c�e_id_c�tig
;

330 
lc�e_id
;

332 
n_d�e�ed
 = 0;

333 
lc�e_id
 = 0;�c�e_id < 
n_lc�es
;�core_id++) {

334 
lc�e_sock�_id
 =

335 
	`�u_c�e_m�_g�_sock�_id_l�ux
(
lc�e_id
);

337 i�(
lc�e_sock�_id
 < 0)

340 i�(((
u�t32_t
�
lc�e_sock�_id
�=�
sock�_id
)

341 
n_d�e�ed
++;

344 
c�e_id_c�tig
 = 0;

346 
c�e_id
 = 0; 
n_d�e�ed
 ; core_id++) {

347 
ht_id
 = 0;

349 
lc�e_id
 = 0;�c�e_id < 
n_lc�es
;�core_id++) {

350 
lc�e_sock�_id
 =

351 
	`�u_c�e_m�_g�_sock�_id_l�ux
(

352 
lc�e_id
);

354 i�(
lc�e_sock�_id
 < 0)

357 
lc�e_c�e_id
 =

358 
	`�u_c�e_m�_g�_c�e_id_l�ux
(

359 
lc�e_id
);

361 i�(
lc�e_c�e_id
 < 0)

364 i�(((
u�t32_t
�
lc�e_sock�_id
 =�
sock�_id
) &&

365 ((
u�t32_t
�
lc�e_c�e_id
 =�
c�e_id
)) {

366 
u�t32_t
 
pos
 = 
	`�u_c�e_m�_pos
(
m�
,

367 
sock�_id
,

368 
c�e_id_c�tig
,

369 
ht_id
);

371 
m�
->m�[
pos
] = 
lc�e_id
;

372 
ht_id
++;

373 
n_d�e�ed
--;

377 i�(
ht_id
) {

378 
c�e_id_c�tig
++;

379 i�(
c�e_id_c�tig
 ==

380 
m�
->
n_max_c�es_�r_sock�
)

387 
	}
}

390 
	$�u_c�e_m�_��t
(
�u_c�e_m�
 *
m�
)

392 
u�t32_t
 
sock�_id
, 
c�e_id
, 
ht_id
;

394 i�(
m�
 =�
NULL
)

397 
sock�_id
 = 0; sock�_id < 
m�
->
n_sock�s
; socket_id++) {

398 
	`��tf
("Sock� %" 
PRIu32
 ":\n", 
sock�_id
);

400 
c�e_id
 = 0;

401 
c�e_id
 < 
m�
->
n_c�es_�r_sock�
;

402 
c�e_id
++) {

403 
	`��tf
("[%" 
PRIu32
 "] = [", 
c�e_id
);

405 
ht_id
 = 0; ht_id < 
m�
->
n_ht_�r_c�e
; ht_id++) {

406 
lc�e_id
 = 
	`�u_c�e_m�_g�_lc�e_id
(
m�
,

407 
sock�_id
,

408 
c�e_id
,

409 
ht_id
);

411 
u�t32_t
 
c�e_id_n�c�tig
 =

412 
	`�u_c�e_m�_g�_c�e_id_l�ux
(

413 
lc�e_id
);

415 
	`��tf
(" %" 
PRId32
 " (%" 
PRIu32
 ") ",

416 
lc�e_id
,

417 
c�e_id_n�c�tig
);

420 
	`��tf
("]\n");

423 
	}
}

425 
u�t32_t


426 
	$�u_c�e_m�_g�_n_sock�s
(
�u_c�e_m�
 *
m�
)

428 i�(
m�
 =�
NULL
)

431  
m�
->
n_sock�s
;

432 
	}
}

434 
u�t32_t


435 
	$�u_c�e_m�_g�_n_c�es_�r_sock�
(
�u_c�e_m�
 *
m�
)

437 i�(
m�
 =�
NULL
)

440  
m�
->
n_c�es_�r_sock�
;

441 
	}
}

443 
u�t32_t


444 
	$�u_c�e_m�_g�_n_ht_�r_c�e
(
�u_c�e_m�
 *
m�
)

446 i�(
m�
 =�
NULL
)

449  
m�
->
n_ht_�r_c�e
;

450 
	}
}

453 
	$�u_c�e_m�_g�_lc�e_id
(
�u_c�e_m�
 *
m�
,

454 
u�t32_t
 
sock�_id
,

455 
u�t32_t
 
c�e_id
,

456 
u�t32_t
 
ht_id
)

458 
u�t32_t
 
pos
;

460 i�((
m�
 =�
NULL
) ||

461 (
sock�_id
 >�
m�
->
n_sock�s
) ||

462 (
c�e_id
 >�
m�
->
n_c�es_�r_sock�
) ||

463 (
ht_id
 >�
m�
->
n_ht_�r_c�e
))

466 
pos
 = 
	`�u_c�e_m�_pos
(
m�
, 
sock�_id
, 
c�e_id
, 
ht_id
);

468  
m�
->m�[
pos
];

469 
	}
}

472 
	$�u_c�e_m�_�
(
�u_c�e_m�
 *
m�
)

474 
	`�
(
m�
);

475 
	}
}

	@vnf_common/cpu_core_map.h

17 #i�de�
__INCLUDE_CPU_CORE_MAP_H__


18 

	#__INCLUDE_CPU_CORE_MAP_H__


	)

20 
	~<�dio.h
>

22 
	~<�e_lc�e.h
>

24 
	g�u_c�e_m�
;

26 
�u_c�e_m�
 *

27 
�u_c�e_m�_��
(
u�t32_t
 
n_max_sock�s
,

28 
u�t32_t
 
n_max_c�es_�r_sock�
,

29 
u�t32_t
 
n_max_ht_�r_c�e
,

30 
u�t32_t
 
�l_���lized
);

32 
u�t32_t


33 
�u_c�e_m�_g�_n_sock�s
(
�u_c�e_m�
 *
m�
);

35 
u�t32_t


36 
�u_c�e_m�_g�_n_c�es_�r_sock�
(
�u_c�e_m�
 *
m�
);

38 
u�t32_t


39 
�u_c�e_m�_g�_n_ht_�r_c�e
(
�u_c�e_m�
 *
m�
);

42 
�u_c�e_m�_g�_lc�e_id
(
�u_c�e_m�
 *
m�
,

43 
u�t32_t
 
sock�_id
,

44 
u�t32_t
 
c�e_id
,

45 
u�t32_t
 
ht_id
);

47 
�u_c�e_m�_��t
(
�u_c�e_m�
 *
m�
);

50 
�u_c�e_m�_�
(
�u_c�e_m�
 *
m�
);

	@vnf_common/hash_func.h

16 #i�de�
__INCLUDE_HASH_FUNC_H__


17 

	#__INCLUDE_HASH_FUNC_H__


	)

19 
�l�e
 
u�t64_t


20 
	$hash_x�_key8
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

22 
u�t64_t
 *
k
 = 
key
;

23 
u�t64_t
 
x�0
;

25 
x�0
 = 
�ed
 ^ 
k
[0];

27  (
x�0
 >> 32) ^ xor0;

28 
	}
}

30 
�l�e
 
u�t64_t


31 
	$hash_x�_key16
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

33 
u�t64_t
 *
k
 = 
key
;

34 
u�t64_t
 
x�0
;

36 
x�0
 = (
k
[0] ^ 
�ed
) ^ k[1];

38  (
x�0
 >> 32) ^ xor0;

39 
	}
}

41 
�l�e
 
u�t64_t


42 
	$hash_x�_key24
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

44 
u�t64_t
 *
k
 = 
key
;

45 
u�t64_t
 
x�0
;

47 
x�0
 = (
k
[0] ^ 
�ed
) ^ k[1];

49 
x�0
 ^�
k
[2];

51  (
x�0
 >> 32) ^ xor0;

52 
	}
}

54 
�l�e
 
u�t64_t


55 
	$hash_x�_key32
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

57 
u�t64_t
 *
k
 = 
key
;

58 
u�t64_t
 
x�0
, 
x�1
;

60 
x�0
 = (
k
[0] ^ 
�ed
) ^ k[1];

61 
x�1
 = 
k
[2] ^ k[3];

63 
x�0
 ^�
x�1
;

65  (
x�0
 >> 32) ^ xor0;

66 
	}
}

68 
�l�e
 
u�t64_t


69 
	$hash_x�_key40
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

71 
u�t64_t
 *
k
 = 
key
;

72 
u�t64_t
 
x�0
, 
x�1
;

74 
x�0
 = (
k
[0] ^ 
�ed
) ^ k[1];

75 
x�1
 = 
k
[2] ^ k[3];

77 
x�0
 ^�
x�1
;

79 
x�0
 ^�
k
[4];

81  (
x�0
 >> 32) ^ xor0;

82 
	}
}

84 
�l�e
 
u�t64_t


85 
	$hash_x�_key48
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

87 
u�t64_t
 *
k
 = 
key
;

88 
u�t64_t
 
x�0
, 
x�1
, 
x�2
;

90 
x�0
 = (
k
[0] ^ 
�ed
) ^ k[1];

91 
x�1
 = 
k
[2] ^ k[3];

92 
x�2
 = 
k
[4] ^ k[5];

94 
x�0
 ^�
x�1
;

96 
x�0
 ^�
x�2
;

98  (
x�0
 >> 32) ^ xor0;

99 
	}
}

101 
�l�e
 
u�t64_t


102 
	$hash_x�_key56
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

104 
u�t64_t
 *
k
 = 
key
;

105 
u�t64_t
 
x�0
, 
x�1
, 
x�2
;

107 
x�0
 = (
k
[0] ^ 
�ed
) ^ k[1];

108 
x�1
 = 
k
[2] ^ k[3];

109 
x�2
 = 
k
[4] ^ k[5];

111 
x�0
 ^�
x�1
;

112 
x�2
 ^�
k
[6];

114 
x�0
 ^�
x�2
;

116  (
x�0
 >> 32) ^ xor0;

117 
	}
}

119 
�l�e
 
u�t64_t


120 
	$hash_x�_key64
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

122 
u�t64_t
 *
k
 = 
key
;

123 
u�t64_t
 
x�0
, 
x�1
, 
x�2
, 
x�3
;

125 
x�0
 = (
k
[0] ^ 
�ed
) ^ k[1];

126 
x�1
 = 
k
[2] ^ k[3];

127 
x�2
 = 
k
[4] ^ k[5];

128 
x�3
 = 
k
[6] ^ k[7];

130 
x�0
 ^�
x�1
;

131 
x�2
 ^�
x�3
;

133 
x�0
 ^�
x�2
;

135  (
x�0
 >> 32) ^ xor0;

136 
	}
}

138 #i�
def�ed
(
RTE_ARCH_X86_64
�&& def�ed(
RTE_MACHINE_CPUFLAG_SSE4_2
)

140 
	~<x86���.h
>

142 
�l�e
 
u�t64_t


143 
	$hash_�c_key8
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

145 
u�t64_t
 *
k
 = 
key
;

146 
u�t64_t
 
�c0
;

148 
�c0
 = 
	`_mm_�c32_u64
(
�ed
, 
k
[0]);

150  
�c0
;

151 
	}
}

153 
�l�e
 
u�t64_t


154 
	$hash_�c_key16
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

156 
u�t64_t
 *
k
 = 
key
;

157 
u�t64_t
 
k0
, 
�c0
, 
�c1
;

159 
k0
 = 
k
[0];

161 
�c0
 = 
	`_mm_�c32_u64
(
k0
, 
�ed
);

162 
�c1
 = 
	`_mm_�c32_u64
(
k0
 >> 32, 
k
[1]);

164 
�c0
 ^�
�c1
;

166  
�c0
;

167 
	}
}

169 
�l�e
 
u�t64_t


170 
	$hash_�c_key24
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

172 
u�t64_t
 *
k
 = 
key
;

173 
u�t64_t
 
k0
, 
k2
, 
�c0
, 
�c1
;

175 
k0
 = 
k
[0];

176 
k2
 = 
k
[2];

178 
�c0
 = 
	`_mm_�c32_u64
(
k0
, 
�ed
);

179 
�c1
 = 
	`_mm_�c32_u64
(
k0
 >> 32, 
k
[1]);

181 
�c0
 = 
	`_mm_�c32_u64
(�c0, 
k2
);

183 
�c0
 ^�
�c1
;

185  
�c0
;

186 
	}
}

188 
�l�e
 
u�t64_t


189 
	$hash_�c_key32
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

191 
u�t64_t
 *
k
 = 
key
;

192 
u�t64_t
 
k0
, 
k2
, 
�c0
, 
�c1
, 
�c2
, 
�c3
;

194 
k0
 = 
k
[0];

195 
k2
 = 
k
[2];

197 
�c0
 = 
	`_mm_�c32_u64
(
k0
, 
�ed
);

198 
�c1
 = 
	`_mm_�c32_u64
(
k0
 >> 32, 
k
[1]);

200 
�c2
 = 
	`_mm_�c32_u64
(
k2
, 
k
[3]);

201 
�c3
 = 
k2
 >> 32;

203 
�c0
 = 
	`_mm_�c32_u64
(�c0, 
�c1
);

204 
�c1
 = 
	`_mm_�c32_u64
(
�c2
, 
�c3
);

206 
�c0
 ^�
�c1
;

208  
�c0
;

209 
	}
}

211 
�l�e
 
u�t64_t


212 
	$hash_�c_key40
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

214 
u�t64_t
 *
k
 = 
key
;

215 
u�t64_t
 
k0
, 
k2
, 
�c0
, 
�c1
, 
�c2
, 
�c3
;

217 
k0
 = 
k
[0];

218 
k2
 = 
k
[2];

220 
�c0
 = 
	`_mm_�c32_u64
(
k0
, 
�ed
);

221 
�c1
 = 
	`_mm_�c32_u64
(
k0
 >> 32, 
k
[1]);

223 
�c2
 = 
	`_mm_�c32_u64
(
k2
, 
k
[3]);

224 
�c3
 = 
	`_mm_�c32_u64
(
k2
 >> 32, 
k
[4]);

226 
�c0
 = 
	`_mm_�c32_u64
(�c0, 
�c1
);

227 
�c1
 = 
	`_mm_�c32_u64
(
�c2
, 
�c3
);

229 
�c0
 ^�
�c1
;

231  
�c0
;

232 
	}
}

234 
�l�e
 
u�t64_t


235 
	$hash_�c_key48
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

237 
u�t64_t
 *
k
 = 
key
;

238 
u�t64_t
 
k0
, 
k2
, 
k5
, 
�c0
, 
�c1
, 
�c2
, 
�c3
;

240 
k0
 = 
k
[0];

241 
k2
 = 
k
[2];

242 
k5
 = 
k
[5];

244 
�c0
 = 
	`_mm_�c32_u64
(
k0
, 
�ed
);

245 
�c1
 = 
	`_mm_�c32_u64
(
k0
 >> 32, 
k
[1]);

247 
�c2
 = 
	`_mm_�c32_u64
(
k2
, 
k
[3]);

248 
�c3
 = 
	`_mm_�c32_u64
(
k2
 >> 32, 
k
[4]);

250 
�c0
 = 
	`_mm_�c32_u64
(�c0, (
�c1
 << 32�^ 
�c2
);

251 
�c1
 = 
	`_mm_�c32_u64
(
�c3
, 
k5
);

253 
�c0
 ^�
�c1
;

255  
�c0
;

256 
	}
}

258 
�l�e
 
u�t64_t


259 
	$hash_�c_key56
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

261 
u�t64_t
 *
k
 = 
key
;

262 
u�t64_t
 
k0
, 
k2
, 
k5
, 
�c0
, 
�c1
, 
�c2
, 
�c3
, 
�c4
, 
�c5
;

264 
k0
 = 
k
[0];

265 
k2
 = 
k
[2];

266 
k5
 = 
k
[5];

268 
�c0
 = 
	`_mm_�c32_u64
(
k0
, 
�ed
);

269 
�c1
 = 
	`_mm_�c32_u64
(
k0
 >> 32, 
k
[1]);

271 
�c2
 = 
	`_mm_�c32_u64
(
k2
, 
k
[3]);

272 
�c3
 = 
	`_mm_�c32_u64
(
k2
 >> 32, 
k
[4]);

274 
�c4
 = 
	`_mm_�c32_u64
(
k5
, 
k
[6]);

275 
�c5
 = 
k5
 >> 32;

277 
�c0
 = 
	`_mm_�c32_u64
(�c0, (
�c1
 << 32�^ 
�c2
);

278 
�c1
 = 
	`_mm_�c32_u64
(
�c3
, (
�c4
 << 32�^ 
�c5
);

280 
�c0
 ^�
�c1
;

282  
�c0
;

283 
	}
}

285 
�l�e
 
u�t64_t


286 
	$hash_�c_key64
(*
key
, 
__�e_unu�d
 
u�t32_t
 
key_size
, 
u�t64_t
 
�ed
)

288 
u�t64_t
 *
k
 = 
key
;

289 
u�t64_t
 
k0
, 
k2
, 
k5
, 
�c0
, 
�c1
, 
�c2
, 
�c3
, 
�c4
, 
�c5
;

291 
k0
 = 
k
[0];

292 
k2
 = 
k
[2];

293 
k5
 = 
k
[5];

295 
�c0
 = 
	`_mm_�c32_u64
(
k0
, 
�ed
);

296 
�c1
 = 
	`_mm_�c32_u64
(
k0
 >> 32, 
k
[1]);

298 
�c2
 = 
	`_mm_�c32_u64
(
k2
, 
k
[3]);

299 
�c3
 = 
	`_mm_�c32_u64
(
k2
 >> 32, 
k
[4]);

301 
�c4
 = 
	`_mm_�c32_u64
(
k5
, 
k
[6]);

302 
�c5
 = 
	`_mm_�c32_u64
(
k5
 >> 32, 
k
[7]);

304 
�c0
 = 
	`_mm_�c32_u64
(�c0, (
�c1
 << 32�^ 
�c2
);

305 
�c1
 = 
	`_mm_�c32_u64
(
�c3
, (
�c4
 << 32�^ 
�c5
);

307 
�c0
 ^�
�c1
;

309  
�c0
;

310 
	}
}

312 

	#hash_de�u�_key8
 
hash_�c_key8


	)

313 

	#hash_de�u�_key16
 
hash_�c_key16


	)

314 

	#hash_de�u�_key24
 
hash_�c_key24


	)

315 

	#hash_de�u�_key32
 
hash_�c_key32


	)

316 

	#hash_de�u�_key40
 
hash_�c_key40


	)

317 

	#hash_de�u�_key48
 
hash_�c_key48


	)

318 

	#hash_de�u�_key56
 
hash_�c_key56


	)

319 

	#hash_de�u�_key64
 
hash_�c_key64


	)

323 

	#hash_de�u�_key8
 
hash_x�_key8


	)

324 

	#hash_de�u�_key16
 
hash_x�_key16


	)

325 

	#hash_de�u�_key24
 
hash_x�_key24


	)

326 

	#hash_de�u�_key32
 
hash_x�_key32


	)

327 

	#hash_de�u�_key40
 
hash_x�_key40


	)

328 

	#hash_de�u�_key48
 
hash_x�_key48


	)

329 

	#hash_de�u�_key56
 
hash_x�_key56


	)

330 

	#hash_de�u�_key64
 
hash_x�_key64


	)

	@vnf_common/parser.h

17 #i�de�
__INCLUDE_PARSER_H__


18 

	#__INCLUDE_PARSER_H__


	)

21 
�r�r_�ad_�g_bo�
(cڡ *
p
);

24 
�r�r_�ad_u�t64
(
u�t64_t
 *
v�ue
, cڡ *
p
);

27 
�r�r_�ad_u�t32
(
u�t32_t
 *
v�ue
, cڡ *
p
);

30 
�r�_hex_�r�g
(*
�c
, 
u�t8_t
 *
d�
, 
u�t32_t
 *
size
);

	@vnf_common/pipeline.h

17 #i�de�
__INCLUDE_PIPELINE_H__


18 

	#__INCLUDE_PIPELINE_H__


	)

20 
	~<cmdl�e_�r�.h
>

22 
	~"p���e_be.h
"

28 * (*
	tp���e_�_�_��
)(
	tp���e_��ms
 *
	t��ms
, *
	t�g
);

30 (*
	tp���e_�_�_�
)(*
	tp���e
);

32 
	sp���e_�_�s
 {

33 
p���e_�_�_��
 
f_��
;

34 
p���e_�_�_�
 
f_�
;

35 
cmdl�e_�r�_�x_t
 *
cmds
;

42 
	sp���e_ty�
 {

43 cڡ *
�me
;

46 
p���e_be_�s
 *
be_�s
;

49 
p���e_�_�s
 *
�_�s
;

52 
�l�e
 
u�t32_t


53 
	$p���e_ty�_cmds_cou�
(
p���e_ty�
 *
�y�
)

55 
cmdl�e_�r�_�x_t
 *
cmds
;

56 
u�t32_t
 
n_cmds
;

58 i�(
�y�
->
�_�s
 =�
NULL
)

61 
cmds
 = 
�y�
->
�_�s
->cmds;

62 i�(
cmds
 =�
NULL
)

65 
n_cmds
 = 0; 
cmds
[n_cmds];�_cmds++);

67  
n_cmds
;

68 
	}
}

71 
�r�_p���e_c�e
(
u�t32_t
 *
sock�
,

72 
u�t32_t
 *
c�e
,

73 
u�t32_t
 *
ht
,

74 cڡ *
��y
);

	@vnf_common/pipeline_actions_common.h

16 #i�de�
__INCLUDE_PIPELINE_ACTIONS_COMMON_H__


17 

	#__INCLUDE_PIPELINE_ACTIONS_COMMON_H__


	)

19 
	~<�d�t.h
>

21 
	~<�e_comm�.h
>

22 
	~<�e_cy�es.h
>

23 
	~<�e_mbuf.h
>

24 
	~<�e_p���e.h
>

26 

	#PIPELINE_PORT_IN_AH
(
f_ah
, 
f_pkt_w�k
, 
f_pkt4_w�k
) \

28 
	`f_ah
( \

29 
__�e_unu�d
 
�e_p���e
 *
p
, \

30 
�e_mbuf
 **
pkts
, \

31 
u�t32_t
 
n_pkts
, \

32 *
�g
) \

34 
u�t32_t
 
i
; \

36 
i
 = 0; i < (
n_pkts
 & (~0x3LLU)); i += 4) \

37 
	`f_pkt4_w�k
(&
pkts
[
i
], 
�g
); \

39  ; 
i
 < 
n_pkts
; i++) \

40 
	`f_pkt_w�k
(
pkts
[
i
], 
�g
); \

43 }

	)

45 

	#PIPELINE_PORT_IN_AH_HIJACK_ALL
(
f_ah
, 
f_pkt_w�k
, 
f_pkt4_w�k
) \

47 
	`f_ah
( \

48 
�e_p���e
 *
p
, \

49 
�e_mbuf
 **
pkts
, \

50 
u�t32_t
 
n_pkts
, \

51 *
�g
) \

53 
u�t64_t
 
pkt_mask
 = 
	`RTE_LEN2MASK
(
n_pkts
, uint64_t); \

54 
u�t32_t
 
i
; \

56 
	`�e_p���e_ah_�ck�_hijack
(
p
, 
pkt_mask
); \

58 
i
 = 0; i < (
n_pkts
 & (~0x3LLU)); i += 4) \

59 
	`f_pkt4_w�k
(&
pkts
[
i
], 
�g
); \

61  ; 
i
 < 
n_pkts
; i++) \

62 
	`f_pkt_w�k
(
pkts
[
i
], 
�g
); \

65 }

	)

67 

	#PIPELINE_TABLE_AH_HIT
(
f_ah
, 
f_pkt_w�k
, 
f_pkt4_w�k
) \

69 
	`f_ah
( \

70 
__�e_unu�d
 
�e_p���e
 *
p
, \

71 
�e_mbuf
 **
pkts
, \

72 
u�t64_t
 
pkts_�_mask
, \

73 
�e_p���e_�b�_��y
 **
���s
, \

74 *
�g
) \

76 i�((
pkts_�_mask
 & (pkts_in_mask + 1)) == 0) { \

77 
u�t64_t
 
n_pkts
 = 
	`__bu�t�_p�cou��
(
pkts_�_mask
); \

78 
u�t32_t
 
i
; \

80 
i
 = 0; i < (
n_pkts
 & (~0x3LLU)); i += 4) \

81 
	`f_pkt4_w�k
(&
pkts
[
i
], &
���s
[i], 
�g
); \

83  ; 
i
 < 
n_pkts
; i++) \

84 
	`f_pkt_w�k
(
pkts
[
i
], 
���s
[i], 
�g
); \

86  ; 
pkts_�_mask
; ) { \

87 
u�t32_t
 
pos
 = 
	`__bu�t�_�z�
(
pkts_�_mask
); \

88 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
; \

90 
pkts_�_mask
 &�~
pkt_mask
; \

91 
	`f_pkt_w�k
(
pkts
[
pos
], 
���s
[pos], 
�g
); \

95 }

	)

97 

	#PIPELINE_TABLE_AH_MISS
(
f_ah
, 
f_pkt_w�k
, 
f_pkt4_w�k
) \

99 
	`f_ah
( \

100 
__�e_unu�d
 
�e_p���e
 *
p
, \

101 
�e_mbuf
 **
pkts
, \

102 
u�t64_t
 
pkts_�_mask
, \

103 
�e_p���e_�b�_��y
 *
��y
, \

104 *
�g
) \

106 i�((
pkts_�_mask
 & (pkts_in_mask + 1)) == 0) { \

107 
u�t64_t
 
n_pkts
 = 
	`__bu�t�_p�cou��
(
pkts_�_mask
); \

108 
u�t32_t
 
i
; \

110 
i
 = 0; i < (
n_pkts
 & (~0x3LLU)); i += 4) \

111 
	`f_pkt4_w�k
(&
pkts
[
i
], 
��y
, 
�g
); \

113  ; 
i
 < 
n_pkts
; i++) \

114 
	`f_pkt_w�k
(
pkts
[
i
], 
��y
, 
�g
); \

116  ; 
pkts_�_mask
; ) { \

117 
u�t32_t
 
pos
 = 
	`__bu�t�_�z�
(
pkts_�_mask
); \

118 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
; \

120 
pkts_�_mask
 &�~
pkt_mask
; \

121 
	`f_pkt_w�k
(
pkts
[
pos
], 
��y
, 
�g
); \

125 }

	)

127 

	#PIPELINE_TABLE_AH_HIT_DROP_TIME
(
f_ah
, 
f_pkt_w�k
, 
f_pkt4_w�k
) \

129 
	`f_ah
( \

130 
�e_p���e
 *
p
, \

131 
�e_mbuf
 **
pkts
, \

132 
u�t64_t
 
pkts_mask
, \

133 
�e_p���e_�b�_��y
 **
���s
, \

134 *
�g
) \

136 
u�t64_t
 
pkts_�_mask
 = 
pkts_mask
; \

137 
u�t64_t
 
pkts_out_mask
 = 
pkts_mask
; \

138 
u�t64_t
 
time
 = 
	`�e_rdtsc
(); \

140 i�((
pkts_�_mask
 & (pkts_in_mask + 1)) == 0) { \

141 
u�t64_t
 
n_pkts
 = 
	`__bu�t�_p�cou��
(
pkts_�_mask
); \

142 
u�t32_t
 
i
; \

144 
i
 = 0; i < (
n_pkts
 & (~0x3LLU)); i += 4) { \

145 
u�t64_t
 
mask
 = 
	`f_pkt4_w�k
(&
pkts
[
i
], \

146 &
���s
[
i
], 
�g
, 
time
); \

147 
pkts_out_mask
 ^�
mask
 << 
i
; \

150  ; 
i
 < 
n_pkts
; i++) { \

151 
u�t64_t
 
mask
 = 
	`f_pkt_w�k
(
pkts
[
i
], \

152 
���s
[
i
], 
�g
, 
time
); \

153 
pkts_out_mask
 ^�
mask
 << 
i
; \

156  ; 
pkts_�_mask
; ) { \

157 
u�t32_t
 
pos
 = 
	`__bu�t�_�z�
(
pkts_�_mask
); \

158 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
; \

159 
u�t64_t
 
mask
 = 
	`f_pkt_w�k
(
pkts
[
pos
], \

160 
���s
[
pos
], 
�g
, 
time
); \

162 
pkts_�_mask
 &�~
pkt_mask
; \

163 
pkts_out_mask
 ^�
mask
 << 
pos
; \

166 
	`�e_p���e_ah_�ck�_dr�
(
p
, 
pkts_out_mask
 ^ 
pkts_mask
); \

169 }

	)

171 

	#PIPELINE_TABLE_AH_MISS_DROP_TIME
(
f_ah
, 
f_pkt_w�k
, 
f_pkt4_w�k
) \

173 
	`f_ah
( \

174 
�e_p���e
 *
p
, \

175 
�e_mbuf
 **
pkts
, \

176 
u�t64_t
 
pkts_mask
, \

177 
�e_p���e_�b�_��y
 *
��y
, \

178 *
�g
) \

180 
u�t64_t
 
pkts_�_mask
 = 
pkts_mask
; \

181 
u�t64_t
 
pkts_out_mask
 = 
pkts_mask
; \

182 
u�t64_t
 
time
 = 
	`�e_rdtsc
(); \

184 i�((
pkts_�_mask
 & (pkts_in_mask + 1)) == 0) { \

185 
u�t64_t
 
n_pkts
 = 
	`__bu�t�_p�cou��
(
pkts_�_mask
); \

186 
u�t32_t
 
i
; \

188 
i
 = 0; i < (
n_pkts
 & (~0x3LLU)); i += 4) { \

189 
u�t64_t
 
mask
 = 
	`f_pkt4_w�k
(&
pkts
[
i
], \

190 
��y
, 
�g
, 
time
); \

191 
pkts_out_mask
 ^�
mask
 << 
i
; \

194  ; 
i
 < 
n_pkts
; i++) { \

195 
u�t64_t
 
mask
 = 
	`f_pkt_w�k
(
pkts
[
i
], 
��y
, 
�g
, 
time
);\

196 
pkts_out_mask
 ^�
mask
 << 
i
; \

199  ; 
pkts_�_mask
; ) { \

200 
u�t32_t
 
pos
 = 
	`__bu�t�_�z�
(
pkts_�_mask
); \

201 
u�t64_t
 
pkt_mask
 = 1LLU << 
pos
; \

202 
u�t64_t
 
mask
 = 
	`f_pkt_w�k
(
pkts
[
pos
], \

203 
��y
, 
�g
, 
time
); \

205 
pkts_�_mask
 &�~
pkt_mask
; \

206 
pkts_out_mask
 ^�
mask
 << 
pos
; \

209 
	`�e_p���e_ah_�ck�_dr�
(
p
, 
pkts_out_mask
 ^ 
pkts_mask
); \

212 }

	)

	@vnf_common/pipeline_be.h

17 #i�de�
__INCLUDE_PIPELINE_BE_H__


18 

	#__INCLUDE_PIPELINE_BE_H__


	)

20 
	~<�e_p�t_�hdev.h
>

21 
	~<�e_p�t_r�g.h
>

22 
	~<�e_p�t_�ag.h
>

23 
	~<�e_p�t_�s.h
>

24 
	~<�e_p�t_sched.h
>

25 
	~<�e_p�t_sour�_s�k.h
>

26 
	~<�e_p���e.h
>

28 
	ep���e_p�t_�_ty�
 {

29 
	mPIPELINE_PORT_IN_ETHDEV_READER
,

30 
	mPIPELINE_PORT_IN_RING_READER
,

31 
	mPIPELINE_PORT_IN_RING_MULTI_READER
,

32 
	mPIPELINE_PORT_IN_RING_READER_IPV4_FRAG
,

33 
	mPIPELINE_PORT_IN_RING_READER_IPV6_FRAG
,

34 
	mPIPELINE_PORT_IN_SCHED_READER
,

35 
	mPIPELINE_PORT_IN_SOURCE
,

38 
	sp���e_p�t_�_��ms
 {

39 
p���e_p�t_�_ty�
 
	mty�
;

41 
�e_p�t_�hdev_�ad�_��ms
 
	m�hdev
;

42 
�e_p�t_r�g_�ad�_��ms
 
	mr�g
;

43 
�e_p�t_r�g_mu�i_�ad�_��ms
 
	mr�g_mu�i
;

44 
�e_p�t_r�g_�ad�_�v4_�ag_��ms
 
	mr�g_�v4_�ag
;

45 
�e_p�t_r�g_�ad�_�v6_�ag_��ms
 
	mr�g_�v6_�ag
;

46 
�e_p�t_sched_�ad�_��ms
 
	msched
;

47 
�e_p�t_sour�_��ms
 
	msour�
;

48 } 
	m��ms
;

49 
u�t32_t
 
	mbur�_size
;

52 
�l�e
 *

53 
	$p���e_p�t_�_��ms_c�v�t
(
p���e_p�t_�_��ms
 *
p
)

55 
p
->
ty�
) {

56 
PIPELINE_PORT_IN_ETHDEV_READER
:

57  (*�&
p
->
��ms
.
�hdev
;

58 
PIPELINE_PORT_IN_RING_READER
:

59  (*�&
p
->
��ms
.
r�g
;

60 
PIPELINE_PORT_IN_RING_MULTI_READER
:

61  (*�&
p
->
��ms
.
r�g_mu�i
;

62 
PIPELINE_PORT_IN_RING_READER_IPV4_FRAG
:

63  (*�&
p
->
��ms
.
r�g_�v4_�ag
;

64 
PIPELINE_PORT_IN_RING_READER_IPV6_FRAG
:

65  (*�&
p
->
��ms
.
r�g_�v6_�ag
;

66 
PIPELINE_PORT_IN_SCHED_READER
:

67  (*�&
p
->
��ms
.
sched
;

68 
PIPELINE_PORT_IN_SOURCE
:

69  (*�&
p
->
��ms
.
sour�
;

71  
NULL
;

73 
	}
}

75 
�l�e
 
�e_p�t_�_�s
 *

76 
	$p���e_p�t_�_��ms_g�_�s
(
p���e_p�t_�_��ms
 *
p
)

78 
p
->
ty�
) {

79 
PIPELINE_PORT_IN_ETHDEV_READER
:

80  &
�e_p�t_�hdev_�ad�_�s
;

81 
PIPELINE_PORT_IN_RING_READER
:

82  &
�e_p�t_r�g_�ad�_�s
;

83 
PIPELINE_PORT_IN_RING_MULTI_READER
:

84  &
�e_p�t_r�g_mu�i_�ad�_�s
;

85 
PIPELINE_PORT_IN_RING_READER_IPV4_FRAG
:

86  &
�e_p�t_r�g_�ad�_�v4_�ag_�s
;

87 
PIPELINE_PORT_IN_RING_READER_IPV6_FRAG
:

88  &
�e_p�t_r�g_�ad�_�v6_�ag_�s
;

89 
PIPELINE_PORT_IN_SCHED_READER
:

90  &
�e_p�t_sched_�ad�_�s
;

91 
PIPELINE_PORT_IN_SOURCE
:

92  &
�e_p�t_sour�_�s
;

94  
NULL
;

96 
	}
}

98 
	ep���e_p�t_out_ty�
 {

99 
	mPIPELINE_PORT_OUT_ETHDEV_WRITER
,

100 
	mPIPELINE_PORT_OUT_ETHDEV_WRITER_NODROP
,

101 
	mPIPELINE_PORT_OUT_RING_WRITER
,

102 
	mPIPELINE_PORT_OUT_RING_MULTI_WRITER
,

103 
	mPIPELINE_PORT_OUT_RING_WRITER_NODROP
,

104 
	mPIPELINE_PORT_OUT_RING_MULTI_WRITER_NODROP
,

105 
	mPIPELINE_PORT_OUT_RING_WRITER_IPV4_RAS
,

106 
	mPIPELINE_PORT_OUT_RING_WRITER_IPV6_RAS
,

107 
	mPIPELINE_PORT_OUT_SCHED_WRITER
,

108 
	mPIPELINE_PORT_OUT_SINK
,

111 
	sp���e_p�t_out_��ms
 {

112 
p���e_p�t_out_ty�
 
	mty�
;

114 
�e_p�t_�hdev_wr��_��ms
 
	m�hdev
;

115 
�e_p�t_�hdev_wr��_nodr�_��ms
 
	m�hdev_nodr�
;

116 
�e_p�t_r�g_wr��_��ms
 
	mr�g
;

117 
�e_p�t_r�g_mu�i_wr��_��ms
 
	mr�g_mu�i
;

118 
�e_p�t_r�g_wr��_nodr�_��ms
 
	mr�g_nodr�
;

119 
�e_p�t_r�g_mu�i_wr��_nodr�_��ms
 
	mr�g_mu�i_nodr�
;

120 
�e_p�t_r�g_wr��_�v4_�s_��ms
 
	mr�g_�v4_�s
;

121 
�e_p�t_r�g_wr��_�v6_�s_��ms
 
	mr�g_�v6_�s
;

122 
�e_p�t_sched_wr��_��ms
 
	msched
;

123 
�e_p�t_s�k_��ms
 
	ms�k
;

124 } 
	m��ms
;

127 
�l�e
 *

128 
	$p���e_p�t_out_��ms_c�v�t
(
p���e_p�t_out_��ms
 *
p
)

130 
p
->
ty�
) {

131 
PIPELINE_PORT_OUT_ETHDEV_WRITER
:

132  (*�&
p
->
��ms
.
�hdev
;

133 
PIPELINE_PORT_OUT_ETHDEV_WRITER_NODROP
:

134  (*�&
p
->
��ms
.
�hdev_nodr�
;

135 
PIPELINE_PORT_OUT_RING_WRITER
:

136  (*�&
p
->
��ms
.
r�g
;

137 
PIPELINE_PORT_OUT_RING_MULTI_WRITER
:

138  (*�&
p
->
��ms
.
r�g_mu�i
;

139 
PIPELINE_PORT_OUT_RING_WRITER_NODROP
:

140  (*�&
p
->
��ms
.
r�g_nodr�
;

141 
PIPELINE_PORT_OUT_RING_MULTI_WRITER_NODROP
:

142  (*�&
p
->
��ms
.
r�g_mu�i_nodr�
;

143 
PIPELINE_PORT_OUT_RING_WRITER_IPV4_RAS
:

144  (*�&
p
->
��ms
.
r�g_�v4_�s
;

145 
PIPELINE_PORT_OUT_RING_WRITER_IPV6_RAS
:

146  (*�&
p
->
��ms
.
r�g_�v6_�s
;

147 
PIPELINE_PORT_OUT_SCHED_WRITER
:

148  (*�&
p
->
��ms
.
sched
;

149 
PIPELINE_PORT_OUT_SINK
:

150  (*�&
p
->
��ms
.
s�k
;

152  
NULL
;

154 
	}
}

156 
�l�e
 *

157 
	$p���e_p�t_out_��ms_g�_�s
(
p���e_p�t_out_��ms
 *
p
)

159 
p
->
ty�
) {

160 
PIPELINE_PORT_OUT_ETHDEV_WRITER
:

161  &
�e_p�t_�hdev_wr��_�s
;

162 
PIPELINE_PORT_OUT_ETHDEV_WRITER_NODROP
:

163  &
�e_p�t_�hdev_wr��_nodr�_�s
;

164 
PIPELINE_PORT_OUT_RING_WRITER
:

165  &
�e_p�t_r�g_wr��_�s
;

166 
PIPELINE_PORT_OUT_RING_MULTI_WRITER
:

167  &
�e_p�t_r�g_mu�i_wr��_�s
;

168 
PIPELINE_PORT_OUT_RING_WRITER_NODROP
:

169  &
�e_p�t_r�g_wr��_nodr�_�s
;

170 
PIPELINE_PORT_OUT_RING_MULTI_WRITER_NODROP
:

171  &
�e_p�t_r�g_mu�i_wr��_nodr�_�s
;

172 
PIPELINE_PORT_OUT_RING_WRITER_IPV4_RAS
:

173  &
�e_p�t_r�g_wr��_�v4_�s_�s
;

174 
PIPELINE_PORT_OUT_RING_WRITER_IPV6_RAS
:

175  &
�e_p�t_r�g_wr��_�v6_�s_�s
;

176 
PIPELINE_PORT_OUT_SCHED_WRITER
:

177  &
�e_p�t_sched_wr��_�s
;

178 
PIPELINE_PORT_OUT_SINK
:

179  &
�e_p�t_s�k_�s
;

181  
NULL
;

183 
	}
}

185 #i�de�
PIPELINE_NAME_SIZE


186 

	#PIPELINE_NAME_SIZE
 64

	)

189 #i�de�
PIPELINE_MAX_PORT_IN


190 

	#PIPELINE_MAX_PORT_IN
 64

	)

193 #i�de�
PIPELINE_MAX_PORT_OUT


194 

	#PIPELINE_MAX_PORT_OUT
 64

	)

197 #i�de�
PIPELINE_MAX_TABLES


198 

	#PIPELINE_MAX_TABLES
 64

	)

201 #i�de�
PIPELINE_MAX_MSGQ_IN


202 

	#PIPELINE_MAX_MSGQ_IN
 64

	)

205 #i�de�
PIPELINE_MAX_MSGQ_OUT


206 

	#PIPELINE_MAX_MSGQ_OUT
 64

	)

209 #i�de�
PIPELINE_MAX_ARGS


210 

	#PIPELINE_MAX_ARGS
 64

	)

213 
	sp���e_��ms
 {

214 
	m�me
[
PIPELINE_NAME_SIZE
];

216 
p���e_p�t_�_��ms
 
	mp�t_�
[
PIPELINE_MAX_PORT_IN
];

217 
p���e_p�t_out_��ms
 
	mp�t_out
[
PIPELINE_MAX_PORT_OUT
];

218 
�e_r�g
 *
	mmsgq_�
[
PIPELINE_MAX_MSGQ_IN
];

219 
�e_r�g
 *
	mmsgq_out
[
PIPELINE_MAX_MSGQ_OUT
];

221 
u�t32_t
 
	mn_p�ts_�
;

222 
u�t32_t
 
	mn_p�ts_out
;

223 
u�t32_t
 
	mn_msgq
;

225 
	msock�_id
;

227 *
	m�gs_�me
[
PIPELINE_MAX_ARGS
];

228 *
	m�gs_v�ue
[
PIPELINE_MAX_ARGS
];

229 
u�t32_t
 
	mn_�gs
;

231 
u�t32_t
 
	mlog_�v�
;

238 * (*
	tp���e_be_�_��
)(
	tp���e_��ms
 *
	t��ms
,

239 *
	t�g
);

241 (*
	tp���e_be_�_�
)(*
	tp���e
);

243 (*
	tp���e_be_�_run
)(*
	tp���e
);

245 (*
	tp���e_be_�_tim�
)(*
	tp���e
);

247 (*
	tp���e_be_�_�ack
)(*
	tp���e
,

248 
	tu�t32_t
 
	tp�t_�
,

249 
	tu�t32_t
 *
	tp�t_out
);

251 
	sp���e_be_�s
 {

252 
p���e_be_�_��
 
f_��
;

253 
p���e_be_�_�
 
f_�
;

254 
p���e_be_�_run
 
f_run
;

255 
p���e_be_�_tim�
 
f_tim�
;

256 
p���e_be_�_�ack
 
f_�ack
;

260 

	#PIPELINE_ARG_CHECK
(
exp
, 
fmt
, ...) \

262 i�(!(
exp
)) { \

263 
	`�r�tf
(
�d�r
, 
fmt
 "\n", ## 
__VA_ARGS__
); \

266 
	}
} 0)

	)

268 

	#PIPELINE_PARSE_ERR_INV_VAL
(
exp
, 
��i�
, 
��y
, 
v�
) \

269 
	`PIPELINE_ARG_CHECK
(
exp
, "Parse�rror in section \"%s\":�ntry \"%s\" " \

270 "ha��v�id v�u�(\"%s\")", 
��i�
, 
��y
, 
v�
)

	)

272 

	#PIPELINE_PARSE_ERR_OUT_RNG
(
exp
, 
��i�
, 
��y
, 
v�
) \

273 
	`PIPELINE_ARG_CHECK
(
exp
, "Parse�rror in section \"%s\":�ntry \"%s\" " \

274 "v�u�i�ou�o�ng�(\"%s\")", 
��i�
, 
��y
, 
v�
)

	)

276 

	#PIPELINE_PARSE_ERR_DUPLICATE
(
exp
, 
��i�
, 
��y
) \

277 
	`PIPELINE_ARG_CHECK
(
exp
, "Parse�rror in section \"%s\": duplicated " \

278 "��y \"%s\"", 
��i�
, 
��y
)

	)

280 

	#PIPELINE_PARSE_ERR_INV_ENT
(
exp
, 
��i�
, 
��y
) \

281 
	`PIPELINE_ARG_CHECK
(
exp
, "Parse�rror in section \"%s\": invalid�ntry " \

282 "\"%s\"", 
��i�
, 
��y
)

	)

284 

	#PIPELINE_PARSE_ERR_MANDATORY
(
exp
, 
��i�
, 
��y
) \

285 
	`PIPELINE_ARG_CHECK
(
exp
, "Parse�rror in section \"%s\": mandatory " \

286 "��y \"%s\" i�miss�g", 
��i�
, 
��y
)

	)

	@vnf_common/thread.c

17 
	~<�e_comm�.h
>

18 
	~<�e_cy�es.h
>

19 
	~<�e_p���e.h
>

21 
	~"p���e_comm�_be.h
"

22 
	~"�p.h
"

23 
	~"th�ad.h
"

25 #i�
APP_THREAD_HEADROOM_STATS_COLLECT


27 

	#PIPELINE_RUN_REGULAR
(
th�ad
, 
p���e
) \

29 
u�t64_t
 
t0
 = 
	`�e_rdtsc_�eci�
(); \

30 
n_pkts
 = 
	`�e_p���e_run
(
p���e
->
p
); \

32 i�(
n_pkts
 == 0) { \

33 
u�t64_t
 
t1
 = 
	`�e_rdtsc_�eci�
(); \

35 
th�ad
->
h�droom_cy�es
 +�
t1
 - 
t0
; \

37 } 0)

	)

40 

	#PIPELINE_RUN_CUSTOM
(
th�ad
, 
d�a
) \

42 
u�t64_t
 
t0
 = 
	`�e_rdtsc_�eci�
(); \

43 
n_pkts
 = 
d�a
->
	`f_run
(d�a->
be
); \

45 i�(
n_pkts
 == 0) { \

46 
u�t64_t
 
t1
 = 
	`�e_rdtsc_�eci�
(); \

48 
th�ad
->
h�droom_cy�es
 +�
t1
 - 
t0
; \

50 } 0)

	)

54 

	#PIPELINE_RUN_REGULAR
(
th�ad
, 
p���e
) \

55 
	`�e_p���e_run
(
p���e
->
p
)

	)

57 

	#PIPELINE_RUN_CUSTOM
(
th�ad
, 
d�a
) \

58 
d�a
->
	`f_run
(d�a->
be
)

	)

62 
�l�e
 *

63 
	$th�ad_msg_�cv
(
�e_r�g
 *
r
)

65 *
msg
;

66 
��us
 = 
	`�e_r�g_sc_dequeue
(
r
, &
msg
);

68 i�(
��us
 != 0)

69  
NULL
;

71  
msg
;

72 
	}
}

74 
�l�e
 

75 
	$th�ad_msg_�nd
(
�e_r�g
 *
r
,

76 *
msg
)

78 
��us
;

81 
��us
 = 
	`�e_r�g_�_�queue
(
r
, 
msg
);

82 } 
��us
 =�-
ENOBUFS
);

83 
	}
}

86 
	$th�ad_p���e_�ab�
(
�p_th�ad_d�a
 *
t
,

87 
th�ad_p���e_�ab�_msg_�q
 *
�q
)

89 
�p_th�ad_p���e_d�a
 *
p
;

91 i�(
�q
->
f_run
 =�
NULL
) {

92 i�(
t
->
n_�gu�r
 >�
APP_MAX_THREAD_PIPELINES
)

95 i�(
t
->
n_cu�om
 >�
APP_MAX_THREAD_PIPELINES
)

99 
p
 = (
�q
->
f_run
 =�
NULL
) ?

100 &
t
->
�gu�r
[t->
n_�gu�r
] :

101 &
t
->
cu�om
[t->
n_cu�om
];

103 
p
->
p���e_id
 = 
�q
->pipeline_id;

104 
p
->
be
 = 
�q
->be;

105 
p
->
f_run
 = 
�q
->f_run;

106 
p
->
f_tim�
 = 
�q
->f_timer;

107 
p
->
tim�_�riod
 = 
�q
->timer_period;

108 
p
->
d�dl�e
 = 0;

110 i�(
�q
->
f_run
 =�
NULL
)

111 
t
->
n_�gu�r
++;

113 
t
->
n_cu�om
++;

116 
	}
}

119 
	$th�ad_p���e_di�b�
(
�p_th�ad_d�a
 *
t
,

120 
th�ad_p���e_di�b�_msg_�q
 *
�q
)

122 
u�t32_t
 
n_�gu�r
 = 
	`RTE_MIN
(
t
->n_�gu�r, 
	`RTE_DIM
�->
�gu�r
));

123 
u�t32_t
 
n_cu�om
 = 
	`RTE_MIN
(
t
->n_cu�om, 
	`RTE_DIM
�->
cu�om
));

124 
u�t32_t
 
i
;

127 
i
 = 0; i < 
n_�gu�r
; i++) {

128 i�(
t
->
�gu�r
[
i
].
p���e_id
 !�
�q
->pipeline_id)

131 i�(
i
 < 
n_�gu�r
 - 1)

132 
	`mem�y
(&
t
->
�gu�r
[
i
],

133 &
t
->
�gu�r
[
i
+1],

134 (
n_�gu�r
 - 1 - 
i
�* (
�p_th�ad_p���e_d�a
));

136 
n_�gu�r
--;

137 
t
->
n_�gu�r
 =�_regular;

143 
i
 = 0; i < 
n_cu�om
; i++) {

144 i�(
t
->
cu�om
[
i
].
p���e_id
 !�
�q
->pipeline_id)

147 i�(
i
 < 
n_cu�om
 - 1)

148 
	`mem�y
(&
t
->
cu�om
[
i
],

149 &
t
->
cu�om
[
i
+1],

150 (
n_cu�om
 - 1 - 
i
�* (
�p_th�ad_p���e_d�a
));

152 
n_cu�om
--;

153 
t
->
n_cu�om
 =�_custom;

160 
	}
}

163 
	$th�ad_msg_�q_h�d�
(
�p_th�ad_d�a
 *
t
)

165 *
msg_�r
;

166 
th�ad_msg_�q
 *
�q
;

167 
th�ad_msg_r�
 *
r�
;

169 
msg_�r
 = 
	`th�ad_msg_�cv
(
t
->
msgq_�
);

170 
�q
 = 
msg_�r
;

171 
r�
 = 
msg_�r
;

173 i�(
�q
 !�
NULL
)

174 
�q
->
ty�
) {

175 
THREAD_MSG_REQ_PIPELINE_ENABLE
: {

176 
r�
->
��us
 = 
	`th�ad_p���e_�ab�
(
t
,

177 (
th�ad_p���e_�ab�_msg_�q
 *�
�q
);

178 
	`th�ad_msg_�nd
(
t
->
msgq_out
, 
r�
);

182 
THREAD_MSG_REQ_PIPELINE_DISABLE
: {

183 
r�
->
��us
 = 
	`th�ad_p���e_di�b�
(
t
,

184 (
th�ad_p���e_di�b�_msg_�q
 *�
�q
);

185 
	`th�ad_msg_�nd
(
t
->
msgq_out
, 
r�
);

189 
THREAD_MSG_REQ_HEADROOM_READ
: {

190 
th�ad_h�droom_�ad_msg_r�
 *
r�
 =

191 (
th�ad_h�droom_�ad_msg_r�
 *)

192 
�q
;

194 
r�
->
h�droom_�tio
 = 
t
->headroom_ratio;

195 
r�
->
��us
 = 0;

196 
	`th�ad_msg_�nd
(
t
->
msgq_out
, 
r�
);

204 
	}
}

207 
	$th�ad_h�droom_upd�e
(
�p_th�ad_d�a
 *
t
, 
u�t64_t
 
time
)

209 
u�t64_t
 
time_diff
 = 
time
 - 
t
->
h�droom_time
;

211 
t
->
h�droom_�tio
 =

212 ((�
t
->
h�droom_cy�es
�/ ((�
time_diff
);

214 
t
->
h�droom_cy�es
 = 0;

215 
t
->
h�droom_time
 = 
	`�e_rdtsc_�eci�
();

216 
	}
}

219 
	$�p_th�ad
(*
�g
)

221 
�p_��ms
 *
�p
 = (�p_��m�*�
�g
;

222 
u�t32_t
 
c�e_id
 = 
	`�e_lc�e_id
(), 
i
, 
j
;

223 
�p_th�ad_d�a
 *
t
 = &
�p
->
th�ad_d�a
[
c�e_id
];

225 
i
 = 0; ; i++) {

226 
u�t32_t
 
n_�gu�r
 = 
	`RTE_MIN
(
t
->n_�gu�r, 
	`RTE_DIM
�->
�gu�r
));

227 
u�t32_t
 
n_cu�om
 = 
	`RTE_MIN
(
t
->n_cu�om, 
	`RTE_DIM
�->
cu�om
));

230 
j
 = 0; j < 
n_�gu�r
; j++) {

231 
�p_th�ad_p���e_d�a
 *
d�a
 = &
t
->
�gu�r
[
j
];

232 
p���e
 *
p
 = 
d�a
->
be
;

234 
	`PIPELINE_RUN_REGULAR
(
t
, 
p
);

238 
j
 = 0; j < 
n_cu�om
; j++) {

239 
�p_th�ad_p���e_d�a
 *
d�a
 = &
t
->
cu�om
[
j
];

241 
	`PIPELINE_RUN_CUSTOM
(
t
, 
d�a
);

245 i�((
i
 & 0xF) == 0) {

246 
u�t64_t
 
time
 = 
	`�e_g�_tsc_cy�es
();

247 
u�t64_t
 
t_d�dl�e
 = 
UINT64_MAX
;

249 i�(
time
 < 
t
->
d�dl�e
)

253 
j
 = 0; j < 
n_�gu�r
; j++) {

254 
�p_th�ad_p���e_d�a
 *
d�a
 =

255 &
t
->
�gu�r
[
j
];

256 
u�t64_t
 
p_d�dl�e
 = 
d�a
->
d�dl�e
;

258 i�(
p_d�dl�e
 <�
time
) {

259 
d�a
->
	`f_tim�
(d�a->
be
);

260 
p_d�dl�e
 = 
time
 + 
d�a
->
tim�_�riod
;

261 
d�a
->
d�dl�e
 = 
p_d�dl�e
;

264 i�(
p_d�dl�e
 < 
t_d�dl�e
)

265 
t_d�dl�e
 = 
p_d�dl�e
;

269 
j
 = 0; j < 
n_cu�om
; j++) {

270 
�p_th�ad_p���e_d�a
 *
d�a
 =

271 &
t
->
cu�om
[
j
];

272 
u�t64_t
 
p_d�dl�e
 = 
d�a
->
d�dl�e
;

274 i�(
p_d�dl�e
 <�
time
) {

275 
d�a
->
	`f_tim�
(d�a->
be
);

276 
p_d�dl�e
 = 
time
 + 
d�a
->
tim�_�riod
;

277 
d�a
->
d�dl�e
 = 
p_d�dl�e
;

280 i�(
p_d�dl�e
 < 
t_d�dl�e
)

281 
t_d�dl�e
 = 
p_d�dl�e
;

286 
u�t64_t
 
d�dl�e
 = 
t
->
th�ad_�q_d�dl�e
;

288 i�(
d�dl�e
 <�
time
) {

289 
	`th�ad_msg_�q_h�d�
(
t
);

290 
	`th�ad_h�droom_upd�e
(
t
, 
time
);

291 
d�dl�e
 = 
time
 + 
t
->
tim�_�riod
;

292 
t
->
th�ad_�q_d�dl�e
 = 
d�dl�e
;

295 i�(
d�dl�e
 < 
t_d�dl�e
)

296 
t_d�dl�e
 = 
d�dl�e
;

300 
t
->
d�dl�e
 = 
t_d�dl�e
;

305 
	}
}

	@vnf_common/thread.h

17 #i�de�
THREAD_H_


18 

	#THREAD_H_


	)

20 
	~"�p.h
"

21 
	~"p���e_be.h
"

23 
	eth�ad_msg_�q_ty�
 {

24 
	mTHREAD_MSG_REQ_PIPELINE_ENABLE
 = 0,

25 
	mTHREAD_MSG_REQ_PIPELINE_DISABLE
,

26 
	mTHREAD_MSG_REQ_HEADROOM_READ
,

27 
	mTHREAD_MSG_REQS


30 
	sth�ad_msg_�q
 {

31 
th�ad_msg_�q_ty�
 
	mty�
;

34 
	sth�ad_msg_r�
 {

35 
	m��us
;

41 
	sth�ad_p���e_�ab�_msg_�q
 {

42 
th�ad_msg_�q_ty�
 
	mty�
;

44 
u�t32_t
 
	mp���e_id
;

45 *
	mbe
;

46 
p���e_be_�_run
 
	mf_run
;

47 
p���e_be_�_tim�
 
	mf_tim�
;

48 
u�t64_t
 
	mtim�_�riod
;

51 
	sth�ad_p���e_�ab�_msg_r�
 {

52 
	m��us
;

58 
	sth�ad_p���e_di�b�_msg_�q
 {

59 
th�ad_msg_�q_ty�
 
	mty�
;

61 
u�t32_t
 
	mp���e_id
;

64 
	sth�ad_p���e_di�b�_msg_r�
 {

65 
	m��us
;

71 
	sth�ad_h�droom_�ad_msg_�q
 {

72 
th�ad_msg_�q_ty�
 
	mty�
;

75 
	sth�ad_h�droom_�ad_msg_r�
 {

76 
	m��us
;

78 
	mh�droom_�tio
;

	@vnf_common/thread_fe.c

17 
	~<�e_comm�.h
>

18 
	~<�e_r�g.h
>

19 
	~<�e_m�loc.h
>

20 
	~<cmdl�e_rdl�e.h
>

21 
	~<cmdl�e_�r�.h
>

22 
	~<cmdl�e_�r�_num.h
>

23 
	~<cmdl�e_�r�_�r�g.h
>

24 
	~<cmdl�e_�r�_�addr.h
>

25 
	~<cmdl�e_�r�_�h�addr.h
>

26 
	~<cmdl�e_sock�.h
>

27 
	~<cmdl�e.h
>

29 
	~"th�ad.h
"

30 
	~"th�ad_�.h
"

31 
	~"p���e.h
"

32 
	~"p���e_comm�_�.h
"

33 
	~"�p.h
"

35 
�l�e
 *

36 
	$th�ad_msg_�nd_�cv
(
�p_��ms
 *
�p
,

37 
u�t32_t
 
sock�_id
, u�t32_�
c�e_id
, u�t32_�
ht_id
,

38 *
msg
,

39 
u�t32_t
 
timeout_ms
)

41 
�e_r�g
 *
r_�q
 = 
	`�p_th�ad_msgq_�_g�
(
�p
,

42 
sock�_id
, 
c�e_id
, 
ht_id
);

43 if(
r_�q
 =�
NULL
)

44  
NULL
;

45 
�e_r�g
 *
r_r�
 = 
	`�p_th�ad_msgq_out_g�
(
�p
,

46 
sock�_id
, 
c�e_id
, 
ht_id
);

47 if(
r_r�
 =�
NULL
)

48  
NULL
;

49 
u�t64_t
 
hz
 = 
	`�e_g�_tsc_hz
();

50 *
msg_�cv
;

51 
u�t64_t
 
d�dl�e
;

52 
��us
;

56 
��us
 = 
	`�e_r�g_�_�queue
(
r_�q
, (*�
msg
);

57 } 
��us
 =�-
ENOBUFS
);

60 
d�dl�e
 = (
timeout_ms
) ?

61 (
	`�e_rdtsc
(�+ ((
hz
 * 
timeout_ms
) / 1000)) :

62 
UINT64_MAX
;

65 i�(
	`�e_rdtsc
(�> 
d�dl�e
)

66  
NULL
;

68 
��us
 = 
	`�e_r�g_sc_dequeue
(
r_r�
, &
msg_�cv
);

69 } 
��us
 != 0);

71  
msg_�cv
;

72 
	}
}

75 
	$�p_p���e_�ab�
(
�p_��ms
 *
�p
,

76 
u�t32_t
 
sock�_id
,

77 
u�t32_t
 
c�e_id
,

78 
u�t32_t
 
hy�r_th_id
,

79 
u�t32_t
 
p���e_id
)

81 
th�ad_p���e_�ab�_msg_�q
 *
�q
;

82 
th�ad_p���e_�ab�_msg_r�
 *
r�
;

83 
th�ad_id
;

84 
�p_p���e_d�a
 *
p
;

85 
�p_p���e_��ms
 *
p_��ms
;

86 
p���e_ty�
 *
p_ty�
;

87 
��us
;

89 i�(
�p
 =�
NULL
)

92 
th�ad_id
 = 
	`�u_c�e_m�_g�_lc�e_id
(
�p
->
c�e_m�
,

93 
sock�_id
,

94 
c�e_id
,

95 
hy�r_th_id
);

97 i�((
th�ad_id
 < 0�|| !
	`�p_c�e_is_�ab�d
(
�p
,�hread_id))

100 i�(
	`�p_p���e_d�a
(
�p
, 
p���e_id
�=�
NULL
)

103 
p
 = &
�p
->
p���e_d�a
[
p���e_id
];

104 
p_��ms
 = &
�p
->
p���e_��ms
[
p���e_id
];

105 
p_ty�
 = 
	`�p_p���e_ty�_f�d
(
�p
, 
p_��ms
->
ty�
);

106 i�(
p_ty�
 =�
NULL
)

109 i�(
p
->
�ab�d
 == 1)

112 
�q
 = 
	`�p_msg_�loc
(
�p
);

113 i�(
�q
 =�
NULL
)

116 
�q
->
ty�
 = 
THREAD_MSG_REQ_PIPELINE_ENABLE
;

117 
�q
->
p���e_id
 =�ipeline_id;

118 
�q
->
be
 = 
p
->be;

119 
�q
->
f_run
 = 
p_ty�
->
be_�s
->f_run;

120 
�q
->
f_tim�
 = 
p_ty�
->
be_�s
->f_timer;

121 
�q
->
tim�_�riod
 = 
p
->timer_period;

123 
r�
 = 
	`th�ad_msg_�nd_�cv
(
�p
,

124 
sock�_id
, 
c�e_id
, 
hy�r_th_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

125 i�(
r�
 =�
NULL
)

128 
��us
 = 
r�
->status;

129 
	`�p_msg_�
(
�p
, 
r�
);

131 i�(
��us
 != 0)

134 
p
->
�ab�d
 = 1;

136 
	}
}

139 
	$�p_p���e_di�b�
(
�p_��ms
 *
�p
,

140 
u�t32_t
 
sock�_id
,

141 
u�t32_t
 
c�e_id
,

142 
u�t32_t
 
hy�r_th_id
,

143 
u�t32_t
 
p���e_id
)

145 
th�ad_p���e_di�b�_msg_�q
 *
�q
;

146 
th�ad_p���e_di�b�_msg_r�
 *
r�
;

147 
th�ad_id
;

148 
�p_p���e_d�a
 *
p
;

149 
��us
;

151 i�(
�p
 =�
NULL
)

154 
th�ad_id
 = 
	`�u_c�e_m�_g�_lc�e_id
(
�p
->
c�e_m�
,

155 
sock�_id
,

156 
c�e_id
,

157 
hy�r_th_id
);

159 i�((
th�ad_id
 < 0�|| !
	`�p_c�e_is_�ab�d
(
�p
,�hread_id))

162 i�(
	`�p_p���e_d�a
(
�p
, 
p���e_id
�=�
NULL
)

165 
p
 = &
�p
->
p���e_d�a
[
p���e_id
];

167 i�(
p
->
�ab�d
 == 0)

170 
�q
 = 
	`�p_msg_�loc
(
�p
);

171 i�(
�q
 =�
NULL
)

174 
�q
->
ty�
 = 
THREAD_MSG_REQ_PIPELINE_DISABLE
;

175 
�q
->
p���e_id
 =�ipeline_id;

177 
r�
 = 
	`th�ad_msg_�nd_�cv
(
�p
,

178 
sock�_id
, 
c�e_id
, 
hy�r_th_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

180 i�(
r�
 =�
NULL
)

183 
��us
 = 
r�
->status;

184 
	`�p_msg_�
(
�p
, 
r�
);

186 i�(
��us
 != 0)

189 
p
->
�ab�d
 = 0;

191 
	}
}

194 
	$�p_th�ad_h�droom
(
�p_��ms
 *
�p
,

195 
u�t32_t
 
sock�_id
,

196 
u�t32_t
 
c�e_id
,

197 
u�t32_t
 
hy�r_th_id
)

199 
th�ad_h�droom_�ad_msg_�q
 *
�q
;

200 
th�ad_h�droom_�ad_msg_r�
 *
r�
;

201 
th�ad_id
;

202 
��us
;

204 i�(
�p
 =�
NULL
)

207 
th�ad_id
 = 
	`�u_c�e_m�_g�_lc�e_id
(
�p
->
c�e_m�
,

208 
sock�_id
,

209 
c�e_id
,

210 
hy�r_th_id
);

212 i�((
th�ad_id
 < 0�|| !
	`�p_c�e_is_�ab�d
(
�p
,�hread_id))

215 
�q
 = 
	`�p_msg_�loc
(
�p
);

216 i�(
�q
 =�
NULL
)

219 
�q
->
ty�
 = 
THREAD_MSG_REQ_HEADROOM_READ
;

221 
r�
 = 
	`th�ad_msg_�nd_�cv
(
�p
,

222 
sock�_id
, 
c�e_id
, 
hy�r_th_id
, 
�q
, 
MSG_TIMEOUT_DEFAULT
);

224 i�(
r�
 =�
NULL
)

227 
��us
 = 
r�
->status;

229 i�(
��us
 != 0)

232 
	`��tf
("%.3f%%\n", 
r�
->
h�droom_�tio
 * 100);

235 
	`�p_msg_�
(
�p
, 
r�
);

238 
	}
}

244 
	scmd_p���e_�ab�_�su�
 {

245 
cmdl�e_fixed_�r�g_t
 
	mt_�r�g
;

246 
cmdl�e_fixed_�r�g_t
 
	mt_id_�r�g
;

247 
cmdl�e_fixed_�r�g_t
 
	mp���e_�r�g
;

248 
u�t32_t
 
	mp���e_id
;

249 
cmdl�e_fixed_�r�g_t
 
	m�ab�_�r�g
;

253 
	$cmd_p���e_�ab�_�r�d
(

254 *
�r�d_�su�
,

255 
__�e_unu�d
 
cmdl�e
 *
�
,

256 *
d�a
)

258 
cmd_p���e_�ab�_�su�
 *
��ms
 = 
�r�d_�su�
;

259 
�p_��ms
 *
�p
 = 
d�a
;

260 
��us
;

261 
u�t32_t
 
c�e_id
, 
sock�_id
, 
hy�r_th_id
;

263 i�(
	`�r�_p���e_c�e
(&
sock�_id
,

264 &
c�e_id
,

265 &
hy�r_th_id
,

266 
��ms
->
t_id_�r�g
) != 0) {

267 
	`��tf
("Command failed\n");

271 
��us
 = 
	`�p_p���e_�ab�
(
�p
,

272 
sock�_id
,

273 
c�e_id
,

274 
hy�r_th_id
,

275 
��ms
->
p���e_id
);

277 i�(
��us
 != 0)

278 
	`��tf
("Command failed\n");

279 
	}
}

281 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p���e_�ab�_t_�r�g
 =

282 
TOKEN_STRING_INITIALIZER
(
cmd_p���e_�ab�_�su�
, 
t_�r�g
, "t");

284 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p���e_�ab�_t_id_�r�g
 =

285 
TOKEN_STRING_INITIALIZER
(
cmd_p���e_�ab�_�su�
, 
t_id_�r�g
,

286 
NULL
);

288 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p���e_�ab�_p���e_�r�g
 =

289 
TOKEN_STRING_INITIALIZER
(
cmd_p���e_�ab�_�su�
, 
p���e_�r�g
,

292 
cmdl�e_�r�_tok�_num_t
 
	gcmd_p���e_�ab�_p���e_id
 =

293 
TOKEN_NUM_INITIALIZER
(
cmd_p���e_�ab�_�su�
, 
p���e_id
,

294 
UINT32
);

296 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p���e_�ab�_�ab�_�r�g
 =

297 
TOKEN_STRING_INITIALIZER
(
cmd_p���e_�ab�_�su�
, 
�ab�_�r�g
,

300 
cmdl�e_�r�_��_t
 
	gcmd_p���e_�ab�
 = {

301 .
f
 = 
cmd_p���e_�ab�_�r�d
,

302 .
	gd�a
 = 
NULL
,

303 .
	gh�p_�r
 = "Enable�ipeline on specified core",

304 .
	gtok�s
 = {

305 (*)&
cmd_p���e_�ab�_t_�r�g
,

306 (*)&
cmd_p���e_�ab�_t_id_�r�g
,

307 (*)&
cmd_p���e_�ab�_p���e_�r�g
,

308 (*)&
cmd_p���e_�ab�_p���e_id
,

309 (*)&
cmd_p���e_�ab�_�ab�_�r�g
,

310 
NULL
,

318 
	scmd_p���e_di�b�_�su�
 {

319 
cmdl�e_fixed_�r�g_t
 
	mt_�r�g
;

320 
cmdl�e_fixed_�r�g_t
 
	mt_id_�r�g
;

321 
cmdl�e_fixed_�r�g_t
 
	mp���e_�r�g
;

322 
u�t32_t
 
	mp���e_id
;

323 
cmdl�e_fixed_�r�g_t
 
	mdi�b�_�r�g
;

327 
	$cmd_p���e_di�b�_�r�d
(

328 *
�r�d_�su�
,

329 
__�e_unu�d
 
cmdl�e
 *
�
,

330 *
d�a
)

332 
cmd_p���e_di�b�_�su�
 *
��ms
 = 
�r�d_�su�
;

333 
�p_��ms
 *
�p
 = 
d�a
;

334 
��us
;

335 
u�t32_t
 
c�e_id
, 
sock�_id
, 
hy�r_th_id
;

337 i�(
	`�r�_p���e_c�e
(&
sock�_id
,

338 &
c�e_id
,

339 &
hy�r_th_id
,

340 
��ms
->
t_id_�r�g
) != 0) {

341 
	`��tf
("Command failed\n");

345 
��us
 = 
	`�p_p���e_di�b�
(
�p
,

346 
sock�_id
,

347 
c�e_id
,

348 
hy�r_th_id
,

349 
��ms
->
p���e_id
);

351 i�(
��us
 != 0)

352 
	`��tf
("Command failed\n");

353 
	}
}

355 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p���e_di�b�_t_�r�g
 =

356 
TOKEN_STRING_INITIALIZER
(
cmd_p���e_di�b�_�su�
, 
t_�r�g
, "t");

358 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p���e_di�b�_t_id_�r�g
 =

359 
TOKEN_STRING_INITIALIZER
(
cmd_p���e_di�b�_�su�
, 
t_id_�r�g
,

360 
NULL
);

362 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p���e_di�b�_p���e_�r�g
 =

363 
TOKEN_STRING_INITIALIZER
(
cmd_p���e_di�b�_�su�
,

364 
p���e_�r�g
, "pipeline");

366 
cmdl�e_�r�_tok�_num_t
 
	gcmd_p���e_di�b�_p���e_id
 =

367 
TOKEN_NUM_INITIALIZER
(
cmd_p���e_di�b�_�su�
, 
p���e_id
,

368 
UINT32
);

370 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_p���e_di�b�_di�b�_�r�g
 =

371 
TOKEN_STRING_INITIALIZER
(
cmd_p���e_di�b�_�su�
, 
di�b�_�r�g
,

374 
cmdl�e_�r�_��_t
 
	gcmd_p���e_di�b�
 = {

375 .
f
 = 
cmd_p���e_di�b�_�r�d
,

376 .
	gd�a
 = 
NULL
,

377 .
	gh�p_�r
 = "Disable�ipeline on specified core",

378 .
	gtok�s
 = {

379 (*)&
cmd_p���e_di�b�_t_�r�g
,

380 (*)&
cmd_p���e_di�b�_t_id_�r�g
,

381 (*)&
cmd_p���e_di�b�_p���e_�r�g
,

382 (*)&
cmd_p���e_di�b�_p���e_id
,

383 (*)&
cmd_p���e_di�b�_di�b�_�r�g
,

384 
NULL
,

393 
	scmd_th�ad_h�droom_�su�
 {

394 
cmdl�e_fixed_�r�g_t
 
	mt_�r�g
;

395 
cmdl�e_fixed_�r�g_t
 
	mt_id_�r�g
;

396 
cmdl�e_fixed_�r�g_t
 
	mh�droom_�r�g
;

400 
	$cmd_th�ad_h�droom_�r�d
(

401 *
�r�d_�su�
,

402 
__�e_unu�d
 
cmdl�e
 *
�
,

403 *
d�a
)

405 
cmd_th�ad_h�droom_�su�
 *
��ms
 = 
�r�d_�su�
;

406 
�p_��ms
 *
�p
 = 
d�a
;

407 
��us
;

408 
u�t32_t
 
c�e_id
, 
sock�_id
, 
hy�r_th_id
;

410 i�(
	`�r�_p���e_c�e
(&
sock�_id
,

411 &
c�e_id
,

412 &
hy�r_th_id
,

413 
��ms
->
t_id_�r�g
) != 0) {

414 
	`��tf
("Command failed\n");

418 
��us
 = 
	`�p_th�ad_h�droom
(
�p
,

419 
sock�_id
,

420 
c�e_id
,

421 
hy�r_th_id
);

423 i�(
��us
 != 0)

424 
	`��tf
("Command failed\n");

425 
	}
}

427 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_th�ad_h�droom_t_�r�g
 =

428 
TOKEN_STRING_INITIALIZER
(
cmd_th�ad_h�droom_�su�
,

429 
t_�r�g
, "t");

431 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_th�ad_h�droom_t_id_�r�g
 =

432 
TOKEN_STRING_INITIALIZER
(
cmd_th�ad_h�droom_�su�
,

433 
t_id_�r�g
, 
NULL
);

435 
cmdl�e_�r�_tok�_�r�g_t
 
	gcmd_th�ad_h�droom_h�droom_�r�g
 =

436 
TOKEN_STRING_INITIALIZER
(
cmd_th�ad_h�droom_�su�
,

437 
h�droom_�r�g
, "headroom");

439 
cmdl�e_�r�_��_t
 
	gcmd_th�ad_h�droom
 = {

440 .
f
 = 
cmd_th�ad_h�droom_�r�d
,

441 .
	gd�a
 = 
NULL
,

442 .
	gh�p_�r
 = "Display�hread headroom",

443 .
	gtok�s
 = {

444 (*)&
cmd_th�ad_h�droom_t_�r�g
,

445 (*)&
cmd_th�ad_h�droom_t_id_�r�g
,

446 (*)&
cmd_th�ad_h�droom_h�droom_�r�g
,

447 
NULL
,

452 
cmdl�e_�r�_�x_t
 
	gth�ad_cmds
[] = {

453 (
cmdl�e_�r�_��_t
 *�&
cmd_p���e_�ab�
,

454 (
cmdl�e_�r�_��_t
 *�&
cmd_p���e_di�b�
,

455 (
cmdl�e_�r�_��_t
 *�&
cmd_th�ad_h�droom
,

456 
NULL
,

460 
	$�p_p���e_th�ad_cmd_push
(
�p_��ms
 *
�p
)

462 
u�t32_t
 
n_cmds
, 
i
;

465 
n_cmds
 = 
	`RTE_DIM
(
th�ad_cmds
) - 1;

466 i�(
n_cmds
 > 
APP_MAX_CMDS
 - 
�p
->n_cmds)

467  -
ENOMEM
;

470 
	`mem�y
(&
�p
->
cmds
[�p->
n_cmds
], 
th�ad_cmds
,

471 
n_cmds
 * (
cmdl�e_�r�_�x_t
));

473 
i
 = 0; i < 
n_cmds
; i++)

474 
�p
->
cmds
[�p->
n_cmds
 + 
i
]->
d�a
 =�pp;

476 
�p
->
n_cmds
 +=�_cmds;

477 
�p
->
cmds
[�p->
n_cmds
] = 
NULL
;

480 
	}
}

	@vnf_common/thread_fe.h

17 #i�de�
THREAD_FE_H_


18 

	#THREAD_FE_H_


	)

20 
�l�e
 
�e_r�g
 *

21 
	$�p_th�ad_msgq_�_g�
(
�p_��ms
 *
�p
,

22 
u�t32_t
 
sock�_id
, u�t32_�
c�e_id
, u�t32_�
ht_id
)

24 
msgq_�me
[32];

25 
ssize_t
 
��m_idx
;

27 
	`���tf
(
msgq_�me
, (msgq_name),

28 "MSGQ-REQ-CORE-s%" 
PRIu32
 "c%" PRIu32 "%s",

29 
sock�_id
,

30 
c�e_id
,

31 (
ht_id
) ? "h" : "");

32 
��m_idx
 = 
	`APP_PARAM_FIND
(
�p
->
msgq_��ms
, 
msgq_�me
);

34 i�(
��m_idx
 < 0)

35  
NULL
;

37  
�p
->
msgq
[
��m_idx
];

38 
	}
}

40 
�l�e
 
�e_r�g
 *

41 
	$�p_th�ad_msgq_out_g�
(
�p_��ms
 *
�p
,

42 
u�t32_t
 
sock�_id
, u�t32_�
c�e_id
, u�t32_�
ht_id
)

44 
msgq_�me
[32];

45 
ssize_t
 
��m_idx
;

47 
	`���tf
(
msgq_�me
, (msgq_name),

48 "MSGQ-RSP-CORE-s%" 
PRIu32
 "c%" PRIu32 "%s",

49 
sock�_id
,

50 
c�e_id
,

51 (
ht_id
) ? "h" : "");

52 
��m_idx
 = 
	`APP_PARAM_FIND
(
�p
->
msgq_��ms
, 
msgq_�me
);

54 i�(
��m_idx
 < 0)

55  
NULL
;

57  
�p
->
msgq
[
��m_idx
];

59 
	}
}

62 
�p_p���e_th�ad_cmd_push
(
�p_��ms
 *
�p
);

65 
�p_p���e_�ab�
(
�p_��ms
 *
�p
,

66 
u�t32_t
 
c�e_id
,

67 
u�t32_t
 
sock�_id
,

68 
u�t32_t
 
hy�r_th_id
,

69 
u�t32_t
 
p���e_id
);

72 
�p_p���e_di�b�
(
�p_��ms
 *
�p
,

73 
u�t32_t
 
c�e_id
,

74 
u�t32_t
 
sock�_id
,

75 
u�t32_t
 
hy�r_th_id
,

76 
u�t32_t
 
p���e_id
);

79 
�p_th�ad_h�droom
(
�p_��ms
 *
�p
,

80 
u�t32_t
 
c�e_id
,

81 
u�t32_t
 
sock�_id
,

82 
u�t32_t
 
hy�r_th_id
);

	@vnf_common/vnf_common.c

17 
	~<�d�t.h
>

18 
	~<�dio.h
>

19 
	~"vnf_comm�.h
"

20 
	~"p���e_�picmp_be.h
"

21 #i�de�
VNF_ACL


22 
	~"lib_�p.h
"

25 
u�t8_t
 
	g�_p�t_d�_a
[
PIPELINE_MAX_PORT_IN
];

26 
u�t8_t
 
	g�v_to_pub_m�
[
PIPELINE_MAX_PORT_IN
];

27 
u�t8_t
 
	gpub_to_�v_m�
[
PIPELINE_MAX_PORT_IN
];

28 
u�t8_t
 
	g�v_�_p�t_a
[
PIPELINE_MAX_PORT_IN
];

29 
u�t8_t
 
	g�v_que_p�t_�dex
[
PIPELINE_MAX_PORT_IN
];

30 
u�t8_t
 
	g�_p�t_eg�ss_�v
[
PIPELINE_MAX_PORT_IN
];

32 
u�t8_t
 
	$g�_�_p�t_d�
(
u�t8_t
 
�_p�t_id
)

34  
�_p�t_d�_a
[
�_p�t_id
];

35 
	}
}

37 
u�t8_t
 
	$is_phy_p�t_�iv�
(
u�t16_t
 
phy_p�t
)

39  
�_p�t_d�_a
[
phy_p�t
];

40 
	}
}

42 
u�t8_t
 
	$is_p�t_�dex_�iv�
(
u�t16_t
 
phy_p�t
)

44  
�_p�t_eg�ss_�v
[
phy_p�t
];

45 
	}
}

47 
u�t32_t
 
	$g�_�v_to_pub_p�t
(
u�t32_t
 *
�_addr
, 
u�t8_t
 
ty�
)

49 
u�t32_t
 
de�_if
 = 0xff;

51 
ty�
) {

54 
u�t32_t
 
nh�
;

55 
nh�
 = 
	`g�_nh
(
�_addr
[0], &
de�_if
);

57 i�(
nh�
)

58  
de�_if
;

64 
u�t8_t
 
nh�v6
[16];

65 
	`g�_nh_�v6
((
u�t8_t
 *)
�_addr
, &
de�_if
, &
nh�v6
[0]);

66 i�(
de�_if
 != 0xff)

67  
de�_if
;

73 
	}
}

75 
u�t32_t
 
	$g�_pub_to_�v_p�t
(
u�t32_t
 *
�_addr
, 
u�t8_t
 
ty�
)

77 
u�t32_t
 
de�_if
 = 0xff;

79 
ty�
) {

82 
u�t32_t
 
nh�
;

83 
nh�
 = 
	`g�_nh
(
�_addr
[0], &
de�_if
);

85 i�(
nh�
)

86  
de�_if
;

92 
u�t8_t
 
nh�v6
[16];

93 
	`g�_nh_�v6
((
u�t8_t
 *)
�_addr
, &
de�_if
, &
nh�v6
[0]);

94 i�(
de�_if
 != 0xff)

95  
de�_if
;

101 
	}
}

103 
	$show_p�ts_�fo
()

105 
	`��tf
("\n�_p�t_d�_a: %d %d %d %d %d", 
�_p�t_d�_a
[0],

106 
�_p�t_d�_a
[1], in_port_dir_a[2], in_port_dir_a[3],

107 
�_p�t_d�_a
[4]);

109 
u�t8_t
 
i
 = 0, 
j
 = 0;

111 
	`��tf
("\nprv_to_pub_map: ");

112 
i
 = 0; i < 
PIPELINE_MAX_PORT_IN
; i++) {

113 i�(
�v_to_pub_m�
[
i
] != 0xff)

114 
	`��tf
("(%d,%d� ", 
i
, 
�v_to_pub_m�
[i]);

117 
	`��tf
("\npub_to_prv_map: ");

118 
i
 = 0; i < 
PIPELINE_MAX_PORT_IN
; i++) {

119 i�(
pub_to_�v_m�
[
i
] != 0xff)

120 
	`��tf
("(%d,%d� ", 
i
, 
pub_to_�v_m�
[i]);

123 
	`��tf
("\n%d��r��� P�t�MAC Li�\n", 
l�k_hw_addr_��y_idx
);

124 
j
 = 0; j < 
l�k_hw_addr_��y_idx
; j++) {

125 
�h�_addr
 *
l�k_hw_addr
 = 
	`g�_l�k_hw_addr
(
j
);

127 
i
 = 0; i < 6; i++)

128 
	`��tf
(" %02x ", ((
�h�_addr
 *)
l�k_hw_addr
)->
addr_by�s
[
i
]);

129 
	`��tf
("\n");

131 
	}
}

133 
	$�im
(*
�put
)

135 
i
, 
j
 = 0;

136 
�n
 = 
	`���
(
�put
);

137 
�su�
[
�n
 + 1];

139 
	`mem�t
(
�su�
, 0, (result));

140 
i
 = 0; 
�put
[i] != '\0'; i++) {

141 i�(!
	`is�a�
(
�put
[
i
]))

142 
�su�
[
j
++] = 
�put
[
i
];

145 
	`���y
(
�put
, 
�su�
, 
�n
);

146 
	}
}

	@vnf_common/vnf_common.h

17 #i�de�
__INCLUDE_VNF_COMMON_H__


18 

	#__INCLUDE_VNF_COMMON_H__


	)

20 
	~<�e_p���e.h
>

21 
	~<�e_�h�.h
>

23 

	#MBUF_HDR_ROOM
 256

	)

24 

	#ETH_HDR_SIZE
 14

	)

25 

	#IP_HDR_SRC_ADR_OFST
 12

	)

26 

	#IP_HDR_DST_ADR_OFST
 16

	)

27 

	#IP_HDR_PROTOCOL_OFST
 9

	)

28 

	#IP_HDR_SIZE
 20

	)

29 

	#IPV6_HDR_SRC_ADR_OFST
 8

	)

30 

	#IPV6_HDR_DST_ADR_OFST
 24

	)

31 

	#IPV6_HDR_PROTOCOL_OFST
 6

	)

32 

	#IPV6_HDR_SIZE
 40

	)

34 

	#ETH_TYPE_ARP
 0x0806

	)

35 

	#ETH_TYPE_IPV4
 0x0800

	)

37 

	#IP_PROTOCOL_ICMP
 1

	)

38 

	#IP_PROTOCOL_TCP
 6

	)

39 

	#IP_PROTOCOL_UDP
 17

	)

41 

	#ETH_TYPE_IPV6
 0x86DD

	)

42 

	#IP_PROTOCOL_ICMPV6
 58

	)

44 

	#PKT_ING_DIR
 0

	)

45 

	#PKT_EGR_DIR
 1

	)

47 #i�de�
PIPELINE_MAX_PORT_IN


48 

	#PIPELINE_MAX_PORT_IN
 16

	)

51 

	#RTE_PIPELINE_MAX_NAME_SZ
 124

	)

53 

	#INVALID_DESTIF
 255

	)

56 
	mVNF_PRV_PORT_ID
,

57 
	mVNF_PUB_PORT_ID
,

59 
show_p�ts_�fo
();

60 
�im
(*
�put
);

61 
u�t8_t
 
g�_�_p�t_d�
(u�t8_�
�_p�t_id
);

62 
u�t8_t
 
is_phy_p�t_�iv�
(
u�t16_t
 
phy_p�t
);

63 
u�t32_t
 
g�_�v_to_pub_p�t
(u�t32_�*
�_addr
, 
u�t8_t
 
ty�
);

64 
u�t32_t
 
g�_pub_to_�v_p�t
(u�t32_�*
�_addr
, 
u�t8_t
 
ty�
);

66 
�l�e
 
	$dr�_pkt
(
u�t32_t
 
pkt_num
, 
u�t64_t
 *
mask
)

68 *
mask
 ^�1LLU << 
pkt_num
;

69 
	}
}

71 
u�t8_t
 
�_p�t_d�_a
[
PIPELINE_MAX_PORT_IN
];

72 
u�t8_t
 
�v_to_pub_m�
[
PIPELINE_MAX_PORT_IN
];

73 
u�t8_t
 
pub_to_�v_m�
[
PIPELINE_MAX_PORT_IN
];

74 
u�t8_t
 
�v_�_p�t_a
[
PIPELINE_MAX_PORT_IN
];

76 
u�t32_t
 
l�k_hw_addr_��y_idx
;

78 
	s�e_p�t_�
 {

80 
�e_p�t_�_�s
 
	m�s
;

81 
�e_p���e_p�t_�_a�i�_h�d�r
 
	mf_a�i�
;

82 *
	m�g_ah
;

83 
u�t32_t
 
	mbur�_size
;

86 
u�t32_t
 
	m�b�_id
;

89 *
	mh_p�t
;

92 
�e_p�t_�
 *
	m�xt
;

95 
u�t64_t
 
	mn_pkts_drݳd_by_ah
;

98 
	s�e_p�t_out
 {

100 
�e_p�t_out_�s
 
	m�s
;

101 
�e_p���e_p�t_out_a�i�_h�d�r
 
	mf_a�i�
;

102 *
	m�g_ah
;

105 *
	mh_p�t
;

108 
u�t64_t
 
	mn_pkts_drݳd_by_ah
;

111 
	s�e_�b�
 {

113 
�e_�b�_�s
 
	m�s
;

114 
�e_p���e_�b�_a�i�_h�d�r_h�
 
	mf_a�i�_h�
;

115 
�e_p���e_�b�_a�i�_h�d�r_miss
 
	mf_a�i�_miss
;

116 *
	m�g_ah
;

117 
�e_p���e_�b�_��y
 *
	mde�u�_��y
;

118 
u�t32_t
 
	m��y_size
;

120 
u�t32_t
 
	m�b�_�xt_id
;

121 
u�t32_t
 
	m�b�_�xt_id_v�id
;

124 *
	mh_�b�
;

127 
u�t64_t
 
	mn_pkts_drݳd_by_lkp_h�_ah
;

128 
u�t64_t
 
	mn_pkts_drݳd_by_lkp_miss_ah
;

129 
u�t64_t
 
	mn_pkts_drݳd_lkp_h�
;

130 
u�t64_t
 
	mn_pkts_drݳd_lkp_miss
;

134 
	s�e_p���e
 {

136 
	m�me
[
RTE_PIPELINE_MAX_NAME_SZ
];

137 
	msock�_id
;

138 
u�t32_t
 
	moff�t_p�t_id
;

141 
�e_p�t_�
 
	mp�ts_�
[
RTE_PIPELINE_PORT_IN_MAX
];

142 
�e_p�t_out
 
	mp�ts_out
[
RTE_PIPELINE_PORT_OUT_MAX
];

143 
�e_�b�
 
	m�b�s
[
RTE_PIPELINE_TABLE_MAX
];

146 
u�t32_t
 
	mnum_p�ts_�
;

147 
u�t32_t
 
	mnum_p�ts_out
;

148 
u�t32_t
 
	mnum_�b�s
;

151 
u�t64_t
 
	m�ab�d_p�t_�_mask
;

152 
�e_p�t_�
 *
	mp�t_�_�xt
;

155 
�e_mbuf
 *
	mpkts
[
RTE_PORT_IN_BURST_SIZE_MAX
];

156 
�e_p���e_�b�_��y
 *
	m���s
[
RTE_PORT_IN_BURST_SIZE_MAX
];

157 
u�t64_t
 
	ma�i�_mask0
[
RTE_PIPELINE_ACTIONS
];

158 
u�t64_t
 
	ma�i�_mask1
[
RTE_PIPELINE_ACTIONS
];

159 
u�t64_t
 
	mpkts_mask
;

160 
u�t64_t
 
	mn_pkts_ah_dr�
;

161 
u�t64_t
 
	mpkts_dr�_mask
;

162 } 
	g__�e_�che_�ig�d
;

165 
	s�e_p�t_�hdev_wr��
 {

166 
�e_p�t_out_��s
 
	m��s
;

168 
�e_mbuf
 *
	mtx_buf
[2 * 
RTE_PORT_IN_BURST_SIZE_MAX
];

169 
u�t32_t
 
	mtx_bur�_sz
;

170 
u�t16_t
 
	mtx_buf_cou�
;

171 
u�t64_t
 
	mbsz_mask
;

172 
u�t16_t
 
	mqueue_id
;

173 
u�t8_t
 
	mp�t_id
;

175 
	s�e_p�t_�hdev_�ad�
 {

176 
�e_p�t_�_��s
 
	m��s
;

178 
u�t16_t
 
	mqueue_id
;

179 
u�t8_t
 
	mp�t_id
;

181 
	s�e_p�t_r�g_wr��
 {

182 
�e_p�t_out_��s
 
	m��s
;

184 
�e_mbuf
 *
	mtx_buf
[2 * 
RTE_PORT_IN_BURST_SIZE_MAX
];

185 
�e_r�g
 *
	mr�g
;

186 
u�t32_t
 
	mtx_bur�_sz
;

187 
u�t32_t
 
	mtx_buf_cou�
;

188 
u�t64_t
 
	mbsz_mask
;

189 
u�t32_t
 
	mis_mu�i
;

191 
	s�e_p�t_r�g_�ad�
 {

192 
�e_p�t_�_��s
 
	m��s
;

194 
�e_r�g
 *
	mr�g
;

197 
u�t8_t
 
g�_�_p�t_d�
(u�t8_�
�_p�t_id
);

198 
u�t8_t
 
is_phy_p�t_�iv�
(
u�t16_t
 
phy_p�t
);

199 
u�t8_t
 
is_p�t_�dex_�iv�
(
u�t16_t
 
phy_p�t
);

	@vnf_common/vnf_define.h

17 #i�de�
__INCLUDE_VNF_DEFINE_H__


18 

	#__INCLUDE_VNF_DEFINE_H__


	)

19 

	#DEBUG_LEVEL_4
 4

	)

20 

	#PKT_BUFFER_SIZE
 64

	)

21 

	#PVT_PUB_MAP
 2

	)

22 

	#IPV6_ADD_SIZE
 16

	)

23 

	#TWO_BYTE_PRINT
 3

	)

24 

	#VERSION_NO_BYTE
 4

	)

25 

	#BIT_CARRY
 16

	)

26 

	#HW_ADDR_SIZE
 20

	)

27 

	#IPV6_ADD_CMP_MULTI
 13

	)

28 

	#DIV_CONV_HZ_SEC
 1000

	)

	@/usr/include/arpa/inet.h

18 #i�de�
_ARPA_INET_H


19 

	#_ARPA_INET_H
 1

	)

21 
	~<�u�s.h
>

22 
	~<�t��/�.h
>

25 #i�de�
__sock�n_t_def�ed


26 
__sock�n_t
 
	tsock�n_t
;

27 

	#__sock�n_t_def�ed


	)

30 
__BEGIN_DECLS


34 
�_addr_t
 
	$��_addr
 (cڡ *
__�
�
__THROW
;

37 
�_addr_t
 
	$��_�aof
 (
�_addr
 
__�
�
__THROW
;

41 

�_addr
 
	$��_mak�ddr
 (
�_addr_t
 
__�t
, in_addr_�
__ho�
)

42 
__THROW
;

45 
�_addr_t
 
	$��_�tof
 (
�_addr
 
__�
�
__THROW
;

49 
�_addr_t
 
	$��_�tw�k
 (cڡ *
__�
�
__THROW
;

53 
*
	$��_��
 (
�_addr
 
__�
�
__THROW
;

58 

	$��_��
 (
__af
, cڡ *
__��ri�
 
__�
,

59 *
__��ri�
 
__buf
�
__THROW
;

64 
cڡ *
	$��_��
 (
__af
, cڡ *
__��ri�
 
__�
,

65 *
__��ri�
 
__buf
, 
sock�n_t
 
__�n
)

66 
__THROW
;

70 #ifde�
__USE_MISC


73 

	$��_��
 (cڡ *
__�
, 
�_addr
 *
__�p
�
__THROW
;

77 
*
	$��_Ï
 (
�_addr_t
 
__�t
, *
__buf
, 
size_t
 
__�n
�
__THROW
;

82 
*
	$��_�t_��
 (
__af
, cڡ *
__�
, 
__b�s
,

83 *
__buf
, 
size_t
 
__�n
�
__THROW
;

88 

	$��_�t_��
 (
__af
, cڡ *
__�
,

89 *
__buf
, 
size_t
 
__�n
�
__THROW
;

94 

	$��_n�p_addr
 (cڡ *
__�
,

95 *
__buf
, 
__�n
�
__THROW
;

99 
*
	$��_n�p_��
 (
__�n
, cڡ *
__�
,

100 *
__buf
�
__THROW
;

103 
__END_DECLS


	@/usr/include/ctype.h

22 #i�def 
_CTYPE_H


23 

	#_CTYPE_H
 1

	)

25 
	~<�u�s.h
>

26 
	~<b�s/ty�s.h
>

28 
	g__BEGIN_DECLS


30 #i�de�
_ISb�


39 
	~<�d�n.h
>

40 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


41 

	#_ISb�
(
b�
�(1 << (b�))

	)

43 

	#_ISb�
(
b�
�((b��< 8 ? ((1 << (b�)�<< 8�: ((1 << (b�)�>> 8))

	)

48 
	m_ISu��
 = 
_ISb�
 (0),

49 
	m_ISlow�
 = 
_ISb�
 (1),

50 
	m_IS�pha
 = 
_ISb�
 (2),

51 
	m_ISdig�
 = 
_ISb�
 (3),

52 
	m_ISxdig�
 = 
_ISb�
 (4),

53 
	m_IS�a�
 = 
_ISb�
 (5),

54 
	m_IS��t
 = 
_ISb�
 (6),

55 
	m_ISg�ph
 = 
_ISb�
 (7),

56 
	m_ISb�nk
 = 
_ISb�
 (8),

57 
	m_IS��l
 = 
_ISb�
 (9),

58 
	m_ISpun�
 = 
_ISb�
 (10),

59 
	m_IS�num
 = 
_ISb�
 (11)

79 
cڡ **
	$__�y�_b_loc
 ()

80 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

81 
cڡ 
__�t32_t
 **
	$__�y�_t�ow�_loc
 ()

82 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

83 
cڡ 
__�t32_t
 **
	$__�y�_tou��_loc
 ()

84 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

87 #i�de�
__�lu�lus


88 

	#__is�y�
(
c
, 
ty�
) \

89 ((*
	`__�y�_b_loc
 ())[(�(
c
)] & (�
ty�
)

	)

90 #�i�
def�ed
 
__USE_EXTERN_INLINES


91 

	#__is�y�_f
(
ty�
) \

92 
__ex��_�l�e
 \

93 
is
##
	`ty�
 (
__c
�
__THROW
 \

95  (*
	`__�y�_b_loc
 ())[(�(
__c
)] & (�
_IS
##
ty�
; \

96 
	}

	)
}

99 

	#__i�scii
(
c
�(((c�& ~0x7f�=�0�

	)

100 

	#__t�scii
(
c
�((c�& 0x7f�

	)

102 

	#__ex�y�
(
�me
�

	`�me
 (�
__THROW


	)

104 
__BEGIN_NAMESPACE_STD


110 
__ex�y�
 (
i��um
);

111 
__ex�y�
 (
i��ha
);

112 
__ex�y�
 (
is��l
);

113 
__ex�y�
 (
isdig�
);

114 
__ex�y�
 (
i�ow�
);

115 
__ex�y�
 (
isg�ph
);

116 
__ex�y�
 (
i�r�t
);

117 
__ex�y�
 (
i�un�
);

118 
__ex�y�
 (
is�a�
);

119 
__ex�y�
 (
isu��
);

120 
__ex�y�
 (
isxdig�
);

124 

	$t�ow�
 (
__c
�
__THROW
;

127 

	$tou��
 (
__c
�
__THROW
;

129 
__END_NAMESPACE_STD


133 #ifdef 
__USE_ISOC99


134 
__BEGIN_NAMESPACE_C99


136 
	`__ex�y�
 (
isb�nk
);

138 
__END_NAMESPACE_C99


141 #ifde�
__USE_GNU


143 

	$is�y�
 (
__c
, 
__mask
�
__THROW
;

146 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


150 

	$i�scii
 (
__c
�
__THROW
;

154 

	$t�scii
 (
__c
�
__THROW
;

158 
	`__ex�y�
 (
_tou��
);

159 
	`__ex�y�
 (
_t�ow�
);

163 

	#__tobody
(
c
, 
f
, 
a
, 
�gs
) \

164 (
__ex�nsi�__
 \

165 ({ 
__�s
; \

166 i�( (
c
) > 1) \

168 i�(
	`__bu�t�_cڡ�t_p
 (
c
)) \

170 
__c
 = (
c
); \

171 
__�s
 = 
__c
 < -128 || __�> 255 ? __�: (
a
)[__c]; \

174 
__�s
 = 
f
 
�gs
; \

177 
__�s
 = (
a
)[(�(
c
)]; \

178 
__�s
; 
	}
}))

	)

180 #i�!
def�ed
 
__NO_CTYPE


181 #ifde�
__is�y�_f


182 
	$__is�y�_f
 (
�num
)

183 
	$__is�y�_f
 (
�pha
)

184 
	$__is�y�_f
 (
��l
)

185 
	$__is�y�_f
 (
dig�
)

186 
	$__is�y�_f
 (
low�
)

187 
	$__is�y�_f
 (
g�ph
)

188 
	$__is�y�_f
 (
��t
)

189 
	$__is�y�_f
 (
pun�
)

190 
	$__is�y�_f
 (
�a�
)

191 
	$__is�y�_f
 (
u��
)

192 
	$__is�y�_f
 (
xdig�
)

193 #ifde�
__USE_ISOC99


194 
	$__is�y�_f
 (
b�nk
)

196 #�i�
def�ed
 
__is�y�


197 

	#i��um
(
c
�
	`__is�y�
((c), 
_IS�num
)

	)

198 

	#i��ha
(
c
�
	`__is�y�
((c), 
_IS�pha
)

	)

199 

	#is��l
(
c
�
	`__is�y�
((c), 
_IS��l
)

	)

200 

	#isdig�
(
c
�
	`__is�y�
((c), 
_ISdig�
)

	)

201 

	#i�ow�
(
c
�
	`__is�y�
((c), 
_ISlow�
)

	)

202 

	#isg�ph
(
c
�
	`__is�y�
((c), 
_ISg�ph
)

	)

203 

	#i�r�t
(
c
�
	`__is�y�
((c), 
_IS��t
)

	)

204 

	#i�un�
(
c
�
	`__is�y�
((c), 
_ISpun�
)

	)

205 

	#is�a�
(
c
�
	`__is�y�
((c), 
_IS�a�
)

	)

206 

	#isu��
(
c
�
	`__is�y�
((c), 
_ISu��
)

	)

207 

	#isxdig�
(
c
�
	`__is�y�
((c), 
_ISxdig�
)

	)

208 #ifde�
__USE_ISOC99


209 

	#isb�nk
(
c
�
	`__is�y�
((c), 
_ISb�nk
)

	)

213 #ifde�
__USE_EXTERN_INLINES


214 
__ex��_�l�e
 

215 
	`__NTH
 (
	$t�ow�
 (
__c
))

217  
__c
 >�-128 && __�< 256 ? (*
	`__�y�_t�ow�_loc
 ())[__c] : __c;

218 
	}
}

220 
__ex��_�l�e
 

221 
__NTH
 (
	$tou��
 (
__c
))

223  
__c
 >�-128 && __�< 256 ? (*
	`__�y�_tou��_loc
 ())[__c] : __c;

224 
	}
}

227 #i�
__GNUC__
 >�2 && 
def�ed
 
__OPTIMIZE__
 && !def�ed 
__�lu�lus


228 

	#t�ow�
(
c
�
	`__tobody
 (c, 
t�ow�
, *
	`__�y�_t�ow�_loc
 (), (c))

	)

229 

	#tou��
(
c
�
	`__tobody
 (c, 
tou��
, *
	`__�y�_tou��_loc
 (), (c))

	)

232 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


233 

	#i�scii
(
c
�
	`__i�scii
 (c)

	)

234 

	#t�scii
(
c
�
	`__t�scii
 (c)

	)

236 

	#_t�ow�
(
c
�((�(*
	`__�y�_t�ow�_loc
 ())[(�(c)])

	)

237 

	#_tou��
(
c
�((�(*
	`__�y�_tou��_loc
 ())[(�(c)])

	)

243 #ifde�
__USE_XOPEN2K8


257 
	~<xlo��.h
>

261 

	#__is�y�_l
(
c
, 
ty�
, 
lo��
) \

262 ((
lo��
)->
__�y�_b
[(�(
c
)] & (�
ty�
)

	)

264 

	#__ex�y�_l
(
�me
) \

265 

	`�me
 (, 
__lo��_t
�
__THROW


	)

271 
__ex�y�_l
 (
i��um_l
);

272 
__ex�y�_l
 (
i��ha_l
);

273 
__ex�y�_l
 (
is��l_l
);

274 
__ex�y�_l
 (
isdig�_l
);

275 
__ex�y�_l
 (
i�ow�_l
);

276 
__ex�y�_l
 (
isg�ph_l
);

277 
__ex�y�_l
 (
i�r�t_l
);

278 
__ex�y�_l
 (
i�un�_l
);

279 
__ex�y�_l
 (
is�a�_l
);

280 
__ex�y�_l
 (
isu��_l
);

281 
__ex�y�_l
 (
isxdig�_l
);

283 
__ex�y�_l
 (
isb�nk_l
);

287 

	$__t�ow�_l
 (
__c
, 
__lo��_t
 
__l
�
__THROW
;

288 

	$t�ow�_l
 (
__c
, 
__lo��_t
 
__l
�
__THROW
;

291 

	$__tou��_l
 (
__c
, 
__lo��_t
 
__l
�
__THROW
;

292 

	$tou��_l
 (
__c
, 
__lo��_t
 
__l
�
__THROW
;

294 #i�
__GNUC__
 >�2 && 
def�ed
 
__OPTIMIZE__
 && !def�ed 
__�lu�lus


295 

	#__t�ow�_l
(
c
, 
lo��
) \

296 
	`__tobody
 (
c
, 
__t�ow�_l
, (
lo��
)->
__�y�_t�ow�
, (c,�o��))

	)

297 

	#__tou��_l
(
c
, 
lo��
) \

298 
	`__tobody
 (
c
, 
__tou��_l
, (
lo��
)->
__�y�_tou��
, (c,�o��))

	)

299 

	#t�ow�_l
(
c
, 
lo��
�
	`__t�ow�_l
 ((c), (lo��))

	)

300 

	#tou��_l
(
c
, 
lo��
�
	`__tou��_l
 ((c), (lo��))

	)

304 #i�de�
__NO_CTYPE


305 

	#__i��um_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS�num
, (l))

	)

306 

	#__i��ha_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS�pha
, (l))

	)

307 

	#__is��l_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS��l
, (l))

	)

308 

	#__isdig�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISdig�
, (l))

	)

309 

	#__i�ow�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISlow�
, (l))

	)

310 

	#__isg�ph_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISg�ph
, (l))

	)

311 

	#__i�r�t_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS��t
, (l))

	)

312 

	#__i�un�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISpun�
, (l))

	)

313 

	#__is�a�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS�a�
, (l))

	)

314 

	#__isu��_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISu��
, (l))

	)

315 

	#__isxdig�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISxdig�
, (l))

	)

317 

	#__isb�nk_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISb�nk
, (l))

	)

319 #ifde�
__USE_MISC


320 

	#__i�scii_l
(
c
,
l
�(�), 
	`__i�scii
 (c))

	)

321 

	#__t�scii_l
(
c
,
l
�(�), 
	`__t�scii
 (c))

	)

324 

	#i��um_l
(
c
,
l
�
	`__i��um_l
 ((c), (l))

	)

325 

	#i��ha_l
(
c
,
l
�
	`__i��ha_l
 ((c), (l))

	)

326 

	#is��l_l
(
c
,
l
�
	`__is��l_l
 ((c), (l))

	)

327 

	#isdig�_l
(
c
,
l
�
	`__isdig�_l
 ((c), (l))

	)

328 

	#i�ow�_l
(
c
,
l
�
	`__i�ow�_l
 ((c), (l))

	)

329 

	#isg�ph_l
(
c
,
l
�
	`__isg�ph_l
 ((c), (l))

	)

330 

	#i�r�t_l
(
c
,
l
�
	`__i�r�t_l
 ((c), (l))

	)

331 

	#i�un�_l
(
c
,
l
�
	`__i�un�_l
 ((c), (l))

	)

332 

	#is�a�_l
(
c
,
l
�
	`__is�a�_l
 ((c), (l))

	)

333 

	#isu��_l
(
c
,
l
�
	`__isu��_l
 ((c), (l))

	)

334 

	#isxdig�_l
(
c
,
l
�
	`__isxdig�_l
 ((c), (l))

	)

336 

	#isb�nk_l
(
c
,
l
�
	`__isb�nk_l
 ((c), (l))

	)

338 #ifde�
__USE_MISC


339 

	#i�scii_l
(
c
,
l
�
	`__i�scii_l
 ((c), (l))

	)

340 

	#t�scii_l
(
c
,
l
�
	`__t�scii_l
 ((c), (l))

	)

347 
__END_DECLS


	@/usr/include/errno.h

22 #i�def 
_ERRNO_H


26 #i�def 
__�ed_Em�h


27 

	#_ERRNO_H
 1

	)

28 
	~<�u�s.h
>

31 
	g__BEGIN_DECLS


35 
	~<b�s/��o.h
>

36 #unde�
__�ed_Em�h


38 #ifdef 
_ERRNO_H


45 #i�def 
��o


46 

��o
;

49 #ifde�
__USE_GNU


54 
*
�og�m_�vo�ti�_�me
, *
�og�m_�vo�ti�_sh�t_�me
;

58 
	g__END_DECLS


66 #i�
def�ed
 
__USE_GNU
 || def�ed 
__�ed_�r�_t


67 #i�de�
__�r�_t_def�ed


68 
	t�r�_t
;

69 

	#__�r�_t_def�ed
 1

	)

71 #unde�
__�ed_�r�_t


	@/usr/include/execinfo.h

18 #i�de�
_EXECINFO_H


19 

	#_EXECINFO_H
 1

	)

21 
	~<�u�s.h
>

23 
__BEGIN_DECLS


27 

	$back�a�
 (**
__��y
, 
__size
�
	`__n�nu�
 ((1));

32 
**
	$back�a�_symb�s
 (*cڡ *
__��y
, 
__size
)

33 
__THROW
 
	`__n�nu�
 ((1));

38 

	$back�a�_symb�s_fd
 (*cڡ *
__��y
, 
__size
, 
__fd
)

39 
__THROW
 
	`__n�nu�
 ((1));

41 
__END_DECLS


	@/usr/include/fcntl.h

22 #i�def 
_FCNTL_H


23 

	#_FCNTL_H
 1

	)

25 
	~<�u�s.h
>

28 
	g__BEGIN_DECLS


31 
	~<b�s/ty�s.h
>

35 
	~<b�s/f��.h
>

39 #ifde�
__O_TMPFILE


40 

	#__OPEN_NEEDS_MODE
(
o�ag
) \

41 (((
o�ag
�& 
O_CREAT
�!�0 || ((o�ag�& 
__O_TMPFILE
�=�__O_TMPFILE)

	)

43 

	#__OPEN_NEEDS_MODE
(
o�ag
�(((o�ag�& 
O_CREAT
�!�0)

	)

49 #i�de�
__mode_t_def�ed


50 
__mode_t
 
	tmode_t
;

51 

	#__mode_t_def�ed


	)

54 #i�de�
__off_t_def�ed


55 #i�de�
__USE_FILE_OFFSET64


56 
__off_t
 
	toff_t
;

58 
__off64_t
 
	toff_t
;

60 

	#__off_t_def�ed


	)

63 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__off64_t_def�ed


64 
__off64_t
 
	toff64_t
;

65 

	#__off64_t_def�ed


	)

68 #i�de�
__pid_t_def�ed


69 
__pid_t
 
	tpid_t
;

70 

	#__pid_t_def�ed


	)

74 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


75 

	#__�ed_time�ec


	)

76 
	~<time.h
>

77 
	~<b�s/��.h
>

79 

	#S_IFMT
 
__S_IFMT


	)

80 

	#S_IFDIR
 
__S_IFDIR


	)

81 

	#S_IFCHR
 
__S_IFCHR


	)

82 

	#S_IFBLK
 
__S_IFBLK


	)

83 

	#S_IFREG
 
__S_IFREG


	)

84 #ifde�
__S_IFIFO


85 

	#S_IFIFO
 
__S_IFIFO


	)

87 #ifde�
__S_IFLNK


88 

	#S_IFLNK
 
__S_IFLNK


	)

90 #i�(
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8
�&& def�ed 
__S_IFSOCK


91 

	#S_IFSOCK
 
__S_IFSOCK


	)

96 

	#S_ISUID
 
__S_ISUID


	)

97 

	#S_ISGID
 
__S_ISGID


	)

99 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


101 

	#S_ISVTX
 
__S_ISVTX


	)

104 

	#S_IRUSR
 
__S_IREAD


	)

105 

	#S_IWUSR
 
__S_IWRITE


	)

106 

	#S_IXUSR
 
__S_IEXEC


	)

108 

	#S_IRWXU
 (
__S_IREAD
|
__S_IWRITE
|
__S_IEXEC
)

	)

110 

	#S_IRGRP
 (
S_IRUSR
 >> 3�

	)

111 

	#S_IWGRP
 (
S_IWUSR
 >> 3�

	)

112 

	#S_IXGRP
 (
S_IXUSR
 >> 3�

	)

114 

	#S_IRWXG
 (
S_IRWXU
 >> 3)

	)

116 

	#S_IROTH
 (
S_IRGRP
 >> 3�

	)

117 

	#S_IWOTH
 (
S_IWGRP
 >> 3�

	)

118 

	#S_IXOTH
 (
S_IXGRP
 >> 3�

	)

120 

	#S_IRWXO
 (
S_IRWXG
 >> 3)

	)

123 #ifdef 
__USE_MISC


124 #i�de�
R_OK


127 

	#R_OK
 4

	)

128 

	#W_OK
 2

	)

129 

	#X_OK
 1

	)

130 

	#F_OK
 0

	)

135 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


136 

	#SEEK_SET
 0

	)

137 

	#SEEK_CUR
 1

	)

138 

	#SEEK_END
 2

	)

146 

f��
 (
__fd
, 
__cmd
, ...);

155 #i�de�
__USE_FILE_OFFSET64


156 

	$ݒ
 (cڡ *
__f�e
, 
__o�ag
, ...�
	`__n�nu�
 ((1));

158 #ifde�
__REDIRECT


159 

	`__REDIRECT
 (
ݒ
, (cڡ *
__f�e
, 
__o�ag
, ...), 
ݒ64
)

160 
	`__n�nu�
 ((1));

162 

	#ݒ
 
ݒ64


	)

165 #ifde�
__USE_LARGEFILE64


166 

	$ݒ64
 (cڡ *
__f�e
, 
__o�ag
, ...�
	`__n�nu�
 ((1));

169 #ifde�
__USE_ATFILE


179 #i�de�
__USE_FILE_OFFSET64


180 

	$ݒ�
 (
__fd
, cڡ *
__f�e
, 
__o�ag
, ...)

181 
	`__n�nu�
 ((2));

183 #ifde�
__REDIRECT


184 

	`__REDIRECT
 (
ݒ�
, (
__fd
, cڡ *
__f�e
, 
__o�ag
,

185 ...), 
ݒ�64
�
	`__n�nu�
 ((2));

187 

	#ݒ�
 
ݒ�64


	)

190 #ifde�
__USE_LARGEFILE64


191 

	$ݒ�64
 (
__fd
, cڡ *
__f�e
, 
__o�ag
, ...)

192 
	`__n�nu�
 ((2));

201 #i�de�
__USE_FILE_OFFSET64


202 

	$��t
 (cڡ *
__f�e
, 
mode_t
 
__mode
�
	`__n�nu�
 ((1));

204 #ifde�
__REDIRECT


205 

	`__REDIRECT
 (
��t
, (cڡ *
__f�e
, 
mode_t
 
__mode
),

206 
��t64
�
	`__n�nu�
 ((1));

208 

	#��t
 
��t64


	)

211 #ifde�
__USE_LARGEFILE64


212 

	$��t64
 (cڡ *
__f�e
, 
mode_t
 
__mode
�
	`__n�nu�
 ((1));

215 #i�!
def�ed
 
F_LOCK
 && (def�ed 
__USE_MISC
 || (def�ed 
__USE_XOPEN_EXTENDED
 \

216 && !
def�ed
 
__USE_POSIX
))

225 

	#F_ULOCK
 0

	)

226 

	#F_LOCK
 1

	)

227 

	#F_TLOCK
 2

	)

228 

	#F_TEST
 3

	)

230 #i�de�
__USE_FILE_OFFSET64


231 

	`lockf
 (
__fd
, 
__cmd
, 
off_t
 
__�n
);

233 #ifde�
__REDIRECT


234 

	`__REDIRECT
 (
lockf
, (
__fd
, 
__cmd
, 
__off64_t
 
__�n
), 
lockf64
);

236 

	#lockf
 
lockf64


	)

239 #ifde�
__USE_LARGEFILE64


240 

	`lockf64
 (
__fd
, 
__cmd
, 
off64_t
 
__�n
);

244 #ifde�
__USE_XOPEN2K


247 #i�de�
__USE_FILE_OFFSET64


248 

	$posix_�dvi�
 (
__fd
, 
off_t
 
__off�t
, off_�
__�n
,

249 
__advi�
�
__THROW
;

251 #ifde�
__REDIRECT_NTH


252 

	`__REDIRECT_NTH
 (
posix_�dvi�
, (
__fd
, 
__off64_t
 
__off�t
,

253 
__off64_t
 
__�n
, 
__advi�
),

254 
posix_�dvi�64
);

256 

	#posix_�dvi�
 
posix_�dvi�64


	)

259 #ifde�
__USE_LARGEFILE64


260 

	$posix_�dvi�64
 (
__fd
, 
off64_t
 
__off�t
, off64_�
__�n
,

261 
__advi�
�
__THROW
;

269 #i�de�
__USE_FILE_OFFSET64


270 

	`posix_��o��
 (
__fd
, 
off_t
 
__off�t
, off_�
__�n
);

272 #ifde�
__REDIRECT


273 

	`__REDIRECT
 (
posix_��o��
, (
__fd
, 
__off64_t
 
__off�t
,

274 
__off64_t
 
__�n
),

275 
posix_��o��64
);

277 

	#posix_��o��
 
posix_��o��64


	)

280 #ifde�
__USE_LARGEFILE64


281 

	`posix_��o��64
 (
__fd
, 
off64_t
 
__off�t
, off64_�
__�n
);

287 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�
 \

288 && 
def�ed
 
__va_�g_�ck_�n


289 
	~<b�s/f��2.h
>

292 
__END_DECLS


	@/usr/include/getopt.h

19 #i�de�
_GETOPT_H


21 #i�de�
__�ed_g��t


22 

	#_GETOPT_H
 1

	)

32 #i�!
def�ed
 
__GNU_LIBRARY__


33 
	~<�y�.h
>

36 #i�de�
__THROW


37 #i�de�
__GNUC_PREREQ


38 

	#__GNUC_PREREQ
(
maj
, 
m�
�(0)

	)

40 #i�
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (2,8)

41 

	#__THROW
 
	`throw
 ()

	)

43 

	#__THROW


	)

47 #ifdef 
__�lu�lus


57 
*
ݏrg
;

71 

�t�d
;

76 

݋�
;

80 

�t�t
;

82 #i�de�
__�ed_g��t


104 
	s�ti�


106 cڡ *
	g�me
;

109 
	ghas_�g
;

110 *
	g�ag
;

111 
	gv�
;

116 

	#no_�gum�t
 0

	)

117 

	#�qu�ed_�gum�t
 1

	)

118 

	#�tiڮ_�gum�t
 2

	)

146 #ifde�
__GNU_LIBRARY__


150 

g��t
 (
___�gc
, *cڡ *
___�gv
, cڡ *
__sh�t�ts
)

151 
__THROW
;

153 #i�
def�ed
 
__�ed_g��t
 && def�ed 
__USE_POSIX2
 \

154 && !
def�ed
 
	g__USE_POSIX_IMPLICITLY
 && !def�ed 
	g__USE_GNU


158 #ifde�
__REDIRECT


159 

__REDIRECT_NTH
 (
g��t
, (
___�gc
, *cڡ *
___�gv
,

160 cڡ *
__sh�t�ts
),

161 
__posix_g��t
);

163 

__posix_g��t
 (
___�gc
, *cڡ *
___�gv
,

164 cڡ *
__sh�t�ts
�
__THROW
;

165 

	#g��t
 
__posix_g��t


	)

169 

g��t
 ();

172 #i�de�
__�ed_g��t


173 

g��t_l�g
 (
___�gc
, *cڡ *
___�gv
,

174 cڡ *
__sh�t�ts
,

175 cڡ 
�ti�
 *
__l�g�ts
, *
__l�g�d
)

176 
__THROW
;

177 

g��t_l�g_�ly
 (
___�gc
, *cڡ *
___�gv
,

178 cڡ *
__sh�t�ts
,

179 cڡ 
�ti�
 *
__l�g�ts
, *
__l�g�d
)

180 
__THROW
;

184 #ifdef 
__�lu�lus


189 #unde�
__�ed_g��t


	@/usr/include/inttypes.h

22 #i�de�
_INTTYPES_H


23 

	#_INTTYPES_H
 1

	)

25 
	~<�u�s.h
>

27 
	~<�d�t.h
>

30 #i�de�
____gwch�_t_def�ed


31 #ifde�
__�lu�lus


32 

	#__gwch�_t
 
wch�_t


	)

33 #�i�
def�ed
 
__WCHAR_TYPE__


34 
__WCHAR_TYPE__
 
	t__gwch�_t
;

36 

	#__�ed_wch�_t


	)

37 
	~<�ddef.h
>

38 
wch�_t
 
	t__gwch�_t
;

40 

	#____gwch�_t_def�ed
 1

	)

43 #i�
__WORDSIZE
 == 64

44 

	#__PRI64_PREFIX
 "l"

	)

45 

	#__PRIPTR_PREFIX
 "l"

	)

47 

	#__PRI64_PREFIX
 "�"

	)

48 

	#__PRIPTR_PREFIX


	)

54 

	#PRId8
 "d"

	)

55 

	#PRId16
 "d"

	)

56 

	#PRId32
 "d"

	)

57 

	#PRId64
 
__PRI64_PREFIX
 "d"

	)

59 

	#PRIdLEAST8
 "d"

	)

60 

	#PRIdLEAST16
 "d"

	)

61 

	#PRIdLEAST32
 "d"

	)

62 

	#PRIdLEAST64
 
__PRI64_PREFIX
 "d"

	)

64 

	#PRIdFAST8
 "d"

	)

65 

	#PRIdFAST16
 
__PRIPTR_PREFIX
 "d"

	)

66 

	#PRIdFAST32
 
__PRIPTR_PREFIX
 "d"

	)

67 

	#PRIdFAST64
 
__PRI64_PREFIX
 "d"

	)

70 

	#PRIi8
 "i"

	)

71 

	#PRIi16
 "i"

	)

72 

	#PRIi32
 "i"

	)

73 

	#PRIi64
 
__PRI64_PREFIX
 "i"

	)

75 

	#PRIiLEAST8
 "i"

	)

76 

	#PRIiLEAST16
 "i"

	)

77 

	#PRIiLEAST32
 "i"

	)

78 

	#PRIiLEAST64
 
__PRI64_PREFIX
 "i"

	)

80 

	#PRIiFAST8
 "i"

	)

81 

	#PRIiFAST16
 
__PRIPTR_PREFIX
 "i"

	)

82 

	#PRIiFAST32
 
__PRIPTR_PREFIX
 "i"

	)

83 

	#PRIiFAST64
 
__PRI64_PREFIX
 "i"

	)

86 

	#PRIo8
 "o"

	)

87 

	#PRIo16
 "o"

	)

88 

	#PRIo32
 "o"

	)

89 

	#PRIo64
 
__PRI64_PREFIX
 "o"

	)

91 

	#PRIoLEAST8
 "o"

	)

92 

	#PRIoLEAST16
 "o"

	)

93 

	#PRIoLEAST32
 "o"

	)

94 

	#PRIoLEAST64
 
__PRI64_PREFIX
 "o"

	)

96 

	#PRIoFAST8
 "o"

	)

97 

	#PRIoFAST16
 
__PRIPTR_PREFIX
 "o"

	)

98 

	#PRIoFAST32
 
__PRIPTR_PREFIX
 "o"

	)

99 

	#PRIoFAST64
 
__PRI64_PREFIX
 "o"

	)

102 

	#PRIu8
 "u"

	)

103 

	#PRIu16
 "u"

	)

104 

	#PRIu32
 "u"

	)

105 

	#PRIu64
 
__PRI64_PREFIX
 "u"

	)

107 

	#PRIuLEAST8
 "u"

	)

108 

	#PRIuLEAST16
 "u"

	)

109 

	#PRIuLEAST32
 "u"

	)

110 

	#PRIuLEAST64
 
__PRI64_PREFIX
 "u"

	)

112 

	#PRIuFAST8
 "u"

	)

113 

	#PRIuFAST16
 
__PRIPTR_PREFIX
 "u"

	)

114 

	#PRIuFAST32
 
__PRIPTR_PREFIX
 "u"

	)

115 

	#PRIuFAST64
 
__PRI64_PREFIX
 "u"

	)

118 

	#PRIx8
 "x"

	)

119 

	#PRIx16
 "x"

	)

120 

	#PRIx32
 "x"

	)

121 

	#PRIx64
 
__PRI64_PREFIX
 "x"

	)

123 

	#PRIxLEAST8
 "x"

	)

124 

	#PRIxLEAST16
 "x"

	)

125 

	#PRIxLEAST32
 "x"

	)

126 

	#PRIxLEAST64
 
__PRI64_PREFIX
 "x"

	)

128 

	#PRIxFAST8
 "x"

	)

129 

	#PRIxFAST16
 
__PRIPTR_PREFIX
 "x"

	)

130 

	#PRIxFAST32
 
__PRIPTR_PREFIX
 "x"

	)

131 

	#PRIxFAST64
 
__PRI64_PREFIX
 "x"

	)

134 

	#PRIX8
 "X"

	)

135 

	#PRIX16
 "X"

	)

136 

	#PRIX32
 "X"

	)

137 

	#PRIX64
 
__PRI64_PREFIX
 "X"

	)

139 

	#PRIXLEAST8
 "X"

	)

140 

	#PRIXLEAST16
 "X"

	)

141 

	#PRIXLEAST32
 "X"

	)

142 

	#PRIXLEAST64
 
__PRI64_PREFIX
 "X"

	)

144 

	#PRIXFAST8
 "X"

	)

145 

	#PRIXFAST16
 
__PRIPTR_PREFIX
 "X"

	)

146 

	#PRIXFAST32
 
__PRIPTR_PREFIX
 "X"

	)

147 

	#PRIXFAST64
 
__PRI64_PREFIX
 "X"

	)

151 

	#PRIdMAX
 
__PRI64_PREFIX
 "d"

	)

152 

	#PRIiMAX
 
__PRI64_PREFIX
 "i"

	)

153 

	#PRIoMAX
 
__PRI64_PREFIX
 "o"

	)

154 

	#PRIuMAX
 
__PRI64_PREFIX
 "u"

	)

155 

	#PRIxMAX
 
__PRI64_PREFIX
 "x"

	)

156 

	#PRIXMAX
 
__PRI64_PREFIX
 "X"

	)

160 

	#PRIdPTR
 
__PRIPTR_PREFIX
 "d"

	)

161 

	#PRIiPTR
 
__PRIPTR_PREFIX
 "i"

	)

162 

	#PRIoPTR
 
__PRIPTR_PREFIX
 "o"

	)

163 

	#PRIuPTR
 
__PRIPTR_PREFIX
 "u"

	)

164 

	#PRIxPTR
 
__PRIPTR_PREFIX
 "x"

	)

165 

	#PRIXPTR
 
__PRIPTR_PREFIX
 "X"

	)

171 

	#SCNd8
 "hhd"

	)

172 

	#SCNd16
 "hd"

	)

173 

	#SCNd32
 "d"

	)

174 

	#SCNd64
 
__PRI64_PREFIX
 "d"

	)

176 

	#SCNdLEAST8
 "hhd"

	)

177 

	#SCNdLEAST16
 "hd"

	)

178 

	#SCNdLEAST32
 "d"

	)

179 

	#SCNdLEAST64
 
__PRI64_PREFIX
 "d"

	)

181 

	#SCNdFAST8
 "hhd"

	)

182 

	#SCNdFAST16
 
__PRIPTR_PREFIX
 "d"

	)

183 

	#SCNdFAST32
 
__PRIPTR_PREFIX
 "d"

	)

184 

	#SCNdFAST64
 
__PRI64_PREFIX
 "d"

	)

187 

	#SCNi8
 "hhi"

	)

188 

	#SCNi16
 "hi"

	)

189 

	#SCNi32
 "i"

	)

190 

	#SCNi64
 
__PRI64_PREFIX
 "i"

	)

192 

	#SCNiLEAST8
 "hhi"

	)

193 

	#SCNiLEAST16
 "hi"

	)

194 

	#SCNiLEAST32
 "i"

	)

195 

	#SCNiLEAST64
 
__PRI64_PREFIX
 "i"

	)

197 

	#SCNiFAST8
 "hhi"

	)

198 

	#SCNiFAST16
 
__PRIPTR_PREFIX
 "i"

	)

199 

	#SCNiFAST32
 
__PRIPTR_PREFIX
 "i"

	)

200 

	#SCNiFAST64
 
__PRI64_PREFIX
 "i"

	)

203 

	#SCNu8
 "hhu"

	)

204 

	#SCNu16
 "hu"

	)

205 

	#SCNu32
 "u"

	)

206 

	#SCNu64
 
__PRI64_PREFIX
 "u"

	)

208 

	#SCNuLEAST8
 "hhu"

	)

209 

	#SCNuLEAST16
 "hu"

	)

210 

	#SCNuLEAST32
 "u"

	)

211 

	#SCNuLEAST64
 
__PRI64_PREFIX
 "u"

	)

213 

	#SCNuFAST8
 "hhu"

	)

214 

	#SCNuFAST16
 
__PRIPTR_PREFIX
 "u"

	)

215 

	#SCNuFAST32
 
__PRIPTR_PREFIX
 "u"

	)

216 

	#SCNuFAST64
 
__PRI64_PREFIX
 "u"

	)

219 

	#SCNo8
 "hho"

	)

220 

	#SCNo16
 "ho"

	)

221 

	#SCNo32
 "o"

	)

222 

	#SCNo64
 
__PRI64_PREFIX
 "o"

	)

224 

	#SCNoLEAST8
 "hho"

	)

225 

	#SCNoLEAST16
 "ho"

	)

226 

	#SCNoLEAST32
 "o"

	)

227 

	#SCNoLEAST64
 
__PRI64_PREFIX
 "o"

	)

229 

	#SCNoFAST8
 "hho"

	)

230 

	#SCNoFAST16
 
__PRIPTR_PREFIX
 "o"

	)

231 

	#SCNoFAST32
 
__PRIPTR_PREFIX
 "o"

	)

232 

	#SCNoFAST64
 
__PRI64_PREFIX
 "o"

	)

235 

	#SCNx8
 "hhx"

	)

236 

	#SCNx16
 "hx"

	)

237 

	#SCNx32
 "x"

	)

238 

	#SCNx64
 
__PRI64_PREFIX
 "x"

	)

240 

	#SCNxLEAST8
 "hhx"

	)

241 

	#SCNxLEAST16
 "hx"

	)

242 

	#SCNxLEAST32
 "x"

	)

243 

	#SCNxLEAST64
 
__PRI64_PREFIX
 "x"

	)

245 

	#SCNxFAST8
 "hhx"

	)

246 

	#SCNxFAST16
 
__PRIPTR_PREFIX
 "x"

	)

247 

	#SCNxFAST32
 
__PRIPTR_PREFIX
 "x"

	)

248 

	#SCNxFAST64
 
__PRI64_PREFIX
 "x"

	)

252 

	#SCNdMAX
 
__PRI64_PREFIX
 "d"

	)

253 

	#SCNiMAX
 
__PRI64_PREFIX
 "i"

	)

254 

	#SCNoMAX
 
__PRI64_PREFIX
 "o"

	)

255 

	#SCNuMAX
 
__PRI64_PREFIX
 "u"

	)

256 

	#SCNxMAX
 
__PRI64_PREFIX
 "x"

	)

259 

	#SCNdPTR
 
__PRIPTR_PREFIX
 "d"

	)

260 

	#SCNiPTR
 
__PRIPTR_PREFIX
 "i"

	)

261 

	#SCNoPTR
 
__PRIPTR_PREFIX
 "o"

	)

262 

	#SCNuPTR
 
__PRIPTR_PREFIX
 "u"

	)

263 

	#SCNxPTR
 
__PRIPTR_PREFIX
 "x"

	)

266 
	g__BEGIN_DECLS


268 #i�
__WORDSIZE
 == 64

273 
	mqu�
;

274 
	m�m
;

275 } 
	timaxdiv_t
;

282 
__ex�nsi�__
 
	mqu�
;

283 
__ex�nsi�__
 
	m�m
;

284 } 
	timaxdiv_t
;

290 
�tmax_t
 
	$imaxabs
 (
�tmax_t
 
__n
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

293 
imaxdiv_t
 
	$imaxdiv
 (
�tmax_t
 
__num�
, i�max_�
__d�om
)

294 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

297 
�tmax_t
 
	$��oimax
 (cڡ *
__��ri�
 
__Ō
,

298 **
__��ri�
 
__�d�r
, 
__ba�
�
__THROW
;

301 
u�tmax_t
 
	$��oumax
 (cڡ *
__��ri�
 
__Ō
,

302 ** 
__��ri�
 
__�d�r
, 
__ba�
�
__THROW
;

305 
�tmax_t
 
	$wc�oimax
 (cڡ 
__gwch�_t
 *
__��ri�
 
__Ō
,

306 
__gwch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

307 
__THROW
;

310 
u�tmax_t
 
	$wc�oumax
 (cڡ 
__gwch�_t
 *
__��ri�
 
__Ō
,

311 
__gwch�_t
 ** 
__��ri�
 
__�d�r
, 
__ba�
)

312 
__THROW
;

314 #ifde�
__USE_EXTERN_INLINES


316 #i�
__WORDSIZE
 == 64

318 

	$__���_����
 (cڡ *
__��ri�
 
__Ō
,

319 **
__��ri�
 
__�d�r
,

320 
__ba�
, 
__group
)

321 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

323 
__ex��_�l�e
 
�tmax_t


324 
	`__NTH
 (
	$��oimax
 (cڡ *
__��ri�
 
Ō
, **__��ri� 
�d�r
,

325 
ba�
))

327  
	`__���_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

328 
	}
}

330 

	$__��oul_����
 (cڡ *
__��ri�
 
__Ō
,

331 ** 
__��ri�
 
__�d�r
,

332 
__ba�
, 
__group
)

333 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

335 
__ex��_�l�e
 
u�tmax_t


336 
	`__NTH
 (
	$��oumax
 (cڡ *
__��ri�
 
Ō
, **__��ri� 
�d�r
,

337 
ba�
))

339  
	`__��oul_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

340 
	}
}

342 

	$__wc��_����
 (cڡ 
__gwch�_t
 * 
__��ri�
 
__Ō
,

343 
__gwch�_t
 **
__��ri�
 
__�d�r
,

344 
__ba�
, 
__group
)

345 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

347 
__ex��_�l�e
 
�tmax_t


348 
	`__NTH
 (
	$wc�oimax
 (cڡ 
__gwch�_t
 *
__��ri�
 
Ō
,

349 
__gwch�_t
 **
__��ri�
 
�d�r
, 
ba�
))

351  
	`__wc��_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

352 
	}
}

354 

	$__wc�oul_����
 (cڡ 
__gwch�_t
 *

355 
__��ri�
 
__Ō
,

356 
__gwch�_t
 **

357 
__��ri�
 
__�d�r
,

358 
__ba�
, 
__group
)

359 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

361 
__ex��_�l�e
 
u�tmax_t


362 
	`__NTH
 (
	$wc�oumax
 (cڡ 
__gwch�_t
 *
__��ri�
 
Ō
,

363 
__gwch�_t
 **
__��ri�
 
�d�r
, 
ba�
))

365  
	`__wc�oul_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

366 
	}
}

370 
__ex�nsi�__


371 

	$__���l_����
 (cڡ *
__��ri�
 
__Ō
,

372 **
__��ri�
 
__�d�r
,

373 
__ba�
, 
__group
)

374 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

376 
__ex��_�l�e
 
�tmax_t


377 
	`__NTH
 (
	$��oimax
 (cڡ *
__��ri�
 
Ō
, **__��ri� 
�d�r
,

378 
ba�
))

380  
	`__���l_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

381 
	}
}

383 
__ex�nsi�__


384 

	$__��ou�_����
 (const *

385 
__��ri�
 
__Ō
,

387 
__��ri�
 
__�d�r
,

388 
__ba�
,

389 
__group
)

390 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

392 
__ex��_�l�e
 
u�tmax_t


393 
	`__NTH
 (
	$��oumax
 (cڡ *
__��ri�
 
Ō
, **__��ri� 
�d�r
,

394 
ba�
))

396  
	`__��ou�_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

397 
	}
}

399 
__ex�nsi�__


400 

	$__wc��l_����
 (cڡ 
__gwch�_t
 *
__��ri�
 
__Ō
,

401 
__gwch�_t
 **
__��ri�
 
__�d�r
,

402 
__ba�
, 
__group
)

403 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

405 
__ex��_�l�e
 
�tmax_t


406 
	`__NTH
 (
	$wc�oimax
 (cڡ 
__gwch�_t
 *
__��ri�
 
Ō
,

407 
__gwch�_t
 **
__��ri�
 
�d�r
, 
ba�
))

409  
	`__wc��l_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

410 
	}
}

413 
__ex�nsi�__


414 

	$__wc�ou�_����
 (cڡ 
__gwch�_t
 *

415 
__��ri�
 
__Ō
,

416 
__gwch�_t
 **

417 
__��ri�
 
__�d�r
,

418 
__ba�
,

419 
__group
)

420 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

422 
__ex��_�l�e
 
u�tmax_t


423 
	`__NTH
 (
	$wc�oumax
 (cڡ 
__gwch�_t
 *
__��ri�
 
Ō
,

424 
__gwch�_t
 **
__��ri�
 
�d�r
, 
ba�
))

426  
	`__wc�ou�_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

427 
	}
}

432 
	g__END_DECLS


	@/usr/include/libgen.h

18 #i�de�
_LIBGEN_H


19 

	#_LIBGEN_H
 1

	)

21 
	~<�u�s.h
>

23 
__BEGIN_DECLS


26 
*
	$d��me
 (*
__�th
�
__THROW
;

34 
*
	$__xpg_ba��me
 (*
__�th
�
__THROW
;

35 

	#ba��me
 
__xpg_ba��me


	)

37 
__END_DECLS


	@/usr/include/math.h

23 #i�def 
_MATH_H


24 

	#_MATH_H
 1

	)

26 
	~<�u�s.h
>

28 
	g__BEGIN_DECLS


31 
	~<b�s/m�h-ve��.h
>

35 
	~<b�s/huge_v�.h
>

36 #ifde�
__USE_ISOC99


37 
	~<b�s/huge_v�f.h
>

38 
	~<b�s/huge_v�l.h
>

41 
	~<b�s/�f.h
>

44 
	~<b�s/�n.h
>

48 
	~<b�s/m�hdef.h
>

55 

	#__SIMD_DECL
(
fun�i�
�
	`__CONCAT
 (
__DECL_SIMD_
, fun�i�)

	)

57 

	#__MATHCALL_VEC
(
fun�i�
, 
suffix
, 
�gs
) \

58 
	`__SIMD_DECL
 (
	`__MATH_PRECNAME
 (
fun�i�
, 
suffix
)) \

59 
	`__MATHCALL
 (
fun�i�
, 
suffix
, 
�gs
)

	)

61 

	#__MATHDECL_VEC
(
ty�
, 
fun�i�
,
suffix
, 
�gs
) \

62 
	`__SIMD_DECL
 (
	`__MATH_PRECNAME
 (
fun�i�
, 
suffix
)) \

63 
	`__MATHDECL
(
ty�
, 
fun�i�
,
suffix
, 
�gs
)

	)

65 

	#__MATHCALL
(
fun�i�
,
suffix
, 
�gs
) \

66 
	`__MATHDECL
 (
_Mdoub�_
,
fun�i�
,
suffix
, 
�gs
)

	)

67 

	#__MATHDECL
(
ty�
, 
fun�i�
,
suffix
, 
�gs
) \

68 
	`__MATHDECL_1
(
ty�
, 
fun�i�
,
suffix
, 
�gs
); \

69 
	`__MATHDECL_1
(
ty�
, 
	`__CONCAT
(
__
,
fun�i�
),
suffix
, 
�gs
)

	)

70 

	#__MATHCALLX
(
fun�i�
,
suffix
, 
�gs
, 
��ib
) \

71 
	`__MATHDECLX
 (
_Mdoub�_
,
fun�i�
,
suffix
, 
�gs
, 
��ib
)

	)

72 

	#__MATHDECLX
(
ty�
, 
fun�i�
,
suffix
, 
�gs
, 
��ib
) \

73 
	`__MATHDECL_1
(
ty�
, 
fun�i�
,
suffix
, 
�gs
�
	`__��ibu�__
 (
��ib
); \

74 
	`__MATHDECL_1
(
ty�
, 
	`__CONCAT
(
__
,
fun�i�
),
suffix
, 
�gs
�
	`__��ibu�__
 (
��ib
)

	)

75 

	#__MATHDECL_1
(
ty�
, 
fun�i�
,
suffix
, 
�gs
) \

76 
ty�
 
	`__MATH_PRECNAME
(
fun�i�
,
suffix
�
�gs
 
__THROW


	)

78 

	#_Mdoub�_
 

	)

79 

	#__MATH_PRECNAME
(
�me
,
r
�
	`__CONCAT
�ame,r)

	)

80 

	#__MATH_DECLARING_DOUBLE
 1

	)

81 

	#_Mdoub�_BEGIN_NAMESPACE
 
__BEGIN_NAMESPACE_STD


	)

82 

	#_Mdoub�_END_NAMESPACE
 
__END_NAMESPACE_STD


	)

83 
	~<b�s/m�h��s.h
>

84 #unde�
_Mdoub�_


85 #unde�
_Mdoub�_BEGIN_NAMESPACE


86 #unde�
_Mdoub�_END_NAMESPACE


87 #unde�
__MATH_PRECNAME


88 #unde�
__MATH_DECLARING_DOUBLE


90 #ifde�
__USE_ISOC99


96 #i�de�
_M��t_


97 

	#_M��t_
 

	)

99 

	#_Mdoub�_
 
_M��t_


	)

100 

	#__MATH_PRECNAME
(
�me
,
r
��me##
f
##
	)
r

101 

	#__MATH_DECLARING_DOUBLE
 0

	)

102 

	#_Mdoub�_BEGIN_NAMESPACE
 
__BEGIN_NAMESPACE_C99


	)

103 

	#_Mdoub�_END_NAMESPACE
 
__END_NAMESPACE_C99


	)

104 
	~<b�s/m�h��s.h
>

105 #unde�
_Mdoub�_


106 #unde�
_Mdoub�_BEGIN_NAMESPACE


107 #unde�
_Mdoub�_END_NAMESPACE


108 #unde�
__MATH_PRECNAME


109 #unde�
__MATH_DECLARING_DOUBLE


111 #i�!(
def�ed
 
__NO_LONG_DOUBLE_MATH
 && def�ed 
_LIBC
) \

112 || 
def�ed
 
__LDBL_COMPAT
 \

113 || 
def�ed
 
_LIBC_TEST


114 #ifde�
__LDBL_COMPAT


116 #ifde�
__USE_ISOC99


117 

	$__�dbl_�x�ow�df
 (
__x
, 
__y
)

118 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

119 #ifde�
__REDIRECT_NTH


120 

	`__REDIRECT_NTH
 (
�x�ow�df
, (
__x
, 
__y
),

121 
__�dbl_�x�ow�df
)

122 
	`__��ibu�__
 ((
__cڡ__
));

123 

	`__REDIRECT_NTH
 (
�x�ow�d
, (
__x
, 
__y
),

124 
�x��
�
	`__��ibu�__
 ((
__cڡ__
));

125 

	`__REDIRECT_NTH
 (
�x�ow�dl
,

126 (
__x
, 
__y
),

127 
�x��
�
	`__��ibu�__
 ((
__cڡ__
));

131 #unde�
__MATHDECL_1


132 

	#__MATHDECL_2
(
ty�
, 
fun�i�
,
suffix
, 
�gs
, 
��s
) \

133 
ty�
 
	`__REDIRECT_NTH
(
	`__MATH_PRECNAME
(
fun�i�
,
suffix
), \

134 
�gs
, 
��s
)

	)

135 

	#__MATHDECL_1
(
ty�
, 
fun�i�
,
suffix
, 
�gs
) \

136 
	`__MATHDECL_2
(
ty�
, 
fun�i�
,
suffix
, 
�gs
, 
	`__CONCAT
(fun�i�,suffix))

	)

142 #i�de�
_Ml�g_doub�_


143 

	#_Ml�g_doub�_
 

	)

145 

	#_Mdoub�_
 
_Ml�g_doub�_


	)

146 

	#__MATH_PRECNAME
(
�me
,
r
��me##
l
##
	)
r

147 

	#__MATH_DECLARING_DOUBLE
 0

	)

148 

	#_Mdoub�_BEGIN_NAMESPACE
 
__BEGIN_NAMESPACE_C99


	)

149 

	#_Mdoub�_END_NAMESPACE
 
__END_NAMESPACE_C99


	)

150 

	#__MATH_DECLARE_LDOUBLE
 1

	)

151 
	~<b�s/m�h��s.h
>

152 #unde�
_Mdoub�_


153 #unde�
_Mdoub�_BEGIN_NAMESPACE


154 #unde�
_Mdoub�_END_NAMESPACE


155 #unde�
__MATH_PRECNAME


156 #unde�
__MATH_DECLARING_DOUBLE


161 #unde�
__MATHDECL_1


162 #unde�
__MATHDECL


163 #unde�
__MATHCALL


166 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


168 

signgam
;

173 #ifde�
__USE_ISOC99


211 
FP_NAN
 =

212 

	#FP_NAN
 0

	)

213 
FP_NAN
,

214 
FP_INFINITE
 =

215 

	#FP_INFINITE
 1

	)

216 
FP_INFINITE
,

217 
FP_ZERO
 =

218 

	#FP_ZERO
 2

	)

219 
FP_ZERO
,

220 
FP_SUBNORMAL
 =

221 

	#FP_SUBNORMAL
 3

	)

222 
FP_SUBNORMAL
,

223 
FP_NORMAL
 =

224 

	#FP_NORMAL
 4

	)

225 
FP_NORMAL


233 #i�
	`__GNUC_PREREQ
 (4,4�&& !
def�ed
 
__SUPPORT_SNAN__
 \

234 && !
def�ed
 
__OPTIMIZE_SIZE__


235 

	#��assify
(
x
�
	`__bu�t�_��assify
 (
FP_NAN
, 
FP_INFINITE
, \

236 
FP_NORMAL
, 
FP_SUBNORMAL
, 
FP_ZERO
, 
x
)

	)

237 #�i�
def�ed
 
__NO_LONG_DOUBLE_MATH


238 

	#��assify
(
x
) \

239 ( (
x
�=� (�? 
	`__��assifyf
 (x�: 
	`__��assify
 (x))

	)

241 

	#��assify
(
x
) \

242 ( (
x
) ==  () \

243 ? 
	`__��assifyf
 (
x
) \

244 :  (
x
) ==  () \

245 ? 
	`__��assify
 (
x
�: 
	`__��assifyl
 (x))

	)

249 #i�
	`__GNUC_PREREQ
 (4,0)

250 

	#signb�
(
x
) \

251 ( (
x
) ==  () \

252 ? 
	`__bu�t�_signb�f
 (
x
) \

253 :  (
x
) ==  () \

254 ? 
	`__bu�t�_signb�
 (
x
�: 
	`__bu�t�_signb�l
 (x))

	)

256 #ifde�
__NO_LONG_DOUBLE_MATH


257 

	#signb�
(
x
) \

258 ( (
x
�=� (�? 
	`__signb�f
 (x�: 
	`__signb�
 (x))

	)

260 

	#signb�
(
x
) \

261 ( (
x
) ==  () \

262 ? 
	`__signb�f
 (
x
) \

263 :  (
x
) ==  () \

264 ? 
	`__signb�
 (
x
�: 
	`__signb�l
 (x))

	)

269 #i�
	`__GNUC_PREREQ
 (4,4�&& !
def�ed
 
__SUPPORT_SNAN__


270 

	#isf��e
(
x
�
	`__bu�t�_isf��e
 (x)

	)

271 #�i�
def�ed
 
__NO_LONG_DOUBLE_MATH


272 

	#isf��e
(
x
) \

273 ( (
x
�=� (�? 
	`__f��ef
 (x�: 
	`__f��e
 (x))

	)

275 

	#isf��e
(
x
) \

276 ( (
x
) ==  () \

277 ? 
	`__f��ef
 (
x
) \

278 :  (
x
) ==  () \

279 ? 
	`__f��e
 (
x
�: 
	`__f���
 (x))

	)

283 #i�
	`__GNUC_PREREQ
 (4,4�&& !
def�ed
 
__SUPPORT_SNAN__


284 

	#i��m�
(
x
�
	`__bu�t�_i��m�
 (x)

	)

286 

	#i��m�
(
x
�(
	`��assify
 (x�=�
FP_NORMAL
)

	)

291 #i�
	`__GNUC_PREREQ
 (4,4�&& !
def�ed
 
__SUPPORT_SNAN__


292 

	#i��
(
x
�
	`__bu�t�_i��
 (x)

	)

293 #�i�
def�ed
 
__NO_LONG_DOUBLE_MATH


294 

	#i��
(
x
) \

295 ( (
x
�=� (�? 
	`__i��f
 (x�: 
	`__i��
 (x))

	)

297 

	#i��
(
x
) \

298 ( (
x
) ==  () \

299 ? 
	`__i��f
 (
x
) \

300 :  (
x
) ==  () \

301 ? 
	`__i��
 (
x
�: 
	`__i��l
 (x))

	)

305 #i�
	`__GNUC_PREREQ
 (4,4�&& !
def�ed
 
__SUPPORT_SNAN__


306 

	#is�f
(
x
�
	`__bu�t�_is�f_sign
 (x)

	)

307 #�i�
def�ed
 
__NO_LONG_DOUBLE_MATH


308 

	#is�f
(
x
) \

309 ( (
x
�=� (�? 
	`__is�ff
 (x�: 
	`__is�f
 (x))

	)

311 

	#is�f
(
x
) \

312 ( (
x
) ==  () \

313 ? 
	`__is�ff
 (
x
) \

314 :  (
x
) ==  () \

315 ? 
	`__is�f
 (
x
�: 
	`__is��
 (x))

	)

319 

	#MATH_ERRNO
 1

	)

320 

	#MATH_ERREXCEPT
 2

	)

325 #i�de�
__FAST_MATH__


326 

	#m�h_�rh�dl�g
 (
MATH_ERRNO
 | 
MATH_ERREXCEPT
)

	)

331 #ifde�
__USE_GNU


333 #ifde�
__NO_LONG_DOUBLE_MATH


334 

	#issig�l�g
(
x
) \

335 ( (
x
�=� (�? 
	`__issig�l�gf
 (x�: 
	`__issig�l�g
 (x))

	)

337 

	#issig�l�g
(
x
) \

338 ( (
x
) ==  () \

339 ? 
	`__issig�l�gf
 (
x
) \

340 :  (
x
) ==  () \

341 ? 
	`__issig�l�g
 (
x
�: 
	`__issig�l�gl
 (x))

	)

345 #ifdef 
__USE_MISC


349 
_IEEE_
 = -1,

350 
_SVID_
,

351 
_XOPEN_
,

352 
_POSIX_
,

353 
_ISOC_


354 } 
	t_LIB_VERSION_TYPE
;

359 
_LIB_VERSION_TYPE
 
_LIB_VERSION
;

363 #ifde�
__USE_MISC


369 #ifde�
__�lu�lus


370 
__ex��i�


372 
ex��i�


375 
ty�
;

376 *
�me
;

377 
�g1
;

378 
�g2
;

379 
�tv�
;

380 
	}
};

382 #ifde�
__�lu�lus


383 

	$m�h�r
 (
__ex��i�
 *
__exc
�
	`throw
 ();

385 

	`m�h�r
 (
ex��i�
 *
__exc
);

388 

	#X_TLOSS
 1.41484755040568800000e+16

	)

391 

	#DOMAIN
 1

	)

392 

	#SING
 2

	)

393 

	#OVERFLOW
 3

	)

394 

	#UNDERFLOW
 4

	)

395 

	#TLOSS
 5

	)

396 

	#PLOSS
 6

	)

399 

	#HUGE
 3.40282347e+38F

	)

403 #ifde�
__USE_XOPEN


405 

	#MAXFLOAT
 3.40282347e+38F

	)

412 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


413 

	#M_E
 2.7182818284590452354

	)

414 

	#M_LOG2E
 1.4426950408889634074

	)

415 

	#M_LOG10E
 0.43429448190325182765

	)

416 

	#M_LN2
 0.69314718055994530942

	)

417 

	#M_LN10
 2.30258509299404568402

	)

418 

	#M_PI
 3.14159265358979323846

	)

419 

	#M_PI_2
 1.57079632679489661923

	)

420 

	#M_PI_4
 0.78539816339744830962

	)

421 

	#M_1_PI
 0.31830988618379067154

	)

422 

	#M_2_PI
 0.63661977236758134308

	)

423 

	#M_2_SQRTPI
 1.12837916709551257390

	)

424 

	#M_SQRT2
 1.41421356237309504880

	)

425 

	#M_SQRT1_2
 0.70710678118654752440

	)

431 #ifde�
__USE_GNU


432 

	#M_El
 2.718281828459045235360287471352662498L

	)

433 

	#M_LOG2El
 1.442695040888963407359924681001892137L

	)

434 

	#M_LOG10El
 0.434294481903251827651128918916605082L

	)

435 

	#M_LN2l
 0.693147180559945309417232121458176568L

	)

436 

	#M_LN10l
 2.302585092994045684017991454684364208L

	)

437 

	#M_PIl
 3.141592653589793238462643383279502884L

	)

438 

	#M_PI_2l
 1.570796326794896619231321691639751442L

	)

439 

	#M_PI_4l
 0.785398163397448309615660845819875721L

	)

440 

	#M_1_PIl
 0.318309886183790671537767526745028724L

	)

441 

	#M_2_PIl
 0.636619772367581343075535053490057448L

	)

442 

	#M_2_SQRTPIl
 1.128379167095512573896158903121545172L

	)

443 

	#M_SQRT2l
 1.414213562373095048801688724209698079L

	)

444 

	#M_SQRT1_2l
 0.707106781186547524400844362104849039L

	)

451 #i�
def�ed
 
__STRICT_ANSI__
 && !def�ed 
__NO_MATH_INLINES


452 

	#__NO_MATH_INLINES
 1

	)

455 #i�
def�ed
 
__USE_ISOC99
 && 
	`__GNUC_PREREQ
(2,97)

462 

	#isg���
(
x
, 
y
�
	`__bu�t�_isg���
(x, y)

	)

463 

	#isg���equ�
(
x
, 
y
�
	`__bu�t�_isg���equ�
(x, y)

	)

464 

	#i�ess
(
x
, 
y
�
	`__bu�t�_i�ess
(x, y)

	)

465 

	#i�es�qu�
(
x
, 
y
�
	`__bu�t�_i�es�qu�
(x, y)

	)

466 

	#i�essg���
(
x
, 
y
�
	`__bu�t�_i�essg���
(x, y)

	)

467 

	#isun�d�ed
(
u
, 
v
�
	`__bu�t�_isun�d�ed
(u, v)

	)

471 #ifde�
__USE_EXTERN_INLINES


472 
	~<b�s/m�h�l�e.h
>

477 #i�
def�ed
 
__FINITE_MATH_ONLY__
 && __FINITE_MATH_ONLY__ > 0

478 
	~<b�s/m�h-f��e.h
>

481 #ifde�
__USE_ISOC99


485 #i�de�
isg���


486 

	#isg���
(
x
, 
y
) \

487 (
__ex�nsi�__
 \

488 ({ 
	`__ty�of__
(
x
�
__x
 = (x); __ty�of__(
y
�
__y
 = (y); \

489 !
	`isun�d�ed
 (
__x
, 
__y
�&& __x > __y; 
	}
}))

	)

493 #i�de�
isg���equ�


494 

	#isg���equ�
(
x
, 
y
) \

495 (
__ex�nsi�__
 \

496 ({ 
	`__ty�of__
(
x
�
__x
 = (x); __ty�of__(
y
�
__y
 = (y); \

497 !
	`isun�d�ed
 (
__x
, 
__y
�&& __x >�__y; }))

	)

501 #i�de�
i�ess


502 

	#i�ess
(
x
, 
y
) \

503 (
__ex�nsi�__
 \

504 ({ 
	`__ty�of__
(
x
�
__x
 = (x); __ty�of__(
y
�
__y
 = (y); \

505 !
	`isun�d�ed
 (
__x
, 
__y
�&& __x < __y; }))

	)

509 #i�de�
i�es�qu�


510 

	#i�es�qu�
(
x
, 
y
) \

511 (
__ex�nsi�__
 \

512 ({ 
	`__ty�of__
(
x
�
__x
 = (x); __ty�of__(
y
�
__y
 = (y); \

513 !
	`isun�d�ed
 (
__x
, 
__y
�&& __x <�__y; }))

	)

517 #i�de�
i�essg���


518 

	#i�essg���
(
x
, 
y
) \

519 (
__ex�nsi�__
 \

520 ({ 
	`__ty�of__
(
x
�
__x
 = (x); __ty�of__(
y
�
__y
 = (y); \

521 !
	`isun�d�ed
 (
__x
, 
__y
�&& (__x < __y || __y < __x); }))

	)

525 #i�de�
isun�d�ed


526 

	#isun�d�ed
(
u
, 
v
) \

527 (
__ex�nsi�__
 \

528 ({ 
	`__ty�of__
(
u
�
__u
 = (u); __ty�of__(
v
�
__v
 = (v); \

529 
	`��assify
 (
__u
�=�
FP_NAN
 || fp�assify (
__v
�=�FP_NAN; }))

	)

534 
	g__END_DECLS


	@/usr/include/netinet/in.h

18 #i�def 
_NETINET_IN_H


19 

	#_NETINET_IN_H
 1

	)

21 
	~<�u�s.h
>

22 
	~<�d�t.h
>

23 
	~<sys/sock�.h
>

24 
	~<b�s/ty�s.h
>

27 
__BEGIN_DECLS


30 
u�t32_t
 
	t�_addr_t
;

31 
	s�_addr


33 
�_addr_t
 
	ms_addr
;

37 
	~<b�s/�.h
>

42 
	mIPPROTO_IP
 = 0,

43 

	#IPPROTO_IP
 
IPPROTO_IP


	)

44 
	mIPPROTO_ICMP
 = 1,

45 

	#IPPROTO_ICMP
 
IPPROTO_ICMP


	)

46 
	mIPPROTO_IGMP
 = 2,

47 

	#IPPROTO_IGMP
 
IPPROTO_IGMP


	)

48 
	mIPPROTO_IPIP
 = 4,

49 

	#IPPROTO_IPIP
 
IPPROTO_IPIP


	)

50 
	mIPPROTO_TCP
 = 6,

51 

	#IPPROTO_TCP
 
IPPROTO_TCP


	)

52 
	mIPPROTO_EGP
 = 8,

53 

	#IPPROTO_EGP
 
IPPROTO_EGP


	)

54 
	mIPPROTO_PUP
 = 12,

55 

	#IPPROTO_PUP
 
IPPROTO_PUP


	)

56 
	mIPPROTO_UDP
 = 17,

57 

	#IPPROTO_UDP
 
IPPROTO_UDP


	)

58 
	mIPPROTO_IDP
 = 22,

59 

	#IPPROTO_IDP
 
IPPROTO_IDP


	)

60 
	mIPPROTO_TP
 = 29,

61 

	#IPPROTO_TP
 
IPPROTO_TP


	)

62 
	mIPPROTO_DCCP
 = 33,

63 

	#IPPROTO_DCCP
 
IPPROTO_DCCP


	)

64 
	mIPPROTO_IPV6
 = 41,

65 

	#IPPROTO_IPV6
 
IPPROTO_IPV6


	)

66 
	mIPPROTO_RSVP
 = 46,

67 

	#IPPROTO_RSVP
 
IPPROTO_RSVP


	)

68 
	mIPPROTO_GRE
 = 47,

69 

	#IPPROTO_GRE
 
IPPROTO_GRE


	)

70 
	mIPPROTO_ESP
 = 50,

71 

	#IPPROTO_ESP
 
IPPROTO_ESP


	)

72 
	mIPPROTO_AH
 = 51,

73 

	#IPPROTO_AH
 
IPPROTO_AH


	)

74 
	mIPPROTO_MTP
 = 92,

75 

	#IPPROTO_MTP
 
IPPROTO_MTP


	)

76 
	mIPPROTO_BEETPH
 = 94,

77 

	#IPPROTO_BEETPH
 
IPPROTO_BEETPH


	)

78 
	mIPPROTO_ENCAP
 = 98,

79 

	#IPPROTO_ENCAP
 
IPPROTO_ENCAP


	)

80 
	mIPPROTO_PIM
 = 103,

81 

	#IPPROTO_PIM
 
IPPROTO_PIM


	)

82 
	mIPPROTO_COMP
 = 108,

83 

	#IPPROTO_COMP
 
IPPROTO_COMP


	)

84 
	mIPPROTO_SCTP
 = 132,

85 

	#IPPROTO_SCTP
 
IPPROTO_SCTP


	)

86 
	mIPPROTO_UDPLITE
 = 136,

87 

	#IPPROTO_UDPLITE
 
IPPROTO_UDPLITE


	)

88 
	mIPPROTO_MPLS
 = 137,

89 

	#IPPROTO_MPLS
 
IPPROTO_MPLS


	)

90 
	mIPPROTO_RAW
 = 255,

91 

	#IPPROTO_RAW
 
IPPROTO_RAW


	)

92 
	mIPPROTO_MAX


98 #i�de�
__USE_KERNEL_IPV6_DEFS


101 
	mIPPROTO_HOPOPTS
 = 0,

102 

	#IPPROTO_HOPOPTS
 
IPPROTO_HOPOPTS


	)

103 
	mIPPROTO_ROUTING
 = 43,

104 

	#IPPROTO_ROUTING
 
IPPROTO_ROUTING


	)

105 
	mIPPROTO_FRAGMENT
 = 44,

106 

	#IPPROTO_FRAGMENT
 
IPPROTO_FRAGMENT


	)

107 
	mIPPROTO_ICMPV6
 = 58,

108 

	#IPPROTO_ICMPV6
 
IPPROTO_ICMPV6


	)

109 
	mIPPROTO_NONE
 = 59,

110 

	#IPPROTO_NONE
 
IPPROTO_NONE


	)

111 
	mIPPROTO_DSTOPTS
 = 60,

112 

	#IPPROTO_DSTOPTS
 
IPPROTO_DSTOPTS


	)

113 
	mIPPROTO_MH
 = 135

114 

	#IPPROTO_MH
 
IPPROTO_MH


	)

119 
u�t16_t
 
	t�_p�t_t
;

124 
	mIPPORT_ECHO
 = 7,

125 
	mIPPORT_DISCARD
 = 9,

126 
	mIPPORT_SYSTAT
 = 11,

127 
	mIPPORT_DAYTIME
 = 13,

128 
	mIPPORT_NETSTAT
 = 15,

129 
	mIPPORT_FTP
 = 21,

130 
	mIPPORT_TELNET
 = 23,

131 
	mIPPORT_SMTP
 = 25,

132 
	mIPPORT_TIMESERVER
 = 37,

133 
	mIPPORT_NAMESERVER
 = 42,

134 
	mIPPORT_WHOIS
 = 43,

135 
	mIPPORT_MTP
 = 57,

137 
	mIPPORT_TFTP
 = 69,

138 
	mIPPORT_RJE
 = 77,

139 
	mIPPORT_FINGER
 = 79,

140 
	mIPPORT_TTYLINK
 = 87,

141 
	mIPPORT_SUPDUP
 = 95,

144 
	mIPPORT_EXECSERVER
 = 512,

145 
	mIPPORT_LOGINSERVER
 = 513,

146 
	mIPPORT_CMDSERVER
 = 514,

147 
	mIPPORT_EFSSERVER
 = 520,

150 
	mIPPORT_BIFFUDP
 = 512,

151 
	mIPPORT_WHOSERVER
 = 513,

152 
	mIPPORT_ROUTESERVER
 = 520,

155 
	mIPPORT_RESERVED
 = 1024,

158 
	mIPPORT_USERRESERVED
 = 5000

166 

	#IN_CLASSA
(
a
�((((
�_addr_t
)�)�& 0x80000000�=�0)

	)

167 

	#IN_CLASSA_NET
 0xff000000

	)

168 

	#IN_CLASSA_NSHIFT
 24

	)

169 

	#IN_CLASSA_HOST
 (0xfffffff�& ~
IN_CLASSA_NET
)

	)

170 

	#IN_CLASSA_MAX
 128

	)

172 

	#IN_CLASSB
(
a
�((((
�_addr_t
)�)�& 0xc0000000�=�0x80000000)

	)

173 

	#IN_CLASSB_NET
 0xffff0000

	)

174 

	#IN_CLASSB_NSHIFT
 16

	)

175 

	#IN_CLASSB_HOST
 (0xfffffff�& ~
IN_CLASSB_NET
)

	)

176 

	#IN_CLASSB_MAX
 65536

	)

178 

	#IN_CLASSC
(
a
�((((
�_addr_t
)�)�& 0xe0000000�=�0xc0000000)

	)

179 

	#IN_CLASSC_NET
 0xffffff00

	)

180 

	#IN_CLASSC_NSHIFT
 8

	)

181 

	#IN_CLASSC_HOST
 (0xfffffff�& ~
IN_CLASSC_NET
)

	)

183 

	#IN_CLASSD
(
a
�((((
�_addr_t
)�)�& 0xf0000000�=�0xe0000000)

	)

184 

	#IN_MULTICAST
(
a
�
	`IN_CLASSD
�)

	)

186 

	#IN_EXPERIMENTAL
(
a
�((((
�_addr_t
)�)�& 0xe0000000�=�0xe0000000)

	)

187 

	#IN_BADCLASS
(
a
�((((
�_addr_t
)�)�& 0xf0000000�=�0xf0000000)

	)

190 

	#INADDR_ANY
 ((
�_addr_t
�0x00000000)

	)

192 

	#INADDR_BROADCAST
 ((
�_addr_t
�0xffffffff)

	)

194 

	#INADDR_NONE
 ((
�_addr_t
�0xffffffff)

	)

197 

	#IN_LOOPBACKNET
 127

	)

199 #i�de�
INADDR_LOOPBACK


200 

	#INADDR_LOOPBACK
 ((
�_addr_t
�0x7f000001�

	)

204 

	#INADDR_UNSPEC_GROUP
 ((
�_addr_t
�0xe0000000�

	)

205 

	#INADDR_ALLHOSTS_GROUP
 ((
�_addr_t
�0xe0000001�

	)

206 

	#INADDR_ALLRTRS_GROUP
 ((
�_addr_t
�0xe0000002�

	)

207 

	#INADDR_MAX_LOCAL_GROUP
 ((
�_addr_t
�0xe00000ff�

	)

209 #i�de�
__USE_KERNEL_IPV6_DEFS


211 
	s�6_addr


215 
u�t8_t
 
	m__u6_addr8
[16];

216 #ifde�
__USE_MISC


217 
u�t16_t
 
	m__u6_addr16
[8];

218 
u�t32_t
 
	m__u6_addr32
[4];

220 } 
	m__�6_u
;

221 

	#s6_addr
 
__�6_u
.
__u6_addr8


	)

222 #ifde�
__USE_MISC


223 

	#s6_addr16
 
__�6_u
.
__u6_addr16


	)

224 

	#s6_addr32
 
__�6_u
.
__u6_addr32


	)

229 
cڡ 
�6_addr
 
�6addr_�y
;

230 
cڡ 
�6_addr
 
�6addr_lo�back
;

231 

	#IN6ADDR_ANY_INIT
 { { { 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 } } }

	)

232 

	#IN6ADDR_LOOPBACK_INIT
 { { { 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1 } } }

	)

234 

	#INET_ADDRSTRLEN
 16

	)

235 

	#INET6_ADDRSTRLEN
 46

	)

239 
	ssockaddr_�


241 
__SOCKADDR_COMMON
 (
s�_
);

242 
�_p�t_t
 
	ms�_p�t
;

243 
�_addr
 
	ms�_addr
;

246 
	ms�_z�o
[ (
sockaddr
) -

247 
__SOCKADDR_COMMON_SIZE
 -

248  (
�_p�t_t
) -

249  (
�_addr
)];

252 #i�de�
__USE_KERNEL_IPV6_DEFS


254 
	ssockaddr_�6


256 
__SOCKADDR_COMMON
 (
s�6_
);

257 
�_p�t_t
 
	ms�6_p�t
;

258 
u�t32_t
 
	ms�6_�ow�fo
;

259 
�6_addr
 
	ms�6_addr
;

260 
u�t32_t
 
	ms�6_sc�e_id
;

264 #ifde�
__USE_MISC


266 
	s�_m�q


269 
�_addr
 
	mimr_muɟddr
;

272 
�_addr
 
	mimr_��r��
;

275 
	s�_m�q_sour�


278 
�_addr
 
	mimr_muɟddr
;

281 
�_addr
 
	mimr_��r��
;

284 
�_addr
 
	mimr_sour�addr
;

288 #i�de�
__USE_KERNEL_IPV6_DEFS


290 
	s�v6_m�q


293 
�6_addr
 
	m�v6mr_muɟddr
;

296 
	m�v6mr_��r��
;

300 #ifde�
__USE_MISC


302 
	sgroup_�q


305 
u�t32_t
 
	mgr_��r��
;

308 
sockaddr_��age
 
	mgr_group
;

311 
	sgroup_sour�_�q


314 
u�t32_t
 
	mg�_��r��
;

317 
sockaddr_��age
 
	mg�_group
;

320 
sockaddr_��age
 
	mg�_sour�
;

325 
	s�_msf��r


328 
�_addr
 
	mimsf_muɟddr
;

331 
�_addr
 
	mimsf_��r��
;

334 
u�t32_t
 
	mimsf_fmode
;

337 
u�t32_t
 
	mimsf_num�c
;

339 
�_addr
 
	mimsf_�i�
[1];

342 

	#IP_MSFILTER_SIZE
(
num�c
�( (
�_msf��r
) \

343 -  (
�_addr
) \

344 + (
num�c
�*  (
�_addr
))

	)

346 
	sgroup_f��r


349 
u�t32_t
 
	mgf_��r��
;

352 
sockaddr_��age
 
	mgf_group
;

355 
u�t32_t
 
	mgf_fmode
;

358 
u�t32_t
 
	mgf_num�c
;

360 
sockaddr_��age
 
	mgf_�i�
[1];

363 

	#GROUP_FILTER_SIZE
(
num�c
�( (
group_f��r
) \

364 -  (
sockaddr_��age
) \

365 + ((
num�c
) \

366 *  (
sockaddr_��age
)))

	)

376 
u�t32_t
 
	$�ohl
 (
u�t32_t
 
__�g
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

377 
u�t16_t
 
	$�ohs
 (
u�t16_t
 
__�tsh�t
)

378 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

379 
u�t32_t
 
	$ht�l
 (
u�t32_t
 
__ho�l�g
)

380 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

381 
u�t16_t
 
	$ht�s
 (
u�t16_t
 
__ho�sh�t
)

382 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

384 
	~<�d�n.h
>

387 
	~<b�s/by�sw�.h
>

389 #ifde�
__OPTIMIZE__


393 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


396 

	#�ohl
(
x
�(x)

	)

397 

	#�ohs
(
x
�(x)

	)

398 

	#ht�l
(
x
�(x)

	)

399 

	#ht�s
(
x
�(x)

	)

401 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


402 

	#�ohl
(
x
�
	`__bsw�_32
 (x)

	)

403 

	#�ohs
(
x
�
	`__bsw�_16
 (x)

	)

404 

	#ht�l
(
x
�
	`__bsw�_32
 (x)

	)

405 

	#ht�s
(
x
�
	`__bsw�_16
 (x)

	)

410 #ifde�
__GNUC__


411 

	#IN6_IS_ADDR_UNSPECIFIED
(
a
) \

412 (
__ex�nsi�__
 \

413 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

414 
__a
->
s6_addr32
[0] == 0 \

415 && 
__a
->
s6_addr32
[1] == 0 \

416 && 
__a
->
s6_addr32
[2] == 0 \

417 && 
__a
->
s6_addr32
[3] =�0; 
	}
}))

	)

419 

	#IN6_IS_ADDR_LOOPBACK
(
a
) \

420 (
__ex�nsi�__
 \

421 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

422 
__a
->
s6_addr32
[0] == 0 \

423 && 
__a
->
s6_addr32
[1] == 0 \

424 && 
__a
->
s6_addr32
[2] == 0 \

425 && 
__a
->
s6_addr32
[3] =�
	`ht�l
 (1); }))

	)

427 

	#IN6_IS_ADDR_LINKLOCAL
(
a
) \

428 (
__ex�nsi�__
 \

429 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

430 (
__a
->
s6_addr32
[0] & 
	`ht�l
 (0xffc00000)�=�ht��(0x�800000); }))

	)

432 

	#IN6_IS_ADDR_SITELOCAL
(
a
) \

433 (
__ex�nsi�__
 \

434 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

435 (
__a
->
s6_addr32
[0] & 
	`ht�l
 (0xffc00000)�=�ht��(0x�c00000); }))

	)

437 

	#IN6_IS_ADDR_V4MAPPED
(
a
) \

438 (
__ex�nsi�__
 \

439 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

440 
__a
->
s6_addr32
[0] == 0 \

441 && 
__a
->
s6_addr32
[1] == 0 \

442 && 
__a
->
s6_addr32
[2] =�
	`ht�l
 (0xffff); }))

	)

444 

	#IN6_IS_ADDR_V4COMPAT
(
a
) \

445 (
__ex�nsi�__
 \

446 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

447 
__a
->
s6_addr32
[0] == 0 \

448 && 
__a
->
s6_addr32
[1] == 0 \

449 && 
__a
->
s6_addr32
[2] == 0 \

450 && 
	`�ohl
 (
__a
->
s6_addr32
[3]�> 1; }))

	)

452 

	#IN6_ARE_ADDR_EQUAL
(
a
,
b
) \

453 (
__ex�nsi�__
 \

454 ({ cڡ 
�6_addr
 *
__a
 = (cڡ �6_add�*�(
a
); \

455 cڡ 
�6_addr
 *
__b
 = (cڡ �6_add�*�(
b
); \

456 
__a
->
s6_addr32
[0] =�
__b
->s6_addr32[0] \

457 && 
__a
->
s6_addr32
[1] =�
__b
->s6_addr32[1] \

458 && 
__a
->
s6_addr32
[2] =�
__b
->s6_addr32[2] \

459 && 
__a
->
s6_addr32
[3] =�
__b
->s6_addr32[3]; }))

	)

461 

	#IN6_IS_ADDR_UNSPECIFIED
(
a
) \

462 (((cڡ 
u�t32_t
 *�(
a
))[0] == 0 \

463 && ((cڡ 
u�t32_t
 *�(
a
))[1] == 0 \

464 && ((cڡ 
u�t32_t
 *�(
a
))[2] == 0 \

465 && ((cڡ 
u�t32_t
 *�(
a
))[3] =�0)

	)

467 

	#IN6_IS_ADDR_LOOPBACK
(
a
) \

468 (((cڡ 
u�t32_t
 *�(
a
))[0] == 0 \

469 && ((cڡ 
u�t32_t
 *�(
a
))[1] == 0 \

470 && ((cڡ 
u�t32_t
 *�(
a
))[2] == 0 \

471 && ((cڡ 
u�t32_t
 *�(
a
))[3] =�
	`ht�l
 (1))

	)

473 

	#IN6_IS_ADDR_LINKLOCAL
(
a
) \

474 ((((cڡ 
u�t32_t
 *�(
a
))[0] & 
	`ht�l
 (0xffc00000)) \

475 =�
	`ht�l
 (0x�800000))

	)

477 

	#IN6_IS_ADDR_SITELOCAL
(
a
) \

478 ((((cڡ 
u�t32_t
 *�(
a
))[0] & 
	`ht�l
 (0xffc00000)) \

479 =�
	`ht�l
 (0x�c00000))

	)

481 

	#IN6_IS_ADDR_V4MAPPED
(
a
) \

482 ((((cڡ 
u�t32_t
 *�(
a
))[0] == 0) \

483 && (((cڡ 
u�t32_t
 *�(
a
))[1] == 0) \

484 && (((cڡ 
u�t32_t
 *�(
a
))[2] =�
	`ht�l
 (0xffff)))

	)

486 

	#IN6_IS_ADDR_V4COMPAT
(
a
) \

487 ((((cڡ 
u�t32_t
 *�(
a
))[0] == 0) \

488 && (((cڡ 
u�t32_t
 *�(
a
))[1] == 0) \

489 && (((cڡ 
u�t32_t
 *�(
a
))[2] == 0) \

490 && (
	`�ohl
 (((cڡ 
u�t32_t
 *�(
a
))[3]�> 1))

	)

492 

	#IN6_ARE_ADDR_EQUAL
(
a
,
b
) \

493 ((((cڡ 
u�t32_t
 *�(
a
))[0] =�((cڡ u�t32_�*�(
b
))[0]) \

494 && (((cڡ 
u�t32_t
 *�(
a
))[1] =�((cڡ u�t32_�*�(
b
))[1]) \

495 && (((cڡ 
u�t32_t
 *�(
a
))[2] =�((cڡ u�t32_�*�(
b
))[2]) \

496 && (((cڡ 
u�t32_t
 *�(
a
))[3] =�((cڡ u�t32_�*�(
b
))[3]))

	)

499 

	#IN6_IS_ADDR_MULTICAST
(
a
�(((cڡ 
u�t8_t
 *��))[0] =�0xff)

	)

501 #ifde�
__USE_MISC


503 

	$b�d�svp�t
 (
__sockfd
, 
sockaddr_�
 *
__sock_�
�
__THROW
;

506 

	$b�d�svp�t6
 (
__sockfd
, 
sockaddr_�6
 *
__sock_�
)

507 
__THROW
;

511 

	#IN6_IS_ADDR_MC_NODELOCAL
(
a
) \

512 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

513 && ((((cڡ 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x1))

	)

515 

	#IN6_IS_ADDR_MC_LINKLOCAL
(
a
) \

516 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

517 && ((((cڡ 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x2))

	)

519 

	#IN6_IS_ADDR_MC_SITELOCAL
(
a
) \

520 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

521 && ((((cڡ 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x5))

	)

523 

	#IN6_IS_ADDR_MC_ORGLOCAL
(
a
) \

524 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

525 && ((((cڡ 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x8))

	)

527 

	#IN6_IS_ADDR_MC_GLOBAL
(
a
) \

528 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

529 && ((((cڡ 
u�t8_t
 *�(
a
))[1] & 0xf�=�0xe))

	)

532 #ifde�
__USE_GNU


533 
cmsghdr
;

535 #i�de�
__USE_KERNEL_IPV6_DEFS


537 
	s�6_pkt�fo


539 
�6_addr
 
�i6_addr
;

540 
�i6_if�dex
;

544 
	s�6_mtu�fo


546 
sockaddr_�6
 
�6m_addr
;

547 
u�t32_t
 
�6m_mtu
;

552 

	$��6_�ti�_�a�
 (
__nby�s
)

553 
__THROW
 
__��ibu�_d����d__
;

554 

	$��6_�ti�_��
 (*
__bp
, 
cmsghdr
 **
__cmsgp
,

555 
__ty�
�
__THROW
 
__��ibu�_d����d__
;

556 

	$��6_�ti�_��nd
 (
cmsghdr
 *
__cmsg
,

557 cڡ 
u�t8_t
 *
__ty�p
, 
__mu�x
,

558 
__�usy
�
__THROW
 
__��ibu�_d����d__
;

559 
u�t8_t
 *
	$��6_�ti�_�loc
 (
cmsghdr
 *
__cmsg
, 
__d���
,

560 
__mu�x
, 
__�usy
)

561 
__THROW
 
__��ibu�_d����d__
;

562 

	$��6_�ti�_�xt
 (cڡ 
cmsghdr
 *
__cmsg
,

563 
u�t8_t
 **
__��p
)

564 
__THROW
 
__��ibu�_d����d__
;

565 

	$��6_�ti�_f�d
 (cڡ 
cmsghdr
 *
__cmsg
,

566 
u�t8_t
 **
__��p
, 
__ty�
)

567 
__THROW
 
__��ibu�_d����d__
;

571 

	$��6_�t_��
 (*
__extbuf
, 
sock�n_t
 
__ex��
�
__THROW
;

572 

	$��6_�t_��nd
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
,

573 
u�t8_t
 
__ty�
, 
sock�n_t
 
__�n
, u�t8_�
__�ign
,

574 **
__d�abu�
�
__THROW
;

575 

	$��6_�t_f�ish
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
)

576 
__THROW
;

577 

	$��6_�t_�t_v�
 (*
__d�abuf
, 
__off�t
, *
__v�
,

578 
sock�n_t
 
__v��n
�
__THROW
;

579 

	$��6_�t_�xt
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
,

580 
u�t8_t
 *
__ty�p
, 
sock�n_t
 *
__��
,

581 **
__d�abu�
�
__THROW
;

582 

	$��6_�t_f�d
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
,

583 
u�t8_t
 
__ty�
, 
sock�n_t
 *
__��
,

584 **
__d�abu�
�
__THROW
;

585 

	$��6_�t_g�_v�
 (*
__d�abuf
, 
__off�t
, *
__v�
,

586 
sock�n_t
 
__v��n
�
__THROW
;

590 
sock�n_t
 
	$��6_�h_�a�
 (
__ty�
, 
__�gm�ts
�
__THROW
;

591 
*
	$��6_�h_��
 (*
__bp
, 
sock�n_t
 
__bp_�n
, 
__ty�
,

592 
__�gm�ts
�
__THROW
;

593 

	$��6_�h_add
 (*
__bp
, cڡ 
�6_addr
 *
__addr
�
__THROW
;

594 

	$��6_�h_�v��
 (cڡ *
__�
, *
__out
�
__THROW
;

595 

	$��6_�h_�gm�ts
 (cڡ *
__bp
�
__THROW
;

596 

�6_addr
 *
	$��6_�h_g�addr
 (cڡ *
__bp
, 
__�dex
)

597 
__THROW
;

603 

	$g��v4sour�f��r
 (
__s
, 
�_addr
 
__��r��_addr
,

604 
�_addr
 
__group
, 
u�t32_t
 *
__fmode
,

605 
u�t32_t
 *
__num�c
, 
�_addr
 *
__�i�
)

606 
__THROW
;

609 

	$�t�v4sour�f��r
 (
__s
, 
�_addr
 
__��r��_addr
,

610 
�_addr
 
__group
, 
u�t32_t
 
__fmode
,

611 
u�t32_t
 
__num�c
,

612 cڡ 
�_addr
 *
__�i�
)

613 
__THROW
;

617 

	$g�sour�f��r
 (
__s
, 
u�t32_t
 
__��r��_addr
,

618 cڡ 
sockaddr
 *
__group
,

619 
sock�n_t
 
__grou��
, 
u�t32_t
 *
__fmode
,

620 
u�t32_t
 *
__num�c
,

621 
sockaddr_��age
 *
__�i�
�
__THROW
;

624 

	$�tsour�f��r
 (
__s
, 
u�t32_t
 
__��r��_addr
,

625 cڡ 
sockaddr
 *
__group
,

626 
sock�n_t
 
__grou��
, 
u�t32_t
 
__fmode
,

627 
u�t32_t
 
__num�c
,

628 cڡ 
sockaddr_��age
 *
__�i�
�
__THROW
;

631 
__END_DECLS


	@/usr/include/setjmp.h

22 #i�def 
_SETJMP_H


23 

	#_SETJMP_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


29 
	~<b�s/�tjmp.h
>

30 
	~<b�s/sig�t.h
>

34 
	s__jmp_buf_�g


40 
__jmp_buf
 
	m__jmpbuf
;

41 
	m__mask_was_�ved
;

42 
__sig�t_t
 
	m__�ved_mask
;

46 
__BEGIN_NAMESPACE_STD


48 
__jmp_buf_�g
 
	tjmp_buf
[1];

52 

	$�tjmp
 (
jmp_buf
 
__�v
�
__THROWNL
;

54 
__END_NAMESPACE_STD


59 

	$__sig�tjmp
 (
__jmp_buf_�g
 
__�v
[1], 
__�vemask
�
__THROWNL
;

63 

	$_�tjmp
 (
__jmp_buf_�g
 
__�v
[1]�
__THROWNL
;

67 

	#�tjmp
(
�v
�
	`_�tjmp
 (�v)

	)

70 
__BEGIN_NAMESPACE_STD


74 

	$l�gjmp
 (
__jmp_buf_�g
 
__�v
[1], 
__v�
)

75 
__THROWNL
 
	`__��ibu�__
 ((
__nܑu�__
));

77 
__END_NAMESPACE_STD


79 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


83 

	$_l�gjmp
 (
__jmp_buf_�g
 
__�v
[1], 
__v�
)

84 
__THROWNL
 
	`__��ibu�__
 ((
__nܑu�__
));

88 #ifdef 
__USE_POSIX


92 
__jmp_buf_�g
 
	tsigjmp_buf
[1];

96 

	#sig�tjmp
(
�v
, 
�vemask
�
	`__sig�tjmp
 (�v, savemask)

	)

102 

	$sigl�gjmp
 (
sigjmp_buf
 
__�v
, 
__v�
)

103 
__THROWNL
 
	`__��ibu�__
 ((
__nܑu�__
));

108 #i�
__USE_FORTIFY_LEVEL
 > 0

109 
	~<b�s/�tjmp2.h
>

112 
__END_DECLS


	@/usr/include/signal.h

22 #i�def 
_SIGNAL_H


24 #i�!
def�ed
 
__�ed_sig_�omic_t
 && !def�ed 
__�ed_sig�t_t


25 

	#_SIGNAL_H


	)

28 
	~<�u�s.h
>

30 
	g__BEGIN_DECLS


32 
	~<b�s/sig�t.h
>

36 #i�
def�ed
 
__�ed_sig_�omic_t
 || def�ed 
_SIGNAL_H


37 #i�de�
__sig_�omic_t_def�ed


38 

	#__sig_�omic_t_def�ed


	)

39 
__BEGIN_NAMESPACE_STD


40 
__sig_�omic_t
 
	tsig_�omic_t
;

41 
	g__END_NAMESPACE_STD


43 #unde�
__�ed_sig_�omic_t


46 #i�
def�ed
 
__�ed_sig�t_t
 || (def�ed 
_SIGNAL_H
 && def�ed 
__USE_POSIX
)

47 #i�de�
__sig�t_t_def�ed


48 

	#__sig�t_t_def�ed


	)

49 
__sig�t_t
 
	tsig�t_t
;

51 #unde�
__�ed_sig�t_t


54 #ifde�
_SIGNAL_H


56 
	~<b�s/ty�s.h
>

57 
	~<b�s/signum.h
>

59 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K


60 #i�de�
__pid_t_def�ed


61 
__pid_t
 
	tpid_t
;

62 

	#__pid_t_def�ed


	)

64 #ifde�
__USE_XOPEN


66 #i�de�
__uid_t_def�ed


67 
__uid_t
 
	tuid_t
;

68 

	#__uid_t_def�ed


	)

72 #ifde�
__USE_POSIX199309


74 

	#__�ed_time�ec


	)

75 
	~<time.h
>

78 #i�
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_XOPEN_EXTENDED


80 
	~<b�s/sig�fo.h
>

85 (*
	t__sigh�d�r_t
) ();

90 
__sigh�d�r_t
 
	$__sysv_sig�l
 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
)

91 
__THROW
;

92 #ifde�
__USE_GNU


93 
__sigh�d�r_t
 
	$sysv_sig�l
 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
)

94 
__THROW
;

100 
__BEGIN_NAMESPACE_STD


101 #ifde�
__USE_MISC


102 
__sigh�d�r_t
 
	$sig�l
 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
)

103 
__THROW
;

106 #ifde�
__REDIRECT_NTH


107 
__sigh�d�r_t
 
	`__REDIRECT_NTH
 (
sig�l
,

108 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
),

109 
__sysv_sig�l
);

111 

	#sig�l
 
__sysv_sig�l


	)

114 
__END_NAMESPACE_STD


116 #ifde�
__USE_XOPEN


119 
__sigh�d�r_t
 
	$bsd_sig�l
 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
)

120 
__THROW
;

126 #ifde�
__USE_POSIX


127 

	$k�l
 (
__pid_t
 
__pid
, 
__sig
�
__THROW
;

130 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


134 

	$k��g
 (
__pid_t
 
__pg�
, 
__sig
�
__THROW
;

137 
__BEGIN_NAMESPACE_STD


139 

	$�i�
 (
__sig
�
__THROW
;

140 
__END_NAMESPACE_STD


142 #ifde�
__USE_MISC


144 
__sigh�d�r_t
 
	$ssig�l
 (
__sig
, 
__sigh�d�r_t
 
__h�d�r
)

145 
__THROW
;

146 

	$gsig�l
 (
__sig
�
__THROW
;

149 #ifde�
__USE_XOPEN2K8


151 

	`psig�l
 (
__sig
, cڡ *
__s
);

154 

	`psig�fo
 (cڡ 
sig�fo_t
 *
__p�fo
, cڡ *
__s
);

166 #ifde�
__USE_XOPEN


167 #ifde�
__GNUC__


168 

	$sig�u�
 (
__sig
�
	`__asm__
 ("__xpg_sigpause");

170 

	`__sig�u�
 (
__sig_�_mask
, 
__is_sig
);

172 

	#sig�u�
(
sig
�
	`__sig�u�
 ((sig), 1)

	)

177 #ifde�
__USE_MISC


184 

	#sigmask
(
sig
�
	`__sigmask
(sig)

	)

187 

	$sigblock
 (
__mask
�
__THROW
 
__��ibu�_d����d__
;

190 

	$sig�tmask
 (
__mask
�
__THROW
 
__��ibu�_d����d__
;

193 

	$sigg�mask
 (�
__THROW
 
__��ibu�_d����d__
;

197 #ifde�
__USE_MISC


198 

	#NSIG
 
_NSIG


	)

201 #ifde�
__USE_GNU


202 
__sigh�d�r_t
 
	tsigh�d�r_t
;

206 #ifde�
__USE_MISC


207 
__sigh�d�r_t
 
	tsig_t
;

210 #ifde�
__USE_POSIX


213 

	$sigem�y�t
 (
sig�t_t
 *
__�t
�
__THROW
 
	`__n�nu�
 ((1));

216 

	$sigf�l�t
 (
sig�t_t
 *
__�t
�
__THROW
 
	`__n�nu�
 ((1));

219 

	$sigadd�t
 (
sig�t_t
 *
__�t
, 
__signo
�
__THROW
 
	`__n�nu�
 ((1));

222 

	$sigd��t
 (
sig�t_t
 *
__�t
, 
__signo
�
__THROW
 
	`__n�nu�
 ((1));

225 

	$sigismemb�
 (cڡ 
sig�t_t
 *
__�t
, 
__signo
)

226 
__THROW
 
	`__n�nu�
 ((1));

228 #ifde�
__USE_GNU


230 

	$sigi�m�y�t
 (cڡ 
sig�t_t
 *
__�t
�
__THROW
 
	`__n�nu�
 ((1));

233 

	$sig�d�t
 (
sig�t_t
 *
__�t
, cڡ sig�t_�*
__��
,

234 cڡ 
sig�t_t
 *
__right
�
__THROW
 
	`__n�nu�
 ((1, 2, 3));

237 

	$sigܣt
 (
sig�t_t
 *
__�t
, cڡ sig�t_�*
__��
,

238 cڡ 
sig�t_t
 *
__right
�
__THROW
 
	`__n�nu�
 ((1, 2, 3));

243 
	~<b�s/siga�i�.h
>

246 

	$sig�ocmask
 (
__how
, cڡ 
sig�t_t
 *
__��ri�
 
__�t
,

247 
sig�t_t
 *
__��ri�
 
__o�t
�
__THROW
;

254 

	$sigsu��d
 (cڡ 
sig�t_t
 *
__�t
�
	`__n�nu�
 ((1));

257 

	$siga�i�
 (
__sig
, cڡ 
siga�i�
 *
__��ri�
 
__a�
,

258 
siga�i�
 *
__��ri�
 
__��
�
__THROW
;

261 

	$sig�nd�g
 (
sig�t_t
 *
__�t
�
__THROW
 
	`__n�nu�
 ((1));

268 

	$sigwa�
 (cڡ 
sig�t_t
 *
__��ri�
 
__�t
, *__��ri� 
__sig
)

269 
	`__n�nu�
 ((1, 2));

271 #ifde�
__USE_POSIX199309


276 

	$sigwa��fo
 (cڡ 
sig�t_t
 *
__��ri�
 
__�t
,

277 
sig�fo_t
 *
__��ri�
 
__�fo
�
	`__n�nu�
 ((1));

284 

	$sigtimedwa�
 (cڡ 
sig�t_t
 *
__��ri�
 
__�t
,

285 
sig�fo_t
 *
__��ri�
 
__�fo
,

286 cڡ 
time�ec
 *
__��ri�
 
__timeout
)

287 
	`__n�nu�
 ((1));

291 

	$sigqueue
 (
__pid_t
 
__pid
, 
__sig
, cڡ 
sigv�
 
__v�
)

292 
__THROW
;

297 #ifde�
__USE_MISC


301 
cڡ *cڡ 
_sys_sigli�
[
_NSIG
];

302 
cڡ *cڡ 
sys_sigli�
[
_NSIG
];

306 
	~<b�s/sigcڋxt.h
>

309 

	$sig�tu�
 (
sigcڋxt
 *
__s�
�
__THROW
;

314 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


315 

	#__�ed_size_t


	)

316 
	~<�ddef.h
>

321 

	$sig���u�
 (
__sig
, 
__���u�
�
__THROW
;

323 
	~<b�s/sig�ack.h
>

324 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


326 
	~<sys/ucڋxt.h
>

332 

	$sig�ack
 (
sig�ack
 *
__ss
, sig�ack *
__oss
)

333 
__THROW
 
__��ibu�_d����d__
;

337 

	$sig�t�ack
 (cڡ 
sig�t�ack
 *
__��ri�
 
__ss
,

338 
sig�t�ack
 *
__��ri�
 
__oss
�
__THROW
;

342 #ifde�
__USE_XOPEN_EXTENDED


346 

	$sigh�d
 (
__sig
�
__THROW
;

349 

	$sig�l�
 (
__sig
�
__THROW
;

352 

	$sigign�e
 (
__sig
�
__THROW
;

355 
__sigh�d�r_t
 
	$sig�t
 (
__sig
, 
__sigh�d�r_t
 
__di�
�
__THROW
;

358 #i�
def�ed
 
__USE_POSIX199506
 || def�ed 
__USE_UNIX98


361 
	~<b�s/�h�adty�s.h
>

362 
	~<b�s/sigth�ad.h
>

369 

	$__libc_cu��t_sig�m�
 (�
__THROW
;

371 

	$__libc_cu��t_sig�max
 (�
__THROW
;

375 
__END_DECLS


	@/usr/include/stdint.h

22 #i�de�
_STDINT_H


23 

	#_STDINT_H
 1

	)

25 
	~<�u�s.h
>

26 
	~<b�s/wch�.h
>

27 
	~<b�s/w�dsize.h
>

34 #i�de�
__�t8_t_def�ed


35 

	#__�t8_t_def�ed


	)

36 sig�d 
	t�t8_t
;

37 
	t�t16_t
;

38 
	t�t32_t
;

39 #i�
__WORDSIZE
 == 64

40 
	t�t64_t
;

42 
__ex�nsi�__


43 
	t�t64_t
;

48 
	tu�t8_t
;

49 
	tu�t16_t
;

50 #i�de�
__u�t32_t_def�ed


51 
	tu�t32_t
;

52 

	#__u�t32_t_def�ed


	)

54 #i�
__WORDSIZE
 == 64

55 
	tu�t64_t
;

57 
__ex�nsi�__


58 
	tu�t64_t
;

65 sig�d 
	t�t_�a�8_t
;

66 
	t�t_�a�16_t
;

67 
	t�t_�a�32_t
;

68 #i�
__WORDSIZE
 == 64

69 
	t�t_�a�64_t
;

71 
__ex�nsi�__


72 
	t�t_�a�64_t
;

76 
	tu�t_�a�8_t
;

77 
	tu�t_�a�16_t
;

78 
	tu�t_�a�32_t
;

79 #i�
__WORDSIZE
 == 64

80 
	tu�t_�a�64_t
;

82 
__ex�nsi�__


83 
	tu�t_�a�64_t
;

90 sig�d 
	t�t_�8_t
;

91 #i�
__WORDSIZE
 == 64

92 
	t�t_�16_t
;

93 
	t�t_�32_t
;

94 
	t�t_�64_t
;

96 
	t�t_�16_t
;

97 
	t�t_�32_t
;

98 
__ex�nsi�__


99 
	t�t_�64_t
;

103 
	tu�t_�8_t
;

104 #i�
__WORDSIZE
 == 64

105 
	tu�t_�16_t
;

106 
	tu�t_�32_t
;

107 
	tu�t_�64_t
;

109 
	tu�t_�16_t
;

110 
	tu�t_�32_t
;

111 
__ex�nsi�__


112 
	tu�t_�64_t
;

117 #i�
__WORDSIZE
 == 64

118 #i�de�
__���_t_def�ed


119 
	t���_t
;

120 

	#__���_t_def�ed


	)

122 
	tu���_t
;

124 #i�de�
__���_t_def�ed


125 
	t���_t
;

126 

	#__���_t_def�ed


	)

128 
	tu���_t
;

133 #i�
__WORDSIZE
 == 64

134 
	t�tmax_t
;

135 
	tu�tmax_t
;

137 
__ex�nsi�__


138 
	t�tmax_t
;

139 
__ex�nsi�__


140 
	tu�tmax_t
;

144 #i�
__WORDSIZE
 == 64

145 

	#__INT64_C
(
c
��## 
L


	)

146 

	#__UINT64_C
(
c
��## 
UL


	)

148 

	#__INT64_C
(
c
��## 
LL


	)

149 

	#__UINT64_C
(
c
��## 
ULL


	)

155 

	#INT8_MIN
 (-128)

	)

156 

	#INT16_MIN
 (-32767-1)

	)

157 

	#INT32_MIN
 (-2147483647-1)

	)

158 

	#INT64_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

160 

	#INT8_MAX
 (127)

	)

161 

	#INT16_MAX
 (32767)

	)

162 

	#INT32_MAX
 (2147483647)

	)

163 

	#INT64_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

166 

	#UINT8_MAX
 (255)

	)

167 

	#UINT16_MAX
 (65535)

	)

168 

	#UINT32_MAX
 (4294967295U)

	)

169 

	#UINT64_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

173 

	#INT_LEAST8_MIN
 (-128)

	)

174 

	#INT_LEAST16_MIN
 (-32767-1)

	)

175 

	#INT_LEAST32_MIN
 (-2147483647-1)

	)

176 

	#INT_LEAST64_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

178 

	#INT_LEAST8_MAX
 (127)

	)

179 

	#INT_LEAST16_MAX
 (32767)

	)

180 

	#INT_LEAST32_MAX
 (2147483647)

	)

181 

	#INT_LEAST64_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

184 

	#UINT_LEAST8_MAX
 (255)

	)

185 

	#UINT_LEAST16_MAX
 (65535)

	)

186 

	#UINT_LEAST32_MAX
 (4294967295U)

	)

187 

	#UINT_LEAST64_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

191 

	#INT_FAST8_MIN
 (-128)

	)

192 #i�
__WORDSIZE
 == 64

193 

	#INT_FAST16_MIN
 (-9223372036854775807L-1)

	)

194 

	#INT_FAST32_MIN
 (-9223372036854775807L-1)

	)

196 

	#INT_FAST16_MIN
 (-2147483647-1)

	)

197 

	#INT_FAST32_MIN
 (-2147483647-1)

	)

199 

	#INT_FAST64_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

201 

	#INT_FAST8_MAX
 (127)

	)

202 #i�
__WORDSIZE
 == 64

203 

	#INT_FAST16_MAX
 (9223372036854775807L)

	)

204 

	#INT_FAST32_MAX
 (9223372036854775807L)

	)

206 

	#INT_FAST16_MAX
 (2147483647)

	)

207 

	#INT_FAST32_MAX
 (2147483647)

	)

209 

	#INT_FAST64_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

212 

	#UINT_FAST8_MAX
 (255)

	)

213 #i�
__WORDSIZE
 == 64

214 

	#UINT_FAST16_MAX
 (18446744073709551615UL)

	)

215 

	#UINT_FAST32_MAX
 (18446744073709551615UL)

	)

217 

	#UINT_FAST16_MAX
 (4294967295U)

	)

218 

	#UINT_FAST32_MAX
 (4294967295U)

	)

220 

	#UINT_FAST64_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

224 #i�
__WORDSIZE
 == 64

225 

	#INTPTR_MIN
 (-9223372036854775807L-1)

	)

226 

	#INTPTR_MAX
 (9223372036854775807L)

	)

227 

	#UINTPTR_MAX
 (18446744073709551615UL)

	)

229 

	#INTPTR_MIN
 (-2147483647-1)

	)

230 

	#INTPTR_MAX
 (2147483647)

	)

231 

	#UINTPTR_MAX
 (4294967295U)

	)

236 

	#INTMAX_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

238 

	#INTMAX_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

241 

	#UINTMAX_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

247 #i�
__WORDSIZE
 == 64

248 

	#PTRDIFF_MIN
 (-9223372036854775807L-1)

	)

249 

	#PTRDIFF_MAX
 (9223372036854775807L)

	)

251 

	#PTRDIFF_MIN
 (-2147483647-1)

	)

252 

	#PTRDIFF_MAX
 (2147483647)

	)

256 

	#SIG_ATOMIC_MIN
 (-2147483647-1)

	)

257 

	#SIG_ATOMIC_MAX
 (2147483647)

	)

260 #i�
__WORDSIZE
 == 64

261 

	#SIZE_MAX
 (18446744073709551615UL)

	)

263 #ifde�
__WORDSIZE32_SIZE_ULONG


264 

	#SIZE_MAX
 (4294967295UL)

	)

266 

	#SIZE_MAX
 (4294967295U)

	)

271 #i�de�
WCHAR_MIN


273 

	#WCHAR_MIN
 
__WCHAR_MIN


	)

274 

	#WCHAR_MAX
 
__WCHAR_MAX


	)

278 

	#WINT_MIN
 (0u)

	)

279 

	#WINT_MAX
 (4294967295u)

	)

282 

	#INT8_C
(
c
�
	)
c

283 

	#INT16_C
(
c
�
	)
c

284 

	#INT32_C
(
c
�
	)
c

285 #i�
__WORDSIZE
 == 64

286 

	#INT64_C
(
c
��## 
L


	)

288 

	#INT64_C
(
c
��## 
LL


	)

292 

	#UINT8_C
(
c
�
	)
c

293 

	#UINT16_C
(
c
�
	)
c

294 

	#UINT32_C
(
c
��## 
U


	)

295 #i�
__WORDSIZE
 == 64

296 

	#UINT64_C
(
c
��## 
UL


	)

298 

	#UINT64_C
(
c
��## 
ULL


	)

302 #i�
__WORDSIZE
 == 64

303 

	#INTMAX_C
(
c
��## 
L


	)

304 

	#UINTMAX_C
(
c
��## 
UL


	)

306 

	#INTMAX_C
(
c
��## 
LL


	)

307 

	#UINTMAX_C
(
c
��## 
ULL


	)

	@/usr/include/stdio.h

23 #i�de�
_STDIO_H


25 #i�!
def�ed
 
__�ed_FILE
 && !def�ed 
__�ed___FILE


26 

	#_STDIO_H
 1

	)

27 
	~<�u�s.h
>

29 
	g__BEGIN_DECLS


31 

	#__�ed_size_t


	)

32 

	#__�ed_NULL


	)

33 
	~<�ddef.h
>

35 
	~<b�s/ty�s.h
>

36 

	#__�ed_FILE


	)

37 

	#__�ed___FILE


	)

41 #i�!
def�ed
 
__FILE_def�ed
 && def�ed 
__�ed_FILE


44 
	g_IO_FILE
;

46 
__BEGIN_NAMESPACE_STD


48 
_IO_FILE
 
	tFILE
;

49 
	g__END_NAMESPACE_STD


50 #i�
def�ed
 
__USE_LARGEFILE64
 || def�ed 
__USE_POSIX
 \

51 || 
def�ed
 
	g__USE_ISOC99
 || def�ed 
	g__USE_XOPEN
 \

52 || 
def�ed
 
__USE_POSIX2


53 
	$__USING_NAMESPACE_STD
(
FILE
)

56 

	#__FILE_def�ed
 1

	)

58 #unde�
__�ed_FILE


61 #i�!
def�ed
 
____FILE_def�ed
 && def�ed 
__�ed___FILE


64 
_IO_FILE
 
	t__FILE
;

66 

	#____FILE_def�ed
 1

	)

68 #unde�
__�ed___FILE


71 #ifdef 
_STDIO_H


72 

	#_STDIO_USES_IOSTREAM


	)

74 
	~<libio.h
>

76 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


77 #ifde�
__GNUC__


78 #i�de�
_VA_LIST_DEFINED


79 
_G_va_li�
 
	tva_li�
;

80 

	#_VA_LIST_DEFINED


	)

83 
	~<�d�g.h
>

87 #ifde�
__USE_XOPEN2K8


88 #i�de�
__off_t_def�ed


89 #i�de�
__USE_FILE_OFFSET64


90 
__off_t
 
	toff_t
;

92 
__off64_t
 
	toff_t
;

94 

	#__off_t_def�ed


	)

96 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__off64_t_def�ed


97 
__off64_t
 
	toff64_t
;

98 

	#__off64_t_def�ed


	)

101 #i�de�
__ssize_t_def�ed


102 
__ssize_t
 
	tssize_t
;

103 

	#__ssize_t_def�ed


	)

108 
__BEGIN_NAMESPACE_STD


109 #i�de�
__USE_FILE_OFFSET64


110 
_G_�os_t
 
	t�os_t
;

112 
_G_�os64_t
 
	t�os_t
;

114 
__END_NAMESPACE_STD


115 #ifde�
__USE_LARGEFILE64


116 
_G_�os64_t
 
	t�os64_t
;

120 

	#_IOFBF
 0

	)

121 

	#_IOLBF
 1

	)

122 

	#_IONBF
 2

	)

126 #i�de�
BUFSIZ


127 

	#BUFSIZ
 
_IO_BUFSIZ


	)

133 #i�de�
EOF


134 

	#EOF
 (-1)

	)

140 

	#SEEK_SET
 0

	)

141 

	#SEEK_CUR
 1

	)

142 

	#SEEK_END
 2

	)

143 #ifde�
__USE_GNU


144 

	#SEEK_DATA
 3

	)

145 

	#SEEK_HOLE
 4

	)

149 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


151 

	#P_tmpd�
 "/tmp"

	)

164 
	~<b�s/�dio_lim.h
>

168 

_IO_FILE
 *
�d�
;

169 

_IO_FILE
 *
�dout
;

170 

_IO_FILE
 *
�d�r
;

172 

	#�d�
 
�d�


	)

173 

	#�dout
 
�dout


	)

174 

	#�d�r
 
�d�r


	)

176 
__BEGIN_NAMESPACE_STD


178 

	$�move
 (cڡ *
__f��ame
�
__THROW
;

180 

	$��me
 (cڡ *
__�d
, cڡ *
__�w
�
__THROW
;

181 
__END_NAMESPACE_STD


183 #ifde�
__USE_ATFILE


185 

	$��m�t
 (
__�dfd
, cڡ *
__�d
, 
__�wfd
,

186 cڡ *
__�w
�
__THROW
;

189 
__BEGIN_NAMESPACE_STD


194 #i�de�
__USE_FILE_OFFSET64


195 
FILE
 *
	$tmpf�e
 (�
__wur
;

197 #ifde�
__REDIRECT


198 
FILE
 *
	`__REDIRECT
 (
tmpf�e
, (), 
tmpf�e64
�
__wur
;

200 

	#tmpf�e
 
tmpf�e64


	)

204 #ifde�
__USE_LARGEFILE64


205 
FILE
 *
	$tmpf�e64
 (�
__wur
;

209 
*
	$tm�am
 (*
__s
�
__THROW
 
__wur
;

210 
__END_NAMESPACE_STD


212 #ifde�
__USE_MISC


215 
*
	$tm�am_r
 (*
__s
�
__THROW
 
__wur
;

219 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


227 
*
	$�m�am
 (cڡ *
__d�
, cڡ *
__pfx
)

228 
__THROW
 
__��ibu�_m�loc__
 
__wur
;

232 
__BEGIN_NAMESPACE_STD


237 

	`f�o�
 (
FILE
 *
__��am
);

242 

	`f�ush
 (
FILE
 *
__��am
);

243 
__END_NAMESPACE_STD


245 #ifde�
__USE_MISC


252 

	`f�ush_u�ocked
 (
FILE
 *
__��am
);

255 #ifde�
__USE_GNU


262 

	`f�o��l
 ();

266 
__BEGIN_NAMESPACE_STD


267 #i�de�
__USE_FILE_OFFSET64


272 
FILE
 *
	$fݒ
 (cڡ *
__��ri�
 
__f��ame
,

273 cڡ *
__��ri�
 
__modes
�
__wur
;

278 
FILE
 *
	$�eݒ
 (cڡ *
__��ri�
 
__f��ame
,

279 cڡ *
__��ri�
 
__modes
,

280 
FILE
 *
__��ri�
 
__��am
�
__wur
;

282 #ifde�
__REDIRECT


283 
FILE
 *
	`__REDIRECT
 (
fݒ
, (cڡ *
__��ri�
 
__f��ame
,

284 cڡ *
__��ri�
 
__modes
), 
fݒ64
)

285 
__wur
;

286 
FILE
 *
	`__REDIRECT
 (
�eݒ
, (cڡ *
__��ri�
 
__f��ame
,

287 cڡ *
__��ri�
 
__modes
,

288 
FILE
 *
__��ri�
 
__��am
), 
�eݒ64
)

289 
__wur
;

291 

	#fݒ
 
fݒ64


	)

292 

	#�eݒ
 
�eݒ64


	)

295 
__END_NAMESPACE_STD


296 #ifde�
__USE_LARGEFILE64


297 
FILE
 *
	$fݒ64
 (cڡ *
__��ri�
 
__f��ame
,

298 cڡ *
__��ri�
 
__modes
�
__wur
;

299 
FILE
 *
	$�eݒ64
 (cڡ *
__��ri�
 
__f��ame
,

300 cڡ *
__��ri�
 
__modes
,

301 
FILE
 *
__��ri�
 
__��am
�
__wur
;

304 #ifdef 
__USE_POSIX


306 
FILE
 *
	$fdݒ
 (
__fd
, cڡ *
__modes
�
__THROW
 
__wur
;

309 #ifdef 
__USE_GNU


312 
FILE
 *
	$fݒcook�
 (*
__��ri�
 
__magic_cook�
,

313 cڡ *
__��ri�
 
__modes
,

314 
_IO_cook�_io_fun�i�s_t
 
__io_funcs
�
__THROW
 
__wur
;

317 #ifde�
__USE_XOPEN2K8


319 
FILE
 *
	$fmemݒ
 (*
__s
, 
size_t
 
__�n
, cڡ *
__modes
)

320 
__THROW
 
__wur
;

325 
FILE
 *
	$ݒ_mem��am
 (**
__bu�oc
, 
size_t
 *
__siz�oc
�
__THROW
 
__wur
;

329 
__BEGIN_NAMESPACE_STD


332 

	$�tbuf
 (
FILE
 *
__��ri�
 
__��am
, *__��ri� 
__buf
�
__THROW
;

336 

	$�tvbuf
 (
FILE
 *
__��ri�
 
__��am
, *__��ri� 
__buf
,

337 
__modes
, 
size_t
 
__n
�
__THROW
;

338 
__END_NAMESPACE_STD


340 #ifdef 
__USE_MISC


343 

	$�tbuf�r
 (
FILE
 *
__��ri�
 
__��am
, *__��ri� 
__buf
,

344 
size_t
 
__size
�
__THROW
;

347 

	$���ebuf
 (
FILE
 *
__��am
�
__THROW
;

351 
__BEGIN_NAMESPACE_STD


356 

	`�r�tf
 (
FILE
 *
__��ri�
 
__��am
,

357 cڡ *
__��ri�
 
__f�m�
, ...);

362 

	`��tf
 (cڡ *
__��ri�
 
__f�m�
, ...);

364 

	$�r�tf
 (*
__��ri�
 
__s
,

365 cڡ *
__��ri�
 
__f�m�
, ...�
__THROWNL
;

371 

	`v�r�tf
 (
FILE
 *
__��ri�
 
__s
, cڡ *__��ri� 
__f�m�
,

372 
_G_va_li�
 
__�g
);

377 

	`v��tf
 (cڡ *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�g
);

379 

	$v�r�tf
 (*
__��ri�
 
__s
, cڡ *__��ri� 
__f�m�
,

380 
_G_va_li�
 
__�g
�
__THROWNL
;

381 
__END_NAMESPACE_STD


383 #i�
def�ed
 
__USE_ISOC99
 || def�ed 
__USE_UNIX98


384 
__BEGIN_NAMESPACE_C99


386 

	$���tf
 (*
__��ri�
 
__s
, 
size_t
 
__max�n
,

387 cڡ *
__��ri�
 
__f�m�
, ...)

388 
__THROWNL
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 4)));

390 

	$v���tf
 (*
__��ri�
 
__s
, 
size_t
 
__max�n
,

391 cڡ *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�g
)

392 
__THROWNL
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 0)));

393 
__END_NAMESPACE_C99


396 #ifde�
__USE_GNU


399 

	$va�r�tf
 (**
__��ri�
 
__�r
, cڡ *__��ri� 
__f
,

400 
_G_va_li�
 
__�g
)

401 
__THROWNL
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 2, 0))�
__wur
;

402 

	$__a�r�tf
 (**
__��ri�
 
__�r
,

403 cڡ *
__��ri�
 
__fmt
, ...)

404 
__THROWNL
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 2, 3))�
__wur
;

405 

	$a�r�tf
 (**
__��ri�
 
__�r
,

406 cڡ *
__��ri�
 
__fmt
, ...)

407 
__THROWNL
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 2, 3))�
__wur
;

410 #ifde�
__USE_XOPEN2K8


412 

	$vd��tf
 (
__fd
, cڡ *
__��ri�
 
__fmt
,

413 
_G_va_li�
 
__�g
)

414 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 0)));

415 

	$d��tf
 (
__fd
, cڡ *
__��ri�
 
__fmt
, ...)

416 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 3)));

420 
__BEGIN_NAMESPACE_STD


425 

	$fs�nf
 (
FILE
 *
__��ri�
 
__��am
,

426 cڡ *
__��ri�
 
__f�m�
, ...�
__wur
;

431 

	$s�nf
 (cڡ *
__��ri�
 
__f�m�
, ...�
__wur
;

433 

	$ss�nf
 (cڡ *
__��ri�
 
__s
,

434 cڡ *
__��ri�
 
__f�m�
, ...�
__THROW
;

436 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__USE_GNU
 \

437 && (!
def�ed
 
__LDBL_COMPAT
 || !def�ed 
__REDIRECT
) \

438 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

439 #ifde�
__REDIRECT


443 

	`__REDIRECT
 (
fs�nf
, (
FILE
 *
__��ri�
 
__��am
,

444 cڡ *
__��ri�
 
__f�m�
, ...),

445 
__isoc99_fs�nf
�
__wur
;

446 

	`__REDIRECT
 (
s�nf
, (cڡ *
__��ri�
 
__f�m�
, ...),

447 
__isoc99_s�nf
�
__wur
;

448 

	`__REDIRECT_NTH
 (
ss�nf
, (cڡ *
__��ri�
 
__s
,

449 cڡ *
__��ri�
 
__f�m�
, ...),

450 
__isoc99_ss�nf
);

452 

	$__isoc99_fs�nf
 (
FILE
 *
__��ri�
 
__��am
,

453 cڡ *
__��ri�
 
__f�m�
, ...�
__wur
;

454 

	$__isoc99_s�nf
 (cڡ *
__��ri�
 
__f�m�
, ...�
__wur
;

455 

	$__isoc99_ss�nf
 (cڡ *
__��ri�
 
__s
,

456 cڡ *
__��ri�
 
__f�m�
, ...�
__THROW
;

457 

	#fs�nf
 
__isoc99_fs�nf


	)

458 

	#s�nf
 
__isoc99_s�nf


	)

459 

	#ss�nf
 
__isoc99_ss�nf


	)

463 
__END_NAMESPACE_STD


465 #ifdef 
__USE_ISOC99


466 
__BEGIN_NAMESPACE_C99


471 

	$vfs�nf
 (
FILE
 *
__��ri�
 
__s
, cڡ *__��ri� 
__f�m�
,

472 
_G_va_li�
 
__�g
)

473 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 2, 0))�
__wur
;

479 

	$vs�nf
 (cڡ *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�g
)

480 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 1, 0))�
__wur
;

483 

	$vss�nf
 (cڡ *
__��ri�
 
__s
,

484 cڡ *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�g
)

485 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__s�nf__
, 2, 0)));

487 #i�!
def�ed
 
__USE_GNU
 \

488 && (!
def�ed
 
__LDBL_COMPAT
 || !def�ed 
__REDIRECT
) \

489 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

490 #ifde�
__REDIRECT


494 

	`__REDIRECT
 (
vfs�nf
,

495 (
FILE
 *
__��ri�
 
__s
,

496 cڡ *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�g
),

497 
__isoc99_vfs�nf
)

498 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 2, 0))�
__wur
;

499 

	`__REDIRECT
 (
vs�nf
, (cڡ *
__��ri�
 
__f�m�
,

500 
_G_va_li�
 
__�g
), 
__isoc99_vs�nf
)

501 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 1, 0))�
__wur
;

502 

	`__REDIRECT_NTH
 (
vss�nf
,

503 (cڡ *
__��ri�
 
__s
,

504 cڡ *
__��ri�
 
__f�m�
,

505 
_G_va_li�
 
__�g
), 
__isoc99_vss�nf
)

506 
	`__��ibu�__
 ((
	`__f�m�__
 (
__s�nf__
, 2, 0)));

508 

	$__isoc99_vfs�nf
 (
FILE
 *
__��ri�
 
__s
,

509 cڡ *
__��ri�
 
__f�m�
,

510 
_G_va_li�
 
__�g
�
__wur
;

511 

	$__isoc99_vs�nf
 (cڡ *
__��ri�
 
__f�m�
,

512 
_G_va_li�
 
__�g
�
__wur
;

513 

	$__isoc99_vss�nf
 (cڡ *
__��ri�
 
__s
,

514 cڡ *
__��ri�
 
__f�m�
,

515 
_G_va_li�
 
__�g
�
__THROW
;

516 

	#vfs�nf
 
__isoc99_vfs�nf


	)

517 

	#vs�nf
 
__isoc99_vs�nf


	)

518 

	#vss�nf
 
__isoc99_vss�nf


	)

522 
__END_NAMESPACE_C99


526 
__BEGIN_NAMESPACE_STD


531 

	`fg�c
 (
FILE
 *
__��am
);

532 

	`g�c
 (
FILE
 *
__��am
);

538 

	`g�ch�
 ();

539 
__END_NAMESPACE_STD


543 

	#g�c
(
_�
�
	`_IO_g�c
 (_�)

	)

545 #ifde�
__USE_POSIX


550 

	`g�c_u�ocked
 (
FILE
 *
__��am
);

551 

	`g�ch�_u�ocked
 ();

554 #ifde�
__USE_MISC


561 

	`fg�c_u�ocked
 (
FILE
 *
__��am
);

565 
__BEGIN_NAMESPACE_STD


573 

	`�utc
 (
__c
, 
FILE
 *
__��am
);

574 

	`putc
 (
__c
, 
FILE
 *
__��am
);

580 

	`putch�
 (
__c
);

581 
__END_NAMESPACE_STD


585 

	#putc
(
_ch
, 
_�
�
	`_IO_putc
 (_ch, _�)

	)

587 #ifde�
__USE_MISC


594 

	`�utc_u�ocked
 (
__c
, 
FILE
 *
__��am
);

597 #ifde�
__USE_POSIX


602 

	`putc_u�ocked
 (
__c
, 
FILE
 *
__��am
);

603 

	`putch�_u�ocked
 (
__c
);

607 #i�
def�ed
 
__USE_MISC
 \

608 || (
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)

610 

	`g�w
 (
FILE
 *
__��am
);

613 

	`putw
 (
__w
, 
FILE
 *
__��am
);

617 
__BEGIN_NAMESPACE_STD


622 
*
	$fg�s
 (*
__��ri�
 
__s
, 
__n
, 
FILE
 *__��ri� 
__��am
)

623 
__wur
;

625 #i�!
def�ed
 
__USE_ISOC11
 \

626 || (
def�ed
 
__�lu�lus
 && __cplusplus <= 201103L)

638 
*
	$g�s
 (*
__s
�
__wur
 
__��ibu�_d����d__
;

640 
__END_NAMESPACE_STD


642 #ifde�
__USE_GNU


649 
*
	$fg�s_u�ocked
 (*
__��ri�
 
__s
, 
__n
,

650 
FILE
 *
__��ri�
 
__��am
�
__wur
;

654 #ifdef 
__USE_XOPEN2K8


665 
_IO_ssize_t
 
	$__g�d�im
 (**
__��ri�
 
__l���
,

666 
size_t
 *
__��ri�
 
__n
, 
__d�im��
,

667 
FILE
 *
__��ri�
 
__��am
�
__wur
;

668 
_IO_ssize_t
 
	$g�d�im
 (**
__��ri�
 
__l���
,

669 
size_t
 *
__��ri�
 
__n
, 
__d�im��
,

670 
FILE
 *
__��ri�
 
__��am
�
__wur
;

678 
_IO_ssize_t
 
	$g�l�e
 (**
__��ri�
 
__l���
,

679 
size_t
 *
__��ri�
 
__n
,

680 
FILE
 *
__��ri�
 
__��am
�
__wur
;

684 
__BEGIN_NAMESPACE_STD


689 

	`�uts
 (cڡ *
__��ri�
 
__s
, 
FILE
 *__��ri� 
__��am
);

695 

	`puts
 (cڡ *
__s
);

702 

	`ung�c
 (
__c
, 
FILE
 *
__��am
);

709 
size_t
 
	$�d
 (*
__��ri�
 
__�r
, 
size_t
 
__size
,

710 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
�
__wur
;

715 
size_t
 
	`fwr�e
 (cڡ *
__��ri�
 
__�r
, size_�
__size
,

716 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__s
);

717 
__END_NAMESPACE_STD


719 #ifde�
__USE_GNU


726 

	`�uts_u�ocked
 (cڡ *
__��ri�
 
__s
,

727 
FILE
 *
__��ri�
 
__��am
);

730 #ifde�
__USE_MISC


737 
size_t
 
	$�d_u�ocked
 (*
__��ri�
 
__�r
, 
size_t
 
__size
,

738 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
�
__wur
;

739 
size_t
 
	`fwr�e_u�ocked
 (cڡ *
__��ri�
 
__�r
, size_�
__size
,

740 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
);

744 
__BEGIN_NAMESPACE_STD


749 

	`f�ek
 (
FILE
 *
__��am
, 
__off
, 
__wh��
);

754 

	$�l
 (
FILE
 *
__��am
�
__wur
;

759 

	`�w�d
 (
FILE
 *
__��am
);

760 
__END_NAMESPACE_STD


767 #i�
def�ed
 
__USE_LARGEFILE
 || def�ed 
__USE_XOPEN2K


768 #i�de�
__USE_FILE_OFFSET64


773 

	`f�eko
 (
FILE
 *
__��am
, 
__off_t
 
__off
, 
__wh��
);

778 
__off_t
 
	$�lo
 (
FILE
 *
__��am
�
__wur
;

780 #ifde�
__REDIRECT


781 

	`__REDIRECT
 (
f�eko
,

782 (
FILE
 *
__��am
, 
__off64_t
 
__off
, 
__wh��
),

783 
f�eko64
);

784 
__off64_t
 
	`__REDIRECT
 (
�lo
, (
FILE
 *
__��am
), 
�lo64
);

786 

	#f�eko
 
f�eko64


	)

787 

	#�lo
 
�lo64


	)

792 
__BEGIN_NAMESPACE_STD


793 #i�de�
__USE_FILE_OFFSET64


798 

	`fg�pos
 (
FILE
 *
__��ri�
 
__��am
, 
�os_t
 *__��ri� 
__pos
);

803 

	`f��os
 (
FILE
 *
__��am
, cڡ 
�os_t
 *
__pos
);

805 #ifde�
__REDIRECT


806 

	`__REDIRECT
 (
fg�pos
, (
FILE
 *
__��ri�
 
__��am
,

807 
�os_t
 *
__��ri�
 
__pos
), 
fg�pos64
);

808 

	`__REDIRECT
 (
f��os
,

809 (
FILE
 *
__��am
, cڡ 
�os_t
 *
__pos
), 
f��os64
);

811 

	#fg�pos
 
fg�pos64


	)

812 

	#f��os
 
f��os64


	)

815 
__END_NAMESPACE_STD


817 #ifde�
__USE_LARGEFILE64


818 

	`f�eko64
 (
FILE
 *
__��am
, 
__off64_t
 
__off
, 
__wh��
);

819 
__off64_t
 
	$�lo64
 (
FILE
 *
__��am
�
__wur
;

820 

	`fg�pos64
 (
FILE
 *
__��ri�
 
__��am
, 
�os64_t
 *__��ri� 
__pos
);

821 

	`f��os64
 (
FILE
 *
__��am
, cڡ 
�os64_t
 *
__pos
);

824 
__BEGIN_NAMESPACE_STD


826 

	$����
 (
FILE
 *
__��am
�
__THROW
;

828 

	$�of
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

830 

	$��
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

831 
__END_NAMESPACE_STD


833 #ifde�
__USE_MISC


835 

	$����_u�ocked
 (
FILE
 *
__��am
�
__THROW
;

836 

	$�of_u�ocked
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

837 

	$��_u�ocked
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

841 
__BEGIN_NAMESPACE_STD


846 

	`���
 (cڡ *
__s
);

847 
__END_NAMESPACE_STD


853 
	~<b�s/sys_��i�.h
>

856 #ifdef 
__USE_POSIX


858 

	$f��o
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

861 #ifde�
__USE_MISC


863 

	$f��o_u�ocked
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

867 #ifde�
__USE_POSIX2


872 
FILE
 *
	$pݒ
 (cڡ *
__comm�d
, cڡ *
__modes
�
__wur
;

878 

	`p�o�
 (
FILE
 *
__��am
);

882 #ifdef 
__USE_POSIX


884 
*
	$��mid
 (*
__s
�
__THROW
;

888 #ifde�
__USE_XOPEN


890 
*
	`cu�rid
 (*
__s
);

894 #ifdef 
__USE_GNU


895 
ob�ack
;

898 

	$ob�ack_��tf
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

899 cڡ *
__��ri�
 
__f�m�
, ...)

900 
__THROWNL
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 3)));

901 

	$ob�ack_v��tf
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

902 cڡ *
__��ri�
 
__f�m�
,

903 
_G_va_li�
 
__�gs
)

904 
__THROWNL
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 0)));

908 #ifde�
__USE_POSIX


912 

	$�ockf�e
 (
FILE
 *
__��am
�
__THROW
;

916 

	$�rylockf�e
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

919 

	$fu�ockf�e
 (
FILE
 *
__��am
�
__THROW
;

922 #i�
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
 && !def�ed 
__USE_GNU


926 

	#__�ed_g��t


	)

927 
	~<g��t.h
>

932 #ifde�
__USE_EXTERN_INLINES


933 
	~<b�s/�dio.h
>

935 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


936 
	~<b�s/�dio2.h
>

938 #ifde�
__LDBL_COMPAT


939 
	~<b�s/�dio-ldbl.h
>

942 
__END_DECLS


	@/usr/include/stdlib.h

22 #i�def 
_STDLIB_H


24 
	~<�u�s.h
>

27 

	#__�ed_size_t


	)

28 #i�de�
__�ed_m�loc_�d_��oc


29 

	#__�ed_wch�_t


	)

30 

	#__�ed_NULL


	)

32 
	~<�ddef.h
>

34 
	g__BEGIN_DECLS


36 #i�de�
__�ed_m�loc_�d_��oc


37 

	#_STDLIB_H
 1

	)

39 #i�(
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8
�&& !def�ed 
_SYS_WAIT_H


41 
	~<b�s/wa��ags.h
>

42 
	~<b�s/wa���us.h
>

44 #ifde�
__USE_MISC


49 #i�
def�ed
 
__GNUC__
 && !def�ed 
__�lu�lus


50 

	#__WAIT_INT
(
��us
) \

51 (
	`__ex�nsi�__
 (((uni� { 
	`__ty�of
(
��us
�
__�
; 
__i
; }) \

52 { .
__�
 = (
��us
�}).
__i
))

	)

54 

	#__WAIT_INT
(
��us
�(*(*�&(��us))

	)

62 #i�!
def�ed
 
__GNUC__
 || __GNUC__ < 2 || def�ed 
__�lu�lus


63 

	#__WAIT_STATUS
 *

	)

64 

	#__WAIT_STATUS_DEFN
 *

	)

69 
wa�
 *
	m__u�r
;

70 *
	m__��
;

71 } 
	t__WAIT_STATUS
 
	t__��ibu�__
 ((
	t__�����t_uni�__
));

72 

	#__WAIT_STATUS_DEFN
 *

	)

77 

	#__WAIT_INT
(
��us
�(��us)

	)

78 

	#__WAIT_STATUS
 *

	)

79 

	#__WAIT_STATUS_DEFN
 *

	)

84 

	#WEXITSTATUS
(
��us
�
	`__WEXITSTATUS
 (
	`__WAIT_INT
 (��us))

	)

85 

	#WTERMSIG
(
��us
�
	`__WTERMSIG
 (
	`__WAIT_INT
 (��us))

	)

86 

	#WSTOPSIG
(
��us
�
	`__WSTOPSIG
 (
	`__WAIT_INT
 (��us))

	)

87 

	#WIFEXITED
(
��us
�
	`__WIFEXITED
 (
	`__WAIT_INT
 (��us))

	)

88 

	#WIFSIGNALED
(
��us
�
	`__WIFSIGNALED
 (
	`__WAIT_INT
 (��us))

	)

89 

	#WIFSTOPPED
(
��us
�
	`__WIFSTOPPED
 (
	`__WAIT_INT
 (��us))

	)

90 #ifde�
__WIFCONTINUED


91 

	#WIFCONTINUED
(
��us
�
	`__WIFCONTINUED
 (
	`__WAIT_INT
 (��us))

	)

95 
__BEGIN_NAMESPACE_STD


99 
	mqu�
;

100 
	m�m
;

101 } 
	tdiv_t
;

104 #i�de�
__ldiv_t_def�ed


107 
	mqu�
;

108 
	m�m
;

109 } 
	tldiv_t
;

110 

	#__ldiv_t_def�ed
 1

	)

112 
	g__END_NAMESPACE_STD


114 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__�div_t_def�ed


115 
__BEGIN_NAMESPACE_C99


117 
__ex�nsi�__
 struct

119 
	mqu�
;

120 
	m�m
;

121 } 
	t�div_t
;

122 

	#__�div_t_def�ed
 1

	)

123 
	g__END_NAMESPACE_C99


128 

	#RAND_MAX
 2147483647

	)

133 

	#EXIT_FAILURE
 1

	)

134 

	#EXIT_SUCCESS
 0

	)

138 

	#MB_CUR_MAX
 (
	`__�y�_g�_mb_cur_max
 ())

	)

139 
size_t
 
	$__�y�_g�_mb_cur_max
 (�
__THROW
 
__wur
;

142 
__BEGIN_NAMESPACE_STD


144 

	$�of
 (cڡ *
__Ō
)

145 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

147 

	$�oi
 (cڡ *
__Ō
)

148 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

150 

	$��
 (cڡ *
__Ō
)

151 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

152 
__END_NAMESPACE_STD


154 #ifde�
__USE_ISOC99


155 
__BEGIN_NAMESPACE_C99


157 
__ex�nsi�__
 

	$��l
 (cڡ *
__Ō
)

158 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

159 
__END_NAMESPACE_C99


162 
__BEGIN_NAMESPACE_STD


164 

	$��od
 (cڡ *
__��ri�
 
__Ō
,

165 **
__��ri�
 
__�d�r
)

166 
__THROW
 
	`__n�nu�
 ((1));

167 
__END_NAMESPACE_STD


169 #ifdef 
__USE_ISOC99


170 
__BEGIN_NAMESPACE_C99


172 

	$��of
 (cڡ *
__��ri�
 
__Ō
,

173 **
__��ri�
 
__�d�r
�
__THROW
 
	`__n�nu�
 ((1));

175 

	$���d
 (cڡ *
__��ri�
 
__Ō
,

176 **
__��ri�
 
__�d�r
)

177 
__THROW
 
	`__n�nu�
 ((1));

178 
__END_NAMESPACE_C99


181 
__BEGIN_NAMESPACE_STD


183 

	$���
 (cڡ *
__��ri�
 
__Ō
,

184 **
__��ri�
 
__�d�r
, 
__ba�
)

185 
__THROW
 
	`__n�nu�
 ((1));

187 

	$��oul
 (cڡ *
__��ri�
 
__Ō
,

188 **
__��ri�
 
__�d�r
, 
__ba�
)

189 
__THROW
 
	`__n�nu�
 ((1));

190 
__END_NAMESPACE_STD


192 #ifde�
__USE_MISC


194 
__ex�nsi�__


195 

	$��oq
 (cڡ *
__��ri�
 
__Ō
,

196 **
__��ri�
 
__�d�r
, 
__ba�
)

197 
__THROW
 
	`__n�nu�
 ((1));

199 
__ex�nsi�__


200 

	$��ouq
 (cڡ *
__��ri�
 
__Ō
,

201 **
__��ri�
 
__�d�r
, 
__ba�
)

202 
__THROW
 
	`__n�nu�
 ((1));

205 #ifde�
__USE_ISOC99


206 
__BEGIN_NAMESPACE_C99


208 
__ex�nsi�__


209 

	$���l
 (cڡ *
__��ri�
 
__Ō
,

210 **
__��ri�
 
__�d�r
, 
__ba�
)

211 
__THROW
 
	`__n�nu�
 ((1));

213 
__ex�nsi�__


214 

	$��ou�
 (cڡ *
__��ri�
 
__Ō
,

215 **
__��ri�
 
__�d�r
, 
__ba�
)

216 
__THROW
 
	`__n�nu�
 ((1));

217 
__END_NAMESPACE_C99


221 #ifde�
__USE_GNU


235 
	~<xlo��.h
>

239 

	$���_l
 (cڡ *
__��ri�
 
__Ō
,

240 **
__��ri�
 
__�d�r
, 
__ba�
,

241 
__lo��_t
 
__loc
�
__THROW
 
	`__n�nu�
 ((1, 4));

243 

	$��oul_l
 (cڡ *
__��ri�
 
__Ō
,

244 **
__��ri�
 
__�d�r
,

245 
__ba�
, 
__lo��_t
 
__loc
)

246 
__THROW
 
	`__n�nu�
 ((1, 4));

248 
__ex�nsi�__


249 

	$���l_l
 (cڡ *
__��ri�
 
__Ō
,

250 **
__��ri�
 
__�d�r
, 
__ba�
,

251 
__lo��_t
 
__loc
)

252 
__THROW
 
	`__n�nu�
 ((1, 4));

254 
__ex�nsi�__


255 

	$��ou�_l
 (cڡ *
__��ri�
 
__Ō
,

256 **
__��ri�
 
__�d�r
,

257 
__ba�
, 
__lo��_t
 
__loc
)

258 
__THROW
 
	`__n�nu�
 ((1, 4));

260 

	$��od_l
 (cڡ *
__��ri�
 
__Ō
,

261 **
__��ri�
 
__�d�r
, 
__lo��_t
 
__loc
)

262 
__THROW
 
	`__n�nu�
 ((1, 3));

264 

	$��of_l
 (cڡ *
__��ri�
 
__Ō
,

265 **
__��ri�
 
__�d�r
, 
__lo��_t
 
__loc
)

266 
__THROW
 
	`__n�nu�
 ((1, 3));

268 

	$���d_l
 (cڡ *
__��ri�
 
__Ō
,

269 **
__��ri�
 
__�d�r
,

270 
__lo��_t
 
__loc
)

271 
__THROW
 
	`__n�nu�
 ((1, 3));

275 #ifde�
__USE_EXTERN_INLINES


276 
__BEGIN_NAMESPACE_STD


277 
__ex��_�l�e
 

278 
	`__NTH
 (
	$�oi
 (cڡ *
__Ō
))

280  (�
	`���
 (
__Ō
, (**�
NULL
, 10);

281 
	}
}

282 
__ex��_�l�e
 

283 
__NTH
 (
	$��
 (cڡ *
__Ō
))

285  
	`���
 (
__Ō
, (**�
NULL
, 10);

286 
	}
}

287 
	g__END_NAMESPACE_STD


289 #ifde�
__USE_ISOC99


290 
__BEGIN_NAMESPACE_C99


291 
__ex�nsi�__
 
__ex��_�l�e
 

292 
__NTH
 (
	$��l
 (cڡ *
__Ō
))

294  
	`���l
 (
__Ō
, (**�
NULL
, 10);

295 
	}
}

296 
	g__END_NAMESPACE_C99


301 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


305 
*
	$l64a
 (
__n
�
__THROW
 
__wur
;

308 

	$a64l
 (cڡ *
__s
)

309 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

313 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


314 
	~<sys/ty�s.h
>

321 

	$�ndom
 (�
__THROW
;

324 

	$��dom
 (
__�ed
�
__THROW
;

330 
*
	$����e
 (
__�ed
, *
__��ebuf
,

331 
size_t
 
__����
�
__THROW
 
	`__n�nu�
 ((2));

335 
*
	$�t��e
 (*
__��ebuf
�
__THROW
 
	`__n�nu�
 ((1));

338 #ifde�
__USE_MISC


343 
	s�ndom_d�a


345 
�t32_t
 *
�
;

346 
�t32_t
 *
��
;

347 
�t32_t
 *
��e
;

348 
�nd_ty�
;

349 
�nd_deg
;

350 
�nd_�p
;

351 
�t32_t
 *
�d_�r
;

354 

	$�ndom_r
 (
�ndom_d�a
 *
__��ri�
 
__buf
,

355 
�t32_t
 *
__��ri�
 
__�su�
�
__THROW
 
	`__n�nu�
 ((1, 2));

357 

	$��dom_r
 (
__�ed
, 
�ndom_d�a
 *
__buf
)

358 
__THROW
 
	`__n�nu�
 ((2));

360 

	$����e_r
 (
__�ed
, *
__��ri�
 
__��ebuf
,

361 
size_t
 
__����
,

362 
�ndom_d�a
 *
__��ri�
 
__buf
)

363 
__THROW
 
	`__n�nu�
 ((2, 4));

365 

	$�t��e_r
 (*
__��ri�
 
__��ebuf
,

366 
�ndom_d�a
 *
__��ri�
 
__buf
)

367 
__THROW
 
	`__n�nu�
 ((1, 2));

372 
__BEGIN_NAMESPACE_STD


374 

	$�nd
 (�
__THROW
;

376 

	$��d
 (
__�ed
�
__THROW
;

377 
__END_NAMESPACE_STD


379 #ifde�
__USE_POSIX


381 

	$�nd_r
 (*
__�ed
�
__THROW
;

385 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


389 

	$d�nd48
 (�
__THROW
;

390 

	$��d48
 (
__xsubi
[3]�
__THROW
 
	`__n�nu�
 ((1));

393 

	$̪d48
 (�
__THROW
;

394 

	$Īd48
 (
__xsubi
[3])

395 
__THROW
 
	`__n�nu�
 ((1));

398 

	$m�nd48
 (�
__THROW
;

399 

	$j�nd48
 (
__xsubi
[3])

400 
__THROW
 
	`__n�nu�
 ((1));

403 

	$��d48
 (
__�edv�
�
__THROW
;

404 
*
	$�ed48
 (
__�ed16v
[3])

405 
__THROW
 
	`__n�nu�
 ((1));

406 

	$lc�g48
 (
__��m
[7]�
__THROW
 
	`__n�nu�
 ((1));

408 #ifde�
__USE_MISC


412 
	sd�nd48_d�a


414 
__x
[3];

415 
__�d_x
[3];

416 
__c
;

417 
__��
;

418 
__ex�nsi�__
 
__a
;

423 

	$d�nd48_r
 (
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

424 *
__��ri�
 
__�su�
�
__THROW
 
	`__n�nu�
 ((1, 2));

425 

	$��d48_r
 (
__xsubi
[3],

426 
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

427 *
__��ri�
 
__�su�
�
__THROW
 
	`__n�nu�
 ((1, 2));

430 

	$̪d48_r
 (
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

431 *
__��ri�
 
__�su�
)

432 
__THROW
 
	`__n�nu�
 ((1, 2));

433 

	$Īd48_r
 (
__xsubi
[3],

434 
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

435 *
__��ri�
 
__�su�
)

436 
__THROW
 
	`__n�nu�
 ((1, 2));

439 

	$m�nd48_r
 (
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

440 *
__��ri�
 
__�su�
)

441 
__THROW
 
	`__n�nu�
 ((1, 2));

442 

	$j�nd48_r
 (
__xsubi
[3],

443 
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

444 *
__��ri�
 
__�su�
)

445 
__THROW
 
	`__n�nu�
 ((1, 2));

448 

	$��d48_r
 (
__�edv�
, 
d�nd48_d�a
 *
__buf�r
)

449 
__THROW
 
	`__n�nu�
 ((2));

451 

	$�ed48_r
 (
__�ed16v
[3],

452 
d�nd48_d�a
 *
__buf�r
�
__THROW
 
	`__n�nu�
 ((1, 2));

454 

	$lc�g48_r
 (
__��m
[7],

455 
d�nd48_d�a
 *
__buf�r
)

456 
__THROW
 
	`__n�nu�
 ((1, 2));

462 #i�de�
__m�loc_�d_��oc_def�ed


463 

	#__m�loc_�d_��oc_def�ed


	)

464 
__BEGIN_NAMESPACE_STD


466 
*
	$m�loc
 (
size_t
 
__size
�
__THROW
 
__��ibu�_m�loc__
 
__wur
;

468 
*
	$��oc
 (
size_t
 
__nmemb
, size_�
__size
)

469 
__THROW
 
__��ibu�_m�loc__
 
__wur
;

470 
__END_NAMESPACE_STD


473 #i�de�
__�ed_m�loc_�d_��oc


474 
__BEGIN_NAMESPACE_STD


480 
*
	$��loc
 (*
__�r
, 
size_t
 
__size
)

481 
__THROW
 
__��ibu�_w�n_unu�d_�su�__
;

483 

	$�
 (*
__�r
�
__THROW
;

484 
__END_NAMESPACE_STD


486 #ifdef 
__USE_MISC


488 

	$c�
 (*
__�r
�
__THROW
;

491 #ifde�
__USE_MISC


492 
	~<�lo�.h
>

495 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K
) \

496 || 
def�ed
 
__USE_MISC


498 
*
	$v�loc
 (
size_t
 
__size
�
__THROW
 
__��ibu�_m�loc__
 
__wur
;

501 #ifde�
__USE_XOPEN2K


503 

	$posix_mem�ign
 (**
__mem�r
, 
size_t
 
__�ignm�t
, size_�
__size
)

504 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

507 #ifde�
__USE_ISOC11


509 
*
	$�ig�d_�loc
 (
size_t
 
__�ignm�t
, size_�
__size
)

510 
__THROW
 
__��ibu�_m�loc__
 
	`__��ibu�_�loc_size__
 ((2)�
__wur
;

513 
__BEGIN_NAMESPACE_STD


515 

	$ab�t
 (�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

519 

	$�ex�
 ((*
__func
�()�
__THROW
 
	`__n�nu�
 ((1));

521 #i�
def�ed
 
__USE_ISOC11
 || def�ed 
__USE_ISOCXX11


523 #ifde�
__�lu�lus


524 
"C++" 
	$�_quick_ex�
 ((*
__func
) ())

525 
__THROW
 
	`__asm
 ("�_quick_ex�"�
	`__n�nu�
 ((1));

527 

	$�_quick_ex�
 ((*
__func
�()�
__THROW
 
	`__n�nu�
 ((1));

530 
__END_NAMESPACE_STD


532 #ifdef 
__USE_MISC


535 

	$�_ex�
 ((*
__func
�(
__��us
, *
__�g
), *__arg)

536 
__THROW
 
	`__n�nu�
 ((1));

539 
__BEGIN_NAMESPACE_STD


543 

	$ex�
 (
__��us
�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

545 #i�
def�ed
 
__USE_ISOC11
 || def�ed 
__USE_ISOCXX11


549 

	$quick_ex�
 (
__��us
�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

551 
__END_NAMESPACE_STD


553 #ifde�
__USE_ISOC99


554 
__BEGIN_NAMESPACE_C99


557 

	$_Ex�
 (
__��us
�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

558 
__END_NAMESPACE_C99


562 
__BEGIN_NAMESPACE_STD


564 
*
	$g��v
 (cڡ *
__�me
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

565 
__END_NAMESPACE_STD


567 #ifde�
__USE_GNU


570 
*
	$�cu�_g��v
 (cڡ *
__�me
)

571 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

574 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


578 

	$pu�nv
 (*
__�r�g
�
__THROW
 
	`__n�nu�
 ((1));

581 #ifde�
__USE_XOPEN2K


584 

	$��nv
 (cڡ *
__�me
, cڡ *
__v�ue
, 
__��a�
)

585 
__THROW
 
	`__n�nu�
 ((2));

588 

	$un��nv
 (cڡ *
__�me
�
__THROW
 
	`__n�nu�
 ((1));

591 #ifdef 
__USE_MISC


595 

	$���nv
 (�
__THROW
;

599 #i�
def�ed
 
__USE_MISC
 \

600 || (
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
)

606 
*
	$mk�mp
 (*
__�m��e
�
__THROW
 
	`__n�nu�
 ((1));

609 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


618 #i�de�
__USE_FILE_OFFSET64


619 

	$mk�emp
 (*
__�m��e
�
	`__n�nu�
 ((1)�
__wur
;

621 #ifde�
__REDIRECT


622 

	`__REDIRECT
 (
mk�emp
, (*
__�m��e
), 
mk�emp64
)

623 
	`__n�nu�
 ((1)�
__wur
;

625 

	#mk�emp
 
mk�emp64


	)

628 #ifde�
__USE_LARGEFILE64


629 

	$mk�emp64
 (*
__�m��e
�
	`__n�nu�
 ((1)�
__wur
;

633 #ifde�
__USE_MISC


640 #i�de�
__USE_FILE_OFFSET64


641 

	$mk�emps
 (*
__�m��e
, 
__suffix�n
�
	`__n�nu�
 ((1)�
__wur
;

643 #ifde�
__REDIRECT


644 

	`__REDIRECT
 (
mk�emps
, (*
__�m��e
, 
__suffix�n
),

645 
mk�emps64
�
	`__n�nu�
 ((1)�
__wur
;

647 

	#mk�emps
 
mk�emps64


	)

650 #ifde�
__USE_LARGEFILE64


651 

	$mk�emps64
 (*
__�m��e
, 
__suffix�n
)

652 
	`__n�nu�
 ((1)�
__wur
;

656 #ifde�
__USE_XOPEN2K8


662 
*
	$mkd�mp
 (*
__�m��e
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

665 #ifde�
__USE_GNU


672 #i�de�
__USE_FILE_OFFSET64


673 

	$mko�emp
 (*
__�m��e
, 
__�ags
�
	`__n�nu�
 ((1)�
__wur
;

675 #ifde�
__REDIRECT


676 

	`__REDIRECT
 (
mko�emp
, (*
__�m��e
, 
__�ags
), 
mko�emp64
)

677 
	`__n�nu�
 ((1)�
__wur
;

679 

	#mko�emp
 
mko�emp64


	)

682 #ifde�
__USE_LARGEFILE64


683 

	$mko�emp64
 (*
__�m��e
, 
__�ags
�
	`__n�nu�
 ((1)�
__wur
;

692 #i�de�
__USE_FILE_OFFSET64


693 

	$mko�emps
 (*
__�m��e
, 
__suffix�n
, 
__�ags
)

694 
	`__n�nu�
 ((1)�
__wur
;

696 #ifde�
__REDIRECT


697 

	`__REDIRECT
 (
mko�emps
, (*
__�m��e
, 
__suffix�n
,

698 
__�ags
), 
mko�emps64
)

699 
	`__n�nu�
 ((1)�
__wur
;

701 

	#mko�emps
 
mko�emps64


	)

704 #ifde�
__USE_LARGEFILE64


705 

	$mko�emps64
 (*
__�m��e
, 
__suffix�n
, 
__�ags
)

706 
	`__n�nu�
 ((1)�
__wur
;

711 
__BEGIN_NAMESPACE_STD


716 

	$sy�em
 (cڡ *
__comm�d
�
__wur
;

717 
__END_NAMESPACE_STD


720 #ifdef 
__USE_GNU


723 
*
	$�n�i�lize_f�e_�me
 (cڡ *
__�me
)

724 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

727 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


733 
*
	$���th
 (cڡ *
__��ri�
 
__�me
,

734 *
__��ri�
 
__�s�ved
�
__THROW
 
__wur
;

739 #i�de�
__COMPAR_FN_T


740 

	#__COMPAR_FN_T


	)

741 (*
	t__com�r_�_t
) (const *, const *);

743 #ifdef 
__USE_GNU


744 
__com�r_�_t
 
	tcom�ris�_�_t
;

747 #ifde�
__USE_GNU


748 (*
	t__com�r_d_�_t
) (const *, const *, *);

751 
__BEGIN_NAMESPACE_STD


754 
*
	$b��ch
 (cڡ *
__key
, cڡ *
__ba�
,

755 
size_t
 
__nmemb
, size_�
__size
, 
__com�r_�_t
 
__com�r
)

756 
	`__n�nu�
 ((1, 2, 5)�
__wur
;

758 #ifde�
__USE_EXTERN_INLINES


759 
	~<b�s/�dlib-b��ch.h
>

764 

	$qs�t
 (*
__ba�
, 
size_t
 
__nmemb
, size_�
__size
,

765 
__com�r_�_t
 
__com�r
�
	`__n�nu�
 ((1, 4));

766 #ifde�
__USE_GNU


767 

	$qs�t_r
 (*
__ba�
, 
size_t
 
__nmemb
, size_�
__size
,

768 
__com�r_d_�_t
 
__com�r
, *
__�g
)

769 
	`__n�nu�
 ((1, 4));

774 

	$abs
 (
__x
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

775 

	$�bs
 (
__x
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

776 
__END_NAMESPACE_STD


778 #ifde�
__USE_ISOC99


779 
__ex�nsi�__
 

	$�abs
 (
__x
)

780 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

784 
__BEGIN_NAMESPACE_STD


788 
div_t
 
	$div
 (
__num�
, 
__d�om
)

789 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

790 
ldiv_t
 
	$ldiv
 (
__num�
, 
__d�om
)

791 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

792 
__END_NAMESPACE_STD


794 #ifde�
__USE_ISOC99


795 
__BEGIN_NAMESPACE_C99


796 
__ex�nsi�__
 
�div_t
 
	$�div
 (
__num�
,

797 
__d�om
)

798 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

799 
__END_NAMESPACE_C99


803 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

804 || 
def�ed
 
__USE_MISC


811 
*
	$ecvt
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

812 *
__��ri�
 
__sign
�
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

817 
*
	$fcvt
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

818 *
__��ri�
 
__sign
�
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

823 
*
	$gcvt
 (
__v�ue
, 
__ndig�
, *
__buf
)

824 
__THROW
 
	`__n�nu�
 ((3)�
__wur
;

827 #ifde�
__USE_MISC


829 
*
	$qecvt
 (
__v�ue
, 
__ndig�
,

830 *
__��ri�
 
__de�t
, *__��ri� 
__sign
)

831 
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

832 
*
	$qfcvt
 (
__v�ue
, 
__ndig�
,

833 *
__��ri�
 
__de�t
, *__��ri� 
__sign
)

834 
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

835 
*
	$qgcvt
 (
__v�ue
, 
__ndig�
, *
__buf
)

836 
__THROW
 
	`__n�nu�
 ((3)�
__wur
;

841 

	$ecvt_r
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

842 *
__��ri�
 
__sign
, *__��ri� 
__buf
,

843 
size_t
 
__�n
�
__THROW
 
	`__n�nu�
 ((3, 4, 5));

844 

	$fcvt_r
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

845 *
__��ri�
 
__sign
, *__��ri� 
__buf
,

846 
size_t
 
__�n
�
__THROW
 
	`__n�nu�
 ((3, 4, 5));

848 

	$qecvt_r
 (
__v�ue
, 
__ndig�
,

849 *
__��ri�
 
__de�t
, *__��ri� 
__sign
,

850 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

851 
__THROW
 
	`__n�nu�
 ((3, 4, 5));

852 

	$qfcvt_r
 (
__v�ue
, 
__ndig�
,

853 *
__��ri�
 
__de�t
, *__��ri� 
__sign
,

854 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

855 
__THROW
 
	`__n�nu�
 ((3, 4, 5));

859 
__BEGIN_NAMESPACE_STD


862 

	$mb�n
 (cڡ *
__s
, 
size_t
 
__n
�
__THROW
;

865 

	$mbtowc
 (
wch�_t
 *
__��ri�
 
__pwc
,

866 cڡ *
__��ri�
 
__s
, 
size_t
 
__n
�
__THROW
;

869 

	$w�omb
 (*
__s
, 
wch�_t
 
__wch�
�
__THROW
;

873 
size_t
 
	$mb�owcs
 (
wch�_t
 *
__��ri�
 
__pwcs
,

874 cڡ *
__��ri�
 
__s
, 
size_t
 
__n
�
__THROW
;

876 
size_t
 
	$wc�ombs
 (*
__��ri�
 
__s
,

877 cڡ 
wch�_t
 *
__��ri�
 
__pwcs
, 
size_t
 
__n
)

878 
__THROW
;

879 
__END_NAMESPACE_STD


882 #ifde�
__USE_MISC


887 

	$�m�ch
 (cڡ *
__��ڣ
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

891 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


898 

	$g�sub�t
 (**
__��ri�
 
__�ti�p
,

899 *cڡ *
__��ri�
 
__tok�s
,

900 **
__��ri�
 
__v�u�
)

901 
__THROW
 
	`__n�nu�
 ((1, 2, 3)�
__wur
;

905 #ifde�
__USE_XOPEN


907 

	$�tkey
 (cڡ *
__key
�
__THROW
 
	`__n�nu�
 ((1));

913 #ifde�
__USE_XOPEN2KXSI


915 

	$posix_ݒ�
 (
__o�ag
�
__wur
;

918 #ifde�
__USE_XOPEN


923 

	$g���
 (
__fd
�
__THROW
;

927 

	$u�ock�
 (
__fd
�
__THROW
;

932 
*
	$��ame
 (
__fd
�
__THROW
 
__wur
;

935 #ifde�
__USE_GNU


939 

	$��ame_r
 (
__fd
, *
__buf
, 
size_t
 
__bu�
)

940 
__THROW
 
	`__n�nu�
 ((2));

943 

	`g��
 ();

946 #ifde�
__USE_MISC


950 

	$g�l�davg
 (
__l�davg
[], 
__��m
)

951 
__THROW
 
	`__n�nu�
 ((1));

954 
	~<b�s/�dlib-��t.h
>

957 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


958 
	~<b�s/�dlib.h
>

960 #ifde�
__LDBL_COMPAT


961 
	~<b�s/�dlib-ldbl.h
>

965 #unde�
__�ed_m�loc_�d_��oc


967 
__END_DECLS


	@/usr/include/string.h

22 #i�def 
_STRING_H


23 

	#_STRING_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


30 

	#__�ed_size_t


	)

31 

	#__�ed_NULL


	)

32 
	~<�ddef.h
>

35 #i�
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (4, 4)

36 

	#__CORRECT_ISO_CPP_STRING_H_PROTO


	)

40 
__BEGIN_NAMESPACE_STD


42 
*
	$mem�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

43 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1, 2));

46 
*
	$memmove
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
)

47 
__THROW
 
	`__n�nu�
 ((1, 2));

48 
__END_NAMESPACE_STD


53 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


54 
*
	$memc�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

55 
__c
, 
size_t
 
__n
)

56 
__THROW
 
	`__n�nu�
 ((1, 2));

60 
__BEGIN_NAMESPACE_STD


62 
*
	$mem�t
 (*
__s
, 
__c
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1));

65 

	$memcmp
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

66 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

69 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


72 
*
	`memchr
 (*
__s
, 
__c
, 
size_t
 
__n
)

73 
__THROW
 
	`__asm
 ("memchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

74 
cڡ *
	`memchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
)

75 
__THROW
 
	`__asm
 ("memchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

77 #ifde�
__OPTIMIZE__


78 
__ex��_�ways_�l�e
 *

79 
	`memchr
 (*
__s
, 
__c
, 
size_t
 
__n
�
__THROW


81  
	`__bu�t�_memchr
 (
__s
, 
__c
, 
__n
);

84 
__ex��_�ways_�l�e
 const *

85 
	`memchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
�
__THROW


87  
	`__bu�t�_memchr
 (
__s
, 
__c
, 
__n
);

90 
	}
}

92 
*
	$memchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
)

93 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

95 
__END_NAMESPACE_STD


97 #ifde�
__USE_GNU


100 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


101 
"C++" *
	$�wmemchr
 (*
__s
, 
__c
)

102 
__THROW
 
	`__asm
 ("�wmemchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

103 
"C++" cڡ *
	$�wmemchr
 (cڡ *
__s
, 
__c
)

104 
__THROW
 
	`__asm
 ("�wmemchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

106 
*
	$�wmemchr
 (cڡ *
__s
, 
__c
)

107 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

111 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


112 
"C++" *
	$memrchr
 (*
__s
, 
__c
, 
size_t
 
__n
)

113 
__THROW
 
	`__asm
 ("memrchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

114 
"C++" cڡ *
	$memrchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
)

115 
__THROW
 
	`__asm
 ("memrchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

117 
*
	$memrchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
)

118 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

123 
__BEGIN_NAMESPACE_STD


125 
*
	$�r�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
)

126 
__THROW
 
	`__n�nu�
 ((1, 2));

128 
*
	$���y
 (*
__��ri�
 
__de�
,

129 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

130 
__THROW
 
	`__n�nu�
 ((1, 2));

133 
*
	$�r�t
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
)

134 
__THROW
 
	`__n�nu�
 ((1, 2));

136 
*
	$���t
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

137 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1, 2));

140 

	$�rcmp
 (cڡ *
__s1
, cڡ *
__s2
)

141 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

143 

	$��cmp
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

144 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

147 

	$�rc�l
 (cڡ *
__s1
, cڡ *
__s2
)

148 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

150 
size_t
 
	$�rx�m
 (*
__��ri�
 
__de�
,

151 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

152 
__THROW
 
	`__n�nu�
 ((2));

153 
__END_NAMESPACE_STD


155 #ifde�
__USE_XOPEN2K8


159 
	~<xlo��.h
>

162 

	$�rc�l_l
 (cڡ *
__s1
, cڡ *
__s2
, 
__lo��_t
 
__l
)

163 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2, 3));

165 
size_t
 
	$�rx�m_l
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
,

166 
__lo��_t
 
__l
�
__THROW
 
	`__n�nu�
 ((2, 4));

169 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


171 
*
	$�rdup
 (cڡ *
__s
)

172 
__THROW
 
__��ibu�_m�loc__
 
	`__n�nu�
 ((1));

178 #i�
def�ed
 
__USE_XOPEN2K8


179 
*
	$��dup
 (cڡ *
__�r�g
, 
size_t
 
__n
)

180 
__THROW
 
__��ibu�_m�loc__
 
	`__n�nu�
 ((1));

183 #i�
def�ed
 
__USE_GNU
 && def�ed 
__GNUC__


185 

	#�rdu�
(
s
) \

186 (
__ex�nsi�__
 \

188 cڡ *
__�d
 = (
s
); \

189 
size_t
 
__�n
 = 
	`���
 (
__�d
) + 1; \

190 *
__�w
 = (*�
	`__bu�t�_�lo�
 (
__�n
); \

191 (*�
	`mem�y
 (
__�w
, 
__�d
, 
__�n
); \

192 
	}
}))

	)

195 

	#��du�
(
s
, 
n
) \

196 (
__ex�nsi�__
 \

198 cڡ *
__�d
 = (
s
); \

199 
size_t
 
__�n
 = 
	`���n
 (
__�d
, (
n
)); \

200 *
__�w
 = (*�
	`__bu�t�_�lo�
 (
__�n
 + 1); \

201 
__�w
[
__�n
] = '\0'; \

202 (*�
	`mem�y
 (
__�w
, 
__�d
, 
__�n
); \

203 }))

	)

206 
	g__BEGIN_NAMESPACE_STD


208 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


211 
*
�rchr
 (*
__s
, 
__c
)

212 
__THROW
 
__asm
 ("�rchr"�
__��ibu�_pu�__
 
__n�nu�
 ((1));

213 
cڡ *
�rchr
 (cڡ *
__s
, 
__c
)

214 
__THROW
 
__asm
 ("�rchr"�
__��ibu�_pu�__
 
__n�nu�
 ((1));

216 #ifde�
__OPTIMIZE__


217 
__ex��_�ways_�l�e
 *

218 
�rchr
 (*
__s
, 
__c
�
	g__THROW


220  
__bu�t�_�rchr
 (
__s
, 
__c
);

223 
__ex��_�ways_�l�e
 const *

224 
�rchr
 (cڡ *
__s
, 
__c
�
	g__THROW


226  
__bu�t�_�rchr
 (
__s
, 
__c
);

231 
*
	$�rchr
 (cڡ *
__s
, 
__c
)

232 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

235 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


238 
*
	`��chr
 (*
__s
, 
__c
)

239 
__THROW
 
	`__asm
 ("��chr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

240 
cڡ *
	`��chr
 (cڡ *
__s
, 
__c
)

241 
__THROW
 
	`__asm
 ("��chr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

243 #ifde�
__OPTIMIZE__


244 
__ex��_�ways_�l�e
 *

245 
	`��chr
 (*
__s
, 
__c
�
__THROW


247  
	`__bu�t�_��chr
 (
__s
, 
__c
);

250 
__ex��_�ways_�l�e
 const *

251 
	`��chr
 (cڡ *
__s
, 
__c
�
__THROW


253  
	`__bu�t�_��chr
 (
__s
, 
__c
);

256 
	}
}

258 
*
	$��chr
 (cڡ *
__s
, 
__c
)

259 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

261 
__END_NAMESPACE_STD


263 #ifde�
__USE_GNU


266 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


267 
"C++" *
	$�rch�ul
 (*
__s
, 
__c
)

268 
__THROW
 
	`__asm
 ("�rch�ul"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

269 
"C++" cڡ *
	$�rch�ul
 (cڡ *
__s
, 
__c
)

270 
__THROW
 
	`__asm
 ("�rch�ul"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

272 
*
	$�rch�ul
 (cڡ *
__s
, 
__c
)

273 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

277 
__BEGIN_NAMESPACE_STD


280 
size_t
 
	$�rc�n
 (cڡ *
__s
, cڡ *
__�je�
)

281 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

284 
size_t
 
	$�r�n
 (cڡ *
__s
, cڡ *
__ac��
)

285 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

287 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


290 
*
	`��brk
 (*
__s
, cڡ *
__ac��
)

291 
__THROW
 
	`__asm
 ("��brk"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

292 
cڡ *
	`��brk
 (cڡ *
__s
, cڡ *
__ac��
)

293 
__THROW
 
	`__asm
 ("��brk"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

295 #ifde�
__OPTIMIZE__


296 
__ex��_�ways_�l�e
 *

297 
	`��brk
 (*
__s
, cڡ *
__ac��
�
__THROW


299  
	`__bu�t�_��brk
 (
__s
, 
__ac��
);

302 
__ex��_�ways_�l�e
 const *

303 
	`��brk
 (cڡ *
__s
, cڡ *
__ac��
�
__THROW


305  
	`__bu�t�_��brk
 (
__s
, 
__ac��
);

308 
	}
}

310 
*
	$��brk
 (cڡ *
__s
, cڡ *
__ac��
)

311 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

314 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


317 
*
	`�r�r
 (*
__hay�ack
, cڡ *
__�ed�
)

318 
__THROW
 
	`__asm
 ("�r�r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

319 
cڡ *
	`�r�r
 (cڡ *
__hay�ack
, cڡ *
__�ed�
)

320 
__THROW
 
	`__asm
 ("�r�r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

322 #ifde�
__OPTIMIZE__


323 
__ex��_�ways_�l�e
 *

324 
	`�r�r
 (*
__hay�ack
, cڡ *
__�ed�
�
__THROW


326  
	`__bu�t�_�r�r
 (
__hay�ack
, 
__�ed�
);

329 
__ex��_�ways_�l�e
 const *

330 
	`�r�r
 (cڡ *
__hay�ack
, cڡ *
__�ed�
�
__THROW


332  
	`__bu�t�_�r�r
 (
__hay�ack
, 
__�ed�
);

335 
	}
}

337 
*
	$�r�r
 (cڡ *
__hay�ack
, cڡ *
__�ed�
)

338 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

343 
*
	$��ok
 (*
__��ri�
 
__s
, cڡ *__��ri� 
__d�im
)

344 
__THROW
 
	`__n�nu�
 ((2));

345 
__END_NAMESPACE_STD


349 
*
	$__��ok_r
 (*
__��ri�
 
__s
,

350 cڡ *
__��ri�
 
__d�im
,

351 **
__��ri�
 
__�ve_�r
)

352 
__THROW
 
	`__n�nu�
 ((2, 3));

353 #ifde�
__USE_POSIX


354 
*
	$��ok_r
 (*
__��ri�
 
__s
, cڡ *__��ri� 
__d�im
,

355 **
__��ri�
 
__�ve_�r
)

356 
__THROW
 
	`__n�nu�
 ((2, 3));

359 #ifde�
__USE_GNU


361 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


362 
"C++" *
	$�r���r
 (*
__hay�ack
, cڡ *
__�ed�
)

363 
__THROW
 
	`__asm
 ("�r���r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

364 
"C++" cڡ *
	$�r���r
 (cڡ *
__hay�ack
,

365 cڡ *
__�ed�
)

366 
__THROW
 
	`__asm
 ("�r���r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

368 
*
	$�r���r
 (cڡ *
__hay�ack
, cڡ *
__�ed�
)

369 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

373 #ifde�
__USE_GNU


377 
*
	$memmem
 (cڡ *
__hay�ack
, 
size_t
 
__hay�ack�n
,

378 cڡ *
__�ed�
, 
size_t
 
__�ed��n
)

379 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 3));

383 
*
	$__memp�y
 (*
__��ri�
 
__de�
,

384 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

385 
__THROW
 
	`__n�nu�
 ((1, 2));

386 
*
	$memp�y
 (*
__��ri�
 
__de�
,

387 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

388 
__THROW
 
	`__n�nu�
 ((1, 2));

392 
__BEGIN_NAMESPACE_STD


394 
size_t
 
	$���
 (cڡ *
__s
)

395 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

396 
__END_NAMESPACE_STD


398 #ifdef 
__USE_XOPEN2K8


401 
size_t
 
	$���n
 (cڡ *
__�r�g
, 
size_t
 
__max�n
)

402 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

406 
__BEGIN_NAMESPACE_STD


408 
*
	$����
 (
__��um
�
__THROW
;

409 
__END_NAMESPACE_STD


410 #ifde�
__USE_XOPEN2K


418 #i�
def�ed
 
__USE_XOPEN2K
 && !def�ed 
__USE_GNU


421 #ifde�
__REDIRECT_NTH


422 

	`__REDIRECT_NTH
 (
����_r
,

423 (
__��um
, *
__buf
, 
size_t
 
__bu�
),

424 
__xpg_����_r
�
	`__n�nu�
 ((2));

426 

	$__xpg_����_r
 (
__��um
, *
__buf
, 
size_t
 
__bu�
)

427 
__THROW
 
	`__n�nu�
 ((2));

428 

	#����_r
 
__xpg_����_r


	)

433 
*
	$����_r
 (
__��um
, *
__buf
, 
size_t
 
__bu�
)

434 
__THROW
 
	`__n�nu�
 ((2)�
__wur
;

438 #ifde�
__USE_XOPEN2K8


440 
*
	$����_l
 (
__��um
, 
__lo��_t
 
__l
�
__THROW
;

446 

	$__bz�o
 (*
__s
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1));

448 #ifde�
__USE_MISC


450 

	$bc�y
 (cڡ *
__�c
, *
__de�
, 
size_t
 
__n
)

451 
__THROW
 
	`__n�nu�
 ((1, 2));

454 

	$bz�o
 (*
__s
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1));

457 

	$bcmp
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

458 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

461 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


464 
*
	`�dex
 (*
__s
, 
__c
)

465 
__THROW
 
	`__asm
 ("�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

466 
cڡ *
	`�dex
 (cڡ *
__s
, 
__c
)

467 
__THROW
 
	`__asm
 ("�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

469 #i�
def�ed
 
__OPTIMIZE__
 && !def�ed 
__CORRECT_ISO_CPP_STRINGS_H_PROTO


470 
__ex��_�ways_�l�e
 *

471 
	`�dex
 (*
__s
, 
__c
�
__THROW


473  
	`__bu�t�_�dex
 (
__s
, 
__c
);

476 
__ex��_�ways_�l�e
 const *

477 
	`�dex
 (cڡ *
__s
, 
__c
�
__THROW


479  
	`__bu�t�_�dex
 (
__s
, 
__c
);

482 
	}
}

484 
*
	$�dex
 (cڡ *
__s
, 
__c
)

485 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

489 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


492 
*
	`r�dex
 (*
__s
, 
__c
)

493 
__THROW
 
	`__asm
 ("r�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

494 
cڡ *
	`r�dex
 (cڡ *
__s
, 
__c
)

495 
__THROW
 
	`__asm
 ("r�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

497 #i�
def�ed
 
__OPTIMIZE__
 && !def�ed 
__CORRECT_ISO_CPP_STRINGS_H_PROTO


498 
__ex��_�ways_�l�e
 *

499 
	`r�dex
 (*
__s
, 
__c
�
__THROW


501  
	`__bu�t�_r�dex
 (
__s
, 
__c
);

504 
__ex��_�ways_�l�e
 const *

505 
	`r�dex
 (cڡ *
__s
, 
__c
�
__THROW


507  
	`__bu�t�_r�dex
 (
__s
, 
__c
);

510 
	}
}

512 
*
	$r�dex
 (cڡ *
__s
, 
__c
)

513 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

518 

	$ffs
 (
__i
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

522 #ifdef 
__USE_GNU


523 

	$ff�
 (
__l
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

524 
__ex�nsi�__
 

	$ff�l
 (
__�
)

525 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

529 

	$�r��cmp
 (cڡ *
__s1
, cڡ *
__s2
)

530 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

533 

	$����cmp
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

534 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

537 #ifdef 
__USE_GNU


540 

	$�r��cmp_l
 (cڡ *
__s1
, cڡ *
__s2
,

541 
__lo��_t
 
__loc
)

542 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2, 3));

544 

	$����cmp_l
 (cڡ *
__s1
, cڡ *
__s2
,

545 
size_t
 
__n
, 
__lo��_t
 
__loc
)

546 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2, 4));

549 #ifdef 
__USE_MISC


552 
*
	$�r�p
 (**
__��ri�
 
__�r�gp
,

553 cڡ *
__��ri�
 
__d�im
)

554 
__THROW
 
	`__n�nu�
 ((1, 2));

557 #ifdef 
__USE_XOPEN2K8


559 
*
	$�rsig�l
 (
__sig
�
__THROW
;

562 
*
	$__�p�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
)

563 
__THROW
 
	`__n�nu�
 ((1, 2));

564 
*
	$�p�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
)

565 
__THROW
 
	`__n�nu�
 ((1, 2));

569 
*
	$__���y
 (*
__��ri�
 
__de�
,

570 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

571 
__THROW
 
	`__n�nu�
 ((1, 2));

572 
*
	$���y
 (*
__��ri�
 
__de�
,

573 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

574 
__THROW
 
	`__n�nu�
 ((1, 2));

577 #ifdef 
__USE_GNU


579 

	$�rv�scmp
 (cڡ *
__s1
, cڡ *
__s2
)

580 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

583 
*
	$�r�y
 (*
__�r�g
�
__THROW
 
	`__n�nu�
 ((1));

586 
*
	$mem�ob
 (*
__s
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1));

588 #i�de�
ba��me


593 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


594 
"C++" *
	$ba��me
 (*
__f��ame
)

595 
__THROW
 
	`__asm
 ("ba��me"�
	`__n�nu�
 ((1));

596 
"C++" cڡ *
	$ba��me
 (cڡ *
__f��ame
)

597 
__THROW
 
	`__asm
 ("ba��me"�
	`__n�nu�
 ((1));

599 
*
	$ba��me
 (cڡ *
__f��ame
�
__THROW
 
	`__n�nu�
 ((1));

605 #i�
def�ed
 
__GNUC__
 && __GNUC__ >= 2

606 #i�
def�ed
 
__OPTIMIZE__
 && !def�ed 
__OPTIMIZE_SIZE__
 \

607 && !
def�ed
 
__NO_INLINE__
 && !def�ed 
__�lu�lus


627 
	~<b�s/�r�g.h
>

630 
	~<b�s/�r�g2.h
>

633 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


635 
	~<b�s/�r�g3.h
>

639 #i�
def�ed
 
__USE_GNU
 && def�ed 
__OPTIMIZE__
 \

640 && 
def�ed
 
__ex��_�ways_�l�e
 && 
	$__GNUC_PREREQ
 (3,2)

641 #i�!
def�ed
 
_FORCE_INLINES
 && !def�ed 
_HAVE_STRING_ARCH_memp�y


643 #unde�
memp�y


644 #unde�
__memp�y


645 

	#memp�y
(
de�
, 
�c
, 
n
�
	`__memp�y_�l�e
 (de�, src,�)

	)

646 

	#__memp�y
(
de�
, 
�c
, 
n
�
	`__memp�y_�l�e
 (de�, src,�)

	)

648 
__ex��_�ways_�l�e
 *

649 
	$__memp�y_�l�e
 (*
__��ri�
 
__de�
,

650 cڡ *
__��ri�
 
__�c
, 
size_t
 
__n
)

652  (*�
	`mem�y
 (
__de�
, 
__�c
, 
__n
) + __n;

653 
	}
}

658 
	g__END_DECLS


	@/usr/include/sys/param.h

19 #i�de�
_SYS_PARAM_H


20 

	#_SYS_PARAM_H
 1

	)

22 

	#__�ed_NULL


	)

23 
	~<�ddef.h
>

25 
	~<sys/ty�s.h
>

26 
	~<lim�s.h
>

27 
	~<�d�n.h
>

28 
	~<sig�l.h
>

31 
	~<b�s/��m.h
>

36 

	#NBBY
 
CHAR_BIT


	)

38 #i�!
def�ed
 
NGROUPS
 && def�ed 
NGROUPS_MAX


39 

	#NGROUPS
 
NGROUPS_MAX


	)

41 #i�!
def�ed
 
MAXSYMLINKS
 && def�ed 
SYMLOOP_MAX


42 

	#MAXSYMLINKS
 
SYMLOOP_MAX


	)

44 #i�!
def�ed
 
CANBSIZ
 && def�ed 
MAX_CANON


45 

	#CANBSIZ
 
MAX_CANON


	)

47 #i�!
def�ed
 
MAXPATHLEN
 && def�ed 
PATH_MAX


48 

	#MAXPATHLEN
 
PATH_MAX


	)

50 #i�!
def�ed
 
NOFILE
 && def�ed 
OPEN_MAX


51 

	#NOFILE
 
OPEN_MAX


	)

53 #i�!
def�ed
 
MAXHOSTNAMELEN
 && def�ed 
HOST_NAME_MAX


54 

	#MAXHOSTNAMELEN
 
HOST_NAME_MAX


	)

56 #i�de�
NCARGS


57 #ifde�
ARG_MAX


58 

	#NCARGS
 
ARG_MAX


	)

62 

	#NCARGS
 
INT_MAX


	)

68 #i�de�
NOGROUP


69 

	#NOGROUP
 65535

	)

71 #i�de�
NODEV


72 

	#NODEV
 ((
dev_t
�-1�

	)

77 #i�de�
DEV_BSIZE


78 

	#DEV_BSIZE
 512

	)

83 

	#�tb�
(
a
,
i
�(�)[(i)/
NBBY
] |�1<<((i)%NBBY))

	)

84 

	#�rb�
(
a
,
i
�(�)[(i)/
NBBY
] &�~(1<<((i)%NBBY)))

	)

85 

	#is�t
(
a
,
i
�(�)[(i)/
NBBY
] & (1<<((i)%NBBY)))

	)

86 

	#is�r
(
a
,
i
�((�)[(i)/
NBBY
] & (1<<((i)%NBBY))�=�0)

	)

89 #i�de�
howm�y


90 

	#howm�y
(
x
, 
y
�(((x�+ ((y�- 1)�/ (y))

	)

92 #ifde�
__GNUC__


93 

	#roundup
(
x
, 
y
�(
	`__bu�t�_cڡ�t_p
 (y�&& 
	`pow�of2
 (y) \

94 ? (((
x
�+ (
y
) - 1) & ~((y) - 1)) \

95 : ((((
x
�+ ((
y
�- 1)�/ (y)�* (y)))

	)

97 

	#roundup
(
x
, 
y
�((((x�+ ((y�- 1)�/ (y)�* (y))

	)

99 

	#pow�of2
(
x
�((((x�- 1�& (x)�=�0)

	)

102 

	#MIN
(
a
,
b
�((�)<(b))?�):(b))

	)

103 

	#MAX
(
a
,
b
�((�)>(b))?�):(b))

	)

	@/usr/include/sys/queue.h

32 #i�def 
_SYS_QUEUE_H_


33 

	#_SYS_QUEUE_H_


	)

84 

	#LIST_HEAD
(
�me
, 
ty�
) \

85 
	s�me
 { \

86 
ty�
 *
lh_f��
; \

87 }

	)

89 

	#LIST_HEAD_INITIALIZER
(
h�d
) \

90 { 
NULL
 }

	)

92 

	#LIST_ENTRY
(
ty�
) \

94 
ty�
 *
�_�xt
; \

95 
ty�
 **
�_�ev
; \

96 }

	)

101 

	#LIST_INIT
(
h�d
) do { \

102 (
h�d
)->
lh_f��
 = 
NULL
; \

103 }  0)

	)

105 

	#LIST_INSERT_AFTER
(
li��m
, 
�m
, 
f�ld
) do { \

106 i�(((
�m
)->
f�ld
.
�_�xt
 = (
li��m
)->f�ld.�_�xt�!�
NULL
) \

107 (
li��m
)->
f�ld
.
�_�xt
->f�ld.
�_�ev
 = \

108 &(
�m
)->
f�ld
.
�_�xt
; \

109 (
li��m
)->
f�ld
.
�_�xt
 = (
�m
); \

110 (
�m
)->
f�ld
.
�_�ev
 = &(
li��m
)->f�ld.
�_�xt
; \

111 }  0)

	)

113 

	#LIST_INSERT_BEFORE
(
li��m
, 
�m
, 
f�ld
) do { \

114 (
�m
)->
f�ld
.
�_�ev
 = (
li��m
)->field.le_prev; \

115 (
�m
)->
f�ld
.
�_�xt
 = (
li��m
); \

116 *(
li��m
)->
f�ld
.
�_�ev
 = (
�m
); \

117 (
li��m
)->
f�ld
.
�_�ev
 = &(
�m
)->f�ld.
�_�xt
; \

118 }  0)

	)

120 

	#LIST_INSERT_HEAD
(
h�d
, 
�m
, 
f�ld
) do { \

121 i�(((
�m
)->
f�ld
.
�_�xt
 = (
h�d
)->
lh_f��
�!�
NULL
) \

122 (
h�d
)->
lh_f��
->
f�ld
.
�_�ev
 = &(
�m
)->f�ld.
�_�xt
;\

123 (
h�d
)->
lh_f��
 = (
�m
); \

124 (
�m
)->
f�ld
.
�_�ev
 = &(
h�d
)->
lh_f��
; \

125 }  0)

	)

127 

	#LIST_REMOVE
(
�m
, 
f�ld
) do { \

128 i�((
�m
)->
f�ld
.
�_�xt
 !�
NULL
) \

129 (
�m
)->
f�ld
.
�_�xt
->f�ld.
�_�ev
 = \

130 (
�m
)->
f�ld
.
�_�ev
; \

131 *(
�m
)->
f�ld
.
�_�ev
 = (�m)->f�ld.
�_�xt
; \

132 }  0)

	)

134 

	#LIST_FOREACH
(
v�
, 
h�d
, 
f�ld
) \

135 (
v�
��((
h�d
)->
lh_f��
); \

136 (
v�
); \

137 (
v�
��((v�)->
f�ld
.
�_�xt
))

	)

142 

	#LIST_EMPTY
(
h�d
�((h�d)->
lh_f��
 =�
NULL
)

	)

143 

	#LIST_FIRST
(
h�d
�((h�d)->
lh_f��
)

	)

144 

	#LIST_NEXT
(
�m
, 
f�ld
�(�lm)->f�ld.
�_�xt
)

	)

150 

	#SLIST_HEAD
(
�me
, 
ty�
) \

151 
	s�me
 { \

152 
ty�
 *
�h_f��
; \

153 }

	)

155 

	#SLIST_HEAD_INITIALIZER
(
h�d
) \

156 { 
NULL
 }

	)

158 

	#SLIST_ENTRY
(
ty�
) \

160 
ty�
 *
�e_�xt
; \

161 }

	)

166 

	#SLIST_INIT
(
h�d
) do { \

167 (
h�d
)->
�h_f��
 = 
NULL
; \

168 }  0)

	)

170 

	#SLIST_INSERT_AFTER
(
�i��m
, 
�m
, 
f�ld
) do { \

171 (
�m
)->
f�ld
.
�e_�xt
 = (
�i��m
)->field.sle_next; \

172 (
�i��m
)->
f�ld
.
�e_�xt
 = (
�m
); \

173 }  0)

	)

175 

	#SLIST_INSERT_HEAD
(
h�d
, 
�m
, 
f�ld
) do { \

176 (
�m
)->
f�ld
.
�e_�xt
 = (
h�d
)->
�h_f��
; \

177 (
h�d
)->
�h_f��
 = (
�m
); \

178 }  0)

	)

180 

	#SLIST_REMOVE_HEAD
(
h�d
, 
f�ld
) do { \

181 (
h�d
)->
�h_f��
 = (h�d)->�h_f��->
f�ld
.
�e_�xt
; \

182 }  0)

	)

184 

	#SLIST_REMOVE
(
h�d
, 
�m
, 
ty�
, 
f�ld
) do { \

185 i�((
h�d
)->
�h_f��
 =�(
�m
)) { \

186 
	`SLIST_REMOVE_HEAD
((
h�d
), 
f�ld
); \

189 
ty�
 *
cu�lm
 = (
h�d
)->
�h_f��
; \

190 
cu�lm
->
f�ld
.
�e_�xt
 !�(
�m
)) \

191 
cu�lm
 = cu�lm->
f�ld
.
�e_�xt
; \

192 
cu�lm
->
f�ld
.
�e_�xt
 = \

193 
cu�lm
->
f�ld
.
�e_�xt
->field.sle_next; \

195 }  0)

	)

197 

	#SLIST_FOREACH
(
v�
, 
h�d
, 
f�ld
) \

198 (
v�
��(
h�d
)->
�h_f��
; (v�); (v���(v�)->
f�ld
.
�e_�xt
)

	)

203 

	#SLIST_EMPTY
(
h�d
�((h�d)->
�h_f��
 =�
NULL
)

	)

204 

	#SLIST_FIRST
(
h�d
�((h�d)->
�h_f��
)

	)

205 

	#SLIST_NEXT
(
�m
, 
f�ld
�(�lm)->f�ld.
�e_�xt
)

	)

211 

	#STAILQ_HEAD
(
�me
, 
ty�
) \

212 
	s�me
 { \

213 
ty�
 *
�qh_f��
; \

214 
ty�
 **
�qh_ϡ
; \

215 }

	)

217 

	#STAILQ_HEAD_INITIALIZER
(
h�d
) \

218 { 
NULL
, &(
h�d
).
�qh_f��
 }

	)

220 

	#STAILQ_ENTRY
(
ty�
) \

222 
ty�
 *
�qe_�xt
; \

223 }

	)

228 

	#STAILQ_INIT
(
h�d
) do { \

229 (
h�d
)->
�qh_f��
 = 
NULL
; \

230 (
h�d
)->
�qh_ϡ
 = &(h�d)->
�qh_f��
; \

231 }  0)

	)

233 

	#STAILQ_INSERT_HEAD
(
h�d
, 
�m
, 
f�ld
) do { \

234 i�(((
�m
)->
f�ld
.
�qe_�xt
 = (
h�d
)->
�qh_f��
�=�
NULL
) \

235 (
h�d
)->
�qh_ϡ
 = &(
�m
)->
f�ld
.
�qe_�xt
; \

236 (
h�d
)->
�qh_f��
 = (
�m
); \

237 }  0)

	)

239 

	#STAILQ_INSERT_TAIL
(
h�d
, 
�m
, 
f�ld
) do { \

240 (
�m
)->
f�ld
.
�qe_�xt
 = 
NULL
; \

241 *(
h�d
)->
�qh_ϡ
 = (
�m
); \

242 (
h�d
)->
�qh_ϡ
 = &(
�m
)->
f�ld
.
�qe_�xt
; \

243 }  0)

	)

245 

	#STAILQ_INSERT_AFTER
(
h�d
, 
li��m
, 
�m
, 
f�ld
) do { \

246 i�(((
�m
)->
f�ld
.
�qe_�xt
 = (
li��m
)->f�ld.�qe_�xt�=�
NULL
)\

247 (
h�d
)->
�qh_ϡ
 = &(
�m
)->
f�ld
.
�qe_�xt
; \

248 (
li��m
)->
f�ld
.
�qe_�xt
 = (
�m
); \

249 }  0)

	)

251 

	#STAILQ_REMOVE_HEAD
(
h�d
, 
f�ld
) do { \

252 i�(((
h�d
)->
�qh_f��
 = (h�d)->�qh_f��->
f�ld
.
�qe_�xt
�=�
NULL
) \

253 (
h�d
)->
�qh_ϡ
 = &(h�d)->
�qh_f��
; \

254 }  0)

	)

256 

	#STAILQ_REMOVE
(
h�d
, 
�m
, 
ty�
, 
f�ld
) do { \

257 i�((
h�d
)->
�qh_f��
 =�(
�m
)) { \

258 
	`STAILQ_REMOVE_HEAD
((
h�d
), 
f�ld
); \

260 
ty�
 *
cu�lm
 = (
h�d
)->
�qh_f��
; \

261 
cu�lm
->
f�ld
.
�qe_�xt
 !�(
�m
)) \

262 
cu�lm
 = cu�lm->
f�ld
.
�qe_�xt
; \

263 i�((
cu�lm
->
f�ld
.
�qe_�xt
 = \

264 
cu�lm
->
f�ld
.
�qe_�xt
->f�ld.�qe_�xt�=�
NULL
) \

265 (
h�d
)->
�qh_ϡ
 = &(
cu�lm
)->
f�ld
.
�qe_�xt
; \

267 }  0)

	)

269 

	#STAILQ_FOREACH
(
v�
, 
h�d
, 
f�ld
) \

270 (
v�
��((
h�d
)->
�qh_f��
); \

271 (
v�
); \

272 (
v�
��((v�)->
f�ld
.
�qe_�xt
))

	)

274 

	#STAILQ_CONCAT
(
h�d1
, 
h�d2
) do { \

275 i�(!
	`STAILQ_EMPTY
((
h�d2
))) { \

276 *(
h�d1
)->
�qh_ϡ
 = (
h�d2
)->
�qh_f��
; \

277 (
h�d1
)->
�qh_ϡ
 = (
h�d2
)->stqh_last; \

278 
	`STAILQ_INIT
((
h�d2
)); \

280 }  0)

	)

285 

	#STAILQ_EMPTY
(
h�d
�((h�d)->
�qh_f��
 =�
NULL
)

	)

286 

	#STAILQ_FIRST
(
h�d
�((h�d)->
�qh_f��
)

	)

287 

	#STAILQ_NEXT
(
�m
, 
f�ld
�(�lm)->f�ld.
�qe_�xt
)

	)

293 

	#SIMPLEQ_HEAD
(
�me
, 
ty�
) \

294 
	s�me
 { \

295 
ty�
 *
sqh_f��
; \

296 
ty�
 **
sqh_ϡ
; \

297 }

	)

299 

	#SIMPLEQ_HEAD_INITIALIZER
(
h�d
) \

300 { 
NULL
, &(
h�d
).
sqh_f��
 }

	)

302 

	#SIMPLEQ_ENTRY
(
ty�
) \

304 
ty�
 *
sqe_�xt
; \

305 }

	)

310 

	#SIMPLEQ_INIT
(
h�d
) do { \

311 (
h�d
)->
sqh_f��
 = 
NULL
; \

312 (
h�d
)->
sqh_ϡ
 = &(h�d)->
sqh_f��
; \

313 }  0)

	)

315 

	#SIMPLEQ_INSERT_HEAD
(
h�d
, 
�m
, 
f�ld
) do { \

316 i�(((
�m
)->
f�ld
.
sqe_�xt
 = (
h�d
)->
sqh_f��
�=�
NULL
) \

317 (
h�d
)->
sqh_ϡ
 = &(
�m
)->
f�ld
.
sqe_�xt
; \

318 (
h�d
)->
sqh_f��
 = (
�m
); \

319 }  0)

	)

321 

	#SIMPLEQ_INSERT_TAIL
(
h�d
, 
�m
, 
f�ld
) do { \

322 (
�m
)->
f�ld
.
sqe_�xt
 = 
NULL
; \

323 *(
h�d
)->
sqh_ϡ
 = (
�m
); \

324 (
h�d
)->
sqh_ϡ
 = &(
�m
)->
f�ld
.
sqe_�xt
; \

325 }  0)

	)

327 

	#SIMPLEQ_INSERT_AFTER
(
h�d
, 
li��m
, 
�m
, 
f�ld
) do { \

328 i�(((
�m
)->
f�ld
.
sqe_�xt
 = (
li��m
)->f�ld.sqe_�xt�=�
NULL
)\

329 (
h�d
)->
sqh_ϡ
 = &(
�m
)->
f�ld
.
sqe_�xt
; \

330 (
li��m
)->
f�ld
.
sqe_�xt
 = (
�m
); \

331 }  0)

	)

333 

	#SIMPLEQ_REMOVE_HEAD
(
h�d
, 
f�ld
) do { \

334 i�(((
h�d
)->
sqh_f��
 = (h�d)->sqh_f��->
f�ld
.
sqe_�xt
�=�
NULL
) \

335 (
h�d
)->
sqh_ϡ
 = &(h�d)->
sqh_f��
; \

336 }  0)

	)

338 

	#SIMPLEQ_REMOVE
(
h�d
, 
�m
, 
ty�
, 
f�ld
) do { \

339 i�((
h�d
)->
sqh_f��
 =�(
�m
)) { \

340 
	`SIMPLEQ_REMOVE_HEAD
((
h�d
), 
f�ld
); \

342 
ty�
 *
cu�lm
 = (
h�d
)->
sqh_f��
; \

343 
cu�lm
->
f�ld
.
sqe_�xt
 !�(
�m
)) \

344 
cu�lm
 = cu�lm->
f�ld
.
sqe_�xt
; \

345 i�((
cu�lm
->
f�ld
.
sqe_�xt
 = \

346 
cu�lm
->
f�ld
.
sqe_�xt
->f�ld.sqe_�xt�=�
NULL
) \

347 (
h�d
)->
sqh_ϡ
 = &(
cu�lm
)->
f�ld
.
sqe_�xt
; \

349 }  0)

	)

351 

	#SIMPLEQ_FOREACH
(
v�
, 
h�d
, 
f�ld
) \

352 (
v�
��((
h�d
)->
sqh_f��
); \

353 (
v�
); \

354 (
v�
��((v�)->
f�ld
.
sqe_�xt
))

	)

359 

	#SIMPLEQ_EMPTY
(
h�d
�((h�d)->
sqh_f��
 =�
NULL
)

	)

360 

	#SIMPLEQ_FIRST
(
h�d
�((h�d)->
sqh_f��
)

	)

361 

	#SIMPLEQ_NEXT
(
�m
, 
f�ld
�(�lm)->f�ld.
sqe_�xt
)

	)

367 

	#_TAILQ_HEAD
(
�me
, 
ty�
, 
qu�
) \

368 
	s�me
 { \

369 
qu�
 
ty�
 *
tqh_f��
; \

370 
qu�
 
ty�
 *qu� *
tqh_ϡ
; \

371 }

	)

372 

	#TAILQ_HEAD
(
�me
, 
ty�
�
	`_TAILQ_HEAD
�ame, ty�,)

	)

374 

	#TAILQ_HEAD_INITIALIZER
(
h�d
) \

375 { 
NULL
, &(
h�d
).
tqh_f��
 }

	)

377 

	#_TAILQ_ENTRY
(
ty�
, 
qu�
) \

379 
qu�
 
ty�
 *
tqe_�xt
; \

380 
qu�
 
ty�
 *qu� *
tqe_�ev
; \

381 }

	)

382 

	#TAILQ_ENTRY
(
ty�
�
	`_TAILQ_ENTRY
(ty�,)

	)

387 

	#TAILQ_INIT
(
h�d
) do { \

388 (
h�d
)->
tqh_f��
 = 
NULL
; \

389 (
h�d
)->
tqh_ϡ
 = &(h�d)->
tqh_f��
; \

390 }  0)

	)

392 

	#TAILQ_INSERT_HEAD
(
h�d
, 
�m
, 
f�ld
) do { \

393 i�(((
�m
)->
f�ld
.
tqe_�xt
 = (
h�d
)->
tqh_f��
�!�
NULL
) \

394 (
h�d
)->
tqh_f��
->
f�ld
.
tqe_�ev
 = \

395 &(
�m
)->
f�ld
.
tqe_�xt
; \

397 (
h�d
)->
tqh_ϡ
 = &(
�m
)->
f�ld
.
tqe_�xt
; \

398 (
h�d
)->
tqh_f��
 = (
�m
); \

399 (
�m
)->
f�ld
.
tqe_�ev
 = &(
h�d
)->
tqh_f��
; \

400 }  0)

	)

402 

	#TAILQ_INSERT_TAIL
(
h�d
, 
�m
, 
f�ld
) do { \

403 (
�m
)->
f�ld
.
tqe_�xt
 = 
NULL
; \

404 (
�m
)->
f�ld
.
tqe_�ev
 = (
h�d
)->
tqh_ϡ
; \

405 *(
h�d
)->
tqh_ϡ
 = (
�m
); \

406 (
h�d
)->
tqh_ϡ
 = &(
�m
)->
f�ld
.
tqe_�xt
; \

407 }  0)

	)

409 

	#TAILQ_INSERT_AFTER
(
h�d
, 
li��m
, 
�m
, 
f�ld
) do { \

410 i�(((
�m
)->
f�ld
.
tqe_�xt
 = (
li��m
)->f�ld.tqe_�xt�!�
NULL
)\

411 (
�m
)->
f�ld
.
tqe_�xt
->f�ld.
tqe_�ev
 = \

412 &(
�m
)->
f�ld
.
tqe_�xt
; \

414 (
h�d
)->
tqh_ϡ
 = &(
�m
)->
f�ld
.
tqe_�xt
; \

415 (
li��m
)->
f�ld
.
tqe_�xt
 = (
�m
); \

416 (
�m
)->
f�ld
.
tqe_�ev
 = &(
li��m
)->f�ld.
tqe_�xt
; \

417 }  0)

	)

419 

	#TAILQ_INSERT_BEFORE
(
li��m
, 
�m
, 
f�ld
) do { \

420 (
�m
)->
f�ld
.
tqe_�ev
 = (
li��m
)->field.tqe_prev; \

421 (
�m
)->
f�ld
.
tqe_�xt
 = (
li��m
); \

422 *(
li��m
)->
f�ld
.
tqe_�ev
 = (
�m
); \

423 (
li��m
)->
f�ld
.
tqe_�ev
 = &(
�m
)->f�ld.
tqe_�xt
; \

424 }  0)

	)

426 

	#TAILQ_REMOVE
(
h�d
, 
�m
, 
f�ld
) do { \

427 i�(((
�m
)->
f�ld
.
tqe_�xt
�!�
NULL
) \

428 (
�m
)->
f�ld
.
tqe_�xt
->f�ld.
tqe_�ev
 = \

429 (
�m
)->
f�ld
.
tqe_�ev
; \

431 (
h�d
)->
tqh_ϡ
 = (
�m
)->
f�ld
.
tqe_�ev
; \

432 *(
�m
)->
f�ld
.
tqe_�ev
 = (�m)->f�ld.
tqe_�xt
; \

433 }  0)

	)

435 

	#TAILQ_FOREACH
(
v�
, 
h�d
, 
f�ld
) \

436 (
v�
��((
h�d
)->
tqh_f��
); \

437 (
v�
); \

438 (
v�
��((v�)->
f�ld
.
tqe_�xt
))

	)

440 

	#TAILQ_FOREACH_REVERSE
(
v�
, 
h�d
, 
h�d�me
, 
f�ld
) \

441 (
v�
��(*(((
h�d�me
 *)((
h�d
)->
tqh_ϡ
))->tqh_last)); \

442 (
v�
); \

443 (
v�
��(*(((
h�d�me
 *)((v�)->
f�ld
.
tqe_�ev
))->
tqh_ϡ
)))

	)

445 

	#TAILQ_CONCAT
(
h�d1
, 
h�d2
, 
f�ld
) do { \

446 i�(!
	`TAILQ_EMPTY
(
h�d2
)) { \

447 *(
h�d1
)->
tqh_ϡ
 = (
h�d2
)->
tqh_f��
; \

448 (
h�d2
)->
tqh_f��
->
f�ld
.
tqe_�ev
 = (
h�d1
)->
tqh_ϡ
; \

449 (
h�d1
)->
tqh_ϡ
 = (
h�d2
)->tqh_last; \

450 
	`TAILQ_INIT
((
h�d2
)); \

452 }  0)

	)

457 

	#TAILQ_EMPTY
(
h�d
�((h�d)->
tqh_f��
 =�
NULL
)

	)

458 

	#TAILQ_FIRST
(
h�d
�((h�d)->
tqh_f��
)

	)

459 

	#TAILQ_NEXT
(
�m
, 
f�ld
�(�lm)->f�ld.
tqe_�xt
)

	)

461 

	#TAILQ_LAST
(
h�d
, 
h�d�me
) \

462 (*(((
h�d�me
 *)((
h�d
)->
tqh_ϡ
))->tqh_ϡ))

	)

463 

	#TAILQ_PREV
(
�m
, 
h�d�me
, 
f�ld
) \

464 (*(((
h�d�me
 *)((
�m
)->
f�ld
.
tqe_�ev
))->
tqh_ϡ
))

	)

470 

	#CIRCLEQ_HEAD
(
�me
, 
ty�
) \

471 
	s�me
 { \

472 
ty�
 *
cqh_f��
; \

473 
ty�
 *
cqh_ϡ
; \

474 }

	)

476 

	#CIRCLEQ_HEAD_INITIALIZER
(
h�d
) \

477 { (*)&
h�d
, (*)&h�d }

	)

479 

	#CIRCLEQ_ENTRY
(
ty�
) \

481 
ty�
 *
cqe_�xt
; \

482 
ty�
 *
cqe_�ev
; \

483 }

	)

488 

	#CIRCLEQ_INIT
(
h�d
) do { \

489 (
h�d
)->
cqh_f��
 = (*)(head); \

490 (
h�d
)->
cqh_ϡ
 = (*)(head); \

491 }  0)

	)

493 

	#CIRCLEQ_INSERT_AFTER
(
h�d
, 
li��m
, 
�m
, 
f�ld
) do { \

494 (
�m
)->
f�ld
.
cqe_�xt
 = (
li��m
)->field.cqe_next; \

495 (
�m
)->
f�ld
.
cqe_�ev
 = (
li��m
); \

496 i�((
li��m
)->
f�ld
.
cqe_�xt
 =�(*)(
h�d
)) \

497 (
h�d
)->
cqh_ϡ
 = (
�m
); \

499 (
li��m
)->
f�ld
.
cqe_�xt
->f�ld.
cqe_�ev
 = (
�m
); \

500 (
li��m
)->
f�ld
.
cqe_�xt
 = (
�m
); \

501 }  0)

	)

503 

	#CIRCLEQ_INSERT_BEFORE
(
h�d
, 
li��m
, 
�m
, 
f�ld
) do { \

504 (
�m
)->
f�ld
.
cqe_�xt
 = (
li��m
); \

505 (
�m
)->
f�ld
.
cqe_�ev
 = (
li��m
)->field.cqe_prev; \

506 i�((
li��m
)->
f�ld
.
cqe_�ev
 =�(*)(
h�d
)) \

507 (
h�d
)->
cqh_f��
 = (
�m
); \

509 (
li��m
)->
f�ld
.
cqe_�ev
->f�ld.
cqe_�xt
 = (
�m
); \

510 (
li��m
)->
f�ld
.
cqe_�ev
 = (
�m
); \

511 }  0)

	)

513 

	#CIRCLEQ_INSERT_HEAD
(
h�d
, 
�m
, 
f�ld
) do { \

514 (
�m
)->
f�ld
.
cqe_�xt
 = (
h�d
)->
cqh_f��
; \

515 (
�m
)->
f�ld
.
cqe_�ev
 = (*)(
h�d
); \

516 i�((
h�d
)->
cqh_ϡ
 == (*)(head)) \

517 (
h�d
)->
cqh_ϡ
 = (
�m
); \

519 (
h�d
)->
cqh_f��
->
f�ld
.
cqe_�ev
 = (
�m
); \

520 (
h�d
)->
cqh_f��
 = (
�m
); \

521 }  0)

	)

523 

	#CIRCLEQ_INSERT_TAIL
(
h�d
, 
�m
, 
f�ld
) do { \

524 (
�m
)->
f�ld
.
cqe_�xt
 = (*)(
h�d
); \

525 (
�m
)->
f�ld
.
cqe_�ev
 = (
h�d
)->
cqh_ϡ
; \

526 i�((
h�d
)->
cqh_f��
 == (*)(head)) \

527 (
h�d
)->
cqh_f��
 = (
�m
); \

529 (
h�d
)->
cqh_ϡ
->
f�ld
.
cqe_�xt
 = (
�m
); \

530 (
h�d
)->
cqh_ϡ
 = (
�m
); \

531 }  0)

	)

533 

	#CIRCLEQ_REMOVE
(
h�d
, 
�m
, 
f�ld
) do { \

534 i�((
�m
)->
f�ld
.
cqe_�xt
 =�(*)(
h�d
)) \

535 (
h�d
)->
cqh_ϡ
 = (
�m
)->
f�ld
.
cqe_�ev
; \

537 (
�m
)->
f�ld
.
cqe_�xt
->f�ld.
cqe_�ev
 = \

538 (
�m
)->
f�ld
.
cqe_�ev
; \

539 i�((
�m
)->
f�ld
.
cqe_�ev
 =�(*)(
h�d
)) \

540 (
h�d
)->
cqh_f��
 = (
�m
)->
f�ld
.
cqe_�xt
; \

542 (
�m
)->
f�ld
.
cqe_�ev
->f�ld.
cqe_�xt
 = \

543 (
�m
)->
f�ld
.
cqe_�xt
; \

544 }  0)

	)

546 

	#CIRCLEQ_FOREACH
(
v�
, 
h�d
, 
f�ld
) \

547 (
v�
��((
h�d
)->
cqh_f��
); \

548 (
v�
�!�(cڡ *)(
h�d
); \

549 (
v�
��((v�)->
f�ld
.
cqe_�xt
))

	)

551 

	#CIRCLEQ_FOREACH_REVERSE
(
v�
, 
h�d
, 
f�ld
) \

552 (
v�
��((
h�d
)->
cqh_ϡ
); \

553 (
v�
�!�(cڡ *)(
h�d
); \

554 (
v�
��((v�)->
f�ld
.
cqe_�ev
))

	)

559 

	#CIRCLEQ_EMPTY
(
h�d
�((h�d)->
cqh_f��
 =�(*)(h�d))

	)

560 

	#CIRCLEQ_FIRST
(
h�d
�((h�d)->
cqh_f��
)

	)

561 

	#CIRCLEQ_LAST
(
h�d
�((h�d)->
cqh_ϡ
)

	)

562 

	#CIRCLEQ_NEXT
(
�m
, 
f�ld
�(�lm)->f�ld.
cqe_�xt
)

	)

563 

	#CIRCLEQ_PREV
(
�m
, 
f�ld
�(�lm)->f�ld.
cqe_�ev
)

	)

565 

	#CIRCLEQ_LOOP_NEXT
(
h�d
, 
�m
, 
f�ld
) \

566 (((
�m
)->
f�ld
.
cqe_�xt
 =�(*)(
h�d
)) \

567 ? ((
h�d
)->
cqh_f��
) \

568 : (
�m
->
f�ld
.
cqe_�xt
))

	)

569 

	#CIRCLEQ_LOOP_PREV
(
h�d
, 
�m
, 
f�ld
) \

570 (((
�m
)->
f�ld
.
cqe_�ev
 =�(*)(
h�d
)) \

571 ? ((
h�d
)->
cqh_ϡ
) \

572 : (
�m
->
f�ld
.
cqe_�ev
))

	)

	@/usr/include/sys/socket.h

19 #i�def 
_SYS_SOCKET_H


20 

	#_SYS_SOCKET_H
 1

	)

22 
	~<�u�s.h
>

24 
	g__BEGIN_DECLS


26 
	~<sys/uio.h
>

27 

	#__�ed_size_t


	)

28 
	~<�ddef.h
>

29 #ifde�
__USE_GNU


31 
	~<b�s/sig�t.h
>

38 
	~<b�s/sock�.h
>

40 #ifde�
__USE_MISC


43 
	sosockaddr


45 
	m�_�m�y
;

46 
	m�_d�a
[14];

54 
	mSHUT_RD
 = 0,

55 

	#SHUT_RD
 
SHUT_RD


	)

56 
	mSHUT_WR
,

57 

	#SHUT_WR
 
SHUT_WR


	)

58 
	mSHUT_RDWR


59 

	#SHUT_RDWR
 
SHUT_RDWR


	)

68 #i�
def�ed
 
__�lu�lus
 || !
__GNUC_PREREQ
 (2, 7�|| !def�ed 
__USE_GNU


69 

	#__SOCKADDR_ARG
 
sockaddr
 *
__��ri�


	)

70 

	#__CONST_SOCKADDR_ARG
 cڡ 
sockaddr
 *

	)

74 

	#__SOCKADDR_ALLTYPES
 \

75 
	`__SOCKADDR_ONETYPE
 (
sockaddr
) \

76 
	`__SOCKADDR_ONETYPE
 (
sockaddr_�
) \

77 
	`__SOCKADDR_ONETYPE
 (
sockaddr_ax25
) \

78 
	`__SOCKADDR_ONETYPE
 (
sockaddr_dl
) \

79 
	`__SOCKADDR_ONETYPE
 (
sockaddr_e�
) \

80 
	`__SOCKADDR_ONETYPE
 (
sockaddr_�
) \

81 
	`__SOCKADDR_ONETYPE
 (
sockaddr_�6
) \

82 
	`__SOCKADDR_ONETYPE
 (
sockaddr_��p
) \

83 
	`__SOCKADDR_ONETYPE
 (
sockaddr_�x
) \

84 
	`__SOCKADDR_ONETYPE
 (
sockaddr_iso
) \

85 
	`__SOCKADDR_ONETYPE
 (
sockaddr_ns
) \

86 
	`__SOCKADDR_ONETYPE
 (
sockaddr_un
) \

87 
	`__SOCKADDR_ONETYPE
 (
sockaddr_x25
)

	)

89 

	#__SOCKADDR_ONETYPE
(
ty�
�ty� *
__��ri�
 
__
##ty�##__;

	)

90 uni� { 
	m__SOCKADDR_ALLTYPES


91 } 
	t__SOCKADDR_ARG
 
	t__��ibu�__
 ((
	t__�����t_uni�__
));

92 #unde�
__SOCKADDR_ONETYPE


93 

	#__SOCKADDR_ONETYPE
(
ty�
�cڡ ty� *
__��ri�
 
__
##ty�##__;

	)

94 uni� { 
	m__SOCKADDR_ALLTYPES


95 } 
	t__CONST_SOCKADDR_ARG
 
	t__��ibu�__
 ((
	t__�����t_uni�__
));

96 #unde�
__SOCKADDR_ONETYPE


99 #ifde�
__USE_GNU


101 
	smmsghdr


103 
msghdr
 
	mmsg_hdr
;

104 
	mmsg_�n
;

113 

	$sock�
 (
__doma�
, 
__ty�
, 
__��oc�
�
__THROW
;

119 

	$sock���
 (
__doma�
, 
__ty�
, 
__��oc�
,

120 
__fds
[2]�
__THROW
;

123 

	$b�d
 (
__fd
, 
__CONST_SOCKADDR_ARG
 
__addr
, 
sock�n_t
 
__�n
)

124 
__THROW
;

127 

	$g�sock�me
 (
__fd
, 
__SOCKADDR_ARG
 
__addr
,

128 
sock�n_t
 *
__��ri�
 
__�n
�
__THROW
;

137 

	`c���
 (
__fd
, 
__CONST_SOCKADDR_ARG
 
__addr
, 
sock�n_t
 
__�n
);

141 

	$g����me
 (
__fd
, 
__SOCKADDR_ARG
 
__addr
,

142 
sock�n_t
 *
__��ri�
 
__�n
�
__THROW
;

149 
ssize_t
 
	`�nd
 (
__fd
, cڡ *
__buf
, 
size_t
 
__n
, 
__�ags
);

156 
ssize_t
 
	`�cv
 (
__fd
, *
__buf
, 
size_t
 
__n
, 
__�ags
);

163 
ssize_t
 
	`�ndto
 (
__fd
, cڡ *
__buf
, 
size_t
 
__n
,

164 
__�ags
, 
__CONST_SOCKADDR_ARG
 
__addr
,

165 
sock�n_t
 
__addr_�n
);

174 
ssize_t
 
	`�cv�om
 (
__fd
, *
__��ri�
 
__buf
, 
size_t
 
__n
,

175 
__�ags
, 
__SOCKADDR_ARG
 
__addr
,

176 
sock�n_t
 *
__��ri�
 
__addr_�n
);

184 
ssize_t
 
	`�ndmsg
 (
__fd
, cڡ 
msghdr
 *
__mes�ge
,

185 
__�ags
);

187 #ifde�
__USE_GNU


193 

	`�ndmmsg
 (
__fd
, 
mmsghdr
 *
__vmes�ges
,

194 
__v�n
, 
__�ags
);

202 
ssize_t
 
	`�cvmsg
 (
__fd
, 
msghdr
 *
__mes�ge
, 
__�ags
);

204 #ifde�
__USE_GNU


210 

	`�cvmmsg
 (
__fd
, 
mmsghdr
 *
__vmes�ges
,

211 
__v�n
, 
__�ags
,

212 
time�ec
 *
__tmo
);

219 

	$g�sock�t
 (
__fd
, 
__�v�
, 
__݊ame
,

220 *
__��ri�
 
__�tv�
,

221 
sock�n_t
 *
__��ri�
 
__ݎ�
�
__THROW
;

226 

	$�tsock�t
 (
__fd
, 
__�v�
, 
__݊ame
,

227 cڡ *
__�tv�
, 
sock�n_t
 
__ݎ�
�
__THROW
;

233 

	$li��
 (
__fd
, 
__n
�
__THROW
;

243 

	`ac��
 (
__fd
, 
__SOCKADDR_ARG
 
__addr
,

244 
sock�n_t
 *
__��ri�
 
__addr_�n
);

246 #ifde�
__USE_GNU


251 

	`ac��4
 (
__fd
, 
__SOCKADDR_ARG
 
__addr
,

252 
sock�n_t
 *
__��ri�
 
__addr_�n
, 
__�ags
);

261 

	$shutdown
 (
__fd
, 
__how
�
__THROW
;

264 #ifde�
__USE_XOPEN2K


266 

	$sock�m�k
 (
__fd
�
__THROW
;

270 #ifde�
__USE_MISC


274 

	$isfdty�
 (
__fd
, 
__fdty�
�
__THROW
;

279 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


280 
	~<b�s/sock�2.h
>

283 
__END_DECLS


	@/usr/include/sys/types.h

22 #i�def 
_SYS_TYPES_H


23 

	#_SYS_TYPES_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


29 
	~<b�s/ty�s.h
>

31 #ifdef 
__USE_MISC


32 #i�de�
__u_ch�_def�ed


33 
__u_ch�
 
	tu_ch�
;

34 
__u_sh�t
 
	tu_sh�t
;

35 
__u_�t
 
	tu_�t
;

36 
__u_l�g
 
	tu_l�g
;

37 
__quad_t
 
	tquad_t
;

38 
__u_quad_t
 
	tu_quad_t
;

39 
__fsid_t
 
	tfsid_t
;

40 

	#__u_ch�_def�ed


	)

44 
__loff_t
 
	tloff_t
;

46 #i�de�
__�o_t_def�ed


47 #i�de�
__USE_FILE_OFFSET64


48 
__�o_t
 
	t�o_t
;

50 
__�o64_t
 
	t�o_t
;

52 

	#__�o_t_def�ed


	)

54 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__�o64_t_def�ed


55 
__�o64_t
 
	t�o64_t
;

56 

	#__�o64_t_def�ed


	)

59 #i�de�
__dev_t_def�ed


60 
__dev_t
 
	tdev_t
;

61 

	#__dev_t_def�ed


	)

64 #i�de�
__gid_t_def�ed


65 
__gid_t
 
	tgid_t
;

66 

	#__gid_t_def�ed


	)

69 #i�de�
__mode_t_def�ed


70 
__mode_t
 
	tmode_t
;

71 

	#__mode_t_def�ed


	)

74 #i�de�
__ƚk_t_def�ed


75 
__ƚk_t
 
	tƚk_t
;

76 

	#__ƚk_t_def�ed


	)

79 #i�de�
__uid_t_def�ed


80 
__uid_t
 
	tuid_t
;

81 

	#__uid_t_def�ed


	)

84 #i�de�
__off_t_def�ed


85 #i�de�
__USE_FILE_OFFSET64


86 
__off_t
 
	toff_t
;

88 
__off64_t
 
	toff_t
;

90 

	#__off_t_def�ed


	)

92 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__off64_t_def�ed


93 
__off64_t
 
	toff64_t
;

94 

	#__off64_t_def�ed


	)

97 #i�de�
__pid_t_def�ed


98 
__pid_t
 
	tpid_t
;

99 

	#__pid_t_def�ed


	)

102 #i�(
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8
) \

103 && !
def�ed
 
__id_t_def�ed


104 
__id_t
 
	tid_t
;

105 

	#__id_t_def�ed


	)

108 #i�de�
__ssize_t_def�ed


109 
__ssize_t
 
	tssize_t
;

110 

	#__ssize_t_def�ed


	)

113 #ifdef 
__USE_MISC


114 #i�de�
__daddr_t_def�ed


115 
__daddr_t
 
	tdaddr_t
;

116 
__�ddr_t
 
	t�ddr_t
;

117 

	#__daddr_t_def�ed


	)

121 #i�(
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN
�&& !def�ed 
__key_t_def�ed


122 
__key_t
 
	tkey_t
;

123 

	#__key_t_def�ed


	)

126 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


127 

	#__�ed_�ock_t


	)

129 

	#__�ed_time_t


	)

130 

	#__�ed_tim�_t


	)

131 

	#__�ed_�ockid_t


	)

132 
	~<time.h
>

134 #ifde�
__USE_XOPEN


135 #i�de�
__u�c�ds_t_def�ed


136 
__u�c�ds_t
 
	tu�c�ds_t
;

137 

	#__u�c�ds_t_def�ed


	)

139 #i�de�
__su�c�ds_t_def�ed


140 
__su�c�ds_t
 
	tsu�c�ds_t
;

141 

	#__su�c�ds_t_def�ed


	)

145 

	#__�ed_size_t


	)

146 
	~<�ddef.h
>

148 #ifde�
__USE_MISC


150 
	tul�g
;

151 
	tush�t
;

152 
	tu�t
;

157 #i�!
__GNUC_PREREQ
 (2, 7)

160 #i�de�
__�t8_t_def�ed


161 

	#__�t8_t_def�ed


	)

162 
	t�t8_t
;

163 
	t�t16_t
;

164 
	t�t32_t
;

165 #i�
__WORDSIZE
 == 64

166 
	t�t64_t
;

168 
__ex�nsi�__
 
	t�t64_t
;

173 
	tu_�t8_t
;

174 
	tu_�t16_t
;

175 
	tu_�t32_t
;

176 #i�
__WORDSIZE
 == 64

177 
	tu_�t64_t
;

179 
__ex�nsi�__
 
	tu_�t64_t
;

182 
	t�gi��_t
;

187 

	#__�tN_t
(
N
, 
MODE
) \

188 ##
	tN
##
	t_t
 
	t__��ibu�__
 ((
	t__mode__
 (
	tMODE
)))

	)

189 

	t__u_�tN_t
(
	tN
, 
	tMODE
) \

190 
	tu_�t
##
	tN
##
	t_t
 
	t__��ibu�__
 ((
	t__mode__
 (
	tMODE
)))

	)

192 #i�de�
	t__�t8_t_def�ed


193 

	t__�t8_t_def�ed


	)

194 
	t__�tN_t
 (8, 
	t__QI__
);

195 
__�tN_t
 (16, 
__HI__
);

196 
__�tN_t
 (32, 
__SI__
);

197 
__�tN_t
 (64, 
__DI__
);

200 
__u_�tN_t
 (8, 
__QI__
);

201 
__u_�tN_t
 (16, 
__HI__
);

202 
__u_�tN_t
 (32, 
__SI__
);

203 
__u_�tN_t
 (64, 
__DI__
);

205 
	t�gi��_t
 
	t__��ibu�__
 ((
	t__mode__
 (
	t__w�d__
)));

211 

	#__BIT_TYPES_DEFINED__
 1

	)

214 #ifdef 
__USE_MISC


216 
	~<�d�n.h
>

219 
	~<sys/���.h
>

222 
	~<sys/sysma�os.h
>

226 #i�(
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8
) \

227 && !
def�ed
 
__blksize_t_def�ed


228 
__blksize_t
 
	tblksize_t
;

229 

	#__blksize_t_def�ed


	)

233 #i�de�
__USE_FILE_OFFSET64


234 #i�de�
__blk�t_t_def�ed


235 
__blk�t_t
 
	tblk�t_t
;

236 

	#__blk�t_t_def�ed


	)

238 #i�de�
__fsblk�t_t_def�ed


239 
__fsblk�t_t
 
	tfsblk�t_t
;

240 

	#__fsblk�t_t_def�ed


	)

242 #i�de�
__fsf��t_t_def�ed


243 
__fsf��t_t
 
	tfsf��t_t
;

244 

	#__fsf��t_t_def�ed


	)

247 #i�de�
__blk�t_t_def�ed


248 
__blk�t64_t
 
	tblk�t_t
;

249 

	#__blk�t_t_def�ed


	)

251 #i�de�
__fsblk�t_t_def�ed


252 
__fsblk�t64_t
 
	tfsblk�t_t
;

253 

	#__fsblk�t_t_def�ed


	)

255 #i�de�
__fsf��t_t_def�ed


256 
__fsf��t64_t
 
	tfsf��t_t
;

257 

	#__fsf��t_t_def�ed


	)

261 #ifde�
__USE_LARGEFILE64


262 
__blk�t64_t
 
	tblk�t64_t
;

263 
__fsblk�t64_t
 
	tfsblk�t64_t
;

264 
__fsf��t64_t
 
	tfsf��t64_t
;

269 #i�
def�ed
 
__USE_POSIX199506
 || def�ed 
__USE_UNIX98


270 
	~<b�s/�h�adty�s.h
>

273 
	g__END_DECLS


	@/usr/include/sys/wait.h

22 #i�def 
_SYS_WAIT_H


23 

	#_SYS_WAIT_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


29 
	~<sig�l.h
>

32 #i�!
def�ed
 
_STDLIB_H
 || (!def�ed 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K8
)

35 
	~<b�s/wa��ags.h
>

37 #ifdef 
__USE_MISC


42 #i�
def�ed
 
__GNUC__
 && !def�ed 
__�lu�lus


43 

	#__WAIT_INT
(
��us
) \

44 (
	`__ex�nsi�__
 (((uni� { 
	`__ty�of
(
��us
�
__�
; 
__i
; }) \

45 { .
__�
 = (
��us
�}).
__i
))

	)

47 

	#__WAIT_INT
(
��us
�(*(cڡ *�&(��us))

	)

55 #i�!
def�ed
 
__GNUC__
 || __GNUC__ < 2 || def�ed 
__�lu�lus


56 

	#__WAIT_STATUS
 *

	)

57 

	#__WAIT_STATUS_DEFN
 *

	)

62 
wa�
 *
	m__u�r
;

63 *
	m__��
;

64 } 
	t__WAIT_STATUS
 
	t__��ibu�__
 ((
	t__�����t_uni�__
));

65 

	#__WAIT_STATUS_DEFN
 *

	)

70 

	#__WAIT_INT
(
��us
�(��us)

	)

71 

	#__WAIT_STATUS
 *

	)

72 

	#__WAIT_STATUS_DEFN
 *

	)

77 
	~<b�s/wa���us.h
>

79 

	#WEXITSTATUS
(
��us
�
	`__WEXITSTATUS
 (
	`__WAIT_INT
 (��us))

	)

80 

	#WTERMSIG
(
��us
�
	`__WTERMSIG
 (
	`__WAIT_INT
 (��us))

	)

81 

	#WSTOPSIG
(
��us
�
	`__WSTOPSIG
 (
	`__WAIT_INT
 (��us))

	)

82 

	#WIFEXITED
(
��us
�
	`__WIFEXITED
 (
	`__WAIT_INT
 (��us))

	)

83 

	#WIFSIGNALED
(
��us
�
	`__WIFSIGNALED
 (
	`__WAIT_INT
 (��us))

	)

84 

	#WIFSTOPPED
(
��us
�
	`__WIFSTOPPED
 (
	`__WAIT_INT
 (��us))

	)

85 #ifde�
__WIFCONTINUED


86 

	#WIFCONTINUED
(
��us
�
	`__WIFCONTINUED
 (
	`__WAIT_INT
 (��us))

	)

90 #ifdef 
__USE_MISC


91 

	#WCOREFLAG
 
__WCOREFLAG


	)

92 

	#WCOREDUMP
(
��us
�
	`__WCOREDUMP
 (
	`__WAIT_INT
 (��us))

	)

93 

	#W_EXITCODE
(
�t
, 
sig
�
	`__W_EXITCODE
 (�t, sig)

	)

94 

	#W_STOPCODE
(
sig
�
	`__W_STOPCODE
 (sig)

	)

102 
__pid_t
 
wa�
 (
__WAIT_STATUS
 
__��_loc
);

104 #ifdef 
__USE_MISC


106 

	#WAIT_ANY
 (-1�

	)

107 

	#WAIT_MYPGRP
 0

	)

125 
__pid_t
 
wa�pid
 (__pid_�
__pid
, *
__��_loc
, 
__�ti�s
);

127 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


128 #i�de�
__id_t_def�ed


129 
	~<b�s/ty�s.h
>

130 
__id_t
 
	tid_t
;

131 

	#__id_t_def�ed


	)

134 

	#__�ed_sig�fo_t


	)

135 
	~<b�s/sig�fo.h
>

148 

wa�id
 (
idty�_t
 
__idty�
, 
__id_t
 
__id
, 
sig�fo_t
 *
__�f�
,

149 
__�ti�s
);

152 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


155 
	gru�ge
;

162 
__pid_t
 
	$wa�3
 (
__WAIT_STATUS
 
__��_loc
, 
__�ti�s
,

163 
ru�ge
 * 
__u�ge
�
__THROWNL
;

166 #ifde�
__USE_MISC


168 
__pid_t
 
	$wa�4
 (
__pid_t
 
__pid
, 
__WAIT_STATUS
 
__��_loc
, 
__�ti�s
,

169 
ru�ge
 *
__u�ge
�
__THROWNL
;

173 
__END_DECLS


	@/usr/include/time.h

22 #i�def 
_TIME_H


24 #i�(! 
def�ed
 
__�ed_time_t
 && !def�ed 
__�ed_�ock_t
 && \

25 ! 
def�ed
 
	g__�ed_time�ec
)

26 

	#_TIME_H
 1

	)

27 
	~<�u�s.h
>

29 
	g__BEGIN_DECLS


33 #ifdef 
_TIME_H


35 

	#__�ed_size_t


	)

36 

	#__�ed_NULL


	)

37 
	~<�ddef.h
>

41 
	~<b�s/time.h
>

44 #i�!
def�ed
 
__STRICT_ANSI__
 && !def�ed 
__USE_XOPEN2K


45 #i�de�
CLK_TCK


46 

	#CLK_TCK
 
CLOCKS_PER_SEC


	)

52 #i�!
def�ed
 
__�ock_t_def�ed
 && (def�ed 
_TIME_H
 || def�ed 
__�ed_�ock_t
)

53 

	#__�ock_t_def�ed
 1

	)

55 
	~<b�s/ty�s.h
>

57 
__BEGIN_NAMESPACE_STD


59 
__�ock_t
 
	t�ock_t
;

60 
	g__END_NAMESPACE_STD


61 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_POSIX


62 
	$__USING_NAMESPACE_STD
(
�ock_t
)

66 #unde�
__�ed_�ock_t


68 #i�!
def�ed
 
__time_t_def�ed
 && (def�ed 
_TIME_H
 || def�ed 
__�ed_time_t
)

69 

	#__time_t_def�ed
 1

	)

71 
	~<b�s/ty�s.h
>

73 
__BEGIN_NAMESPACE_STD


75 
__time_t
 
	ttime_t
;

76 
__END_NAMESPACE_STD


77 #ifde�
__USE_POSIX


78 
	$__USING_NAMESPACE_STD
(
time_t
)

82 #unde�
__�ed_time_t


84 #i�!
def�ed
 
__�ockid_t_def�ed
 && \

85 ((
def�ed
 
_TIME_H
 && def�ed 
__USE_POSIX199309
�|| def�ed 
__�ed_�ockid_t
)

86 

	#__�ockid_t_def�ed
 1

	)

88 
	~<b�s/ty�s.h
>

91 
__�ockid_t
 
	t�ockid_t
;

94 #unde�
__�ockid_time_t


96 #i�!
def�ed
 
__tim�_t_def�ed
 && \

97 ((
def�ed
 
_TIME_H
 && def�ed 
__USE_POSIX199309
�|| def�ed 
__�ed_tim�_t
)

98 

	#__tim�_t_def�ed
 1

	)

100 
	~<b�s/ty�s.h
>

103 
__tim�_t
 
	ttim�_t
;

106 #unde�
__�ed_tim�_t


109 #i�(!
def�ed
 
__time�ec_def�ed
 \

110 && ((
def�ed
 
_TIME_H
 \

111 && (
def�ed
 
__USE_POSIX199309
 \

112 || 
def�ed
 
__USE_ISOC11
)) \

113 || 
def�ed
 
__�ed_time�ec
))

114 

	#__time�ec_def�ed
 1

	)

116 
	~<b�s/ty�s.h
>

120 
	stime�ec


122 
__time_t
 
tv_�c
;

123 
__sys��_��g_t
 
tv_n�c
;

127 #unde�
__�ed_time�ec


130 #ifdef 
_TIME_H


131 
__BEGIN_NAMESPACE_STD


133 
	stm


135 
tm_�c
;

136 
tm_m�
;

137 
tm_hour
;

138 
tm_mday
;

139 
tm_m�
;

140 
tm_y�r
;

141 
tm_wday
;

142 
tm_yday
;

143 
tm_isd�
;

145 #ifdef 
__USE_MISC


146 
tm_gmtoff
;

147 cڡ *
tm_z�e
;

149 
__tm_gmtoff
;

150 cڡ *
__tm_z�e
;

153 
__END_NAMESPACE_STD


154 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_POSIX


155 
	$__USING_NAMESPACE_STD
(
tm
)

159 #ifde�
__USE_POSIX199309


161 
	s�im��ec


163 
time�ec
 
�_��rv�
;

164 
time�ec
 
�_v�ue
;

168 
sigev�t
;

172 #ifde�
__USE_XOPEN2K


173 #i�de�
__pid_t_def�ed


174 
__pid_t
 
	tpid_t
;

175 

	#__pid_t_def�ed


	)

180 #ifde�
__USE_ISOC11


182 

	#TIME_UTC
 1

	)

186 
__BEGIN_NAMESPACE_STD


189 
�ock_t
 
	$�ock
 (�
__THROW
;

192 
time_t
 
	$time
 (
time_t
 *
__tim�
�
__THROW
;

195 

	$dif�ime
 (
time_t
 
__time1
,�ime_�
__time0
)

196 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

199 
time_t
 
	$mktime
 (
tm
 *
__�
�
__THROW
;

205 
size_t
 
	$�r�ime
 (*
__��ri�
 
__s
, 
size_t
 
__maxsize
,

206 cڡ *
__��ri�
 
__f�m�
,

207 cڡ 
tm
 *
__��ri�
 
__�
�
__THROW
;

208 
__END_NAMESPACE_STD


210 #ifde�
__USE_XOPEN


213 
*
	$��time
 (cڡ *
__��ri�
 
__s
,

214 cڡ *
__��ri�
 
__fmt
, 
tm
 *
__�
)

215 
__THROW
;

218 #ifde�
__USE_XOPEN2K8


221 
	~<xlo��.h
>

223 
size_t
 
	$�r�ime_l
 (*
__��ri�
 
__s
, 
size_t
 
__maxsize
,

224 cڡ *
__��ri�
 
__f�m�
,

225 cڡ 
tm
 *
__��ri�
 
__�
,

226 
__lo��_t
 
__loc
�
__THROW
;

229 #ifde�
__USE_GNU


230 
*
	$��time_l
 (cڡ *
__��ri�
 
__s
,

231 cڡ *
__��ri�
 
__fmt
, 
tm
 *
__�
,

232 
__lo��_t
 
__loc
�
__THROW
;

236 
__BEGIN_NAMESPACE_STD


239 

tm
 *
	$gmtime
 (cڡ 
time_t
 *
__tim�
�
__THROW
;

243 

tm
 *
	$lo��ime
 (cڡ 
time_t
 *
__tim�
�
__THROW
;

244 
__END_NAMESPACE_STD


246 #ifde�
__USE_POSIX


249 

tm
 *
	$gmtime_r
 (cڡ 
time_t
 *
__��ri�
 
__tim�
,

250 
tm
 *
__��ri�
 
__�
�
__THROW
;

254 

tm
 *
	$lo��ime_r
 (cڡ 
time_t
 *
__��ri�
 
__tim�
,

255 
tm
 *
__��ri�
 
__�
�
__THROW
;

258 
__BEGIN_NAMESPACE_STD


261 
*
	$as�ime
 (cڡ 
tm
 *
__�
�
__THROW
;

264 
*
	$�ime
 (cڡ 
time_t
 *
__tim�
�
__THROW
;

265 
__END_NAMESPACE_STD


267 #ifde�
__USE_POSIX


272 
*
	$as�ime_r
 (cڡ 
tm
 *
__��ri�
 
__�
,

273 *
__��ri�
 
__buf
�
__THROW
;

276 
*
	$�ime_r
 (cڡ 
time_t
 *
__��ri�
 
__tim�
,

277 *
__��ri�
 
__buf
�
__THROW
;

282 
*
__tz�me
[2];

283 

__daylight
;

284 

__timez�e
;

287 #ifdef 
__USE_POSIX


289 
*
tz�me
[2];

293 

	$tz�t
 (�
__THROW
;

296 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


297 

daylight
;

298 

timez�e
;

301 #ifde�
__USE_MISC


304 

	$�ime
 (cڡ 
time_t
 *
__wh�
�
__THROW
;

310 

	#__i��p
(
y�r
) \

311 ((
y�r
�% 4 =�0 && ((y�r�% 100 !�0 || (y�r�% 400 =�0))

	)

314 #ifde�
__USE_MISC


319 
time_t
 
	$timegm
 (
tm
 *
__�
�
__THROW
;

322 
time_t
 
	$tim�o�l
 (
tm
 *
__�
�
__THROW
;

325 

	$dysize
 (
__y�r
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

329 #ifde�
__USE_POSIX199309


334 

	`�no��p
 (cڡ 
time�ec
 *
__�que�ed_time
,

335 
time�ec
 *
__�ma��g
);

339 

	$�ock_g��s
 (
�ockid_t
 
__�ock_id
, 
time�ec
 *
__�s
�
__THROW
;

342 

	$�ock_g�time
 (
�ockid_t
 
__�ock_id
, 
time�ec
 *
__�
�
__THROW
;

345 

	$�ock_��ime
 (
�ockid_t
 
__�ock_id
, cڡ 
time�ec
 *
__�
)

346 
__THROW
;

348 #ifde�
__USE_XOPEN2K


353 

	`�ock_�no��p
 (
�ockid_t
 
__�ock_id
, 
__�ags
,

354 cڡ 
time�ec
 *
__�q
,

355 
time�ec
 *
__�m
);

358 

	$�ock_g��u�ockid
 (
pid_t
 
__pid
, 
�ockid_t
 *
__�ock_id
�
__THROW
;

363 

	$tim�_���
 (
�ockid_t
 
__�ock_id
,

364 
sigev�t
 *
__��ri�
 
__evp
,

365 
tim�_t
 *
__��ri�
 
__tim�id
�
__THROW
;

368 

	$tim�_d��e
 (
tim�_t
 
__tim�id
�
__THROW
;

371 

	$tim�_��ime
 (
tim�_t
 
__tim�id
, 
__�ags
,

372 cڡ 
�im��ec
 *
__��ri�
 
__v�ue
,

373 
�im��ec
 *
__��ri�
 
__ov�ue
�
__THROW
;

376 

	$tim�_g�time
 (
tim�_t
 
__tim�id
, 
�im��ec
 *
__v�ue
)

377 
__THROW
;

380 

	$tim�_g�ov�run
 (
tim�_t
 
__tim�id
�
__THROW
;

384 #ifde�
__USE_ISOC11


386 

	$time�ec_g�
 (
time�ec
 *
__ts
, 
__ba�
)

387 
__THROW
 
	`__n�nu�
 ((1));

391 #ifde�
__USE_XOPEN_EXTENDED


403 

g�d�e_�r
;

412 

tm
 *
	`g�d�e
 (cڡ *
__�r�g
);

415 #ifde�
__USE_GNU


426 

	`g�d�e_r
 (cڡ *
__��ri�
 
__�r�g
,

427 
tm
 *
__��ri�
 
__�sbu�
);

430 
__END_DECLS


	@/usr/include/unistd.h

22 #i�def 
_UNISTD_H


23 

	#_UNISTD_H
 1

	)

25 
	~<�u�s.h
>

27 
	g__BEGIN_DECLS


32 #ifde�
__USE_XOPEN2K8


34 

	#_POSIX_VERSION
 200809L

	)

35 #�i�
def�ed
 
__USE_XOPEN2K


37 

	#_POSIX_VERSION
 200112L

	)

38 #�i�
def�ed
 
__USE_POSIX199506


40 

	#_POSIX_VERSION
 199506L

	)

41 #�i�
def�ed
 
__USE_POSIX199309


43 

	#_POSIX_VERSION
 199309L

	)

46 

	#_POSIX_VERSION
 199009L

	)

52 #ifde�
__USE_XOPEN2K8


53 

	#__POSIX2_THIS_VERSION
 200809L

	)

55 #�i�
def�ed
 
__USE_XOPEN2K


57 

	#__POSIX2_THIS_VERSION
 200112L

	)

58 #�i�
def�ed
 
__USE_POSIX199506


60 

	#__POSIX2_THIS_VERSION
 199506L

	)

63 

	#__POSIX2_THIS_VERSION
 199209L

	)

67 

	#_POSIX2_VERSION
 
__POSIX2_THIS_VERSION


	)

70 

	#_POSIX2_C_VERSION
 
__POSIX2_THIS_VERSION


	)

74 

	#_POSIX2_C_BIND
 
__POSIX2_THIS_VERSION


	)

78 

	#_POSIX2_C_DEV
 
__POSIX2_THIS_VERSION


	)

82 

	#_POSIX2_SW_DEV
 
__POSIX2_THIS_VERSION


	)

86 

	#_POSIX2_LOCALEDEF
 
__POSIX2_THIS_VERSION


	)

89 #ifde�
__USE_XOPEN2K8


90 

	#_XOPEN_VERSION
 700

	)

91 #�i�
def�ed
 
__USE_XOPEN2K


92 

	#_XOPEN_VERSION
 600

	)

93 #�i�
def�ed
 
__USE_UNIX98


94 

	#_XOPEN_VERSION
 500

	)

96 

	#_XOPEN_VERSION
 4

	)

100 

	#_XOPEN_XCU_VERSION
 4

	)

103 

	#_XOPEN_XPG2
 1

	)

104 

	#_XOPEN_XPG3
 1

	)

105 

	#_XOPEN_XPG4
 1

	)

108 

	#_XOPEN_UNIX
 1

	)

111 

	#_XOPEN_CRYPT
 1

	)

115 

	#_XOPEN_ENH_I18N
 1

	)

118 

	#_XOPEN_LEGACY
 1

	)

205 
	~<b�s/posix_�t.h
>

208 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


209 
	~<b�s/�v��m�ts.h
>

213 

	#STDIN_FILENO
 0

	)

214 

	#STDOUT_FILENO
 1

	)

215 

	#STDERR_FILENO
 2

	)

220 
	~<b�s/ty�s.h
>

222 #i�def 
__ssize_t_def�ed


223 
__ssize_t
 
	tssize_t
;

224 

	#__ssize_t_def�ed


	)

227 

	#__�ed_size_t


	)

228 

	#__�ed_NULL


	)

229 
	~<�ddef.h
>

231 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K


234 #i�de�
__gid_t_def�ed


235 
__gid_t
 
	tgid_t
;

236 

	#__gid_t_def�ed


	)

239 #i�de�
__uid_t_def�ed


240 
__uid_t
 
	tuid_t
;

241 

	#__uid_t_def�ed


	)

244 #i�de�
__off_t_def�ed


245 #i�de�
__USE_FILE_OFFSET64


246 
__off_t
 
	toff_t
;

248 
__off64_t
 
	toff_t
;

250 

	#__off_t_def�ed


	)

252 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__off64_t_def�ed


253 
__off64_t
 
	toff64_t
;

254 

	#__off64_t_def�ed


	)

257 #i�de�
__u�c�ds_t_def�ed


258 
__u�c�ds_t
 
	tu�c�ds_t
;

259 

	#__u�c�ds_t_def�ed


	)

262 #i�de�
__pid_t_def�ed


263 
__pid_t
 
	tpid_t
;

264 

	#__pid_t_def�ed


	)

268 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


269 #i�de�
__���_t_def�ed


270 
__���_t
 
	t���_t
;

271 

	#__���_t_def�ed


	)

275 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


276 #i�de�
__sock�n_t_def�ed


277 
__sock�n_t
 
	tsock�n_t
;

278 

	#__sock�n_t_def�ed


	)

284 

	#R_OK
 4

	)

285 

	#W_OK
 2

	)

286 

	#X_OK
 1

	)

287 

	#F_OK
 0

	)

290 

	$ac�ss
 (cڡ *
__�me
, 
__ty�
�
__THROW
 
	`__n�nu�
 ((1));

292 #ifde�
__USE_GNU


295 

	$euidac�ss
 (cڡ *
__�me
, 
__ty�
)

296 
__THROW
 
	`__n�nu�
 ((1));

299 

	$�c�ss
 (cڡ *
__�me
, 
__ty�
)

300 
__THROW
 
	`__n�nu�
 ((1));

303 #ifde�
__USE_ATFILE


307 

	$�c�s�t
 (
__fd
, cڡ *
__f�e
, 
__ty�
, 
__�ag
)

308 
__THROW
 
	`__n�nu�
 ((2)�
__wur
;

313 #i�def 
_STDIO_H


314 

	#SEEK_SET
 0

	)

315 

	#SEEK_CUR
 1

	)

316 

	#SEEK_END
 2

	)

317 #ifde�
__USE_GNU


318 

	#SEEK_DATA
 3

	)

319 

	#SEEK_HOLE
 4

	)

323 #i�
def�ed
 
__USE_MISC
 && !def�ed 
L_SET


325 

	#L_SET
 
SEEK_SET


	)

326 

	#L_INCR
 
SEEK_CUR


	)

327 

	#L_XTND
 
SEEK_END


	)

336 #i�de�
__USE_FILE_OFFSET64


337 
__off_t
 
	$l�ek
 (
__fd
, 
__off_t
 
__off�t
, 
__wh��
�
__THROW
;

339 #ifde�
__REDIRECT_NTH


340 
__off64_t
 
	`__REDIRECT_NTH
 (
l�ek
,

341 (
__fd
, 
__off64_t
 
__off�t
, 
__wh��
),

342 
l�ek64
);

344 

	#l�ek
 
l�ek64


	)

347 #ifde�
__USE_LARGEFILE64


348 
__off64_t
 
	$l�ek64
 (
__fd
, 
__off64_t
 
__off�t
, 
__wh��
)

349 
__THROW
;

356 

	`�o�
 (
__fd
);

363 
ssize_t
 
	$�ad
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
�
__wur
;

369 
ssize_t
 
	$wr�e
 (
__fd
, cڡ *
__buf
, 
size_t
 
__n
�
__wur
;

371 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8


372 #i�de�
__USE_FILE_OFFSET64


379 
ssize_t
 
	$��d
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

380 
__off_t
 
__off�t
�
__wur
;

387 
ssize_t
 
	$pwr�e
 (
__fd
, cڡ *
__buf
, 
size_t
 
__n
,

388 
__off_t
 
__off�t
�
__wur
;

390 #ifde�
__REDIRECT


391 
ssize_t
 
	`__REDIRECT
 (
��d
, (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

392 
__off64_t
 
__off�t
),

393 
��d64
�
__wur
;

394 
ssize_t
 
	`__REDIRECT
 (
pwr�e
, (
__fd
, cڡ *
__buf
,

395 
size_t
 
__nby�s
, 
__off64_t
 
__off�t
),

396 
pwr�e64
�
__wur
;

398 

	#��d
 
��d64


	)

399 

	#pwr�e
 
pwr�e64


	)

403 #ifde�
__USE_LARGEFILE64


407 
ssize_t
 
	$��d64
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

408 
__off64_t
 
__off�t
�
__wur
;

411 
ssize_t
 
	$pwr�e64
 (
__fd
, cڡ *
__buf
, 
size_t
 
__n
,

412 
__off64_t
 
__off�t
�
__wur
;

420 

	$p�e
 (
__p�edes
[2]�
__THROW
 
__wur
;

422 #ifde�
__USE_GNU


425 

	$p�e2
 (
__p�edes
[2], 
__�ags
�
__THROW
 
__wur
;

435 

	$��m
 (
__�c�ds
�
__THROW
;

447 

	`��p
 (
__�c�ds
);

449 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

450 || 
def�ed
 
__USE_MISC


455 
__u�c�ds_t
 
	$u��m
 (
__u�c�ds_t
 
__v�ue
, __u�c�ds_�
__��rv�
)

456 
__THROW
;

463 

	`u��p
 (
__u�c�ds_t
 
__u�c�ds
);

472 

	`�u�
 ();

476 

	$chown
 (cڡ *
__f�e
, 
__uid_t
 
__ow�r
, 
__gid_t
 
__group
)

477 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

479 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


481 

	$fchown
 (
__fd
, 
__uid_t
 
__ow�r
, 
__gid_t
 
__group
�
__THROW
 
__wur
;

486 

	$lchown
 (cڡ *
__f�e
, 
__uid_t
 
__ow�r
, 
__gid_t
 
__group
)

487 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

491 #ifde�
__USE_ATFILE


494 

	$fchow�t
 (
__fd
, cڡ *
__f�e
, 
__uid_t
 
__ow�r
,

495 
__gid_t
 
__group
, 
__�ag
)

496 
__THROW
 
	`__n�nu�
 ((2)�
__wur
;

500 

	$chd�
 (cڡ *
__�th
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

502 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


504 

	$fchd�
 (
__fd
�
__THROW
 
__wur
;

514 
*
	$g�cwd
 (*
__buf
, 
size_t
 
__size
�
__THROW
 
__wur
;

516 #ifdef 
__USE_GNU


520 
*
	$g�_cu��t_d�_�me
 (�
__THROW
;

523 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

524 || 
def�ed
 
__USE_MISC


528 
*
	$g�wd
 (*
__buf
)

529 
__THROW
 
	`__n�nu�
 ((1)�
__��ibu�_d����d__
 
__wur
;

534 

	$dup
 (
__fd
�
__THROW
 
__wur
;

537 

	$dup2
 (
__fd
, 
__fd2
�
__THROW
;

539 #ifde�
__USE_GNU


542 

	$dup3
 (
__fd
, 
__fd2
, 
__�ags
�
__THROW
;

546 
**
__�v��
;

547 #ifde�
__USE_GNU


548 
**
�v��
;

554 

	$execve
 (cڡ *
__�th
, *cڡ 
__�gv
[],

555 *cڡ 
__�vp
[]�
__THROW
 
	`__n�nu�
 ((1, 2));

557 #ifde�
__USE_XOPEN2K8


560 

	$�xecve
 (
__fd
, *cڡ 
__�gv
[], *cڡ 
__�vp
[])

561 
__THROW
 
	`__n�nu�
 ((2));

566 

	$execv
 (cڡ *
__�th
, *cڡ 
__�gv
[])

567 
__THROW
 
	`__n�nu�
 ((1, 2));

571 

	$exe�e
 (cڡ *
__�th
, cڡ *
__�g
, ...)

572 
__THROW
 
	`__n�nu�
 ((1, 2));

576 

	$exe�
 (cڡ *
__�th
, cڡ *
__�g
, ...)

577 
__THROW
 
	`__n�nu�
 ((1, 2));

581 

	$execvp
 (cڡ *
__f�e
, *cڡ 
__�gv
[])

582 
__THROW
 
	`__n�nu�
 ((1, 2));

587 

	$exe�p
 (cڡ *
__f�e
, cڡ *
__�g
, ...)

588 
__THROW
 
	`__n�nu�
 ((1, 2));

590 #ifde�
__USE_GNU


593 

	$execv�
 (cڡ *
__f�e
, *cڡ 
__�gv
[],

594 *cڡ 
__�vp
[])

595 
__THROW
 
	`__n�nu�
 ((1, 2));

599 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


601 

	$ni�
 (
__�c
�
__THROW
 
__wur
;

606 

	$_ex�
 (
__��us
�
	`__��ibu�__
 ((
__nܑu�__
));

612 
	~<b�s/c��ame.h
>

615 

	$�thc�f
 (cڡ *
__�th
, 
__�me
)

616 
__THROW
 
	`__n�nu�
 ((1));

619 

	$�hc�f
 (
__fd
, 
__�me
�
__THROW
;

622 

	$sysc�f
 (
__�me
�
__THROW
;

624 #ifdef 
__USE_POSIX2


626 
size_t
 
	$c�f�r
 (
__�me
, *
__buf
, 
size_t
 
__�n
�
__THROW
;

631 
__pid_t
 
	$g�pid
 (�
__THROW
;

634 
__pid_t
 
	$g��id
 (�
__THROW
;

637 
__pid_t
 
	$g�pg�
 (�
__THROW
;

640 
__pid_t
 
	$__g�pgid
 (
__pid_t
 
__pid
�
__THROW
;

641 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


642 
__pid_t
 
	$g�pgid
 (
__pid_t
 
__pid
�
__THROW
;

649 

	$��gid
 (
__pid_t
 
__pid
, __pid_�
__pgid
�
__THROW
;

651 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


663 

	$��g�
 (�
__THROW
;

670 
__pid_t
 
	$�tsid
 (�
__THROW
;

672 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


674 
__pid_t
 
	$g�sid
 (
__pid_t
 
__pid
�
__THROW
;

678 
__uid_t
 
	$g�uid
 (�
__THROW
;

681 
__uid_t
 
	$g�euid
 (�
__THROW
;

684 
__gid_t
 
	$g�gid
 (�
__THROW
;

687 
__gid_t
 
	$g�egid
 (�
__THROW
;

692 

	$g�groups
 (
__size
, 
__gid_t
 
__li�
[]�
__THROW
 
__wur
;

694 #ifdef 
__USE_GNU


696 

	$group_memb�
 (
__gid_t
 
__gid
�
__THROW
;

703 

	$�tuid
 (
__uid_t
 
__uid
�
__THROW
 
__wur
;

705 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


708 

	$��euid
 (
__uid_t
 
__ruid
, __uid_�
__euid
�
__THROW
 
__wur
;

711 #ifde�
__USE_XOPEN2K


713 

	$��uid
 (
__uid_t
 
__uid
�
__THROW
 
__wur
;

720 

	$�tgid
 (
__gid_t
 
__gid
�
__THROW
 
__wur
;

722 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


725 

	$��egid
 (
__gid_t
 
__rgid
, __gid_�
__egid
�
__THROW
 
__wur
;

728 #ifde�
__USE_XOPEN2K


730 

	$��gid
 (
__gid_t
 
__gid
�
__THROW
 
__wur
;

733 #ifde�
__USE_GNU


736 

	$g��suid
 (
__uid_t
 *
__ruid
, __uid_�*
__euid
, __uid_�*
__suid
)

737 
__THROW
;

741 

	$g��sgid
 (
__gid_t
 *
__rgid
, __gid_�*
__egid
, __gid_�*
__sgid
)

742 
__THROW
;

746 

	$��esuid
 (
__uid_t
 
__ruid
, __uid_�
__euid
, __uid_�
__suid
)

747 
__THROW
 
__wur
;

751 

	$��esgid
 (
__gid_t
 
__rgid
, __gid_�
__egid
, __gid_�
__sgid
)

752 
__THROW
 
__wur
;

759 
__pid_t
 
	$f�k
 (�
__THROWNL
;

761 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

762 || 
def�ed
 
__USE_MISC


767 
__pid_t
 
	$vf�k
 (�
__THROW
;

773 
*
	$�y�me
 (
__fd
�
__THROW
;

777 

	$�y�me_r
 (
__fd
, *
__buf
, 
size_t
 
__bu�
)

778 
__THROW
 
	`__n�nu�
 ((2)�
__wur
;

782 

	$i��y
 (
__fd
�
__THROW
;

784 #i�
def�ed
 
__USE_MISC
 \

785 || (
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_UNIX98
)

788 

	$�y��
 (�
__THROW
;

793 

	$l�k
 (cڡ *
__�om
, cڡ *
__to
)

794 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur
;

796 #ifde�
__USE_ATFILE


799 

	$l�k�
 (
__�omfd
, cڡ *
__�om
, 
__tofd
,

800 cڡ *
__to
, 
__�ags
)

801 
__THROW
 
	`__n�nu�
 ((2, 4)�
__wur
;

804 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


806 

	$syml�k
 (cڡ *
__�om
, cڡ *
__to
)

807 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur
;

812 
ssize_t
 
	$�adl�k
 (cڡ *
__��ri�
 
__�th
,

813 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

814 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur
;

817 #ifde�
__USE_ATFILE


819 

	$syml�k�
 (cڡ *
__�om
, 
__tofd
,

820 cڡ *
__to
�
__THROW
 
	`__n�nu�
 ((1, 3)�
__wur
;

823 
ssize_t
 
	$�adl�k�
 (
__fd
, cڡ *
__��ri�
 
__�th
,

824 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

825 
__THROW
 
	`__n�nu�
 ((2, 3)�
__wur
;

829 

	$uƚk
 (cڡ *
__�me
�
__THROW
 
	`__n�nu�
 ((1));

831 #ifde�
__USE_ATFILE


833 

	$uƚk�
 (
__fd
, cڡ *
__�me
, 
__�ag
)

834 
__THROW
 
	`__n�nu�
 ((2));

838 

	$rmd�
 (cڡ *
__�th
�
__THROW
 
	`__n�nu�
 ((1));

842 
__pid_t
 
	$tcg�pg�
 (
__fd
�
__THROW
;

845 

	$tc��g�
 (
__fd
, 
__pid_t
 
__pg�_id
�
__THROW
;

852 
*
	`g�log�
 ();

853 #i�
def�ed
 
__USE_REENTRANT
 || def�ed 
__USE_POSIX199506


860 

	$g�log�_r
 (*
__�me
, 
size_t
 
__�me_�n
�
	`__n�nu�
 ((1));

863 #ifdef 
__USE_MISC


865 

	$��og�
 (cڡ *
__�me
�
__THROW
 
	`__n�nu�
 ((1));

869 #ifdef 
__USE_POSIX2


873 

	#__�ed_g��t


	)

874 
	~<g��t.h
>

878 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


882 

	$g�ho��me
 (*
__�me
, 
size_t
 
__�n
�
__THROW
 
	`__n�nu�
 ((1));

886 #i�
def�ed
 
__USE_MISC


889 

	$�tho��me
 (cڡ *
__�me
, 
size_t
 
__�n
)

890 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

894 

	$�tho�id
 (
__id
�
__THROW
 
__wur
;

900 

	$g�doma��me
 (*
__�me
, 
size_t
 
__�n
)

901 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

902 

	$�tdoma��me
 (cڡ *
__�me
, 
size_t
 
__�n
)

903 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

909 

	$vh�gup
 (�
__THROW
;

912 

	$�voke
 (cڡ *
__f�e
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

920 

	$�of�
 (*
__�m�e_buf�r
, 
size_t
 
__size
,

921 
size_t
 
__off�t
, 
__s��
)

922 
__THROW
 
	`__n�nu�
 ((1));

928 

	$ac�
 (cڡ *
__�me
�
__THROW
;

932 
*
	$g�u�rsh�l
 (�
__THROW
;

933 

	$�du�rsh�l
 (�
__THROW
;

934 

	$�tu�rsh�l
 (�
__THROW
;

940 

	$d�m�
 (
__nochd�
, 
__no�o�
�
__THROW
 
__wur
;

944 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)

947 

	$chro�
 (cڡ *
__�th
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

951 
*
	$g��ss
 (cڡ *
__�om�
�
	`__n�nu�
 ((1));

959 

	`fsync
 (
__fd
);

962 #ifde�
__USE_GNU


965 

	$syncfs
 (
__fd
�
__THROW
;

969 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


972 

	`g�ho�id
 ();

975 

	$sync
 (�
__THROW
;

978 #i�
def�ed
 
__USE_MISC
 || !def�ed 
__USE_XOPEN2K


981 

	$g��gesize
 (�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

986 

	$g�d�b�size
 (�
__THROW
;

992 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


995 #i�de�
__USE_FILE_OFFSET64


996 

	$�un��
 (cڡ *
__f�e
, 
__off_t
 
__�ngth
)

997 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

999 #ifde�
__REDIRECT_NTH


1000 

	`__REDIRECT_NTH
 (
�un��
,

1001 (cڡ *
__f�e
, 
__off64_t
 
__�ngth
),

1002 
�un��64
�
	`__n�nu�
 ((1)�
__wur
;

1004 

	#�un��
 
�un��64


	)

1007 #ifde�
__USE_LARGEFILE64


1008 

	$�un��64
 (cڡ *
__f�e
, 
__off64_t
 
__�ngth
)

1009 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

1014 #i�
def�ed
 
__USE_POSIX199309
 \

1015 || 
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


1018 #i�de�
__USE_FILE_OFFSET64


1019 

	$�run��
 (
__fd
, 
__off_t
 
__�ngth
�
__THROW
 
__wur
;

1021 #ifde�
__REDIRECT_NTH


1022 

	`__REDIRECT_NTH
 (
�run��
, (
__fd
, 
__off64_t
 
__�ngth
),

1023 
�run��64
�
__wur
;

1025 

	#�run��
 
�run��64


	)

1028 #ifde�
__USE_LARGEFILE64


1029 

	$�run��64
 (
__fd
, 
__off64_t
 
__�ngth
�
__THROW
 
__wur
;

1035 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K
) \

1036 || 
def�ed
 
__USE_MISC


1040 

	$brk
 (*
__addr
�
__THROW
 
__wur
;

1046 
*
	$sbrk
 (
���_t
 
__d��
�
__THROW
;

1050 #ifde�
__USE_MISC


1061 

	$sys��
 (
__sy�o
, ...�
__THROW
;

1066 #i�(
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED
�&& !def�ed 
F_LOCK


1078 

	#F_ULOCK
 0

	)

1079 

	#F_LOCK
 1

	)

1080 

	#F_TLOCK
 2

	)

1081 

	#F_TEST
 3

	)

1083 #i�de�
__USE_FILE_OFFSET64


1084 

	$lockf
 (
__fd
, 
__cmd
, 
__off_t
 
__�n
�
__wur
;

1086 #ifde�
__REDIRECT


1087 

	`__REDIRECT
 (
lockf
, (
__fd
, 
__cmd
, 
__off64_t
 
__�n
),

1088 
lockf64
�
__wur
;

1090 

	#lockf
 
lockf64


	)

1093 #ifde�
__USE_LARGEFILE64


1094 

	$lockf64
 (
__fd
, 
__cmd
, 
__off64_t
 
__�n
�
__wur
;

1099 #ifde�
__USE_GNU


1104 

	#TEMP_FAILURE_RETRY
(
ex�essi�
) \

1105 (
__ex�nsi�__
 \

1106 ({ 
__�su�
; \

1107 d�
__�su�
 = (�(
ex�essi�
); \

1108 
__�su�
 =�-1L && 
��o
 =�
EINTR
); \

1109 
__�su�
; 
	}
}))

	)

1112 #i�
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_UNIX98


1115 

fd�async
 (
__f�des
);

1121 #ifdef 
__USE_XOPEN


1123 
*
	$�y�
 (cڡ *
__key
, cڡ *
__��
)

1124 
__THROW
 
	`__n�nu�
 ((1, 2));

1128 

	$��y�
 (*
__glibc_block
, 
__ed�ag
)

1129 
__THROW
 
	`__n�nu�
 ((1));

1136 

	$swab
 (cڡ *
__��ri�
 
__�om
, *__��ri� 
__to
,

1137 
ssize_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1, 2));

1143 #i�
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K


1145 
*
	$��mid
 (*
__s
�
__THROW
;

1150 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


1151 
	~<b�s/uni�d.h
>

1154 
__END_DECLS


	@/usr/include/alloca.h

18 #i�def 
_ALLOCA_H


19 

	#_ALLOCA_H
 1

	)

21 
	~<�u�s.h
>

23 

	#__�ed_size_t


	)

24 
	~<�ddef.h
>

26 
	g__BEGIN_DECLS


29 #unde�
�lo�


32 
*
	$�lo�
 (
size_t
 
__size
�
__THROW
;

34 #ifdef 
__GNUC__


35 

	#�lo�
(
size
�
	`__bu�t�_�lo�
 (size)

	)

38 
__END_DECLS


	@/usr/include/bits/byteswap.h

19 #i�!
def�ed
 
_BYTESWAP_H
 && !def�ed 
_NETINET_IN_H
 && !def�ed 
_ENDIAN_H


23 #i�de�
_BITS_BYTESWAP_H


24 

	#_BITS_BYTESWAP_H
 1

	)

26 
	~<�u�s.h
>

27 
	~<b�s/ty�s.h
>

28 
	~<b�s/w�dsize.h
>

31 

	#__bsw�_cڡ�t_16
(
x
) \

32 ((�((((
x
�>> 8�& 0xff�| (((x�& 0xff�<< 8)))

	)

35 
	~<b�s/by�sw�-16.h
>

38 

	#__bsw�_cڡ�t_32
(
x
) \

39 ((((
x
) & 0xff000000) >> 24) | (((x) & 0x00ff0000) >> 8) | \

40 (((
x
�& 0x0000ff00�<< 8�| (((x�& 0x000000ff�<< 24))

	)

42 #ifde�
__GNUC__


43 #i�
__GNUC_PREREQ
 (4, 3)

44 
__�l�e
 

45 
	$__bsw�_32
 (
__bsx
)

47  
	`__bu�t�_bsw�32
 (
__bsx
);

48 
	}
}

49 #�i�
__GNUC__
 >= 2

50 #i�
__WORDSIZE
 =�64 || (
def�ed
 
__i486__
 || def�ed 
__��ium__
 \

51 || 
def�ed
 
	g__��ium�o__
 || def�ed 
	g__��ium4__
 \

52 || 
def�ed
 
	g__k8__
 || def�ed 
	g__�hl�__
 \

53 || 
def�ed
 
	g__k6__
 || def�ed 
	g__noc�a__
 \

54 || 
def�ed
 
	g__c�e2__
 || def�ed 
	g__geode__
 \

55 || 
def�ed
 
	g__amd�m10__
)

58 

	#__bsw�_32
(
x
) \

59 (
__ex�nsi�__
 \

60 ({ 
__v
, 
__x
 = (
x
); \

61 i�(
	`__bu�t�_cڡ�t_p
 (
__x
)) \

62 
__v
 = 
	`__bsw�_cڡ�t_32
 (
__x
); \

64 
	`__asm__
 ("bsw� %0" : "�" (
__v
�: "0" (
__x
)); \

65 
__v
; }))

	)

67 

	#__bsw�_32
(
x
) \

68 (
__ex�nsi�__
 \

69 ({ 
__v
, 
__x
 = (
x
); \

70 i�(
	`__bu�t�_cڡ�t_p
 (
__x
)) \

71 
__v
 = 
	`__bsw�_cڡ�t_32
 (
__x
); \

73 
	`__asm__
 ("rorw $8, %w0;" \

76 : "�" (
__v
) \

77 : "0" (
__x
) \

79 
__v
; }))

	)

82 

	#__bsw�_32
(
x
) \

83 (
__ex�nsi�__
 \

84 ({ 
__x
 = (
x
); 
	`__bsw�_cڡ�t_32
 (__x); }))

	)

87 
__�l�e
 

88 
	$__bsw�_32
 (
__bsx
)

90  
	`__bsw�_cڡ�t_32
 (
__bsx
);

91 
	}
}

95 #i�
__GNUC_PREREQ
 (2, 0)

97 

	#__bsw�_cڡ�t_64
(
x
) \

98 (
	`__ex�nsi�__
 ((((
x
) & 0xff00000000000000ull) >> 56) \

99 | (((
x
) & 0x00ff000000000000ull) >> 40) \

100 | (((
x
) & 0x0000ff0000000000ull) >> 24) \

101 | (((
x
) & 0x000000ff00000000ull) >> 8) \

102 | (((
x
) & 0x00000000ff000000ull) << 8) \

103 | (((
x
) & 0x0000000000ff0000ull) << 24) \

104 | (((
x
) & 0x000000000000ff00ull) << 40) \

105 | (((
x
�& 0x00000000000000ffu��<< 56)))

	)

107 #i�
__GNUC_PREREQ
 (4, 3)

108 
__�l�e
 
__u�t64_t


109 
	$__bsw�_64
 (
__u�t64_t
 
__bsx
)

111  
	`__bu�t�_bsw�64
 (
__bsx
);

112 
	}
}

113 #�i�
__WORDSIZE
 == 64

114 

	#__bsw�_64
(
x
) \

115 (
__ex�nsi�__
 \

116 ({ 
__u�t64_t
 
__v
, 
__x
 = (
x
); \

117 i�(
	`__bu�t�_cڡ�t_p
 (
__x
)) \

118 
__v
 = 
	`__bsw�_cڡ�t_64
 (
__x
); \

120 
	`__asm__
 ("bsw� %q0" : "�" (
__v
�: "0" (
__x
)); \

121 
__v
; }))

	)

123 

	#__bsw�_64
(
x
) \

124 (
__ex�nsi�__
 \

125 ({ uni� { 
__ex�nsi�__
 
__u�t64_t
 
__�
; \

126 
__l
[2]; } 
__w
, 
__r
; \

127 i�(
	`__bu�t�_cڡ�t_p
 (
x
)) \

128 
__r
.
__�
 = 
	`__bsw�_cڡ�t_64
 (
x
); \

131 
__w
.
__�
 = (
x
); \

132 
__r
.
__l
[0] = 
	`__bsw�_32
 (
__w
.__l[1]); \

133 
__r
.
__l
[1] = 
	`__bsw�_32
 (
__w
.__l[0]); \

135 
__r
.
__�
; }))

	)

138 

	#__bsw�_cڡ�t_64
(
x
) \

139 ((((
x
) & 0xff00000000000000ull) >> 56) \

140 | (((
x
) & 0x00ff000000000000ull) >> 40) \

141 | (((
x
) & 0x0000ff0000000000ull) >> 24) \

142 | (((
x
) & 0x000000ff00000000ull) >> 8) \

143 | (((
x
) & 0x00000000ff000000ull) << 8) \

144 | (((
x
) & 0x0000000000ff0000ull) << 24) \

145 | (((
x
) & 0x000000000000ff00ull) << 40) \

146 | (((
x
�& 0x00000000000000ffu��<< 56))

	)

148 
__�l�e
 
__u�t64_t


149 
	$__bsw�_64
 (
__u�t64_t
 
__bsx
)

151  
	`__bsw�_cڡ�t_64
 (
__bsx
);

152 
	}
}

	@/usr/include/bits/confname.h

19 #i�de�
_UNISTD_H


26 
	m_PC_LINK_MAX
,

27 

	#_PC_LINK_MAX
 
_PC_LINK_MAX


	)

28 
	m_PC_MAX_CANON
,

29 

	#_PC_MAX_CANON
 
_PC_MAX_CANON


	)

30 
	m_PC_MAX_INPUT
,

31 

	#_PC_MAX_INPUT
 
_PC_MAX_INPUT


	)

32 
	m_PC_NAME_MAX
,

33 

	#_PC_NAME_MAX
 
_PC_NAME_MAX


	)

34 
	m_PC_PATH_MAX
,

35 

	#_PC_PATH_MAX
 
_PC_PATH_MAX


	)

36 
	m_PC_PIPE_BUF
,

37 

	#_PC_PIPE_BUF
 
_PC_PIPE_BUF


	)

38 
	m_PC_CHOWN_RESTRICTED
,

39 

	#_PC_CHOWN_RESTRICTED
 
_PC_CHOWN_RESTRICTED


	)

40 
	m_PC_NO_TRUNC
,

41 

	#_PC_NO_TRUNC
 
_PC_NO_TRUNC


	)

42 
	m_PC_VDISABLE
,

43 

	#_PC_VDISABLE
 
_PC_VDISABLE


	)

44 
	m_PC_SYNC_IO
,

45 

	#_PC_SYNC_IO
 
_PC_SYNC_IO


	)

46 
	m_PC_ASYNC_IO
,

47 

	#_PC_ASYNC_IO
 
_PC_ASYNC_IO


	)

48 
	m_PC_PRIO_IO
,

49 

	#_PC_PRIO_IO
 
_PC_PRIO_IO


	)

50 
	m_PC_SOCK_MAXBUF
,

51 

	#_PC_SOCK_MAXBUF
 
_PC_SOCK_MAXBUF


	)

52 
	m_PC_FILESIZEBITS
,

53 

	#_PC_FILESIZEBITS
 
_PC_FILESIZEBITS


	)

54 
	m_PC_REC_INCR_XFER_SIZE
,

55 

	#_PC_REC_INCR_XFER_SIZE
 
_PC_REC_INCR_XFER_SIZE


	)

56 
	m_PC_REC_MAX_XFER_SIZE
,

57 

	#_PC_REC_MAX_XFER_SIZE
 
_PC_REC_MAX_XFER_SIZE


	)

58 
	m_PC_REC_MIN_XFER_SIZE
,

59 

	#_PC_REC_MIN_XFER_SIZE
 
_PC_REC_MIN_XFER_SIZE


	)

60 
	m_PC_REC_XFER_ALIGN
,

61 

	#_PC_REC_XFER_ALIGN
 
_PC_REC_XFER_ALIGN


	)

62 
	m_PC_ALLOC_SIZE_MIN
,

63 

	#_PC_ALLOC_SIZE_MIN
 
_PC_ALLOC_SIZE_MIN


	)

64 
	m_PC_SYMLINK_MAX
,

65 

	#_PC_SYMLINK_MAX
 
_PC_SYMLINK_MAX


	)

66 
	m_PC_2_SYMLINKS


67 

	#_PC_2_SYMLINKS
 
_PC_2_SYMLINKS


	)

73 
	m_SC_ARG_MAX
,

74 

	#_SC_ARG_MAX
 
_SC_ARG_MAX


	)

75 
	m_SC_CHILD_MAX
,

76 

	#_SC_CHILD_MAX
 
_SC_CHILD_MAX


	)

77 
	m_SC_CLK_TCK
,

78 

	#_SC_CLK_TCK
 
_SC_CLK_TCK


	)

79 
	m_SC_NGROUPS_MAX
,

80 

	#_SC_NGROUPS_MAX
 
_SC_NGROUPS_MAX


	)

81 
	m_SC_OPEN_MAX
,

82 

	#_SC_OPEN_MAX
 
_SC_OPEN_MAX


	)

83 
	m_SC_STREAM_MAX
,

84 

	#_SC_STREAM_MAX
 
_SC_STREAM_MAX


	)

85 
	m_SC_TZNAME_MAX
,

86 

	#_SC_TZNAME_MAX
 
_SC_TZNAME_MAX


	)

87 
	m_SC_JOB_CONTROL
,

88 

	#_SC_JOB_CONTROL
 
_SC_JOB_CONTROL


	)

89 
	m_SC_SAVED_IDS
,

90 

	#_SC_SAVED_IDS
 
_SC_SAVED_IDS


	)

91 
	m_SC_REALTIME_SIGNALS
,

92 

	#_SC_REALTIME_SIGNALS
 
_SC_REALTIME_SIGNALS


	)

93 
	m_SC_PRIORITY_SCHEDULING
,

94 

	#_SC_PRIORITY_SCHEDULING
 
_SC_PRIORITY_SCHEDULING


	)

95 
	m_SC_TIMERS
,

96 

	#_SC_TIMERS
 
_SC_TIMERS


	)

97 
	m_SC_ASYNCHRONOUS_IO
,

98 

	#_SC_ASYNCHRONOUS_IO
 
_SC_ASYNCHRONOUS_IO


	)

99 
	m_SC_PRIORITIZED_IO
,

100 

	#_SC_PRIORITIZED_IO
 
_SC_PRIORITIZED_IO


	)

101 
	m_SC_SYNCHRONIZED_IO
,

102 

	#_SC_SYNCHRONIZED_IO
 
_SC_SYNCHRONIZED_IO


	)

103 
	m_SC_FSYNC
,

104 

	#_SC_FSYNC
 
_SC_FSYNC


	)

105 
	m_SC_MAPPED_FILES
,

106 

	#_SC_MAPPED_FILES
 
_SC_MAPPED_FILES


	)

107 
	m_SC_MEMLOCK
,

108 

	#_SC_MEMLOCK
 
_SC_MEMLOCK


	)

109 
	m_SC_MEMLOCK_RANGE
,

110 

	#_SC_MEMLOCK_RANGE
 
_SC_MEMLOCK_RANGE


	)

111 
	m_SC_MEMORY_PROTECTION
,

112 

	#_SC_MEMORY_PROTECTION
 
_SC_MEMORY_PROTECTION


	)

113 
	m_SC_MESSAGE_PASSING
,

114 

	#_SC_MESSAGE_PASSING
 
_SC_MESSAGE_PASSING


	)

115 
	m_SC_SEMAPHORES
,

116 

	#_SC_SEMAPHORES
 
_SC_SEMAPHORES


	)

117 
	m_SC_SHARED_MEMORY_OBJECTS
,

118 

	#_SC_SHARED_MEMORY_OBJECTS
 
_SC_SHARED_MEMORY_OBJECTS


	)

119 
	m_SC_AIO_LISTIO_MAX
,

120 

	#_SC_AIO_LISTIO_MAX
 
_SC_AIO_LISTIO_MAX


	)

121 
	m_SC_AIO_MAX
,

122 

	#_SC_AIO_MAX
 
_SC_AIO_MAX


	)

123 
	m_SC_AIO_PRIO_DELTA_MAX
,

124 

	#_SC_AIO_PRIO_DELTA_MAX
 
_SC_AIO_PRIO_DELTA_MAX


	)

125 
	m_SC_DELAYTIMER_MAX
,

126 

	#_SC_DELAYTIMER_MAX
 
_SC_DELAYTIMER_MAX


	)

127 
	m_SC_MQ_OPEN_MAX
,

128 

	#_SC_MQ_OPEN_MAX
 
_SC_MQ_OPEN_MAX


	)

129 
	m_SC_MQ_PRIO_MAX
,

130 

	#_SC_MQ_PRIO_MAX
 
_SC_MQ_PRIO_MAX


	)

131 
	m_SC_VERSION
,

132 

	#_SC_VERSION
 
_SC_VERSION


	)

133 
	m_SC_PAGESIZE
,

134 

	#_SC_PAGESIZE
 
_SC_PAGESIZE


	)

135 

	#_SC_PAGE_SIZE
 
_SC_PAGESIZE


	)

136 
	m_SC_RTSIG_MAX
,

137 

	#_SC_RTSIG_MAX
 
_SC_RTSIG_MAX


	)

138 
	m_SC_SEM_NSEMS_MAX
,

139 

	#_SC_SEM_NSEMS_MAX
 
_SC_SEM_NSEMS_MAX


	)

140 
	m_SC_SEM_VALUE_MAX
,

141 

	#_SC_SEM_VALUE_MAX
 
_SC_SEM_VALUE_MAX


	)

142 
	m_SC_SIGQUEUE_MAX
,

143 

	#_SC_SIGQUEUE_MAX
 
_SC_SIGQUEUE_MAX


	)

144 
	m_SC_TIMER_MAX
,

145 

	#_SC_TIMER_MAX
 
_SC_TIMER_MAX


	)

149 
	m_SC_BC_BASE_MAX
,

150 

	#_SC_BC_BASE_MAX
 
_SC_BC_BASE_MAX


	)

151 
	m_SC_BC_DIM_MAX
,

152 

	#_SC_BC_DIM_MAX
 
_SC_BC_DIM_MAX


	)

153 
	m_SC_BC_SCALE_MAX
,

154 

	#_SC_BC_SCALE_MAX
 
_SC_BC_SCALE_MAX


	)

155 
	m_SC_BC_STRING_MAX
,

156 

	#_SC_BC_STRING_MAX
 
_SC_BC_STRING_MAX


	)

157 
	m_SC_COLL_WEIGHTS_MAX
,

158 

	#_SC_COLL_WEIGHTS_MAX
 
_SC_COLL_WEIGHTS_MAX


	)

159 
	m_SC_EQUIV_CLASS_MAX
,

160 

	#_SC_EQUIV_CLASS_MAX
 
_SC_EQUIV_CLASS_MAX


	)

161 
	m_SC_EXPR_NEST_MAX
,

162 

	#_SC_EXPR_NEST_MAX
 
_SC_EXPR_NEST_MAX


	)

163 
	m_SC_LINE_MAX
,

164 

	#_SC_LINE_MAX
 
_SC_LINE_MAX


	)

165 
	m_SC_RE_DUP_MAX
,

166 

	#_SC_RE_DUP_MAX
 
_SC_RE_DUP_MAX


	)

167 
	m_SC_CHARCLASS_NAME_MAX
,

168 

	#_SC_CHARCLASS_NAME_MAX
 
_SC_CHARCLASS_NAME_MAX


	)

170 
	m_SC_2_VERSION
,

171 

	#_SC_2_VERSION
 
_SC_2_VERSION


	)

172 
	m_SC_2_C_BIND
,

173 

	#_SC_2_C_BIND
 
_SC_2_C_BIND


	)

174 
	m_SC_2_C_DEV
,

175 

	#_SC_2_C_DEV
 
_SC_2_C_DEV


	)

176 
	m_SC_2_FORT_DEV
,

177 

	#_SC_2_FORT_DEV
 
_SC_2_FORT_DEV


	)

178 
	m_SC_2_FORT_RUN
,

179 

	#_SC_2_FORT_RUN
 
_SC_2_FORT_RUN


	)

180 
	m_SC_2_SW_DEV
,

181 

	#_SC_2_SW_DEV
 
_SC_2_SW_DEV


	)

182 
	m_SC_2_LOCALEDEF
,

183 

	#_SC_2_LOCALEDEF
 
_SC_2_LOCALEDEF


	)

185 
	m_SC_PII
,

186 

	#_SC_PII
 
_SC_PII


	)

187 
	m_SC_PII_XTI
,

188 

	#_SC_PII_XTI
 
_SC_PII_XTI


	)

189 
	m_SC_PII_SOCKET
,

190 

	#_SC_PII_SOCKET
 
_SC_PII_SOCKET


	)

191 
	m_SC_PII_INTERNET
,

192 

	#_SC_PII_INTERNET
 
_SC_PII_INTERNET


	)

193 
	m_SC_PII_OSI
,

194 

	#_SC_PII_OSI
 
_SC_PII_OSI


	)

195 
	m_SC_POLL
,

196 

	#_SC_POLL
 
_SC_POLL


	)

197 
	m_SC_SELECT
,

198 

	#_SC_SELECT
 
_SC_SELECT


	)

199 
	m_SC_UIO_MAXIOV
,

200 

	#_SC_UIO_MAXIOV
 
_SC_UIO_MAXIOV


	)

201 
	m_SC_IOV_MAX
 = 
_SC_UIO_MAXIOV
,

202 

	#_SC_IOV_MAX
 
_SC_IOV_MAX


	)

203 
	m_SC_PII_INTERNET_STREAM
,

204 

	#_SC_PII_INTERNET_STREAM
 
_SC_PII_INTERNET_STREAM


	)

205 
	m_SC_PII_INTERNET_DGRAM
,

206 

	#_SC_PII_INTERNET_DGRAM
 
_SC_PII_INTERNET_DGRAM


	)

207 
	m_SC_PII_OSI_COTS
,

208 

	#_SC_PII_OSI_COTS
 
_SC_PII_OSI_COTS


	)

209 
	m_SC_PII_OSI_CLTS
,

210 

	#_SC_PII_OSI_CLTS
 
_SC_PII_OSI_CLTS


	)

211 
	m_SC_PII_OSI_M
,

212 

	#_SC_PII_OSI_M
 
_SC_PII_OSI_M


	)

213 
	m_SC_T_IOV_MAX
,

214 

	#_SC_T_IOV_MAX
 
_SC_T_IOV_MAX


	)

217 
	m_SC_THREADS
,

218 

	#_SC_THREADS
 
_SC_THREADS


	)

219 
	m_SC_THREAD_SAFE_FUNCTIONS
,

220 

	#_SC_THREAD_SAFE_FUNCTIONS
 
_SC_THREAD_SAFE_FUNCTIONS


	)

221 
	m_SC_GETGR_R_SIZE_MAX
,

222 

	#_SC_GETGR_R_SIZE_MAX
 
_SC_GETGR_R_SIZE_MAX


	)

223 
	m_SC_GETPW_R_SIZE_MAX
,

224 

	#_SC_GETPW_R_SIZE_MAX
 
_SC_GETPW_R_SIZE_MAX


	)

225 
	m_SC_LOGIN_NAME_MAX
,

226 

	#_SC_LOGIN_NAME_MAX
 
_SC_LOGIN_NAME_MAX


	)

227 
	m_SC_TTY_NAME_MAX
,

228 

	#_SC_TTY_NAME_MAX
 
_SC_TTY_NAME_MAX


	)

229 
	m_SC_THREAD_DESTRUCTOR_ITERATIONS
,

230 

	#_SC_THREAD_DESTRUCTOR_ITERATIONS
 
_SC_THREAD_DESTRUCTOR_ITERATIONS


	)

231 
	m_SC_THREAD_KEYS_MAX
,

232 

	#_SC_THREAD_KEYS_MAX
 
_SC_THREAD_KEYS_MAX


	)

233 
	m_SC_THREAD_STACK_MIN
,

234 

	#_SC_THREAD_STACK_MIN
 
_SC_THREAD_STACK_MIN


	)

235 
	m_SC_THREAD_THREADS_MAX
,

236 

	#_SC_THREAD_THREADS_MAX
 
_SC_THREAD_THREADS_MAX


	)

237 
	m_SC_THREAD_ATTR_STACKADDR
,

238 

	#_SC_THREAD_ATTR_STACKADDR
 
_SC_THREAD_ATTR_STACKADDR


	)

239 
	m_SC_THREAD_ATTR_STACKSIZE
,

240 

	#_SC_THREAD_ATTR_STACKSIZE
 
_SC_THREAD_ATTR_STACKSIZE


	)

241 
	m_SC_THREAD_PRIORITY_SCHEDULING
,

242 

	#_SC_THREAD_PRIORITY_SCHEDULING
 
_SC_THREAD_PRIORITY_SCHEDULING


	)

243 
	m_SC_THREAD_PRIO_INHERIT
,

244 

	#_SC_THREAD_PRIO_INHERIT
 
_SC_THREAD_PRIO_INHERIT


	)

245 
	m_SC_THREAD_PRIO_PROTECT
,

246 

	#_SC_THREAD_PRIO_PROTECT
 
_SC_THREAD_PRIO_PROTECT


	)

247 
	m_SC_THREAD_PROCESS_SHARED
,

248 

	#_SC_THREAD_PROCESS_SHARED
 
_SC_THREAD_PROCESS_SHARED


	)

250 
	m_SC_NPROCESSORS_CONF
,

251 

	#_SC_NPROCESSORS_CONF
 
_SC_NPROCESSORS_CONF


	)

252 
	m_SC_NPROCESSORS_ONLN
,

253 

	#_SC_NPROCESSORS_ONLN
 
_SC_NPROCESSORS_ONLN


	)

254 
	m_SC_PHYS_PAGES
,

255 

	#_SC_PHYS_PAGES
 
_SC_PHYS_PAGES


	)

256 
	m_SC_AVPHYS_PAGES
,

257 

	#_SC_AVPHYS_PAGES
 
_SC_AVPHYS_PAGES


	)

258 
	m_SC_ATEXIT_MAX
,

259 

	#_SC_ATEXIT_MAX
 
_SC_ATEXIT_MAX


	)

260 
	m_SC_PASS_MAX
,

261 

	#_SC_PASS_MAX
 
_SC_PASS_MAX


	)

263 
	m_SC_XOPEN_VERSION
,

264 

	#_SC_XOPEN_VERSION
 
_SC_XOPEN_VERSION


	)

265 
	m_SC_XOPEN_XCU_VERSION
,

266 

	#_SC_XOPEN_XCU_VERSION
 
_SC_XOPEN_XCU_VERSION


	)

267 
	m_SC_XOPEN_UNIX
,

268 

	#_SC_XOPEN_UNIX
 
_SC_XOPEN_UNIX


	)

269 
	m_SC_XOPEN_CRYPT
,

270 

	#_SC_XOPEN_CRYPT
 
_SC_XOPEN_CRYPT


	)

271 
	m_SC_XOPEN_ENH_I18N
,

272 

	#_SC_XOPEN_ENH_I18N
 
_SC_XOPEN_ENH_I18N


	)

273 
	m_SC_XOPEN_SHM
,

274 

	#_SC_XOPEN_SHM
 
_SC_XOPEN_SHM


	)

276 
	m_SC_2_CHAR_TERM
,

277 

	#_SC_2_CHAR_TERM
 
_SC_2_CHAR_TERM


	)

278 
	m_SC_2_C_VERSION
,

279 

	#_SC_2_C_VERSION
 
_SC_2_C_VERSION


	)

280 
	m_SC_2_UPE
,

281 

	#_SC_2_UPE
 
_SC_2_UPE


	)

283 
	m_SC_XOPEN_XPG2
,

284 

	#_SC_XOPEN_XPG2
 
_SC_XOPEN_XPG2


	)

285 
	m_SC_XOPEN_XPG3
,

286 

	#_SC_XOPEN_XPG3
 
_SC_XOPEN_XPG3


	)

287 
	m_SC_XOPEN_XPG4
,

288 

	#_SC_XOPEN_XPG4
 
_SC_XOPEN_XPG4


	)

290 
	m_SC_CHAR_BIT
,

291 

	#_SC_CHAR_BIT
 
_SC_CHAR_BIT


	)

292 
	m_SC_CHAR_MAX
,

293 

	#_SC_CHAR_MAX
 
_SC_CHAR_MAX


	)

294 
	m_SC_CHAR_MIN
,

295 

	#_SC_CHAR_MIN
 
_SC_CHAR_MIN


	)

296 
	m_SC_INT_MAX
,

297 

	#_SC_INT_MAX
 
_SC_INT_MAX


	)

298 
	m_SC_INT_MIN
,

299 

	#_SC_INT_MIN
 
_SC_INT_MIN


	)

300 
	m_SC_LONG_BIT
,

301 

	#_SC_LONG_BIT
 
_SC_LONG_BIT


	)

302 
	m_SC_WORD_BIT
,

303 

	#_SC_WORD_BIT
 
_SC_WORD_BIT


	)

304 
	m_SC_MB_LEN_MAX
,

305 

	#_SC_MB_LEN_MAX
 
_SC_MB_LEN_MAX


	)

306 
	m_SC_NZERO
,

307 

	#_SC_NZERO
 
_SC_NZERO


	)

308 
	m_SC_SSIZE_MAX
,

309 

	#_SC_SSIZE_MAX
 
_SC_SSIZE_MAX


	)

310 
	m_SC_SCHAR_MAX
,

311 

	#_SC_SCHAR_MAX
 
_SC_SCHAR_MAX


	)

312 
	m_SC_SCHAR_MIN
,

313 

	#_SC_SCHAR_MIN
 
_SC_SCHAR_MIN


	)

314 
	m_SC_SHRT_MAX
,

315 

	#_SC_SHRT_MAX
 
_SC_SHRT_MAX


	)

316 
	m_SC_SHRT_MIN
,

317 

	#_SC_SHRT_MIN
 
_SC_SHRT_MIN


	)

318 
	m_SC_UCHAR_MAX
,

319 

	#_SC_UCHAR_MAX
 
_SC_UCHAR_MAX


	)

320 
	m_SC_UINT_MAX
,

321 

	#_SC_UINT_MAX
 
_SC_UINT_MAX


	)

322 
	m_SC_ULONG_MAX
,

323 

	#_SC_ULONG_MAX
 
_SC_ULONG_MAX


	)

324 
	m_SC_USHRT_MAX
,

325 

	#_SC_USHRT_MAX
 
_SC_USHRT_MAX


	)

327 
	m_SC_NL_ARGMAX
,

328 

	#_SC_NL_ARGMAX
 
_SC_NL_ARGMAX


	)

329 
	m_SC_NL_LANGMAX
,

330 

	#_SC_NL_LANGMAX
 
_SC_NL_LANGMAX


	)

331 
	m_SC_NL_MSGMAX
,

332 

	#_SC_NL_MSGMAX
 
_SC_NL_MSGMAX


	)

333 
	m_SC_NL_NMAX
,

334 

	#_SC_NL_NMAX
 
_SC_NL_NMAX


	)

335 
	m_SC_NL_SETMAX
,

336 

	#_SC_NL_SETMAX
 
_SC_NL_SETMAX


	)

337 
	m_SC_NL_TEXTMAX
,

338 

	#_SC_NL_TEXTMAX
 
_SC_NL_TEXTMAX


	)

340 
	m_SC_XBS5_ILP32_OFF32
,

341 

	#_SC_XBS5_ILP32_OFF32
 
_SC_XBS5_ILP32_OFF32


	)

342 
	m_SC_XBS5_ILP32_OFFBIG
,

343 

	#_SC_XBS5_ILP32_OFFBIG
 
_SC_XBS5_ILP32_OFFBIG


	)

344 
	m_SC_XBS5_LP64_OFF64
,

345 

	#_SC_XBS5_LP64_OFF64
 
_SC_XBS5_LP64_OFF64


	)

346 
	m_SC_XBS5_LPBIG_OFFBIG
,

347 

	#_SC_XBS5_LPBIG_OFFBIG
 
_SC_XBS5_LPBIG_OFFBIG


	)

349 
	m_SC_XOPEN_LEGACY
,

350 

	#_SC_XOPEN_LEGACY
 
_SC_XOPEN_LEGACY


	)

351 
	m_SC_XOPEN_REALTIME
,

352 

	#_SC_XOPEN_REALTIME
 
_SC_XOPEN_REALTIME


	)

353 
	m_SC_XOPEN_REALTIME_THREADS
,

354 

	#_SC_XOPEN_REALTIME_THREADS
 
_SC_XOPEN_REALTIME_THREADS


	)

356 
	m_SC_ADVISORY_INFO
,

357 

	#_SC_ADVISORY_INFO
 
_SC_ADVISORY_INFO


	)

358 
	m_SC_BARRIERS
,

359 

	#_SC_BARRIERS
 
_SC_BARRIERS


	)

360 
	m_SC_BASE
,

361 

	#_SC_BASE
 
_SC_BASE


	)

362 
	m_SC_C_LANG_SUPPORT
,

363 

	#_SC_C_LANG_SUPPORT
 
_SC_C_LANG_SUPPORT


	)

364 
	m_SC_C_LANG_SUPPORT_R
,

365 

	#_SC_C_LANG_SUPPORT_R
 
_SC_C_LANG_SUPPORT_R


	)

366 
	m_SC_CLOCK_SELECTION
,

367 

	#_SC_CLOCK_SELECTION
 
_SC_CLOCK_SELECTION


	)

368 
	m_SC_CPUTIME
,

369 

	#_SC_CPUTIME
 
_SC_CPUTIME


	)

370 
	m_SC_THREAD_CPUTIME
,

371 

	#_SC_THREAD_CPUTIME
 
_SC_THREAD_CPUTIME


	)

372 
	m_SC_DEVICE_IO
,

373 

	#_SC_DEVICE_IO
 
_SC_DEVICE_IO


	)

374 
	m_SC_DEVICE_SPECIFIC
,

375 

	#_SC_DEVICE_SPECIFIC
 
_SC_DEVICE_SPECIFIC


	)

376 
	m_SC_DEVICE_SPECIFIC_R
,

377 

	#_SC_DEVICE_SPECIFIC_R
 
_SC_DEVICE_SPECIFIC_R


	)

378 
	m_SC_FD_MGMT
,

379 

	#_SC_FD_MGMT
 
_SC_FD_MGMT


	)

380 
	m_SC_FIFO
,

381 

	#_SC_FIFO
 
_SC_FIFO


	)

382 
	m_SC_PIPE
,

383 

	#_SC_PIPE
 
_SC_PIPE


	)

384 
	m_SC_FILE_ATTRIBUTES
,

385 

	#_SC_FILE_ATTRIBUTES
 
_SC_FILE_ATTRIBUTES


	)

386 
	m_SC_FILE_LOCKING
,

387 

	#_SC_FILE_LOCKING
 
_SC_FILE_LOCKING


	)

388 
	m_SC_FILE_SYSTEM
,

389 

	#_SC_FILE_SYSTEM
 
_SC_FILE_SYSTEM


	)

390 
	m_SC_MONOTONIC_CLOCK
,

391 

	#_SC_MONOTONIC_CLOCK
 
_SC_MONOTONIC_CLOCK


	)

392 
	m_SC_MULTI_PROCESS
,

393 

	#_SC_MULTI_PROCESS
 
_SC_MULTI_PROCESS


	)

394 
	m_SC_SINGLE_PROCESS
,

395 

	#_SC_SINGLE_PROCESS
 
_SC_SINGLE_PROCESS


	)

396 
	m_SC_NETWORKING
,

397 

	#_SC_NETWORKING
 
_SC_NETWORKING


	)

398 
	m_SC_READER_WRITER_LOCKS
,

399 

	#_SC_READER_WRITER_LOCKS
 
_SC_READER_WRITER_LOCKS


	)

400 
	m_SC_SPIN_LOCKS
,

401 

	#_SC_SPIN_LOCKS
 
_SC_SPIN_LOCKS


	)

402 
	m_SC_REGEXP
,

403 

	#_SC_REGEXP
 
_SC_REGEXP


	)

404 
	m_SC_REGEX_VERSION
,

405 

	#_SC_REGEX_VERSION
 
_SC_REGEX_VERSION


	)

406 
	m_SC_SHELL
,

407 

	#_SC_SHELL
 
_SC_SHELL


	)

408 
	m_SC_SIGNALS
,

409 

	#_SC_SIGNALS
 
_SC_SIGNALS


	)

410 
	m_SC_SPAWN
,

411 

	#_SC_SPAWN
 
_SC_SPAWN


	)

412 
	m_SC_SPORADIC_SERVER
,

413 

	#_SC_SPORADIC_SERVER
 
_SC_SPORADIC_SERVER


	)

414 
	m_SC_THREAD_SPORADIC_SERVER
,

415 

	#_SC_THREAD_SPORADIC_SERVER
 
_SC_THREAD_SPORADIC_SERVER


	)

416 
	m_SC_SYSTEM_DATABASE
,

417 

	#_SC_SYSTEM_DATABASE
 
_SC_SYSTEM_DATABASE


	)

418 
	m_SC_SYSTEM_DATABASE_R
,

419 

	#_SC_SYSTEM_DATABASE_R
 
_SC_SYSTEM_DATABASE_R


	)

420 
	m_SC_TIMEOUTS
,

421 

	#_SC_TIMEOUTS
 
_SC_TIMEOUTS


	)

422 
	m_SC_TYPED_MEMORY_OBJECTS
,

423 

	#_SC_TYPED_MEMORY_OBJECTS
 
_SC_TYPED_MEMORY_OBJECTS


	)

424 
	m_SC_USER_GROUPS
,

425 

	#_SC_USER_GROUPS
 
_SC_USER_GROUPS


	)

426 
	m_SC_USER_GROUPS_R
,

427 

	#_SC_USER_GROUPS_R
 
_SC_USER_GROUPS_R


	)

428 
	m_SC_2_PBS
,

429 

	#_SC_2_PBS
 
_SC_2_PBS


	)

430 
	m_SC_2_PBS_ACCOUNTING
,

431 

	#_SC_2_PBS_ACCOUNTING
 
_SC_2_PBS_ACCOUNTING


	)

432 
	m_SC_2_PBS_LOCATE
,

433 

	#_SC_2_PBS_LOCATE
 
_SC_2_PBS_LOCATE


	)

434 
	m_SC_2_PBS_MESSAGE
,

435 

	#_SC_2_PBS_MESSAGE
 
_SC_2_PBS_MESSAGE


	)

436 
	m_SC_2_PBS_TRACK
,

437 

	#_SC_2_PBS_TRACK
 
_SC_2_PBS_TRACK


	)

438 
	m_SC_SYMLOOP_MAX
,

439 

	#_SC_SYMLOOP_MAX
 
_SC_SYMLOOP_MAX


	)

440 
	m_SC_STREAMS
,

441 

	#_SC_STREAMS
 
_SC_STREAMS


	)

442 
	m_SC_2_PBS_CHECKPOINT
,

443 

	#_SC_2_PBS_CHECKPOINT
 
_SC_2_PBS_CHECKPOINT


	)

445 
	m_SC_V6_ILP32_OFF32
,

446 

	#_SC_V6_ILP32_OFF32
 
_SC_V6_ILP32_OFF32


	)

447 
	m_SC_V6_ILP32_OFFBIG
,

448 

	#_SC_V6_ILP32_OFFBIG
 
_SC_V6_ILP32_OFFBIG


	)

449 
	m_SC_V6_LP64_OFF64
,

450 

	#_SC_V6_LP64_OFF64
 
_SC_V6_LP64_OFF64


	)

451 
	m_SC_V6_LPBIG_OFFBIG
,

452 

	#_SC_V6_LPBIG_OFFBIG
 
_SC_V6_LPBIG_OFFBIG


	)

454 
	m_SC_HOST_NAME_MAX
,

455 

	#_SC_HOST_NAME_MAX
 
_SC_HOST_NAME_MAX


	)

456 
	m_SC_TRACE
,

457 

	#_SC_TRACE
 
_SC_TRACE


	)

458 
	m_SC_TRACE_EVENT_FILTER
,

459 

	#_SC_TRACE_EVENT_FILTER
 
_SC_TRACE_EVENT_FILTER


	)

460 
	m_SC_TRACE_INHERIT
,

461 

	#_SC_TRACE_INHERIT
 
_SC_TRACE_INHERIT


	)

462 
	m_SC_TRACE_LOG
,

463 

	#_SC_TRACE_LOG
 
_SC_TRACE_LOG


	)

465 
	m_SC_LEVEL1_ICACHE_SIZE
,

466 

	#_SC_LEVEL1_ICACHE_SIZE
 
_SC_LEVEL1_ICACHE_SIZE


	)

467 
	m_SC_LEVEL1_ICACHE_ASSOC
,

468 

	#_SC_LEVEL1_ICACHE_ASSOC
 
_SC_LEVEL1_ICACHE_ASSOC


	)

469 
	m_SC_LEVEL1_ICACHE_LINESIZE
,

470 

	#_SC_LEVEL1_ICACHE_LINESIZE
 
_SC_LEVEL1_ICACHE_LINESIZE


	)

471 
	m_SC_LEVEL1_DCACHE_SIZE
,

472 

	#_SC_LEVEL1_DCACHE_SIZE
 
_SC_LEVEL1_DCACHE_SIZE


	)

473 
	m_SC_LEVEL1_DCACHE_ASSOC
,

474 

	#_SC_LEVEL1_DCACHE_ASSOC
 
_SC_LEVEL1_DCACHE_ASSOC


	)

475 
	m_SC_LEVEL1_DCACHE_LINESIZE
,

476 

	#_SC_LEVEL1_DCACHE_LINESIZE
 
_SC_LEVEL1_DCACHE_LINESIZE


	)

477 
	m_SC_LEVEL2_CACHE_SIZE
,

478 

	#_SC_LEVEL2_CACHE_SIZE
 
_SC_LEVEL2_CACHE_SIZE


	)

479 
	m_SC_LEVEL2_CACHE_ASSOC
,

480 

	#_SC_LEVEL2_CACHE_ASSOC
 
_SC_LEVEL2_CACHE_ASSOC


	)

481 
	m_SC_LEVEL2_CACHE_LINESIZE
,

482 

	#_SC_LEVEL2_CACHE_LINESIZE
 
_SC_LEVEL2_CACHE_LINESIZE


	)

483 
	m_SC_LEVEL3_CACHE_SIZE
,

484 

	#_SC_LEVEL3_CACHE_SIZE
 
_SC_LEVEL3_CACHE_SIZE


	)

485 
	m_SC_LEVEL3_CACHE_ASSOC
,

486 

	#_SC_LEVEL3_CACHE_ASSOC
 
_SC_LEVEL3_CACHE_ASSOC


	)

487 
	m_SC_LEVEL3_CACHE_LINESIZE
,

488 

	#_SC_LEVEL3_CACHE_LINESIZE
 
_SC_LEVEL3_CACHE_LINESIZE


	)

489 
	m_SC_LEVEL4_CACHE_SIZE
,

490 

	#_SC_LEVEL4_CACHE_SIZE
 
_SC_LEVEL4_CACHE_SIZE


	)

491 
	m_SC_LEVEL4_CACHE_ASSOC
,

492 

	#_SC_LEVEL4_CACHE_ASSOC
 
_SC_LEVEL4_CACHE_ASSOC


	)

493 
	m_SC_LEVEL4_CACHE_LINESIZE
,

494 

	#_SC_LEVEL4_CACHE_LINESIZE
 
_SC_LEVEL4_CACHE_LINESIZE


	)

497 
	m_SC_IPV6
 = 
_SC_LEVEL1_ICACHE_SIZE
 + 50,

498 

	#_SC_IPV6
 
_SC_IPV6


	)

499 
	m_SC_RAW_SOCKETS
,

500 

	#_SC_RAW_SOCKETS
 
_SC_RAW_SOCKETS


	)

502 
	m_SC_V7_ILP32_OFF32
,

503 

	#_SC_V7_ILP32_OFF32
 
_SC_V7_ILP32_OFF32


	)

504 
	m_SC_V7_ILP32_OFFBIG
,

505 

	#_SC_V7_ILP32_OFFBIG
 
_SC_V7_ILP32_OFFBIG


	)

506 
	m_SC_V7_LP64_OFF64
,

507 

	#_SC_V7_LP64_OFF64
 
_SC_V7_LP64_OFF64


	)

508 
	m_SC_V7_LPBIG_OFFBIG
,

509 

	#_SC_V7_LPBIG_OFFBIG
 
_SC_V7_LPBIG_OFFBIG


	)

511 
	m_SC_SS_REPL_MAX
,

512 

	#_SC_SS_REPL_MAX
 
_SC_SS_REPL_MAX


	)

514 
	m_SC_TRACE_EVENT_NAME_MAX
,

515 

	#_SC_TRACE_EVENT_NAME_MAX
 
_SC_TRACE_EVENT_NAME_MAX


	)

516 
	m_SC_TRACE_NAME_MAX
,

517 

	#_SC_TRACE_NAME_MAX
 
_SC_TRACE_NAME_MAX


	)

518 
	m_SC_TRACE_SYS_MAX
,

519 

	#_SC_TRACE_SYS_MAX
 
_SC_TRACE_SYS_MAX


	)

520 
	m_SC_TRACE_USER_EVENT_MAX
,

521 

	#_SC_TRACE_USER_EVENT_MAX
 
_SC_TRACE_USER_EVENT_MAX


	)

523 
	m_SC_XOPEN_STREAMS
,

524 

	#_SC_XOPEN_STREAMS
 
_SC_XOPEN_STREAMS


	)

526 
	m_SC_THREAD_ROBUST_PRIO_INHERIT
,

527 

	#_SC_THREAD_ROBUST_PRIO_INHERIT
 
_SC_THREAD_ROBUST_PRIO_INHERIT


	)

528 
	m_SC_THREAD_ROBUST_PRIO_PROTECT


529 

	#_SC_THREAD_ROBUST_PRIO_PROTECT
 
_SC_THREAD_ROBUST_PRIO_PROTECT


	)

535 
	m_CS_PATH
,

536 

	#_CS_PATH
 
_CS_PATH


	)

538 
	m_CS_V6_WIDTH_RESTRICTED_ENVS
,

539 

	#_CS_V6_WIDTH_RESTRICTED_ENVS
 
_CS_V6_WIDTH_RESTRICTED_ENVS


	)

540 

	#_CS_POSIX_V6_WIDTH_RESTRICTED_ENVS
 
_CS_V6_WIDTH_RESTRICTED_ENVS


	)

542 
	m_CS_GNU_LIBC_VERSION
,

543 

	#_CS_GNU_LIBC_VERSION
 
_CS_GNU_LIBC_VERSION


	)

544 
	m_CS_GNU_LIBPTHREAD_VERSION
,

545 

	#_CS_GNU_LIBPTHREAD_VERSION
 
_CS_GNU_LIBPTHREAD_VERSION


	)

547 
	m_CS_V5_WIDTH_RESTRICTED_ENVS
,

548 

	#_CS_V5_WIDTH_RESTRICTED_ENVS
 
_CS_V5_WIDTH_RESTRICTED_ENVS


	)

549 

	#_CS_POSIX_V5_WIDTH_RESTRICTED_ENVS
 
_CS_V5_WIDTH_RESTRICTED_ENVS


	)

551 
	m_CS_V7_WIDTH_RESTRICTED_ENVS
,

552 

	#_CS_V7_WIDTH_RESTRICTED_ENVS
 
_CS_V7_WIDTH_RESTRICTED_ENVS


	)

553 

	#_CS_POSIX_V7_WIDTH_RESTRICTED_ENVS
 
_CS_V7_WIDTH_RESTRICTED_ENVS


	)

555 
	m_CS_LFS_CFLAGS
 = 1000,

556 

	#_CS_LFS_CFLAGS
 
_CS_LFS_CFLAGS


	)

557 
	m_CS_LFS_LDFLAGS
,

558 

	#_CS_LFS_LDFLAGS
 
_CS_LFS_LDFLAGS


	)

559 
	m_CS_LFS_LIBS
,

560 

	#_CS_LFS_LIBS
 
_CS_LFS_LIBS


	)

561 
	m_CS_LFS_LINTFLAGS
,

562 

	#_CS_LFS_LINTFLAGS
 
_CS_LFS_LINTFLAGS


	)

563 
	m_CS_LFS64_CFLAGS
,

564 

	#_CS_LFS64_CFLAGS
 
_CS_LFS64_CFLAGS


	)

565 
	m_CS_LFS64_LDFLAGS
,

566 

	#_CS_LFS64_LDFLAGS
 
_CS_LFS64_LDFLAGS


	)

567 
	m_CS_LFS64_LIBS
,

568 

	#_CS_LFS64_LIBS
 
_CS_LFS64_LIBS


	)

569 
	m_CS_LFS64_LINTFLAGS
,

570 

	#_CS_LFS64_LINTFLAGS
 
_CS_LFS64_LINTFLAGS


	)

572 
	m_CS_XBS5_ILP32_OFF32_CFLAGS
 = 1100,

573 

	#_CS_XBS5_ILP32_OFF32_CFLAGS
 
_CS_XBS5_ILP32_OFF32_CFLAGS


	)

574 
	m_CS_XBS5_ILP32_OFF32_LDFLAGS
,

575 

	#_CS_XBS5_ILP32_OFF32_LDFLAGS
 
_CS_XBS5_ILP32_OFF32_LDFLAGS


	)

576 
	m_CS_XBS5_ILP32_OFF32_LIBS
,

577 

	#_CS_XBS5_ILP32_OFF32_LIBS
 
_CS_XBS5_ILP32_OFF32_LIBS


	)

578 
	m_CS_XBS5_ILP32_OFF32_LINTFLAGS
,

579 

	#_CS_XBS5_ILP32_OFF32_LINTFLAGS
 
_CS_XBS5_ILP32_OFF32_LINTFLAGS


	)

580 
	m_CS_XBS5_ILP32_OFFBIG_CFLAGS
,

581 

	#_CS_XBS5_ILP32_OFFBIG_CFLAGS
 
_CS_XBS5_ILP32_OFFBIG_CFLAGS


	)

582 
	m_CS_XBS5_ILP32_OFFBIG_LDFLAGS
,

583 

	#_CS_XBS5_ILP32_OFFBIG_LDFLAGS
 
_CS_XBS5_ILP32_OFFBIG_LDFLAGS


	)

584 
	m_CS_XBS5_ILP32_OFFBIG_LIBS
,

585 

	#_CS_XBS5_ILP32_OFFBIG_LIBS
 
_CS_XBS5_ILP32_OFFBIG_LIBS


	)

586 
	m_CS_XBS5_ILP32_OFFBIG_LINTFLAGS
,

587 

	#_CS_XBS5_ILP32_OFFBIG_LINTFLAGS
 
_CS_XBS5_ILP32_OFFBIG_LINTFLAGS


	)

588 
	m_CS_XBS5_LP64_OFF64_CFLAGS
,

589 

	#_CS_XBS5_LP64_OFF64_CFLAGS
 
_CS_XBS5_LP64_OFF64_CFLAGS


	)

590 
	m_CS_XBS5_LP64_OFF64_LDFLAGS
,

591 

	#_CS_XBS5_LP64_OFF64_LDFLAGS
 
_CS_XBS5_LP64_OFF64_LDFLAGS


	)

592 
	m_CS_XBS5_LP64_OFF64_LIBS
,

593 

	#_CS_XBS5_LP64_OFF64_LIBS
 
_CS_XBS5_LP64_OFF64_LIBS


	)

594 
	m_CS_XBS5_LP64_OFF64_LINTFLAGS
,

595 

	#_CS_XBS5_LP64_OFF64_LINTFLAGS
 
_CS_XBS5_LP64_OFF64_LINTFLAGS


	)

596 
	m_CS_XBS5_LPBIG_OFFBIG_CFLAGS
,

597 

	#_CS_XBS5_LPBIG_OFFBIG_CFLAGS
 
_CS_XBS5_LPBIG_OFFBIG_CFLAGS


	)

598 
	m_CS_XBS5_LPBIG_OFFBIG_LDFLAGS
,

599 

	#_CS_XBS5_LPBIG_OFFBIG_LDFLAGS
 
_CS_XBS5_LPBIG_OFFBIG_LDFLAGS


	)

600 
	m_CS_XBS5_LPBIG_OFFBIG_LIBS
,

601 

	#_CS_XBS5_LPBIG_OFFBIG_LIBS
 
_CS_XBS5_LPBIG_OFFBIG_LIBS


	)

602 
	m_CS_XBS5_LPBIG_OFFBIG_LINTFLAGS
,

603 

	#_CS_XBS5_LPBIG_OFFBIG_LINTFLAGS
 
_CS_XBS5_LPBIG_OFFBIG_LINTFLAGS


	)

605 
	m_CS_POSIX_V6_ILP32_OFF32_CFLAGS
,

606 

	#_CS_POSIX_V6_ILP32_OFF32_CFLAGS
 
_CS_POSIX_V6_ILP32_OFF32_CFLAGS


	)

607 
	m_CS_POSIX_V6_ILP32_OFF32_LDFLAGS
,

608 

	#_CS_POSIX_V6_ILP32_OFF32_LDFLAGS
 
_CS_POSIX_V6_ILP32_OFF32_LDFLAGS


	)

609 
	m_CS_POSIX_V6_ILP32_OFF32_LIBS
,

610 

	#_CS_POSIX_V6_ILP32_OFF32_LIBS
 
_CS_POSIX_V6_ILP32_OFF32_LIBS


	)

611 
	m_CS_POSIX_V6_ILP32_OFF32_LINTFLAGS
,

612 

	#_CS_POSIX_V6_ILP32_OFF32_LINTFLAGS
 
_CS_POSIX_V6_ILP32_OFF32_LINTFLAGS


	)

613 
	m_CS_POSIX_V6_ILP32_OFFBIG_CFLAGS
,

614 

	#_CS_POSIX_V6_ILP32_OFFBIG_CFLAGS
 
_CS_POSIX_V6_ILP32_OFFBIG_CFLAGS


	)

615 
	m_CS_POSIX_V6_ILP32_OFFBIG_LDFLAGS
,

616 

	#_CS_POSIX_V6_ILP32_OFFBIG_LDFLAGS
 
_CS_POSIX_V6_ILP32_OFFBIG_LDFLAGS


	)

617 
	m_CS_POSIX_V6_ILP32_OFFBIG_LIBS
,

618 

	#_CS_POSIX_V6_ILP32_OFFBIG_LIBS
 
_CS_POSIX_V6_ILP32_OFFBIG_LIBS


	)

619 
	m_CS_POSIX_V6_ILP32_OFFBIG_LINTFLAGS
,

620 

	#_CS_POSIX_V6_ILP32_OFFBIG_LINTFLAGS
 
_CS_POSIX_V6_ILP32_OFFBIG_LINTFLAGS


	)

621 
	m_CS_POSIX_V6_LP64_OFF64_CFLAGS
,

622 

	#_CS_POSIX_V6_LP64_OFF64_CFLAGS
 
_CS_POSIX_V6_LP64_OFF64_CFLAGS


	)

623 
	m_CS_POSIX_V6_LP64_OFF64_LDFLAGS
,

624 

	#_CS_POSIX_V6_LP64_OFF64_LDFLAGS
 
_CS_POSIX_V6_LP64_OFF64_LDFLAGS


	)

625 
	m_CS_POSIX_V6_LP64_OFF64_LIBS
,

626 

	#_CS_POSIX_V6_LP64_OFF64_LIBS
 
_CS_POSIX_V6_LP64_OFF64_LIBS


	)

627 
	m_CS_POSIX_V6_LP64_OFF64_LINTFLAGS
,

628 

	#_CS_POSIX_V6_LP64_OFF64_LINTFLAGS
 
_CS_POSIX_V6_LP64_OFF64_LINTFLAGS


	)

629 
	m_CS_POSIX_V6_LPBIG_OFFBIG_CFLAGS
,

630 

	#_CS_POSIX_V6_LPBIG_OFFBIG_CFLAGS
 
_CS_POSIX_V6_LPBIG_OFFBIG_CFLAGS


	)

631 
	m_CS_POSIX_V6_LPBIG_OFFBIG_LDFLAGS
,

632 

	#_CS_POSIX_V6_LPBIG_OFFBIG_LDFLAGS
 
_CS_POSIX_V6_LPBIG_OFFBIG_LDFLAGS


	)

633 
	m_CS_POSIX_V6_LPBIG_OFFBIG_LIBS
,

634 

	#_CS_POSIX_V6_LPBIG_OFFBIG_LIBS
 
_CS_POSIX_V6_LPBIG_OFFBIG_LIBS


	)

635 
	m_CS_POSIX_V6_LPBIG_OFFBIG_LINTFLAGS
,

636 

	#_CS_POSIX_V6_LPBIG_OFFBIG_LINTFLAGS
 
_CS_POSIX_V6_LPBIG_OFFBIG_LINTFLAGS


	)

638 
	m_CS_POSIX_V7_ILP32_OFF32_CFLAGS
,

639 

	#_CS_POSIX_V7_ILP32_OFF32_CFLAGS
 
_CS_POSIX_V7_ILP32_OFF32_CFLAGS


	)

640 
	m_CS_POSIX_V7_ILP32_OFF32_LDFLAGS
,

641 

	#_CS_POSIX_V7_ILP32_OFF32_LDFLAGS
 
_CS_POSIX_V7_ILP32_OFF32_LDFLAGS


	)

642 
	m_CS_POSIX_V7_ILP32_OFF32_LIBS
,

643 

	#_CS_POSIX_V7_ILP32_OFF32_LIBS
 
_CS_POSIX_V7_ILP32_OFF32_LIBS


	)

644 
	m_CS_POSIX_V7_ILP32_OFF32_LINTFLAGS
,

645 

	#_CS_POSIX_V7_ILP32_OFF32_LINTFLAGS
 
_CS_POSIX_V7_ILP32_OFF32_LINTFLAGS


	)

646 
	m_CS_POSIX_V7_ILP32_OFFBIG_CFLAGS
,

647 

	#_CS_POSIX_V7_ILP32_OFFBIG_CFLAGS
 
_CS_POSIX_V7_ILP32_OFFBIG_CFLAGS


	)

648 
	m_CS_POSIX_V7_ILP32_OFFBIG_LDFLAGS
,

649 

	#_CS_POSIX_V7_ILP32_OFFBIG_LDFLAGS
 
_CS_POSIX_V7_ILP32_OFFBIG_LDFLAGS


	)

650 
	m_CS_POSIX_V7_ILP32_OFFBIG_LIBS
,

651 

	#_CS_POSIX_V7_ILP32_OFFBIG_LIBS
 
_CS_POSIX_V7_ILP32_OFFBIG_LIBS


	)

652 
	m_CS_POSIX_V7_ILP32_OFFBIG_LINTFLAGS
,

653 

	#_CS_POSIX_V7_ILP32_OFFBIG_LINTFLAGS
 
_CS_POSIX_V7_ILP32_OFFBIG_LINTFLAGS


	)

654 
	m_CS_POSIX_V7_LP64_OFF64_CFLAGS
,

655 

	#_CS_POSIX_V7_LP64_OFF64_CFLAGS
 
_CS_POSIX_V7_LP64_OFF64_CFLAGS


	)

656 
	m_CS_POSIX_V7_LP64_OFF64_LDFLAGS
,

657 

	#_CS_POSIX_V7_LP64_OFF64_LDFLAGS
 
_CS_POSIX_V7_LP64_OFF64_LDFLAGS


	)

658 
	m_CS_POSIX_V7_LP64_OFF64_LIBS
,

659 

	#_CS_POSIX_V7_LP64_OFF64_LIBS
 
_CS_POSIX_V7_LP64_OFF64_LIBS


	)

660 
	m_CS_POSIX_V7_LP64_OFF64_LINTFLAGS
,

661 

	#_CS_POSIX_V7_LP64_OFF64_LINTFLAGS
 
_CS_POSIX_V7_LP64_OFF64_LINTFLAGS


	)

662 
	m_CS_POSIX_V7_LPBIG_OFFBIG_CFLAGS
,

663 

	#_CS_POSIX_V7_LPBIG_OFFBIG_CFLAGS
 
_CS_POSIX_V7_LPBIG_OFFBIG_CFLAGS


	)

664 
	m_CS_POSIX_V7_LPBIG_OFFBIG_LDFLAGS
,

665 

	#_CS_POSIX_V7_LPBIG_OFFBIG_LDFLAGS
 
_CS_POSIX_V7_LPBIG_OFFBIG_LDFLAGS


	)

666 
	m_CS_POSIX_V7_LPBIG_OFFBIG_LIBS
,

667 

	#_CS_POSIX_V7_LPBIG_OFFBIG_LIBS
 
_CS_POSIX_V7_LPBIG_OFFBIG_LIBS


	)

668 
	m_CS_POSIX_V7_LPBIG_OFFBIG_LINTFLAGS
,

669 

	#_CS_POSIX_V7_LPBIG_OFFBIG_LINTFLAGS
 
_CS_POSIX_V7_LPBIG_OFFBIG_LINTFLAGS


	)

671 
	m_CS_V6_ENV
,

672 

	#_CS_V6_ENV
 
_CS_V6_ENV


	)

673 
	m_CS_V7_ENV


674 

	#_CS_V7_ENV
 
_CS_V7_ENV


	)

	@/usr/include/bits/environments.h

18 #i�de�
_UNISTD_H


22 
	~<b�s/w�dsize.h
>

42 #i�
__WORDSIZE
 == 64

56 

	#_POSIX_V7_LPBIG_OFFBIG
 -1

	)

57 

	#_POSIX_V6_LPBIG_OFFBIG
 -1

	)

58 

	#_XBS5_LPBIG_OFFBIG
 -1

	)

61 

	#_POSIX_V7_LP64_OFF64
 1

	)

62 

	#_POSIX_V6_LP64_OFF64
 1

	)

63 

	#_XBS5_LP64_OFF64
 1

	)

69 

	#_POSIX_V7_ILP32_OFFBIG
 1

	)

70 

	#_POSIX_V6_ILP32_OFFBIG
 1

	)

71 

	#_XBS5_ILP32_OFFBIG
 1

	)

73 #i�de�
__x86_64__


75 

	#_POSIX_V7_ILP32_OFF32
 1

	)

76 

	#_POSIX_V6_ILP32_OFF32
 1

	)

77 

	#_XBS5_ILP32_OFF32
 1

	)

95 

	#__ILP32_OFF32_CFLAGS
 "-m32"

	)

96 

	#__ILP32_OFF32_LDFLAGS
 "-m32"

	)

97 #i�
def�ed
 
__x86_64__
 && def�ed 
__ILP32__


98 

	#__ILP32_OFFBIG_CFLAGS
 "-mx32"

	)

99 

	#__ILP32_OFFBIG_LDFLAGS
 "-mx32"

	)

101 

	#__ILP32_OFFBIG_CFLAGS
 "-m32 -D_LARGEFILE_SOURCE -D_FILE_OFFSET_BITS=64"

	)

102 

	#__ILP32_OFFBIG_LDFLAGS
 "-m32"

	)

104 

	#__LP64_OFF64_CFLAGS
 "-m64"

	)

105 

	#__LP64_OFF64_LDFLAGS
 "-m64"

	)

	@/usr/include/bits/errno.h

19 #ifde�
_ERRNO_H


21 #unde�
EDOM


22 #unde�
EILSEQ


23 #unde�
ERANGE


24 
	~<l�ux/��o.h
>

27 

	#ENOTSUP
 
EOPNOTSUPP


	)

30 #i�de�
ECANCELED


31 

	#ECANCELED
 125

	)

35 #i�de�
EOWNERDEAD


36 

	#EOWNERDEAD
 130

	)

37 

	#ENOTRECOVERABLE
 131

	)

40 #i�de�
ERFKILL


41 

	#ERFKILL
 132

	)

44 #i�de�
EHWPOISON


45 

	#EHWPOISON
 133

	)

48 #i�de�
__ASSEMBLER__


50 
*
	$__��o_lo�ti�
 (�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

52 #i�!
def�ed
 
_LIBC
 || def�ed 
_LIBC_REENTRANT


54 

	#��o
 (*
	`__��o_lo�ti�
 ())

	)

59 #i�!
def�ed
 
_ERRNO_H
 && def�ed 
__�ed_Em�h


63 

	#EDOM
 33

	)

64 

	#EILSEQ
 84

	)

65 

	#ERANGE
 34

	)

	@/usr/include/bits/fcntl.h

19 #i�de�
_FCNTL_H


23 #ifde�
__x86_64__


24 

	#__O_LARGEFILE
 0

	)

27 #ifde�
__x86_64__


29 

	#F_GETLK64
 5

	)

30 

	#F_SETLK64
 6

	)

31 

	#F_SETLKW64
 7

	)

35 
	s�ock


37 
	ml_ty�
;

38 
	ml_wh��
;

39 #i�de�
__USE_FILE_OFFSET64


40 
__off_t
 
	ml_��t
;

41 
__off_t
 
	ml_�n
;

43 
__off64_t
 
	ml_��t
;

44 
__off64_t
 
	ml_�n
;

46 
__pid_t
 
	ml_pid
;

49 #ifde�
__USE_LARGEFILE64


50 
	s�ock64


52 
	ml_ty�
;

53 
	ml_wh��
;

54 
__off64_t
 
	ml_��t
;

55 
__off64_t
 
	ml_�n
;

56 
__pid_t
 
	ml_pid
;

61 
	~<b�s/f��-l�ux.h
>

	@/usr/include/bits/fcntl2.h

19 #i�def 
_FCNTL_H


25 #i�de�
__USE_FILE_OFFSET64


26 

	$__ݒ_2
 (cڡ *
__�th
, 
__o�ag
�
	`__n�nu�
 ((1));

27 

	`__REDIRECT
 (
__ݒ_��s
, (cڡ *
__�th
, 
__o�ag
, ...),

28 
ݒ
�
	`__n�nu�
 ((1));

30 

	`__REDIRECT
 (
__ݒ_2
, (cڡ *
__�th
, 
__o�ag
),

31 
__ݒ64_2
�
	`__n�nu�
 ((1));

32 

	`__REDIRECT
 (
__ݒ_��s
, (cڡ *
__�th
, 
__o�ag
, ...),

33 
ݒ64
�
	`__n�nu�
 ((1));

35 
	`__�r�de�
 (
__ݒ_too_m�y_�gs
,

37 
	`__�r�de�
 (
__ݒ_miss�g_mode
,

40 
__f�tify_fun�i�
 

41 
	$ݒ
 (cڡ *
__�th
, 
__o�ag
, ...)

43 i�(
	`__va_�g_�ck_�n
 () > 1)

44 
	`__ݒ_too_m�y_�gs
 ();

46 i�(
	`__bu�t�_cڡ�t_p
 (
__o�ag
))

48 i�(
	`__OPEN_NEEDS_MODE
 (
__o�ag
�&& 
	`__va_�g_�ck_�n
 () < 1)

50 
	`__ݒ_miss�g_mode
 ();

51  
	`__ݒ_2
 (
__�th
, 
__o�ag
);

53  
	`__ݒ_��s
 (
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

56 i�(
	`__va_�g_�ck_�n
 () < 1)

57  
	`__ݒ_2
 (
__�th
, 
__o�ag
);

59  
	`__ݒ_��s
 (
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

60 
	}
}

63 #ifde�
__USE_LARGEFILE64


64 

	$__ݒ64_2
 (cڡ *
__�th
, 
__o�ag
�
	`__n�nu�
 ((1));

65 

	`__REDIRECT
 (
__ݒ64_��s
, (cڡ *
__�th
, 
__o�ag
,

66 ...), 
ݒ64
�
	`__n�nu�
 ((1));

67 
	`__�r�de�
 (
__ݒ64_too_m�y_�gs
,

69 
	`__�r�de�
 (
__ݒ64_miss�g_mode
,

72 
__f�tify_fun�i�
 

73 
	$ݒ64
 (cڡ *
__�th
, 
__o�ag
, ...)

75 i�(
	`__va_�g_�ck_�n
 () > 1)

76 
	`__ݒ64_too_m�y_�gs
 ();

78 i�(
	`__bu�t�_cڡ�t_p
 (
__o�ag
))

80 i�(
	`__OPEN_NEEDS_MODE
 (
__o�ag
�&& 
	`__va_�g_�ck_�n
 () < 1)

82 
	`__ݒ64_miss�g_mode
 ();

83  
	`__ݒ64_2
 (
__�th
, 
__o�ag
);

85  
	`__ݒ64_��s
 (
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

88 i�(
	`__va_�g_�ck_�n
 () < 1)

89  
	`__ݒ64_2
 (
__�th
, 
__o�ag
);

91  
	`__ݒ64_��s
 (
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

92 
	}
}

96 #ifde�
__USE_ATFILE


97 #i�de�
__USE_FILE_OFFSET64


98 

	$__ݒ�_2
 (
__fd
, cڡ *
__�th
, 
__o�ag
)

99 
	`__n�nu�
 ((2));

100 

	`__REDIRECT
 (
__ݒ�_��s
, (
__fd
, cڡ *
__�th
,

101 
__o�ag
, ...), 
ݒ�
)

102 
	`__n�nu�
 ((2));

104 

	`__REDIRECT
 (
__ݒ�_2
, (
__fd
, cڡ *
__�th
,

105 
__o�ag
), 
__ݒ�64_2
)

106 
	`__n�nu�
 ((2));

107 

	`__REDIRECT
 (
__ݒ�_��s
, (
__fd
, cڡ *
__�th
,

108 
__o�ag
, ...), 
ݒ�64
)

109 
	`__n�nu�
 ((2));

111 
	`__�r�de�
 (
__ݒ�_too_m�y_�gs
,

113 
	`__�r�de�
 (
__ݒ�_miss�g_mode
,

116 
__f�tify_fun�i�
 

117 
	$ݒ�
 (
__fd
, cڡ *
__�th
, 
__o�ag
, ...)

119 i�(
	`__va_�g_�ck_�n
 () > 1)

120 
	`__ݒ�_too_m�y_�gs
 ();

122 i�(
	`__bu�t�_cڡ�t_p
 (
__o�ag
))

124 i�(
	`__OPEN_NEEDS_MODE
 (
__o�ag
�&& 
	`__va_�g_�ck_�n
 () < 1)

126 
	`__ݒ�_miss�g_mode
 ();

127  
	`__ݒ�_2
 (
__fd
, 
__�th
, 
__o�ag
);

129  
	`__ݒ�_��s
 (
__fd
, 
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

132 i�(
	`__va_�g_�ck_�n
 () < 1)

133  
	`__ݒ�_2
 (
__fd
, 
__�th
, 
__o�ag
);

135  
	`__ݒ�_��s
 (
__fd
, 
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

136 
	}
}

139 #ifde�
__USE_LARGEFILE64


140 

	$__ݒ�64_2
 (
__fd
, cڡ *
__�th
, 
__o�ag
)

141 
	`__n�nu�
 ((2));

142 

	`__REDIRECT
 (
__ݒ�64_��s
, (
__fd
, cڡ *
__�th
,

143 
__o�ag
, ...), 
ݒ�64
)

144 
	`__n�nu�
 ((2));

145 
	`__�r�de�
 (
__ݒ�64_too_m�y_�gs
,

147 
	`__�r�de�
 (
__ݒ�64_miss�g_mode
,

150 
__f�tify_fun�i�
 

151 
	$ݒ�64
 (
__fd
, cڡ *
__�th
, 
__o�ag
, ...)

153 i�(
	`__va_�g_�ck_�n
 () > 1)

154 
	`__ݒ�64_too_m�y_�gs
 ();

156 i�(
	`__bu�t�_cڡ�t_p
 (
__o�ag
))

158 i�(
	`__OPEN_NEEDS_MODE
 (
__o�ag
�&& 
	`__va_�g_�ck_�n
 () < 1)

160 
	`__ݒ�64_miss�g_mode
 ();

161  
	`__ݒ�64_2
 (
__fd
, 
__�th
, 
__o�ag
);

163  
	`__ݒ�64_��s
 (
__fd
, 
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

166 i�(
	`__va_�g_�ck_�n
 () < 1)

167  
	`__ݒ�64_2
 (
__fd
, 
__�th
, 
__o�ag
);

169  
	`__ݒ�64_��s
 (
__fd
, 
__�th
, 
__o�ag
, 
	`__va_�g_�ck
 ());

170 
	}
}

	@/usr/include/bits/huge_val.h

20 #i�de�
_MATH_H


26 #i�
__GNUC_PREREQ
(3,3)

27 

	#HUGE_VAL
 (
	`__bu�t�_huge_v�
())

	)

28 #�i�
__GNUC_PREREQ
(2,96)

29 

	#HUGE_VAL
 (
__ex�nsi�__
 0x1.0
p2047
)

	)

30 #�i�
def�ed
 
__GNUC__


32 

	#HUGE_VAL
 \

33 (
__ex�nsi�__
 \

34 ((uni� { 
__l
 
	`__��ibu�__
((
	`__mode__
(
__DI__
))); 
__d
; }) \

35 { 
__l
: 0x7ff0000000000000ULL }).
__d
)

	)

39 
	~<�d�n.h
>

41 uni� { 
	m__c
[8]; 
	m__d
; } 
	t__huge_v�_t
;

43 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


44 

	#__HUGE_VAL_by�s
 { 0x7f, 0xf0, 0, 0, 0, 0, 0, 0 }

	)

46 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


47 

	#__HUGE_VAL_by�s
 { 0, 0, 0, 0, 0, 0, 0xf0, 0x7�}

	)

50 
__huge_v�_t
 
	g__huge_v�
 = { 
__HUGE_VAL_by�s
 };

51 

	#HUGE_VAL
 (
__huge_v�
.
__d
)

	)

	@/usr/include/bits/huge_valf.h

20 #i�de�
_MATH_H


26 #i�
__GNUC_PREREQ
(3,3)

27 

	#HUGE_VALF
 (
	`__bu�t�_huge_v�f
())

	)

28 #�i�
__GNUC_PREREQ
(2,96)

29 

	#HUGE_VALF
 (
__ex�nsi�__
 0x1.0
p255f
)

	)

30 #�i�
def�ed
 
__GNUC__


32 

	#HUGE_VALF
 \

33 (
__ex�nsi�__
 \

34 ((uni� { 
__l
 
	`__��ibu�__
((
	`__mode__
(
__SI__
))); 
__d
; }) \

35 { 
__l
: 0x7f800000UL }).
__d
)

	)

39 uni� { 
	m__c
[4]; 
	m__f
; } 
	t__huge_v�f_t
;

41 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


42 

	#__HUGE_VALF_by�s
 { 0x7f, 0x80, 0, 0 }

	)

44 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


45 

	#__HUGE_VALF_by�s
 { 0, 0, 0x80, 0x7�}

	)

48 
__huge_v�f_t
 
	g__huge_v�f
 = { 
__HUGE_VALF_by�s
 };

49 

	#HUGE_VALF
 (
__huge_v�f
.
__f
)

	)

	@/usr/include/bits/huge_vall.h

20 #i�de�
_MATH_H


24 #i�
__GNUC_PREREQ
(3,3)

25 

	#HUGE_VALL
 (
	`__bu�t�_huge_v�l
())

	)

26 #�i�
__GNUC_PREREQ
(2,96)

27 

	#HUGE_VALL
 (
__ex�nsi�__
 0x1.0
p32767L
)

	)

30 

	#__HUGE_VALL_by�s
 { 0, 0, 0, 0, 0, 0, 0, 0x80, 0xff, 0x7f, 0, 0 }

	)

32 

	#__huge_v�l_t
 uni� { 
__c
[12]; 
__ld
; }

	)

33 #ifde�
__GNUC__


34 

	#HUGE_VALL
 (
__ex�nsi�__
 \

35 ((
__huge_v�l_t
�{ 
__c
: 
__HUGE_VALL_by�s
 }).
__ld
)

	)

37 
__huge_v�l_t
 
	g__huge_v�l
 = { 
__HUGE_VALL_by�s
 };

38 

	#HUGE_VALL
 (
__huge_v�l
.
__ld
)

	)

	@/usr/include/bits/in.h

20 #i�de�
_NETINET_IN_H


29 #i�
def�ed
 
_UAPI_LINUX_IN6_H
 || def�ed 
_UAPI_IPV6_H


33 

	#__USE_KERNEL_IPV6_DEFS


	)

39 

	#IP_OPTIONS
 4

	)

40 

	#IP_HDRINCL
 3

	)

41 

	#IP_TOS
 1

	)

42 

	#IP_TTL
 2

	)

43 

	#IP_RECVOPTS
 6

	)

45 

	#IP_RECVRETOPTS
 
IP_RETOPTS


	)

46 

	#IP_RETOPTS
 7

	)

47 

	#IP_MULTICAST_IF
 32

	)

48 

	#IP_MULTICAST_TTL
 33

	)

49 

	#IP_MULTICAST_LOOP
 34

	)

50 

	#IP_ADD_MEMBERSHIP
 35

	)

51 

	#IP_DROP_MEMBERSHIP
 36

	)

52 

	#IP_UNBLOCK_SOURCE
 37

	)

53 

	#IP_BLOCK_SOURCE
 38

	)

54 

	#IP_ADD_SOURCE_MEMBERSHIP
 39

	)

55 

	#IP_DROP_SOURCE_MEMBERSHIP
 40

	)

56 

	#IP_MSFILTER
 41

	)

57 #ifde�
__USE_MISC


58 

	#MCAST_JOIN_GROUP
 42

	)

59 

	#MCAST_BLOCK_SOURCE
 43

	)

60 

	#MCAST_UNBLOCK_SOURCE
 44

	)

61 

	#MCAST_LEAVE_GROUP
 45

	)

62 

	#MCAST_JOIN_SOURCE_GROUP
 46

	)

63 

	#MCAST_LEAVE_SOURCE_GROUP
 47

	)

64 

	#MCAST_MSFILTER
 48

	)

65 

	#IP_MULTICAST_ALL
 49

	)

66 

	#IP_UNICAST_IF
 50

	)

68 

	#MCAST_EXCLUDE
 0

	)

69 

	#MCAST_INCLUDE
 1

	)

72 

	#IP_ROUTER_ALERT
 5

	)

73 

	#IP_PKTINFO
 8

	)

74 

	#IP_PKTOPTIONS
 9

	)

75 

	#IP_PMTUDISC
 10

	)

76 

	#IP_MTU_DISCOVER
 10

	)

77 

	#IP_RECVERR
 11

	)

78 

	#IP_RECVTTL
 12

	)

79 

	#IP_RECVTOS
 13

	)

80 

	#IP_MTU
 14

	)

81 

	#IP_FREEBIND
 15

	)

82 

	#IP_IPSEC_POLICY
 16

	)

83 

	#IP_XFRM_POLICY
 17

	)

84 

	#IP_PASSSEC
 18

	)

85 

	#IP_TRANSPARENT
 19

	)

86 

	#IP_MULTICAST_ALL
 49

	)

89 

	#IP_ORIGDSTADDR
 20

	)

90 

	#IP_RECVORIGDSTADDR
 
IP_ORIGDSTADDR


	)

92 

	#IP_MINTTL
 21

	)

93 

	#IP_NODEFRAG
 22

	)

94 

	#IP_CHECKSUM
 23

	)

95 

	#IP_BIND_ADDRESS_NO_PORT
 24

	)

98 

	#IP_PMTUDISC_DONT
 0

	)

99 

	#IP_PMTUDISC_WANT
 1

	)

100 

	#IP_PMTUDISC_DO
 2

	)

101 

	#IP_PMTUDISC_PROBE
 3

	)

105 

	#IP_PMTUDISC_INTERFACE
 4

	)

107 

	#IP_PMTUDISC_OMIT
 5

	)

109 

	#IP_MULTICAST_IF
 32

	)

110 

	#IP_MULTICAST_TTL
 33

	)

111 

	#IP_MULTICAST_LOOP
 34

	)

112 

	#IP_ADD_MEMBERSHIP
 35

	)

113 

	#IP_DROP_MEMBERSHIP
 36

	)

114 

	#IP_UNBLOCK_SOURCE
 37

	)

115 

	#IP_BLOCK_SOURCE
 38

	)

116 

	#IP_ADD_SOURCE_MEMBERSHIP
 39

	)

117 

	#IP_DROP_SOURCE_MEMBERSHIP
 40

	)

118 

	#IP_MSFILTER
 41

	)

119 

	#IP_MULTICAST_ALL
 49

	)

120 

	#IP_UNICAST_IF
 50

	)

123 

	#SOL_IP
 0

	)

125 

	#IP_DEFAULT_MULTICAST_TTL
 1

	)

126 

	#IP_DEFAULT_MULTICAST_LOOP
 1

	)

127 

	#IP_MAX_MEMBERSHIPS
 20

	)

129 #ifde�
__USE_MISC


133 
	s�_�ts


135 
�_addr
 
	m�_d�
;

136 
	m�_�ts
[40];

140 
	s�_m�qn


142 
�_addr
 
	mimr_muɟddr
;

143 
�_addr
 
	mimr_add�ss
;

144 
	mimr_if�dex
;

148 
	s�_pkt�fo


150 
	m�i_if�dex
;

151 
�_addr
 
	m�i_�ec_d�
;

152 
�_addr
 
	m�i_addr
;

159 

	#IPV6_ADDRFORM
 1

	)

160 

	#IPV6_2292PKTINFO
 2

	)

161 

	#IPV6_2292HOPOPTS
 3

	)

162 

	#IPV6_2292DSTOPTS
 4

	)

163 

	#IPV6_2292RTHDR
 5

	)

164 

	#IPV6_2292PKTOPTIONS
 6

	)

165 

	#IPV6_CHECKSUM
 7

	)

166 

	#IPV6_2292HOPLIMIT
 8

	)

168 

	#SCM_SRCRT
 
IPV6_RXSRCRT


	)

170 

	#IPV6_NEXTHOP
 9

	)

171 

	#IPV6_AUTHHDR
 10

	)

172 

	#IPV6_UNICAST_HOPS
 16

	)

173 

	#IPV6_MULTICAST_IF
 17

	)

174 

	#IPV6_MULTICAST_HOPS
 18

	)

175 

	#IPV6_MULTICAST_LOOP
 19

	)

176 

	#IPV6_JOIN_GROUP
 20

	)

177 

	#IPV6_LEAVE_GROUP
 21

	)

178 

	#IPV6_ROUTER_ALERT
 22

	)

179 

	#IPV6_MTU_DISCOVER
 23

	)

180 

	#IPV6_MTU
 24

	)

181 

	#IPV6_RECVERR
 25

	)

182 

	#IPV6_V6ONLY
 26

	)

183 

	#IPV6_JOIN_ANYCAST
 27

	)

184 

	#IPV6_LEAVE_ANYCAST
 28

	)

185 

	#IPV6_IPSEC_POLICY
 34

	)

186 

	#IPV6_XFRM_POLICY
 35

	)

189 

	#IPV6_RECVPKTINFO
 49

	)

190 

	#IPV6_PKTINFO
 50

	)

191 

	#IPV6_RECVHOPLIMIT
 51

	)

192 

	#IPV6_HOPLIMIT
 52

	)

193 

	#IPV6_RECVHOPOPTS
 53

	)

194 

	#IPV6_HOPOPTS
 54

	)

195 

	#IPV6_RTHDRDSTOPTS
 55

	)

196 

	#IPV6_RECVRTHDR
 56

	)

197 

	#IPV6_RTHDR
 57

	)

198 

	#IPV6_RECVDSTOPTS
 58

	)

199 

	#IPV6_DSTOPTS
 59

	)

200 

	#IPV6_RECVPATHMTU
 60

	)

201 

	#IPV6_PATHMTU
 61

	)

202 

	#IPV6_DONTFRAG
 62

	)

205 

	#IPV6_RECVTCLASS
 66

	)

206 

	#IPV6_TCLASS
 67

	)

209 

	#IPV6_ADD_MEMBERSHIP
 
IPV6_JOIN_GROUP


	)

210 

	#IPV6_DROP_MEMBERSHIP
 
IPV6_LEAVE_GROUP


	)

211 

	#IPV6_RXHOPOPTS
 
IPV6_HOPOPTS


	)

212 

	#IPV6_RXDSTOPTS
 
IPV6_DSTOPTS


	)

215 

	#IPV6_PMTUDISC_DONT
 0

	)

216 

	#IPV6_PMTUDISC_WANT
 1

	)

217 

	#IPV6_PMTUDISC_DO
 2

	)

218 

	#IPV6_PMTUDISC_PROBE
 3

	)

219 

	#IPV6_PMTUDISC_INTERFACE
 4

	)

220 

	#IPV6_PMTUDISC_OMIT
 5

	)

223 

	#SOL_IPV6
 41

	)

224 

	#SOL_ICMPV6
 58

	)

227 

	#IPV6_RTHDR_LOOSE
 0

	)

228 

	#IPV6_RTHDR_STRICT
 1

	)

230 

	#IPV6_RTHDR_TYPE_0
 0

	)

	@/usr/include/bits/inf.h

19 #i�de�
_MATH_H


25 #i�
__GNUC_PREREQ
(3,3)

26 

	#INFINITY
 (
	`__bu�t�_�ff
())

	)

28 

	#INFINITY
 
HUGE_VALF


	)

	@/usr/include/bits/math-finite.h

19 #i�de�
_MATH_H


24 

__REDIRECT_NTH
 (
acos
, (), 
__acos_f��e
);

25 #ifde�
__USE_ISOC99


26 

__REDIRECT_NTH
 (
acosf
, (), 
__acosf_f��e
);

27 #ifde�
__MATH_DECLARE_LDOUBLE


28 #ifde�
__NO_LONG_DOUBLE_MATH


29 

__REDIRECT_NTH
 (
aco�
, (), 
__acos_f��e
);

31 

__REDIRECT_NTH
 (
aco�
, (), 
__aco�_f��e
);

36 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


38 

__REDIRECT_NTH
 (
acosh
, (), 
__acosh_f��e
);

40 #ifde�
__USE_ISOC99


41 

__REDIRECT_NTH
 (
acoshf
, (), 
__acoshf_f��e
);

42 #ifde�
__MATH_DECLARE_LDOUBLE


43 #ifde�
__NO_LONG_DOUBLE_MATH


44 

__REDIRECT_NTH
 (
acoshl
, (), 
__acosh_f��e
);

46 

__REDIRECT_NTH
 (
acoshl
, (), 
__acoshl_f��e
);

52 

__REDIRECT_NTH
 (
as�
, (), 
__as�_f��e
);

53 #ifde�
__USE_ISOC99


54 

__REDIRECT_NTH
 (
as�f
, (), 
__as�f_f��e
);

55 #ifde�
__MATH_DECLARE_LDOUBLE


56 #ifde�
__NO_LONG_DOUBLE_MATH


57 

__REDIRECT_NTH
 (
as�l
, (), 
__as�_f��e
);

59 

__REDIRECT_NTH
 (
as�l
, (), 
__as�l_f��e
);

65 

__REDIRECT_NTH
 (
��2
, (, ), 
__��2_f��e
);

66 #ifde�
__USE_ISOC99


67 

__REDIRECT_NTH
 (
��2f
, (, ), 
__��2f_f��e
);

68 #ifde�
__MATH_DECLARE_LDOUBLE


69 #ifde�
__NO_LONG_DOUBLE_MATH


70 

__REDIRECT_NTH
 (
��2l
, (, ),

71 
__��2_f��e
);

73 

__REDIRECT_NTH
 (
��2l
, (, ),

74 
__��2l_f��e
);

79 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


81 

__REDIRECT_NTH
 (
��h
, (), 
__��h_f��e
);

83 #ifde�
__USE_ISOC99


84 

__REDIRECT_NTH
 (
��hf
, (), 
__��hf_f��e
);

85 #ifde�
__MATH_DECLARE_LDOUBLE


86 #ifde�
__NO_LONG_DOUBLE_MATH


87 

__REDIRECT_NTH
 (
��hl
, (), 
__��h_f��e
);

89 

__REDIRECT_NTH
 (
��hl
, (), 
__��hl_f��e
);

95 

__REDIRECT_NTH
 (
cosh
, (), 
__cosh_f��e
);

96 #ifde�
__USE_ISOC99


97 

__REDIRECT_NTH
 (
coshf
, (), 
__coshf_f��e
);

98 #ifde�
__MATH_DECLARE_LDOUBLE


99 #ifde�
__NO_LONG_DOUBLE_MATH


100 

__REDIRECT_NTH
 (
coshl
, (), 
__cosh_f��e
);

102 

__REDIRECT_NTH
 (
coshl
, (), 
__coshl_f��e
);

108 

__REDIRECT_NTH
 (
exp
, (), 
__exp_f��e
);

109 #ifde�
__USE_ISOC99


110 

__REDIRECT_NTH
 (
expf
, (), 
__expf_f��e
);

111 #ifde�
__MATH_DECLARE_LDOUBLE


112 #ifde�
__NO_LONG_DOUBLE_MATH


113 

__REDIRECT_NTH
 (
ex�
, (), 
__exp_f��e
);

115 

__REDIRECT_NTH
 (
ex�
, (), 
__ex�_f��e
);

120 #ifde�
__USE_GNU


122 

__REDIRECT_NTH
 (
exp10
, (), 
__exp10_f��e
);

123 

__REDIRECT_NTH
 (
exp10f
, (), 
__exp10f_f��e
);

124 #ifde�
__MATH_DECLARE_LDOUBLE


125 #ifde�
__NO_LONG_DOUBLE_MATH


126 

__REDIRECT_NTH
 (
exp10l
, (), 
__exp10_f��e
);

128 

__REDIRECT_NTH
 (
exp10l
, (), 
__exp10l_f��e
);

133 

__REDIRECT_NTH
 (
pow10
, (), 
__exp10_f��e
);

134 

__REDIRECT_NTH
 (
pow10f
, (), 
__exp10f_f��e
);

135 #ifde�
__MATH_DECLARE_LDOUBLE


136 #ifde�
__NO_LONG_DOUBLE_MATH


137 

__REDIRECT_NTH
 (
pow10l
, (), 
__exp10_f��e
);

139 

__REDIRECT_NTH
 (
pow10l
, (), 
__exp10l_f��e
);

144 #ifde�
__USE_ISOC99


146 

__REDIRECT_NTH
 (
exp2
, (), 
__exp2_f��e
);

147 

__REDIRECT_NTH
 (
exp2f
, (), 
__exp2f_f��e
);

148 #ifde�
__MATH_DECLARE_LDOUBLE


149 #ifde�
__NO_LONG_DOUBLE_MATH


150 

__REDIRECT_NTH
 (
exp2l
, (), 
__exp2_f��e
);

152 

__REDIRECT_NTH
 (
exp2l
, (), 
__exp2l_f��e
);

158 

__REDIRECT_NTH
 (
fmod
, (, ), 
__fmod_f��e
);

159 #ifde�
__USE_ISOC99


160 

__REDIRECT_NTH
 (
fmodf
, (, ), 
__fmodf_f��e
);

161 #ifde�
__MATH_DECLARE_LDOUBLE


162 #ifde�
__NO_LONG_DOUBLE_MATH


163 

__REDIRECT_NTH
 (
fmodl
, (, ),

164 
__fmod_f��e
);

166 

__REDIRECT_NTH
 (
fmodl
, (, ),

167 
__fmodl_f��e
);

172 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_ISOC99


174 

__REDIRECT_NTH
 (
hyp�
, (, ), 
__hyp�_f��e
);

176 #ifde�
__USE_ISOC99


177 

__REDIRECT_NTH
 (
hyp�f
, (, ), 
__hyp�f_f��e
);

178 #ifde�
__MATH_DECLARE_LDOUBLE


179 #ifde�
__NO_LONG_DOUBLE_MATH


180 

__REDIRECT_NTH
 (
hyp�l
, (, ),

181 
__hyp�_f��e
);

183 

__REDIRECT_NTH
 (
hyp�l
, (, ),

184 
__hyp�l_f��e
);

189 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


191 

__REDIRECT_NTH
 (
j0
, (), 
__j0_f��e
);

193 #i�
def�ed
 
__USE_MISC
 && def�ed 
__USE_ISOC99


194 

__REDIRECT_NTH
 (
j0f
, (), 
__j0f_f��e
);

195 #ifde�
__MATH_DECLARE_LDOUBLE


196 #ifde�
__NO_LONG_DOUBLE_MATH


197 

__REDIRECT_NTH
 (
j0l
, (), 
__j0_f��e
);

199 

__REDIRECT_NTH
 (
j0l
, (), 
__j0l_f��e
);

204 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


206 

__REDIRECT_NTH
 (
y0
, (), 
__y0_f��e
);

208 #i�
def�ed
 
__USE_MISC
 && def�ed 
__USE_ISOC99


209 

__REDIRECT_NTH
 (
y0f
, (), 
__y0f_f��e
);

210 #ifde�
__MATH_DECLARE_LDOUBLE


211 #ifde�
__NO_LONG_DOUBLE_MATH


212 

__REDIRECT_NTH
 (
y0l
, (), 
__y0_f��e
);

214 

__REDIRECT_NTH
 (
y0l
, (), 
__y0l_f��e
);

219 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


221 

__REDIRECT_NTH
 (
j1
, (), 
__j1_f��e
);

223 #i�
def�ed
 
__USE_MISC
 && def�ed 
__USE_ISOC99


224 

__REDIRECT_NTH
 (
j1f
, (), 
__j1f_f��e
);

225 #ifde�
__MATH_DECLARE_LDOUBLE


226 #ifde�
__NO_LONG_DOUBLE_MATH


227 

__REDIRECT_NTH
 (
j1l
, (), 
__j1_f��e
);

229 

__REDIRECT_NTH
 (
j1l
, (), 
__j1l_f��e
);

234 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


236 

__REDIRECT_NTH
 (
y1
, (), 
__y1_f��e
);

238 #i�
def�ed
 
__USE_MISC
 && def�ed 
__USE_ISOC99


239 

__REDIRECT_NTH
 (
y1f
, (), 
__y1f_f��e
);

240 #ifde�
__MATH_DECLARE_LDOUBLE


241 #ifde�
__NO_LONG_DOUBLE_MATH


242 

__REDIRECT_NTH
 (
y1l
, (), 
__y1_f��e
);

244 

__REDIRECT_NTH
 (
y1l
, (), 
__y1l_f��e
);

249 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


251 

__REDIRECT_NTH
 (
jn
, (, ), 
__jn_f��e
);

253 #i�
def�ed
 
__USE_MISC
 && def�ed 
__USE_ISOC99


254 

__REDIRECT_NTH
 (
jnf
, (, ), 
__jnf_f��e
);

255 #ifde�
__MATH_DECLARE_LDOUBLE


256 #ifde�
__NO_LONG_DOUBLE_MATH


257 

__REDIRECT_NTH
 (
j�
, (, ), 
__jn_f��e
);

259 

__REDIRECT_NTH
 (
j�
, (, ), 
__j�_f��e
);

264 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


266 

__REDIRECT_NTH
 (
yn
, (, ), 
__yn_f��e
);

268 #i�
def�ed
 
__USE_MISC
 && def�ed 
__USE_ISOC99


269 

__REDIRECT_NTH
 (
ynf
, (, ), 
__ynf_f��e
);

270 #ifde�
__MATH_DECLARE_LDOUBLE


271 #ifde�
__NO_LONG_DOUBLE_MATH


272 

__REDIRECT_NTH
 (
y�
, (, ), 
__yn_f��e
);

274 

__REDIRECT_NTH
 (
y�
, (, ), 
__y�_f��e
);

279 #ifde�
__USE_MISC


281 

__REDIRECT_NTH
 (
lgamma_r
, (, *), 
__lgamma_r_f��e
);

282 #ifde�
__USE_ISOC99


283 

__REDIRECT_NTH
 (
lgammaf_r
, (, *), 
__lgammaf_r_f��e
);

284 #ifde�
__MATH_DECLARE_LDOUBLE


285 #ifde�
__NO_LONG_DOUBLE_MATH


286 

__REDIRECT_NTH
 (
lgamm�_r
, (, *),

287 
__lgamma_r_f��e
);

289 

__REDIRECT_NTH
 (
lgamm�_r
, (, *),

290 
__lgamm�_r_f��e
);

296 

__lgamma_r_f��e
 (, *);

297 

__lgammaf_r_f��e
 (, *);

298 #ifde�
__NO_LONG_DOUBLE_MATH


299 

__REDIRECT_NTH
 (
__lgamm�_r_f��e
, (, *),

300 
__lgamma_r_f��e
);

302 

__lgamm�_r_f��e
 (, *);

305 #i�((
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_ISOC99
) \

306 && 
def�ed
 
	g__ex��_�ways_�l�e
)

308 
__ex��_�ways_�l�e
 
__NTH
 (
	$lgamma
 (
__d
))

310 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


311  
	`__lgamma_r_f��e
 (
__d
, &
signgam
);

313 
__lo�l_signgam
 = 0;

314  
	`__lgamma_r_f��e
 (
__d
, &
__lo�l_signgam
);

316 
	}
}

318 #i�
def�ed
 
__USE_ISOC99
 && def�ed 
__ex��_�ways_�l�e


319 
__ex��_�ways_�l�e
 
__NTH
 (
	$lgammaf
 (
__d
))

321 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


322  
	`__lgammaf_r_f��e
 (
__d
, &
signgam
);

324 
__lo�l_signgam
 = 0;

325  
	`__lgammaf_r_f��e
 (
__d
, &
__lo�l_signgam
);

327 
	}
}

328 #ifde�
__MATH_DECLARE_LDOUBLE


329 
__ex��_�ways_�l�e
 
__NTH
 (
	$lgamm�
 (
__d
))

331 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


332  
	`__lgamm�_r_f��e
 (
__d
, &
signgam
);

334 
__lo�l_signgam
 = 0;

335  
	`__lgamm�_r_f��e
 (
__d
, &
__lo�l_signgam
);

337 
	}
}

341 #i�((
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)) \

342 && 
def�ed
 
	g__ex��_�ways_�l�e
)

344 
__ex��_�ways_�l�e
 
__NTH
 (
	$gamma
 (
__d
))

346  
	`__lgamma_r_f��e
 (
__d
, &
signgam
);

347 
	}
}

348 #ifde�
__USE_ISOC99


349 
__ex��_�ways_�l�e
 
__NTH
 (
	$gammaf
 (
__d
))

351  
	`__lgammaf_r_f��e
 (
__d
, &
signgam
);

352 
	}
}

353 #ifde�
__MATH_DECLARE_LDOUBLE


354 
__ex��_�ways_�l�e
 
__NTH
 (
	$gamm�
 (
__d
))

356  
	`__lgamm�_r_f��e
 (
__d
, &
signgam
);

357 
	}
}

363 

__REDIRECT_NTH
 (
log
, (), 
__log_f��e
);

364 #ifde�
__USE_ISOC99


365 

__REDIRECT_NTH
 (
logf
, (), 
__logf_f��e
);

366 #ifde�
__MATH_DECLARE_LDOUBLE


367 #ifde�
__NO_LONG_DOUBLE_MATH


368 

__REDIRECT_NTH
 (
logl
, (), 
__log_f��e
);

370 

__REDIRECT_NTH
 (
logl
, (), 
__logl_f��e
);

376 

__REDIRECT_NTH
 (
log10
, (), 
__log10_f��e
);

377 #ifde�
__USE_ISOC99


378 

__REDIRECT_NTH
 (
log10f
, (), 
__log10f_f��e
);

379 #ifde�
__MATH_DECLARE_LDOUBLE


380 #ifde�
__NO_LONG_DOUBLE_MATH


381 

__REDIRECT_NTH
 (
log10l
, (), 
__log10_f��e
);

383 

__REDIRECT_NTH
 (
log10l
, (), 
__log10l_f��e
);

388 #ifde�
__USE_ISOC99


390 

__REDIRECT_NTH
 (
log2
, (), 
__log2_f��e
);

391 

__REDIRECT_NTH
 (
log2f
, (), 
__log2f_f��e
);

392 #ifde�
__MATH_DECLARE_LDOUBLE


393 #ifde�
__NO_LONG_DOUBLE_MATH


394 

__REDIRECT_NTH
 (
log2l
, (), 
__log2_f��e
);

396 

__REDIRECT_NTH
 (
log2l
, (), 
__log2l_f��e
);

402 

__REDIRECT_NTH
 (
pow
, (, ), 
__pow_f��e
);

403 #ifde�
__USE_ISOC99


404 

__REDIRECT_NTH
 (
powf
, (, ), 
__powf_f��e
);

405 #ifde�
__MATH_DECLARE_LDOUBLE


406 #ifde�
__NO_LONG_DOUBLE_MATH


407 

__REDIRECT_NTH
 (
powl
, (, ),

408 
__pow_f��e
);

410 

__REDIRECT_NTH
 (
powl
, (, ),

411 
__powl_f��e
);

416 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


418 

__REDIRECT_NTH
 (
�ma�d�
, (, ), 
__�ma�d�_f��e
);

420 #ifde�
__USE_ISOC99


421 

__REDIRECT_NTH
 (
�ma�d�f
, (, ), 
__�ma�d�f_f��e
);

422 #ifde�
__MATH_DECLARE_LDOUBLE


423 #ifde�
__NO_LONG_DOUBLE_MATH


424 

__REDIRECT_NTH
 (
�ma�d�l
, (, ),

425 
__�ma�d�_f��e
);

427 

__REDIRECT_NTH
 (
�ma�d�l
, (, ),

428 
__�ma�d�l_f��e
);

433 #i�(
def�ed
 
__USE_MISC
 \

434 || (
def�ed
 
	g__USE_XOPEN_EXTENDED
 && !def�ed 
	g__USE_XOPEN2K8
))

436 

__REDIRECT_NTH
 (
s�lb
, (, ), 
__s�lb_f��e
);

438 #i�
def�ed
 
__USE_MISC
 && def�ed 
__USE_ISOC99


439 

__REDIRECT_NTH
 (
s�lbf
, (, ), 
__s�lbf_f��e
);

440 #ifde�
__MATH_DECLARE_LDOUBLE


441 #ifde�
__NO_LONG_DOUBLE_MATH


442 

__REDIRECT_NTH
 (
s�lbl
, (, ),

443 
__s�lb_f��e
);

445 

__REDIRECT_NTH
 (
s�lbl
, (, ),

446 
__s�lbl_f��e
);

452 

__REDIRECT_NTH
 (
s�h
, (), 
__s�h_f��e
);

453 #ifde�
__USE_ISOC99


454 

__REDIRECT_NTH
 (
s�hf
, (), 
__s�hf_f��e
);

455 #ifde�
__MATH_DECLARE_LDOUBLE


456 #ifde�
__NO_LONG_DOUBLE_MATH


457 

__REDIRECT_NTH
 (
s�hl
, (), 
__s�h_f��e
);

459 

__REDIRECT_NTH
 (
s�hl
, (), 
__s�hl_f��e
);

465 

__REDIRECT_NTH
 (
sq�
, (), 
__sq�_f��e
);

466 #ifde�
__USE_ISOC99


467 

__REDIRECT_NTH
 (
sq�f
, (), 
__sq�f_f��e
);

468 #ifde�
__MATH_DECLARE_LDOUBLE


469 #ifde�
__NO_LONG_DOUBLE_MATH


470 

__REDIRECT_NTH
 (
sq�l
, (), 
__sq�_f��e
);

472 

__REDIRECT_NTH
 (
sq�l
, (), 
__sq�l_f��e
);

477 #i�
def�ed
 
__USE_ISOC99
 && def�ed 
__ex��_�ways_�l�e


479 

__gamma_r_f��e
 (, *);

480 
__ex��_�ways_�l�e
 
__NTH
 (
	$tgamma
 (
__d
))

482 
__lo�l_signgam
 = 0;

483 
__�s
 = 
	`__gamma_r_f��e
 (
__d
, &
__lo�l_signgam
);

484  
__lo�l_signgam
 < 0 ? -
__�s
 : __res;

485 
	}
}

486 

__gammaf_r_f��e
 (, *);

487 
__ex��_�ways_�l�e
 
__NTH
 (
	$tgammaf
 (
__d
))

489 
__lo�l_signgam
 = 0;

490 
__�s
 = 
	`__gammaf_r_f��e
 (
__d
, &
__lo�l_signgam
);

491  
__lo�l_signgam
 < 0 ? -
__�s
 : __res;

492 
	}
}

493 #ifde�
__MATH_DECLARE_LDOUBLE


494 

__gamm�_r_f��e
 (, *);

495 
__ex��_�ways_�l�e
 
__NTH
 (
	$tgamm�
 (
__d
))

497 
__lo�l_signgam
 = 0;

498 #ifde�
__NO_LONG_DOUBLE_MATH


499 
__�s
 = 
	`__gamma_r_f��e
 (
__d
, &
__lo�l_signgam
);

501 
__�s
 = 
	`__gamm�_r_f��e
 (
__d
, &
__lo�l_signgam
);

503  
__lo�l_signgam
 < 0 ? -
__�s
 : __res;

504 
	}
}

	@/usr/include/bits/math-vector.h

19 #i�de�
_MATH_H


25 
	~<b�s/libm-simd-de�-�ubs.h
>

27 #i�
def�ed
 
__x86_64__
 && def�ed 
__FAST_MATH__


28 #i�
def�ed
 
_OPENMP
 && _OPENMP >= 201307

30 

	#__DECL_SIMD_x86_64
 
	`_P�gma
 ("om�de���simd�ٚb�nch")

	)

31 #�i�
__GNUC_PREREQ
 (6,0)

33 

	#__DECL_SIMD_x86_64
 
	`__��ibu�__
 ((
	`__simd__
 ("nٚb�nch")))

	)

36 #ifde�
__DECL_SIMD_x86_64


37 #unde�
__DECL_SIMD_cos


38 

	#__DECL_SIMD_cos
 
__DECL_SIMD_x86_64


	)

39 #unde�
__DECL_SIMD_cosf


40 

	#__DECL_SIMD_cosf
 
__DECL_SIMD_x86_64


	)

41 #unde�
__DECL_SIMD_s�


42 

	#__DECL_SIMD_s�
 
__DECL_SIMD_x86_64


	)

43 #unde�
__DECL_SIMD_s�f


44 

	#__DECL_SIMD_s�f
 
__DECL_SIMD_x86_64


	)

45 #unde�
__DECL_SIMD_s�cos


46 

	#__DECL_SIMD_s�cos
 
__DECL_SIMD_x86_64


	)

47 #unde�
__DECL_SIMD_s�cosf


48 

	#__DECL_SIMD_s�cosf
 
__DECL_SIMD_x86_64


	)

49 #unde�
__DECL_SIMD_log


50 

	#__DECL_SIMD_log
 
__DECL_SIMD_x86_64


	)

51 #unde�
__DECL_SIMD_logf


52 

	#__DECL_SIMD_logf
 
__DECL_SIMD_x86_64


	)

53 #unde�
__DECL_SIMD_exp


54 

	#__DECL_SIMD_exp
 
__DECL_SIMD_x86_64


	)

55 #unde�
__DECL_SIMD_expf


56 

	#__DECL_SIMD_expf
 
__DECL_SIMD_x86_64


	)

57 #unde�
__DECL_SIMD_pow


58 

	#__DECL_SIMD_pow
 
__DECL_SIMD_x86_64


	)

59 #unde�
__DECL_SIMD_powf


60 

	#__DECL_SIMD_powf
 
__DECL_SIMD_x86_64


	)

	@/usr/include/bits/mathcalls.h

45 #i�de�
_MATH_H


52 
_Mdoub�_BEGIN_NAMESPACE


54 
__MATHCALL
 (
acos
,, (
_Mdoub�_
 
__x
));

56 
__MATHCALL
 (
as�
,, (
_Mdoub�_
 
__x
));

58 
__MATHCALL
 (
��
,, (
_Mdoub�_
 
__x
));

60 
__MATHCALL
 (
��2
,, (
_Mdoub�_
 
__y
, _Mdoub�_ 
__x
));

63 
__MATHCALL_VEC
 (
cos
,, (
_Mdoub�_
 
__x
));

65 
__MATHCALL_VEC
 (
s�
,, (
_Mdoub�_
 
__x
));

67 
__MATHCALL
 (
�n
,, (
_Mdoub�_
 
__x
));

72 
__MATHCALL
 (
cosh
,, (
_Mdoub�_
 
__x
));

74 
__MATHCALL
 (
s�h
,, (
_Mdoub�_
 
__x
));

76 
__MATHCALL
 (
�nh
,, (
_Mdoub�_
 
__x
));

77 
	g_Mdoub�_END_NAMESPACE


79 #ifde�
__USE_GNU


81 
__MATHDECL_VEC
 (,
s�cos
,,

82 (
_Mdoub�_
 
__x
, _Mdoub�_ *
__s�x
, _Mdoub�_ *
__cosx
));

85 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


86 
__BEGIN_NAMESPACE_C99


88 
__MATHCALL
 (
acosh
,, (
_Mdoub�_
 
__x
));

90 
__MATHCALL
 (
as�h
,, (
_Mdoub�_
 
__x
));

92 
__MATHCALL
 (
��h
,, (
_Mdoub�_
 
__x
));

93 
	g__END_NAMESPACE_C99


98 
_Mdoub�_BEGIN_NAMESPACE


100 
__MATHCALL_VEC
 (
exp
,, (
_Mdoub�_
 
__x
));

103 
__MATHCALL
 (
�exp
,, (
_Mdoub�_
 
__x
, *
__expڒt
));

106 
__MATHCALL
 (
ldexp
,, (
_Mdoub�_
 
__x
, 
__expڒt
));

109 
__MATHCALL_VEC
 (
log
,, (
_Mdoub�_
 
__x
));

112 
__MATHCALL
 (
log10
,, (
_Mdoub�_
 
__x
));

115 
__MATHCALL
 (
modf
,, (
_Mdoub�_
 
__x
, _Mdoub�_ *
__��
)�
__n�nu�
 ((2));

116 
	g_Mdoub�_END_NAMESPACE


118 #ifde�
__USE_GNU


120 
__MATHCALL
 (
exp10
,, (
_Mdoub�_
 
__x
));

122 
__MATHCALL
 (
pow10
,, (
_Mdoub�_
 
__x
));

125 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


126 
__BEGIN_NAMESPACE_C99


128 
__MATHCALL
 (
expm1
,, (
_Mdoub�_
 
__x
));

131 
__MATHCALL
 (
log1p
,, (
_Mdoub�_
 
__x
));

134 
__MATHCALL
 (
logb
,, (
_Mdoub�_
 
__x
));

135 
	g__END_NAMESPACE_C99


138 #ifde�
__USE_ISOC99


139 
__BEGIN_NAMESPACE_C99


141 
__MATHCALL
 (
exp2
,, (
_Mdoub�_
 
__x
));

144 
__MATHCALL
 (
log2
,, (
_Mdoub�_
 
__x
));

145 
	g__END_NAMESPACE_C99


151 
_Mdoub�_BEGIN_NAMESPACE


153 
__MATHCALL_VEC
 (
pow
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

156 
__MATHCALL
 (
sq�
,, (
_Mdoub�_
 
__x
));

157 
	g_Mdoub�_END_NAMESPACE


159 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_ISOC99


160 
__BEGIN_NAMESPACE_C99


162 
__MATHCALL
 (
hyp�
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

163 
	g__END_NAMESPACE_C99


166 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


167 
__BEGIN_NAMESPACE_C99


169 
__MATHCALL
 (
cb�
,, (
_Mdoub�_
 
__x
));

170 
	g__END_NAMESPACE_C99


176 
_Mdoub�_BEGIN_NAMESPACE


178 
__MATHCALLX
 (
��
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

181 
__MATHCALLX
 (
�bs
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

184 
__MATHCALLX
 (
�o�
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

187 
__MATHCALL
 (
fmod
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

192 
__MATHDECL_1
 (,
__is�f
,, (
_Mdoub�_
 
__v�ue
)�
__��ibu�__
 ((
__cڡ__
));

195 
__MATHDECL_1
 (,
__f��e
,, (
_Mdoub�_
 
__v�ue
)�
__��ibu�__
 ((
__cڡ__
));

196 
	g_Mdoub�_END_NAMESPACE


198 #ifde�
__USE_MISC


199 #i�(!
def�ed
 
__�lu�lus
 \

200 || 
	g__�lu�lus
 < 201103L \

201 || 
	g__MATH_DECLARING_DOUBLE
 == 0)

204 
__MATHDECL_1
 (,
is�f
,, (
_Mdoub�_
 
__v�ue
)�
__��ibu�__
 ((
__cڡ__
));

208 
__MATHDECL_1
 (,
f��e
,, (
_Mdoub�_
 
__v�ue
)�
__��ibu�__
 ((
__cڡ__
));

211 
__MATHCALL
 (
d�m
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

215 
__MATHCALL
 (
signifi�nd
,, (
_Mdoub�_
 
__x
));

218 #ifde�
__USE_ISOC99


219 
__BEGIN_NAMESPACE_C99


221 
__MATHCALLX
 (
c�ysign
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

222 
	g__END_NAMESPACE_C99


225 #ifde�
__USE_ISOC99


226 
__BEGIN_NAMESPACE_C99


228 
__MATHCALLX
 (
�n
,, (cڡ *
__�gb
), (
__cڡ__
));

229 
	g__END_NAMESPACE_C99


234 
__MATHDECL_1
 (,
__i��
,, (
_Mdoub�_
 
__v�ue
)�
__��ibu�__
 ((
__cڡ__
));

236 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)

237 #i�(!
def�ed
 
__�lu�lus
 \

238 || 
	g__�lu�lus
 < 201103L \

239 || 
	g__MATH_DECLARING_DOUBLE
 == 0)

241 
__MATHDECL_1
 (,
i��
,, (
_Mdoub�_
 
__v�ue
)�
__��ibu�__
 ((
__cڡ__
));

245 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && 
__MATH_DECLARING_DOUBLE
)

247 
__MATHCALL
 (
j0
,, (
_Mdoub�_
));

248 
__MATHCALL
 (
j1
,, (
_Mdoub�_
));

249 
__MATHCALL
 (
jn
,, (, 
_Mdoub�_
));

250 
__MATHCALL
 (
y0
,, (
_Mdoub�_
));

251 
__MATHCALL
 (
y1
,, (
_Mdoub�_
));

252 
__MATHCALL
 (
yn
,, (, 
_Mdoub�_
));

256 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_ISOC99


257 
__BEGIN_NAMESPACE_C99


259 
__MATHCALL
 (
�f
,, (
_Mdoub�_
));

260 
__MATHCALL
 (
�fc
,, (
_Mdoub�_
));

261 
__MATHCALL
 (
lgamma
,, (
_Mdoub�_
));

262 
	g__END_NAMESPACE_C99


265 #ifde�
__USE_ISOC99


266 
__BEGIN_NAMESPACE_C99


268 
__MATHCALL
 (
tgamma
,, (
_Mdoub�_
));

269 
	g__END_NAMESPACE_C99


272 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)

274 
__MATHCALL
 (
gamma
,, (
_Mdoub�_
));

277 #ifde�
__USE_MISC


281 
__MATHCALL
 (
lgamma
,
_r
, (
_Mdoub�_
, *
__signgamp
));

285 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


286 
__BEGIN_NAMESPACE_C99


289 
__MATHCALL
 (
r�t
,, (
_Mdoub�_
 
__x
));

292 
__MATHCALLX
 (
�x��
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

293 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__LDBL_COMPAT


294 
__MATHCALLX
 (
�x�ow�d
,, (
_Mdoub�_
 
__x
, 
__y
), (
__cڡ__
));

298 
__MATHCALL
 (
�ma�d�
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

300 #ifde�
__USE_ISOC99


302 
__MATHCALL
 (
s�lbn
,, (
_Mdoub�_
 
__x
, 
__n
));

306 
__MATHDECL
 (,
�ogb
,, (
_Mdoub�_
 
__x
));

309 #ifde�
__USE_ISOC99


311 
__MATHCALL
 (
s�lb�
,, (
_Mdoub�_
 
__x
, 
__n
));

315 
__MATHCALL
 (
ìby�t
,, (
_Mdoub�_
 
__x
));

319 
__MATHCALLX
 (
round
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

323 
__MATHCALLX
 (
�unc
,, (
_Mdoub�_
 
__x
), (
__cڡ__
));

328 
__MATHCALL
 (
�mquo
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
, *
__quo
));

335 
__MATHDECL
 (,
̚t
,, (
_Mdoub�_
 
__x
));

336 
__ex�nsi�__


337 
__MATHDECL
 (,
�r�t
,, (
_Mdoub�_
 
__x
));

341 
__MATHDECL
 (,
�ound
,, (
_Mdoub�_
 
__x
));

342 
__ex�nsi�__


343 
__MATHDECL
 (,
�round
,, (
_Mdoub�_
 
__x
));

347 
__MATHCALL
 (
fdim
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
));

350 
__MATHCALLX
 (
fmax
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

353 
__MATHCALLX
 (
fm�
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
), (
__cڡ__
));

357 
__MATHDECL_1
 (, 
__��assify
,, (
_Mdoub�_
 
__v�ue
))

358 
__��ibu�__
 ((
__cڡ__
));

361 
__MATHDECL_1
 (, 
__signb�
,, (
_Mdoub�_
 
__v�ue
))

362 
__��ibu�__
 ((
__cڡ__
));

366 
__MATHCALL
 (
fma
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__y
, _Mdoub�_ 
__z
));

369 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


370 
	g__END_NAMESPACE_C99


373 #ifde�
__USE_GNU


375 
__MATHDECL_1
 (, 
__issig�l�g
,, (
_Mdoub�_
 
__v�ue
))

376 
__��ibu�__
 ((
__cڡ__
));

379 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN_EXTENDED
 \

380 && 
	g__MATH_DECLARING_DOUBLE
 \

381 && !
def�ed
 
	g__USE_XOPEN2K8
)

383 
__MATHCALL
 (
s�lb
,, (
_Mdoub�_
 
__x
, _Mdoub�_ 
__n
));

	@/usr/include/bits/mathdef.h

18 #i�!
def�ed
 
_MATH_H
 && !def�ed 
_COMPLEX_H


22 #i�
def�ed
 
__USE_ISOC99
 && def�ed 
_MATH_H
 && !def�ed 
_MATH_H_MATHDEF


23 

	#_MATH_H_MATHDEF
 1

	)

25 #i�
def�ed
 
__x86_64__
 || (def�ed 
__FLT_EVAL_METHOD__
 && __FLT_EVAL_METHOD__ == 0)

28 
	t��t_t
;

29 
	tdoub�_t
;

35 
	t��t_t
;

37 
	tdoub�_t
;

42 

	#FP_ILOGB0
 (-2147483647 - 1)

	)

43 

	#FP_ILOGBNAN
 (-2147483647 - 1)

	)

47 #ifde�
__FP_FAST_FMA


48 

	#FP_FAST_FMA
 1

	)

51 #ifde�
__FP_FAST_FMAF


52 

	#FP_FAST_FMAF
 1

	)

55 #ifde�
__FP_FAST_FMAL


56 

	#FP_FAST_FMAL
 1

	)

	@/usr/include/bits/mathinline.h

19 #i�de�
_MATH_H


23 #i�de�
__ex��_�ways_�l�e


24 

	#__MATH_INLINE
 
__�l�e


	)

26 

	#__MATH_INLINE
 
__ex��_�ways_�l�e


	)

30 #i�
def�ed
 
__USE_ISOC99
 && def�ed 
__GNUC__
 && __GNUC__ >= 2

32 #i�!
__GNUC_PREREQ
 (2,97)

37 #unde�
isg���


38 #unde�
isg���equ�


39 #unde�
i�ess


40 #unde�
i�es�qu�


41 #unde�
i�essg���


42 #unde�
isun�d�ed


43 #ifde�
__i686__


46 

	#isg���
(
x
, 
y
) \

47 ({ 
__�su�
; \

48 
	`__asm__
 ("fucomip %%st(1), %%st; seta %%al" \

49 : "�" (
__�su�
�: "u" (
y
), "t" (
x
) : "cc", "st"); \

50 
__�su�
; })

	)

51 

	#isg���equ�
(
x
, 
y
) \

52 ({ 
__�su�
; \

53 
	`__asm__
 ("fucomip %%st(1), %%st; setae %%al" \

54 : "�" (
__�su�
�: "u" (
y
), "t" (
x
) : "cc", "st"); \

55 
__�su�
; })

	)

57 

	#i�ess
(
x
, 
y
) \

58 ({ 
__�su�
; \

59 
	`__asm__
 ("fucomip %%st(1), %%st; seta %%al" \

60 : "�" (
__�su�
�: "u" (
x
), "t" (
y
) : "cc", "st"); \

61 
__�su�
; })

	)

63 

	#i�es�qu�
(
x
, 
y
) \

64 ({ 
__�su�
; \

65 
	`__asm__
 ("fucomip %%st(1), %%st; setae %%al" \

66 : "�" (
__�su�
�: "u" (
x
), "t" (
y
) : "cc", "st"); \

67 
__�su�
; })

	)

69 

	#i�essg���
(
x
, 
y
) \

70 ({ 
__�su�
; \

71 
	`__asm__
 ("fucomip %%st(1), %%st; setne %%al" \

72 : "�" (
__�su�
�: "u" (
y
), "t" (
x
) : "cc", "st"); \

73 
__�su�
; })

	)

75 

	#isun�d�ed
(
x
, 
y
) \

76 ({ 
__�su�
; \

77 
	`__asm__
 ("fucomip %%st(1), %%st; setp %%al" \

78 : "�" (
__�su�
�: "u" (
y
), "t" (
x
) : "cc", "st"); \

79 
__�su�
; })

	)

82 

	#isg���
(
x
, 
y
) \

83 ({ 
__�su�
; \

84 
	`__asm__
 ("fucompp; fnstsw;�estb $0x45, %%ah; setz %%al" \

85 : "�" (
__�su�
�: "u" (
y
), "t" (
x
) : "cc", "st", "st(1)"); \

86 
__�su�
; })

	)

88 

	#isg���equ�
(
x
, 
y
) \

89 ({ 
__�su�
; \

90 
	`__asm__
 ("fucompp; fnstsw;�estb $0x05, %%ah; setz %%al" \

91 : "�" (
__�su�
�: "u" (
y
), "t" (
x
) : "cc", "st", "st(1)"); \

92 
__�su�
; })

	)

94 

	#i�ess
(
x
, 
y
) \

95 ({ 
__�su�
; \

96 
	`__asm__
 ("fucompp; fnstsw;�estb $0x45, %%ah; setz %%al" \

97 : "�" (
__�su�
�: "u" (
x
), "t" (
y
) : "cc", "st", "st(1)"); \

98 
__�su�
; })

	)

100 

	#i�es�qu�
(
x
, 
y
) \

101 ({ 
__�su�
; \

102 
	`__asm__
 ("fucompp; fnstsw;�estb $0x05, %%ah; setz %%al" \

103 : "�" (
__�su�
�: "u" (
x
), "t" (
y
) : "cc", "st", "st(1)"); \

104 
__�su�
; })

	)

106 

	#i�essg���
(
x
, 
y
) \

107 ({ 
__�su�
; \

108 
	`__asm__
 ("fucompp; fnstsw;�estb $0x44, %%ah; setz %%al" \

109 : "�" (
__�su�
�: "u" (
y
), "t" (
x
) : "cc", "st", "st(1)"); \

110 
__�su�
; })

	)

112 

	#isun�d�ed
(
x
, 
y
) \

113 ({ 
__�su�
; \

114 
	`__asm__
 ("fucompp; fnstsw; sahf; setp %%al" \

115 : "�" (
__�su�
�: "u" (
y
), "t" (
x
) : "cc", "st", "st(1)"); \

116 
__�su�
; })

	)

122 #i�
__GNUC_PREREQ
 (2, 8)

123 
__BEGIN_NAMESPACE_C99


126 
__MATH_INLINE
 

127 
__NTH
 (
	$__signb�f
 (
__x
))

129 #ifde�
__SSE2_MATH__


130 
__m
;

131 
	`__asm
 ("pmovmskb %1, %0" : "�" (
__m
�: "x" (
__x
));

132  (
__m
 & 0x8) != 0;

134 
__ex�nsi�__
 uni� { 
__f
; 
__i
; } 
__u
 = { __f: 
__x
 };

135  
__u
.
__i
 < 0;

137 
	}
}

138 
__MATH_INLINE
 

139 
__NTH
 (
	$__signb�
 (
__x
))

141 #ifde�
__SSE2_MATH__


142 
__m
;

143 
	`__asm
 ("pmovmskb %1, %0" : "�" (
__m
�: "x" (
__x
));

144  (
__m
 & 0x80) != 0;

146 
__ex�nsi�__
 uni� { 
__d
; 
__i
[2]; } 
__u
 = { __d: 
__x
 };

147  
__u
.
__i
[1] < 0;

149 
	}
}

150 
__MATH_INLINE
 

151 
__NTH
 (
	$__signb�l
 (
__x
))

153 
__ex�nsi�__
 uni� { 
__l
; 
__i
[3]; } 
__u
 = { __l: 
__x
 };

154  (
__u
.
__i
[2] & 0x8000) != 0;

155 
	}
}

157 
	g__END_NAMESPACE_C99


164 #i�
__GNUC_PREREQ
 (2, 8)

165 #i�!
__GNUC_PREREQ
 (3, 4�&& !
def�ed
 
__NO_MATH_INLINES
 \

166 && 
def�ed
 
	g__OPTIMIZE__


170 #ifde�
__USE_ISOC99


171 
	g__BEGIN_NAMESPACE_C99


174 #ifde�
__SSE_MATH__


175 
__MATH_INLINE
 

176 
__NTH
 (
	$̚tf
 (
__x
))

178 
__�s
;

183 
__asm
 
	`__vީ�e__
 ("cvtss2s�%1, %0" : "�" (
__�s
�: "xm" (
__x
));

184  
__�s
;

185 
	}
}

187 #ifde�
__SSE2_MATH__


188 
__MATH_INLINE
 

189 
__NTH
 (
	$̚t
 (
__x
))

191 
__�s
;

196 
__asm
 
	`__vީ�e__
 ("cvtsd2s�%1, %0" : "�" (
__�s
�: "xm" (
__x
));

197  
__�s
;

198 
	}
}

200 #ifde�
__x86_64__


201 
__ex�nsi�__


202 
__MATH_INLINE
 

203 
__NTH
 (
	$�r�tf
 (
__x
))

205 
__�s
;

210 
__asm
 
	`__vީ�e__
 ("cvtss2s�%1, %0" : "�" (
__�s
�: "xm" (
__x
));

211  
__�s
;

212 
	}
}

213 
__ex�nsi�__


214 
__MATH_INLINE
 

215 
__NTH
 (
	$�r�t
 (
__x
))

217 
__�s
;

222 
__asm
 
	`__vީ�e__
 ("cvtsd2s�%1, %0" : "�" (
__�s
�: "xm" (
__x
));

223  
__�s
;

224 
	}
}

227 #i�
def�ed
 
__FINITE_MATH_ONLY__
 && __FINITE_MATH_ONLY__ > 0 \

228 && 
def�ed
 
__SSE2_MATH__


230 
__MATH_INLINE
 

231 
__NTH
 (
	$fmaxf
 (
__x
, 
__y
))

233 #ifde�
__AVX__


234 
__�s
;

235 
	`__asm
 ("vmaxs�%2, %1, %0" : "=x" (
__�s
�: "x" (
x
), "xm" (
__y
));

236  
__�s
;

238 
	`__asm
 ("maxs�%1, %0" : "+x" (
__x
�: "xm" (
__y
));

239  
__x
;

241 
	}
}

242 
__MATH_INLINE
 

243 
__NTH
 (
	$fmax
 (
__x
, 
__y
))

245 #ifde�
__AVX__


246 
__�s
;

247 
	`__asm
 ("vmaxsd %2, %1, %0" : "=x" (
__�s
�: "x" (
x
), "xm" (
__y
));

248  
__�s
;

250 
	`__asm
 ("maxsd %1, %0" : "+x" (
__x
�: "xm" (
__y
));

251  
__x
;

253 
	}
}

256 
__MATH_INLINE
 

257 
__NTH
 (
	$fm�f
 (
__x
, 
__y
))

259 #ifde�
__AVX__


260 
__�s
;

261 
	`__asm
 ("vm�s�%2, %1, %0" : "=x" (
__�s
�: "x" (
x
), "xm" (
__y
));

262  
__�s
;

264 
	`__asm
 ("m�s�%1, %0" : "+x" (
__x
�: "xm" (
__y
));

265  
__x
;

267 
	}
}

268 
__MATH_INLINE
 

269 
__NTH
 (
	$fm�
 (
__x
, 
__y
))

271 #ifde�
__AVX__


272 
__�s
;

273 
	`__asm
 ("vm�sd %2, %1, %0" : "=x" (
__�s
�: "x" (
x
), "xm" (
__y
));

274  
__�s
;

276 
	`__asm
 ("m�sd %1, %0" : "+x" (
__x
�: "xm" (
__y
));

277  
__x
;

279 
	}
}

282 
	g__END_NAMESPACE_C99


285 #i�
def�ed
 
__SSE4_1__
 && def�ed 
__SSE2_MATH__


286 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_ISOC99


287 
__BEGIN_NAMESPACE_C99


290 
__MATH_INLINE
 

291 
__NTH
 (
	$r�t
 (
__x
))

293 
__�s
;

298 
__asm
 
	`__vީ�e__
 ("roundsd $4, %1, %0" : "=x" (
__�s
�: "xm" (
__x
));

299  
__�s
;

300 
	}
}

301 
__MATH_INLINE
 

302 
__NTH
 (
	$r�tf
 (
__x
))

304 
__�s
;

309 
__asm
 
	`__vީ�e__
 ("rounds�$4, %1, %0" : "=x" (
__�s
�: "xm" (
__x
));

310  
__�s
;

311 
	}
}

313 #ifde�
__USE_ISOC99


315 
__MATH_INLINE
 

316 
__NTH
 (
	$ìby�t
 (
__x
))

318 
__�s
;

323 
__asm
 
	`__vީ�e__
 ("roundsd $0xc, %1, %0" : "=x" (
__�s
�: "xm" (
__x
));

324  
__�s
;

325 
	}
}

326 
__MATH_INLINE
 

327 
__NTH
 (
	$ìby�tf
 (
__x
))

329 
__�s
;

334 
__asm
 
	`__vީ�e__
 ("rounds�$0xc, %1, %0" : "=x" (
__�s
�: "xm" (
__x
));

335  
__�s
;

336 
	}
}

339 
	g__END_NAMESPACE_C99


342 
__BEGIN_NAMESPACE_STD


344 
__MATH_INLINE
 

345 
__NTH
 (
	$��
 (
__x
))

347 
__�s
;

348 
	`__asm
 ("roundsd $2, %1, %0" : "=x" (
__�s
�: "xm" (
__x
));

349  
__�s
;

350 
	}
}

351 
__END_NAMESPACE_STD


353 
__BEGIN_NAMESPACE_C99


354 
__MATH_INLINE
 

355 
__NTH
 (
	$��f
 (
__x
))

357 
__�s
;

358 
	`__asm
 ("rounds�$2, %1, %0" : "=x" (
__�s
�: "xm" (
__x
));

359  
__�s
;

360 
	}
}

361 
__END_NAMESPACE_C99


363 
__BEGIN_NAMESPACE_STD


365 
__MATH_INLINE
 

366 
__NTH
 (
	$�o�
 (
__x
))

368 
__�s
;

369 
	`__asm
 ("roundsd $1, %1, %0" : "=x" (
__�s
�: "xm" (
__x
));

370  
__�s
;

371 
	}
}

372 
__END_NAMESPACE_STD


374 
__BEGIN_NAMESPACE_C99


375 
__MATH_INLINE
 

376 
__NTH
 (
	$�o�f
 (
__x
))

378 
__�s
;

379 
	`__asm
 ("rounds�$1, %1, %0" : "=x" (
__�s
�: "xm" (
__x
));

380  
__�s
;

381 
	}
}

382 
	g__END_NAMESPACE_C99


390 #i�!
def�ed
 
__SSE2_MATH__
 && !def�ed 
__x86_64__


391 #i�((!
def�ed
 
__NO_MATH_INLINES
 || def�ed 
__LIBC_INTERNAL_MATH_INLINES
) \

392 && 
def�ed
 
	g__OPTIMIZE__
)

396 #unde�
m�h_�rh�dl�g


405 #ifde�
__USE_ISOC99


406 

	#__�l�e_m�h�
(
func
, 
�
) \

407 
	`__�l�e_m�h�_
 (, 
func
, 
�
) \

408 
	`__�l�e_m�h�_
 (, 
	`__CONCAT
(
func
,
f
), 
�
) \

409 
	`__�l�e_m�h�_
 (, 
	`__CONCAT
(
func
,
l
), 
�
)

	)

410 

	#__�l�e_m�h�NP
(
func
, 
�
) \

411 
	`__�l�e_m�h�NP_
 (, 
func
, 
�
) \

412 
	`__�l�e_m�h�NP_
 (, 
	`__CONCAT
(
func
,
f
), 
�
) \

413 
	`__�l�e_m�h�NP_
 (, 
	`__CONCAT
(
func
,
l
), 
�
)

	)

415 

	#__�l�e_m�h�
(
func
, 
�
) \

416 
	`__�l�e_m�h�_
 (, 
func
, 
�
)

	)

417 

	#__�l�e_m�h�NP
(
func
, 
�
) \

418 
	`__�l�e_m�h�NP_
 (, 
func
, 
�
)

	)

421 

	#__�l�e_m�h�_
(
��t_ty�
, 
func
, 
�
) \

422 
	`__�l�e_m�h�_de�_
 (
��t_ty�
, 
func
, 
�
, "0" (
__x
))

	)

423 

	#__�l�e_m�h�NP_
(
��t_ty�
, 
func
, 
�
) \

424 
	`__�l�e_m�h�_de�NP_
 (
��t_ty�
, 
func
, 
�
, "0" (
__x
))

	)

427 #ifde�
__USE_ISOC99


428 

	#__�l�e_m�h�_de�
(
func
, 
�
, 
��ms
...) \

429 
	`__�l�e_m�h�_de�_
 (, 
func
, 
�
, 
��ms
) \

430 
	`__�l�e_m�h�_de�_
 (, 
	`__CONCAT
(
func
,
f
), 
�
, 
��ms
) \

431 
	`__�l�e_m�h�_de�_
 (, 
	`__CONCAT
(
func
,
l
), 
�
, 
��ms
)

	)

432 

	#__�l�e_m�h�_de�NP
(
func
, 
�
, 
��ms
...) \

433 
	`__�l�e_m�h�_de�NP_
 (, 
func
, 
�
, 
��ms
) \

434 
	`__�l�e_m�h�_de�NP_
 (, 
	`__CONCAT
(
func
,
f
), 
�
, 
��ms
) \

435 
	`__�l�e_m�h�_de�NP_
 (, 
	`__CONCAT
(
func
,
l
), 
�
, 
��ms
)

	)

437 

	#__�l�e_m�h�_de�
(
func
, 
�
, 
��ms
...) \

438 
	`__�l�e_m�h�_de�_
 (, 
func
, 
�
, 
��ms
)

	)

439 

	#__�l�e_m�h�_de�NP
(
func
, 
�
, 
��ms
...) \

440 
	`__�l�e_m�h�_de�NP_
 (, 
func
, 
�
, 
��ms
)

	)

443 

	#__�l�e_m�h�_de�_
(
��t_ty�
, 
func
, 
�
, 
��ms
...) \

444 
__MATH_INLINE
 
��t_ty�
 
	`func
 (��t_ty��
__THROW
; \

445 
	`__�l�e_m�h�_de�NP_
 (
��t_ty�
, 
func
, 
�
, 
��ms
)

	)

447 

	#__�l�e_m�h�_de�NP_
(
��t_ty�
, 
func
, 
�
, 
��ms
...) \

448 
__MATH_INLINE
 
��t_ty�
 
	`__NTH
 (
	`func
 (��t_ty� 
__x
)) \

450 
��t_ty�
 
__�su�
; \

451 
__asm
 
	`__vީ�e__
 (
�
 : "�" (
__�su�
�: 
��ms
); \

452  
__�su�
; \

453 }

	)

456 #ifde�
__USE_ISOC99


457 

	#__�l�e_m�hcode
(
func
, 
�g
, 
code
) \

458 
	`__�l�e_m�hcode_
 (, 
func
, 
�g
, 
code
) \

459 
	`__�l�e_m�hcode_
 (, 
	`__CONCAT
(
func
,
f
), 
�g
, 
code
) \

460 
	`__�l�e_m�hcode_
 (, 
	`__CONCAT
(
func
,
l
), 
�g
, 
code
)

	)

461 

	#__�l�e_m�hcodeNP
(
func
, 
�g
, 
code
) \

462 
	`__�l�e_m�hcodeNP_
 (, 
func
, 
�g
, 
code
) \

463 
	`__�l�e_m�hcodeNP_
 (, 
	`__CONCAT
(
func
,
f
), 
�g
, 
code
) \

464 
	`__�l�e_m�hcodeNP_
 (, 
	`__CONCAT
(
func
,
l
), 
�g
, 
code
)

	)

465 

	#__�l�e_m�hcode2
(
func
, 
�g1
, 
�g2
, 
code
) \

466 
	`__�l�e_m�hcode2_
 (, 
func
, 
�g1
, 
�g2
, 
code
) \

467 
	`__�l�e_m�hcode2_
 (, 
	`__CONCAT
(
func
,
f
), 
�g1
, 
�g2
, 
code
) \

468 
	`__�l�e_m�hcode2_
 (, 
	`__CONCAT
(
func
,
l
), 
�g1
, 
�g2
, 
code
)

	)

469 

	#__�l�e_m�hcodeNP2
(
func
, 
�g1
, 
�g2
, 
code
) \

470 
	`__�l�e_m�hcodeNP2_
 (, 
func
, 
�g1
, 
�g2
, 
code
) \

471 
	`__�l�e_m�hcodeNP2_
 (, 
	`__CONCAT
(
func
,
f
), 
�g1
, 
�g2
, 
code
) \

472 
	`__�l�e_m�hcodeNP2_
 (, 
	`__CONCAT
(
func
,
l
), 
�g1
, 
�g2
, 
code
)

	)

473 

	#__�l�e_m�hcode3
(
func
, 
�g1
, 
�g2
, 
�g3
, 
code
) \

474 
	`__�l�e_m�hcode3_
 (, 
func
, 
�g1
, 
�g2
, 
�g3
, 
code
) \

475 
	`__�l�e_m�hcode3_
 (, 
	`__CONCAT
(
func
,
f
), 
�g1
, 
�g2
, 
�g3
, 
code
) \

476 
	`__�l�e_m�hcode3_
 (, 
	`__CONCAT
(
func
,
l
), 
�g1
, 
�g2
, 
�g3
, 
code
)

	)

477 

	#__�l�e_m�hcodeNP3
(
func
, 
�g1
, 
�g2
, 
�g3
, 
code
) \

478 
	`__�l�e_m�hcodeNP3_
 (, 
func
, 
�g1
, 
�g2
, 
�g3
, 
code
) \

479 
	`__�l�e_m�hcodeNP3_
 (, 
	`__CONCAT
(
func
,
f
), 
�g1
, 
�g2
, 
�g3
, 
code
) \

480 
	`__�l�e_m�hcodeNP3_
 (, 
	`__CONCAT
(
func
,
l
), 
�g1
, 
�g2
, 
�g3
, 
code
)

	)

482 

	#__�l�e_m�hcode
(
func
, 
�g
, 
code
) \

483 
	`__�l�e_m�hcode_
 (, 
func
, (
�g
), 
code
)

	)

484 

	#__�l�e_m�hcodeNP
(
func
, 
�g
, 
code
) \

485 
	`__�l�e_m�hcodeNP_
 (, 
func
, (
�g
), 
code
)

	)

486 

	#__�l�e_m�hcode2
(
func
, 
�g1
, 
�g2
, 
code
) \

487 
	`__�l�e_m�hcode2_
 (, 
func
, 
�g1
, 
�g2
, 
code
)

	)

488 

	#__�l�e_m�hcodeNP2
(
func
, 
�g1
, 
�g2
, 
code
) \

489 
	`__�l�e_m�hcodeNP2_
 (, 
func
, 
�g1
, 
�g2
, 
code
)

	)

490 

	#__�l�e_m�hcode3
(
func
, 
�g1
, 
�g2
, 
�g3
, 
code
) \

491 
	`__�l�e_m�hcode3_
 (, 
func
, 
�g1
, 
�g2
, 
�g3
, 
code
)

	)

492 

	#__�l�e_m�hcodeNP3
(
func
, 
�g1
, 
�g2
, 
�g3
, 
code
) \

493 
	`__�l�e_m�hcodeNP3_
 (, 
func
, 
�g1
, 
�g2
, 
�g3
, 
code
)

	)

496 

	#__�l�e_m�hcode_
(
��t_ty�
, 
func
, 
�g
, 
code
) \

497 
__MATH_INLINE
 
��t_ty�
 
	`func
 (��t_ty��
__THROW
; \

498 
	`__�l�e_m�hcodeNP_
(
��t_ty�
, 
func
, 
�g
, 
code
)

	)

500 

	#__�l�e_m�hcodeNP_
(
��t_ty�
, 
func
, 
�g
, 
code
) \

501 
__MATH_INLINE
 
��t_ty�
 
	`__NTH
 (
	`func
 (��t_ty� 
�g
)) \

503 
code
; \

504 }

	)

507 

	#__�l�e_m�hcode2_
(
��t_ty�
, 
func
, 
�g1
, 
�g2
, 
code
) \

508 
__MATH_INLINE
 
��t_ty�
 
	`func
 (��t_ty�, fl�t_ty��
__THROW
; \

509 
	`__�l�e_m�hcodeNP2_
 (
��t_ty�
, 
func
, 
�g1
, 
�g2
, 
code
)

	)

511 

	#__�l�e_m�hcodeNP2_
(
��t_ty�
, 
func
, 
�g1
, 
�g2
, 
code
) \

512 
__MATH_INLINE
 
��t_ty�
 
	`__NTH
 (
	`func
 (��t_ty� 
�g1
, fl�t_ty� 
�g2
)) \

514 
code
; \

515 }

	)

517 

	#__�l�e_m�hcode3_
(
��t_ty�
, 
func
, 
�g1
, 
�g2
, 
�g3
, 
code
) \

518 
__MATH_INLINE
 
��t_ty�
 
	`func
 (��t_ty�, fl�t_ty�, fl�t_ty��
__THROW
; \

519 
	`__�l�e_m�hcodeNP3_
(
��t_ty�
, 
func
, 
�g1
, 
�g2
, 
�g3
, 
code
)

	)

521 

	#__�l�e_m�hcodeNP3_
(
��t_ty�
, 
func
, 
�g1
, 
�g2
, 
�g3
, 
code
) \

522 
__MATH_INLINE
 
��t_ty�
 
	`__NTH
 (
	`func
 (��t_ty� 
�g1
, fl�t_ty� 
�g2
, \

523 
��t_ty�
 
�g3
)) \

525 
code
; \

526 }

	)

530 #i�!
def�ed
 
__NO_MATH_INLINES
 && def�ed 
__OPTIMIZE__


534 #ifde�
__FAST_MATH__


535 #ifde�
__USE_GNU


536 

	#__s�cos_code
 \

537 
__co�
; \

538 
__s�r
; \

539 
__swtmp
; \

540 
__asm
 
__vީ�e__
 \

555 : "�" (
__co�
), "=u" (
__s�r
), "�" (
__swtmp
�: "0" (
__x
)); \

556 *
__s�x
 = 
__s�r
; \

557 *
__cosx
 = 
__co�


	)

559 
__MATH_INLINE
 

560 
__NTH
 (
	$__s�cos
 (
__x
, *
__s�x
, *
__cosx
))

562 
__s�cos_code
;

563 
	}
}

565 
__MATH_INLINE
 

566 
__NTH
 (
	$__s�cosf
 (
__x
, *
__s�x
, *
__cosx
))

568 
__s�cos_code
;

569 
	}
}

571 
__MATH_INLINE
 

572 
__NTH
 (
	$__s�co�
 (
__x
, *
__s�x
, *
__cosx
))

574 
__s�cos_code
;

575 
	}
}

582 #i�
__GNUC_PREREQ
 (3, 5)

583 

	#__expm1_code
 \

584 
__�mp
; \

585 
__�mp
 = 
	`__bu�t�_expm1l
 (
__x
); \

586  
__�mp
 ? __�m�: 
__x


	)

588 

	#__expm1_code
 \

589 
__v�ue
; \

590 
__expڒt
; \

591 
__�mp
; \

592 
__asm
 
__vީ�e__
 \

601 : "�" (
__v�ue
), "=u" (
__expڒt
�: "0" (
__x
)); \

602 
__asm
 
__vީ�e__
 \

604 : "�" (
__�mp
�: "0" (1.0), "u" (
__expڒt
)); \

605 
__�mp
 -= 1.0; \

606 
__�mp
 +�
__v�ue
; \

607  
__�mp
 ? __�m�: 
__x


	)

609 
	$__�l�e_m�hcodeNP_
 (, 
__expm1l
, 
__x
, 
__expm1_code
)

611 #i�
	`__GNUC_PREREQ
 (3, 4)

612 
	`__�l�e_m�hcodeNP_
 (, 
__ex�
, 
__x
,  
	$__bu�t�_ex�
 (
__x
))

614 

	#__exp_code
 \

615 
__v�ue
; \

616 
__expڒt
; \

617 
__asm
 
__vީ�e__
 \

625 : "�" (
__v�ue
), "=u" (
__expڒt
�: "0" (
__x
)); \

626 
__v�ue
 += 1.0; \

627 
__asm
 
__vީ�e__
 \

629 : "�" (
__v�ue
�: "0" (__v�ue), "u" (
__expڒt
)); \

630  
__v�ue


	)

631 
	$__�l�e_m�hcodeNP
 (
exp
, 
__x
, 
__exp_code
)

632 
	$__�l�e_m�hcodeNP_
 (, 
__ex�
, 
__x
, 
__exp_code
)

636 #i�!
	`__GNUC_PREREQ
 (3, 5)

637 
	`__�l�e_m�hcodeNP
 (
�n
, 
__x
, \

638 
__v�ue
; \

639 
__v�ue2
 
	`__��ibu�__
 ((
__unu�d__
)); \

640 
__asm
 
__vީ�e__
 \

642 : "�" (
__v�ue2
), "=u" (
__v�ue
�: "0" (
__x
)); \

643  
__v�ue
)

648 #i�
	`__GNUC_PREREQ
 (3, 4)

649 
	`__�l�e_m�hcodeNP2_
 (, 
__��2l
, 
__y
, 
__x
,

650  
	$__bu�t�_��2l
 (
__y
, 
__x
))

652 

	#__��2_code
 \

653 
__v�ue
; \

654 
__asm
 
__vީ�e__
 \

656 : "�" (
__v�ue
�: "0" (
__x
), "u" (
__y
) : "st(1)"); \

657  
__v�ue


	)

658 #ifde�
__FAST_MATH__


659 
	$__�l�e_m�hcodeNP2
 (
��2
, 
__y
, 
__x
, 
__��2_code
)

661 
	$__�l�e_m�hcodeNP2_
 (, 
__��2l
, 
__y
, 
__x
, 
__��2_code
)

665 #i�
def�ed
 
__FAST_MATH__
 && !
	`__GNUC_PREREQ
 (3, 5)

666 
	`__�l�e_m�hcodeNP2
 (
fmod
, 
__x
, 
__y
, \

667 
__v�ue
; \

668 
__asm
 
__vީ�e__
 \

673 : "�" (
__v�ue
�: "0" (
__x
), "u" (
__y
) : "ax", "cc"); \

674  
__v�ue
)

678 #ifde�
__FAST_MATH__


679 #i�!
	`__GNUC_PREREQ
 (3,3)

680 
	`__�l�e_m�h�NP
 (
sq�
, "fsqrt")

681 
	`__�l�e_m�h�NP_
 (, 
__sq�l
, "fsqrt")

682 

	#__libc_sq�l
(
n
�
	`__sq�l
 (n)

	)

684 

	#__libc_sq�l
(
n
�
	`__bu�t�_sq�l
 (n)

	)

688 #i�
	`__GNUC_PREREQ
 (2, 8)

689 
	`__�l�e_m�hcodeNP_
 (, 
�bs
, 
__x
,  
	$__bu�t�_�bs
 (
__x
))

690 #ifde�
__USE_ISOC99


691 
	`__�l�e_m�hcodeNP_
 (, 
�bsf
, 
__x
,  
	$__bu�t�_�bsf
 (
__x
))

692 
	`__�l�e_m�hcodeNP_
 (, 
�b�
, 
__x
,  
	$__bu�t�_�b�
 (
__x
))

694 
	`__�l�e_m�hcodeNP_
 (, 
__�b�
, 
__x
,  
	$__bu�t�_�b�
 (
__x
))

696 
	`__�l�e_m�h�
 (
�bs
, "fabs")

697 
	`__�l�e_m�h�_
 (, 
__�b�
, "fabs")

700 #ifde�
__FAST_MATH__


701 #i�!
	`__GNUC_PREREQ
 (3, 4)

703 
	`__�l�e_m�h�NP
 (
s�
, "fsin")

705 
	`__�l�e_m�h�NP
 (
cos
, "fcos")

707 
	`__�l�e_m�h�_de�NP
 (
log
, "�d�2; fxch; fyl2x", "0" (
__x
) : "st(1)")

710 #i�!
	`__GNUC_PREREQ
 (3, 5)

711 
	`__�l�e_m�h�_de�NP
 (
log10
, "�dlg2; fxch; fyl2x", "0" (
__x
) : "st(1)")

713 
	`__�l�e_m�hcodeNP
 (
as�
, 
__x
,  
	`__��2l
 (__x, 
	`__libc_sq�l
 (1.0 - __x * __x)))

714 
	`__�l�e_m�hcodeNP
 (
acos
, 
__x
,  
	`__��2l
 (
	`__libc_sq�l
 (1.0 - __x * __x), __x))

717 #i�!
	`__GNUC_PREREQ
 (3, 4)

718 
	`__�l�e_m�h�_de�NP
 (
��
, "�d1; f��n", "0" (
__x
) : "st(1)")

722 
	`__�l�e_m�hcode_
 (, 
__sgn1l
, 
__x
, \

723 
__ex�nsi�__
 uni� { 
__xld
; 
__xi
[3]; } 
__n
 = \

724 { 
__xld
: 
__x
 
	}
}; \

725 
	g__n
.
	g__xi
[2] = (
__n
.
__xi
[2] & 0x8000) | 0x3fff; \

726 
	g__n
.
	g__xi
[1] = 0x80000000; \

727 
	g__n
.
	g__xi
[0] = 0; \

728  
	g__n
.
	g__xld
)

731 #ifde�
__FAST_MATH__


733 
__�l�e_m�hcodeNP
 (
s�h
, 
__x
, \

734 
__exm1
 = 
__expm1l
 (
__�b�
 (
__x
)); \

735  0.5 * (
__exm1
 / (__exm1 + 1.0�+ __exm1�* 
	$__sgn1l
 (
__x
))

737 
	`__�l�e_m�hcodeNP
 (
cosh
, 
__x
, \

738 
__ex
 = 
	`__ex�
 (
__x
); \

739  0.5 * (
__ex
 + 1.0 / __ex))

741 
	`__�l�e_m�hcodeNP
 (
�nh
, 
__x
, \

742 
__exm1
 = 
	`__expm1l
 (-
	`__�b�
 (
__x
 + __x)); \

743  
__exm1
 / (__exm1 + 2.0�* 
	`__sgn1l
 (-
__x
))

746 
	`__�l�e_m�hcodeNP
 (
�o�
, 
__x
, \

747 
__v�ue
; \

748 
__ign�e
; \

749 
__cw
; \

750 
__cwtmp
; \

751 
__asm
 
	`__vީ�e
 ("fnstcw %3\n\t" \

759 : "�" (
__v�ue
), "=&q" (
__ign�e
), "=m" (
__cwtmp
), \

760 "=m" (
__cw
) \

761 : "0" (
__x
)); \

762  
__v�ue
)

764 
	`__�l�e_m�hcodeNP
 (
��
, 
__x
, \

765 
__v�ue
; \

766 
__ign�e
; \

767 
__cw
; \

768 
__cwtmp
; \

769 
__asm
 
	`__vީ�e
 ("fnstcw %3\n\t" \

777 : "�" (
__v�ue
), "=&q" (
__ign�e
), "=m" (
__cwtmp
), \

778 "=m" (
__cw
) \

779 : "0" (
__x
)); \

780  
__v�ue
)

782 #ifde�
__FAST_MATH__


783 

	#__ldexp_code
 \

784 
__v�ue
; \

785 
__asm
 
__vީ�e__
 \

787 : "�" (
__v�ue
�: "0" (
__x
), "u" ((�
__y
)); \

788  
__v�ue


	)

790 
__MATH_INLINE
 

791 
	`__NTH
 (
	$ldexp
 (
__x
, 
__y
))

793 
__ldexp_code
;

794 
	}
}

799 #ifde�
__USE_ISOC99


801 #ifde�
__FAST_MATH__


802 
	$__�l�e_m�hcodeNP
 (
expm1
, 
__x
, 
__expm1_code
)

806 

	#__M_SQRT2
 1.41421356237309504880L

	)

808 #i�!
	`__GNUC_PREREQ
 (3, 5)

809 
	`__�l�e_m�hcodeNP
 (
log1p
, 
__x
, \

810 
__v�ue
; \

811 i�(
	`__�b�
 (
__x
�>�1.0 - 0.5 * 
__M_SQRT2
) \

812 
__v�ue
 = 
	`logl
 (1.0 + 
__x
); \

814 
__asm
 
__vީ�e__
 \

818 : "�" (
__v�ue
�: "0" (
__x
) : "st(1)"); \

819  
__v�ue
)

824 
	`__�l�e_m�hcodeNP
 (
as�h
, 
__x
, \

825 
__y
 = 
	`__�b�
 (
__x
); \

826  (
	`log1�
 (
__y
 * __y / (
	`__libc_sq�l
 (__y * __y + 1.0) + 1.0) + __y) \

827 * 
	$__sgn1l
 (
__x
)))

829 
	`__�l�e_m�hcodeNP
 (
acosh
, 
__x
, \

830  
	`logl
 (
__x
 + 
	`__libc_sq�l
 (__x - 1.0) * __libc_sqrtl (__x + 1.0)))

832 
	`__�l�e_m�hcodeNP
 (
��h
, 
__x
, \

833 
__y
 = 
	`__�b�
 (
__x
); \

834  -0.5 * 
	`log1�
 (-(
__y
 + __y�/ (1.0 + __y)�* 
	$__sgn1l
 (
__x
))

837 
	`__�l�e_m�hcodeNP2
 (
hyp�
, 
__x
, 
__y
,

838  
	`__libc_sq�l
 (
__x
 * __x + 
__y
 * __y))

840 #i�!
	`__GNUC_PREREQ
 (3, 5)

841 
	`__�l�e_m�hcodeNP
(
logb
, 
__x
, \

842 
__v�ue
; \

843 
__junk
; \

844 
__asm
 
__vީ�e__
 \

846 : "�" (
__junk
), "=u" (
__v�ue
�: "0" (
__x
)); \

847  
__v�ue
)

853 #ifde�
__USE_ISOC99


854 #ifde�
__FAST_MATH__


856 #i�!
	`__GNUC_PREREQ
 (3, 5)

857 
	`__�l�e_m�h�_de�NP
 (
log2
, "�d1; fxch; fyl2x", "0" (
__x
) : "st(1)")

860 
__MATH_INLINE
 

861 
	`__NTH
 (
	$ldexpf
 (
__x
, 
__y
))

863 
__ldexp_code
;

864 
	}
}

866 
__MATH_INLINE
 

867 
__NTH
 (
	$ldex�
 (
__x
, 
__y
))

869 
__ldexp_code
;

870 
	}
}

872 
__�l�e_m�h�NP
 (
r�t
, "frndint")

875 

	#__̚t_code
 \

876 
__̚�es
; \

877 
__asm__
 
__vީ�e__
 \

879 : "=m" (
__̚�es
�: "t" (
__x
) : "st"); \

880  
__̚�es


	)

881 
__MATH_INLINE
 

882 
__NTH
 (
	$̚tf
 (
__x
))

884 
__̚t_code
;

885 
	}
}

886 
__MATH_INLINE
 

887 
__NTH
 (
	$̚t
 (
__x
))

889 
__̚t_code
;

890 
	}
}

891 
__MATH_INLINE
 

892 
__NTH
 (
	$̚�
 (
__x
))

894 
__̚t_code
;

895 
	}
}

896 #unde�
__̚t_code


898 

	#__�r�t_code
 \

899 
__�r��es
; \

900 
__asm__
 
__vީ�e__
 \

902 : "=m" (
__�r��es
�: "t" (
__x
) : "st"); \

903  
__�r��es


	)

904 
__ex�nsi�__


905 
__MATH_INLINE
 

906 
__NTH
 (
	$�r�tf
 (
__x
))

908 
__�r�t_code
;

909 
	}
}

910 
__ex�nsi�__


911 
__MATH_INLINE
 

912 
__NTH
 (
	$�r�t
 (
__x
))

914 
__�r�t_code
;

915 
	}
}

916 
__ex�nsi�__


917 
__MATH_INLINE
 

918 
__NTH
 (
	$�r��
 (
__x
))

920 
__�r�t_code
;

921 
	}
}

922 #unde�
__�r�t_code


927 #ifde�
__USE_MISC


929 #i�
def�ed
 
__FAST_MATH__
 && !
__GNUC_PREREQ
 (3, 5)

930 
__�l�e_m�hcodeNP2
 (
d�m
, 
__x
, 
__y
, \

931 
__v�ue
; \

932 
__�obb�ed
; \

933 
__asm
 
__vީ�e__
 \

938 : "�" (
__v�ue
), "=&a" (
__�obb�ed
�: "0" (
__x
), "u" (
__y
) : "cc"); \

939  
__v�ue
)

944 
__MATH_INLINE
 

945 
__NTH
 (
	$__f��e
 (
__x
))

947  (
__ex�nsi�__


948 (((((uni� { 
__d
; 
__i
[2]; }�{__d: 
__x
}).__i[1]

950 
	}
}

955 #unde�
__��2_code


956 #ifde�
__FAST_MATH__


957 #unde�
__expm1_code


958 #unde�
__exp_code


959 #unde�
__s�cos_code


966 #ifde�
__LIBC_INTERNAL_MATH_INLINES


967 
__�l�e_m�h�
 (
__��754_sq�
, "fsqrt")

968 
__�l�e_m�hcode2_
 (, 
__��754_��2l
, 
__y
, 
__x
,

969 
__v�ue
;

970 
__asm
 
__vީ�e__
 ("fpatan\n\t"

971 : "�" (
__v�ue
)

972 : "0" (
__x
), "u" (
__y
) : "st(1)");

973  
__v�ue
;)

	@/usr/include/bits/nan.h

19 #i�de�
_MATH_H


26 #i�
__GNUC_PREREQ
(3,3)

28 

	#NAN
 (
	`__bu�t�_�nf
 (""))

	)

30 #�i�
def�ed
 
__GNUC__


32 

	#NAN
 \

33 (
__ex�nsi�__
 \

34 ((uni� { 
__l
 
	`__��ibu�__
 ((
	`__mode__
 (
__SI__
))); 
__d
; }) \

35 { 
__l
: 0x7fc00000UL }).
__d
)

	)

39 
	~<�d�n.h
>

41 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


42 

	#__q�n_by�s
 { 0x7f, 0xc0, 0, 0 }

	)

44 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


45 

	#__q�n_by�s
 { 0, 0, 0xc0, 0x7�}

	)

48 uni� { 
	m__c
[4]; 
	m__d
; } 
__q�n_uni�


49 
__��ibu�__
 ((
__unu�d__
)��{ 
__q�n_by�s
 };

50 

	#NAN
 (
__q�n_uni�
.
__d
)

	)

	@/usr/include/bits/param.h

19 #i�de�
_SYS_PARAM_H


23 #i�de�
ARG_MAX


24 

	#__undef_ARG_MAX


	)

27 
	~<l�ux/lim�s.h
>

28 
	~<l�ux/��m.h
>

31 #ifde�
__undef_ARG_MAX


32 #unde�
ARG_MAX


33 #unde�
__undef_ARG_MAX


36 

	#MAXSYMLINKS
 20

	)

41 

	#NOFILE
 256

	)

42 

	#NCARGS
 131072

	)

	@/usr/include/bits/posix_opt.h

19 #i�def 
_BITS_POSIX_OPT_H


20 

	#_BITS_POSIX_OPT_H
 1

	)

23 

	#_POSIX_JOB_CONTROL
 1

	)

26 

	#_POSIX_SAVED_IDS
 1

	)

29 

	#_POSIX_PRIORITY_SCHEDULING
 200809L

	)

32 

	#_POSIX_SYNCHRONIZED_IO
 200809L

	)

35 

	#_POSIX_FSYNC
 200809L

	)

38 

	#_POSIX_MAPPED_FILES
 200809L

	)

41 

	#_POSIX_MEMLOCK
 200809L

	)

44 

	#_POSIX_MEMLOCK_RANGE
 200809L

	)

47 

	#_POSIX_MEMORY_PROTECTION
 200809L

	)

50 

	#_POSIX_CHOWN_RESTRICTED
 0

	)

54 

	#_POSIX_VDISABLE
 '\0'

	)

57 

	#_POSIX_NO_TRUNC
 1

	)

60 

	#_XOPEN_REALTIME
 1

	)

63 

	#_XOPEN_REALTIME_THREADS
 1

	)

66 

	#_XOPEN_SHM
 1

	)

69 

	#_POSIX_THREADS
 200809L

	)

72 

	#_POSIX_REENTRANT_FUNCTIONS
 1

	)

73 

	#_POSIX_THREAD_SAFE_FUNCTIONS
 200809L

	)

76 

	#_POSIX_THREAD_PRIORITY_SCHEDULING
 200809L

	)

79 

	#_POSIX_THREAD_ATTR_STACKSIZE
 200809L

	)

82 

	#_POSIX_THREAD_ATTR_STACKADDR
 200809L

	)

85 

	#_POSIX_THREAD_PRIO_INHERIT
 200809L

	)

89 

	#_POSIX_THREAD_PRIO_PROTECT
 200809L

	)

91 #ifde�
__USE_XOPEN2K8


93 

	#_POSIX_THREAD_ROBUST_PRIO_INHERIT
 200809L

	)

96 

	#_POSIX_THREAD_ROBUST_PRIO_PROTECT
 -1

	)

100 

	#_POSIX_SEMAPHORES
 200809L

	)

103 

	#_POSIX_REALTIME_SIGNALS
 200809L

	)

106 

	#_POSIX_ASYNCHRONOUS_IO
 200809L

	)

107 

	#_POSIX_ASYNC_IO
 1

	)

109 

	#_LFS_ASYNCHRONOUS_IO
 1

	)

111 

	#_POSIX_PRIORITIZED_IO
 200809L

	)

114 

	#_LFS64_ASYNCHRONOUS_IO
 1

	)

117 

	#_LFS_LARGEFILE
 1

	)

118 

	#_LFS64_LARGEFILE
 1

	)

119 

	#_LFS64_STDIO
 1

	)

122 

	#_POSIX_SHARED_MEMORY_OBJECTS
 200809L

	)

125 

	#_POSIX_CPUTIME
 0

	)

128 

	#_POSIX_THREAD_CPUTIME
 0

	)

131 

	#_POSIX_REGEXP
 1

	)

134 

	#_POSIX_READER_WRITER_LOCKS
 200809L

	)

137 

	#_POSIX_SHELL
 1

	)

140 

	#_POSIX_TIMEOUTS
 200809L

	)

143 

	#_POSIX_SPIN_LOCKS
 200809L

	)

146 

	#_POSIX_SPAWN
 200809L

	)

149 

	#_POSIX_TIMERS
 200809L

	)

152 

	#_POSIX_BARRIERS
 200809L

	)

155 

	#_POSIX_MESSAGE_PASSING
 200809L

	)

158 

	#_POSIX_THREAD_PROCESS_SHARED
 200809L

	)

161 

	#_POSIX_MONOTONIC_CLOCK
 0

	)

164 

	#_POSIX_CLOCK_SELECTION
 200809L

	)

167 

	#_POSIX_ADVISORY_INFO
 200809L

	)

170 

	#_POSIX_IPV6
 200809L

	)

173 

	#_POSIX_RAW_SOCKETS
 200809L

	)

176 

	#_POSIX2_CHAR_TERM
 200809L

	)

179 

	#_POSIX_SPORADIC_SERVER
 -1

	)

180 

	#_POSIX_THREAD_SPORADIC_SERVER
 -1

	)

183 

	#_POSIX_TRACE
 -1

	)

184 

	#_POSIX_TRACE_EVENT_FILTER
 -1

	)

185 

	#_POSIX_TRACE_INHERIT
 -1

	)

186 

	#_POSIX_TRACE_LOG
 -1

	)

189 

	#_POSIX_TYPED_MEMORY_OBJECTS
 -1

	)

	@/usr/include/bits/pthreadtypes.h

18 #i�de�
_BITS_PTHREADTYPES_H


19 

	#_BITS_PTHREADTYPES_H
 1

	)

21 
	~<b�s/w�dsize.h
>

23 #ifde�
__x86_64__


24 #i�
__WORDSIZE
 == 64

25 

	#__SIZEOF_PTHREAD_ATTR_T
 56

	)

26 

	#__SIZEOF_PTHREAD_MUTEX_T
 40

	)

27 

	#__SIZEOF_PTHREAD_MUTEXATTR_T
 4

	)

28 

	#__SIZEOF_PTHREAD_COND_T
 48

	)

29 

	#__SIZEOF_PTHREAD_CONDATTR_T
 4

	)

30 

	#__SIZEOF_PTHREAD_RWLOCK_T
 56

	)

31 

	#__SIZEOF_PTHREAD_RWLOCKATTR_T
 8

	)

32 

	#__SIZEOF_PTHREAD_BARRIER_T
 32

	)

33 

	#__SIZEOF_PTHREAD_BARRIERATTR_T
 4

	)

35 

	#__SIZEOF_PTHREAD_ATTR_T
 32

	)

36 

	#__SIZEOF_PTHREAD_MUTEX_T
 32

	)

37 

	#__SIZEOF_PTHREAD_MUTEXATTR_T
 4

	)

38 

	#__SIZEOF_PTHREAD_COND_T
 48

	)

39 

	#__SIZEOF_PTHREAD_CONDATTR_T
 4

	)

40 

	#__SIZEOF_PTHREAD_RWLOCK_T
 44

	)

41 

	#__SIZEOF_PTHREAD_RWLOCKATTR_T
 8

	)

42 

	#__SIZEOF_PTHREAD_BARRIER_T
 20

	)

43 

	#__SIZEOF_PTHREAD_BARRIERATTR_T
 4

	)

46 

	#__SIZEOF_PTHREAD_ATTR_T
 36

	)

47 

	#__SIZEOF_PTHREAD_MUTEX_T
 24

	)

48 

	#__SIZEOF_PTHREAD_MUTEXATTR_T
 4

	)

49 

	#__SIZEOF_PTHREAD_COND_T
 48

	)

50 

	#__SIZEOF_PTHREAD_CONDATTR_T
 4

	)

51 

	#__SIZEOF_PTHREAD_RWLOCK_T
 32

	)

52 

	#__SIZEOF_PTHREAD_RWLOCKATTR_T
 8

	)

53 

	#__SIZEOF_PTHREAD_BARRIER_T
 20

	)

54 

	#__SIZEOF_PTHREAD_BARRIERATTR_T
 4

	)

60 
	t�h�ad_t
;

63 
	u�h�ad_��_t


65 
	m__size
[
__SIZEOF_PTHREAD_ATTR_T
];

66 
	m__�ign
;

68 #i�de�
__have_�h�ad_��_t


69 
�h�ad_��_t
 
	t�h�ad_��_t
;

70 

	#__have_�h�ad_��_t
 1

	)

74 #ifde�
__x86_64__


75 
	s__�h�ad_����_li�


77 
__�h�ad_����_li�
 *
	m__�ev
;

78 
__�h�ad_����_li�
 *
	m__�xt
;

79 } 
	t__�h�ad_li�_t
;

81 
	s__�h�ad_����_�i�


83 
__�h�ad_����_�i�
 *
	m__�xt
;

84 } 
	t__�h�ad_�i�_t
;

92 
	s__�h�ad_mu�x_s


94 
	m__lock
;

95 
	m__cou�
;

96 
	m__ow�r
;

97 #ifde�
__x86_64__


98 
	m__nu�rs
;

102 
	m__k�d
;

103 #ifde�
__x86_64__


104 
	m__��s
;

105 
	m__�isi�
;

106 
__�h�ad_li�_t
 
	m__li�
;

107 

	#__PTHREAD_MUTEX_HAVE_PREV
 1

	)

109 

	#__PTHREAD_SPINS
 0, 0

	)

111 
	m__nu�rs
;

112 
__ex�nsi�__
 union

116 
	m__e��s
;

117 
	m__�isi�
;

118 

	#__��s
 
__�isi�_d�a
.
__e��s


	)

119 

	#__�isi�
 
__�isi�_d�a
.
__�isi�


	)

120 

	#__PTHREAD_SPINS
 { 0, 0 }

	)

121 } 
	m__�isi�_d�a
;

122 
__�h�ad_�i�_t
 
	m__li�
;

125 } 
	m__d�a
;

126 
	m__size
[
__SIZEOF_PTHREAD_MUTEX_T
];

127 
	m__�ign
;

128 } 
	t�h�ad_mu�x_t
;

132 
	m__size
[
__SIZEOF_PTHREAD_MUTEXATTR_T
];

133 
	m__�ign
;

134 } 
	t�h�ad_mu�x��_t
;

143 
	m__lock
;

144 
	m__fu�x
;

145 
__ex�nsi�__
 
	m__tٮ_�q
;

146 
__ex�nsi�__
 
	m__wakeup_�q
;

147 
__ex�nsi�__
 
	m__wok�_�q
;

148 *
	m__mu�x
;

149 
	m__nwa��s
;

150 
	m__br�d��_�q
;

151 } 
	m__d�a
;

152 
	m__size
[
__SIZEOF_PTHREAD_COND_T
];

153 
__ex�nsi�__
 
	m__�ign
;

154 } 
	t�h�ad_c�d_t
;

158 
	m__size
[
__SIZEOF_PTHREAD_CONDATTR_T
];

159 
	m__�ign
;

160 } 
	t�h�ad_c�d��_t
;

164 
	t�h�ad_key_t
;

168 
	t�h�ad_��_t
;

171 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


176 #ifde�
__x86_64__


179 
	m__lock
;

180 
	m__�_�ad�s
;

181 
	m__�ad�s_wakeup
;

182 
	m__wr��_wakeup
;

183 
	m__�_�ad�s_queued
;

184 
	m__�_wr��s_queued
;

185 
	m__wr��
;

186 
	m__sh�ed
;

187 sig�d 
	m__rw�isi�
;

188 #ifde� 
__ILP32__


189 
	m__�d1
[3];

190 

	#__PTHREAD_RWLOCK_ELISION_EXTRA
 0, { 0, 0, 0 }

	)

192 
	m__�d1
[7];

193 

	#__PTHREAD_RWLOCK_ELISION_EXTRA
 0, { 0, 0, 0, 0, 0, 0, 0 }

	)

195 
	m__�d2
;

198 
	m__�ags
;

199 

	#__PTHREAD_RWLOCK_INT_FLAGS_SHARED
 1

	)

200 } 
	m__d�a
;

204 
	m__lock
;

205 
	m__�_�ad�s
;

206 
	m__�ad�s_wakeup
;

207 
	m__wr��_wakeup
;

208 
	m__�_�ad�s_queued
;

209 
	m__�_wr��s_queued
;

212 
	m__�ags
;

213 
	m__sh�ed
;

214 sig�d 
	m__rw�isi�
;

215 

	#__PTHREAD_RWLOCK_ELISION_EXTRA
 0

	)

216 
	m__�d2
;

217 
	m__wr��
;

218 } 
	m__d�a
;

220 
	m__size
[
__SIZEOF_PTHREAD_RWLOCK_T
];

221 
	m__�ign
;

222 } 
	t�h�ad_rwlock_t
;

226 
	m__size
[
__SIZEOF_PTHREAD_RWLOCKATTR_T
];

227 
	m__�ign
;

228 } 
	t�h�ad_rwlock��_t
;

232 #ifde�
__USE_XOPEN2K


234 vީ��
	t�h�ad_��lock_t
;

241 
	m__size
[
__SIZEOF_PTHREAD_BARRIER_T
];

242 
	m__�ign
;

243 } 
	t�h�ad_b�r�r_t
;

247 
	m__size
[
__SIZEOF_PTHREAD_BARRIERATTR_T
];

248 
	m__�ign
;

249 } 
	t�h�ad_b�r���r_t
;

253 #i�de�
__x86_64__


255 

	#__��nup_f�_��ibu�
 
	`__��ibu�__
 ((
	`__�g�rm__
 (1)))

	)

	@/usr/include/bits/setjmp.h

19 #i�de�
_BITS_SETJMP_H


20 

	#_BITS_SETJMP_H
 1

	)

22 #i�!
def�ed
 
_SETJMP_H
 && !def�ed 
_PTHREAD_H


26 
	~<b�s/w�dsize.h
>

28 #i�de�
_ASM


30 #i�
__WORDSIZE
 == 64

31 
	t__jmp_buf
[8];

32 #�i�
def�ed
 
__x86_64__


33 
__ex�nsi�__
 
	t__jmp_buf
[8];

35 
	t__jmp_buf
[6];

	@/usr/include/bits/setjmp2.h

19 #i�de�
_SETJMP_H


24 #ifde�
__REDIRECT_NTH


25 

__REDIRECT_NTHNL
 (
l�gjmp
,

26 (
__jmp_buf_�g
 
__�v
[1], 
__v�
),

27 
__l�gjmp_chk
�
__��ibu�__
 ((
__nܑu�__
));

28 

__REDIRECT_NTHNL
 (
_l�gjmp
,

29 (
__jmp_buf_�g
 
__�v
[1], 
__v�
),

30 
__l�gjmp_chk
�
__��ibu�__
 ((
__nܑu�__
));

31 

__REDIRECT_NTHNL
 (
sigl�gjmp
,

32 (
__jmp_buf_�g
 
__�v
[1], 
__v�
),

33 
__l�gjmp_chk
�
__��ibu�__
 ((
__nܑu�__
));

35 

__l�gjmp_chk
 (
__jmp_buf_�g
 
__�v
[1], 
__v�
),

36 
__THROWNL
 
__��ibu�__
 ((
__nܑu�__
));

37 

	#l�gjmp
 
__l�gjmp_chk


	)

38 

	#_l�gjmp
 
__l�gjmp_chk


	)

39 

	#sigl�gjmp
 
__l�gjmp_chk


	)

	@/usr/include/bits/sigaction.h

19 #i�de�
_SIGNAL_H


24 
	ssiga�i�


27 #ifde�
__USE_POSIX199309


31 
__sigh�d�r_t
 
	m�_h�d�r
;

33 (*
	m�_siga�i�
�(, 
	msig�fo_t
 *, *);

35 
	m__siga�i�_h�d�r
;

36 

	#�_h�d�r
 
__siga�i�_h�d�r
.
�_h�d�r


	)

37 

	#�_siga�i�
 
__siga�i�_h�d�r
.
�_siga�i�


	)

39 
__sigh�d�r_t
 
	m�_h�d�r
;

43 
__sig�t_t
 
	m�_mask
;

46 
	m�_�ags
;

49 (*
	m�_��ܔ
) ();

53 

	#SA_NOCLDSTOP
 1

	)

54 

	#SA_NOCLDWAIT
 2

	)

55 

	#SA_SIGINFO
 4

	)

57 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_MISC


58 

	#SA_ONSTACK
 0x08000000

	)

60 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8


61 

	#SA_RESTART
 0x10000000

	)

62 

	#SA_NODEFER
 0x40000000

	)

64 

	#SA_RESETHAND
 0x80000000

	)

66 #ifde�
__USE_MISC


67 

	#SA_INTERRUPT
 0x20000000

	)

70 

	#SA_NOMASK
 
SA_NODEFER


	)

71 

	#SA_ONESHOT
 
SA_RESETHAND


	)

72 

	#SA_STACK
 
SA_ONSTACK


	)

76 

	#SIG_BLOCK
 0

	)

77 

	#SIG_UNBLOCK
 1

	)

78 

	#SIG_SETMASK
 2

	)

	@/usr/include/bits/sigcontext.h

18 #i�de�
_BITS_SIGCONTEXT_H


19 

	#_BITS_SIGCONTEXT_H
 1

	)

21 #i�!
def�ed
 
_SIGNAL_H
 && !def�ed 
_SYS_UCONTEXT_H


25 

	#FP_XSTATE_MAGIC1
 0x46505853U

	)

26 

	#FP_XSTATE_MAGIC2
 0x46505845U

	)

27 

	#FP_XSTATE_MAGIC2_SIZE
 (
FP_XSTATE_MAGIC2
)

	)

29 
	s_�x_sw_by�s


31 
__u�t32_t
 
	mmagic1
;

32 
__u�t32_t
 
	mex�nded_size
;

33 
__u�t64_t
 
	mx��e_bv
;

34 
__u�t32_t
 
	mx��e_size
;

35 
__u�t32_t
 
	m�dd�g
[7];

38 
	s_�g


40 
	msignifi�nd
[4];

41 
	mexpڒt
;

44 
	s_�x�g


46 
	msignifi�nd
[4];

47 
	mexpڒt
;

48 
	m�dd�g
[3];

51 
	s_xmm�g


53 
__u�t32_t
 
	m�em�t
[4];

58 #i�de�
__x86_64__


60 
	s_塩e


63 
__u�t32_t
 
	mcw
;

64 
__u�t32_t
 
	msw
;

65 
__u�t32_t
 
	m�g
;

66 
__u�t32_t
 
	m�off
;

67 
__u�t32_t
 
	mcs�l
;

68 
__u�t32_t
 
	md�aoff
;

69 
__u�t32_t
 
	md�a�l
;

70 
_�g
 
	m_�
[8];

71 
	m��us
;

72 
	mmagic
;

75 
__u�t32_t
 
	m_fx�_�v
[6];

76 
__u�t32_t
 
	mmxc�
;

77 
__u�t32_t
 
	m��rved
;

78 
_�x�g
 
	m_fx�_�
[8];

79 
_xmm�g
 
	m_xmm
[8];

80 
__u�t32_t
 
	m�dd�g
[56];

83 #i�de�
sigcڋxt_�ru�


88 

	#sigcڋxt_�ru�
 
sigcڋxt


	)

91 

	#X86_FXSR_MAGIC
 0x0000

	)

93 
	ssigcڋxt


95 
	mgs
, 
	m__gsh
;

96 
	mfs
, 
	m__fsh
;

97 
	mes
, 
	m__esh
;

98 
	mds
, 
	m__dsh
;

99 
	medi
;

100 
	mesi
;

101 
	mebp
;

102 
	me�
;

103 
	mebx
;

104 
	medx
;

105 
	mecx
;

106 
	m�x
;

107 
	m��no
;

108 
	m�r
;

109 
	me�
;

110 
	mcs
, 
	m__csh
;

111 
	me�ags
;

112 
	me�_�_sig�l
;

113 
	mss
, 
	m__ssh
;

114 
_塩e
 * 
	m塩e
;

115 
	m�dmask
;

116 
	m�2
;

121 
	s_塩e


124 
__u�t16_t
 
	mcwd
;

125 
__u�t16_t
 
	mswd
;

126 
__u�t16_t
 
	m�w
;

127 
__u�t16_t
 
	mf�
;

128 
__u�t64_t
 
	mr�
;

129 
__u�t64_t
 
	mrdp
;

130 
__u�t32_t
 
	mmxc�
;

131 
__u�t32_t
 
	mmx�_mask
;

132 
_�x�g
 
	m_�
[8];

133 
_xmm�g
 
	m_xmm
[16];

134 
__u�t32_t
 
	m�dd�g
[24];

137 
	ssigcڋxt


139 
__u�t64_t
 
	mr8
;

140 
__u�t64_t
 
	mr9
;

141 
__u�t64_t
 
	mr10
;

142 
__u�t64_t
 
	mr11
;

143 
__u�t64_t
 
	mr12
;

144 
__u�t64_t
 
	mr13
;

145 
__u�t64_t
 
	mr14
;

146 
__u�t64_t
 
	mr15
;

147 
__u�t64_t
 
	mrdi
;

148 
__u�t64_t
 
	mrsi
;

149 
__u�t64_t
 
	mrbp
;

150 
__u�t64_t
 
	mrbx
;

151 
__u�t64_t
 
	mrdx
;

152 
__u�t64_t
 
	m�x
;

153 
__u�t64_t
 
	mrcx
;

154 
__u�t64_t
 
	mr�
;

155 
__u�t64_t
 
	mr�
;

156 
__u�t64_t
 
	me�ags
;

157 
	mcs
;

158 
	mgs
;

159 
	mfs
;

160 
	m__�d0
;

161 
__u�t64_t
 
	m�r
;

162 
__u�t64_t
 
	m��no
;

163 
__u�t64_t
 
	m�dmask
;

164 
__u�t64_t
 
	m�2
;

165 
__ex�nsi�__
 union

167 
_塩e
 * 
	m塩e
;

168 
__u�t64_t
 
	m__塩e_w�d
;

170 
__u�t64_t
 
	m__��rved1
 [8];

175 
	s_x�ve_hdr


177 
__u�t64_t
 
	mx��e_bv
;

178 
__u�t64_t
 
	m��rved1
[2];

179 
__u�t64_t
 
	m��rved2
[5];

182 
	s_ymmh_��e


184 
__u�t32_t
 
	mymmh_�a�
[64];

187 
	s_x��e


189 
_塩e
 
	m塩e
;

190 
_x�ve_hdr
 
	mx��e_hdr
;

191 
_ymmh_��e
 
	mymmh
;

	@/usr/include/bits/siginfo.h

19 #i�!
def�ed
 
_SIGNAL_H
 && !def�ed 
__�ed_sig�fo_t
 \

20 && !
def�ed
 
	g__�ed_sigev�t_t


24 
	~<b�s/w�dsize.h
>

26 #i�(!
def�ed
 
__have_sigv�_t
 \

27 && (
def�ed
 
	g_SIGNAL_H
 || def�ed 
	g__�ed_sig�fo_t
 \

28 || 
def�ed
 
	g__�ed_sigev�t_t
))

29 

	#__have_sigv�_t
 1

	)

32 
	usigv�


34 
	msiv�_�t
;

35 *
	msiv�_�r
;

36 } 
	tsigv�_t
;

39 #i�(!
def�ed
 
__have_sig�fo_t
 \

40 && (
def�ed
 
	g_SIGNAL_H
 || def�ed 
	g__�ed_sig�fo_t
))

41 

	#__have_sig�fo_t
 1

	)

43 

	#__SI_MAX_SIZE
 128

	)

44 #i�
__WORDSIZE
 == 64

45 

	#__SI_PAD_SIZE
 ((
__SI_MAX_SIZE
 /  ()�- 4)

	)

47 

	#__SI_PAD_SIZE
 ((
__SI_MAX_SIZE
 /  ()�- 3)

	)

50 #i�
def�ed
 
__x86_64__
 && 
__WORDSIZE
 == 32

55 
__�ock_t
 
	t__��ibu�__
 ((
	t__�ig�d__
 (4))�
	t__sigchld_�ock_t
;

56 

	#__SI_ALIGNMENT
 
	`__��ibu�__
 ((
	`__�ig�d__
 (8)))

	)

58 
__�ock_t
 
	t__sigchld_�ock_t
;

59 

	#__SI_ALIGNMENT


	)

64 
si_signo
;

65 
si_��o
;

67 
si_code
;

71 
_�d
[
__SI_PAD_SIZE
];

76 
__pid_t
 
si_pid
;

77 
__uid_t
 
si_uid
;

78 } 
_k�l
;

83 
si_tid
;

84 
si_ov�run
;

85 
sigv�_t
 
si_sigv�
;

86 } 
_tim�
;

91 
__pid_t
 
si_pid
;

92 
__uid_t
 
si_uid
;

93 
sigv�_t
 
si_sigv�
;

94 } 
_�
;

99 
__pid_t
 
si_pid
;

100 
__uid_t
 
si_uid
;

101 
si_��us
;

102 
__sigchld_�ock_t
 
si_utime
;

103 
__sigchld_�ock_t
 
si_�ime
;

104 } 
_sigchld
;

109 *
si_addr
;

110 
si_addr_lsb
;

113 *
_low�
;

114 *
_u��
;

115 } 
si_addr_bnd
;

116 } 
_sig�u�
;

121 
si_b�d
;

122 
si_fd
;

123 } 
_sigp�l
;

128 *
_��_addr
;

129 
_sys��
;

130 
_�ch
;

131 } 
_sigsys
;

132 } 
_sif�lds
;

133 } 
	tsig�fo_t
 
	t__SI_ALIGNMENT
;

137 

	#si_pid
 
_sif�lds
.
_k�l
.
si_pid


	)

138 

	#si_uid
 
_sif�lds
.
_k�l
.
si_uid


	)

139 

	#si_tim�id
 
_sif�lds
.
_tim�
.
si_tid


	)

140 

	#si_ov�run
 
_sif�lds
.
_tim�
.
si_ov�run


	)

141 

	#si_��us
 
_sif�lds
.
_sigchld
.
si_��us


	)

142 

	#si_utime
 
_sif�lds
.
_sigchld
.
si_utime


	)

143 

	#si_�ime
 
_sif�lds
.
_sigchld
.
si_�ime


	)

144 

	#si_v�ue
 
_sif�lds
.
_�
.
si_sigv�


	)

145 

	#si_�t
 
_sif�lds
.
_�
.
si_sigv�
.
siv�_�t


	)

146 

	#si_�r
 
_sif�lds
.
_�
.
si_sigv�
.
siv�_�r


	)

147 

	#si_addr
 
_sif�lds
.
_sig�u�
.
si_addr


	)

148 

	#si_addr_lsb
 
_sif�lds
.
_sig�u�
.
si_addr_lsb


	)

149 

	#si_low�
 
_sif�lds
.
_sig�u�
.
si_addr_bnd
.
_low�


	)

150 

	#si_u��
 
_sif�lds
.
_sig�u�
.
si_addr_bnd
.
_u��


	)

151 

	#si_b�d
 
_sif�lds
.
_sigp�l
.
si_b�d


	)

152 

	#si_fd
 
_sif�lds
.
_sigp�l
.
si_fd


	)

153 

	#si_��_addr
 
_sif�lds
.
_sigsys
.
_��_addr


	)

154 

	#si_sys��
 
_sif�lds
.
_sigsys
.
_sys��


	)

155 

	#si_�ch
 
_sif�lds
.
_sigsys
.
_�ch


	)

162 
SI_ASYNCNL
 = -60,

163 

	#SI_ASYNCNL
 
SI_ASYNCNL


	)

164 
SI_TKILL
 = -6,

165 

	#SI_TKILL
 
SI_TKILL


	)

166 
SI_SIGIO
,

167 

	#SI_SIGIO
 
SI_SIGIO


	)

168 
SI_ASYNCIO
,

169 

	#SI_ASYNCIO
 
SI_ASYNCIO


	)

170 
SI_MESGQ
,

171 

	#SI_MESGQ
 
SI_MESGQ


	)

172 
SI_TIMER
,

173 

	#SI_TIMER
 
SI_TIMER


	)

174 
SI_QUEUE
,

175 

	#SI_QUEUE
 
SI_QUEUE


	)

176 
SI_USER
,

177 

	#SI_USER
 
SI_USER


	)

178 
SI_KERNEL
 = 0x80

179 

	#SI_KERNEL
 
SI_KERNEL


	)

183 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


187 
ILL_ILLOPC
 = 1,

188 

	#ILL_ILLOPC
 
ILL_ILLOPC


	)

189 
ILL_ILLOPN
,

190 

	#ILL_ILLOPN
 
ILL_ILLOPN


	)

191 
ILL_ILLADR
,

192 

	#ILL_ILLADR
 
ILL_ILLADR


	)

193 
ILL_ILLTRP
,

194 

	#ILL_ILLTRP
 
ILL_ILLTRP


	)

195 
ILL_PRVOPC
,

196 

	#ILL_PRVOPC
 
ILL_PRVOPC


	)

197 
ILL_PRVREG
,

198 

	#ILL_PRVREG
 
ILL_PRVREG


	)

199 
ILL_COPROC
,

200 

	#ILL_COPROC
 
ILL_COPROC


	)

201 
ILL_BADSTK


202 

	#ILL_BADSTK
 
ILL_BADSTK


	)

208 
FPE_INTDIV
 = 1,

209 

	#FPE_INTDIV
 
FPE_INTDIV


	)

210 
FPE_INTOVF
,

211 

	#FPE_INTOVF
 
FPE_INTOVF


	)

212 
FPE_FLTDIV
,

213 

	#FPE_FLTDIV
 
FPE_FLTDIV


	)

214 
FPE_FLTOVF
,

215 

	#FPE_FLTOVF
 
FPE_FLTOVF


	)

216 
FPE_FLTUND
,

217 

	#FPE_FLTUND
 
FPE_FLTUND


	)

218 
FPE_FLTRES
,

219 

	#FPE_FLTRES
 
FPE_FLTRES


	)

220 
FPE_FLTINV
,

221 

	#FPE_FLTINV
 
FPE_FLTINV


	)

222 
FPE_FLTSUB


223 

	#FPE_FLTSUB
 
FPE_FLTSUB


	)

229 
SEGV_MAPERR
 = 1,

230 

	#SEGV_MAPERR
 
SEGV_MAPERR


	)

231 
SEGV_ACCERR


232 

	#SEGV_ACCERR
 
SEGV_ACCERR


	)

238 
BUS_ADRALN
 = 1,

239 

	#BUS_ADRALN
 
BUS_ADRALN


	)

240 
BUS_ADRERR
,

241 

	#BUS_ADRERR
 
BUS_ADRERR


	)

242 
BUS_OBJERR
,

243 

	#BUS_OBJERR
 
BUS_OBJERR


	)

244 
BUS_MCEERR_AR
,

245 

	#BUS_MCEERR_AR
 
BUS_MCEERR_AR


	)

246 
BUS_MCEERR_AO


247 

	#BUS_MCEERR_AO
 
BUS_MCEERR_AO


	)

251 #ifde�
__USE_XOPEN_EXTENDED


255 
TRAP_BRKPT
 = 1,

256 

	#TRAP_BRKPT
 
TRAP_BRKPT


	)

257 
TRAP_TRACE


258 

	#TRAP_TRACE
 
TRAP_TRACE


	)

262 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


266 
CLD_EXITED
 = 1,

267 

	#CLD_EXITED
 
CLD_EXITED


	)

268 
CLD_KILLED
,

269 

	#CLD_KILLED
 
CLD_KILLED


	)

270 
CLD_DUMPED
,

271 

	#CLD_DUMPED
 
CLD_DUMPED


	)

272 
CLD_TRAPPED
,

273 

	#CLD_TRAPPED
 
CLD_TRAPPED


	)

274 
CLD_STOPPED
,

275 

	#CLD_STOPPED
 
CLD_STOPPED


	)

276 
CLD_CONTINUED


277 

	#CLD_CONTINUED
 
CLD_CONTINUED


	)

283 
POLL_IN
 = 1,

284 

	#POLL_IN
 
POLL_IN


	)

285 
POLL_OUT
,

286 

	#POLL_OUT
 
POLL_OUT


	)

287 
POLL_MSG
,

288 

	#POLL_MSG
 
POLL_MSG


	)

289 
POLL_ERR
,

290 

	#POLL_ERR
 
POLL_ERR


	)

291 
POLL_PRI
,

292 

	#POLL_PRI
 
POLL_PRI


	)

293 
POLL_HUP


294 

	#POLL_HUP
 
POLL_HUP


	)

298 #unde�
__�ed_sig�fo_t


302 #i�(
def�ed
 
_SIGNAL_H
 || def�ed 
__�ed_sigev�t_t
) \

303 && !
def�ed
 
__have_sigev�t_t


304 

	#__have_sigev�t_t
 1

	)

307 

	#__SIGEV_MAX_SIZE
 64

	)

308 #i�
__WORDSIZE
 == 64

309 

	#__SIGEV_PAD_SIZE
 ((
__SIGEV_MAX_SIZE
 /  ()�- 4)

	)

311 

	#__SIGEV_PAD_SIZE
 ((
__SIGEV_MAX_SIZE
 /  ()�- 3)

	)

315 #i�de�
__have_�h�ad_��_t


316 
�h�ad_��_t
 
	t�h�ad_��_t
;

317 

	#__have_�h�ad_��_t
 1

	)

320 
	ssigev�t


322 
sigv�_t
 
sigev_v�ue
;

323 
sigev_signo
;

324 
sigev_n�ify
;

328 
_�d
[
__SIGEV_PAD_SIZE
];

332 
__pid_t
 
_tid
;

336 (*
_fun�i�
�(
sigv�_t
);

337 
�h�ad_��_t
 *
_��ibu�
;

338 } 
_sigev_th�ad
;

339 } 
_sigev_un
;

340 } 
	tsigev�t_t
;

343 

	#sigev_n�ify_fun�i�
 
_sigev_un
.
_sigev_th�ad
.
_fun�i�


	)

344 

	#sigev_n�ify_��ibu�s
 
_sigev_un
.
_sigev_th�ad
.
_��ibu�


	)

349 
SIGEV_SIGNAL
 = 0,

350 

	#SIGEV_SIGNAL
 
SIGEV_SIGNAL


	)

351 
SIGEV_NONE
,

352 

	#SIGEV_NONE
 
SIGEV_NONE


	)

353 
SIGEV_THREAD
,

354 

	#SIGEV_THREAD
 
SIGEV_THREAD


	)

356 
SIGEV_THREAD_ID
 = 4

357 

	#SIGEV_THREAD_ID
 
SIGEV_THREAD_ID


	)

	@/usr/include/bits/signum.h

19 #ifdef 
_SIGNAL_H


22 

	#SIG_ERR
 ((
__sigh�d�r_t
�-1�

	)

23 

	#SIG_DFL
 ((
__sigh�d�r_t
�0�

	)

24 

	#SIG_IGN
 ((
__sigh�d�r_t
�1�

	)

26 #ifde�
__USE_UNIX98


27 

	#SIG_HOLD
 ((
__sigh�d�r_t
�2�

	)

32 

	#SIGHUP
 1

	)

33 

	#SIGINT
 2

	)

34 

	#SIGQUIT
 3

	)

35 

	#SIGILL
 4

	)

36 

	#SIGTRAP
 5

	)

37 

	#SIGABRT
 6

	)

38 

	#SIGIOT
 6

	)

39 

	#SIGBUS
 7

	)

40 

	#SIGFPE
 8

	)

41 

	#SIGKILL
 9

	)

42 

	#SIGUSR1
 10

	)

43 

	#SIGSEGV
 11

	)

44 

	#SIGUSR2
 12

	)

45 

	#SIGPIPE
 13

	)

46 

	#SIGALRM
 14

	)

47 

	#SIGTERM
 15

	)

48 

	#SIGSTKFLT
 16

	)

49 

	#SIGCLD
 
SIGCHLD


	)

50 

	#SIGCHLD
 17

	)

51 

	#SIGCONT
 18

	)

52 

	#SIGSTOP
 19

	)

53 

	#SIGTSTP
 20

	)

54 

	#SIGTTIN
 21

	)

55 

	#SIGTTOU
 22

	)

56 

	#SIGURG
 23

	)

57 

	#SIGXCPU
 24

	)

58 

	#SIGXFSZ
 25

	)

59 

	#SIGVTALRM
 26

	)

60 

	#SIGPROF
 27

	)

61 

	#SIGWINCH
 28

	)

62 

	#SIGPOLL
 
SIGIO


	)

63 

	#SIGIO
 29

	)

64 

	#SIGPWR
 30

	)

65 

	#SIGSYS
 31

	)

66 

	#SIGUNUSED
 31

	)

68 

	#_NSIG
 65

	)

71 

	#SIGRTMIN
 (
	`__libc_cu��t_sig�m�
 ())

	)

72 

	#SIGRTMAX
 (
	`__libc_cu��t_sig�max
 ())

	)

76 

	#__SIGRTMIN
 32

	)

77 

	#__SIGRTMAX
 (
_NSIG
 - 1)

	)

	@/usr/include/bits/sigset.h

19 #i�def 
_SIGSET_H_ty�s


20 

	#_SIGSET_H_ty�s
 1

	)

22 
	t__sig_�omic_t
;

26 

	#_SIGSET_NWORDS
 (1024 / (8 *  ()))

	)

29 
	m__v�
[
_SIGSET_NWORDS
];

30 } 
	t__sig�t_t
;

41 #i�!
def�ed
 
_SIGSET_H_�s
 && def�ed 
_SIGNAL_H


42 

	#_SIGSET_H_�s
 1

	)

44 #i�de�
_EXTERN_INLINE


45 

	#_EXTERN_INLINE
 
__ex��_�l�e


	)

49 

	#__sigmask
(
sig
) \

50 (((�1�<< (((
sig
�- 1�% (8 *  ())))

	)

53 

	#__sigw�d
(
sig
�(((sig�- 1�/ (8 *  ()))

	)

55 #i�
def�ed
 
__GNUC__
 && __GNUC__ >= 2

56 

	#__sigem�y�t
(
�t
) \

57 (
	`__ex�nsi�__
 ({ 
__�t
 = 
_SIGSET_NWORDS
; \

58 
sig�t_t
 *
__�t
 = (
�t
); \

59 --
__�t
 >�0�
__�t
->
__v�
[__cnt] = 0; \

60 0; }))

	)

61 

	#__sigf�l�t
(
�t
) \

62 (
	`__ex�nsi�__
 ({ 
__�t
 = 
_SIGSET_NWORDS
; \

63 
sig�t_t
 *
__�t
 = (
�t
); \

64 --
__�t
 >�0�
__�t
->
__v�
[__cnt] = ~0UL; \

65 0; }))

	)

67 #ifde�
__USE_GNU


71 

	#__sigi�m�y�t
(
�t
) \

72 (
	`__ex�nsi�__
 ({ 
__�t
 = 
_SIGSET_NWORDS
; \

73 cڡ 
sig�t_t
 *
__�t
 = (
�t
); \

74 
__�t
 = 
__�t
->
__v�
[--
__�t
]; \

75 !
__�t
 && --
__�t
 >= 0) \

76 
__�t
 = 
__�t
->
__v�
[
__�t
]; \

77 
__�t
 =�0; }))

	)

78 

	#__sig�d�t
(
de�
, 
��
, 
right
) \

79 (
	`__ex�nsi�__
 ({ 
__�t
 = 
_SIGSET_NWORDS
; \

80 
sig�t_t
 *
__de�
 = (
de�
); \

81 cڡ 
sig�t_t
 *
__��
 = (
��
); \

82 cڡ 
sig�t_t
 *
__right
 = (
right
); \

83 --
__�t
 >= 0) \

84 
__de�
->
__v�
[
__�t
] = (
__��
->__val[__cnt] \

85 & 
__right
->
__v�
[
__�t
]); \

86 0; }))

	)

87 

	#__sigܣt
(
de�
, 
��
, 
right
) \

88 (
	`__ex�nsi�__
 ({ 
__�t
 = 
_SIGSET_NWORDS
; \

89 
sig�t_t
 *
__de�
 = (
de�
); \

90 cڡ 
sig�t_t
 *
__��
 = (
��
); \

91 cڡ 
sig�t_t
 *
__right
 = (
right
); \

92 --
__�t
 >= 0) \

93 
__de�
->
__v�
[
__�t
] = (
__��
->__val[__cnt] \

94 | 
__right
->
__v�
[
__�t
]); \

95 0; }))

	)

102 

__sigismemb�
 (cڡ 
__sig�t_t
 *, );

103 

__sigadd�t
 (
__sig�t_t
 *, );

104 

__sigd��t
 (
__sig�t_t
 *, );

106 #ifde�
__USE_EXTERN_INLINES


107 

	#__SIGSETFN
(
NAME
, 
BODY
, 
CONST
) \

108 
_EXTERN_INLINE
 \

109 
	`NAME
 (
CONST
 
__sig�t_t
 *
__�t
, 
__sig
) \

111 
__mask
 = 
	`__sigmask
 (
__sig
); \

112 
__w�d
 = 
	`__sigw�d
 (
__sig
); \

113  
BODY
; \

114 }

	)

116 
__SIGSETFN
 (
__sigismemb�
, (
__�t
->
__v�
[
__w�d
] & 
__mask
) ? 1 : 0, const)

117 
__SIGSETFN
 (
__sigadd�t
, ((
__�t
->
__v�
[
__w�d
] |�
__mask
), 0), )

118 
__SIGSETFN
 (
__sigd��t
, ((
__�t
->
__v�
[
__w�d
] &�~
__mask
), 0), )

120 #unde�
__SIGSETFN


	@/usr/include/bits/sigstack.h

19 #i�de�
_SIGNAL_H


25 
	ssig�ack


27 *
	mss_�
;

28 
	mss_ڡack
;

35 
	mSS_ONSTACK
 = 1,

36 

	#SS_ONSTACK
 
SS_ONSTACK


	)

37 
	mSS_DISABLE


38 

	#SS_DISABLE
 
SS_DISABLE


	)

42 

	#MINSIGSTKSZ
 2048

	)

45 

	#SIGSTKSZ
 8192

	)

49 
	ssig�t�ack


51 *
	mss_�
;

52 
	mss_�ags
;

53 
size_t
 
	mss_size
;

54 } 
	t�ack_t
;

	@/usr/include/bits/sigthread.h

19 #i�de�
_BITS_SIGTHREAD_H


20 

	#_BITS_SIGTHREAD_H
 1

	)

22 #i�!
def�ed
 
_SIGNAL_H
 && !def�ed 
_PTHREAD_H


30 

	$�h�ad_sigmask
 (
__how
,

31 cڡ 
__sig�t_t
 *
__��ri�
 
__�wmask
,

32 
__sig�t_t
 *
__��ri�
 
__�dmask
)
__THROW
;

35 

	$�h�ad_k�l
 (
�h�ad_t
 
__th�adid
, 
__signo
�
__THROW
;

37 #ifde�
__USE_GNU


39 

	$�h�ad_sigqueue
 (
�h�ad_t
 
__th�adid
, 
__signo
,

40 cڡ 
sigv�
 
__v�ue
�
__THROW
;

	@/usr/include/bits/socket.h

19 #i�de�
__BITS_SOCKET_H


20 

	#__BITS_SOCKET_H


	)

22 #i�de�
_SYS_SOCKET_H


26 

	#__�ed_size_t


	)

27 
	~<�ddef.h
>

29 
	~<sys/ty�s.h
>

32 #i�de�
__sock�n_t_def�ed


33 
__sock�n_t
 
	tsock�n_t
;

34 

	#__sock�n_t_def�ed


	)

38 
	~<b�s/sock�_ty�.h
>

41 

	#PF_UNSPEC
 0

	)

42 

	#PF_LOCAL
 1

	)

43 

	#PF_UNIX
 
PF_LOCAL


	)

44 

	#PF_FILE
 
PF_LOCAL


	)

45 

	#PF_INET
 2

	)

46 

	#PF_AX25
 3

	)

47 

	#PF_IPX
 4

	)

48 

	#PF_APPLETALK
 5

	)

49 

	#PF_NETROM
 6

	)

50 

	#PF_BRIDGE
 7

	)

51 

	#PF_ATMPVC
 8

	)

52 

	#PF_X25
 9

	)

53 

	#PF_INET6
 10

	)

54 

	#PF_ROSE
 11

	)

55 

	#PF_DEC�t
 12

	)

56 

	#PF_NETBEUI
 13

	)

57 

	#PF_SECURITY
 14

	)

58 

	#PF_KEY
 15

	)

59 

	#PF_NETLINK
 16

	)

60 

	#PF_ROUTE
 
PF_NETLINK


	)

61 

	#PF_PACKET
 17

	)

62 

	#PF_ASH
 18

	)

63 

	#PF_ECONET
 19

	)

64 

	#PF_ATMSVC
 20

	)

65 

	#PF_RDS
 21

	)

66 

	#PF_SNA
 22

	)

67 

	#PF_IRDA
 23

	)

68 

	#PF_PPPOX
 24

	)

69 

	#PF_WANPIPE
 25

	)

70 

	#PF_LLC
 26

	)

71 

	#PF_IB
 27

	)

72 

	#PF_MPLS
 28

	)

73 

	#PF_CAN
 29

	)

74 

	#PF_TIPC
 30

	)

75 

	#PF_BLUETOOTH
 31

	)

76 

	#PF_IUCV
 32

	)

77 

	#PF_RXRPC
 33

	)

78 

	#PF_ISDN
 34

	)

79 

	#PF_PHONET
 35

	)

80 

	#PF_IEEE802154
 36

	)

81 

	#PF_CAIF
 37

	)

82 

	#PF_ALG
 38

	)

83 

	#PF_NFC
 39

	)

84 

	#PF_VSOCK
 40

	)

85 

	#PF_MAX
 41

	)

88 

	#AF_UNSPEC
 
PF_UNSPEC


	)

89 

	#AF_LOCAL
 
PF_LOCAL


	)

90 

	#AF_UNIX
 
PF_UNIX


	)

91 

	#AF_FILE
 
PF_FILE


	)

92 

	#AF_INET
 
PF_INET


	)

93 

	#AF_AX25
 
PF_AX25


	)

94 

	#AF_IPX
 
PF_IPX


	)

95 

	#AF_APPLETALK
 
PF_APPLETALK


	)

96 

	#AF_NETROM
 
PF_NETROM


	)

97 

	#AF_BRIDGE
 
PF_BRIDGE


	)

98 

	#AF_ATMPVC
 
PF_ATMPVC


	)

99 

	#AF_X25
 
PF_X25


	)

100 

	#AF_INET6
 
PF_INET6


	)

101 

	#AF_ROSE
 
PF_ROSE


	)

102 

	#AF_DEC�t
 
PF_DEC�t


	)

103 

	#AF_NETBEUI
 
PF_NETBEUI


	)

104 

	#AF_SECURITY
 
PF_SECURITY


	)

105 

	#AF_KEY
 
PF_KEY


	)

106 

	#AF_NETLINK
 
PF_NETLINK


	)

107 

	#AF_ROUTE
 
PF_ROUTE


	)

108 

	#AF_PACKET
 
PF_PACKET


	)

109 

	#AF_ASH
 
PF_ASH


	)

110 

	#AF_ECONET
 
PF_ECONET


	)

111 

	#AF_ATMSVC
 
PF_ATMSVC


	)

112 

	#AF_RDS
 
PF_RDS


	)

113 

	#AF_SNA
 
PF_SNA


	)

114 

	#AF_IRDA
 
PF_IRDA


	)

115 

	#AF_PPPOX
 
PF_PPPOX


	)

116 

	#AF_WANPIPE
 
PF_WANPIPE


	)

117 

	#AF_LLC
 
PF_LLC


	)

118 

	#AF_IB
 
PF_IB


	)

119 

	#AF_MPLS
 
PF_MPLS


	)

120 

	#AF_CAN
 
PF_CAN


	)

121 

	#AF_TIPC
 
PF_TIPC


	)

122 

	#AF_BLUETOOTH
 
PF_BLUETOOTH


	)

123 

	#AF_IUCV
 
PF_IUCV


	)

124 

	#AF_RXRPC
 
PF_RXRPC


	)

125 

	#AF_ISDN
 
PF_ISDN


	)

126 

	#AF_PHONET
 
PF_PHONET


	)

127 

	#AF_IEEE802154
 
PF_IEEE802154


	)

128 

	#AF_CAIF
 
PF_CAIF


	)

129 

	#AF_ALG
 
PF_ALG


	)

130 

	#AF_NFC
 
PF_NFC


	)

131 

	#AF_VSOCK
 
PF_VSOCK


	)

132 

	#AF_MAX
 
PF_MAX


	)

138 

	#SOL_RAW
 255

	)

139 

	#SOL_DECNET
 261

	)

140 

	#SOL_X25
 262

	)

141 

	#SOL_PACKET
 263

	)

142 

	#SOL_ATM
 264

	)

143 

	#SOL_AAL
 265

	)

144 

	#SOL_IRDA
 266

	)

147 

	#SOMAXCONN
 128

	)

150 
	~<b�s/sockaddr.h
>

153 
	ssockaddr


155 
__SOCKADDR_COMMON
 (
�_
);

156 
	m�_d�a
[14];

162 

	#__ss_�ig�y�
 

	)

163 

	#_SS_PADSIZE
 \

164 (
_SS_SIZE
 - 
__SOCKADDR_COMMON_SIZE
 -  (
__ss_�ig�y�
))

	)

166 
	ssockaddr_��age


168 
__SOCKADDR_COMMON
 (
ss_
);

169 
	m__ss_�dd�g
[
_SS_PADSIZE
];

170 
__ss_�ig�y�
 
	m__ss_�ign
;

177 
	mMSG_OOB
 = 0x01,

178 

	#MSG_OOB
 
MSG_OOB


	)

179 
	mMSG_PEEK
 = 0x02,

180 

	#MSG_PEEK
 
MSG_PEEK


	)

181 
	mMSG_DONTROUTE
 = 0x04,

182 

	#MSG_DONTROUTE
 
MSG_DONTROUTE


	)

183 #ifde�
__USE_GNU


185 
	mMSG_TRYHARD
 = 
MSG_DONTROUTE
,

186 

	#MSG_TRYHARD
 
MSG_DONTROUTE


	)

188 
	mMSG_CTRUNC
 = 0x08,

189 

	#MSG_CTRUNC
 
MSG_CTRUNC


	)

190 
	mMSG_PROXY
 = 0x10,

191 

	#MSG_PROXY
 
MSG_PROXY


	)

192 
	mMSG_TRUNC
 = 0x20,

193 

	#MSG_TRUNC
 
MSG_TRUNC


	)

194 
	mMSG_DONTWAIT
 = 0x40,

195 

	#MSG_DONTWAIT
 
MSG_DONTWAIT


	)

196 
	mMSG_EOR
 = 0x80,

197 

	#MSG_EOR
 
MSG_EOR


	)

198 
	mMSG_WAITALL
 = 0x100,

199 

	#MSG_WAITALL
 
MSG_WAITALL


	)

200 
	mMSG_FIN
 = 0x200,

201 

	#MSG_FIN
 
MSG_FIN


	)

202 
	mMSG_SYN
 = 0x400,

203 

	#MSG_SYN
 
MSG_SYN


	)

204 
	mMSG_CONFIRM
 = 0x800,

205 

	#MSG_CONFIRM
 
MSG_CONFIRM


	)

206 
	mMSG_RST
 = 0x1000,

207 

	#MSG_RST
 
MSG_RST


	)

208 
	mMSG_ERRQUEUE
 = 0x2000,

209 

	#MSG_ERRQUEUE
 
MSG_ERRQUEUE


	)

210 
	mMSG_NOSIGNAL
 = 0x4000,

211 

	#MSG_NOSIGNAL
 
MSG_NOSIGNAL


	)

212 
	mMSG_MORE
 = 0x8000,

213 

	#MSG_MORE
 
MSG_MORE


	)

214 
	mMSG_WAITFORONE
 = 0x10000,

215 

	#MSG_WAITFORONE
 
MSG_WAITFORONE


	)

216 
	mMSG_FASTOPEN
 = 0x20000000,

217 

	#MSG_FASTOPEN
 
MSG_FASTOPEN


	)

219 
	mMSG_CMSG_CLOEXEC
 = 0x40000000

222 

	#MSG_CMSG_CLOEXEC
 
MSG_CMSG_CLOEXEC


	)

228 
	smsghdr


230 *
	mmsg_�me
;

231 
sock�n_t
 
	mmsg_�m��
;

233 
iovec
 *
	mmsg_iov
;

234 
size_t
 
	mmsg_iov�n
;

236 *
	mmsg_cڌ�
;

237 
size_t
 
	mmsg_cڌ��n
;

242 
	mmsg_�ags
;

246 
	scmsghdr


248 
size_t
 
	mcmsg_�n
;

253 
	mcmsg_�v�
;

254 
	mcmsg_ty�
;

255 #i�(!
def�ed
 
__STRICT_ANSI__
 && 
__GNUC__
 >�2�|| 
__STDC_VERSION__
 >= 199901L

256 
__ex�nsi�__
 
__cmsg_d�a
 
	m__�ex�r
;

261 #i�(!
def�ed
 
__STRICT_ANSI__
 && 
__GNUC__
 >�2�|| 
__STDC_VERSION__
 >= 199901L

262 

	#CMSG_DATA
(
cmsg
�((cmsg)->
__cmsg_d�a
)

	)

264 

	#CMSG_DATA
(
cmsg
�((*�((
cmsghdr
 *�(cmsg�+ 1))

	)

266 

	#CMSG_NXTHDR
(
mhdr
, 
cmsg
�
	`__cmsg_nxthdr
 (mhdr, cmsg)

	)

267 

	#CMSG_FIRSTHDR
(
mhdr
) \

268 ((
size_t
�(
mhdr
)->
msg_cڌ��n
 >� (
cmsghdr
) \

269 ? (
cmsghdr
 *�(
mhdr
)->
msg_cڌ�
 : (cmsghd�*�0)

	)

270 

	#CMSG_ALIGN
(
�n
�((֒�+  (
size_t
) - 1) \

271 & (
size_t
�~( (size_t�- 1))

	)

272 

	#CMSG_SPACE
(
�n
�(
	`CMSG_ALIGN
 (len) \

273 + 
	`CMSG_ALIGN
 ( (
cmsghdr
)))

	)

274 

	#CMSG_LEN
(
�n
�(
	`CMSG_ALIGN
 ( (
cmsghdr
)�+ (�n))

	)

276 

cmsghdr
 *
	$__cmsg_nxthdr
 (
msghdr
 *
__mhdr
,

277 
cmsghdr
 *
__cmsg
�
__THROW
;

278 #ifde�
__USE_EXTERN_INLINES


279 #i�de�
_EXTERN_INLINE


280 

	#_EXTERN_INLINE
 
__ex��_�l�e


	)

282 
_EXTERN_INLINE
 
cmsghdr
 *

283 
	`__NTH
 (
	$__cmsg_nxthdr
 (
msghdr
 *
__mhdr
, 
cmsghdr
 *
__cmsg
))

285 i�((
size_t
�
__cmsg
->
cmsg_�n
 <  (
cmsghdr
))

287  (
cmsghdr
 *) 0;

289 
__cmsg
 = (
cmsghdr
 *) ((*) __cmsg

290 + 
	`CMSG_ALIGN
 (
__cmsg
->
cmsg_�n
));

291 i�((*�(
__cmsg
 + 1�> ((*�
__mhdr
->
msg_cڌ�


292 + 
__mhdr
->
msg_cڌ��n
)

293 || ((*�
__cmsg
 + 
	`CMSG_ALIGN
 (__cmsg->
cmsg_�n
)

294 > ((*�
__mhdr
->
msg_cڌ�
 + __mhdr->
msg_cڌ��n
)))

296  (
cmsghdr
 *) 0;

297  
__cmsg
;

298 
	}
}

305 
	mSCM_RIGHTS
 = 0x01

306 

	#SCM_RIGHTS
 
SCM_RIGHTS


	)

307 #ifde�
__USE_GNU


308 , 
	mSCM_CREDENTIALS
 = 0x02

309 

	#SCM_CREDENTIALS
 
SCM_CREDENTIALS


	)

313 #ifde�
__USE_GNU


315 
	su�ed


317 
pid_t
 
	mpid
;

318 
uid_t
 
	muid
;

319 
gid_t
 
	mgid
;

324 #i�de�
__USE_MISC


325 #i�de�
FIOGETOWN


326 

	#__SYS_SOCKET_H_undef_FIOGETOWN


	)

328 #i�de�
FIOSETOWN


329 

	#__SYS_SOCKET_H_undef_FIOSETOWN


	)

331 #i�de�
SIOCATMARK


332 

	#__SYS_SOCKET_H_undef_SIOCATMARK


	)

334 #i�de�
SIOCGPGRP


335 

	#__SYS_SOCKET_H_undef_SIOCGPGRP


	)

337 #i�de�
SIOCGSTAMP


338 

	#__SYS_SOCKET_H_undef_SIOCGSTAMP


	)

340 #i�de�
SIOCGSTAMPNS


341 

	#__SYS_SOCKET_H_undef_SIOCGSTAMPNS


	)

343 #i�de�
SIOCSPGRP


344 

	#__SYS_SOCKET_H_undef_SIOCSPGRP


	)

349 
	~<asm/sock�.h
>

351 #i�de�
__USE_MISC


352 #ifde�
__SYS_SOCKET_H_undef_FIOGETOWN


353 #unde�
__SYS_SOCKET_H_undef_FIOGETOWN


354 #unde�
FIOGETOWN


356 #ifde�
__SYS_SOCKET_H_undef_FIOSETOWN


357 #unde�
__SYS_SOCKET_H_undef_FIOSETOWN


358 #unde�
FIOSETOWN


360 #ifde�
__SYS_SOCKET_H_undef_SIOCATMARK


361 #unde�
__SYS_SOCKET_H_undef_SIOCATMARK


362 #unde�
SIOCATMARK


364 #ifde�
__SYS_SOCKET_H_undef_SIOCGPGRP


365 #unde�
__SYS_SOCKET_H_undef_SIOCGPGRP


366 #unde�
SIOCGPGRP


368 #ifde�
__SYS_SOCKET_H_undef_SIOCGSTAMP


369 #unde�
__SYS_SOCKET_H_undef_SIOCGSTAMP


370 #unde�
SIOCGSTAMP


372 #ifde�
__SYS_SOCKET_H_undef_SIOCGSTAMPNS


373 #unde�
__SYS_SOCKET_H_undef_SIOCGSTAMPNS


374 #unde�
SIOCGSTAMPNS


376 #ifde�
__SYS_SOCKET_H_undef_SIOCSPGRP


377 #unde�
__SYS_SOCKET_H_undef_SIOCSPGRP


378 #unde�
SIOCSPGRP


383 
	sl�g�


385 
	ml_�off
;

386 
	ml_l�g�
;

	@/usr/include/bits/socket2.h

19 #i�de�
_SYS_SOCKET_H


23 
ssize_t
 
__�cv_chk
 (
__fd
, *
__buf
, 
size_t
 
__n
, size_�
__bu�
,

24 
__�ags
);

25 
ssize_t
 
__REDIRECT
 (
__�cv_��s
, (
__fd
, *
__buf
, 
size_t
 
__n
,

26 
__�ags
), 
�cv
);

27 
ssize_t
 
__REDIRECT
 (
__�cv_chk_w�n
,

28 (
__fd
, *
__buf
, 
size_t
 
__n
, size_�
__bu�
,

29 
__�ags
), 
__�cv_chk
)

30 
__w�ljr
 ("recv called with bigger�ength�han size of destination "

33 
__f�tify_fun�i�
 
ssize_t


34 
	$�cv
 (
__fd
, *
__buf
, 
size_t
 
__n
, 
__�ags
)

36 i�(
	`__bos0
 (
__buf
�!�(
size_t
) -1)

38 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
))

39  
	`__�cv_chk
 (
__fd
, 
__buf
, 
__n
, 
	`__bos0
 (__buf), 
__�ags
);

41 i�(
__n
 > 
	`__bos0
 (
__buf
))

42  
	`__�cv_chk_w�n
 (
__fd
, 
__buf
, 
__n
, 
	`__bos0
 (__buf), 
__�ags
);

44  
	`__�cv_��s
 (
__fd
, 
__buf
, 
__n
, 
__�ags
);

45 
	}
}

47 
ssize_t
 
__�cv�om_chk
 (
__fd
, *
__��ri�
 
__buf
, 
size_t
 
__n
,

48 
size_t
 
__bu�
, 
__�ags
,

49 
__SOCKADDR_ARG
 
__addr
,

50 
sock�n_t
 *
__��ri�
 
__addr_�n
);

51 
ssize_t
 
__REDIRECT
 (
__�cv�om_��s
,

52 (
__fd
, *
__��ri�
 
__buf
, 
size_t
 
__n
,

53 
__�ags
, 
__SOCKADDR_ARG
 
__addr
,

54 
sock�n_t
 *
__��ri�
 
__addr_�n
), 
�cv�om
);

55 
ssize_t
 
__REDIRECT
 (
__�cv�om_chk_w�n
,

56 (
__fd
, *
__��ri�
 
__buf
, 
size_t
 
__n
,

57 
size_t
 
__bu�
, 
__�ags
,

58 
__SOCKADDR_ARG
 
__addr
,

59 
sock�n_t
 *
__��ri�
 
__addr_�n
), 
__�cv�om_chk
)

60 
__w�ljr
 ("recvfrom called with bigger�ength�han size of "

63 
__f�tify_fun�i�
 
ssize_t


64 
	$�cv�om
 (
__fd
, *
__��ri�
 
__buf
, 
size_t
 
__n
, 
__�ags
,

65 
__SOCKADDR_ARG
 
__addr
, 
sock�n_t
 *
__��ri�
 
__addr_�n
)

67 i�(
	`__bos0
 (
__buf
�!�(
size_t
) -1)

69 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
))

70  
	`__�cv�om_chk
 (
__fd
, 
__buf
, 
__n
, 
	`__bos0
 (__buf), 
__�ags
,

71 
__addr
, 
__addr_�n
);

72 i�(
__n
 > 
	`__bos0
 (
__buf
))

73  
	`__�cv�om_chk_w�n
 (
__fd
, 
__buf
, 
__n
, 
	`__bos0
 (__buf), 
__�ags
,

74 
__addr
, 
__addr_�n
);

76  
	`__�cv�om_��s
 (
__fd
, 
__buf
, 
__n
, 
__�ags
, 
__addr
, 
__addr_�n
);

77 
	}
}

	@/usr/include/bits/stat.h

18 #i�!
def�ed
 
_SYS_STAT_H
 && !def�ed 
_FCNTL_H


22 #i�de�
_BITS_STAT_H


23 

	#_BITS_STAT_H
 1

	)

26 #i�de�
__x86_64__


27 

	#_STAT_VER_LINUX_OLD
 1

	)

28 

	#_STAT_VER_KERNEL
 1

	)

29 

	#_STAT_VER_SVR4
 2

	)

30 

	#_STAT_VER_LINUX
 3

	)

33 

	#_MKNOD_VER_LINUX
 1

	)

34 

	#_MKNOD_VER_SVR4
 2

	)

35 

	#_MKNOD_VER
 
_MKNOD_VER_LINUX


	)

37 

	#_STAT_VER_KERNEL
 0

	)

38 

	#_STAT_VER_LINUX
 1

	)

41 

	#_MKNOD_VER_LINUX
 0

	)

44 

	#_STAT_VER
 
_STAT_VER_LINUX


	)

46 
	s��


48 
__dev_t
 
	m�_dev
;

49 #i�de�
__x86_64__


50 
	m__�d1
;

52 #i�
def�ed
 
__x86_64__
 || !def�ed 
__USE_FILE_OFFSET64


53 
__�o_t
 
	m�_�o
;

55 
__�o_t
 
	m__�_�o
;

57 #i�de�
__x86_64__


58 
__mode_t
 
	m�_mode
;

59 
__ƚk_t
 
	m�_ƚk
;

61 
__ƚk_t
 
	m�_ƚk
;

62 
__mode_t
 
	m�_mode
;

64 
__uid_t
 
	m�_uid
;

65 
__gid_t
 
	m�_gid
;

66 #ifde�
__x86_64__


67 
	m__�d0
;

69 
__dev_t
 
	m�_rdev
;

70 #i�de�
__x86_64__


71 
	m__�d2
;

73 #i�
def�ed
 
__x86_64__
 || !def�ed 
__USE_FILE_OFFSET64


74 
__off_t
 
	m�_size
;

76 
__off64_t
 
	m�_size
;

78 
__blksize_t
 
	m�_blksize
;

79 #i�
def�ed
 
__x86_64__
 || !def�ed 
__USE_FILE_OFFSET64


80 
__blk�t_t
 
	m�_blocks
;

82 
__blk�t64_t
 
	m�_blocks
;

84 #ifde�
__USE_XOPEN2K8


91 
time�ec
 
	m�_�im
;

92 
time�ec
 
	m�_mtim
;

93 
time�ec
 
	m�_�im
;

94 

	#�_�ime
 
�_�im
.
tv_�c


	)

95 

	#�_mtime
 
�_mtim
.
tv_�c


	)

96 

	#�_�ime
 
�_�im
.
tv_�c


	)

98 
__time_t
 
	m�_�ime
;

99 
__sys��_ul�g_t
 
	m�_�im��c
;

100 
__time_t
 
	m�_mtime
;

101 
__sys��_ul�g_t
 
	m�_mtim��c
;

102 
__time_t
 
	m�_�ime
;

103 
__sys��_ul�g_t
 
	m�_�im��c
;

105 #ifde�
__x86_64__


106 
__sys��_��g_t
 
	m__glibc_��rved
[3];

108 #i�de�
__USE_FILE_OFFSET64


109 
	m__glibc_��rved4
;

110 
	m__glibc_��rved5
;

112 
__�o64_t
 
	m�_�o
;

117 #ifde�
__USE_LARGEFILE64


119 
	s��64


121 
__dev_t
 
	m�_dev
;

122 #ifde�
__x86_64__


123 
__�o64_t
 
	m�_�o
;

124 
__ƚk_t
 
	m�_ƚk
;

125 
__mode_t
 
	m�_mode
;

127 
	m__�d1
;

128 
__�o_t
 
	m__�_�o
;

129 
__mode_t
 
	m�_mode
;

130 
__ƚk_t
 
	m�_ƚk
;

132 
__uid_t
 
	m�_uid
;

133 
__gid_t
 
	m�_gid
;

134 #ifde�
__x86_64__


135 
	m__�d0
;

136 
__dev_t
 
	m�_rdev
;

137 
__off_t
 
	m�_size
;

139 
__dev_t
 
	m�_rdev
;

140 
	m__�d2
;

141 
__off64_t
 
	m�_size
;

143 
__blksize_t
 
	m�_blksize
;

144 
__blk�t64_t
 
	m�_blocks
;

145 #ifde�
__USE_XOPEN2K8


152 
time�ec
 
	m�_�im
;

153 
time�ec
 
	m�_mtim
;

154 
time�ec
 
	m�_�im
;

156 
__time_t
 
	m�_�ime
;

157 
__sys��_ul�g_t
 
	m�_�im��c
;

158 
__time_t
 
	m�_mtime
;

159 
__sys��_ul�g_t
 
	m�_mtim��c
;

160 
__time_t
 
	m�_�ime
;

161 
__sys��_ul�g_t
 
	m�_�im��c
;

163 #ifde�
__x86_64__


164 
__sys��_��g_t
 
	m__glibc_��rved
[3];

166 
__�o64_t
 
	m�_�o
;

172 

	#_STATBUF_ST_BLKSIZE


	)

173 

	#_STATBUF_ST_RDEV


	)

175 

	#_STATBUF_ST_NSEC


	)

179 

	#__S_IFMT
 0170000

	)

182 

	#__S_IFDIR
 0040000

	)

183 

	#__S_IFCHR
 0020000

	)

184 

	#__S_IFBLK
 0060000

	)

185 

	#__S_IFREG
 0100000

	)

186 

	#__S_IFIFO
 0010000

	)

187 

	#__S_IFLNK
 0120000

	)

188 

	#__S_IFSOCK
 0140000

	)

192 

	#__S_TYPEISMQ
(
buf
�((buf)->
�_mode
 - (buf)->�_mode)

	)

193 

	#__S_TYPEISSEM
(
buf
�((buf)->
�_mode
 - (buf)->�_mode)

	)

194 

	#__S_TYPEISSHM
(
buf
�((buf)->
�_mode
 - (buf)->�_mode)

	)

198 

	#__S_ISUID
 04000

	)

199 

	#__S_ISGID
 02000

	)

200 

	#__S_ISVTX
 01000

	)

201 

	#__S_IREAD
 0400

	)

202 

	#__S_IWRITE
 0200

	)

203 

	#__S_IEXEC
 0100

	)

205 #ifde�
__USE_ATFILE


206 

	#UTIME_NOW
 ((1�<< 30�- 1l)

	)

207 

	#UTIME_OMIT
 ((1�<< 30�- 2l)

	)

	@/usr/include/bits/stdio-ldbl.h

19 #i�de�
_STDIO_H


23 
__BEGIN_NAMESPACE_STD


24 
	$__LDBL_REDIR_DECL
 (
�r�tf
)

25 
	$__LDBL_REDIR_DECL
 (
��tf
)

26 
	$__LDBL_REDIR_DECL
 (
�r�tf
)

27 
	$__LDBL_REDIR_DECL
 (
v�r�tf
)

28 
	$__LDBL_REDIR_DECL
 (
v��tf
)

29 
	$__LDBL_REDIR_DECL
 (
v�r�tf
)

30 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__USE_GNU
 \

31 && !
def�ed
 
__REDIRECT
 \

32 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

33 
	$__LDBL_REDIR1_DECL
 (
fs�nf
, 
__�dbl___isoc99_fs�nf
)

34 
	$__LDBL_REDIR1_DECL
 (
s�nf
, 
__�dbl___isoc99_s�nf
)

35 
	$__LDBL_REDIR1_DECL
 (
ss�nf
, 
__�dbl___isoc99_ss�nf
)

37 
	$__LDBL_REDIR_DECL
 (
fs�nf
)

38 
	$__LDBL_REDIR_DECL
 (
s�nf
)

39 
	$__LDBL_REDIR_DECL
 (
ss�nf
)

41 
__END_NAMESPACE_STD


43 #i�
def�ed
 
__USE_ISOC99
 || def�ed 
__USE_UNIX98


44 
__BEGIN_NAMESPACE_C99


45 
	$__LDBL_REDIR_DECL
 (
���tf
)

46 
	$__LDBL_REDIR_DECL
 (
v���tf
)

47 
__END_NAMESPACE_C99


50 #ifdef 
__USE_ISOC99


51 
__BEGIN_NAMESPACE_C99


52 #i�!
def�ed
 
__USE_GNU
 && !def�ed 
__REDIRECT
 \

53 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

54 
	$__LDBL_REDIR1_DECL
 (
vfs�nf
, 
__�dbl___isoc99_vfs�nf
)

55 
	$__LDBL_REDIR1_DECL
 (
vs�nf
, 
__�dbl___isoc99_vs�nf
)

56 
	$__LDBL_REDIR1_DECL
 (
vss�nf
, 
__�dbl___isoc99_vss�nf
)

58 
	$__LDBL_REDIR_DECL
 (
vfs�nf
)

59 
	$__LDBL_REDIR_DECL
 (
vss�nf
)

60 
	$__LDBL_REDIR_DECL
 (
vs�nf
)

62 
__END_NAMESPACE_C99


65 #ifde�
__USE_XOPEN2K8


66 
	$__LDBL_REDIR_DECL
 (
vd��tf
)

67 
	$__LDBL_REDIR_DECL
 (
d��tf
)

70 #ifde�
__USE_GNU


71 
	$__LDBL_REDIR_DECL
 (
va�r�tf
)

72 
	$__LDBL_REDIR_DECL
 (
__a�r�tf
)

73 
	$__LDBL_REDIR_DECL
 (
a�r�tf
)

74 
	$__LDBL_REDIR_DECL
 (
ob�ack_��tf
)

75 
	$__LDBL_REDIR_DECL
 (
ob�ack_v��tf
)

78 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


79 
	$__LDBL_REDIR_DECL
 (
__�r�tf_chk
)

80 
	$__LDBL_REDIR_DECL
 (
__v�r�tf_chk
)

81 #i�
def�ed
 
__USE_ISOC99
 || def�ed 
__USE_UNIX98


82 
	$__LDBL_REDIR_DECL
 (
__���tf_chk
)

83 
	$__LDBL_REDIR_DECL
 (
__v���tf_chk
)

85 #i�
__USE_FORTIFY_LEVEL
 > 1

86 
	$__LDBL_REDIR_DECL
 (
__�r�tf_chk
)

87 
	$__LDBL_REDIR_DECL
 (
__��tf_chk
)

88 
	$__LDBL_REDIR_DECL
 (
__v�r�tf_chk
)

89 
	$__LDBL_REDIR_DECL
 (
__v��tf_chk
)

90 #ifde�
__USE_XOPEN2K8


91 
	$__LDBL_REDIR_DECL
 (
__d��tf_chk
)

92 
	$__LDBL_REDIR_DECL
 (
__vd��tf_chk
)

94 #ifde�
__USE_GNU


95 
	$__LDBL_REDIR_DECL
 (
__a�r�tf_chk
)

96 
	$__LDBL_REDIR_DECL
 (
__va�r�tf_chk
)

97 
	$__LDBL_REDIR_DECL
 (
__ob�ack_��tf_chk
)

98 
	$__LDBL_REDIR_DECL
 (
__ob�ack_v��tf_chk
)

	@/usr/include/bits/stdio.h

19 #i�de�
_STDIO_H


23 #i�de�
__ex��_�l�e


24 

	#__STDIO_INLINE
 
�l�e


	)

26 

	#__STDIO_INLINE
 
__ex��_�l�e


	)

30 #ifde�
__USE_EXTERN_INLINES


33 #i�!(
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�
)

35 
__STDIO_INLINE
 

36 
	$v��tf
 (cڡ *
__��ri�
 
__fmt
, 
_G_va_li�
 
__�g
)

38  
	`v�r�tf
 (
�dout
, 
__fmt
, 
__�g
);

39 
	}
}

43 
__STDIO_INLINE
 

44 
	$g�ch�
 ()

46  
	`_IO_g�c
 (
�d�
);

47 
	}
}

50 #ifde�
__USE_MISC


52 
__STDIO_INLINE
 

53 
	$fg�c_u�ocked
 (
FILE
 *
__�
)

55  
	`_IO_g�c_u�ocked
 (
__�
);

56 
	}
}

60 #ifde�
__USE_POSIX


62 
__STDIO_INLINE
 

63 
	$g�c_u�ocked
 (
FILE
 *
__�
)

65  
	`_IO_g�c_u�ocked
 (
__�
);

66 
	}
}

69 
__STDIO_INLINE
 

70 
	$g�ch�_u�ocked
 ()

72  
	`_IO_g�c_u�ocked
 (
�d�
);

73 
	}
}

78 
__STDIO_INLINE
 

79 
	$putch�
 (
__c
)

81  
	`_IO_putc
 (
__c
, 
�dout
);

82 
	}
}

85 #ifde�
__USE_MISC


87 
__STDIO_INLINE
 

88 
	$�utc_u�ocked
 (
__c
, 
FILE
 *
__��am
)

90  
	`_IO_putc_u�ocked
 (
__c
, 
__��am
);

91 
	}
}

95 #ifde�
__USE_POSIX


97 
__STDIO_INLINE
 

98 
	$putc_u�ocked
 (
__c
, 
FILE
 *
__��am
)

100  
	`_IO_putc_u�ocked
 (
__c
, 
__��am
);

101 
	}
}

104 
__STDIO_INLINE
 

105 
	$putch�_u�ocked
 (
__c
)

107  
	`_IO_putc_u�ocked
 (
__c
, 
�dout
);

108 
	}
}

112 #ifdef 
__USE_GNU


114 
__STDIO_INLINE
 
_IO_ssize_t


115 
	$g�l�e
 (**
__l���
, 
size_t
 *
__n
, 
FILE
 *
__��am
)

117  
	`__g�d�im
 (
__l���
, 
__n
, '\n', 
__��am
);

118 
	}
}

122 #ifde�
__USE_MISC


124 
__STDIO_INLINE
 

125 
__NTH
 (
	$�of_u�ocked
 (
FILE
 *
__��am
))

127  
	`_IO_�of_u�ocked
 (
__��am
);

128 
	}
}

131 
__STDIO_INLINE
 

132 
__NTH
 (
	$��_u�ocked
 (
FILE
 *
__��am
))

134  
	`_IO_��_u�ocked
 (
__��am
);

135 
	}
}

141 #i�
def�ed
 
__USE_MISC
 && def�ed 
__GNUC__
 && def�ed 
__OPTIMIZE__
 \

142 && !
def�ed
 
	g__�lu�lus


144 

	#�d_u�ocked
(
�r
, 
size
, 
n
, 
��am
) \

145 (
	`__ex�nsi�__
 ((
	`__bu�t�_cڡ�t_p
 (
size
�&& __bu�t�_cڡ�t_�(
n
) \

146 && (
size_t
�(
size
�* (size_t�(
n
) <= 8 \

147 && (
size_t
�(
size
) != 0) \

148 ? ({ *
__�r
 = (*�(
�r
); \

149 
FILE
 *
__��am
 = (
��am
); \

150 
size_t
 
__�t
; \

151 
__�t
 = (
size_t
�(
size
�* (size_t�(
n
); \

152 
__�t
 > 0; --__cnt) \

154 
__c
 = 
	`_IO_g�c_u�ocked
 (
__��am
); \

155 i�(
__c
 =�
EOF
) \

157 *
__�r
++ = 
__c
; \

159 ((
size_t
�(
size
�* (size_t�(
n
�- 
__�t
) \

160 / (
size_t
�(
size
); }) \

161 : (((
	`__bu�t�_cڡ�t_p
 (
size
�&& (
size_t
) (size) == 0) \

162 || (
	`__bu�t�_cڡ�t_p
 (
n
�&& (
size_t
) (n) == 0)) \

164 ? ((�(
�r
), (�(
��am
), (�(
size
), \

165 (�(
n
), (
size_t
) 0) \

166 : 
	`�d_u�ocked
 (
�r
, 
size
, 
n
, 
��am
))))

	)

168 

	#fwr�e_u�ocked
(
�r
, 
size
, 
n
, 
��am
) \

169 (
	`__ex�nsi�__
 ((
	`__bu�t�_cڡ�t_p
 (
size
�&& __bu�t�_cڡ�t_�(
n
) \

170 && (
size_t
�(
size
�* (size_t�(
n
) <= 8 \

171 && (
size_t
�(
size
) != 0) \

172 ? ({ cڡ *
__�r
 = (cڡ *�(
�r
); \

173 
FILE
 *
__��am
 = (
��am
); \

174 
size_t
 
__�t
; \

175 
__�t
 = (
size_t
�(
size
�* (size_t�(
n
); \

176 
__�t
 > 0; --__cnt) \

177 i�(
	`_IO_putc_u�ocked
 (*
__�r
++, 
__��am
�=�
EOF
) \

179 ((
size_t
�(
size
�* (size_t�(
n
�- 
__�t
) \

180 / (
size_t
�(
size
); }) \

181 : (((
	`__bu�t�_cڡ�t_p
 (
size
�&& (
size_t
) (size) == 0) \

182 || (
	`__bu�t�_cڡ�t_p
 (
n
�&& (
size_t
) (n) == 0)) \

184 ? ((�(
�r
), (�(
��am
), (�(
size
), \

185 (�(
n
), (
size_t
) 0) \

186 : 
	`fwr�e_u�ocked
 (
�r
, 
size
, 
n
, 
��am
))))

	)

190 #unde�
__STDIO_INLINE


	@/usr/include/bits/stdio2.h

19 #i�de�
_STDIO_H


23 

	$__�r�tf_chk
 (*
__��ri�
 
__s
, 
__�ag
, 
size_t
 
__��
,

24 cڡ *
__��ri�
 
__f�m�
, ...�
__THROW
;

25 

	$__v�r�tf_chk
 (*
__��ri�
 
__s
, 
__�ag
, 
size_t
 
__��
,

26 cڡ *
__��ri�
 
__f�m�
,

27 
_G_va_li�
 
__�
�
__THROW
;

29 #ifde�
__va_�g_�ck


30 
__f�tify_fun�i�
 

31 
	`__NTH
 (
	$�r�tf
 (*
__��ri�
 
__s
, cڡ *__��ri� 
__fmt
, ...))

33  
	`__bu�t�___�r�tf_chk
 (
__s
, 
__USE_FORTIFY_LEVEL
 - 1,

34 
	`__bos
 (
__s
), 
__fmt
, 
	`__va_�g_�ck
 ());

35 
	}
}

36 #�i�!
def�ed
 
__�lu�lus


37 

	#�r�tf
(
�r
, ...) \

38 
	`__bu�t�___�r�tf_chk
 (
�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
	`__bos
 (str), \

39 
__VA_ARGS__
)

	)

42 
__f�tify_fun�i�
 

43 
__NTH
 (
	$v�r�tf
 (*
__��ri�
 
__s
, cڡ *__��ri� 
__fmt
,

44 
_G_va_li�
 
__�
))

46  
	`__bu�t�___v�r�tf_chk
 (
__s
, 
__USE_FORTIFY_LEVEL
 - 1,

47 
	`__bos
 (
__s
), 
__fmt
, 
__�
);

48 
	}
}

50 #i�
def�ed
 
__USE_ISOC99
 || def�ed 
__USE_UNIX98


52 

	$__���tf_chk
 (*
__��ri�
 
__s
, 
size_t
 
__n
, 
__�ag
,

53 
size_t
 
__��
, cڡ *
__��ri�
 
__f�m�
,

54 ...�
__THROW
;

55 

	$__v���tf_chk
 (*
__��ri�
 
__s
, 
size_t
 
__n
, 
__�ag
,

56 
size_t
 
__��
, cڡ *
__��ri�
 
__f�m�
,

57 
_G_va_li�
 
__�
�
__THROW
;

59 #ifde�
__va_�g_�ck


60 
__f�tify_fun�i�
 

61 
	`__NTH
 (
	$���tf
 (*
__��ri�
 
__s
, 
size_t
 
__n
,

62 cڡ *
__��ri�
 
__fmt
, ...))

64  
	`__bu�t�___���tf_chk
 (
__s
, 
__n
, 
__USE_FORTIFY_LEVEL
 - 1,

65 
	`__bos
 (
__s
), 
__fmt
, 
	`__va_�g_�ck
 ());

66 
	}
}

67 #�i�!
def�ed
 
__�lu�lus


68 

	#���tf
(
�r
, 
�n
, ...) \

69 
	`__bu�t�___���tf_chk
 (
�r
, 
�n
, 
__USE_FORTIFY_LEVEL
 - 1, 
	`__bos
 (str), \

70 
__VA_ARGS__
)

	)

73 
__f�tify_fun�i�
 

74 
__NTH
 (
	$v���tf
 (*
__��ri�
 
__s
, 
size_t
 
__n
,

75 cڡ *
__��ri�
 
__fmt
, 
_G_va_li�
 
__�
))

77  
	`__bu�t�___v���tf_chk
 (
__s
, 
__n
, 
__USE_FORTIFY_LEVEL
 - 1,

78 
	`__bos
 (
__s
), 
__fmt
, 
__�
);

79 
	}
}

83 #i�
__USE_FORTIFY_LEVEL
 > 1

85 

__�r�tf_chk
 (
FILE
 *
__��ri�
 
__��am
, 
__�ag
,

86 cڡ *
__��ri�
 
__f�m�
, ...);

87 

__��tf_chk
 (
__�ag
, cڡ *
__��ri�
 
__f�m�
, ...);

88 

__v�r�tf_chk
 (
FILE
 *
__��ri�
 
__��am
, 
__�ag
,

89 cڡ *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�
);

90 

__v��tf_chk
 (
__�ag
, cڡ *
__��ri�
 
__f�m�
,

91 
_G_va_li�
 
__�
);

93 #ifde�
__va_�g_�ck


94 
__f�tify_fun�i�
 

95 
	$�r�tf
 (
FILE
 *
__��ri�
 
__��am
, cڡ *__��ri� 
__fmt
, ...)

97  
	`__�r�tf_chk
 (
__��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

98 
	`__va_�g_�ck
 ());

99 
	}
}

101 
__f�tify_fun�i�
 

102 
	$��tf
 (cڡ *
__��ri�
 
__fmt
, ...)

104  
	`__��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
	`__va_�g_�ck
 ());

105 
	}
}

106 #�i�!
def�ed
 
__�lu�lus


107 

	#��tf
(...) \

108 
	`__��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

109 

	#�r�tf
(
��am
, ...) \

110 
	`__�r�tf_chk
 (
��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

113 
__f�tify_fun�i�
 

114 
	$v��tf
 (cڡ *
__��ri�
 
__fmt
, 
_G_va_li�
 
__�
)

116 #ifde�
__USE_EXTERN_INLINES


117  
	`__v�r�tf_chk
 (
�dout
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

119  
	`__v��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

121 
	}
}

123 
__f�tify_fun�i�
 

124 
	$v�r�tf
 (
FILE
 *
__��ri�
 
__��am
,

125 cڡ *
__��ri�
 
__fmt
, 
_G_va_li�
 
__�
)

127  
	`__v�r�tf_chk
 (
__��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

128 
	}
}

130 #ifde�
__USE_XOPEN2K8


131 

	$__d��tf_chk
 (
__fd
, 
__�ag
, cڡ *
__��ri�
 
__fmt
,

132 ...�
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 4)));

133 

	$__vd��tf_chk
 (
__fd
, 
__�ag
,

134 cڡ *
__��ri�
 
__fmt
, 
_G_va_li�
 
__�g
)

135 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 0)));

137 #ifde�
__va_�g_�ck


138 
__f�tify_fun�i�
 

139 
	$d��tf
 (
__fd
, cڡ *
__��ri�
 
__fmt
, ...)

141  
	`__d��tf_chk
 (
__fd
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

142 
	`__va_�g_�ck
 ());

143 
	}
}

144 #�i�!
def�ed
 
__�lu�lus


145 

	#d��tf
(
fd
, ...) \

146 
	`__d��tf_chk
 (
fd
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

149 
__f�tify_fun�i�
 

150 
	$vd��tf
 (
__fd
, cڡ *
__��ri�
 
__fmt
, 
_G_va_li�
 
__�
)

152  
	`__vd��tf_chk
 (
__fd
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

153 
	}
}

156 #ifde�
__USE_GNU


158 

	$__a�r�tf_chk
 (**
__��ri�
 
__�r
, 
__�ag
,

159 cڡ *
__��ri�
 
__fmt
, ...)

160 
__THROW
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 3, 4))�
__wur
;

161 

	$__va�r�tf_chk
 (**
__��ri�
 
__�r
, 
__�ag
,

162 cڡ *
__��ri�
 
__fmt
, 
_G_va_li�
 
__�g
)

163 
__THROW
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 3, 0))�
__wur
;

164 

	$__ob�ack_��tf_chk
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

165 
__�ag
, cڡ *
__��ri�
 
__f�m�
,

167 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 4)));

168 

	$__ob�ack_v��tf_chk
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

169 
__�ag
,

170 cڡ *
__��ri�
 
__f�m�
,

171 
_G_va_li�
 
__�gs
)

172 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 0)));

174 #ifde�
__va_�g_�ck


175 
__f�tify_fun�i�
 

176 
	`__NTH
 (
	$a�r�tf
 (**
__��ri�
 
__�r
, cڡ *__��ri� 
__fmt
, ...))

178  
	`__a�r�tf_chk
 (
__�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

179 
	`__va_�g_�ck
 ());

180 
	}
}

182 
__f�tify_fun�i�
 

183 
__NTH
 (
	$__a�r�tf
 (**
__��ri�
 
__�r
, cڡ *__��ri� 
__fmt
,

186  
	`__a�r�tf_chk
 (
__�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

187 
	`__va_�g_�ck
 ());

188 
	}
}

190 
__f�tify_fun�i�
 

191 
__NTH
 (
	$ob�ack_��tf
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

192 cڡ *
__��ri�
 
__fmt
, ...))

194  
	`__ob�ack_��tf_chk
 (
__ob�ack
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

195 
	`__va_�g_�ck
 ());

196 
	}
}

197 #�i�!
def�ed
 
__�lu�lus


198 

	#a�r�tf
(
�r
, ...) \

199 
	`__a�r�tf_chk
 (
�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

200 

	#__a�r�tf
(
�r
, ...) \

201 
	`__a�r�tf_chk
 (
�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

202 

	#ob�ack_��tf
(
ob�ack
, ...) \

203 
	`__ob�ack_��tf_chk
 (
ob�ack
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

206 
__f�tify_fun�i�
 

207 
__NTH
 (
	$va�r�tf
 (**
__��ri�
 
__�r
, cڡ *__��ri� 
__fmt
,

208 
_G_va_li�
 
__�
))

210  
	`__va�r�tf_chk
 (
__�r
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

211 
	}
}

213 
__f�tify_fun�i�
 

214 
__NTH
 (
	$ob�ack_v��tf
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

215 cڡ *
__��ri�
 
__fmt
, 
_G_va_li�
 
__�
))

217  
	`__ob�ack_v��tf_chk
 (
__ob�ack
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

218 
__�
);

219 
	}
}

225 #i�!
def�ed
 
__USE_ISOC11
 \

226 || (
def�ed
 
	g__�lu�lus
 && __�lu�lu�<�201103L && !def�ed 
__USE_GNU
)

227 
*
	$__g�s_chk
 (*
__�r
, 
size_t
�
__wur
;

228 
*
	`__REDIRECT
 (
__g�s_w�n
, (*
__�r
), 
g�s
)

229 
__wur
 
	`__w�ljr
 ("please use fgets or getline instead, gets can't "

232 
__f�tify_fun�i�
 
__wur
 *

233 
	$g�s
 (*
__�r
)

235 i�(
	`__bos
 (
__�r
�!�(
size_t
) -1)

236  
	`__g�s_chk
 (
__�r
, 
	`__bos
 (__str));

237  
	`__g�s_w�n
 (
__�r
);

238 
	}
}

241 
*
	$__fg�s_chk
 (*
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

242 
FILE
 *
__��ri�
 
__��am
�
__wur
;

243 
*
	`__REDIRECT
 (
__fg�s_��s
,

244 (*
__��ri�
 
__s
, 
__n
,

245 
FILE
 *
__��ri�
 
__��am
), 
fg�s
�
__wur
;

246 
*
	`__REDIRECT
 (
__fg�s_chk_w�n
,

247 (*
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

248 
FILE
 *
__��ri�
 
__��am
), 
__fg�s_chk
)

249 
__wur
 
	`__w�ljr
 ("fgets called with bigger size�han�ength "

252 
__f�tify_fun�i�
 
__wur
 *

253 
	$fg�s
 (*
__��ri�
 
__s
, 
__n
, 
FILE
 *__��ri� 
__��am
)

255 i�(
	`__bos
 (
__s
�!�(
size_t
) -1)

257 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
) || __n <= 0)

258  
	`__fg�s_chk
 (
__s
, 
	`__bos
 (__s), 
__n
, 
__��am
);

260 i�((
size_t
�
__n
 > 
	`__bos
 (
__s
))

261  
	`__fg�s_chk_w�n
 (
__s
, 
	`__bos
 (__s), 
__n
, 
__��am
);

263  
	`__fg�s_��s
 (
__s
, 
__n
, 
__��am
);

264 
	}
}

266 
size_t
 
	$__�d_chk
 (*
__��ri�
 
__�r
, 
size_t
 
__���
,

267 
size_t
 
__size
, size_�
__n
,

268 
FILE
 *
__��ri�
 
__��am
�
__wur
;

269 
size_t
 
	`__REDIRECT
 (
__�d_��s
,

270 (*
__��ri�
 
__�r
, 
size_t
 
__size
,

271 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
),

272 
�d
�
__wur
;

273 
size_t
 
	`__REDIRECT
 (
__�d_chk_w�n
,

274 (*
__��ri�
 
__�r
, 
size_t
 
__���
,

275 
size_t
 
__size
, size_�
__n
,

276 
FILE
 *
__��ri�
 
__��am
),

277 
__�d_chk
)

278 
__wur
 
	`__w�ljr
 ("fread called with bigger size *�memb�han�ength "

281 
__f�tify_fun�i�
 
__wur
 
size_t


282 
	$�d
 (*
__��ri�
 
__�r
, 
size_t
 
__size
, size_�
__n
,

283 
FILE
 *
__��ri�
 
__��am
)

285 i�(
	`__bos0
 (
__�r
�!�(
size_t
) -1)

287 i�(!
	`__bu�t�_cڡ�t_p
 (
__size
)

288 || !
	`__bu�t�_cڡ�t_p
 (
__n
)

289 || (
__size
 | 
__n
�>�(((
size_t
) 1) << (8 *  (size_t) / 2)))

290  
	`__�d_chk
 (
__�r
, 
	`__bos0
 (__�r), 
__size
, 
__n
, 
__��am
);

292 i�(
__size
 * 
__n
 > 
	`__bos0
 (
__�r
))

293  
	`__�d_chk_w�n
 (
__�r
, 
	`__bos0
 (__�r), 
__size
, 
__n
, 
__��am
);

295  
	`__�d_��s
 (
__�r
, 
__size
, 
__n
, 
__��am
);

296 
	}
}

298 #ifde�
__USE_GNU


299 
*
	$__fg�s_u�ocked_chk
 (*
__��ri�
 
__s
, 
size_t
 
__size
,

300 
__n
, 
FILE
 *
__��ri�
 
__��am
�
__wur
;

301 
*
	`__REDIRECT
 (
__fg�s_u�ocked_��s
,

302 (*
__��ri�
 
__s
, 
__n
,

303 
FILE
 *
__��ri�
 
__��am
), 
fg�s_u�ocked
�
__wur
;

304 
*
	`__REDIRECT
 (
__fg�s_u�ocked_chk_w�n
,

305 (*
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

306 
FILE
 *
__��ri�
 
__��am
), 
__fg�s_u�ocked_chk
)

307 
__wur
 
	`__w�ljr
 ("fgets_unlocked called with bigger size�han�ength "

310 
__f�tify_fun�i�
 
__wur
 *

311 
	$fg�s_u�ocked
 (*
__��ri�
 
__s
, 
__n
, 
FILE
 *__��ri� 
__��am
)

313 i�(
	`__bos
 (
__s
�!�(
size_t
) -1)

315 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
) || __n <= 0)

316  
	`__fg�s_u�ocked_chk
 (
__s
, 
	`__bos
 (__s), 
__n
, 
__��am
);

318 i�((
size_t
�
__n
 > 
	`__bos
 (
__s
))

319  
	`__fg�s_u�ocked_chk_w�n
 (
__s
, 
	`__bos
 (__s), 
__n
, 
__��am
);

321  
	`__fg�s_u�ocked_��s
 (
__s
, 
__n
, 
__��am
);

322 
	}
}

325 #ifde�
__USE_MISC


326 #unde�
�d_u�ocked


327 
size_t
 
	$__�d_u�ocked_chk
 (*
__��ri�
 
__�r
, 
size_t
 
__���
,

328 
size_t
 
__size
, size_�
__n
,

329 
FILE
 *
__��ri�
 
__��am
�
__wur
;

330 
size_t
 
	`__REDIRECT
 (
__�d_u�ocked_��s
,

331 (*
__��ri�
 
__�r
, 
size_t
 
__size
,

332 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
),

333 
�d_u�ocked
�
__wur
;

334 
size_t
 
	`__REDIRECT
 (
__�d_u�ocked_chk_w�n
,

335 (*
__��ri�
 
__�r
, 
size_t
 
__���
,

336 
size_t
 
__size
, size_�
__n
,

337 
FILE
 *
__��ri�
 
__��am
),

338 
__�d_u�ocked_chk
)

339 
__wur
 
	`__w�ljr
 ("fread_unlocked called with bigger size *�memb�han "

342 
__f�tify_fun�i�
 
__wur
 
size_t


343 
	$�d_u�ocked
 (*
__��ri�
 
__�r
, 
size_t
 
__size
, size_�
__n
,

344 
FILE
 *
__��ri�
 
__��am
)

346 i�(
	`__bos0
 (
__�r
�!�(
size_t
) -1)

348 i�(!
	`__bu�t�_cڡ�t_p
 (
__size
)

349 || !
	`__bu�t�_cڡ�t_p
 (
__n
)

350 || (
__size
 | 
__n
�>�(((
size_t
) 1) << (8 *  (size_t) / 2)))

351  
	`__�d_u�ocked_chk
 (
__�r
, 
	`__bos0
 (__�r), 
__size
, 
__n
,

352 
__��am
);

354 i�(
__size
 * 
__n
 > 
	`__bos0
 (
__�r
))

355  
	`__�d_u�ocked_chk_w�n
 (
__�r
, 
	`__bos0
 (__�r), 
__size
, 
__n
,

356 
__��am
);

359 #ifde�
__USE_EXTERN_INLINES


360 i�(
	`__bu�t�_cڡ�t_p
 (
__size
)

361 && 
	`__bu�t�_cڡ�t_p
 (
__n
)

362 && (
__size
 | 
__n
�< (((
size_t
) 1) << (8 *  (size_t) / 2))

363 && 
__size
 * 
__n
 <= 8)

365 
size_t
 
__�t
 = 
__size
 * 
__n
;

366 *
__��
 = (*�
__�r
;

367 i�(
__�t
 == 0)

370 ; 
__�t
 > 0; --__cnt)

372 
__c
 = 
	`_IO_g�c_u�ocked
 (
__��am
);

373 i�(
__c
 =�
EOF
)

375 *
__��
++ = 
__c
;

377  (
__��
 - (*�
__�r
�/ 
__size
;

380  
	`__�d_u�ocked_��s
 (
__�r
, 
__size
, 
__n
, 
__��am
);

381 
	}
}

	@/usr/include/bits/stdio_lim.h

18 #i�!
def�ed
 
_STDIO_H
 && !def�ed 
__�ed_FOPEN_MAX
 && !def�ed 
__�ed_IOV_MAX


22 #ifde�
_STDIO_H


23 

	#L_tm�am
 20

	)

24 

	#TMP_MAX
 238328

	)

25 

	#FILENAME_MAX
 4096

	)

27 #ifde�
__USE_POSIX


28 

	#L_��mid
 9

	)

29 #i�!
def�ed
 
__USE_XOPEN2K
 || def�ed 
__USE_GNU


30 

	#L_cu�rid
 9

	)

35 #i�
def�ed
 
__�ed_FOPEN_MAX
 || def�ed 
_STDIO_H


36 #unde�
FOPEN_MAX


37 

	#FOPEN_MAX
 16

	)

40 #i�
def�ed
 
__�ed_IOV_MAX
 && !def�ed 
IOV_MAX


41 

	#IOV_MAX
 1024

	)

	@/usr/include/bits/stdlib-bsearch.h

19 
__ex��_�l�e
 *

20 
	$b��ch
 (cڡ *
__key
, cڡ *
__ba�
, 
size_t
 
__nmemb
, size_�
__size
,

21 
__com�r_�_t
 
__com�r
)

23 
size_t
 
__l
, 
__u
, 
__idx
;

24 cڡ *
__p
;

25 
__com�ris�
;

27 
__l
 = 0;

28 
__u
 = 
__nmemb
;

29 
__l
 < 
__u
)

31 
__idx
 = (
__l
 + 
__u
) / 2;

32 
__p
 = (*�(((cڡ *�
__ba�
�+ (
__idx
 * 
__size
));

33 
__com�ris�
 = (*
__com�r
�(
__key
, 
__p
);

34 i�(
__com�ris�
 < 0)

35 
__u
 = 
__idx
;

36 i�(
__com�ris�
 > 0)

37 
__l
 = 
__idx
 + 1;

39  (*�
__p
;

42  
NULL
;

43 
	}
}

	@/usr/include/bits/stdlib-float.h

19 #i�de�
_STDLIB_H


23 #ifde�
__USE_EXTERN_INLINES


24 
__BEGIN_NAMESPACE_STD


25 
__ex��_�l�e
 

26 
__NTH
 (
	$�of
 (cڡ *
__Ō
))

28  
	`��od
 (
__Ō
, (**�
NULL
);

29 
	}
}

30 
	g__END_NAMESPACE_STD


	@/usr/include/bits/stdlib-ldbl.h

19 #i�de�
_STDLIB_H


23 #ifdef 
__USE_ISOC99


24 
__BEGIN_NAMESPACE_C99


25 
	$__LDBL_REDIR1_DECL
 (
���d
, 
��od
)

26 
__END_NAMESPACE_C99


29 #ifde�
__USE_GNU


30 
	$__LDBL_REDIR1_DECL
 (
���d_l
, 
��od_l
)

33 #ifde�
__USE_MISC


34 
	$__LDBL_REDIR1_DECL
 (
qecvt
, 
ecvt
)

35 
	$__LDBL_REDIR1_DECL
 (
qfcvt
, 
fcvt
)

36 
	$__LDBL_REDIR1_DECL
 (
qgcvt
, 
gcvt
)

37 
	$__LDBL_REDIR1_DECL
 (
qecvt_r
, 
ecvt_r
)

38 
	$__LDBL_REDIR1_DECL
 (
qfcvt_r
, 
fcvt_r
)

	@/usr/include/bits/stdlib.h

19 #i�de�
_STDLIB_H


23 
*
	$__���th_chk
 (cڡ *
__��ri�
 
__�me
,

24 *
__��ri�
 
__�s�ved
,

25 
size_t
 
__�s�ved�n
�
__THROW
 
__wur
;

26 
*
	`__REDIRECT_NTH
 (
__���th_��s
,

27 (cڡ *
__��ri�
 
__�me
,

28 *
__��ri�
 
__�s�ved
), 
���th
�
__wur
;

29 
*
	`__REDIRECT_NTH
 (
__���th_chk_w�n
,

30 (cڡ *
__��ri�
 
__�me
,

31 *
__��ri�
 
__�s�ved
,

32 
size_t
 
__�s�ved�n
), 
__���th_chk
�
__wur


33 
	`__w�ljr
 ("second�rgument of�ealpath must be�ither NULL or�t "

36 
__f�tify_fun�i�
 
__wur
 *

37 
	`__NTH
 (
	$���th
 (cڡ *
__��ri�
 
__�me
, *__��ri� 
__�s�ved
))

39 i�(
	`__bos
 (
__�s�ved
�!�(
size_t
) -1)

41 #i�
def�ed
 
_LIBC_LIMITS_H_
 && def�ed 
PATH_MAX


42 i�(
	`__bos
 (
__�s�ved
�< 
PATH_MAX
)

43  
	`__���th_chk_w�n
 (
__�me
, 
__�s�ved
, 
	`__bos
 (__resolved));

45  
	`__���th_chk
 (
__�me
, 
__�s�ved
, 
	`__bos
 (__resolved));

48  
	`__���th_��s
 (
__�me
, 
__�s�ved
);

49 
	}
}

52 

	$__��ame_r_chk
 (
__fd
, *
__buf
, 
size_t
 
__bu�
,

53 
size_t
 
__ėl
�
__THROW
 
	`__n�nu�
 ((2));

54 

	`__REDIRECT_NTH
 (
__��ame_r_��s
, (
__fd
, *
__buf
,

55 
size_t
 
__bu�
), 
��ame_r
)

56 
	`__n�nu�
 ((2));

57 

	`__REDIRECT_NTH
 (
__��ame_r_chk_w�n
,

58 (
__fd
, *
__buf
, 
size_t
 
__bu�
,

59 
size_t
 
__ėl
), 
__��ame_r_chk
)

60 
	`__n�nu�
 ((2)�
	`__w�ljr
 ("ptsname_r called with buflen bigger�han "

63 
__f�tify_fun�i�
 

64 
	`__NTH
 (
	$��ame_r
 (
__fd
, *
__buf
, 
size_t
 
__bu�
))

66 i�(
	`__bos
 (
__buf
�!�(
size_t
) -1)

68 i�(!
	`__bu�t�_cڡ�t_p
 (
__bu�
))

69  
	`__��ame_r_chk
 (
__fd
, 
__buf
, 
__bu�
, 
	`__bos
 (__buf));

70 i�(
__bu�
 > 
	`__bos
 (
__buf
))

71  
	`__��ame_r_chk_w�n
 (
__fd
, 
__buf
, 
__bu�
, 
	`__bos
 (__buf));

73  
	`__��ame_r_��s
 (
__fd
, 
__buf
, 
__bu�
);

74 
	}
}

77 

	$__w�omb_chk
 (*
__s
, 
wch�_t
 
__wch�
, 
size_t
 
__bu�
)

78 
__THROW
 
__wur
;

79 

	`__REDIRECT_NTH
 (
__w�omb_��s
, (*
__s
, 
wch�_t
 
__wch�
),

80 
w�omb
�
__wur
;

82 
__f�tify_fun�i�
 
__wur
 

83 
	`__NTH
 (
	$w�omb
 (*
__s
, 
wch�_t
 
__wch�
))

88 

	#__STDLIB_MB_LEN_MAX
 16

	)

89 #i�
def�ed
 
MB_LEN_MAX
 && MB_LEN_MAX !�
__STDLIB_MB_LEN_MAX


92 i�(
	`__bos
 (
__s
�!�(
size_t
�-1 && 
__STDLIB_MB_LEN_MAX
 > __bos (__s))

93  
	`__w�omb_chk
 (
__s
, 
__wch�
, 
	`__bos
 (__s));

94  
	`__w�omb_��s
 (
__s
, 
__wch�
);

95 
	}
}

98 
size_t
 
	$__mb�owcs_chk
 (
wch�_t
 *
__��ri�
 
__d�
,

99 cڡ *
__��ri�
 
__�c
,

100 
size_t
 
__�n
, size_�
__d��n
�
__THROW
;

101 
size_t
 
	`__REDIRECT_NTH
 (
__mb�owcs_��s
,

102 (
wch�_t
 *
__��ri�
 
__d�
,

103 cڡ *
__��ri�
 
__�c
,

104 
size_t
 
__�n
), 
mb�owcs
);

105 
size_t
 
	`__REDIRECT_NTH
 (
__mb�owcs_chk_w�n
,

106 (
wch�_t
 *
__��ri�
 
__d�
,

107 cڡ *
__��ri�
 
__�c
,

108 
size_t
 
__�n
, size_�
__d��n
), 
__mb�owcs_chk
)

109 
	`__w�ljr
 ("mbstowcs called with dst buffer smaller�han�en "

112 
__f�tify_fun�i�
 
size_t


113 
	`__NTH
 (
	$mb�owcs
 (
wch�_t
 *
__��ri�
 
__d�
, cڡ *__��ri� 
__�c
,

114 
size_t
 
__�n
))

116 i�(
	`__bos
 (
__d�
�!�(
size_t
) -1)

118 i�(!
	`__bu�t�_cڡ�t_p
 (
__�n
))

119  
	`__mb�owcs_chk
 (
__d�
, 
__�c
, 
__�n
,

120 
	`__bos
 (
__d�
�/  (
wch�_t
));

122 i�(
__�n
 > 
	`__bos
 (
__d�
�/  (
wch�_t
))

123  
	`__mb�owcs_chk_w�n
 (
__d�
, 
__�c
, 
__�n
,

124 
	`__bos
 (
__d�
�/  (
wch�_t
));

126  
	`__mb�owcs_��s
 (
__d�
, 
__�c
, 
__�n
);

127 
	}
}

130 
size_t
 
	$__wc�ombs_chk
 (*
__��ri�
 
__d�
,

131 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

132 
size_t
 
__�n
, size_�
__d��n
�
__THROW
;

133 
size_t
 
	`__REDIRECT_NTH
 (
__wc�ombs_��s
,

134 (*
__��ri�
 
__d�
,

135 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

136 
size_t
 
__�n
), 
wc�ombs
);

137 
size_t
 
	`__REDIRECT_NTH
 (
__wc�ombs_chk_w�n
,

138 (*
__��ri�
 
__d�
,

139 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

140 
size_t
 
__�n
, size_�
__d��n
), 
__wc�ombs_chk
)

141 
	`__w�ljr
 ("wcstombs called with dst buffer smaller�han�en");

143 
__f�tify_fun�i�
 
size_t


144 
	`__NTH
 (
	$wc�ombs
 (*
__��ri�
 
__d�
, cڡ 
wch�_t
 *__��ri� 
__�c
,

145 
size_t
 
__�n
))

147 i�(
	`__bos
 (
__d�
�!�(
size_t
) -1)

149 i�(!
	`__bu�t�_cڡ�t_p
 (
__�n
))

150  
	`__wc�ombs_chk
 (
__d�
, 
__�c
, 
__�n
, 
	`__bos
 (__dst));

151 i�(
__�n
 > 
	`__bos
 (
__d�
))

152  
	`__wc�ombs_chk_w�n
 (
__d�
, 
__�c
, 
__�n
, 
	`__bos
 (__dst));

154  
	`__wc�ombs_��s
 (
__d�
, 
__�c
, 
__�n
);

155 
	}
}

	@/usr/include/bits/string.h

19 #i�de�
_STRING_H


24 

	#_STRING_INLINE_u�lig�d
 1

	)

27 

	#_HAVE_STRING_ARCH_memp�y
 1

	)

31 #i�!
def�ed
 
__x86_64__
 && (def�ed 
__i486__
 || def�ed 
__��ium__
 \

32 || 
def�ed
 
	g__��ium�o__
 || def�ed 
	g__��ium4__
 \

33 || 
def�ed
 
	g__noc�a__
 || def�ed 
	g__�om__
 \

34 || 
def�ed
 
	g__c�e2__
 || def�ed 
	g__c�ei7__
 \

35 || 
def�ed
 
	g__�ndybridge__
 || def�ed 
	g__hasw�l__
 \

36 || 
def�ed
 
	g__b���__
 || def�ed 
	g__s�v�m�t__
 \

37 || 
def�ed
 
	g__k6__
 || def�ed 
	g__geode__
 \

38 || 
def�ed
 
	g__k8__
 || def�ed 
	g__�hl�__
 \

39 || 
def�ed
 
	g__amd�m10__
 || def�ed 
	g__bdv�1__
 \

40 || 
def�ed
 
	g__bdv�2__
 || def�ed 
	g__bdv�3__
 \

41 || 
def�ed
 
	g__bdv�4__
 || def�ed 
	g__btv�1__
 \

42 || 
def�ed
 
	g__btv�2__
)

46 #i�!
def�ed
 
__NO_STRING_INLINES
 && def�ed 
__USE_STRING_INLINES
 \

47 && 
def�ed
 
	g__GNUC__
 && __GNUC__ >= 2

49 #i�de�
__STRING_INLINE


50 #i�de�
__ex��_�l�e


51 

	#__STRING_INLINE
 
�l�e


	)

53 

	#__STRING_INLINE
 
__ex��_�l�e


	)

58 

	#__STRING_SMALL_GET16
(
�c
, 
idx
) \

59 ((((cڡ *�(
�c
))[
idx
 + 1] << 8) \

60 | ((cڡ *�(
�c
))[
idx
])

	)

61 

	#__STRING_SMALL_GET32
(
�c
, 
idx
) \

62 (((((cڡ *�(
�c
))[
idx
 + 3] << 8 \

63 | ((cڡ *�(
�c
))[
idx
 + 2]) << 8 \

64 | ((cڡ *�(
�c
))[
idx
 + 1]) << 8 \

65 | ((cڡ *�(
�c
))[
idx
])

	)

69 

	#_HAVE_STRING_ARCH_mem�y
 1

	)

70 

	#mem�y
(
de�
, 
�c
, 
n
) \

71 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
n
) \

72 ? 
	`__mem�y_c
 ((
de�
), (
�c
), (
n
)) \

73 : 
	`__mem�y_g
 ((
de�
), (
�c
), (
n
))))

	)

74 

	#__mem�y_c
(
de�
, 
�c
, 
n
) \

75 ((
n
) == 0 \

76 ? (
de�
) \

77 : (((
n
) % 4 == 0) \

78 ? 
	`__mem�y_by4
 (
de�
, 
�c
, 
n
) \

79 : (((
n
) % 2 == 0) \

80 ? 
	`__mem�y_by2
 (
de�
, 
�c
, 
n
) \

81 : 
	`__mem�y_g
 (
de�
, 
�c
, 
n
))))

	)

83 
__STRING_INLINE
 *
__mem�y_by4
 (*
__de�
, cڡ *
__�c
,

84 
size_t
 
__n
);

86 
__STRING_INLINE
 *

87 
	$__mem�y_by4
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
)

89 
__d0
, 
__d1
;

90 *
__tmp
 = 
__de�
;

91 
__asm__
 
__vީ�e__


99 : "=&r" (
__d0
), "=&r" (
__tmp
), "=&r" (
__�c
), "=&r" (
__d1
)

100 : "1" (
__tmp
), "2" (
__�c
), "3" (
__n
 / 4)

102  
__de�
;

103 
	}
}

105 
__STRING_INLINE
 *
__mem�y_by2
 (*
__de�
, cڡ *
__�c
,

106 
size_t
 
__n
);

108 
__STRING_INLINE
 *

109 
	$__mem�y_by2
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
)

111 
__d0
, 
__d1
;

112 *
__tmp
 = 
__de�
;

113 
__asm__
 
__vީ�e__


126 : "=&q" (
__d0
), "=&r" (
__tmp
), "=&r" (
__�c
), "=&r" (
__d1
)

127 : "1" (
__tmp
), "2" (
__�c
), "3" (
__n
 / 2)

129  
__de�
;

130 
	}
}

132 
__STRING_INLINE
 *
__mem�y_g
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
);

134 
__STRING_INLINE
 *

135 
	$__mem�y_g
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
)

137 
__d0
, 
__d1
, 
__d2
;

138 *
__tmp
 = 
__de�
;

139 
__asm__
 
__vީ�e__


150 : "=&c" (
__d0
), "=&D" (
__d1
), "=&S" (
__d2
),

151 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__de�
)

152 : "0" (
__n
), "1" (
__tmp
), "2" (
__�c
),

153 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__�c
)

155  
__de�
;

156 
	}
}

158 

	#_HAVE_STRING_ARCH_memmove
 1

	)

159 #i�de�
_FORCE_INLINES


162 

	#memmove
(
de�
, 
�c
, 
n
�
	`__memmove_g
 (de�, src,�)

	)

164 
__STRING_INLINE
 *
	$__memmove_g
 (*, cڡ *, 
size_t
)

165 
	`__asm__
 ("memmove");

167 
__STRING_INLINE
 *

168 
	$__memmove_g
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
)

170 
__d0
, 
__d1
, 
__d2
;

171 *
__tmp
 = 
__de�
;

172 i�(
__de�
 < 
__�c
)

173 
__asm__
 
__vީ�e__


176 : "=&c" (
__d0
), "=&S" (
__d1
), "=&D" (
__d2
),

177 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__de�
)

178 : "0" (
__n
), "1" (
__�c
), "2" (
__tmp
),

179 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__�c
));

181 
__asm__
 
__vީ�e__


187 : "=&c" (
__d0
), "=&S" (
__d1
), "=&D" (
__d2
),

188 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__de�
)

189 : "0" (
__n
), "1" (__�+ (cڡ *�
__�c
),

190 "2" (
__n
 + (*�
__tmp
),

191 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__�c
));

192  
__de�
;

193 
	}
}

197 

	#_HAVE_STRING_ARCH_memcmp
 1

	)

198 #i�de�
_FORCE_INLINES


199 #i�de�
__PIC__


201 
__STRING_INLINE
 

202 
	$memcmp
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

204 
__d0
, 
__d1
, 
__d2
;

205 
__�s
;

206 
__asm__
 
__vީ�e__


214 : "=&a" (
__�s
), "=&S" (
__d0
), "=&D" (
__d1
), "=&c" (
__d2
)

215 : "0" (0), "1" (
__s1
), "2" (
__s2
), "3" (
__n
),

216 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s1
),

217 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s2
)

219  
__�s
;

220 
	}
}

225 

	#_HAVE_STRING_ARCH_mem�t
 1

	)

226 

	#_USE_STRING_ARCH_mem�t
 1

	)

227 

	#mem�t
(
s
, 
c
, 
n
) \

228 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
n
) && (n) <= 16 \

229 ? ((
n
) == 1 \

230 ? 
	`__mem�t_c1
 ((
s
), (
c
)) \

231 : 
	`__mem�t_gc
 ((
s
), (
c
), (
n
))) \

232 : (
	`__bu�t�_cڡ�t_p
 (
c
) \

233 ? (
	`__bu�t�_cڡ�t_p
 (
n
) \

234 ? 
	`__mem�t_c�
 ((
s
), (
c
), (
n
)) \

235 : 
	`mem�t
 ((
s
), (
c
), (
n
))) \

236 : (
	`__bu�t�_cڡ�t_p
 (
n
) \

237 ? 
	`__mem�t_g�
 ((
s
), (
c
), (
n
)) \

238 : 
	`mem�t
 ((
s
), (
c
), (
n
))))))

	)

240 

	#__mem�t_c1
(
s
, 
c
�({ *
__s
 = (s); \

241 *((*�
__s
��(�(
c
); \

242 
__s
; })

	)

244 

	#__mem�t_gc
(
s
, 
c
, 
n
) \

245 ({ *
__s
 = (
s
); \

247 
__ui
; \

248 
__usi
; \

249 
__uc
; \

250 } *
__u
 = 
__s
; \

251 
__c
 = ((�((�(
c
))) * 0x01010101; \

257 i�((
n
) == 3 || (n) >= 5) \

258 
__asm__
 
	`__vީ�e__
 ("" : "�" (
__c
) : "0" (__c)); \

261 
n
) \

264 
__u
->
__ui
 = 
__c
; \

265 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

267 
__u
->
__ui
 = 
__c
; \

268 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

270 
__u
->
__ui
 = 
__c
; \

271 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

273 
__u
->
__usi
 = (�
__c
; \

274 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2); \

275 
__u
->
__uc
 = (�
__c
; \

279 
__u
->
__ui
 = 
__c
; \

280 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

282 
__u
->
__ui
 = 
__c
; \

283 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

285 
__u
->
__ui
 = 
__c
; \

286 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

288 
__u
->
__usi
 = (�
__c
; \

292 
__u
->
__ui
 = 
__c
; \

293 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

295 
__u
->
__ui
 = 
__c
; \

296 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

298 
__u
->
__ui
 = 
__c
; \

299 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

301 
__u
->
__uc
 = (�
__c
; \

305 
__u
->
__ui
 = 
__c
; \

306 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

308 
__u
->
__ui
 = 
__c
; \

309 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

311 
__u
->
__ui
 = 
__c
; \

312 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

314 
__u
->
__ui
 = 
__c
; \

319 
__s
; })

	)

321 

	#__mem�t_c�
(
s
, 
c
, 
n
) \

322 (((
n
) % 4 == 0) \

323 ? 
	`__mem�t_c�_by4
 (
s
, ((�((�(
c
))) * 0x01010101,\

324 
n
) \

325 : (((
n
) % 2 == 0) \

326 ? 
	`__mem�t_c�_by2
 (
s
, \

327 ((�((�(
c
))) * 0x01010101,\

328 
n
) \

329 : 
	`mem�t
 (
s
, 
c
, 
n
)))

	)

331 
__STRING_INLINE
 *
__mem�t_c�_by4
 (*
__s
, 
__c
,

332 
size_t
 
__n
);

334 
__STRING_INLINE
 *

335 
	$__mem�t_c�_by4
 (*
__s
, 
__c
, 
size_t
 
__n
)

337 *
__tmp
 = 
__s
;

338 
__d0
;

339 #ifde�
__i686__


340 
__asm__
 
__vީ�e__


343 : "=&a" (
__c
), "=&D" (
__tmp
), "=&c" (
__d0
),

344 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s
)

345 : "0" ((�
__c
), "1" (
__tmp
), "2" (
__n
 / 4)

348 
__asm__
 
__vީ�e__


354 : "=&r" (
__c
), "=&r" (
__tmp
), "=&r" (
__d0
),

355 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s
)

356 : "0" ((�
__c
), "1" (
__tmp
), "2" (
__n
 / 4)

359  
__s
;

360 
	}
}

362 
__STRING_INLINE
 *
__mem�t_c�_by2
 (*
__s
, 
__c
,

363 
size_t
 
__n
);

365 
__STRING_INLINE
 *

366 
	$__mem�t_c�_by2
 (*
__s
, 
__c
, 
size_t
 
__n
)

368 
__d0
, 
__d1
;

369 *
__tmp
 = 
__s
;

370 #ifde�
__i686__


371 
__asm__
 
__vީ�e__


375 : "=&a" (
__d0
), "=&D" (
__tmp
), "=&c" (
__d1
),

376 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s
)

377 : "0" ((�
__c
), "1" (
__tmp
), "2" (
__n
 / 4)

380 
__asm__
 
__vީ�e__


386 : "=&q" (
__d0
), "=&r" (
__tmp
), "=&r" (
__d1
),

387 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s
)

388 : "0" ((�
__c
), "1" (
__tmp
), "2" (
__n
 / 4)

391  
__s
;

392 
	}
}

394 

	#__mem�t_g�
(
s
, 
c
, 
n
) \

395 (((
n
) % 4 == 0) \

396 ? 
	`__mem�t_g�_by4
 (
s
, 
c
, 
n
) \

397 : (((
n
) % 2 == 0) \

398 ? 
	`__mem�t_g�_by2
 (
s
, 
c
, 
n
) \

399 : 
	`mem�t
 (
s
, 
c
, 
n
)))

	)

401 
__STRING_INLINE
 *
__mem�t_g�_by4
 (*
__s
, 
__c
, 
size_t
 
__n
);

403 
__STRING_INLINE
 *

404 
	$__mem�t_g�_by4
 (*
__s
, 
__c
, 
size_t
 
__n
)

406 *
__tmp
 = 
__s
;

407 
__d0
;

408 
__asm__
 
__vީ�e__


418 : "=&q" (
__c
), "=&r" (
__tmp
), "=&r" (
__d0
),

419 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s
)

420 : "0" ((�
__c
), "1" (
__tmp
), "2" (
__n
 / 4)

422  
__s
;

423 
	}
}

425 
__STRING_INLINE
 *
__mem�t_g�_by2
 (*
__s
, 
__c
, 
size_t
 
__n
);

427 
__STRING_INLINE
 *

428 
	$__mem�t_g�_by2
 (*
__s
, 
__c
, 
size_t
 
__n
)

430 
__d0
, 
__d1
;

431 *
__tmp
 = 
__s
;

432 
__asm__
 
__vީ�e__


443 : "=&q" (
__d0
), "=&r" (
__tmp
), "=&r" (
__d1
),

444 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s
)

445 : "0" ((�
__c
), "1" (
__tmp
), "2" (
__n
 / 4)

447  
__s
;

448 
	}
}

452 

	#_HAVE_STRING_ARCH_memchr
 1

	)

453 #i�de�
_FORCE_INLINES


454 
__STRING_INLINE
 *

455 
	$memchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
)

457 
__d0
;

458 #ifde�
__i686__


459 
__d1
;

461 *
__�s
;

462 i�(
__n
 == 0)

463  
NULL
;

464 #ifde�
__i686__


465 
__asm__
 
__vީ�e__


469 : "=D" (
__�s
), "=&c" (
__d0
), "=&r" (
__d1
)

470 : "a" (
__c
), "0" (
__s
), "1" (
__n
), "2" (1),

471 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s
)

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__asm__
 
__vީ�e__


480 : "=D" (
__�s
), "=&c" (
__d0
)

481 : "a" (
__c
), "0" (
__s
), "1" (
__n
),

482 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s
)

485  
__�s
 - 1;

486 
	}
}

489 

	#_HAVE_STRING_ARCH_memrchr
 1

	)

490 #i�de�
_FORCE_INLINES


491 
__STRING_INLINE
 *
__memrchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
);

493 
__STRING_INLINE
 *

494 
	$__memrchr
 (cڡ *
__s
, 
__c
, 
size_t
 
__n
)

496 
__d0
;

497 #ifde�
__i686__


498 
__d1
;

500 *
__�s
;

501 i�(
__n
 == 0)

502  
NULL
;

503 #ifde�
__i686__


504 
__asm__
 
__vީ�e__


510 : "=D" (
__�s
), "=&c" (
__d0
), "=&r" (
__d1
)

511 : "a" (
__c
), "0" (
__s
 + 
__n
 - 1), "1" (__n), "2" (-1),

512 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s
)

515 
__asm__
 
__vީ�e__


522 : "=D" (
__�s
), "=&c" (
__d0
)

523 : "a" (
__c
), "0" (
__s
 + 
__n
 - 1), "1" (__n),

524 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s
)

527  
__�s
;

528 
	}
}

529 #ifde�
__USE_GNU


530 

	#memrchr
(
s
, 
c
, 
n
�
	`__memrchr
 ((s), (c), (n))

	)

535 

	#_HAVE_STRING_ARCH_�wmemchr
 1

	)

536 
__STRING_INLINE
 *
__�wmemchr
 (cڡ *
__s
, 
__c
);

538 #i�de�
_FORCE_INLINES


539 
__STRING_INLINE
 *

540 
	$__�wmemchr
 (cڡ *
__s
, 
__c
)

542 
__d0
;

543 *
__�s
;

544 
__asm__
 
__vީ�e__


547 : "=D" (
__�s
), "=&c" (
__d0
)

548 : "a" (
__c
), "0" (
__s
), "1" (0xffffffff),

549 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

551  
__�s
 - 1;

552 
	}
}

553 #ifde�
__USE_GNU


554 
__STRING_INLINE
 *

555 
	$�wmemchr
 (cڡ *
__s
, 
__c
)

557  
	`__�wmemchr
 (
__s
, 
__c
);

558 
	}
}

564 

	#_HAVE_STRING_ARCH_���
 1

	)

565 

	#���
(
�r
) \

566 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�r
) \

567 ? 
	`__bu�t�_���
 (
�r
) \

568 : 
	`__���_g
 (
�r
)))

	)

569 
__STRING_INLINE
 
size_t
 
__���_g
 (cڡ *
__�r
);

571 
__STRING_INLINE
 
size_t


572 
	$__���_g
 (cڡ *
__�r
)

574 
__dummy
;

575 cڡ *
__tmp
 = 
__�r
;

576 
__asm__
 
__vީ�e__


582 : "�" (
__tmp
), "=&q" (
__dummy
)

583 : "0" (
__�r
),

584 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__�r
)

586  
__tmp
 - 
__�r
 - 1;

587 
	}
}

591 

	#_HAVE_STRING_ARCH_�r�y
 1

	)

592 

	#�r�y
(
de�
, 
�c
) \

593 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
) \

594 ? ( ((
�c
)[0]�=�1 && 
	`���
 (src) + 1 <= 8 \

595 ? 
	`__�r�y_a_sm�l
 ((
de�
), (
�c
), 
	`���
 (src) + 1) \

596 : (*�
	`mem�y
 ((*�(
de�
), \

597 (cڡ *�(
�c
), \

598 
	`���
 (
�c
) + 1)) \

599 : 
	`__�r�y_g
 ((
de�
), (
�c
))))

	)

601 

	#__�r�y_a_sm�l
(
de�
, 
�c
, 
���
) \

602 (
	`__ex�nsi�__
 ({ *
__de�
 = (
de�
); \

604 
__ui
; \

605 
__usi
; \

606 
__uc
; \

607 
__c
; \

608 } *
__u
 = (*�
__de�
; \

609 
���
) \

612 
__u
->
__uc
 = '\0'; \

615 
__u
->
__usi
 = 
	`__STRING_SMALL_GET16
 (
�c
, 0); \

618 
__u
->
__usi
 = 
	`__STRING_SMALL_GET16
 (
�c
, 0); \

619 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2); \

620 
__u
->
__uc
 = '\0'; \

623 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 0); \

626 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 0); \

627 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

628 
__u
->
__uc
 = '\0'; \

631 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 0); \

632 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

633 
__u
->
__usi
 = 
	`__STRING_SMALL_GET16
 (
�c
, 4); \

636 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 0); \

637 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

638 
__u
->
__usi
 = 
	`__STRING_SMALL_GET16
 (
�c
, 4); \

639 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2); \

640 
__u
->
__uc
 = '\0'; \

643 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 0); \

644 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

645 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 4); \

648 (*�
__de�
; }))

	)

650 
__STRING_INLINE
 *
__�r�y_g
 (*
__de�
, cڡ *
__�c
);

652 
__STRING_INLINE
 *

653 
	$__�r�y_g
 (*
__de�
, cڡ *
__�c
)

655 *
__tmp
 = 
__de�
;

656 
__dummy
;

657 
__asm__
 
__vީ�e__


666 : "=&r" (
__�c
), "=&r" (
__tmp
), "=&q" (
__dummy
),

667 "=m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__de�
)

668 : "0" (
__�c
), "1" (
__tmp
),

669 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__�c
)

671  
__de�
;

672 
	}
}

675 #ifde�
__USE_GNU


676 

	#_HAVE_STRING_ARCH_�p�y
 1

	)

678 

	#__�p�y
(
de�
, 
�c
) \

679 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
) \

680 ? (
	`���
 (
�c
) + 1 <= 8 \

681 ? 
	`__�p�y_a_sm�l
 ((
de�
), (
�c
), 
	`���
 (src) + 1) \

682 : 
	`__�p�y_c
 ((
de�
), (
�c
), 
	`���
 (src) + 1)) \

683 : 
	`__�p�y_g
 ((
de�
), (
�c
))))

	)

684 

	#__�p�y_c
(
de�
, 
�c
, 
���
) \

685 ((
���
) % 4 == 0 \

686 ? 
	`__memp�y_by4
 (
de�
, 
�c
, 
���
) - 1 \

687 : ((
���
) % 2 == 0 \

688 ? 
	`__memp�y_by2
 (
de�
, 
�c
, 
���
) - 1 \

689 : 
	`__memp�y_byn
 (
de�
, 
�c
, 
���
�- 1))

	)

692 

	#�p�y
(
de�
, 
�c
�
	`__�p�y
 ((de�), (�c))

	)

694 

	#__�p�y_a_sm�l
(
de�
, 
�c
, 
���
) \

695 (
	`__ex�nsi�__
 ({ union { \

696 
__ui
; \

697 
__usi
; \

698 
__uc
; \

699 
__c
; \

700 } *
__u
 = (*�(
de�
); \

701 
���
) \

704 
__u
->
__uc
 = '\0'; \

707 
__u
->
__usi
 = 
	`__STRING_SMALL_GET16
 (
�c
, 0); \

708 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 1); \

711 
__u
->
__usi
 = 
	`__STRING_SMALL_GET16
 (
�c
, 0); \

712 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2); \

713 
__u
->
__uc
 = '\0'; \

716 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 0); \

717 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 3); \

720 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 0); \

721 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

722 
__u
->
__uc
 = '\0'; \

725 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 0); \

726 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

727 
__u
->
__usi
 = 
	`__STRING_SMALL_GET16
 (
�c
, 4); \

728 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 1); \

731 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 0); \

732 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

733 
__u
->
__usi
 = 
	`__STRING_SMALL_GET16
 (
�c
, 4); \

734 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2); \

735 
__u
->
__uc
 = '\0'; \

738 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 0); \

739 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

740 
__u
->
__ui
 = 
	`__STRING_SMALL_GET32
 (
�c
, 4); \

741 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 3); \

744 (*�
__u
; }))

	)

746 
__STRING_INLINE
 *
__memp�y_by4
 (*
__de�
, cڡ *
__�c
,

747 
size_t
 
__���
);

749 
__STRING_INLINE
 *

750 
	$__memp�y_by4
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__���
)

752 *
__tmp
 = 
__de�
;

753 
__d0
, 
__d1
;

754 
__asm__
 
__vީ�e__


762 : "=&r" (
__d0
), "�" (
__tmp
), "=&r" (
__�c
), "=&r" (
__d1
)

763 : "1" (
__tmp
), "2" (
__�c
), "3" (
__���
 / 4)

765  
__tmp
;

766 
	}
}

768 
__STRING_INLINE
 *
__memp�y_by2
 (*
__de�
, cڡ *
__�c
,

769 
size_t
 
__���
);

771 
__STRING_INLINE
 *

772 
	$__memp�y_by2
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__���
)

774 *
__tmp
 = 
__de�
;

775 
__d0
, 
__d1
;

776 
__asm__
 
__vީ�e__


789 : "=&q" (
__d0
), "�" (
__tmp
), "=&r" (
__�c
), "=&r" (
__d1
),

790 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__de�
)

791 : "1" (
__tmp
), "2" (
__�c
), "3" (
__���
 / 2),

792 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__�c
)

794  
__tmp
 + 2;

795 
	}
}

797 
__STRING_INLINE
 *
__memp�y_byn
 (*
__de�
, cڡ *
__�c
,

798 
size_t
 
__���
);

800 
__STRING_INLINE
 *

801 
	$__memp�y_byn
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__���
)

803 
__d0
, 
__d1
;

804 *
__tmp
 = 
__de�
;

805 
__asm__
 
__vީ�e__


816 : "=D" (
__tmp
), "=&c" (
__d0
), "=&S" (
__d1
),

817 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__de�
)

818 : "0" (
__tmp
), "1" (
__���
), "2" (
__�c
),

819 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__�c
)

821  
__tmp
;

822 
	}
}

824 
__STRING_INLINE
 *
__�p�y_g
 (*
__de�
, cڡ *
__�c
);

826 
__STRING_INLINE
 *

827 
	$__�p�y_g
 (*
__de�
, cڡ *
__�c
)

829 *
__tmp
 = 
__de�
;

830 
__dummy
;

831 
__asm__
 
__vީ�e__


840 : "=&r" (
__�c
), "�" (
__tmp
), "=&q" (
__dummy
),

841 "=m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__de�
)

842 : "0" (
__�c
), "1" (
__tmp
),

843 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__�c
)

845  
__tmp
 - 1;

846 
	}
}

851 

	#_HAVE_STRING_ARCH_���y
 1

	)

852 

	#���y
(
de�
, 
�c
, 
n
) \

853 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
) \

854 ? ((
	`���
 (
�c
�+ 1 >�((
size_t
�(
n
)) \

855 ? (*�
	`mem�y
 ((*�(
de�
), \

856 (cڡ *�(
�c
), 
n
) \

857 : 
	`__���y_cg
 ((
de�
), (
�c
), 
	`���
 (�c�+ 1, 
n
))) \

858 : 
	`__���y_gg
 ((
de�
), (
�c
), 
n
)))

	)

859 

	#__���y_cg
(
de�
, 
�c
, 
���
, 
n
) \

860 (((
���
) % 4 == 0) \

861 ? 
	`__���y_by4
 (
de�
, 
�c
, 
���
, 
n
) \

862 : (((
���
) % 2 == 0) \

863 ? 
	`__���y_by2
 (
de�
, 
�c
, 
���
, 
n
) \

864 : 
	`__���y_byn
 (
de�
, 
�c
, 
���
, 
n
)))

	)

866 
__STRING_INLINE
 *
__���y_by4
 (*
__de�
, cڡ 
__�c
[],

867 
size_t
 
__���
, size_�
__n
);

869 
__STRING_INLINE
 *

870 
	$__���y_by4
 (*
__de�
, cڡ 
__�c
[], 
size_t
 
__���
, size_�
__n
)

872 *
__tmp
 = 
__de�
;

873 
__dummy1
, 
__dummy2
;

874 
__asm__
 
__vީ�e__


882 : "=&r" (
__dummy1
), "�" (
__tmp
), "=&r" (
__�c
), "=&r" (
__dummy2
),

883 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__de�
)

884 : "1" (
__tmp
), "2" (
__�c
), "3" (
__���
 / 4),

885 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__�c
)

887 (�
	`mem�t
 (
__tmp
, '\0', 
__n
 - 
__���
);

888  
__de�
;

889 
	}
}

891 
__STRING_INLINE
 *
__���y_by2
 (*
__de�
, cڡ 
__�c
[],

892 
size_t
 
__���
, size_�
__n
);

894 
__STRING_INLINE
 *

895 
	$__���y_by2
 (*
__de�
, cڡ 
__�c
[], 
size_t
 
__���
, size_�
__n
)

897 *
__tmp
 = 
__de�
;

898 
__dummy1
, 
__dummy2
;

899 
__asm__
 
__vީ�e__


912 : "=&q" (
__dummy1
), "�" (
__tmp
), "=&r" (
__�c
), "=&r" (
__dummy2
),

913 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__de�
)

914 : "1" (
__tmp
), "2" (
__�c
), "3" (
__���
 / 2),

915 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__�c
)

917 (�
	`mem�t
 (
__tmp
 + 2, '\0', 
__n
 - 
__���
);

918  
__de�
;

919 
	}
}

921 
__STRING_INLINE
 *
__���y_byn
 (*
__de�
, cڡ 
__�c
[],

922 
size_t
 
__���
, size_�
__n
);

924 
__STRING_INLINE
 *

925 
	$__���y_byn
 (*
__de�
, cڡ 
__�c
[], 
size_t
 
__���
, size_�
__n
)

927 
__d0
, 
__d1
;

928 *
__tmp
 = 
__de�
;

929 
__asm__
 
__vީ�e__


940 : "=D" (
__tmp
), "=&c" (
__d0
), "=&S" (
__d1
),

941 "=m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__de�
)

942 : "1" (
__���
), "0" (
__tmp
),"2" (
__�c
),

943 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__�c
)

945 (�
	`mem�t
 (
__tmp
, '\0', 
__n
 - 
__���
);

946  
__de�
;

947 
	}
}

949 
__STRING_INLINE
 *
__���y_gg
 (*
__de�
, cڡ *
__�c
,

950 
size_t
 
__n
);

952 
__STRING_INLINE
 *

953 
	$__���y_gg
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
)

955 *
__tmp
 = 
__de�
;

956 
__dummy
;

957 i�(
__n
 > 0)

958 
__asm__
 
__vީ�e__


974 : "=&r" (
__�c
), "=&r" (
__tmp
), "=&q" (
__dummy
), "=&r" (
__n
)

975 : "0" (
__�c
), "1" (
__tmp
), "3" (
__n
)

978  
__de�
;

979 
	}
}

983 

	#_HAVE_STRING_ARCH_�r�t
 1

	)

984 

	#�r�t
(
de�
, 
�c
) \

985 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
) \

986 ? 
	`__�r�t_c
 ((
de�
), (
�c
), 
	`���
 (src) + 1) \

987 : 
	`__�r�t_g
 ((
de�
), (
�c
))))

	)

989 
__STRING_INLINE
 *
__�r�t_c
 (*
__de�
, cڡ 
__�c
[],

990 
size_t
 
__���
);

992 
__STRING_INLINE
 *

993 
	$__�r�t_c
 (*
__de�
, cڡ 
__�c
[], 
size_t
 
__���
)

995 #ifde�
__i686__


996 
__d0
;

997 *
__tmp
;

998 
__asm__
 
__vީ�e__


1000 : "=D" (
__tmp
), "=&c" (
__d0
),

1001 "=m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__de�
)

1002 : "0" (
__de�
), "1" (0xffffffff), "a" (0),

1003 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__�c
)

1005 --
__tmp
;

1007 *
__tmp
 = 
__de�
;

1008 
__asm__
 
__vީ�e__


1014 : "�" (
__tmp
),

1015 "=m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__de�
)

1016 : "0" (
__tmp
),

1017 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__���
]; } *)
__�c
)

1020 (�
	`mem�y
 (
__tmp
, 
__�c
, 
__���
);

1021  
__de�
;

1022 
	}
}

1024 
__STRING_INLINE
 *
__�r�t_g
 (*
__de�
, cڡ *
__�c
);

1026 
__STRING_INLINE
 *

1027 
	$__�r�t_g
 (*
__de�
, cڡ *
__�c
)

1029 *
__tmp
 = 
__de�
;

1030 
__dummy
;

1031 
__asm__
 
__vީ�e__


1044 : "=&q" (
__dummy
), "=&r" (
__tmp
), "=&r" (
__�c
),

1045 "=m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__de�
)

1046 : "1" (
__tmp
), "2" (
__�c
),

1047 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__�c
)

1049  
__de�
;

1050 
	}
}

1054 

	#_HAVE_STRING_ARCH_���t
 1

	)

1055 

	#���t
(
de�
, 
�c
, 
n
) \

1056 (
	`__ex�nsi�__
 ({ *
__de�
 = (
de�
); \

1057 
	`__bu�t�_cڡ�t_p
 (
�c
�&& __bu�t�_cڡ�t_�(
n
) \

1058 ? (
	`���
 (
�c
�< ((
size_t
�(
n
)) \

1059 ? 
	`�r�t
 (
__de�
, (
�c
)) \

1060 : (*(*)
	`__memp�y
 (
	`�rchr
 (
__de�
, '\0'), \

1061 (cڡ *�(
�c
), \

1062 (
n
)��0, 
__de�
)) \

1063 : 
	`__���t_g
 (
__de�
, (
�c
), (
n
)); }))

	)

1065 
__STRING_INLINE
 *
__���t_g
 (*
__de�
, cڡ 
__�c
[],

1066 
size_t
 
__n
);

1068 
__STRING_INLINE
 *

1069 
	$__���t_g
 (*
__de�
, cڡ 
__�c
[], 
size_t
 
__n
)

1071 *
__tmp
 = 
__de�
;

1072 
__dummy
;

1073 #ifde�
__i686__


1074 
__asm__
 
__vީ�e__


1088 : "=&a" (
__dummy
), "=&D" (
__tmp
), "=&S" (
__�c
), "=&c" (
__n
)

1089 : "g" (
__n
), "0" (0), "1" (
__tmp
), "2" (
__�c
), "3" (0xffffffff)

1092 --
__tmp
;

1093 
__asm__
 
__vީ�e__


1110 : "=&q" (
__dummy
), "=&r" (
__tmp
), "=&r" (
__�c
), "=&r" (
__n
)

1111 : "1" (
__tmp
), "2" (
__�c
), "3" (
__n
)

1114  
__de�
;

1115 
	}
}

1119 

	#_HAVE_STRING_ARCH_�rcmp
 1

	)

1120 

	#�rcmp
(
s1
, 
s2
) \

1121 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
s1
�&& __bu�t�_cڡ�t_�(
s2
) \

1122 && ( ((
s1
)[0]�!�1 || 
	`���
 (s1) >= 4) \

1123 && ( ((
s2
)[0]�!�1 || 
	`���
 (s2) >= 4) \

1124 ? 
	`memcmp
 ((cڡ *�(
s1
), (cڡ *�(
s2
), \

1125 (
	`���
 (
s1
�< s���(
s2
) \

1126 ? 
	`���
 (
s1
�: s���(
s2
)) + 1) \

1127 : (
	`__bu�t�_cڡ�t_p
 (
s1
) &&  ((s1)[0]) == 1 \

1128 &&  ((
s2
)[0]�=�1 && 
	`���
 (
s1
) < 4 \

1129 ? (
	`__bu�t�_cڡ�t_p
 (
s2
) &&  ((s2)[0]) == 1 \

1130 ? 
	`__�rcmp_cc
 ((cڡ *�(
s1
), \

1131 (cڡ *�(
s2
), \

1132 
	`���
 (
s1
)) \

1133 : 
	`__�rcmp_cg
 ((cڡ *�(
s1
), \

1134 (cڡ *�(
s2
), \

1135 
	`���
 (
s1
))) \

1136 : (
	`__bu�t�_cڡ�t_p
 (
s2
�&&  ((
s1
)[0]) == 1 \

1137 &&  ((
s2
)[0]�=�1 && 
	`���
 (s2) < 4 \

1138 ? (
	`__bu�t�_cڡ�t_p
 (
s1
) \

1139 ? 
	`__�rcmp_cc
 ((cڡ *�(
s1
), \

1140 (cڡ *�(
s2
), \

1141 
	`���
 (
s2
)) \

1142 : 
	`__�rcmp_gc
 ((cڡ *�(
s1
), \

1143 (cڡ *�(
s2
), \

1144 
	`���
 (
s2
))) \

1145 : 
	`__�rcmp_gg
 ((
s1
), (
s2
))))))

	)

1147 

	#__�rcmp_cc
(
s1
, 
s2
, 
l
) \

1148 (
	`__ex�nsi�__
 ({ 
__�su�
 = (
s1
)[0] - (
s2
)[0]; \

1149 i�(
l
 > 0 && 
__�su�
 == 0) \

1151 
__�su�
 = (
s1
)[1] - (
s2
)[1]; \

1152 i�(
l
 > 1 && 
__�su�
 == 0) \

1154 
__�su�
 = (
s1
)[2] - (
s2
)[2]; \

1155 i�(
l
 > 2 && 
__�su�
 == 0) \

1156 
__�su�
 = (
s1
)[3] - (
s2
)[3]; \

1159 
__�su�
; }))

	)

1161 

	#__�rcmp_cg
(
s1
, 
s2
, 
l1
) \

1162 (
	`__ex�nsi�__
 ({ cڡ *
__s2
 = (
s2
); \

1163 
__�su�
 = (
s1
)[0] - 
__s2
[0]; \

1164 i�(
l1
 > 0 && 
__�su�
 == 0) \

1166 
__�su�
 = (
s1
)[1] - 
__s2
[1]; \

1167 i�(
l1
 > 1 && 
__�su�
 == 0) \

1169 
__�su�
 = (
s1
)[2] - 
__s2
[2]; \

1170 i�(
l1
 > 2 && 
__�su�
 == 0) \

1171 
__�su�
 = (
s1
)[3] - 
__s2
[3]; \

1174 
__�su�
; }))

	)

1176 

	#__�rcmp_gc
(
s1
, 
s2
, 
l2
) \

1177 (
	`__ex�nsi�__
 ({ cڡ *
__s1
 = (
s1
); \

1178 
__�su�
 = 
__s1
[0] - (
s2
)[0]; \

1179 i�(
l2
 > 0 && 
__�su�
 == 0) \

1181 
__�su�
 = 
__s1
[1] - (
s2
)[1]; \

1182 i�(
l2
 > 1 && 
__�su�
 == 0) \

1184 
__�su�
 = 
__s1
[2] - (
s2
)[2]; \

1185 i�(
l2
 > 2 && 
__�su�
 == 0) \

1186 
__�su�
 = 
__s1
[3] - (
s2
)[3]; \

1189 
__�su�
; }))

	)

1191 
__STRING_INLINE
 
__�rcmp_gg
 (cڡ *
__s1
, cڡ *
__s2
);

1193 
__STRING_INLINE
 

1194 
	$__�rcmp_gg
 (cڡ *
__s1
, cڡ *
__s2
)

1196 
__�s
;

1197 
__asm__
 
__vީ�e__


1213 : "=q" (
__�s
), "=&r" (
__s1
), "=&r" (
__s2
)

1214 : "1" (
__s1
), "2" (
__s2
),

1215 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s1
),

1216 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s2
)

1218  
__�s
;

1219 
	}
}

1223 

	#_HAVE_STRING_ARCH_��cmp
 1

	)

1224 

	#��cmp
(
s1
, 
s2
, 
n
) \

1225 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
s1
�&& 
	`���
 (s1�< ((
size_t
�(
n
)) \

1226 ? 
	`�rcmp
 ((
s1
), (
s2
)) \

1227 : (
	`__bu�t�_cڡ�t_p
 (
s2
�&& 
	`���
 (s2�< ((
size_t
�(
n
))\

1228 ? 
	`�rcmp
 ((
s1
), (
s2
)) \

1229 : 
	`__��cmp_g
 ((
s1
), (
s2
), (
n
)))))

	)

1231 
__STRING_INLINE
 
__��cmp_g
 (cڡ *
__s1
, cڡ *
__s2
,

1232 
size_t
 
__n
);

1234 
__STRING_INLINE
 

1235 
	$__��cmp_g
 (cڡ *
__s1
, cڡ *
__s2
, 
size_t
 
__n
)

1237 
__�s
;

1238 
__asm__
 
__vީ�e__


1257 : "=q" (
__�s
), "=&r" (
__s1
), "=&r" (
__s2
), "=&r" (
__n
)

1258 : "1" (
__s1
), "2" (
__s2
), "3" (
__n
),

1259 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s1
),

1260 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__n
]; } *)
__s2
)

1262  
__�s
;

1263 
	}
}

1267 

	#_HAVE_STRING_ARCH_�rchr
 1

	)

1268 

	#_USE_STRING_ARCH_�rchr
 1

	)

1269 

	#�rchr
(
s
, 
c
) \

1270 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
c
) \

1271 ? ((
c
) == '\0' \

1272 ? (*�
	`__�wmemchr
 ((
s
), (
c
)) \

1273 : 
	`__�rchr_c
 ((
s
), ((
c
) & 0xff) << 8)) \

1274 : 
	`__�rchr_g
 ((
s
), (
c
))))

	)

1276 
__STRING_INLINE
 *
__�rchr_c
 (cڡ *
__s
, 
__c
);

1278 
__STRING_INLINE
 *

1279 
	$__�rchr_c
 (cڡ *
__s
, 
__c
)

1281 
__d0
;

1282 *
__�s
;

1283 
__asm__
 
__vީ�e__


1293 : "�" (
__�s
), "=&a" (
__d0
)

1294 : "0" (
__s
), "1" (
__c
),

1295 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

1297  
__�s
;

1298 
	}
}

1300 
__STRING_INLINE
 *
__�rchr_g
 (cڡ *
__s
, 
__c
);

1302 
__STRING_INLINE
 *

1303 
	$__�rchr_g
 (cڡ *
__s
, 
__c
)

1305 
__d0
;

1306 *
__�s
;

1307 
__asm__
 
__vީ�e__


1318 : "�" (
__�s
), "=&a" (
__d0
)

1319 : "0" (
__s
), "1" (
__c
),

1320 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

1322  
__�s
;

1323 
	}
}

1327 

	#_HAVE_STRING_ARCH_�rch�ul
 1

	)

1328 

	#__�rch�ul
(
s
, 
c
) \

1329 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
c
) \

1330 ? ((
c
) == '\0' \

1331 ? (*�
	`__�wmemchr
 ((
s
), 
c
) \

1332 : 
	`__�rch�ul_c
 ((
s
), ((
c
) & 0xff) << 8)) \

1333 : 
	`__�rch�ul_g
 ((
s
), 
c
)))

	)

1335 
__STRING_INLINE
 *
__�rch�ul_c
 (cڡ *
__s
, 
__c
);

1337 
__STRING_INLINE
 *

1338 
	$__�rch�ul_c
 (cڡ *
__s
, 
__c
)

1340 
__d0
;

1341 *
__�s
;

1342 
__asm__
 
__vީ�e__


1352 : "�" (
__�s
), "=&a" (
__d0
)

1353 : "0" (
__s
), "1" (
__c
),

1354 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

1356  
__�s
;

1357 
	}
}

1359 
__STRING_INLINE
 *
__�rch�ul_g
 (cڡ *
__s
, 
__c
);

1361 
__STRING_INLINE
 *

1362 
	$__�rch�ul_g
 (cڡ *
__s
, 
__c
)

1364 
__d0
;

1365 *
__�s
;

1366 
__asm__
 
__vީ�e__


1377 : "�" (
__�s
), "=&a" (
__d0
)

1378 : "0" (
__s
), "1" (
__c
),

1379 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

1381  
__�s
;

1382 
	}
}

1383 #ifde�
__USE_GNU


1384 

	#�rch�ul
(
s
, 
c
�
	`__�rch�ul
 ((s), (c))

	)

1388 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


1390 

	#_HAVE_STRING_ARCH_�dex
 1

	)

1391 

	#�dex
(
s
, 
c
) \

1392 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
c
) \

1393 ? 
	`__�rchr_c
 ((
s
), ((
c
) & 0xff) << 8) \

1394 : 
	`__�rchr_g
 ((
s
), (
c
))))

	)

1399 

	#_HAVE_STRING_ARCH_��chr
 1

	)

1400 

	#��chr
(
s
, 
c
) \

1401 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
c
) \

1402 ? 
	`__��chr_c
 ((
s
), ((
c
) & 0xff) << 8) \

1403 : 
	`__��chr_g
 ((
s
), (
c
))))

	)

1405 #ifde�
__i686__


1406 
__STRING_INLINE
 *
__��chr_c
 (cڡ *
__s
, 
__c
);

1408 
__STRING_INLINE
 *

1409 
	$__��chr_c
 (cڡ *
__s
, 
__c
)

1411 
__d0
, 
__d1
;

1412 *
__�s
;

1413 
__asm__
 
__vީ�e__


1421 : "=d" (
__�s
), "=&S" (
__d0
), "=&a" (
__d1
)

1422 : "0" (1), "1" (
__s
), "2" (
__c
),

1423 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

1425  
__�s
 - 1;

1426 
	}
}

1428 
__STRING_INLINE
 *
__��chr_g
 (cڡ *
__s
, 
__c
);

1430 
__STRING_INLINE
 *

1431 
	$__��chr_g
 (cڡ *
__s
, 
__c
)

1433 
__d0
, 
__d1
;

1434 *
__�s
;

1435 
__asm__
 
__vީ�e__


1444 : "=d" (
__�s
), "=&S" (
__d0
), "=&a" (
__d1
)

1445 : "0" (1), "1" (
__s
), "2" (
__c
),

1446 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

1448  
__�s
 - 1;

1449 
	}
}

1451 
__STRING_INLINE
 *
__��chr_c
 (cڡ *
__s
, 
__c
);

1453 
__STRING_INLINE
 *

1454 
	$__��chr_c
 (cڡ *
__s
, 
__c
)

1456 
__d0
, 
__d1
;

1457 *
__�s
;

1458 
__asm__
 
__vީ�e__


1468 : "=d" (
__�s
), "=&S" (
__d0
), "=&a" (
__d1
)

1469 : "0" (0), "1" (
__s
), "2" (
__c
),

1470 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

1472  
__�s
;

1473 
	}
}

1475 
__STRING_INLINE
 *
__��chr_g
 (cڡ *
__s
, 
__c
);

1477 
__STRING_INLINE
 *

1478 
	$__��chr_g
 (cڡ *
__s
, 
__c
)

1480 
__d0
, 
__d1
;

1481 *
__�s
;

1482 
__asm__
 
__vީ�e__


1493 : "�" (
__�s
), "=&S" (
__d0
), "=&a" (
__d1
)

1494 : "0" (0), "1" (
__s
), "2" (
__c
),

1495 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

1497  
__�s
;

1498 
	}
}

1502 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


1504 

	#_HAVE_STRING_ARCH_r�dex
 1

	)

1505 

	#r�dex
(
s
, 
c
) \

1506 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
c
) \

1507 ? 
	`__��chr_c
 ((
s
), ((
c
) & 0xff) << 8) \

1508 : 
	`__��chr_g
 ((
s
), (
c
))))

	)

1514 

	#_HAVE_STRING_ARCH_�rc�n
 1

	)

1515 

	#�rc�n
(
s
, 
�je�
) \

1516 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�je�
) &&  ((reject)[0]) == 1 \

1517 ? ((
�je�
)[0] == '\0' \

1518 ? 
	`���
 (
s
) \

1519 : ((
�je�
)[1] == '\0' \

1520 ? 
	`__�rc�n_c1
 ((
s
), (((
�je�
)[0] << 8) & 0xff00)) \

1521 : 
	`__�rc�n_cg
 ((
s
), (
�je�
), 
	`���
 (reject)))) \

1522 : 
	`__�rc�n_g
 ((
s
), (
�je�
))))

	)

1524 
__STRING_INLINE
 
size_t
 
__�rc�n_c1
 (cڡ *
__s
, 
__�je�
);

1526 #i�de�
_FORCE_INLINES


1527 
__STRING_INLINE
 
size_t


1528 
	$__�rc�n_c1
 (cڡ *
__s
, 
__�je�
)

1530 
__d0
;

1531 *
__�s
;

1532 
__asm__
 
__vީ�e__


1541 : "�" (
__�s
), "=&a" (
__d0
)

1542 : "0" (
__s
), "1" (
__�je�
),

1543 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

1545  (
__�s
 - 1�- 
__s
;

1546 
	}
}

1549 
__STRING_INLINE
 
size_t
 
__�rc�n_cg
 (cڡ *
__s
, cڡ 
__�je�
[],

1550 
size_t
 
__�je�_�n
);

1552 
__STRING_INLINE
 
size_t


1553 
	$__�rc�n_cg
 (cڡ *
__s
, cڡ 
__�je�
[], 
size_t
 
__�je�_�n
)

1555 
__d0
, 
__d1
, 
__d2
;

1556 cڡ *
__�s
;

1557 
__asm__
 
__vީ�e__


1568 : "=S" (
__�s
), "=&a" (
__d0
), "=&c" (
__d1
), "=&D" (
__d2
)

1569 : "0" (
__s
), "d" (
__�je�
), "g" (
__�je�_�n
)

1571  (
__�s
 - 1�- 
__s
;

1572 
	}
}

1574 
__STRING_INLINE
 
size_t
 
__�rc�n_g
 (cڡ *
__s
, cڡ *
__�je�
);

1575 #ifde�
__PIC__


1577 
__STRING_INLINE
 
size_t


1578 
	$__�rc�n_g
 (cڡ *
__s
, cڡ *
__�je�
)

1580 
__d0
, 
__d1
, 
__d2
;

1581 cڡ *
__�s
;

1582 
__asm__
 
__vީ�e__


1599 : "=S" (
__�s
), "=&a" (
__d0
), "=&c" (
__d1
), "=&D" (
__d2
)

1600 : "r" (
__�je�
), "0" (
__s
), "1" (0), "2" (0xffffffff)

1602  (
__�s
 - 1�- 
__s
;

1603 
	}
}

1605 
__STRING_INLINE
 
size_t


1606 
	$__�rc�n_g
 (cڡ *
__s
, cڡ *
__�je�
)

1608 
__d0
, 
__d1
, 
__d2
, 
__d3
;

1609 cڡ *
__�s
;

1610 
__asm__
 
__vީ�e__


1624 : "=S" (
__�s
), "=&a" (
__d0
), "=&c" (
__d1
), "=&D" (
__d2
), "=&d" (
__d3
)

1625 : "0" (
__s
), "1" (0), "2" (0xffffffff), "3" (
__�je�
), "b" (__reject)

1628  (
__�s
 - 1�- 
__s
;

1629 
	}
}

1635 

	#_HAVE_STRING_ARCH_�r�n
 1

	)

1636 

	#�r�n
(
s
, 
ac��
) \

1637 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
ac��
) &&  ((accept)[0]) == 1 \

1638 ? ((
ac��
)[0] == '\0' \

1639 ? ((�(
s
), 0) \

1640 : ((
ac��
)[1] == '\0' \

1641 ? 
	`__�r�n_c1
 ((
s
), (((
ac��
)[0] << 8 ) & 0xff00)) \

1642 : 
	`__�r�n_cg
 ((
s
), (
ac��
), 
	`���
 (accept)))) \

1643 : 
	`__�r�n_g
 ((
s
), (
ac��
))))

	)

1645 #i�de�
_FORCE_INLINES


1646 
__STRING_INLINE
 
size_t
 
__�r�n_c1
 (cڡ *
__s
, 
__ac��
);

1648 
__STRING_INLINE
 
size_t


1649 
	$__�r�n_c1
 (cڡ *
__s
, 
__ac��
)

1651 
__d0
;

1652 *
__�s
;

1654 
__asm__
 
__vީ�e__


1660 : "�" (
__�s
), "=&q" (
__d0
)

1661 : "0" (
__s
), "1" (
__ac��
),

1662 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
)

1664  (
__�s
 - 1�- 
__s
;

1665 
	}
}

1668 
__STRING_INLINE
 
size_t
 
__�r�n_cg
 (cڡ *
__s
, cڡ 
__ac��
[],

1669 
size_t
 
__ac��_�n
);

1671 
__STRING_INLINE
 
size_t


1672 
	$__�r�n_cg
 (cڡ *
__s
, cڡ 
__ac��
[], 
size_t
 
__ac��_�n
)

1674 
__d0
, 
__d1
, 
__d2
;

1675 cڡ *
__�s
;

1676 
__asm__
 
__vީ�e__


1687 : "=S" (
__�s
), "=&a" (
__d0
), "=&c" (
__d1
), "=&D" (
__d2
)

1688 : "0" (
__s
), "g" (
__ac��
), "g" (
__ac��_�n
),

1691 "m" ( *(�ru� { 
__x
[0xfffffff]; } *)
__s
),

1692 "m" ( *(�ru� { 
__ex�nsi�__
 
__x
[
__ac��_�n
]; } *)
__ac��
)

1694  (
__�s
 - 1�- 
__s
;

1695 
	}
}

1697 
__STRING_INLINE
 
size_t
 
__�r�n_g
 (cڡ *
__s
, cڡ *
__ac��
);

1698 #ifde�
__PIC__


1700 
__STRING_INLINE
 
size_t


1701 
	$__�r�n_g
 (cڡ *
__s
, cڡ *
__ac��
)

1703 
__d0
, 
__d1
, 
__d2
;

1704 cڡ *
__�s
;

1705 
__asm__
 
__vީ�e__


1721 : "=S" (
__�s
), "=&a" (
__d0
), "=&c" (
__d1
), "=&D" (
__d2
)

1722 : "d" (
__ac��
), "0" (
__s
), "1" (0), "2" (0xffffffff), "3" (__accept)

1724  (
__�s
 - 1�- 
__s
;

1725 
	}
}

1727 
__STRING_INLINE
 
size_t


1728 
	$__�r�n_g
 (cڡ *
__s
, cڡ *
__ac��
)

1730 
__d0
, 
__d1
, 
__d2
, 
__d3
;

1731 cڡ *
__�s
;

1732 
__asm__
 
__vީ�e__


1746 : "=S" (
__�s
), "=&a" (
__d0
), "=&c" (
__d1
), "=&D" (
__d2
), "=&d" (
__d3
)

1747 : "0" (
__s
), "1" (0), "2" (0xffffffff), "3" (
__ac��
), "b" (__accept)

1749  (
__�s
 - 1�- 
__s
;

1750 
	}
}

1755 

	#_HAVE_STRING_ARCH_��brk
 1

	)

1756 

	#��brk
(
s
, 
ac��
) \

1757 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
ac��
) &&  ((accept)[0]) == 1 \

1758 ? ((
ac��
)[0] == '\0' \

1759 ? ((�(
s
), (*) 0) \

1760 : ((
ac��
)[1] == '\0' \

1761 ? 
	`�rchr
 ((
s
), (
ac��
)[0]) \

1762 : 
	`__��brk_cg
 ((
s
), (
ac��
), 
	`���
 (accept)))) \

1763 : 
	`__��brk_g
 ((
s
), (
ac��
))))

	)

1765 
__STRING_INLINE
 *
__��brk_cg
 (cڡ *
__s
, cڡ 
__ac��
[],

1766 
size_t
 
__ac��_�n
);

1768 
__STRING_INLINE
 *

1769 
	$__��brk_cg
 (cڡ *
__s
, cڡ 
__ac��
[], 
size_t
 
__ac��_�n
)

1771 
__d0
, 
__d1
, 
__d2
;

1772 *
__�s
;

1773 
__asm__
 
__vީ�e__


1788 : "=S" (
__�s
), "=&a" (
__d0
), "=&c" (
__d1
), "=&D" (
__d2
)

1789 : "0" (
__s
), "d" (
__ac��
), "g" (
__ac��_�n
)

1791  
__�s
;

1792 
	}
}

1794 
__STRING_INLINE
 *
__��brk_g
 (cڡ *
__s
, cڡ *
__ac��
);

1795 #ifde�
__PIC__


1797 
__STRING_INLINE
 *

1798 
	$__��brk_g
 (cڡ *
__s
, cڡ *
__ac��
)

1800 
__d0
, 
__d1
, 
__d2
;

1801 *
__�s
;

1802 
__asm__
 
__vީ�e__


1823 : "=S" (
__�s
), "=&a" (
__d0
), "=&c" (
__d1
), "=&D" (
__d2
)

1824 : "d" (
__ac��
), "0" (
__s
), "1" (0), "2" (0xffffffff)

1826  
__�s
;

1827 
	}
}

1829 
__STRING_INLINE
 *

1830 
	$__��brk_g
 (cڡ *
__s
, cڡ *
__ac��
)

1832 
__d0
, 
__d1
, 
__d2
, 
__d3
;

1833 *
__�s
;

1834 
__asm__
 
__vީ�e__


1853 : "=S" (
__�s
), "=&a" (
__d0
), "=&c" (
__d1
), "=&d" (
__d2
), "=&D" (
__d3
)

1854 : "0" (
__s
), "1" (0), "2" (0xffffffff), "b" (
__ac��
)

1856  
__�s
;

1857 
	}
}

1862 

	#_HAVE_STRING_ARCH_�r�r
 1

	)

1863 

	#�r�r
(
hay�ack
, 
�ed�
) \

1864 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�ed�
) &&  ((needle)[0]) == 1 \

1865 ? ((
�ed�
)[0] == '\0' \

1866 ? (
hay�ack
) \

1867 : ((
�ed�
)[1] == '\0' \

1868 ? 
	`�rchr
 ((
hay�ack
), (
�ed�
)[0]) \

1869 : 
	`__�r�r_cg
 ((
hay�ack
), (
�ed�
), \

1870 
	`���
 (
�ed�
)))) \

1871 : 
	`__�r�r_g
 ((
hay�ack
), (
�ed�
))))

	)

1875 
__STRING_INLINE
 *
__�r�r_cg
 (cڡ *
__hay�ack
,

1876 cڡ 
__�ed�
[],

1877 
size_t
 
__�ed�_�n
);

1879 
__STRING_INLINE
 *

1880 
	$__�r�r_cg
 (cڡ *
__hay�ack
, cڡ 
__�ed�
[],

1881 
size_t
 
__�ed�_�n
)

1883 
__d0
, 
__d1
, 
__d2
;

1884 *
__�s
;

1885 
__asm__
 
__vީ�e__


1898 : "=&a" (
__�s
), "=&S" (
__d0
), "=&D" (
__d1
), "=&c" (
__d2
)

1899 : "g" (
__�ed�_�n
), "1" (
__hay�ack
), "d" (
__�ed�
)

1901  
__�s
;

1902 
	}
}

1904 
__STRING_INLINE
 *
__�r�r_g
 (cڡ *
__hay�ack
,

1905 cڡ *
__�ed�
);

1906 #ifde�
__PIC__


1908 
__STRING_INLINE
 *

1909 
	$__�r�r_g
 (cڡ *
__hay�ack
, cڡ *
__�ed�
)

1911 
__d0
, 
__d1
, 
__d2
;

1912 *
__�s
;

1913 
__asm__
 
__vީ�e__


1932 : "=&a" (
__�s
), "=&c" (
__d0
), "=&S" (
__d1
), "=&D" (
__d2
)

1933 : "0" (0), "1" (0xffffffff), "2" (
__hay�ack
), "3" (
__�ed�
),

1934 "d" (
__�ed�
)

1936  
__�s
;

1937 
	}
}

1939 
__STRING_INLINE
 *

1940 
	$__�r�r_g
 (cڡ *
__hay�ack
, cڡ *
__�ed�
)

1942 
__d0
, 
__d1
, 
__d2
, 
__d3
;

1943 *
__�s
;

1944 
__asm__
 
__vީ�e__


1961 : "=&a" (
__�s
), "=&c" (
__d0
), "=&S" (
__d1
), "=&D" (
__d2
), "=&d" (
__d3
)

1962 : "0" (0), "1" (0xffffffff), "2" (
__hay�ack
), "3" (
__�ed�
),

1963 "b" (
__�ed�
)

1965  
__�s
;

1966 
	}
}

1972 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


1973 #ifde�
__i686__


1974 

	#_HAVE_STRING_ARCH_ffs
 1

	)

1975 

	#ffs
(
w�d
�(
	`__bu�t�_cڡ�t_p
 (word) \

1976 ? 
	`__bu�t�_ffs
 (
w�d
) \

1977 : ({ 
__�t
, 
__tmp
; \

1978 
__asm__
 
__vީ�e__
 \

1981 : "=&r" (
__�t
), "�" (
__tmp
) \

1982 : "rm" (
w�d
), "1" (-1)); \

1983 
__�t
 + 1; }))

	)

1985 #i�de�
ff�


1986 

	#ff�
(
w�d
�
	`ffs
(w�d)

	)

1991 #i�de�
_FORCE_INLINES


1992 #unde�
__STRING_INLINE


	@/usr/include/bits/string2.h

20 #i�de�
_STRING_H


24 #i�de�
__NO_STRING_INLINES


41 #i�de�
__STRING_INLINE


42 #ifde�
__�lu�lus


43 

	#__STRING_INLINE
 
�l�e


	)

45 

	#__STRING_INLINE
 
__ex��_�l�e


	)

49 #i�
_STRING_INLINE_u�lig�d


51 
	~<�d�n.h
>

52 
	~<b�s/ty�s.h
>

54 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


55 

	#__STRING2_SMALL_GET16
(
�c
, 
idx
) \

56 (((cڡ *�(cڡ *�(
�c
))[
idx
 + 1] << 8 \

57 | ((cڡ *�(cڡ *�(
�c
))[
idx
])

	)

58 

	#__STRING2_SMALL_GET32
(
�c
, 
idx
) \

59 (((((cڡ *�(cڡ *�(
�c
))[
idx
 + 3] << 8 \

60 | ((cڡ *�(cڡ *�(
�c
))[
idx
 + 2]) << 8 \

61 | ((cڡ *�(cڡ *�(
�c
))[
idx
 + 1]) << 8 \

62 | ((cڡ *�(cڡ *�(
�c
))[
idx
])

	)

64 

	#__STRING2_SMALL_GET16
(
�c
, 
idx
) \

65 (((cڡ *�(cڡ *�(
�c
))[
idx
] << 8 \

66 | ((cڡ *�(cڡ *�(
�c
))[
idx
 + 1])

	)

67 

	#__STRING2_SMALL_GET32
(
�c
, 
idx
) \

68 (((((cڡ *�(cڡ *�(
�c
))[
idx
] << 8 \

69 | ((cڡ *�(cڡ *�(
�c
))[
idx
 + 1]) << 8 \

70 | ((cڡ *�(cڡ *�(
�c
))[
idx
 + 2]) << 8 \

71 | ((cڡ *�(cڡ *�(
�c
))[
idx
 + 3])

	)

76 

	#__STRING2_COPY_TYPE
(
N
) \

77 �ru� { 
__�r
[
N
]; } \

78 
	t__��ibu�__
 ((
	t__�cked__
)�
	t__STRING2_COPY_ARR
##
	tN


	)

79 
	t__STRING2_COPY_TYPE
 (2);

80 
__STRING2_COPY_TYPE
 (3);

81 
__STRING2_COPY_TYPE
 (4);

82 
__STRING2_COPY_TYPE
 (5);

83 
__STRING2_COPY_TYPE
 (6);

84 
__STRING2_COPY_TYPE
 (7);

85 
__STRING2_COPY_TYPE
 (8);

86 #unde�
__STRING2_COPY_TYPE


92 

	#__�r�g2_1b�r_p
(
__x
) \

93 ((
size_t
)(cڡ *)((
__x
�+ 1�- (size_t)(cڡ *)(__x�=�1)

	)

96 #i�!
def�ed
 
_HAVE_STRING_ARCH_mem�t


97 #i�!
__GNUC_PREREQ
 (3, 0)

98 #i�
_STRING_INLINE_u�lig�d


99 

	#mem�t
(
s
, 
c
, 
n
) \

100 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
n
) && (n) <= 16 \

101 ? ((
n
) == 1 \

102 ? 
	`__mem�t_1
 (
s
, 
c
) \

103 : 
	`__mem�t_gc
 (
s
, 
c
, 
n
)) \

104 : (
	`__bu�t�_cڡ�t_p
 (
c
) && (c) == '\0' \

105 ? ({ *
__s
 = (
s
); 
	`__bz�o
 (__s, 
n
); __s; }) \

106 : 
	`mem�t
 (
s
, 
c
, 
n
))))

	)

108 

	#__mem�t_1
(
s
, 
c
�({ *
__s
 = (s); \

109 *((
__u�t8_t
 *�
__s
��(__u�t8_t�
c
; __s; })

	)

111 

	#__mem�t_gc
(
s
, 
c
, 
n
) \

112 ({ *
__s
 = (
s
); \

114 
__ui
; \

115 
__usi
; \

116 
__uc
; \

117 } *
__u
 = 
__s
; \

118 
__u�t8_t
 
__c
 = (__u�t8_t�(
c
); \

121 (�(
n
)) \

124 
__u
->
__ui
 = 
__c
 * 0x01010101; \

125 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

127 
__u
->
__ui
 = 
__c
 * 0x01010101; \

128 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

130 
__u
->
__ui
 = 
__c
 * 0x01010101; \

131 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

133 
__u
->
__usi
 = (�
__c
 * 0x0101; \

134 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2); \

135 
__u
->
__uc
 = (�
__c
; \

139 
__u
->
__ui
 = 
__c
 * 0x01010101; \

140 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

142 
__u
->
__ui
 = 
__c
 * 0x01010101; \

143 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

145 
__u
->
__ui
 = 
__c
 * 0x01010101; \

146 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

148 
__u
->
__usi
 = (�
__c
 * 0x0101; \

152 
__u
->
__ui
 = 
__c
 * 0x01010101; \

153 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

155 
__u
->
__ui
 = 
__c
 * 0x01010101; \

156 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

158 
__u
->
__ui
 = 
__c
 * 0x01010101; \

159 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

161 
__u
->
__uc
 = (�
__c
; \

165 
__u
->
__ui
 = 
__c
 * 0x01010101; \

166 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

168 
__u
->
__ui
 = 
__c
 * 0x01010101; \

169 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

171 
__u
->
__ui
 = 
__c
 * 0x01010101; \

172 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4); \

174 
__u
->
__ui
 = 
__c
 * 0x01010101; \

179 
__s
; })

	)

181 

	#mem�t
(
s
, 
c
, 
n
) \

182 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
c
) && (c) == '\0' \

183 ? ({ *
__s
 = (
s
); 
	`__bz�o
 (__s, 
n
); __s; }) \

184 : 
	`mem�t
 (
s
, 
c
, 
n
)))

	)

193 #i�
__GNUC_PREREQ
 (2, 91)

194 

	#__bz�o
(
s
, 
n
�
	`__bu�t�_mem�t
 (s, '\0',�)

	)

202 #ifde�
__USE_GNU


203 #i�!
def�ed
 
_HAVE_STRING_ARCH_memp�y
 || def�ed 
_FORCE_INLINES


204 #i�de�
_HAVE_STRING_ARCH_memp�y


205 #i�
__GNUC_PREREQ
 (3, 4)

206 

	#__memp�y
(
de�
, 
�c
, 
n
�
	`__bu�t�_memp�y
 (de�, src,�)

	)

207 #�i�
__GNUC_PREREQ
 (3, 0)

208 

	#__memp�y
(
de�
, 
�c
, 
n
) \

209 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
�&& __bu�t�_cڡ�t_�(
n
) \

210 && 
	`__�r�g2_1b�r_p
 (
�c
�&& 
n
 <= 8 \

211 ? 
	`__bu�t�_mem�y
 (
de�
, 
�c
, 
n
) + (n) \

212 : 
	`__memp�y
 (
de�
, 
�c
, 
n
)))

	)

214 

	#__memp�y
(
de�
, 
�c
, 
n
) \

215 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
�&& __bu�t�_cڡ�t_�(
n
) \

216 && 
	`__�r�g2_1b�r_p
 (
�c
�&& 
n
 <= 8 \

217 ? 
	`__memp�y_sm�l
 (
de�
, 
	`__memp�y_�gs
 (
�c
), 
n
) \

218 : 
	`__memp�y
 (
de�
, 
�c
, 
n
)))

	)

222 

	#memp�y
(
de�
, 
�c
, 
n
�
	`__memp�y
 (de�, src,�)

	)

225 #i�!
__GNUC_PREREQ
 (3, 0�|| 
def�ed
 
_FORCE_INLINES


226 #i�
_STRING_INLINE_u�lig�d


227 #i�de�
_FORCE_INLINES


228 

	#__memp�y_�gs
(
�c
) \

229 ((cڡ *�(
�c
))[0], ((const *) (src))[2], \

230 ((cڡ *�(
�c
))[4], ((const *) (src))[6], \

231 
__ex�nsi�__
 
	`__STRING2_SMALL_GET16
 (
�c
, 0), \

232 
__ex�nsi�__
 
	`__STRING2_SMALL_GET16
 (
�c
, 4), \

233 
__ex�nsi�__
 
	`__STRING2_SMALL_GET32
 (
�c
, 0), \

234 
__ex�nsi�__
 
	`__STRING2_SMALL_GET32
 (
�c
, 4)

	)

236 
__STRING_INLINE
 *
__memp�y_sm�l
 (*, , , , ,

237 
__u�t16_t
, __u�t16_t, 
__u�t32_t
,

238 
__u�t32_t
, 
size_t
);

239 
__STRING_INLINE
 *

240 
	$__memp�y_sm�l
 (*
__de�1
,

241 
__�c0_1
, 
__�c2_1
, 
__�c4_1
, 
__�c6_1
,

242 
__u�t16_t
 
__�c0_2
, __u�t16_�
__�c4_2
,

243 
__u�t32_t
 
__�c0_4
, __u�t32_�
__�c4_4
,

244 
size_t
 
__���
)

247 
__u�t32_t
 
__ui
;

248 
__u�t16_t
 
__usi
;

249 
__uc
;

250 
__c
;

251 } *
__u
 = 
__de�1
;

252 (�
__���
)

255 
__u
->
__c
 = 
__�c0_1
;

256 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 1);

259 
__u
->
__usi
 = 
__�c0_2
;

260 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2);

263 
__u
->
__usi
 = 
__�c0_2
;

264 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2);

265 
__u
->
__c
 = 
__�c2_1
;

266 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 1);

269 
__u
->
__ui
 = 
__�c0_4
;

270 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

273 
__u
->
__ui
 = 
__�c0_4
;

274 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

275 
__u
->
__c
 = 
__�c4_1
;

276 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 1);

279 
__u
->
__ui
 = 
__�c0_4
;

280 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

281 
__u
->
__usi
 = 
__�c4_2
;

282 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2);

285 
__u
->
__ui
 = 
__�c0_4
;

286 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

287 
__u
->
__usi
 = 
__�c4_2
;

288 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2);

289 
__u
->
__c
 = 
__�c6_1
;

290 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 1);

293 
__u
->
__ui
 = 
__�c0_4
;

294 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

295 
__u
->
__ui
 = 
__�c4_4
;

296 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

299  (*�
__u
;

300 
	}
}

302 #i�de�
_FORCE_INLINES


303 

	#__memp�y_�gs
(
�c
) \

304 ((cڡ *�(
�c
))[0], \

305 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR2
) \

306 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1] } }), \

307 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR3
) \

308 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

309 ((cڡ *�(
�c
))[2] } }), \

310 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR4
) \

311 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

312 ((cڡ *�(
�c
))[2], ((const *) (src))[3] } }), \

313 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR5
) \

314 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

315 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

316 ((cڡ *�(
�c
))[4] } }), \

317 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR6
) \

318 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

319 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

320 ((cڡ *�(
�c
))[4], ((const *) (src))[5] } }), \

321 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR7
) \

322 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

323 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

324 ((cڡ *�(
�c
))[4], ((const *) (src))[5], \

325 ((cڡ *�(
�c
))[6] } }), \

326 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR8
) \

327 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

328 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

329 ((cڡ *�(
�c
))[4], ((const *) (src))[5], \

330 ((cڡ *�(
�c
))[6], ((cڡ *�(�c))[7] } })

	)

332 
__STRING_INLINE
 *
__memp�y_sm�l
 (*, , 
__STRING2_COPY_ARR2
,

333 
__STRING2_COPY_ARR3
,

334 
__STRING2_COPY_ARR4
,

335 
__STRING2_COPY_ARR5
,

336 
__STRING2_COPY_ARR6
,

337 
__STRING2_COPY_ARR7
,

338 
__STRING2_COPY_ARR8
, 
size_t
);

339 
__STRING_INLINE
 *

340 
	$__memp�y_sm�l
 (*
__de�
, 
__�c1
,

341 
__STRING2_COPY_ARR2
 
__�c2
, 
__STRING2_COPY_ARR3
 
__�c3
,

342 
__STRING2_COPY_ARR4
 
__�c4
, 
__STRING2_COPY_ARR5
 
__�c5
,

343 
__STRING2_COPY_ARR6
 
__�c6
, 
__STRING2_COPY_ARR7
 
__�c7
,

344 
__STRING2_COPY_ARR8
 
__�c8
, 
size_t
 
__���
)

347 
__c
;

348 
__STRING2_COPY_ARR2
 
__s�2
;

349 
__STRING2_COPY_ARR3
 
__s�3
;

350 
__STRING2_COPY_ARR4
 
__s�4
;

351 
__STRING2_COPY_ARR5
 
__s�5
;

352 
__STRING2_COPY_ARR6
 
__s�6
;

353 
__STRING2_COPY_ARR7
 
__s�7
;

354 
__STRING2_COPY_ARR8
 
__s�8
;

355 } *
__u
 = 
__de�
;

356 (�
__���
)

359 
__u
->
__c
 = 
__�c1
;

362 
__ex�nsi�__
 
__u
->
__s�2
 = 
__�c2
;

365 
__ex�nsi�__
 
__u
->
__s�3
 = 
__�c3
;

368 
__ex�nsi�__
 
__u
->
__s�4
 = 
__�c4
;

371 
__ex�nsi�__
 
__u
->
__s�5
 = 
__�c5
;

374 
__ex�nsi�__
 
__u
->
__s�6
 = 
__�c6
;

377 
__ex�nsi�__
 
__u
->
__s�7
 = 
__�c7
;

380 
__ex�nsi�__
 
__u
->
__s�8
 = 
__�c8
;

383  
	`__ex�nsi�__
 ((*�
__u
 + 
__���
);

384 
	}
}

392 #i�de�
_HAVE_STRING_ARCH_�rchr


393 
*
__�wmemchr
 (cڡ *
__s
, 
__c
);

394 #i�
__GNUC_PREREQ
 (3, 2)

395 

	#�rchr
(
s
, 
c
) \

396 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
c
�&& !__bu�t�_cڡ�t_�(
s
) \

397 && (
c
) == '\0' \

398 ? (*�
	`__�wmemchr
 (
s
, 
c
) \

399 : 
	`__bu�t�_�rchr
 (
s
, 
c
)))

	)

401 

	#�rchr
(
s
, 
c
) \

402 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
c
) && (c) == '\0' \

403 ? (*�
	`__�wmemchr
 (
s
, 
c
) \

404 : 
	`�rchr
 (
s
, 
c
)))

	)

410 #i�(!
def�ed
 
_HAVE_STRING_ARCH_�r�y
 && !
__GNUC_PREREQ
 (3, 0)) \

411 || 
def�ed
 
	g_FORCE_INLINES


412 #i�!
def�ed
 
_HAVE_STRING_ARCH_�r�y
 && !
__GNUC_PREREQ
 (3, 0)

413 

	#�r�y
(
de�
, 
�c
) \

414 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
) \

415 ? (
	`__�r�g2_1b�r_p
 (
�c
�&& 
	`���
 (src) + 1 <= 8 \

416 ? 
	`__�r�y_sm�l
 (
de�
, 
	`__�r�y_�gs
 (
�c
), \

417 
	`���
 (
�c
) + 1) \

418 : (*�
	`mem�y
 (
de�
, 
�c
, 
	`���
 (src) + 1)) \

419 : 
	`�r�y
 (
de�
, 
�c
)))

	)

422 #i�
_STRING_INLINE_u�lig�d


423 #i�de�
_FORCE_INLINES


424 

	#__�r�y_�gs
(
�c
) \

425 
__ex�nsi�__
 
	`__STRING2_SMALL_GET16
 (
�c
, 0), \

426 
__ex�nsi�__
 
	`__STRING2_SMALL_GET16
 (
�c
, 4), \

427 
__ex�nsi�__
 
	`__STRING2_SMALL_GET32
 (
�c
, 0), \

428 
__ex�nsi�__
 
	`__STRING2_SMALL_GET32
 (
�c
, 4)

	)

430 
__STRING_INLINE
 *
__�r�y_sm�l
 (*, 
__u�t16_t
, __uint16_t,

431 
__u�t32_t
, __u�t32_t, 
size_t
);

432 
__STRING_INLINE
 *

433 
	$__�r�y_sm�l
 (*
__de�
,

434 
__u�t16_t
 
__�c0_2
, __u�t16_�
__�c4_2
,

435 
__u�t32_t
 
__�c0_4
, __u�t32_�
__�c4_4
,

436 
size_t
 
__���
)

439 
__u�t32_t
 
__ui
;

440 
__u�t16_t
 
__usi
;

441 
__uc
;

442 } *
__u
 = (*�
__de�
;

443 (�
__���
)

446 
__u
->
__uc
 = '\0';

449 
__u
->
__usi
 = 
__�c0_2
;

452 
__u
->
__usi
 = 
__�c0_2
;

453 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2);

454 
__u
->
__uc
 = '\0';

457 
__u
->
__ui
 = 
__�c0_4
;

460 
__u
->
__ui
 = 
__�c0_4
;

461 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

462 
__u
->
__uc
 = '\0';

465 
__u
->
__ui
 = 
__�c0_4
;

466 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

467 
__u
->
__usi
 = 
__�c4_2
;

470 
__u
->
__ui
 = 
__�c0_4
;

471 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

472 
__u
->
__usi
 = 
__�c4_2
;

473 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2);

474 
__u
->
__uc
 = '\0';

477 
__u
->
__ui
 = 
__�c0_4
;

478 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

479 
__u
->
__ui
 = 
__�c4_4
;

482  
__de�
;

483 
	}
}

485 #i�de�
_FORCE_INLINES


486 

	#__�r�y_�gs
(
�c
) \

487 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR2
) \

488 { { ((cڡ *�(
�c
))[0], '\0' } }), \

489 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR3
) \

490 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

492 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR4
) \

493 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

494 ((cڡ *�(
�c
))[2], '\0' } }), \

495 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR5
) \

496 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

497 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

499 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR6
) \

500 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

501 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

502 ((cڡ *�(
�c
))[4], '\0' } }), \

503 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR7
) \

504 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

505 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

506 ((cڡ *�(
�c
))[4], ((const *) (src))[5], \

508 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR8
) \

509 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

510 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

511 ((cڡ *�(
�c
))[4], ((const *) (src))[5], \

512 ((cڡ *�(
�c
))[6], '\0' } })

	)

514 
__STRING_INLINE
 *
__�r�y_sm�l
 (*, 
__STRING2_COPY_ARR2
,

515 
__STRING2_COPY_ARR3
,

516 
__STRING2_COPY_ARR4
,

517 
__STRING2_COPY_ARR5
,

518 
__STRING2_COPY_ARR6
,

519 
__STRING2_COPY_ARR7
,

520 
__STRING2_COPY_ARR8
, 
size_t
);

521 
__STRING_INLINE
 *

522 
	$__�r�y_sm�l
 (*
__de�
,

523 
__STRING2_COPY_ARR2
 
__�c2
, 
__STRING2_COPY_ARR3
 
__�c3
,

524 
__STRING2_COPY_ARR4
 
__�c4
, 
__STRING2_COPY_ARR5
 
__�c5
,

525 
__STRING2_COPY_ARR6
 
__�c6
, 
__STRING2_COPY_ARR7
 
__�c7
,

526 
__STRING2_COPY_ARR8
 
__�c8
, 
size_t
 
__���
)

529 
__c
;

530 
__STRING2_COPY_ARR2
 
__s�2
;

531 
__STRING2_COPY_ARR3
 
__s�3
;

532 
__STRING2_COPY_ARR4
 
__s�4
;

533 
__STRING2_COPY_ARR5
 
__s�5
;

534 
__STRING2_COPY_ARR6
 
__s�6
;

535 
__STRING2_COPY_ARR7
 
__s�7
;

536 
__STRING2_COPY_ARR8
 
__s�8
;

537 } *
__u
 = (*�
__de�
;

538 (�
__���
)

541 
__u
->
__c
 = '\0';

544 
__ex�nsi�__
 
__u
->
__s�2
 = 
__�c2
;

547 
__ex�nsi�__
 
__u
->
__s�3
 = 
__�c3
;

550 
__ex�nsi�__
 
__u
->
__s�4
 = 
__�c4
;

553 
__ex�nsi�__
 
__u
->
__s�5
 = 
__�c5
;

556 
__ex�nsi�__
 
__u
->
__s�6
 = 
__�c6
;

559 
__ex�nsi�__
 
__u
->
__s�7
 = 
__�c7
;

562 
__ex�nsi�__
 
__u
->
__s�8
 = 
__�c8
;

565  
__de�
;

566 
	}
}

572 #ifde�
__USE_GNU


573 #i�!
def�ed
 
_HAVE_STRING_ARCH_�p�y
 || def�ed 
_FORCE_INLINES


574 #i�de�
_HAVE_STRING_ARCH_�p�y


575 #i�
__GNUC_PREREQ
 (3, 4)

576 

	#__�p�y
(
de�
, 
�c
�
	`__bu�t�_�p�y
 (de�, src)

	)

577 #�i�
__GNUC_PREREQ
 (3, 0)

578 

	#__�p�y
(
de�
, 
�c
) \

579 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
) \

580 ? (
	`__�r�g2_1b�r_p
 (
�c
�&& 
	`���
 (src) + 1 <= 8 \

581 ? 
	`__bu�t�_�r�y
 (
de�
, 
�c
�+ 
	`���
 (src) \

582 : ((*�(
__memp�y
�(
de�
, 
�c
, 
	`���
 (src) + 1) \

584 : 
	`__�p�y
 (
de�
, 
�c
)))

	)

586 

	#__�p�y
(
de�
, 
�c
) \

587 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
) \

588 ? (
	`__�r�g2_1b�r_p
 (
�c
�&& 
	`���
 (src) + 1 <= 8 \

589 ? 
	`__�p�y_sm�l
 (
de�
, 
	`__�p�y_�gs
 (
�c
), \

590 
	`���
 (
�c
) + 1) \

591 : ((*�(
__memp�y
�(
de�
, 
�c
, 
	`���
 (src) + 1) \

593 : 
	`__�p�y
 (
de�
, 
�c
)))

	)

597 

	#�p�y
(
de�
, 
�c
�
	`__�p�y
 (de�, src)

	)

600 #i�!
__GNUC_PREREQ
 (3, 0�|| 
def�ed
 
_FORCE_INLINES


601 #i�
_STRING_INLINE_u�lig�d


602 #i�de�
_FORCE_INLINES


603 

	#__�p�y_�gs
(
�c
) \

604 
__ex�nsi�__
 
	`__STRING2_SMALL_GET16
 (
�c
, 0), \

605 
__ex�nsi�__
 
	`__STRING2_SMALL_GET16
 (
�c
, 4), \

606 
__ex�nsi�__
 
	`__STRING2_SMALL_GET32
 (
�c
, 0), \

607 
__ex�nsi�__
 
	`__STRING2_SMALL_GET32
 (
�c
, 4)

	)

609 
__STRING_INLINE
 *
__�p�y_sm�l
 (*, 
__u�t16_t
, __uint16_t,

610 
__u�t32_t
, __u�t32_t, 
size_t
);

611 
__STRING_INLINE
 *

612 
	$__�p�y_sm�l
 (*
__de�
,

613 
__u�t16_t
 
__�c0_2
, __u�t16_�
__�c4_2
,

614 
__u�t32_t
 
__�c0_4
, __u�t32_�
__�c4_4
,

615 
size_t
 
__���
)

618 
__ui
;

619 
__usi
;

620 
__uc
;

621 
__c
;

622 } *
__u
 = (*�
__de�
;

623 (�
__���
)

626 
__u
->
__uc
 = '\0';

629 
__u
->
__usi
 = 
__�c0_2
;

630 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 1);

633 
__u
->
__usi
 = 
__�c0_2
;

634 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2);

635 
__u
->
__uc
 = '\0';

638 
__u
->
__ui
 = 
__�c0_4
;

639 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 3);

642 
__u
->
__ui
 = 
__�c0_4
;

643 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

644 
__u
->
__uc
 = '\0';

647 
__u
->
__ui
 = 
__�c0_4
;

648 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

649 
__u
->
__usi
 = 
__�c4_2
;

650 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 1);

653 
__u
->
__ui
 = 
__�c0_4
;

654 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

655 
__u
->
__usi
 = 
__�c4_2
;

656 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 2);

657 
__u
->
__uc
 = '\0';

660 
__u
->
__ui
 = 
__�c0_4
;

661 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 4);

662 
__u
->
__ui
 = 
__�c4_4
;

663 
__u
 = 
	`__ex�nsi�__
 ((*) __u + 3);

666  &
__u
->
__c
;

667 
	}
}

669 #i�de�
_FORCE_INLINES


670 

	#__�p�y_�gs
(
�c
) \

671 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR2
) \

672 { { ((cڡ *�(
�c
))[0], '\0' } }), \

673 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR3
) \

674 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

676 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR4
) \

677 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

678 ((cڡ *�(
�c
))[2], '\0' } }), \

679 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR5
) \

680 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

681 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

683 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR6
) \

684 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

685 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

686 ((cڡ *�(
�c
))[4], '\0' } }), \

687 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR7
) \

688 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

689 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

690 ((cڡ *�(
�c
))[4], ((const *) (src))[5], \

692 
	`__ex�nsi�__
 ((
__STRING2_COPY_ARR8
) \

693 { { ((cڡ *�(
�c
))[0], ((const *) (src))[1], \

694 ((cڡ *�(
�c
))[2], ((const *) (src))[3], \

695 ((cڡ *�(
�c
))[4], ((const *) (src))[5], \

696 ((cڡ *�(
�c
))[6], '\0' } })

	)

698 
__STRING_INLINE
 *
__�p�y_sm�l
 (*, 
__STRING2_COPY_ARR2
,

699 
__STRING2_COPY_ARR3
,

700 
__STRING2_COPY_ARR4
,

701 
__STRING2_COPY_ARR5
,

702 
__STRING2_COPY_ARR6
,

703 
__STRING2_COPY_ARR7
,

704 
__STRING2_COPY_ARR8
, 
size_t
);

705 
__STRING_INLINE
 *

706 
	$__�p�y_sm�l
 (*
__de�
,

707 
__STRING2_COPY_ARR2
 
__�c2
, 
__STRING2_COPY_ARR3
 
__�c3
,

708 
__STRING2_COPY_ARR4
 
__�c4
, 
__STRING2_COPY_ARR5
 
__�c5
,

709 
__STRING2_COPY_ARR6
 
__�c6
, 
__STRING2_COPY_ARR7
 
__�c7
,

710 
__STRING2_COPY_ARR8
 
__�c8
, 
size_t
 
__���
)

713 
__c
;

714 
__STRING2_COPY_ARR2
 
__s�2
;

715 
__STRING2_COPY_ARR3
 
__s�3
;

716 
__STRING2_COPY_ARR4
 
__s�4
;

717 
__STRING2_COPY_ARR5
 
__s�5
;

718 
__STRING2_COPY_ARR6
 
__s�6
;

719 
__STRING2_COPY_ARR7
 
__s�7
;

720 
__STRING2_COPY_ARR8
 
__s�8
;

721 } *
__u
 = (*�
__de�
;

722 (�
__���
)

725 
__u
->
__c
 = '\0';

728 
__ex�nsi�__
 
__u
->
__s�2
 = 
__�c2
;

731 
__ex�nsi�__
 
__u
->
__s�3
 = 
__�c3
;

734 
__ex�nsi�__
 
__u
->
__s�4
 = 
__�c4
;

737 
__ex�nsi�__
 
__u
->
__s�5
 = 
__�c5
;

740 
__ex�nsi�__
 
__u
->
__s�6
 = 
__�c6
;

743 
__ex�nsi�__
 
__u
->
__s�7
 = 
__�c7
;

746 
__ex�nsi�__
 
__u
->
__s�8
 = 
__�c8
;

749  
__de�
 + 
__���
 - 1;

750 
	}
}

758 #i�de�
_HAVE_STRING_ARCH_���y


759 #i�
__GNUC_PREREQ
 (3, 2)

760 

	#���y
(
de�
, 
�c
, 
n
�
	`__bu�t�_���y
 (de�, src,�)

	)

762 

	#���y
(
de�
, 
�c
, 
n
) \

763 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
�&& __bu�t�_cڡ�t_�(
n
) \

764 ? (
	`���
 (
�c
�+ 1 >�((
size_t
�(
n
)) \

765 ? (*�
	`mem�y
 (
de�
, 
�c
, 
n
) \

766 : 
	`���y
 (
de�
, 
�c
, 
n
)) \

767 : 
	`���y
 (
de�
, 
�c
, 
n
)))

	)

773 #i�de�
_HAVE_STRING_ARCH_���t


774 #ifde�
_USE_STRING_ARCH_�rchr


775 

	#���t
(
de�
, 
�c
, 
n
) \

776 (
	`__ex�nsi�__
 ({ *
__de�
 = (
de�
); \

777 
	`__bu�t�_cڡ�t_p
 (
�c
�&& __bu�t�_cڡ�t_�(
n
) \

778 ? (
	`���
 (
�c
�< ((
size_t
�(
n
)) \

779 ? 
	`�r�t
 (
__de�
, 
�c
) \

780 : (*((*�
	`__memp�y
 (
	`�rchr
 (
__de�
, '\0'), \

781 
�c
, 
n
)��'\0', 
__de�
)) \

782 : 
	`���t
 (
de�
, 
�c
, 
n
); }))

	)

783 #�i�
__GNUC_PREREQ
 (3, 2)

784 

	#���t
(
de�
, 
�c
, 
n
�
	`__bu�t�_���t
 (de�, src,�)

	)

786 

	#���t
(
de�
, 
�c
, 
n
) \

787 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�c
�&& __bu�t�_cڡ�t_�(
n
) \

788 ? (
	`���
 (
�c
�< ((
size_t
�(
n
)) \

789 ? 
	`�r�t
 (
de�
, 
�c
) \

790 : 
	`���t
 (
de�
, 
�c
, 
n
)) \

791 : 
	`���t
 (
de�
, 
�c
, 
n
)))

	)

797 #i�de�
_HAVE_STRING_ARCH_�rcmp


798 #i�
__GNUC_PREREQ
 (3, 2)

799 

	#�rcmp
(
s1
, 
s2
) \

800 
__ex�nsi�__
 \

801 ({ 
size_t
 
__s1_�n
, 
__s2_�n
; \

802 (
	`__bu�t�_cڡ�t_p
 (
s1
�&& __bu�t�_cڡ�t_�(
s2
) \

803 && (
__s1_�n
 = 
	`__bu�t�_���
 (
s1
), 
__s2_�n
 = __bu�t�_��� (
s2
), \

804 (!
	`__�r�g2_1b�r_p
 (
s1
�|| 
__s1_�n
 >= 4) \

805 && (!
	`__�r�g2_1b�r_p
 (
s2
�|| 
__s2_�n
 >= 4)) \

806 ? 
	`__bu�t�_�rcmp
 (
s1
, 
s2
) \

807 : (
	`__bu�t�_cڡ�t_p
 (
s1
�&& 
	`__�r�g2_1b�r_p
 (s1) \

808 && (
__s1_�n
 = 
	`__bu�t�_���
 (
s1
), __s1_len < 4) \

809 ? (
	`__bu�t�_cڡ�t_p
 (
s2
�&& 
	`__�r�g2_1b�r_p
 (s2) \

810 ? 
	`__bu�t�_�rcmp
 (
s1
, 
s2
) \

811 : 
	`__�rcmp_cg
 (
s1
, 
s2
, 
__s1_�n
)) \

812 : (
	`__bu�t�_cڡ�t_p
 (
s2
�&& 
	`__�r�g2_1b�r_p
 (s2) \

813 && (
__s2_�n
 = 
	`__bu�t�_���
 (
s2
), __s2_len < 4) \

814 ? (
	`__bu�t�_cڡ�t_p
 (
s1
�&& 
	`__�r�g2_1b�r_p
 (s1) \

815 ? 
	`__bu�t�_�rcmp
 (
s1
, 
s2
) \

816 : 
	`__�rcmp_gc
 (
s1
, 
s2
, 
__s2_�n
)) \

817 : 
	`__bu�t�_�rcmp
 (
s1
, 
s2
)))); })

	)

819 

	#�rcmp
(
s1
, 
s2
) \

820 
__ex�nsi�__
 \

821 ({ 
size_t
 
__s1_�n
, 
__s2_�n
; \

822 (
	`__bu�t�_cڡ�t_p
 (
s1
�&& __bu�t�_cڡ�t_�(
s2
) \

823 && (
__s1_�n
 = 
	`���
 (
s1
), 
__s2_�n
 = s���(
s2
), \

824 (!
	`__�r�g2_1b�r_p
 (
s1
�|| 
__s1_�n
 >= 4) \

825 && (!
	`__�r�g2_1b�r_p
 (
s2
�|| 
__s2_�n
 >= 4)) \

826 ? 
	`memcmp
 ((cڡ *�(
s1
), (cڡ *�(
s2
), \

827 (
__s1_�n
 < 
__s2_�n
 ? __s1_len : __s2_len) + 1) \

828 : (
	`__bu�t�_cڡ�t_p
 (
s1
�&& 
	`__�r�g2_1b�r_p
 (s1) \

829 && (
__s1_�n
 = 
	`���
 (
s1
), __s1_len < 4) \

830 ? (
	`__bu�t�_cڡ�t_p
 (
s2
�&& 
	`__�r�g2_1b�r_p
 (s2) \

831 ? 
	`__�rcmp_cc
 (
s1
, 
s2
, 
__s1_�n
) \

832 : 
	`__�rcmp_cg
 (
s1
, 
s2
, 
__s1_�n
)) \

833 : (
	`__bu�t�_cڡ�t_p
 (
s2
�&& 
	`__�r�g2_1b�r_p
 (s2) \

834 && (
__s2_�n
 = 
	`���
 (
s2
), __s2_len < 4) \

835 ? (
	`__bu�t�_cڡ�t_p
 (
s1
�&& 
	`__�r�g2_1b�r_p
 (s1) \

836 ? 
	`__�rcmp_cc
 (
s1
, 
s2
, 
__s2_�n
) \

837 : 
	`__�rcmp_gc
 (
s1
, 
s2
, 
__s2_�n
)) \

838 : 
	`�rcmp
 (
s1
, 
s2
)))); })

	)

841 

	#__�rcmp_cc
(
s1
, 
s2
, 
l
) \

842 (
	`__ex�nsi�__
 ({ 
__�su�
 = \

843 (((cڡ *�(cڡ *�(
s1
))[0] \

844 - ((cڡ *�(cڡ *)(
s2
))[0]); \

845 i�(
l
 > 0 && 
__�su�
 == 0) \

847 
__�su�
 = (((const *) \

848 (cڡ *�(
s1
))[1] \

850 (cڡ *�(
s2
))[1]); \

851 i�(
l
 > 1 && 
__�su�
 == 0) \

853 
__�su�
 = \

855 (cڡ *�(
s1
))[2] \

857 (cڡ *�(
s2
))[2]); \

858 i�(
l
 > 2 && 
__�su�
 == 0) \

859 
__�su�
 = \

861 (cڡ *�(
s1
))[3] \

863 (cڡ *�(
s2
))[3]); \

866 
__�su�
; }))

	)

868 

	#__�rcmp_cg
(
s1
, 
s2
, 
l1
) \

869 (
	`__ex�nsi�__
 ({ cڡ *
__s2
 = \

870 (cڡ *�(cڡ *�(
s2
); \

871 
__�su�
 = \

872 (((cڡ *�(cڡ *�(
s1
))[0] \

873 - 
__s2
[0]); \

874 i�(
l1
 > 0 && 
__�su�
 == 0) \

876 
__�su�
 = (((const *) \

877 (cڡ *�(
s1
))[1] - 
__s2
[1]); \

878 i�(
l1
 > 1 && 
__�su�
 == 0) \

880 
__�su�
 = (((const *) \

881 (cڡ *�(
s1
))[2] - 
__s2
[2]); \

882 i�(
l1
 > 2 && 
__�su�
 == 0) \

883 
__�su�
 = (((const *) \

884 (cڡ *�(
s1
))[3] \

885 - 
__s2
[3]); \

888 
__�su�
; }))

	)

890 

	#__�rcmp_gc
(
s1
, 
s2
, 
l2
�(- 
	`__�rcmp_cg
 (s2, s1,�2))

	)

895 #i�de�
_HAVE_STRING_ARCH_��cmp


896 

	#��cmp
(
s1
, 
s2
, 
n
) \

897 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
n
) \

898 && ((
	`__bu�t�_cڡ�t_p
 (
s1
) \

899 && 
	`���
 (
s1
�< ((
size_t
�(
n
))) \

900 || (
	`__bu�t�_cڡ�t_p
 (
s2
) \

901 && 
	`���
 (
s2
�< ((
size_t
�(
n
)))) \

902 ? 
	`�rcmp
 (
s1
, 
s2
�: 
	`��cmp
 (s1, s2, 
n
)))

	)

908 #i�!
def�ed
 
_HAVE_STRING_ARCH_�rc�n
 || def�ed 
_FORCE_INLINES


909 #i�de�
_HAVE_STRING_ARCH_�rc�n


910 #i�
__GNUC_PREREQ
 (3, 2)

911 

	#�rc�n
(
s
, 
�je�
) \

912 
__ex�nsi�__
 \

913 ({ 
__r0
, 
__r1
, 
__r2
; \

914 (
	`__bu�t�_cڡ�t_p
 (
�je�
�&& 
	`__�r�g2_1b�r_p
 (reject) \

915 ? ((
	`__bu�t�_cڡ�t_p
 (
s
�&& 
	`__�r�g2_1b�r_p
 (s)) \

916 ? 
	`__bu�t�_�rc�n
 (
s
, 
�je�
) \

917 : ((
__r0
 = ((cڡ *�(
�je�
))[0], __r0 == '\0') \

918 ? 
	`���
 (
s
) \

919 : ((
__r1
 = ((cڡ *�(
�je�
))[1], __r1 == '\0') \

920 ? 
	`__�rc�n_c1
 (
s
, 
__r0
) \

921 : ((
__r2
 = ((cڡ *�(
�je�
))[2], __r2 == '\0') \

922 ? 
	`__�rc�n_c2
 (
s
, 
__r0
, 
__r1
) \

923 : (((cڡ *�(
�je�
))[3] == '\0' \

924 ? 
	`__�rc�n_c3
 (
s
, 
__r0
, 
__r1
, 
__r2
) \

925 : 
	`__bu�t�_�rc�n
 (
s
, 
�je�
)))))) \

926 : 
	`__bu�t�_�rc�n
 (
s
, 
�je�
)); })

	)

928 

	#�rc�n
(
s
, 
�je�
) \

929 
__ex�nsi�__
 \

930 ({ 
__r0
, 
__r1
, 
__r2
; \

931 (
	`__bu�t�_cڡ�t_p
 (
�je�
�&& 
	`__�r�g2_1b�r_p
 (reject) \

932 ? ((
__r0
 = ((cڡ *�(
�je�
))[0], __r0 == '\0') \

933 ? 
	`���
 (
s
) \

934 : ((
__r1
 = ((cڡ *�(
�je�
))[1], __r1 == '\0') \

935 ? 
	`__�rc�n_c1
 (
s
, 
__r0
) \

936 : ((
__r2
 = ((cڡ *�(
�je�
))[2], __r2 == '\0') \

937 ? 
	`__�rc�n_c2
 (
s
, 
__r0
, 
__r1
) \

938 : (((cڡ *�(
�je�
))[3] == '\0' \

939 ? 
	`__�rc�n_c3
 (
s
, 
__r0
, 
__r1
, 
__r2
) \

940 : 
	`�rc�n
 (
s
, 
�je�
))))) \

941 : 
	`�rc�n
 (
s
, 
�je�
)); })

	)

945 
__STRING_INLINE
 
size_t
 
__�rc�n_c1
 (cڡ *
__s
, 
__�je�
);

946 
__STRING_INLINE
 
size_t


947 
	$__�rc�n_c1
 (cڡ *
__s
, 
__�je�
)

949 
size_t
 
__�su�
 = 0;

950 
__s
[
__�su�
] !�'\0' && __s[__�su�] !�
__�je�
)

951 ++
__�su�
;

952  
__�su�
;

953 
	}
}

955 
__STRING_INLINE
 
size_t
 
__�rc�n_c2
 (cڡ *
__s
, 
__�je�1
,

956 
__�je�2
);

957 
__STRING_INLINE
 
size_t


958 
	$__�rc�n_c2
 (cڡ *
__s
, 
__�je�1
, 
__�je�2
)

960 
size_t
 
__�su�
 = 0;

961 
__s
[
__�su�
] !�'\0' && __s[__�su�] !�
__�je�1


962 && 
__s
[
__�su�
] !�
__�je�2
)

963 ++
__�su�
;

964  
__�su�
;

965 
	}
}

967 
__STRING_INLINE
 
size_t
 
__�rc�n_c3
 (cڡ *
__s
, 
__�je�1
,

968 
__�je�2
, 
__�je�3
);

969 
__STRING_INLINE
 
size_t


970 
	$__�rc�n_c3
 (cڡ *
__s
, 
__�je�1
, 
__�je�2
,

971 
__�je�3
)

973 
size_t
 
__�su�
 = 0;

974 
__s
[
__�su�
] !�'\0' && __s[__�su�] !�
__�je�1


975 && 
__s
[
__�su�
] !�
__�je�2
 && __s[__�su�] !�
__�je�3
)

976 ++
__�su�
;

977  
__�su�
;

978 
	}
}

984 #i�!
def�ed
 
_HAVE_STRING_ARCH_�r�n
 || def�ed 
_FORCE_INLINES


985 #i�de�
_HAVE_STRING_ARCH_�r�n


986 #i�
__GNUC_PREREQ
 (3, 2)

987 

	#�r�n
(
s
, 
ac��
) \

988 
__ex�nsi�__
 \

989 ({ 
__a0
, 
__a1
, 
__a2
; \

990 (
	`__bu�t�_cڡ�t_p
 (
ac��
�&& 
	`__�r�g2_1b�r_p
 (accept) \

991 ? ((
	`__bu�t�_cڡ�t_p
 (
s
�&& 
	`__�r�g2_1b�r_p
 (s)) \

992 ? 
	`__bu�t�_�r�n
 (
s
, 
ac��
) \

993 : ((
__a0
 = ((cڡ *�(
ac��
))[0], __a0 == '\0') \

994 ? ((�(
s
), (
size_t
) 0) \

995 : ((
__a1
 = ((cڡ *�(
ac��
))[1], __a1 == '\0') \

996 ? 
	`__�r�n_c1
 (
s
, 
__a0
) \

997 : ((
__a2
 = ((cڡ *�(
ac��
))[2], __a2 == '\0') \

998 ? 
	`__�r�n_c2
 (
s
, 
__a0
, 
__a1
) \

999 : (((cڡ *�(
ac��
))[3] == '\0' \

1000 ? 
	`__�r�n_c3
 (
s
, 
__a0
, 
__a1
, 
__a2
) \

1001 : 
	`__bu�t�_�r�n
 (
s
, 
ac��
)))))) \

1002 : 
	`__bu�t�_�r�n
 (
s
, 
ac��
)); })

	)

1004 

	#�r�n
(
s
, 
ac��
) \

1005 
__ex�nsi�__
 \

1006 ({ 
__a0
, 
__a1
, 
__a2
; \

1007 (
	`__bu�t�_cڡ�t_p
 (
ac��
�&& 
	`__�r�g2_1b�r_p
 (accept) \

1008 ? ((
__a0
 = ((cڡ *�(
ac��
))[0], __a0 == '\0') \

1009 ? ((�(
s
), (
size_t
) 0) \

1010 : ((
__a1
 = ((cڡ *�(
ac��
))[1], __a1 == '\0') \

1011 ? 
	`__�r�n_c1
 (
s
, 
__a0
) \

1012 : ((
__a2
 = ((cڡ *�(
ac��
))[2], __a2 == '\0') \

1013 ? 
	`__�r�n_c2
 (
s
, 
__a0
, 
__a1
) \

1014 : (((cڡ *�(
ac��
))[3] == '\0' \

1015 ? 
	`__�r�n_c3
 (
s
, 
__a0
, 
__a1
, 
__a2
) \

1016 : 
	`�r�n
 (
s
, 
ac��
))))) \

1017 : 
	`�r�n
 (
s
, 
ac��
)); })

	)

1021 
__STRING_INLINE
 
size_t
 
__�r�n_c1
 (cڡ *
__s
, 
__ac��
);

1022 
__STRING_INLINE
 
size_t


1023 
	$__�r�n_c1
 (cڡ *
__s
, 
__ac��
)

1025 
size_t
 
__�su�
 = 0;

1027 
__s
[
__�su�
] =�
__ac��
)

1028 ++
__�su�
;

1029  
__�su�
;

1030 
	}
}

1032 
__STRING_INLINE
 
size_t
 
__�r�n_c2
 (cڡ *
__s
, 
__ac��1
,

1033 
__ac��2
);

1034 
__STRING_INLINE
 
size_t


1035 
	$__�r�n_c2
 (cڡ *
__s
, 
__ac��1
, 
__ac��2
)

1037 
size_t
 
__�su�
 = 0;

1039 
__s
[
__�su�
] =�
__ac��1
 || __s[__�su�] =�
__ac��2
)

1040 ++
__�su�
;

1041  
__�su�
;

1042 
	}
}

1044 
__STRING_INLINE
 
size_t
 
__�r�n_c3
 (cڡ *
__s
, 
__ac��1
,

1045 
__ac��2
, 
__ac��3
);

1046 
__STRING_INLINE
 
size_t


1047 
	$__�r�n_c3
 (cڡ *
__s
, 
__ac��1
, 
__ac��2
, 
__ac��3
)

1049 
size_t
 
__�su�
 = 0;

1051 
__s
[
__�su�
] =�
__ac��1
 || __s[__�su�] =�
__ac��2


1052 || 
__s
[
__�su�
] =�
__ac��3
)

1053 ++
__�su�
;

1054  
__�su�
;

1055 
	}
}

1060 #i�!
def�ed
 
_HAVE_STRING_ARCH_��brk
 || def�ed 
_FORCE_INLINES


1061 #i�de�
_HAVE_STRING_ARCH_��brk


1062 #i�
__GNUC_PREREQ
 (3, 2)

1063 

	#��brk
(
s
, 
ac��
) \

1064 
__ex�nsi�__
 \

1065 ({ 
__a0
, 
__a1
, 
__a2
; \

1066 (
	`__bu�t�_cڡ�t_p
 (
ac��
�&& 
	`__�r�g2_1b�r_p
 (accept) \

1067 ? ((
	`__bu�t�_cڡ�t_p
 (
s
�&& 
	`__�r�g2_1b�r_p
 (s)) \

1068 ? 
	`__bu�t�_��brk
 (
s
, 
ac��
) \

1069 : ((
__a0
 = ((cڡ *�(
ac��
))[0], __a0 == '\0') \

1070 ? ((�(
s
), (*�
NULL
) \

1071 : ((
__a1
 = ((cڡ *�(
ac��
))[1], __a1 == '\0') \

1072 ? 
	`__bu�t�_�rchr
 (
s
, 
__a0
) \

1073 : ((
__a2
 = ((cڡ *�(
ac��
))[2], __a2 == '\0') \

1074 ? 
	`__��brk_c2
 (
s
, 
__a0
, 
__a1
) \

1075 : (((cڡ *�(
ac��
))[3] == '\0' \

1076 ? 
	`__��brk_c3
 (
s
, 
__a0
, 
__a1
, 
__a2
) \

1077 : 
	`__bu�t�_��brk
 (
s
, 
ac��
)))))) \

1078 : 
	`__bu�t�_��brk
 (
s
, 
ac��
)); })

	)

1080 

	#��brk
(
s
, 
ac��
) \

1081 
__ex�nsi�__
 \

1082 ({ 
__a0
, 
__a1
, 
__a2
; \

1083 (
	`__bu�t�_cڡ�t_p
 (
ac��
�&& 
	`__�r�g2_1b�r_p
 (accept) \

1084 ? ((
__a0
 = ((cڡ *�(
ac��
))[0], __a0 == '\0') \

1085 ? ((�(
s
), (*�
NULL
) \

1086 : ((
__a1
 = ((cڡ *�(
ac��
))[1], __a1 == '\0') \

1087 ? 
	`�rchr
 (
s
, 
__a0
) \

1088 : ((
__a2
 = ((cڡ *�(
ac��
))[2], __a2 == '\0') \

1089 ? 
	`__��brk_c2
 (
s
, 
__a0
, 
__a1
) \

1090 : (((cڡ *�(
ac��
))[3] == '\0' \

1091 ? 
	`__��brk_c3
 (
s
, 
__a0
, 
__a1
, 
__a2
) \

1092 : 
	`��brk
 (
s
, 
ac��
))))) \

1093 : 
	`��brk
 (
s
, 
ac��
)); })

	)

1097 
__STRING_INLINE
 *
__��brk_c2
 (cڡ *
__s
, 
__ac��1
,

1098 
__ac��2
);

1099 
__STRING_INLINE
 *

1100 
	$__��brk_c2
 (cڡ *
__s
, 
__ac��1
, 
__ac��2
)

1103 *
__s
 !�'\0' && *__�!�
__ac��1
 && *__�!�
__ac��2
)

1104 ++
__s
;

1105  *
__s
 =�'\0' ? 
NULL
 : (*�(
size_t
) __s;

1106 
	}
}

1108 
__STRING_INLINE
 *
__��brk_c3
 (cڡ *
__s
, 
__ac��1
,

1109 
__ac��2
, 
__ac��3
);

1110 
__STRING_INLINE
 *

1111 
	$__��brk_c3
 (cڡ *
__s
, 
__ac��1
, 
__ac��2
, 
__ac��3
)

1114 *
__s
 !�'\0' && *__�!�
__ac��1
 && *__�!�
__ac��2


1115 && *
__s
 !�
__ac��3
)

1116 ++
__s
;

1117  *
__s
 =�'\0' ? 
NULL
 : (*�(
size_t
) __s;

1118 
	}
}

1124 #i�!
def�ed
 
_HAVE_STRING_ARCH_�r�r
 && !
__GNUC_PREREQ
 (2, 97)

1125 

	#�r�r
(
hay�ack
, 
�ed�
) \

1126 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�ed�
�&& 
	`__�r�g2_1b�r_p
 (needle) \

1127 ? (((cڡ *�(
�ed�
))[0] == '\0' \

1128 ? (*�(
size_t
�(
hay�ack
) \

1129 : (((cڡ *�(
�ed�
))[1] == '\0' \

1130 ? 
	`�rchr
 (
hay�ack
, \

1131 ((cڡ *�(
�ed�
))[0]) \

1132 : 
	`�r�r
 (
hay�ack
, 
�ed�
))) \

1133 : 
	`�r�r
 (
hay�ack
, 
�ed�
)))

	)

1137 #i�!
def�ed
 
_HAVE_STRING_ARCH_��ok_r
 || def�ed 
_FORCE_INLINES


1138 #i�de�
_HAVE_STRING_ARCH_��ok_r


1139 

	#__��ok_r
(
s
, 
�p
, 
�x�
) \

1140 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
�p
�&& 
	`__�r�g2_1b�r_p
 (sep) \

1141 && ((cڡ *�(
�p
))[0] != '\0' \

1142 && ((cڡ *�(
�p
))[1] == '\0' \

1143 ? 
	`__��ok_r_1c
 (
s
, ((cڡ *�(
�p
))[0], 
�x�
) \

1144 : 
	`__��ok_r
 (
s
, 
�p
, 
�x�
)))

	)

1147 
__STRING_INLINE
 *
__��ok_r_1c
 (*
__s
, 
__�p
, **
__�x�
);

1148 
__STRING_INLINE
 *

1149 
	$__��ok_r_1c
 (*
__s
, 
__�p
, **
__�x�
)

1151 *
__�su�
;

1152 i�(
__s
 =�
NULL
)

1153 
__s
 = *
__�x�
;

1154 *
__s
 =�
__�p
)

1155 ++
__s
;

1156 
__�su�
 = 
NULL
;

1157 i�(*
__s
 != '\0')

1159 
__�su�
 = 
__s
++;

1160 *
__s
 != '\0')

1161 i�(*
__s
++ =�
__�p
)

1163 
__s
[-1] = '\0';

1167 *
__�x�
 = 
__s
;

1168  
__�su�
;

1169 
	}
}

1170 #ifde�
__USE_POSIX


1171 

	#��ok_r
(
s
, 
�p
, 
�x�
�
	`__��ok_r
 (s, s�,�ex�)

	)

1176 #i�!
def�ed
 
_HAVE_STRING_ARCH_�r�p
 || def�ed 
_FORCE_INLINES


1177 #i�de�
_HAVE_STRING_ARCH_�r�p


1179 
*
__�r�p_g
 (**
__�r�gp
, cڡ *
__d�im
);

1180 

	#__�r�p
(
s
, 
�je�
) \

1181 
__ex�nsi�__
 \

1182 ({ 
__r0
, 
__r1
, 
__r2
; \

1183 (
	`__bu�t�_cڡ�t_p
 (
�je�
�&& 
	`__�r�g2_1b�r_p
 (reject) \

1184 && (
__r0
 = ((cڡ *�(
�je�
))[0], \

1185 ((cڡ *�(
�je�
))[0] != '\0') \

1186 ? ((
__r1
 = ((cڡ *�(
�je�
))[1], \

1187 ((cڡ *�(
�je�
))[1] == '\0') \

1188 ? 
	`__�r�p_1c
 (
s
, 
__r0
) \

1189 : ((
__r2
 = ((cڡ *�(
�je�
))[2], __r2 == '\0') \

1190 ? 
	`__�r�p_2c
 (
s
, 
__r0
, 
__r1
) \

1191 : (((cڡ *�(
�je�
))[3] == '\0' \

1192 ? 
	`__�r�p_3c
 (
s
, 
__r0
, 
__r1
, 
__r2
) \

1193 : 
	`__�r�p_g
 (
s
, 
�je�
)))) \

1194 : 
	`__�r�p_g
 (
s
, 
�je�
)); })

	)

1197 
__STRING_INLINE
 *
__�r�p_1c
 (**
__s
, 
__�je�
);

1198 
__STRING_INLINE
 *

1199 
	$__�r�p_1c
 (**
__s
, 
__�je�
)

1201 *
__�tv�
 = *
__s
;

1202 i�(
__�tv�
 !�
NULL
 && (*
__s
 = 
	`�rchr
 (__�tv�, 
__�je�
)) != NULL)

1203 *(*
__s
)++ = '\0';

1204  
__�tv�
;

1205 
	}
}

1207 
__STRING_INLINE
 *
__�r�p_2c
 (**
__s
, 
__�je�1
, 
__�je�2
);

1208 
__STRING_INLINE
 *

1209 
	$__�r�p_2c
 (**
__s
, 
__�je�1
, 
__�je�2
)

1211 *
__�tv�
 = *
__s
;

1212 i�(
__�tv�
 !�
NULL
)

1214 *
__�
 = 
__�tv�
;

1217 i�(*
__�
 == '\0')

1219 
__�
 = 
NULL
;

1222 i�(*
__�
 =�
__�je�1
 || *__� =�
__�je�2
)

1224 *
__�
++ = '\0';

1227 ++
__�
;

1229 *
__s
 = 
__�
;

1231  
__�tv�
;

1232 
	}
}

1234 
__STRING_INLINE
 *
__�r�p_3c
 (**
__s
, 
__�je�1
, 
__�je�2
,

1235 
__�je�3
);

1236 
__STRING_INLINE
 *

1237 
	$__�r�p_3c
 (**
__s
, 
__�je�1
, 
__�je�2
, 
__�je�3
)

1239 *
__�tv�
 = *
__s
;

1240 i�(
__�tv�
 !�
NULL
)

1242 *
__�
 = 
__�tv�
;

1245 i�(*
__�
 == '\0')

1247 
__�
 = 
NULL
;

1250 i�(*
__�
 =�
__�je�1
 || *__� =�
__�je�2
 || *__� =�
__�je�3
)

1252 *
__�
++ = '\0';

1255 ++
__�
;

1257 *
__s
 = 
__�
;

1259  
__�tv�
;

1260 
	}
}

1261 #ifde�
__USE_MISC


1262 

	#�r�p
(
s
, 
�je�
�
	`__�r�p
 (s,�eje�)

	)

1269 #ifde�
__USE_MISC


1271 #i�!
def�ed
 
_HAVE_STRING_ARCH_�rdup
 || !def�ed 
_HAVE_STRING_ARCH_��dup


1272 

	#__�ed_m�loc_�d_��oc


	)

1273 
	~<�dlib.h
>

1276 #i�de�
_HAVE_STRING_ARCH_�rdup


1278 
*
	$__�rdup
 (cڡ *
__�r�g
�
__THROW
 
__��ibu�_m�loc__
;

1279 

	#__�rdup
(
s
) \

1280 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
s
�&& 
	`__�r�g2_1b�r_p
 (s) \

1281 ? (((cڡ *�(
s
))[0] == '\0' \

1282 ? (*�
	`��oc
 ((
size_t
) 1, (size_t) 1) \

1283 : ({ 
size_t
 
__�n
 = 
	`���
 (
s
) + 1; \

1284 *
__�tv�
 = (*�
	`m�loc
 (
__�n
); \

1285 i�(
__�tv�
 !�
NULL
) \

1286 
__�tv�
 = (*�
	`mem�y
 (__�tv�, 
s
, 
__�n
); \

1287 
__�tv�
; 
	}
})) \

1288 : 
	`__�rdup
 (
s
)))

	)

1290 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


1291 

	#�rdup
(
s
�
	`__�rdup
 (s)

	)

1295 #i�de�
_HAVE_STRING_ARCH_��dup


1297 
*
	$__��dup
 (cڡ *
__�r�g
, 
size_t
 
__n
)

1298 
__THROW
 
__��ibu�_m�loc__
;

1299 

	#__��dup
(
s
, 
n
) \

1300 (
	`__ex�nsi�__
 (
	`__bu�t�_cڡ�t_p
 (
s
�&& 
	`__�r�g2_1b�r_p
 (s) \

1301 ? (((cڡ *�(
s
))[0] == '\0' \

1302 ? (*�
	`��oc
 ((
size_t
) 1, (size_t) 1) \

1303 : ({ 
size_t
 
__�n
 = 
	`���
 (
s
) + 1; \

1304 
size_t
 
__n
 = (
n
); \

1305 *
__�tv�
; \

1306 i�(
__n
 < 
__�n
) \

1307 
__�n
 = 
__n
 + 1; \

1308 
__�tv�
 = (*�
	`m�loc
 (
__�n
); \

1309 i�(
__�tv�
 !�
NULL
) \

1311 
__�tv�
[
__�n
 - 1] = '\0'; \

1312 
__�tv�
 = (*�
	`mem�y
 (__�tv�, 
s
, \

1313 
__�n
 - 1); \

1315 
__�tv�
; 
	}
})) \

1316 : 
	`__��dup
 (
s
, 
n
)))

	)

1318 #ifde�
__USE_XOPEN2K8


1319 

	#��dup
(
s
, 
n
�
	`__��dup
 (s,�)

	)

1325 #i�de�
_FORCE_INLINES


1326 #unde�
__STRING_INLINE


	@/usr/include/bits/string3.h

18 #i�de�
_STRING_H


22 #i�!
__GNUC_PREREQ
 (5,0)

23 
__w�nde�
 (
__w�n_mem�t_z�o_�n
,

27 #i�de�
__�lu�lus


31 #unde�
mem�y


32 #unde�
memmove


33 #unde�
mem�t


34 #unde�
�r�t


35 #unde�
�r�y


36 #unde�
���t


37 #unde�
���y


38 #ifde�
__USE_GNU


39 #unde�
memp�y


40 #unde�
�p�y


42 #ifde�
__USE_MISC


43 #unde�
bc�y


44 #unde�
bz�o


49 
__f�tify_fun�i�
 *

50 
__NTH
 (
	$mem�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

51 
size_t
 
__�n
))

53  
	`__bu�t�___mem�y_chk
 (
__de�
, 
__�c
, 
__�n
, 
	`__bos0
 (__dest));

54 
	}
}

56 
__f�tify_fun�i�
 *

57 
__NTH
 (
	$memmove
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__�n
))

59  
	`__bu�t�___memmove_chk
 (
__de�
, 
__�c
, 
__�n
, 
	`__bos0
 (__dest));

60 
	}
}

62 #ifde�
__USE_GNU


63 
__f�tify_fun�i�
 *

64 
__NTH
 (
	$memp�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

65 
size_t
 
__�n
))

67  
	`__bu�t�___memp�y_chk
 (
__de�
, 
__�c
, 
__�n
, 
	`__bos0
 (__dest));

68 
	}
}

77 
__f�tify_fun�i�
 *

78 
__NTH
 (
	$mem�t
 (*
__de�
, 
__ch
, 
size_t
 
__�n
))

82 #i�!
	`__GNUC_PREREQ
 (5,0)

83 i�(
	`__bu�t�_cڡ�t_p
 (
__�n
) && __len == 0

84 && (!
	`__bu�t�_cڡ�t_p
 (
__ch
) || __ch != 0))

86 
	`__w�n_mem�t_z�o_�n
 ();

87  
__de�
;

90  
	`__bu�t�___mem�t_chk
 (
__de�
, 
__ch
, 
__�n
, 
	`__bos0
 (__dest));

91 
	}
}

93 #ifde�
__USE_MISC


94 
__f�tify_fun�i�
 

95 
__NTH
 (
	$bc�y
 (cڡ *
__�c
, *
__de�
, 
size_t
 
__�n
))

97 (�
	`__bu�t�___memmove_chk
 (
__de�
, 
__�c
, 
__�n
, 
	`__bos0
 (__dest));

98 
	}
}

100 
__f�tify_fun�i�
 

101 
__NTH
 (
	$bz�o
 (*
__de�
, 
size_t
 
__�n
))

103 (�
	`__bu�t�___mem�t_chk
 (
__de�
, '\0', 
__�n
, 
	`__bos0
 (__dest));

104 
	}
}

107 
__f�tify_fun�i�
 *

108 
__NTH
 (
	$�r�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
))

110  
	`__bu�t�___�r�y_chk
 (
__de�
, 
__�c
, 
	`__bos
 (__dest));

111 
	}
}

113 #ifde�
__USE_GNU


114 
__f�tify_fun�i�
 *

115 
__NTH
 (
	$�p�y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
))

117  
	`__bu�t�___�p�y_chk
 (
__de�
, 
__�c
, 
	`__bos
 (__dest));

118 
	}
}

122 
__f�tify_fun�i�
 *

123 
__NTH
 (
	$���y
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

124 
size_t
 
__�n
))

126  
	`__bu�t�___���y_chk
 (
__de�
, 
__�c
, 
__�n
, 
	`__bos
 (__dest));

127 
	}
}

130 
*
	$__���y_chk
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
,

131 
size_t
 
__de��n
�
__THROW
;

132 
*
	`__REDIRECT_NTH
 (
__���y_��s
, (*
__de�
, cڡ *
__�c
,

133 
size_t
 
__n
), 
���y
);

135 
__f�tify_fun�i�
 *

136 
	`__NTH
 (
	$���y
 (*
__de�
, cڡ *
__�c
, 
size_t
 
__n
))

138 i�(
	`__bos
 (
__de�
�!�(
size_t
) -1

139 && (!
	`__bu�t�_cڡ�t_p
 (
__n
�|| __�> 
	`__bos
 (
__de�
)))

140  
	`__���y_chk
 (
__de�
, 
__�c
, 
__n
, 
	`__bos
 (__dest));

141  
	`__���y_��s
 (
__de�
, 
__�c
, 
__n
);

142 
	}
}

145 
__f�tify_fun�i�
 *

146 
__NTH
 (
	$�r�t
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
))

148  
	`__bu�t�___�r�t_chk
 (
__de�
, 
__�c
, 
	`__bos
 (__dest));

149 
	}
}

152 
__f�tify_fun�i�
 *

153 
__NTH
 (
	$���t
 (*
__��ri�
 
__de�
, cڡ *__��ri� 
__�c
,

154 
size_t
 
__�n
))

156  
	`__bu�t�___���t_chk
 (
__de�
, 
__�c
, 
__�n
, 
	`__bos
 (__dest));

157 
	}
}

	@/usr/include/bits/sys_errlist.h

19 #i�de�
_STDIO_H


25 #ifde� 
__USE_MISC


26 

sys_ü
;

27 
cڡ *cڡ 
sys_��i�
[];

29 #ifde� 
__USE_GNU


30 

_sys_ü
;

31 
cڡ *cڡ 
_sys_��i�
[];

	@/usr/include/bits/time.h

23 #i�
def�ed
 
__�ed_timev�
 || def�ed 
__USE_GNU


24 #i�de�
_STRUCT_TIMEVAL


25 

	#_STRUCT_TIMEVAL
 1

	)

26 
	~<b�s/ty�s.h
>

30 
	stimev�


32 
__time_t
 
	mtv_�c
;

33 
__su�c�ds_t
 
	mtv_u�c
;

38 #i�de�
__�ed_timev�


39 #i�de�
_BITS_TIME_H


40 

	#_BITS_TIME_H
 1

	)

48 

	#CLOCKS_PER_SEC
 ((
�ock_t
�1000000)

	)

50 #i�(!
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_POSIX
) \

51 && !
def�ed
 
	g__USE_XOPEN2K


54 
	~<b�s/ty�s.h
>

55 

__sysc�f
 ();

56 

	#CLK_TCK
 ((
__�ock_t
�
	`__sysc�f
 (2)�

	)

59 #ifde�
__USE_POSIX199309


61 

	#CLOCK_REALTIME
 0

	)

63 

	#CLOCK_MONOTONIC
 1

	)

65 

	#CLOCK_PROCESS_CPUTIME_ID
 2

	)

67 

	#CLOCK_THREAD_CPUTIME_ID
 3

	)

69 

	#CLOCK_MONOTONIC_RAW
 4

	)

71 

	#CLOCK_REALTIME_COARSE
 5

	)

73 

	#CLOCK_MONOTONIC_COARSE
 6

	)

75 

	#CLOCK_BOOTTIME
 7

	)

77 

	#CLOCK_REALTIME_ALARM
 8

	)

79 

	#CLOCK_BOOTTIME_ALARM
 9

	)

81 

	#CLOCK_TAI
 11

	)

84 

	#TIMER_ABSTIME
 1

	)

87 #ifde�
__USE_GNU


88 
	~<b�s/timex.h
>

90 
__BEGIN_DECLS


93 

	$�ock_adjtime
 (
__�ockid_t
 
__�ock_id
, 
timex
 *
__utx
�
__THROW
;

95 
__END_DECLS


101 #unde�
__�ed_timev�


	@/usr/include/bits/types.h

23 #i�def 
_BITS_TYPES_H


24 

	#_BITS_TYPES_H
 1

	)

26 
	~<�u�s.h
>

27 
	~<b�s/w�dsize.h
>

30 
	t__u_ch�
;

31 
	t__u_sh�t
;

32 
	t__u_�t
;

33 
	t__u_l�g
;

36 sig�d 
	t__�t8_t
;

37 
	t__u�t8_t
;

38 sig�d 
	t__�t16_t
;

39 
	t__u�t16_t
;

40 sig�d 
	t__�t32_t
;

41 
	t__u�t32_t
;

42 #i�
__WORDSIZE
 == 64

43 sig�d 
	t__�t64_t
;

44 
	t__u�t64_t
;

46 
__ex�nsi�__
 sig�d 
	t__�t64_t
;

47 
__ex�nsi�__
 
	t__u�t64_t
;

51 #i�
__WORDSIZE
 == 64

52 
	t__quad_t
;

53 
	t__u_quad_t
;

55 
__ex�nsi�__
 
	t__quad_t
;

56 
__ex�nsi�__
 
	t__u_quad_t
;

89 

	#__S16_TYPE
 

	)

90 

	#__U16_TYPE
 

	)

91 

	#__S32_TYPE
 

	)

92 

	#__U32_TYPE
 

	)

93 

	#__SLONGWORD_TYPE
 

	)

94 

	#__ULONGWORD_TYPE
 

	)

95 #i�
__WORDSIZE
 == 32

96 

	#__SQUAD_TYPE
 
__quad_t


	)

97 

	#__UQUAD_TYPE
 
__u_quad_t


	)

98 

	#__SWORD_TYPE
 

	)

99 

	#__UWORD_TYPE
 

	)

100 

	#__SLONG32_TYPE
 

	)

101 

	#__ULONG32_TYPE
 

	)

102 

	#__S64_TYPE
 
__quad_t


	)

103 

	#__U64_TYPE
 
__u_quad_t


	)

106 

	#__STD_TYPE
 
__ex�nsi�__
 

	)

107 #�i�
__WORDSIZE
 == 64

108 

	t__SQUAD_TYPE
 

	)

109 

	t__UQUAD_TYPE
 

	)

110 

	t__SWORD_TYPE
 

	)

111 

	t__UWORD_TYPE
 

	)

112 

	t__SLONG32_TYPE
 

	)

113 

	t__ULONG32_TYPE
 

	)

114 

	t__S64_TYPE
 

	)

115 

	t__U64_TYPE
 

	)

117 

	t__STD_TYPE
 

	)

121 
	~<b�s/ty�sizes.h
>

124 
__STD_TYPE
 
	t__DEV_T_TYPE
 
	t__dev_t
;

125 
__STD_TYPE
 
__UID_T_TYPE
 
	g__uid_t
;

126 
__STD_TYPE
 
__GID_T_TYPE
 
	g__gid_t
;

127 
__STD_TYPE
 
__INO_T_TYPE
 
	g__�o_t
;

128 
__STD_TYPE
 
__INO64_T_TYPE
 
	g__�o64_t
;

129 
__STD_TYPE
 
__MODE_T_TYPE
 
	g__mode_t
;

130 
__STD_TYPE
 
__NLINK_T_TYPE
 
	g__ƚk_t
;

131 
__STD_TYPE
 
__OFF_T_TYPE
 
	g__off_t
;

132 
__STD_TYPE
 
__OFF64_T_TYPE
 
	g__off64_t
;

133 
__STD_TYPE
 
__PID_T_TYPE
 
	g__pid_t
;

134 
__STD_TYPE
 
__FSID_T_TYPE
 
	g__fsid_t
;

135 
__STD_TYPE
 
__CLOCK_T_TYPE
 
	g__�ock_t
;

136 
__STD_TYPE
 
__RLIM_T_TYPE
 
	g__�im_t
;

137 
__STD_TYPE
 
__RLIM64_T_TYPE
 
	g__�im64_t
;

138 
__STD_TYPE
 
__ID_T_TYPE
 
	g__id_t
;

139 
__STD_TYPE
 
__TIME_T_TYPE
 
	g__time_t
;

140 
__STD_TYPE
 
__USECONDS_T_TYPE
 
	g__u�c�ds_t
;

141 
__STD_TYPE
 
__SUSECONDS_T_TYPE
 
	g__su�c�ds_t
;

143 
__STD_TYPE
 
__DADDR_T_TYPE
 
	g__daddr_t
;

144 
__STD_TYPE
 
__KEY_T_TYPE
 
	g__key_t
;

147 
__STD_TYPE
 
__CLOCKID_T_TYPE
 
	g__�ockid_t
;

150 
__STD_TYPE
 
__TIMER_T_TYPE
 
	g__tim�_t
;

153 
__STD_TYPE
 
__BLKSIZE_T_TYPE
 
	g__blksize_t
;

158 
__STD_TYPE
 
__BLKCNT_T_TYPE
 
	g__blk�t_t
;

159 
__STD_TYPE
 
__BLKCNT64_T_TYPE
 
	g__blk�t64_t
;

162 
__STD_TYPE
 
__FSBLKCNT_T_TYPE
 
	g__fsblk�t_t
;

163 
__STD_TYPE
 
__FSBLKCNT64_T_TYPE
 
	g__fsblk�t64_t
;

166 
__STD_TYPE
 
__FSFILCNT_T_TYPE
 
	g__fsf��t_t
;

167 
__STD_TYPE
 
__FSFILCNT64_T_TYPE
 
	g__fsf��t64_t
;

170 
__STD_TYPE
 
__FSWORD_T_TYPE
 
	g__fsw�d_t
;

172 
__STD_TYPE
 
__SSIZE_T_TYPE
 
	g__ssize_t
;

175 
__STD_TYPE
 
__SYSCALL_SLONG_TYPE
 
	g__sys��_��g_t
;

177 
__STD_TYPE
 
__SYSCALL_ULONG_TYPE
 
	g__sys��_ul�g_t
;

181 
__off64_t
 
	t__loff_t
;

182 
__quad_t
 *
	t__qaddr_t
;

183 *
	t__�ddr_t
;

186 
__STD_TYPE
 
__SWORD_TYPE
 
	g__���_t
;

189 
__STD_TYPE
 
__U32_TYPE
 
	g__sock�n_t
;

192 #unde�
__STD_TYPE


	@/usr/include/bits/unistd.h

19 #i�de�
_UNISTD_H


23 
ssize_t
 
	$__�ad_chk
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

24 
size_t
 
__bu�
�
__wur
;

25 
ssize_t
 
	`__REDIRECT
 (
__�ad_��s
, (
__fd
, *
__buf
,

26 
size_t
 
__nby�s
), 
�ad
�
__wur
;

27 
ssize_t
 
	`__REDIRECT
 (
__�ad_chk_w�n
,

28 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

29 
size_t
 
__bu�
), 
__�ad_chk
)

30 
__wur
 
	`__w�ljr
 ("read called with bigger�ength�han size of "

33 
__f�tify_fun�i�
 
__wur
 
ssize_t


34 
	$�ad
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
)

36 i�(
	`__bos0
 (
__buf
�!�(
size_t
) -1)

38 i�(!
	`__bu�t�_cڡ�t_p
 (
__nby�s
))

39  
	`__�ad_chk
 (
__fd
, 
__buf
, 
__nby�s
, 
	`__bos0
 (__buf));

41 i�(
__nby�s
 > 
	`__bos0
 (
__buf
))

42  
	`__�ad_chk_w�n
 (
__fd
, 
__buf
, 
__nby�s
, 
	`__bos0
 (__buf));

44  
	`__�ad_��s
 (
__fd
, 
__buf
, 
__nby�s
);

45 
	}
}

47 #ifde�
__USE_UNIX98


48 
ssize_t
 
	$__��d_chk
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

49 
__off_t
 
__off�t
, 
size_t
 
__bufsize
�
__wur
;

50 
ssize_t
 
	$__��d64_chk
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

51 
__off64_t
 
__off�t
, 
size_t
 
__bufsize
�
__wur
;

52 
ssize_t
 
	`__REDIRECT
 (
__��d_��s
,

53 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

54 
__off_t
 
__off�t
), 
��d
�
__wur
;

55 
ssize_t
 
	`__REDIRECT
 (
__��d64_��s
,

56 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

57 
__off64_t
 
__off�t
), 
��d64
�
__wur
;

58 
ssize_t
 
	`__REDIRECT
 (
__��d_chk_w�n
,

59 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

60 
__off_t
 
__off�t
, 
size_t
 
__bufsize
), 
__��d_chk
)

61 
__wur
 
	`__w�ljr
 ("pread called with bigger�ength�han size of "

63 
ssize_t
 
	`__REDIRECT
 (
__��d64_chk_w�n
,

64 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

65 
__off64_t
 
__off�t
, 
size_t
 
__bufsize
),

66 
__��d64_chk
)

67 
__wur
 
	`__w�ljr
 ("pread64 called with bigger�ength�han size of "

70 #i�de�
__USE_FILE_OFFSET64


71 
__f�tify_fun�i�
 
__wur
 
ssize_t


72 
	$��d
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
, 
__off_t
 
__off�t
)

74 i�(
	`__bos0
 (
__buf
�!�(
size_t
) -1)

76 i�(!
	`__bu�t�_cڡ�t_p
 (
__nby�s
))

77  
	`__��d_chk
 (
__fd
, 
__buf
, 
__nby�s
, 
__off�t
, 
	`__bos0
 (__buf));

79 i��
__nby�s
 > 
	`__bos0
 (
__buf
))

80  
	`__��d_chk_w�n
 (
__fd
, 
__buf
, 
__nby�s
, 
__off�t
,

81 
	`__bos0
 (
__buf
));

83  
	`__��d_��s
 (
__fd
, 
__buf
, 
__nby�s
, 
__off�t
);

84 
	}
}

86 
__f�tify_fun�i�
 
__wur
 
ssize_t


87 
	$��d
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
, 
__off64_t
 
__off�t
)

89 i�(
	`__bos0
 (
__buf
�!�(
size_t
) -1)

91 i�(!
	`__bu�t�_cڡ�t_p
 (
__nby�s
))

92  
	`__��d64_chk
 (
__fd
, 
__buf
, 
__nby�s
, 
__off�t
, 
	`__bos0
 (__buf));

94 i��
__nby�s
 > 
	`__bos0
 (
__buf
))

95  
	`__��d64_chk_w�n
 (
__fd
, 
__buf
, 
__nby�s
, 
__off�t
,

96 
	`__bos0
 (
__buf
));

99  
	`__��d64_��s
 (
__fd
, 
__buf
, 
__nby�s
, 
__off�t
);

100 
	}
}

103 #ifde�
__USE_LARGEFILE64


104 
__f�tify_fun�i�
 
__wur
 
ssize_t


105 
	$��d64
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
, 
__off64_t
 
__off�t
)

107 i�(
	`__bos0
 (
__buf
�!�(
size_t
) -1)

109 i�(!
	`__bu�t�_cڡ�t_p
 (
__nby�s
))

110  
	`__��d64_chk
 (
__fd
, 
__buf
, 
__nby�s
, 
__off�t
, 
	`__bos0
 (__buf));

112 i��
__nby�s
 > 
	`__bos0
 (
__buf
))

113  
	`__��d64_chk_w�n
 (
__fd
, 
__buf
, 
__nby�s
, 
__off�t
,

114 
	`__bos0
 (
__buf
));

117  
	`__��d64_��s
 (
__fd
, 
__buf
, 
__nby�s
, 
__off�t
);

118 
	}
}

122 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


123 
ssize_t
 
	$__�adl�k_chk
 (cڡ *
__��ri�
 
__�th
,

124 *
__��ri�
 
__buf
, 
size_t
 
__�n
,

125 
size_t
 
__bu�
)

126 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur
;

127 
ssize_t
 
	`__REDIRECT_NTH
 (
__�adl�k_��s
,

128 (cڡ *
__��ri�
 
__�th
,

129 *
__��ri�
 
__buf
, 
size_t
 
__�n
), 
�adl�k
)

130 
	`__n�nu�
 ((1, 2)�
__wur
;

131 
ssize_t
 
	`__REDIRECT_NTH
 (
__�adl�k_chk_w�n
,

132 (cڡ *
__��ri�
 
__�th
,

133 *
__��ri�
 
__buf
, 
size_t
 
__�n
,

134 
size_t
 
__bu�
), 
__�adl�k_chk
)

135 
	`__n�nu�
 ((1, 2)�
__wur
 
	`__w�ljr
 ("readlink called with bigger�ength "

138 
__f�tify_fun�i�
 
	`__n�nu�
 ((1, 2)�
__wur
 
ssize_t


139 
	`__NTH
 (
	$�adl�k
 (cڡ *
__��ri�
 
__�th
, *__��ri� 
__buf
,

140 
size_t
 
__�n
))

142 i�(
	`__bos
 (
__buf
�!�(
size_t
) -1)

144 i�(!
	`__bu�t�_cڡ�t_p
 (
__�n
))

145  
	`__�adl�k_chk
 (
__�th
, 
__buf
, 
__�n
, 
	`__bos
 (__buf));

147 i��
__�n
 > 
	`__bos
 (
__buf
))

148  
	`__�adl�k_chk_w�n
 (
__�th
, 
__buf
, 
__�n
, 
	`__bos
 (__buf));

150  
	`__�adl�k_��s
 (
__�th
, 
__buf
, 
__�n
);

151 
	}
}

154 #ifde�
__USE_ATFILE


155 
ssize_t
 
	$__�adl�k�_chk
 (
__fd
, cڡ *
__��ri�
 
__�th
,

156 *
__��ri�
 
__buf
, 
size_t
 
__�n
,

157 
size_t
 
__bu�
)

158 
__THROW
 
	`__n�nu�
 ((2, 3)�
__wur
;

159 
ssize_t
 
	`__REDIRECT_NTH
 (
__�adl�k�_��s
,

160 (
__fd
, cڡ *
__��ri�
 
__�th
,

161 *
__��ri�
 
__buf
, 
size_t
 
__�n
),

162 
�adl�k�
)

163 
	`__n�nu�
 ((2, 3)�
__wur
;

164 
ssize_t
 
	`__REDIRECT_NTH
 (
__�adl�k�_chk_w�n
,

165 (
__fd
, cڡ *
__��ri�
 
__�th
,

166 *
__��ri�
 
__buf
, 
size_t
 
__�n
,

167 
size_t
 
__bu�
), 
__�adl�k�_chk
)

168 
	`__n�nu�
 ((2, 3)�
__wur
 
	`__w�ljr
 ("readlinkat called with bigger "

172 
__f�tify_fun�i�
 
	`__n�nu�
 ((2, 3)�
__wur
 
ssize_t


173 
	`__NTH
 (
	$�adl�k�
 (
__fd
, cڡ *
__��ri�
 
__�th
,

174 *
__��ri�
 
__buf
, 
size_t
 
__�n
))

176 i�(
	`__bos
 (
__buf
�!�(
size_t
) -1)

178 i�(!
	`__bu�t�_cڡ�t_p
 (
__�n
))

179  
	`__�adl�k�_chk
 (
__fd
, 
__�th
, 
__buf
, 
__�n
, 
	`__bos
 (__buf));

181 i�(
__�n
 > 
	`__bos
 (
__buf
))

182  
	`__�adl�k�_chk_w�n
 (
__fd
, 
__�th
, 
__buf
, 
__�n
,

183 
	`__bos
 (
__buf
));

185  
	`__�adl�k�_��s
 (
__fd
, 
__�th
, 
__buf
, 
__�n
);

186 
	}
}

189 
*
	$__g�cwd_chk
 (*
__buf
, 
size_t
 
__size
, size_�
__bu�
)

190 
__THROW
 
__wur
;

191 
*
	`__REDIRECT_NTH
 (
__g�cwd_��s
,

192 (*
__buf
, 
size_t
 
__size
), 
g�cwd
�
__wur
;

193 
*
	`__REDIRECT_NTH
 (
__g�cwd_chk_w�n
,

194 (*
__buf
, 
size_t
 
__size
, size_�
__bu�
),

195 
__g�cwd_chk
)

196 
__wur
 
	`__w�ljr
 ("getcwd caller with bigger�ength�han size of "

199 
__f�tify_fun�i�
 
__wur
 *

200 
	`__NTH
 (
	$g�cwd
 (*
__buf
, 
size_t
 
__size
))

202 i�(
	`__bos
 (
__buf
�!�(
size_t
) -1)

204 i�(!
	`__bu�t�_cڡ�t_p
 (
__size
))

205  
	`__g�cwd_chk
 (
__buf
, 
__size
, 
	`__bos
 (__buf));

207 i�(
__size
 > 
	`__bos
 (
__buf
))

208  
	`__g�cwd_chk_w�n
 (
__buf
, 
__size
, 
	`__bos
 (__buf));

210  
	`__g�cwd_��s
 (
__buf
, 
__size
);

211 
	}
}

213 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED


214 
*
	$__g�wd_chk
 (*
__buf
, 
size_t
 
bu�
)

215 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

216 
*
	`__REDIRECT_NTH
 (
__g�wd_w�n
, (*
__buf
), 
g�wd
)

217 
	`__n�nu�
 ((1)�
__wur
 
	`__w�ljr
 ("please use getcwd instead,�s getwd "

220 
__f�tify_fun�i�
 
	`__n�nu�
 ((1)�
__��ibu�_d����d__
 
__wur
 *

221 
	`__NTH
 (
	$g�wd
 (*
__buf
))

223 i�(
	`__bos
 (
__buf
�!�(
size_t
) -1)

224  
	`__g�wd_chk
 (
__buf
, 
	`__bos
 (__buf));

225  
	`__g�wd_w�n
 (
__buf
);

226 
	}
}

229 
size_t
 
	$__c�f�r_chk
 (
__�me
, *
__buf
, 
size_t
 
__�n
,

230 
size_t
 
__bu�
�
__THROW
;

231 
size_t
 
	`__REDIRECT_NTH
 (
__c�f�r_��s
, (
__�me
, *
__buf
,

232 
size_t
 
__�n
), 
c�f�r
);

233 
size_t
 
	`__REDIRECT_NTH
 (
__c�f�r_chk_w�n
,

234 (
__�me
, *
__buf
, 
size_t
 
__�n
,

235 
size_t
 
__bu�
), 
__c�f�r_chk
)

236 
	`__w�ljr
 ("confstr called with bigger�ength�han size of destination "

239 
__f�tify_fun�i�
 
size_t


240 
	`__NTH
 (
	$c�f�r
 (
__�me
, *
__buf
, 
size_t
 
__�n
))

242 i�(
	`__bos
 (
__buf
�!�(
size_t
) -1)

244 i�(!
	`__bu�t�_cڡ�t_p
 (
__�n
))

245  
	`__c�f�r_chk
 (
__�me
, 
__buf
, 
__�n
, 
	`__bos
 (__buf));

247 i�(
	`__bos
 (
__buf
�< 
__�n
)

248  
	`__c�f�r_chk_w�n
 (
__�me
, 
__buf
, 
__�n
, 
	`__bos
 (__buf));

250  
	`__c�f�r_��s
 (
__�me
, 
__buf
, 
__�n
);

251 
	}
}

254 

	$__g�groups_chk
 (
__size
, 
__gid_t
 
__li�
[], 
size_t
 
__li��n
)

255 
__THROW
 
__wur
;

256 

	`__REDIRECT_NTH
 (
__g�groups_��s
, (
__size
, 
__gid_t
 
__li�
[]),

257 
g�groups
�
__wur
;

258 

	`__REDIRECT_NTH
 (
__g�groups_chk_w�n
,

259 (
__size
, 
__gid_t
 
__li�
[], 
size_t
 
__li��n
),

260 
__g�groups_chk
)

261 
__wur
 
	`__w�ljr
 ("getgroups called with bigger group count�han what "

264 
__f�tify_fun�i�
 

265 
	`__NTH
 (
	$g�groups
 (
__size
, 
__gid_t
 
__li�
[]))

267 i�(
	`__bos
 (
__li�
�!�(
size_t
) -1)

269 i�(!
	`__bu�t�_cڡ�t_p
 (
__size
) || __size < 0)

270  
	`__g�groups_chk
 (
__size
, 
__li�
, 
	`__bos
 (__list));

272 i�(
__size
 *  (
__gid_t
�> 
	`__bos
 (
__li�
))

273  
	`__g�groups_chk_w�n
 (
__size
, 
__li�
, 
	`__bos
 (__list));

275  
	`__g�groups_��s
 (
__size
, 
__li�
);

276 
	}
}

279 

	$__�y�me_r_chk
 (
__fd
, *
__buf
, 
size_t
 
__bu�
,

280 
size_t
 
__ėl
�
__THROW
 
	`__n�nu�
 ((2));

281 

	`__REDIRECT_NTH
 (
__�y�me_r_��s
, (
__fd
, *
__buf
,

282 
size_t
 
__bu�
), 
�y�me_r
)

283 
	`__n�nu�
 ((2));

284 

	`__REDIRECT_NTH
 (
__�y�me_r_chk_w�n
,

285 (
__fd
, *
__buf
, 
size_t
 
__bu�
,

286 
size_t
 
__ėl
), 
__�y�me_r_chk
)

287 
	`__n�nu�
 ((2)�
	`__w�ljr
 ("ttyname_r called with bigger buflen�han "

290 
__f�tify_fun�i�
 

291 
	`__NTH
 (
	$�y�me_r
 (
__fd
, *
__buf
, 
size_t
 
__bu�
))

293 i�(
	`__bos
 (
__buf
�!�(
size_t
) -1)

295 i�(!
	`__bu�t�_cڡ�t_p
 (
__bu�
))

296  
	`__�y�me_r_chk
 (
__fd
, 
__buf
, 
__bu�
, 
	`__bos
 (__buf));

298 i�(
__bu�
 > 
	`__bos
 (
__buf
))

299  
	`__�y�me_r_chk_w�n
 (
__fd
, 
__buf
, 
__bu�
, 
	`__bos
 (__buf));

301  
	`__�y�me_r_��s
 (
__fd
, 
__buf
, 
__bu�
);

302 
	}
}

305 #i�
def�ed
 
__USE_REENTRANT
 || def�ed 
__USE_POSIX199506


306 

	$__g�log�_r_chk
 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
)

307 
	`__n�nu�
 ((1));

308 

	`__REDIRECT
 (
__g�log�_r_��s
, (*
__buf
, 
size_t
 
__bu�
),

309 
g�log�_r
�
	`__n�nu�
 ((1));

310 

	`__REDIRECT
 (
__g�log�_r_chk_w�n
,

311 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
),

312 
__g�log�_r_chk
)

313 
	`__n�nu�
 ((1)�
	`__w�ljr
 ("getlogin_r called with bigger buflen�han "

316 
__f�tify_fun�i�
 

317 
	$g�log�_r
 (*
__buf
, 
size_t
 
__bu�
)

319 i�(
	`__bos
 (
__buf
�!�(
size_t
) -1)

321 i�(!
	`__bu�t�_cڡ�t_p
 (
__bu�
))

322  
	`__g�log�_r_chk
 (
__buf
, 
__bu�
, 
	`__bos
 (__buf));

324 i�(
__bu�
 > 
	`__bos
 (
__buf
))

325  
	`__g�log�_r_chk_w�n
 (
__buf
, 
__bu�
, 
	`__bos
 (__buf));

327  
	`__g�log�_r_��s
 (
__buf
, 
__bu�
);

328 
	}
}

332 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_UNIX98


333 

	$__g�ho��me_chk
 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
)

334 
__THROW
 
	`__n�nu�
 ((1));

335 

	`__REDIRECT_NTH
 (
__g�ho��me_��s
, (*
__buf
, 
size_t
 
__bu�
),

336 
g�ho��me
�
	`__n�nu�
 ((1));

337 

	`__REDIRECT_NTH
 (
__g�ho��me_chk_w�n
,

338 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
),

339 
__g�ho��me_chk
)

340 
	`__n�nu�
 ((1)�
	`__w�ljr
 ("gethostname called with bigger buflen�han "

343 
__f�tify_fun�i�
 

344 
	`__NTH
 (
	$g�ho��me
 (*
__buf
, 
size_t
 
__bu�
))

346 i�(
	`__bos
 (
__buf
�!�(
size_t
) -1)

348 i�(!
	`__bu�t�_cڡ�t_p
 (
__bu�
))

349  
	`__g�ho��me_chk
 (
__buf
, 
__bu�
, 
	`__bos
 (__buf));

351 i�(
__bu�
 > 
	`__bos
 (
__buf
))

352  
	`__g�ho��me_chk_w�n
 (
__buf
, 
__bu�
, 
	`__bos
 (__buf));

354  
	`__g�ho��me_��s
 (
__buf
, 
__bu�
);

355 
	}
}

359 #i�
def�ed
 
__USE_MISC
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_UNIX98
)

360 

	$__g�doma��me_chk
 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
)

361 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

362 

	`__REDIRECT_NTH
 (
__g�doma��me_��s
, (*
__buf
,

363 
size_t
 
__bu�
),

364 
g�doma��me
�
	`__n�nu�
 ((1)�
__wur
;

365 

	`__REDIRECT_NTH
 (
__g�doma��me_chk_w�n
,

366 (*
__buf
, 
size_t
 
__bu�
, size_�
__ėl
),

367 
__g�doma��me_chk
)

368 
	`__n�nu�
 ((1)�
__wur
 
	`__w�ljr
 ("getdomainname called with bigger "

372 
__f�tify_fun�i�
 

373 
	`__NTH
 (
	$g�doma��me
 (*
__buf
, 
size_t
 
__bu�
))

375 i�(
	`__bos
 (
__buf
�!�(
size_t
) -1)

377 i�(!
	`__bu�t�_cڡ�t_p
 (
__bu�
))

378  
	`__g�doma��me_chk
 (
__buf
, 
__bu�
, 
	`__bos
 (__buf));

380 i�(
__bu�
 > 
	`__bos
 (
__buf
))

381  
	`__g�doma��me_chk_w�n
 (
__buf
, 
__bu�
, 
	`__bos
 (__buf));

383  
	`__g�doma��me_��s
 (
__buf
, 
__bu�
);

384 
	}
}

	@/usr/include/bits/waitflags.h

19 #i�!
def�ed
 
_SYS_WAIT_H
 && !def�ed 
_STDLIB_H


25 

	#WNOHANG
 1

	)

26 

	#WUNTRACED
 2

	)

29 

	#WSTOPPED
 2

	)

30 

	#WEXITED
 4

	)

31 

	#WCONTINUED
 8

	)

32 

	#WNOWAIT
 0x01000000

	)

34 

	#__WNOTHREAD
 0x20000000

	)

36 

	#__WALL
 0x40000000

	)

37 

	#__WCLONE
 0x80000000

	)

40 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


41 #i�de�
__ENUM_IDTYPE_T


42 

	#__ENUM_IDTYPE_T
 1

	)

46 #unde�
P_ALL


47 #unde�
P_PID


48 #unde�
P_PGID


52 
	mP_ALL
,

53 
	mP_PID
,

54 
	mP_PGID


55 } 
	tidty�_t
;

	@/usr/include/bits/waitstatus.h

19 #i�!
def�ed
 
_SYS_WAIT_H
 && !def�ed 
_STDLIB_H


28 

	#__WEXITSTATUS
(
��us
�(((��us�& 0xff00�>> 8)

	)

31 

	#__WTERMSIG
(
��us
�((��us�& 0x7f)

	)

34 

	#__WSTOPSIG
(
��us
�
	`__WEXITSTATUS
(��us)

	)

37 

	#__WIFEXITED
(
��us
�(
	`__WTERMSIG
(��us�=�0)

	)

40 

	#__WIFSIGNALED
(
��us
) \

41 (((sig�d �(((
��us
�& 0x7f�+ 1�>> 1�> 0)

	)

44 

	#__WIFSTOPPED
(
��us
�(((��us�& 0xff�=�0x7f)

	)

48 #ifde�
WCONTINUED


49 

	#__WIFCONTINUED
(
��us
�((��us�=�
__W_CONTINUED
)

	)

53 

	#__WCOREDUMP
(
��us
�((��us�& 
__WCOREFLAG
)

	)

56 

	#__W_EXITCODE
(
�t
, 
sig
�(ԑ�<< 8 | (sig))

	)

57 

	#__W_STOPCODE
(
sig
�((sig�<< 8 | 0x7f)

	)

58 

	#__W_CONTINUED
 0xffff

	)

59 

	#__WCOREFLAG
 0x80

	)

62 #ifdef 
__USE_MISC


64 
	~<�d�n.h
>

66 
	uwa�


68 
	mw_��us
;

71 #if 
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


72 
	m__w_�rmsig
:7;

73 
	m__w_c�edump
:1;

74 
	m__w_�tcode
:8;

77 #if 
__BYTE_ORDER
 =�
__BIG_ENDIAN


79 
	m__w_�tcode
:8;

80 
	m__w_c�edump
:1;

81 
	m__w_�rmsig
:7;

83 } 
	m__wa�_�rm��ed
;

86 #if 
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


87 
	m__w_��v�
:8;

88 
	m__w_��sig
:8;

91 #if 
__BYTE_ORDER
 =�
__BIG_ENDIAN


93 
	m__w_��sig
:8;

94 
	m__w_��v�
:8;

96 } 
	m__wa�_�ݳd
;

99 

	#w_�rmsig
 
__wa�_�rm��ed
.
__w_�rmsig


	)

100 

	#w_c�edump
 
__wa�_�rm��ed
.
__w_c�edump


	)

101 

	#w_�tcode
 
__wa�_�rm��ed
.
__w_�tcode


	)

102 

	#w_��sig
 
__wa�_�ݳd
.
__w_��sig


	)

103 

	#w_��v�
 
__wa�_�ݳd
.
__w_��v�


	)

	@/usr/include/bits/wchar.h

19 #i�de�
_BITS_WCHAR_H


20 

	#_BITS_WCHAR_H
 1

	)

33 #ifde�
__WCHAR_MAX__


34 

	#__WCHAR_MAX
 
__WCHAR_MAX__


	)

35 #�i�
L
'\0' - 1 > 0

36 

	#__WCHAR_MAX
 (0xffffffffu + 
L
'\0')

	)

38 

	#__WCHAR_MAX
 (0x7ffffff�+ 
L
'\0')

	)

41 #ifde�
__WCHAR_MIN__


42 

	#__WCHAR_MIN
 
__WCHAR_MIN__


	)

43 #�i�
L
'\0' - 1 > 0

44 

	#__WCHAR_MIN
 (
L
'\0' + 0)

	)

46 

	#__WCHAR_MIN
 (-
__WCHAR_MAX
 - 1)

	)

	@/usr/include/bits/wordsize.h

3 #i�
def�ed
 
__x86_64__
 && !def�ed 
__ILP32__


4 

	#__WORDSIZE
 64

	)

6 

	#__WORDSIZE
 32

	)

9 #ifde�
__x86_64__


10 

	#__WORDSIZE_TIME64_COMPAT32
 1

	)

12 

	#__SYSCALL_WORDSIZE
 64

	)

	@/usr/include/endian.h

18 #i�def 
_ENDIAN_H


19 

	#_ENDIAN_H
 1

	)

21 
	~<�u�s.h
>

31 

	#__LITTLE_ENDIAN
 1234

	)

32 

	#__BIG_ENDIAN
 4321

	)

33 

	#__PDP_ENDIAN
 3412

	)

36 
	~<b�s/�d�n.h
>

40 #i�de�
__FLOAT_WORD_ORDER


41 

	#__FLOAT_WORD_ORDER
 
__BYTE_ORDER


	)

44 #ifdef 
__USE_MISC


45 

	#LITTLE_ENDIAN
 
__LITTLE_ENDIAN


	)

46 

	#BIG_ENDIAN
 
__BIG_ENDIAN


	)

47 

	#PDP_ENDIAN
 
__PDP_ENDIAN


	)

48 

	#BYTE_ORDER
 
__BYTE_ORDER


	)

51 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


52 

	#__LONG_LONG_PAIR
(
HI
, 
LO
�LO, 
	)
HI

53 #�i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


54 

	#__LONG_LONG_PAIR
(
HI
, 
LO
�HI, 
	)
LO

58 #i�
def�ed
 
__USE_MISC
 && !def�ed 
__ASSEMBLER__


60 
	~<b�s/by�sw�.h
>

62 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


63 

	#htobe16
(
x
�
	`__bsw�_16
 (x)

	)

64 

	#ht�e16
(
x
�(x)

	)

65 

	#be16toh
(
x
�
	`__bsw�_16
 (x)

	)

66 

	#�16toh
(
x
�(x)

	)

68 

	#htobe32
(
x
�
	`__bsw�_32
 (x)

	)

69 

	#ht�e32
(
x
�(x)

	)

70 

	#be32toh
(
x
�
	`__bsw�_32
 (x)

	)

71 

	#�32toh
(
x
�(x)

	)

73 

	#htobe64
(
x
�
	`__bsw�_64
 (x)

	)

74 

	#ht�e64
(
x
�(x)

	)

75 

	#be64toh
(
x
�
	`__bsw�_64
 (x)

	)

76 

	#�64toh
(
x
�(x)

	)

79 

	#htobe16
(
x
�(x)

	)

80 

	#ht�e16
(
x
�
	`__bsw�_16
 (x)

	)

81 

	#be16toh
(
x
�(x)

	)

82 

	#�16toh
(
x
�
	`__bsw�_16
 (x)

	)

84 

	#htobe32
(
x
�(x)

	)

85 

	#ht�e32
(
x
�
	`__bsw�_32
 (x)

	)

86 

	#be32toh
(
x
�(x)

	)

87 

	#�32toh
(
x
�
	`__bsw�_32
 (x)

	)

89 

	#htobe64
(
x
�(x)

	)

90 

	#ht�e64
(
x
�
	`__bsw�_64
 (x)

	)

91 

	#be64toh
(
x
�(x)

	)

92 

	#�64toh
(
x
�
	`__bsw�_64
 (x)

	)

	@/usr/include/features.h

18 #i�def 
_FEATURES_H


19 

	#_FEATURES_H
 1

	)

97 #unde�
__USE_ISOC11


98 #unde�
__USE_ISOC99


99 #unde�
__USE_ISOC95


100 #unde�
__USE_ISOCXX11


101 #unde�
__USE_POSIX


102 #unde�
__USE_POSIX2


103 #unde�
__USE_POSIX199309


104 #unde�
__USE_POSIX199506


105 #unde�
__USE_XOPEN


106 #unde�
__USE_XOPEN_EXTENDED


107 #unde�
__USE_UNIX98


108 #unde�
__USE_XOPEN2K


109 #unde�
__USE_XOPEN2KXSI


110 #unde�
__USE_XOPEN2K8


111 #unde�
__USE_XOPEN2K8XSI


112 #unde�
__USE_LARGEFILE


113 #unde�
__USE_LARGEFILE64


114 #unde�
__USE_FILE_OFFSET64


115 #unde�
__USE_MISC


116 #unde�
__USE_ATFILE


117 #unde�
__USE_GNU


118 #unde�
__USE_REENTRANT


119 #unde�
__USE_FORTIFY_LEVEL


120 #unde�
__KERNEL_STRICT_NAMES


124 #i�de�
_LOOSE_KERNEL_NAMES


125 

	#__KERNEL_STRICT_NAMES


	)

135 #i�
def�ed
 
__GNUC__
 && def�ed 
__GNUC_MINOR__


136 

	#__GNUC_PREREQ
(
maj
, 
m�
) \

137 ((
__GNUC__
 << 16�+ 
__GNUC_MINOR__
 >�((
maj
�<< 16�+ (
m�
))

	)

139 

	#__GNUC_PREREQ
(
maj
, 
m�
�0

	)

146 #i�(
def�ed
 
_BSD_SOURCE
 || def�ed 
_SVID_SOURCE
) \

147 && !
def�ed
 
	g_DEFAULT_SOURCE


152 #unde�
_DEFAULT_SOURCE


153 

	#_DEFAULT_SOURCE
 1

	)

157 #ifde�
_GNU_SOURCE


158 #unde�
_ISOC95_SOURCE


159 

	#_ISOC95_SOURCE
 1

	)

160 #unde�
_ISOC99_SOURCE


161 

	#_ISOC99_SOURCE
 1

	)

162 #unde�
_ISOC11_SOURCE


163 

	#_ISOC11_SOURCE
 1

	)

164 #unde�
_POSIX_SOURCE


165 

	#_POSIX_SOURCE
 1

	)

166 #unde�
_POSIX_C_SOURCE


167 

	#_POSIX_C_SOURCE
 200809L

	)

168 #unde�
_XOPEN_SOURCE


169 

	#_XOPEN_SOURCE
 700

	)

170 #unde�
_XOPEN_SOURCE_EXTENDED


171 

	#_XOPEN_SOURCE_EXTENDED
 1

	)

172 #unde�
_LARGEFILE64_SOURCE


173 

	#_LARGEFILE64_SOURCE
 1

	)

174 #unde�
_DEFAULT_SOURCE


175 

	#_DEFAULT_SOURCE
 1

	)

176 #unde�
_ATFILE_SOURCE


177 

	#_ATFILE_SOURCE
 1

	)

182 #i�(
def�ed
 
_DEFAULT_SOURCE
 \

183 || (!
def�ed
 
	g__STRICT_ANSI__
 \

184 && !
def�ed
 
	g_ISOC99_SOURCE
 \

185 && !
def�ed
 
	g_POSIX_SOURCE
 && !def�ed 
	g_POSIX_C_SOURCE
 \

186 && !
def�ed
 
	g_XOPEN_SOURCE
))

187 #unde�
_DEFAULT_SOURCE


188 

	#_DEFAULT_SOURCE
 1

	)

192 #i�(
def�ed
 
_ISOC11_SOURCE
 \

193 || (
def�ed
 
	g__STDC_VERSION__
 && __STDC_VERSION__ >= 201112L))

194 

	#__USE_ISOC11
 1

	)

198 #i�(
def�ed
 
_ISOC99_SOURCE
 || def�ed 
_ISOC11_SOURCE
 \

199 || (
def�ed
 
__STDC_VERSION__
 && __STDC_VERSION__ >= 199901L))

200 

	#__USE_ISOC99
 1

	)

204 #i�(
def�ed
 
_ISOC99_SOURCE
 || def�ed 
_ISOC11_SOURCE
 \

205 || (
def�ed
 
__STDC_VERSION__
 && __STDC_VERSION__ >= 199409L))

206 

	#__USE_ISOC95
 1

	)

213 #i�((
def�ed
 
__�lu�lus
 && __cplusplus >= 201103L) \

214 || 
def�ed
 
__GXX_EXPERIMENTAL_CXX0X__
)

215 

	#__USE_ISOCXX11
 1

	)

221 #ifde�
_DEFAULT_SOURCE


222 #i�!
def�ed
 
_POSIX_SOURCE
 && !def�ed 
_POSIX_C_SOURCE


223 

	#__USE_POSIX_IMPLICITLY
 1

	)

225 #unde�
_POSIX_SOURCE


226 

	#_POSIX_SOURCE
 1

	)

227 #unde�
_POSIX_C_SOURCE


228 

	#_POSIX_C_SOURCE
 200809L

	)

230 #i�((!
def�ed
 
__STRICT_ANSI__
 \

231 || (
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) >= 500)) \

232 && !
def�ed
 
_POSIX_SOURCE
 && !def�ed 
_POSIX_C_SOURCE
)

233 

	#_POSIX_SOURCE
 1

	)

234 #i�
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) < 500

235 

	#_POSIX_C_SOURCE
 2

	)

236 #�i�
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) < 600

237 

	#_POSIX_C_SOURCE
 199506L

	)

238 #�i�
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) < 700

239 

	#_POSIX_C_SOURCE
 200112L

	)

241 

	#_POSIX_C_SOURCE
 200809L

	)

243 

	#__USE_POSIX_IMPLICITLY
 1

	)

246 #i�(
def�ed
 
_POSIX_SOURCE
 \

247 || (
def�ed
 
_POSIX_C_SOURCE
 && _POSIX_C_SOURCE >= 1) \

248 || 
def�ed
 
_XOPEN_SOURCE
)

249 

	#__USE_POSIX
 1

	)

252 #i�
def�ed
 
_POSIX_C_SOURCE
 && _POSIX_C_SOURCE >�2 || def�ed 
_XOPEN_SOURCE


253 

	#__USE_POSIX2
 1

	)

256 #i�
def�ed
 
_POSIX_C_SOURCE
 && (_POSIX_C_SOURCE - 0) >= 199309L

257 

	#__USE_POSIX199309
 1

	)

260 #i�
def�ed
 
_POSIX_C_SOURCE
 && (_POSIX_C_SOURCE - 0) >= 199506L

261 

	#__USE_POSIX199506
 1

	)

264 #i�
def�ed
 
_POSIX_C_SOURCE
 && (_POSIX_C_SOURCE - 0) >= 200112L

265 

	#__USE_XOPEN2K
 1

	)

266 #unde�
__USE_ISOC95


267 

	#__USE_ISOC95
 1

	)

268 #unde�
__USE_ISOC99


269 

	#__USE_ISOC99
 1

	)

272 #i�
def�ed
 
_POSIX_C_SOURCE
 && (_POSIX_C_SOURCE - 0) >= 200809L

273 

	#__USE_XOPEN2K8
 1

	)

274 #unde�
_ATFILE_SOURCE


275 

	#_ATFILE_SOURCE
 1

	)

278 #ifdef 
_XOPEN_SOURCE


279 

	#__USE_XOPEN
 1

	)

280 #i�(
_XOPEN_SOURCE
 - 0) >= 500

281 

	#__USE_XOPEN_EXTENDED
 1

	)

282 

	#__USE_UNIX98
 1

	)

283 #unde�
_LARGEFILE_SOURCE


284 

	#_LARGEFILE_SOURCE
 1

	)

285 #i�(
_XOPEN_SOURCE
 - 0) >= 600

286 #i�(
_XOPEN_SOURCE
 - 0) >= 700

287 

	#__USE_XOPEN2K8
 1

	)

288 

	#__USE_XOPEN2K8XSI
 1

	)

290 

	#__USE_XOPEN2K
 1

	)

291 

	#__USE_XOPEN2KXSI
 1

	)

292 #unde�
__USE_ISOC95


293 

	#__USE_ISOC95
 1

	)

294 #unde�
__USE_ISOC99


295 

	#__USE_ISOC99
 1

	)

298 #ifde�
_XOPEN_SOURCE_EXTENDED


299 

	#__USE_XOPEN_EXTENDED
 1

	)

304 #ifde�
_LARGEFILE_SOURCE


305 

	#__USE_LARGEFILE
 1

	)

308 #ifde�
_LARGEFILE64_SOURCE


309 

	#__USE_LARGEFILE64
 1

	)

312 #i�
def�ed
 
_FILE_OFFSET_BITS
 && _FILE_OFFSET_BITS == 64

313 

	#__USE_FILE_OFFSET64
 1

	)

316 #i�
def�ed
 
_DEFAULT_SOURCE


317 

	#__USE_MISC
 1

	)

320 #ifdef 
_ATFILE_SOURCE


321 

	#__USE_ATFILE
 1

	)

324 #ifdef 
_GNU_SOURCE


325 

	#__USE_GNU
 1

	)

328 #i�
def�ed
 
_REENTRANT
 || def�ed 
_THREAD_SAFE


329 

	#__USE_REENTRANT
 1

	)

332 #i�
def�ed
 
_FORTIFY_SOURCE
 && _FORTIFY_SOURCE > 0 \

333 && 
__GNUC_PREREQ
 (4, 1�&& 
def�ed
 
	g__OPTIMIZE__
 && __OPTIMIZE__ > 0

334 #i�
_FORTIFY_SOURCE
 > 1

335 

	#__USE_FORTIFY_LEVEL
 2

	)

337 

	#__USE_FORTIFY_LEVEL
 1

	)

340 

	#__USE_FORTIFY_LEVEL
 0

	)

345 
	~<�dc-�edef.h
>

353 #unde�
__GNU_LIBRARY__


354 

	#__GNU_LIBRARY__
 6

	)

358 

	#__GLIBC__
 2

	)

359 

	#__GLIBC_MINOR__
 23

	)

361 

	#__GLIBC_PREREQ
(
maj
, 
m�
) \

362 ((
__GLIBC__
 << 16�+ 
__GLIBC_MINOR__
 >�((
maj
�<< 16�+ (
m�
))

	)

365 #i�de�
__ASSEMBLER__


366 #i�de�
_SYS_CDEFS_H


367 
	~<sys/cdefs.h
>

372 #i�
def�ed
 
__USE_FILE_OFFSET64
 && !def�ed 
__REDIRECT


373 

	#__USE_LARGEFILE
 1

	)

374 

	#__USE_LARGEFILE64
 1

	)

380 #i�
__GNUC_PREREQ
 (2, 7�&& 
def�ed
 
__OPTIMIZE__
 \

381 && !
def�ed
 
	g__OPTIMIZE_SIZE__
 && !def�ed 
	g__NO_INLINE__
 \

382 && 
def�ed
 
	g__ex��_�l�e


383 

	#__USE_EXTERN_INLINES
 1

	)

391 
	~<gnu/�ubs.h
>

	@/usr/include/libio.h

28 #i�de�
_IO_STDIO_H


29 

	#_IO_STDIO_H


	)

31 
	~<_G_c�fig.h
>

33 

	#_IO_�os_t
 
_G_�os_t


	)

34 

	#_IO_�os64_t
 
_G_�os64_t


	)

35 

	#_IO_size_t
 
size_t


	)

36 

	#_IO_ssize_t
 
__ssize_t


	)

37 

	#_IO_off_t
 
__off_t


	)

38 

	#_IO_off64_t
 
__off64_t


	)

39 

	#_IO_pid_t
 
__pid_t


	)

40 

	#_IO_uid_t
 
__uid_t


	)

41 

	#_IO_ic�v_t
 
_G_ic�v_t


	)

42 

	#_IO_HAVE_ST_BLKSIZE
 
_G_HAVE_ST_BLKSIZE


	)

43 

	#_IO_BUFSIZ
 
_G_BUFSIZ


	)

44 

	#_IO_va_li�
 
_G_va_li�


	)

45 

	#_IO_w�t_t
 
w�t_t


	)

48 

	#__�ed___va_li�


	)

49 
	~<�d�g.h
>

50 #ifde�
__GNUC_VA_LIST


51 #unde�
_IO_va_li�


52 

	#_IO_va_li�
 
__gnuc_va_li�


	)

55 #i�de�
__P


56 
	~<sys/cdefs.h
>

59 

	#_IO_UNIFIED_JUMPTABLES
 1

	)

61 #i�de�
EOF


62 

	#EOF
 (-1)

	)

64 #i�de�
NULL


65 #i�
def�ed
 
__GNUG__
 && \

66 (
	g__GNUC__
 > 2 || (__GNUC__ =�2 && 
__GNUC_MINOR__
 >= 8))

67 

	#NULL
 (
__nu�
)

	)

69 #i�!
def�ed
(
__�lu�lus
)

70 

	#NULL
 ((*)0)

	)

72 

	#NULL
 (0)

	)

77 

	#_IOS_INPUT
 1

	)

78 

	#_IOS_OUTPUT
 2

	)

79 

	#_IOS_ATEND
 4

	)

80 

	#_IOS_APPEND
 8

	)

81 

	#_IOS_TRUNC
 16

	)

82 

	#_IOS_NOCREATE
 32

	)

83 

	#_IOS_NOREPLACE
 64

	)

84 

	#_IOS_BIN
 128

	)

92 

	#_IO_MAGIC
 0xFBAD0000

	)

93 

	#_OLD_STDIO_MAGIC
 0xFABC0000

	)

94 

	#_IO_MAGIC_MASK
 0xFFFF0000

	)

95 

	#_IO_USER_BUF
 1

	)

96 

	#_IO_UNBUFFERED
 2

	)

97 

	#_IO_NO_READS
 4

	)

98 

	#_IO_NO_WRITES
 8

	)

99 

	#_IO_EOF_SEEN
 0x10

	)

100 

	#_IO_ERR_SEEN
 0x20

	)

101 

	#_IO_DELETE_DONT_CLOSE
 0x40

	)

102 

	#_IO_LINKED
 0x80

	)

103 

	#_IO_IN_BACKUP
 0x100

	)

104 

	#_IO_LINE_BUF
 0x200

	)

105 

	#_IO_TIED_PUT_GET
 0x400

	)

106 

	#_IO_CURRENTLY_PUTTING
 0x800

	)

107 

	#_IO_IS_APPENDING
 0x1000

	)

108 

	#_IO_IS_FILEBUF
 0x2000

	)

109 

	#_IO_BAD_SEEN
 0x4000

	)

110 

	#_IO_USER_LOCK
 0x8000

	)

112 

	#_IO_FLAGS2_MMAP
 1

	)

113 

	#_IO_FLAGS2_NOTCANCEL
 2

	)

114 #ifde�
_LIBC


115 

	#_IO_FLAGS2_FORTIFY
 4

	)

117 

	#_IO_FLAGS2_USER_WBUF
 8

	)

118 #ifde�
_LIBC


119 

	#_IO_FLAGS2_SCANF_STD
 16

	)

120 

	#_IO_FLAGS2_NOCLOSE
 32

	)

121 

	#_IO_FLAGS2_CLOEXEC
 64

	)

125 

	#_IO_SKIPWS
 01

	)

126 

	#_IO_LEFT
 02

	)

127 

	#_IO_RIGHT
 04

	)

128 

	#_IO_INTERNAL
 010

	)

129 

	#_IO_DEC
 020

	)

130 

	#_IO_OCT
 040

	)

131 

	#_IO_HEX
 0100

	)

132 

	#_IO_SHOWBASE
 0200

	)

133 

	#_IO_SHOWPOINT
 0400

	)

134 

	#_IO_UPPERCASE
 01000

	)

135 

	#_IO_SHOWPOS
 02000

	)

136 

	#_IO_SCIENTIFIC
 04000

	)

137 

	#_IO_FIXED
 010000

	)

138 

	#_IO_UNITBUF
 020000

	)

139 

	#_IO_STDIO
 040000

	)

140 

	#_IO_DONT_CLOSE
 0100000

	)

141 

	#_IO_BOOLALPHA
 0200000

	)

144 
_IO_jump_t
; 
	g_IO_FILE
;

147 #ifde�
_IO_MTSAFE_IO


150 
	t_IO_lock_t
;

156 
	s_IO_m�k�
 {

157 
_IO_m�k�
 *
	m_�xt
;

158 
_IO_FILE
 *
	m_sbuf
;

162 
	m_pos
;

164 
�t_��ampos
(
��ampos
 
�
�{ 
	m_�os
 = sp; }

165 
�t_off�t
(
off�t
�{ 
	m_pos
 = off�t; 
	m_�os
 = (
��ampos
)(-2); }

166 
	mpublic
:

167 
��amm�k�
(
��ambuf
 *
sb
);

168 ~
��amm�k�
();

169 
�v�g
(�{  
	m_�os
 == -2; }

170 
d��
(
��amm�k�
&);

171 
d��
();

176 
	e__codecvt_�su�


178 
	m__codecvt_ok
,

179 
	m__codecvt_���l
,

180 
	m__codecvt_�r�
,

181 
	m__codecvt_noc�v


184 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


187 
	s_IO_codecvt


189 (*
	m__codecvt_de�r
�(
	m_IO_codecvt
 *);

190 
__codecvt_�su�
 (*
__codecvt_do_out
�(
	m_IO_codecvt
 *,

191 
	m__mb��e_t
 *,

192 cڡ 
	mwch�_t
 *,

193 cڡ 
	mwch�_t
 *,

194 cڡ 
	mwch�_t
 **, *,

196 
__codecvt_�su�
 (*
__codecvt_do_unshi�
�(
	m_IO_codecvt
 *,

197 
	m__mb��e_t
 *, *,

199 
__codecvt_�su�
 (*
__codecvt_do_�
�(
	m_IO_codecvt
 *,

200 
	m__mb��e_t
 *,

202 cڡ **, 
	mwch�_t
 *,

203 
	mwch�_t
 *, wchar_t **);

204 (*
	m__codecvt_do_�cod�g
�(
	m_IO_codecvt
 *);

205 (*
	m__codecvt_do_�ways_noc�v
�(
	m_IO_codecvt
 *);

206 (*
	m__codecvt_do_�ngth
�(
	m_IO_codecvt
 *, 
	m__mb��e_t
 *,

207 cڡ *, cڡ *, 
	m_IO_size_t
);

208 (*
	m__codecvt_do_max_�ngth
�(
	m_IO_codecvt
 *);

210 
_IO_ic�v_t
 
	m__cd_�
;

211 
_IO_ic�v_t
 
	m__cd_out
;

215 
	s_IO_wide_d�a


217 
wch�_t
 *
	m_IO_�ad_�r
;

218 
wch�_t
 *
	m_IO_�ad_�d
;

219 
wch�_t
 *
	m_IO_�ad_ba�
;

220 
wch�_t
 *
	m_IO_wr�e_ba�
;

221 
wch�_t
 *
	m_IO_wr�e_�r
;

222 
wch�_t
 *
	m_IO_wr�e_�d
;

223 
wch�_t
 *
	m_IO_buf_ba�
;

224 
wch�_t
 *
	m_IO_buf_�d
;

226 
wch�_t
 *
	m_IO_�ve_ba�
;

227 
wch�_t
 *
	m_IO_backup_ba�
;

229 
wch�_t
 *
	m_IO_�ve_�d
;

231 
__mb��e_t
 
	m_IO_��e
;

232 
__mb��e_t
 
	m_IO_ϡ_��e
;

233 
_IO_codecvt
 
	m_codecvt
;

235 
wch�_t
 
	m_sh�tbuf
[1];

237 cڡ 
_IO_jump_t
 *
	m_wide_v�b�
;

241 
	s_IO_FILE
 {

242 
	m_�ags
;

243 

	#_IO_f�e_�ags
 
_�ags


	)

247 * 
	m_IO_�ad_�r
;

248 * 
	m_IO_�ad_�d
;

249 * 
	m_IO_�ad_ba�
;

250 * 
	m_IO_wr�e_ba�
;

251 * 
	m_IO_wr�e_�r
;

252 * 
	m_IO_wr�e_�d
;

253 * 
	m_IO_buf_ba�
;

254 * 
	m_IO_buf_�d
;

256 *
	m_IO_�ve_ba�
;

257 *
	m_IO_backup_ba�
;

258 *
	m_IO_�ve_�d
;

260 
_IO_m�k�
 *
	m_m�k�s
;

262 
_IO_FILE
 *
	m_cha�
;

264 
	m_f��o
;

266 
	m_blksize
;

268 
	m_�ags2
;

270 
_IO_off_t
 
	m_�d_off�t
;

272 

	#__HAVE_COLUMN


	)

274 
	m_cur_c�umn
;

275 sig�d 
	m_v�b�_off�t
;

276 
	m_sh�tbuf
[1];

280 
_IO_lock_t
 *
	m_lock
;

281 #ifde�
_IO_USE_OLD_IO_FILE


284 
	s_IO_FILE_com��e


286 
_IO_FILE
 
	m_f�e
;

288 #i�
def�ed
 
_G_IO_IO_FILE_VERSION
 && _G_IO_IO_FILE_VERSION == 0x20001

289 
_IO_off64_t
 
	m_off�t
;

290 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


292 
_IO_codecvt
 *
	m_codecvt
;

293 
_IO_wide_d�a
 *
	m_wide_d�a
;

294 
_IO_FILE
 *
	m_䓻s_li�
;

295 *
	m_䓻s_buf
;

297 *
	m__�d1
;

298 *
	m__�d2
;

299 *
	m__�d3
;

300 *
	m__�d4
;

302 
size_t
 
	m__�d5
;

303 
	m_mode
;

305 
	m_unu�d2
[15 *  (�- 4 *  (*�-  (
size_t
)];

309 #i�de�
__�lu�lus


310 
_IO_FILE
 
	t_IO_FILE
;

313 
	g_IO_FILE_�us
;

315 

_IO_FILE_�us
 
_IO_2_1_�d�_
;

316 

_IO_FILE_�us
 
_IO_2_1_�dout_
;

317 

_IO_FILE_�us
 
_IO_2_1_�d�r_
;

318 #i�de�
_LIBC


319 

	#_IO_�d�
 ((
_IO_FILE
*)(&
_IO_2_1_�d�_
))

	)

320 

	#_IO_�dout
 ((
_IO_FILE
*)(&
_IO_2_1_�dout_
))

	)

321 

	#_IO_�d�r
 ((
_IO_FILE
*)(&
_IO_2_1_�d�r_
))

	)

323 
_IO_FILE
 *
_IO_�d�
 
��ibu�_hidd�
;

324 
_IO_FILE
 *
_IO_�dout
 
��ibu�_hidd�
;

325 
_IO_FILE
 *
_IO_�d�r
 
��ibu�_hidd�
;

333 
__ssize_t
 
	t__io_�ad_�
 (*
	t__cook�
, *
	t__buf
, 
	tsize_t
 
	t__nby�s
);

341 
__ssize_t
 
	t__io_wr�e_�
 (*
	t__cook�
, cڡ *
	t__buf
,

342 
	tsize_t
 
	t__n
);

350 
	t__io_�ek_�
 (*
	t__cook�
, 
	t_IO_off64_t
 *
	t__pos
, 
	t__w
);

353 
	t__io_�o�_�
 (*
	t__cook�
);

356 #ifde�
_GNU_SOURCE


358 
__io_�ad_�
 
	tcook�_�ad_fun�i�_t
;

359 
__io_wr�e_�
 
	tcook�_wr�e_fun�i�_t
;

360 
__io_�ek_�
 
	tcook�_�ek_fun�i�_t
;

361 
__io_�o�_�
 
	tcook�_�o�_fun�i�_t
;

366 
__io_�ad_�
 *
	m�ad
;

367 
__io_wr�e_�
 *
	mwr�e
;

368 
__io_�ek_�
 *
	m�ek
;

369 
__io_�o�_�
 *
	m�o�
;

370 } 
	t_IO_cook�_io_fun�i�s_t
;

371 
_IO_cook�_io_fun�i�s_t
 
	tcook�_io_fun�i�s_t
;

373 
	g_IO_cook�_f�e
;

376 

_IO_cook�_��
 (
_IO_cook�_f�e
 *
__cf�e
, 
__�ad_wr�e
,

377 *
__cook�
, 
_IO_cook�_io_fun�i�s_t
 
__�s
);

381 #ifde�
__�lu�lus


385 

__und��ow
 (
_IO_FILE
 *);

386 

__u�ow
 (
_IO_FILE
 *);

387 

__ov��ow
 (
_IO_FILE
 *, );

388 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


389 
_IO_w�t_t
 
__wund��ow
 (
_IO_FILE
 *);

390 
_IO_w�t_t
 
__wu�ow
 (
_IO_FILE
 *);

391 
_IO_w�t_t
 
__wov��ow
 (
_IO_FILE
 *, _IO_wint_t);

394 #i� 
__GNUC__
 >= 3

395 

	#_IO_BE
(
ex�
, 
�s
�
	`__bu�t�_ex��
 (�x�),�es)

	)

397 

	#_IO_BE
(
ex�
, 
�s
��x�)

	)

400 

	#_IO_g�c_u�ocked
(
_�
) \

401 (
	`_IO_BE
 ((
_�
)->
_IO_�ad_�r
 >�(_�)->
_IO_�ad_�d
, 0) \

402 ? 
	`__u�ow
 (
_�
�: *(*�(_�)->
_IO_�ad_�r
++)

	)

403 

	#_IO_�ekc_u�ocked
(
_�
) \

404 (
	`_IO_BE
 ((
_�
)->
_IO_�ad_�r
 >�(_�)->
_IO_�ad_�d
, 0) \

405 && 
	`__und��ow
 (
_�
�=�
EOF
 ? EOF \

406 : *(*�(
_�
)->
_IO_�ad_�r
)

	)

407 

	#_IO_putc_u�ocked
(
_ch
, 
_�
) \

408 (
	`_IO_BE
 ((
_�
)->
_IO_wr�e_�r
 >�(_�)->
_IO_wr�e_�d
, 0) \

409 ? 
	`__ov��ow
 (
_�
, (�(
_ch
)) \

410 : (�(*(
_�
)->
_IO_wr�e_�r
++ = (
_ch
)))

	)

412 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


413 

	#_IO_g�wc_u�ocked
(
_�
) \

414 (
	`_IO_BE
 ((
_�
)->
_wide_d�a
 =�
NULL
 \

415 || ((
_�
)->
_wide_d�a
->
_IO_�ad_�r
 \

416 >�(
_�
)->
_wide_d�a
->
_IO_�ad_�d
), 0) \

417 ? 
	`__wu�ow
 (
_�
�: (
_IO_w�t_t
�*(_�)->
_wide_d�a
->
_IO_�ad_�r
++)

	)

418 

	#_IO_putwc_u�ocked
(
_wch
, 
_�
) \

419 (
	`_IO_BE
 ((
_�
)->
_wide_d�a
 =�
NULL
 \

420 || ((
_�
)->
_wide_d�a
->
_IO_wr�e_�r
 \

421 >�(
_�
)->
_wide_d�a
->
_IO_wr�e_�d
), 0) \

422 ? 
	`__wov��ow
 (
_�
, 
_wch
) \

423 : (
_IO_w�t_t
�(*(
_�
)->
_wide_d�a
->
_IO_wr�e_�r
++ = (
_wch
)))

	)

426 

	#_IO_�of_u�ocked
(
__�
�(((__�)->
_�ags
 & 
_IO_EOF_SEEN
�!�0)

	)

427 

	#_IO_��_u�ocked
(
__�
�(((__�)->
_�ags
 & 
_IO_ERR_SEEN
�!�0)

	)

429 

_IO_g�c
 (
_IO_FILE
 *
__�
);

430 

_IO_putc
 (
__c
, 
_IO_FILE
 *
__�
);

431 

_IO_�of
 (
_IO_FILE
 *
__�
�
__THROW
;

432 

_IO_��
 (
_IO_FILE
 *
__�
�
__THROW
;

434 

_IO_�ekc_locked
 (
_IO_FILE
 *
__�
);

437 

	#_IO_PENDING_OUTPUT_COUNT
(
_�
) \

438 ((
_�
)->
_IO_wr�e_�r
 - (_�)->
_IO_wr�e_ba�
)

	)

440 

_IO_�ockf�e
 (
_IO_FILE
 *�
__THROW
;

441 

_IO_fu�ockf�e
 (
_IO_FILE
 *�
__THROW
;

442 

_IO_�rylockf�e
 (
_IO_FILE
 *�
__THROW
;

444 #ifde�
_IO_MTSAFE_IO


445 

	#_IO_�ekc
(
_�
�
	`_IO_�ekc_locked
 (_�)

	)

446 

	#_IO_�ockf�e
(
_�
) \

447 i�(((
_�
)->
_�ags
 & 
_IO_USER_LOCK
�=�0�
	`_IO_�ockf�e
 (_�)

	)

448 

	#_IO_fu�ockf�e
(
_�
) \

449 i�(((
_�
)->
_�ags
 & 
_IO_USER_LOCK
�=�0�
	`_IO_fu�ockf�e
 (_�)

	)

451 

	#_IO_�ekc
(
_�
�
	`_IO_�ekc_u�ocked
 (_�)

	)

452 

	#_IO_�ockf�e
(
_�
�

	)

453 

	#_IO_fu�ockf�e
(
_�
�

	)

454 

	#_IO_�rylockf�e
(
_�
�

	)

455 

	#_IO_��nup_�gi�_��t
(
_f�
, 
_�
�

	)

456 

	#_IO_��nup_�gi�_�d
(
_Do�
�

	)

459 

_IO_vfs�nf
 (
_IO_FILE
 * 
__��ri�
, const * __restrict,

460 
_IO_va_li�
, *
__��ri�
);

461 

_IO_v�r�tf
 (
_IO_FILE
 *
__��ri�
, const *__restrict,

462 
_IO_va_li�
);

463 
_IO_ssize_t
 
_IO_�dn
 (
_IO_FILE
 *, , _IO_ssize_t);

464 
_IO_size_t
 
_IO_sg�n
 (
_IO_FILE
 *, *, _IO_size_t);

466 
_IO_off64_t
 
_IO_�ekoff
 (
_IO_FILE
 *, _IO_off64_t, , );

467 
_IO_off64_t
 
_IO_�ekpos
 (
_IO_FILE
 *, _IO_off64_t, );

469 

_IO_�_backup_��
 (
_IO_FILE
 *�
__THROW
;

471 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


472 
_IO_w�t_t
 
_IO_g�wc
 (
_IO_FILE
 *
__�
);

473 
_IO_w�t_t
 
_IO_putwc
 (
wch�_t
 
__wc
, 
_IO_FILE
 *
__�
);

474 

_IO_fwide
 (
_IO_FILE
 *
__�
, 
__mode
�
__THROW
;

475 #i�
__GNUC__
 >= 2

478 #i�
def�ed
 
_LIBC
 && def�ed 
SHARED


479 
	~<shlib-com�t.h
>

480 #i�
SHLIB_COMPAT
 (
libc
, 
GLIBC_2_0
, 
GLIBC_2_1
)

481 

	#_IO_fwide_maybe_�com�tib�
 \

482 (
	`__bu�t�_ex��
 (&
_IO_�d�_u�d
 =�
NULL
, 0))

	)

483 
cڡ 
_IO_�d�_u�d
;

484 
w�k_ex��
 (
_IO_�d�_u�d
);

487 #i�de�
_IO_fwide_maybe_�com�tib�


488 

	#_IO_fwide_maybe_�com�tib�
 (0)

	)

492 

	#_IO_fwide
(
__�
, 
__mode
) \

493 ({ 
__�su�
 = (
__mode
); \

494 i�(
__�su�
 < 0 && ! 
_IO_fwide_maybe_�com�tib�
) \

496 i�((
__�
)->
_mode
 == 0) \

498 (
__�
)->
_mode
 = -1; \

499 
__�su�
 = (
__�
)->
_mode
; \

501 i�(
	`__bu�t�_cڡ�t_p
 (
__mode
) && (__mode) == 0) \

502 
__�su�
 = 
_IO_fwide_maybe_�com�tib�
 ? -1 : (
__�
)->
_mode
; \

504 
__�su�
 = 
	`_IO_fwide
 (
__�
, __result); \

505 
__�su�
; })

	)

508 

_IO_vfws�nf
 (
_IO_FILE
 * 
__��ri�
, cڡ 
wch�_t
 * __restrict,

509 
_IO_va_li�
, *
__��ri�
);

510 

_IO_vfw��tf
 (
_IO_FILE
 *
__��ri�
, cڡ 
wch�_t
 *__restrict,

511 
_IO_va_li�
);

512 
_IO_ssize_t
 
_IO_w�dn
 (
_IO_FILE
 *, 
w�t_t
, _IO_ssize_t);

513 

_IO_�_wbackup_��
 (
_IO_FILE
 *�
__THROW
;

516 #ifde�
__LDBL_COMPAT


517 
	~<b�s/libio-ldbl.h
>

520 #ifde�
__�lu�lus


	@/usr/include/limits.h

22 #i�de�
_LIBC_LIMITS_H_


23 

	#_LIBC_LIMITS_H_
 1

	)

25 
	~<�u�s.h
>

31 

	#MB_LEN_MAX
 16

	)

36 #i�!
def�ed
 
__GNUC__
 || __GNUC__ < 2

41 #i�de�
_LIMITS_H


42 

	#_LIMITS_H
 1

	)

44 
	~<b�s/w�dsize.h
>

53 

	#CHAR_BIT
 8

	)

56 

	#SCHAR_MIN
 (-128)

	)

57 

	#SCHAR_MAX
 127

	)

60 

	#UCHAR_MAX
 255

	)

63 #ifde�
__CHAR_UNSIGNED__


64 

	#CHAR_MIN
 0

	)

65 

	#CHAR_MAX
 
UCHAR_MAX


	)

67 

	#CHAR_MIN
 
SCHAR_MIN


	)

68 

	#CHAR_MAX
 
SCHAR_MAX


	)

72 

	#SHRT_MIN
 (-32768)

	)

73 

	#SHRT_MAX
 32767

	)

76 

	#USHRT_MAX
 65535

	)

79 

	#INT_MIN
 (-
INT_MAX
 - 1)

	)

80 

	#INT_MAX
 2147483647

	)

83 

	#UINT_MAX
 4294967295U

	)

86 #i�
__WORDSIZE
 == 64

87 

	#LONG_MAX
 9223372036854775807L

	)

89 

	#LONG_MAX
 2147483647L

	)

91 

	#LONG_MIN
 (-
LONG_MAX
 - 1L)

	)

94 #i�
__WORDSIZE
 == 64

95 

	#ULONG_MAX
 18446744073709551615UL

	)

97 

	#ULONG_MAX
 4294967295UL

	)

100 #ifde�
__USE_ISOC99


103 

	#LLONG_MAX
 9223372036854775807LL

	)

104 

	#LLONG_MIN
 (-
LLONG_MAX
 - 1LL)

	)

107 

	#ULLONG_MAX
 18446744073709551615ULL

	)

121 #i�
def�ed
 
__GNUC__
 && !def�ed 
_GCC_LIMITS_H_


123 #��ude_�x�<
lim�s
.
h
>

129 #i�
def�ed
 
__USE_ISOC99
 && def�ed 
__GNUC__


130 #i�de�
LLONG_MIN


131 

	#LLONG_MIN
 (-
LLONG_MAX
-1)

	)

133 #i�de�
LLONG_MAX


134 

	#LLONG_MAX
 
__LONG_LONG_MAX__


	)

136 #i�de�
ULLONG_MAX


137 

	#ULLONG_MAX
 (
LLONG_MAX
 * 2ULL + 1)

	)

141 #ifdef 
__USE_POSIX


143 
	~<b�s/posix1_lim.h
>

146 #ifdef 
__USE_POSIX2


147 
	~<b�s/posix2_lim.h
>

150 #ifdef 
__USE_XOPEN


151 
	~<b�s/xݒ_lim.h
>

	@/usr/include/sys/select.h

21 #i�de�
_SYS_SELECT_H


22 

	#_SYS_SELECT_H
 1

	)

24 
	~<�u�s.h
>

27 
	~<b�s/ty�s.h
>

30 
	~<b�s/���.h
>

33 
	~<b�s/sig�t.h
>

35 #i�de�
__sig�t_t_def�ed


36 

	#__sig�t_t_def�ed


	)

37 
__sig�t_t
 
	tsig�t_t
;

41 

	#__�ed_time_t


	)

42 

	#__�ed_time�ec


	)

43 
	~<time.h
>

44 

	#__�ed_timev�


	)

45 
	~<b�s/time.h
>

47 #i�de�
__su�c�ds_t_def�ed


48 
__su�c�ds_t
 
	tsu�c�ds_t
;

49 

	#__su�c�ds_t_def�ed


	)

54 
	t__fd_mask
;

57 #unde�
__NFDBITS


59 

	#__NFDBITS
 (8 * (� (
__fd_mask
))

	)

60 

	#__FD_ELT
(
d
�((d�/ 
__NFDBITS
)

	)

61 

	#__FD_MASK
(
d
�((
__fd_mask
�(1UL << ((d�% 
__NFDBITS
)))

	)

68 #ifde�
__USE_XOPEN


69 
__fd_mask
 
	mfds_b�s
[
__FD_SETSIZE
 / 
__NFDBITS
];

70 

	#__FDS_BITS
(
�t
�((�t)->
fds_b�s
)

	)

72 
__fd_mask
 
	m__fds_b�s
[
__FD_SETSIZE
 / 
__NFDBITS
];

73 

	#__FDS_BITS
(
�t
�((�t)->
__fds_b�s
)

	)

75 } 
	tfd_�t
;

78 

	#FD_SETSIZE
 
__FD_SETSIZE


	)

80 #ifde�
__USE_MISC


82 
__fd_mask
 
	tfd_mask
;

85 

	#NFDBITS
 
__NFDBITS


	)

90 

	#FD_SET
(
fd
, 
fd��
�
	`__FD_SET
 (fd, fd��)

	)

91 

	#FD_CLR
(
fd
, 
fd��
�
	`__FD_CLR
 (fd, fd��)

	)

92 

	#FD_ISSET
(
fd
, 
fd��
�
	`__FD_ISSET
 (fd, fd��)

	)

93 

	#FD_ZERO
(
fd��
�
	`__FD_ZERO
 (fd��)

	)

96 
__BEGIN_DECLS


106 

���
 (
__nfds
, 
fd_�t
 *
__��ri�
 
__�adfds
,

107 
fd_�t
 *
__��ri�
 
__wr�efds
,

108 
fd_�t
 *
__��ri�
 
__ex��fds
,

109 
timev�
 *
__��ri�
 
__timeout
);

111 #ifde�
__USE_XOPEN2K


118 

p���
 (
__nfds
, 
fd_�t
 *
__��ri�
 
__�adfds
,

119 
fd_�t
 *
__��ri�
 
__wr�efds
,

120 
fd_�t
 *
__��ri�
 
__ex��fds
,

121 cڡ 
time�ec
 *
__��ri�
 
__timeout
,

122 cڡ 
__sig�t_t
 *
__��ri�
 
__sigmask
);

127 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__GNUC__


128 
	~<b�s/���2.h
>

131 
	g__END_DECLS


	@/usr/include/sys/sysmacros.h

19 #i�de�
_SYS_SYSMACROS_H


20 

	#_SYS_SYSMACROS_H
 1

	)

22 
	~<�u�s.h
>

24 
__BEGIN_DECLS


26 
__ex�nsi�__


27 

	$gnu_dev_maj�
 (
__dev
)

28 
__THROW
 
__��ibu�_cڡ__
;

29 
__ex�nsi�__


30 

	$gnu_dev_m��
 (
__dev
)

31 
__THROW
 
__��ibu�_cڡ__
;

32 
__ex�nsi�__


33 

	$gnu_dev_makedev
 (
__maj�
,

34 
__m��
)

35 
__THROW
 
__��ibu�_cڡ__
;

37 #ifde�
__USE_EXTERN_INLINES


38 
__ex�nsi�__
 
__ex��_�l�e
 
__��ibu�_cڡ__
 

39 
	`__NTH
 (
	$gnu_dev_maj�
 (
__dev
))

41  ((
__dev
 >> 8) & 0xfff) | (() (__dev >> 32) & ~0xfff);

42 
	}
}

44 
__ex�nsi�__
 
__ex��_�l�e
 
__��ibu�_cڡ__
 

45 
__NTH
 (
	$gnu_dev_m��
 (
__dev
))

47  (
__dev
 & 0xff) | (() (__dev >> 12) & ~0xff);

48 
	}
}

50 
__ex�nsi�__
 
__ex��_�l�e
 
__��ibu�_cڡ__
 

51 
__NTH
 (
	$gnu_dev_makedev
 (
__maj�
, 
__m��
))

53  ((
__m��
 & 0xff�| ((
__maj�
 & 0xfff) << 8)

54 | (((�(
__m��
 & ~0xff)) << 12)

55 | (((�(
__maj�
 & ~0xfff)) << 32));

56 
	}
}

58 
	g__END_DECLS


61 

	#maj�
(
dev
�
	`gnu_dev_maj�
 (dev)

	)

62 

	#m��
(
dev
�
	`gnu_dev_m��
 (dev)

	)

63 

	#makedev
(
maj
, 
m�
�
	`gnu_dev_makedev
 (maj, m�)

	)

	@/usr/include/sys/ucontext.h

18 #i�de�
_SYS_UCONTEXT_H


19 

	#_SYS_UCONTEXT_H
 1

	)

21 
	~<�u�s.h
>

22 
	~<sig�l.h
>

26 
	~<b�s/sigcڋxt.h
>

28 #ifde�
__x86_64__


31 
__ex�nsi�__
 
	tg�g_t
;

34 

	#NGREG
 23

	)

37 
g�g_t
 
	tg�g�t_t
[
NGREG
];

39 #ifde�
__USE_GNU


43 
	mREG_R8
 = 0,

44 

	#REG_R8
 
REG_R8


	)

45 
	mREG_R9
,

46 

	#REG_R9
 
REG_R9


	)

47 
	mREG_R10
,

48 

	#REG_R10
 
REG_R10


	)

49 
	mREG_R11
,

50 

	#REG_R11
 
REG_R11


	)

51 
	mREG_R12
,

52 

	#REG_R12
 
REG_R12


	)

53 
	mREG_R13
,

54 

	#REG_R13
 
REG_R13


	)

55 
	mREG_R14
,

56 

	#REG_R14
 
REG_R14


	)

57 
	mREG_R15
,

58 

	#REG_R15
 
REG_R15


	)

59 
	mREG_RDI
,

60 

	#REG_RDI
 
REG_RDI


	)

61 
	mREG_RSI
,

62 

	#REG_RSI
 
REG_RSI


	)

63 
	mREG_RBP
,

64 

	#REG_RBP
 
REG_RBP


	)

65 
	mREG_RBX
,

66 

	#REG_RBX
 
REG_RBX


	)

67 
	mREG_RDX
,

68 

	#REG_RDX
 
REG_RDX


	)

69 
	mREG_RAX
,

70 

	#REG_RAX
 
REG_RAX


	)

71 
	mREG_RCX
,

72 

	#REG_RCX
 
REG_RCX


	)

73 
	mREG_RSP
,

74 

	#REG_RSP
 
REG_RSP


	)

75 
	mREG_RIP
,

76 

	#REG_RIP
 
REG_RIP


	)

77 
	mREG_EFL
,

78 

	#REG_EFL
 
REG_EFL


	)

79 
	mREG_CSGSFS
,

80 

	#REG_CSGSFS
 
REG_CSGSFS


	)

81 
	mREG_ERR
,

82 

	#REG_ERR
 
REG_ERR


	)

83 
	mREG_TRAPNO
,

84 

	#REG_TRAPNO
 
REG_TRAPNO


	)

85 
	mREG_OLDMASK
,

86 

	#REG_OLDMASK
 
REG_OLDMASK


	)

87 
	mREG_CR2


88 

	#REG_CR2
 
REG_CR2


	)

92 
	s_libc_�x�g


94 
	msignifi�nd
[4];

95 
	mexpڒt
;

96 
	m�dd�g
[3];

99 
	s_libc_xmm�g


101 
__u�t32_t
 
	m�em�t
[4];

104 
	s_libc_塩e


107 
__u�t16_t
 
	mcwd
;

108 
__u�t16_t
 
	mswd
;

109 
__u�t16_t
 
	m�w
;

110 
__u�t16_t
 
	mf�
;

111 
__u�t64_t
 
	mr�
;

112 
__u�t64_t
 
	mrdp
;

113 
__u�t32_t
 
	mmxc�
;

114 
__u�t32_t
 
	mmx�_mask
;

115 
_libc_�x�g
 
	m_�
[8];

116 
_libc_xmm�g
 
	m_xmm
[16];

117 
__u�t32_t
 
	m�dd�g
[24];

121 
_libc_塩e
 *
	t�g�t_t
;

126 
g�g�t_t
 
	mg�gs
;

128 
�g�t_t
 
	m�gs
;

129 
__ex�nsi�__
 
	m__��rved1
 [8];

130 } 
	tmcڋxt_t
;

133 
	sucڋxt


135 
	muc_�ags
;

136 
ucڋxt
 *
	muc_l�k
;

137 
�ack_t
 
	muc_�ack
;

138 
mcڋxt_t
 
	muc_mcڋxt
;

139 
__sig�t_t
 
	muc_sigmask
;

140 
_libc_塩e
 
	m__�gs_mem
;

141 } 
	tucڋxt_t
;

146 
	tg�g_t
;

149 

	#NGREG
 19

	)

152 
g�g_t
 
	tg�g�t_t
[
NGREG
];

154 #ifde�
__USE_GNU


158 
	mREG_GS
 = 0,

159 

	#REG_GS
 
REG_GS


	)

160 
	mREG_FS
,

161 

	#REG_FS
 
REG_FS


	)

162 
	mREG_ES
,

163 

	#REG_ES
 
REG_ES


	)

164 
	mREG_DS
,

165 

	#REG_DS
 
REG_DS


	)

166 
	mREG_EDI
,

167 

	#REG_EDI
 
REG_EDI


	)

168 
	mREG_ESI
,

169 

	#REG_ESI
 
REG_ESI


	)

170 
	mREG_EBP
,

171 

	#REG_EBP
 
REG_EBP


	)

172 
	mREG_ESP
,

173 

	#REG_ESP
 
REG_ESP


	)

174 
	mREG_EBX
,

175 

	#REG_EBX
 
REG_EBX


	)

176 
	mREG_EDX
,

177 

	#REG_EDX
 
REG_EDX


	)

178 
	mREG_ECX
,

179 

	#REG_ECX
 
REG_ECX


	)

180 
	mREG_EAX
,

181 

	#REG_EAX
 
REG_EAX


	)

182 
	mREG_TRAPNO
,

183 

	#REG_TRAPNO
 
REG_TRAPNO


	)

184 
	mREG_ERR
,

185 

	#REG_ERR
 
REG_ERR


	)

186 
	mREG_EIP
,

187 

	#REG_EIP
 
REG_EIP


	)

188 
	mREG_CS
,

189 

	#REG_CS
 
REG_CS


	)

190 
	mREG_EFL
,

191 

	#REG_EFL
 
REG_EFL


	)

192 
	mREG_UESP
,

193 

	#REG_UESP
 
REG_UESP


	)

194 
	mREG_SS


195 

	#REG_SS
 
REG_SS


	)

200 
	s_libc_�g


202 
	msignifi�nd
[4];

203 
	mexpڒt
;

206 
	s_libc_塩e


208 
	mcw
;

209 
	msw
;

210 
	m�g
;

211 
	m�off
;

212 
	mcs�l
;

213 
	md�aoff
;

214 
	md�a�l
;

215 
_libc_�g
 
	m_�
[8];

216 
	m��us
;

220 
_libc_塩e
 *
	t�g�t_t
;

225 
g�g�t_t
 
	mg�gs
;

228 
�g�t_t
 
	m�gs
;

229 
	m�dmask
;

230 
	m�2
;

231 } 
	tmcڋxt_t
;

234 
	sucڋxt


236 
	muc_�ags
;

237 
ucڋxt
 *
	muc_l�k
;

238 
�ack_t
 
	muc_�ack
;

239 
mcڋxt_t
 
	muc_mcڋxt
;

240 
__sig�t_t
 
	muc_sigmask
;

241 
_libc_塩e
 
	m__�gs_mem
;

242 } 
	tucڋxt_t
;

	@/usr/include/sys/uio.h

18 #i�de�
_SYS_UIO_H


19 

	#_SYS_UIO_H
 1

	)

21 
	~<�u�s.h
>

23 
	~<sys/ty�s.h
>

25 
	g__BEGIN_DECLS


28 
	~<b�s/uio.h
>

39 
ssize_t
 
	$�adv
 (
__fd
, cڡ 
iovec
 *
__iovec
, 
__cou�
)

40 
__wur
;

50 
ssize_t
 
	$wr�ev
 (
__fd
, cڡ 
iovec
 *
__iovec
, 
__cou�
)

51 
__wur
;

54 #ifde�
__USE_MISC


55 #i�de�
__USE_FILE_OFFSET64


65 
ssize_t
 
	$��dv
 (
__fd
, cڡ 
iovec
 *
__iovec
, 
__cou�
,

66 
__off_t
 
__off�t
�
__wur
;

77 
ssize_t
 
	$pwr�ev
 (
__fd
, cڡ 
iovec
 *
__iovec
, 
__cou�
,

78 
__off_t
 
__off�t
�
__wur
;

80 #ifde�
__REDIRECT


81 
ssize_t
 
	`__REDIRECT
 (
��dv
, (
__fd
, cڡ 
iovec
 *
__iovec
,

82 
__cou�
, 
__off64_t
 
__off�t
),

83 
��dv64
�
__wur
;

84 
ssize_t
 
	`__REDIRECT
 (
pwr�ev
, (
__fd
, cڡ 
iovec
 *
__iovec
,

85 
__cou�
, 
__off64_t
 
__off�t
),

86 
pwr�ev64
�
__wur
;

88 

	#��dv
 
��dv64


	)

89 

	#pwr�ev
 
pwr�ev64


	)

93 #ifde�
__USE_LARGEFILE64


103 
ssize_t
 
	$��dv64
 (
__fd
, cڡ 
iovec
 *
__iovec
, 
__cou�
,

104 
__off64_t
 
__off�t
�
__wur
;

115 
ssize_t
 
	$pwr�ev64
 (
__fd
, cڡ 
iovec
 *
__iovec
, 
__cou�
,

116 
__off64_t
 
__off�t
�
__wur
;

120 
__END_DECLS


	@/usr/include/xlocale.h

20 #i�de�
_XLOCALE_H


21 

	#_XLOCALE_H
 1

	)

27 
	s__lo��_�ru�


30 
__lo��_d�a
 *
	m__lo��s
[13];

33 cڡ *
	m__�y�_b
;

34 cڡ *
	m__�y�_t�ow�
;

35 cڡ *
	m__�y�_tou��
;

38 cڡ *
	m__�mes
[13];

39 } *
	t__lo��_t
;

42 
__lo��_t
 
	tlo��_t
;

	@/usr/include/_G_config.h

4 #i�de�
_G_c�fig_h


5 

	#_G_c�fig_h
 1

	)

9 
	~<b�s/ty�s.h
>

10 

	#__�ed_size_t


	)

11 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


12 

	#__�ed_wch�_t


	)

14 

	#__�ed_NULL


	)

15 
	~<�ddef.h
>

16 

	#__�ed_mb��e_t


	)

17 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


18 

	#__�ed_w�t_t


	)

20 
	~<wch�.h
>

23 
__off_t
 
	m__pos
;

24 
__mb��e_t
 
	m__��e
;

25 } 
	t_G_�os_t
;

28 
__off64_t
 
	m__pos
;

29 
__mb��e_t
 
	m__��e
;

30 } 
	t_G_�os64_t
;

31 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


32 
	~<gc�v.h
>

35 
__gc�v_�fo
 
	m__cd
;

38 
__gc�v_�fo
 
	m__cd
;

39 
__gc�v_��_d�a
 
	m__d�a
;

40 } 
	m__comb�ed
;

41 } 
	t_G_ic�v_t
;

46 

	#_G_va_li�
 
__gnuc_va_li�


	)

48 

	#_G_HAVE_MMAP
 1

	)

49 

	#_G_HAVE_MREMAP
 1

	)

51 

	#_G_IO_IO_FILE_VERSION
 0x20001

	)

54 

	#_G_HAVE_ST_BLKSIZE
 
	`def�ed
 (
_STATBUF_ST_BLKSIZE
)

	)

56 

	#_G_BUFSIZ
 8192

	)

	@/usr/include/asm/socket.h

1 
	~<asm-g��ic/sock�.h
>

	@/usr/include/bits/byteswap-16.h

19 #i�de�
_BITS_BYTESWAP_H


23 #ifde�
__GNUC__


24 #i�
__GNUC__
 >= 2

25 

	#__bsw�_16
(
x
) \

26 (
__ex�nsi�__
 \

27 ({ 
__v
, 
__x
 = (�(
x
); \

28 i�(
	`__bu�t�_cڡ�t_p
 (
__x
)) \

29 
__v
 = 
	`__bsw�_cڡ�t_16
 (
__x
); \

31 
	`__asm__
 ("rorw $8, %w0" \

32 : "�" (
__v
) \

33 : "0" (
__x
) \

35 
__v
; }))

	)

38 

	#__bsw�_16
(
x
) \

39 (
__ex�nsi�__
 \

40 ({ 
__x
 = (�(
x
); \

41 
	`__bsw�_cڡ�t_16
 (
__x
); }))

	)

44 
__�l�e
 

45 
	$__bsw�_16
 (
__bsx
)

47  
	`__bsw�_cڡ�t_16
 (
__bsx
);

48 
	}
}

	@/usr/include/bits/endian.h

3 #i�de�
_ENDIAN_H


7 

	#__BYTE_ORDER
 
__LITTLE_ENDIAN


	)

	@/usr/include/bits/fcntl-linux.h

19 #i�def 
_FCNTL_H


37 #ifde�
__USE_GNU


38 
	~<b�s/uio.h
>

42 

	#O_ACCMODE
 0003

	)

43 

	#O_RDONLY
 00

	)

44 

	#O_WRONLY
 01

	)

45 

	#O_RDWR
 02

	)

46 #i�de�
O_CREAT


47 

	#O_CREAT
 0100

	)

49 #i�de�
O_EXCL


50 

	#O_EXCL
 0200

	)

52 #i�de�
O_NOCTTY


53 

	#O_NOCTTY
 0400

	)

55 #i�de�
O_TRUNC


56 

	#O_TRUNC
 01000

	)

58 #i�de�
O_APPEND


59 

	#O_APPEND
 02000

	)

61 #i�de�
O_NONBLOCK


62 

	#O_NONBLOCK
 04000

	)

64 #i�de�
O_NDELAY


65 

	#O_NDELAY
 
O_NONBLOCK


	)

67 #i�de�
O_SYNC


68 

	#O_SYNC
 04010000

	)

70 

	#O_FSYNC
 
O_SYNC


	)

71 #i�de�
O_ASYNC


72 

	#O_ASYNC
 020000

	)

74 #i�de�
__O_LARGEFILE


75 

	#__O_LARGEFILE
 0100000

	)

78 #i�de�
__O_DIRECTORY


79 

	#__O_DIRECTORY
 0200000

	)

81 #i�de�
__O_NOFOLLOW


82 

	#__O_NOFOLLOW
 0400000

	)

84 #i�de�
__O_CLOEXEC


85 

	#__O_CLOEXEC
 02000000

	)

87 #i�de�
__O_DIRECT


88 

	#__O_DIRECT
 040000

	)

90 #i�de�
__O_NOATIME


91 

	#__O_NOATIME
 01000000

	)

93 #i�de�
__O_PATH


94 

	#__O_PATH
 010000000

	)

96 #i�de�
__O_DSYNC


97 

	#__O_DSYNC
 010000

	)

99 #i�de�
__O_TMPFILE


100 

	#__O_TMPFILE
 (020000000 | 
__O_DIRECTORY
)

	)

103 #i�de�
F_GETLK


104 #i�de�
__USE_FILE_OFFSET64


105 

	#F_GETLK
 5

	)

106 

	#F_SETLK
 6

	)

107 

	#F_SETLKW
 7

	)

109 

	#F_GETLK
 
F_GETLK64


	)

110 

	#F_SETLK
 
F_SETLK64


	)

111 

	#F_SETLKW
 
F_SETLKW64


	)

114 #i�de�
F_GETLK64


115 

	#F_GETLK64
 12

	)

116 

	#F_SETLK64
 13

	)

117 

	#F_SETLKW64
 14

	)

131 #ifde�
__USE_GNU


132 

	#F_OFD_GETLK
 36

	)

133 

	#F_OFD_SETLK
 37

	)

134 

	#F_OFD_SETLKW
 38

	)

137 #ifde�
__USE_LARGEFILE64


138 

	#O_LARGEFILE
 
__O_LARGEFILE


	)

141 #ifde�
__USE_XOPEN2K8


142 

	#O_DIRECTORY
 
__O_DIRECTORY


	)

143 

	#O_NOFOLLOW
 
__O_NOFOLLOW


	)

144 

	#O_CLOEXEC
 
__O_CLOEXEC


	)

147 #ifde�
__USE_GNU


148 

	#O_DIRECT
 
__O_DIRECT


	)

149 

	#O_NOATIME
 
__O_NOATIME


	)

150 

	#O_PATH
 
__O_PATH


	)

151 

	#O_TMPFILE
 
__O_TMPFILE


	)

157 #i�
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_UNIX98


158 

	#O_DSYNC
 
__O_DSYNC


	)

159 #i�
def�ed
 
__O_RSYNC


160 

	#O_RSYNC
 
__O_RSYNC


	)

162 

	#O_RSYNC
 
O_SYNC


	)

167 

	#F_DUPFD
 0

	)

168 

	#F_GETFD
 1

	)

169 

	#F_SETFD
 2

	)

170 

	#F_GETFL
 3

	)

171 

	#F_SETFL
 4

	)

173 #i�de�
__F_SETOWN


174 

	#__F_SETOWN
 8

	)

175 

	#__F_GETOWN
 9

	)

178 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8


179 

	#F_SETOWN
 
__F_SETOWN


	)

180 

	#F_GETOWN
 
__F_GETOWN


	)

183 #i�de�
__F_SETSIG


184 

	#__F_SETSIG
 10

	)

185 

	#__F_GETSIG
 11

	)

187 #i�de�
__F_SETOWN_EX


188 

	#__F_SETOWN_EX
 15

	)

189 

	#__F_GETOWN_EX
 16

	)

192 #ifde�
__USE_GNU


193 

	#F_SETSIG
 
__F_SETSIG


	)

194 

	#F_GETSIG
 
__F_GETSIG


	)

195 

	#F_SETOWN_EX
 
__F_SETOWN_EX


	)

196 

	#F_GETOWN_EX
 
__F_GETOWN_EX


	)

199 #ifde�
__USE_GNU


200 

	#F_SETLEASE
 1024

	)

201 

	#F_GETLEASE
 1025

	)

202 

	#F_NOTIFY
 1026

	)

203 

	#F_SETPIPE_SZ
 1031

	)

204 

	#F_GETPIPE_SZ
 1032

	)

206 #ifde�
__USE_XOPEN2K8


207 

	#F_DUPFD_CLOEXEC
 1030

	)

212 

	#FD_CLOEXEC
 1

	)

214 #i�de�
F_RDLCK


216 

	#F_RDLCK
 0

	)

217 

	#F_WRLCK
 1

	)

218 

	#F_UNLCK
 2

	)

223 #i�de�
F_EXLCK


224 

	#F_EXLCK
 4

	)

225 

	#F_SHLCK
 8

	)

228 #ifde�
__USE_MISC


230 

	#LOCK_SH
 1

	)

231 

	#LOCK_EX
 2

	)

232 

	#LOCK_NB
 4

	)

234 

	#LOCK_UN
 8

	)

237 #ifde�
__USE_GNU


238 

	#LOCK_MAND
 32

	)

239 

	#LOCK_READ
 64

	)

240 

	#LOCK_WRITE
 128

	)

241 

	#LOCK_RW
 192

	)

244 #ifde�
__USE_GNU


246 

	#DN_ACCESS
 0x00000001

	)

247 

	#DN_MODIFY
 0x00000002

	)

248 

	#DN_CREATE
 0x00000004

	)

249 

	#DN_DELETE
 0x00000008

	)

250 

	#DN_RENAME
 0x00000010

	)

251 

	#DN_ATTRIB
 0x00000020

	)

252 

	#DN_MULTISHOT
 0x80000000

	)

256 #ifde�
__USE_GNU


258 
	e__pid_ty�


260 
	mF_OWNER_TID
 = 0,

261 
	mF_OWNER_PID
,

262 
	mF_OWNER_PGRP
,

263 
	mF_OWNER_GID
 = 
F_OWNER_PGRP


267 
	sf_ow�r_ex


269 
__pid_ty�
 
	mty�
;

270 
__pid_t
 
	mpid
;

276 #ifdef 
__USE_MISC


277 

	#FAPPEND
 
O_APPEND


	)

278 

	#FFSYNC
 
O_FSYNC


	)

279 

	#FASYNC
 
O_ASYNC


	)

280 

	#FNONBLOCK
 
O_NONBLOCK


	)

281 

	#FNDELAY
 
O_NDELAY


	)

284 #i�de�
__POSIX_FADV_DONTNEED


285 

	#__POSIX_FADV_DONTNEED
 4

	)

286 

	#__POSIX_FADV_NOREUSE
 5

	)

289 #ifde�
__USE_XOPEN2K


290 

	#POSIX_FADV_NORMAL
 0

	)

291 

	#POSIX_FADV_RANDOM
 1

	)

292 

	#POSIX_FADV_SEQUENTIAL
 2

	)

293 

	#POSIX_FADV_WILLNEED
 3

	)

294 

	#POSIX_FADV_DONTNEED
 
__POSIX_FADV_DONTNEED


	)

295 

	#POSIX_FADV_NOREUSE
 
__POSIX_FADV_NOREUSE


	)

299 #ifde�
__USE_GNU


301 

	#SYNC_FILE_RANGE_WAIT_BEFORE
 1

	)

304 

	#SYNC_FILE_RANGE_WRITE
 2

	)

307 

	#SYNC_FILE_RANGE_WAIT_AFTER
 4

	)

312 

	#SPLICE_F_MOVE
 1

	)

313 

	#SPLICE_F_NONBLOCK
 2

	)

316 

	#SPLICE_F_MORE
 4

	)

317 

	#SPLICE_F_GIFT
 8

	)

321 

	#FALLOC_FL_KEEP_SIZE
 1

	)

324 

	#FALLOC_FL_PUNCH_HOLE
 2

	)

325 

	#FALLOC_FL_COLLAPSE_RANGE
 8

	)

328 

	#FALLOC_FL_ZERO_RANGE
 16

	)

333 
	sf�e_h�d�


335 
	mh�d�_by�s
;

336 
	mh�d�_ty�
;

338 
	mf_h�d�
[0];

342 

	#MAX_HANDLE_SZ
 128

	)

346 #ifde�
__USE_ATFILE


347 

	#AT_FDCWD
 -100

	)

350 

	#AT_SYMLINK_NOFOLLOW
 0x100

	)

351 

	#AT_REMOVEDIR
 0x200

	)

353 

	#AT_SYMLINK_FOLLOW
 0x400

	)

354 #ifde�
__USE_GNU


355 

	#AT_NO_AUTOMOUNT
 0x800

	)

357 

	#AT_EMPTY_PATH
 0x1000

	)

359 

	#AT_EACCESS
 0x200

	)

363 
	g__BEGIN_DECLS


365 #ifde�
__USE_GNU


368 
ssize_t
 
	$�adah�d
 (
__fd
, 
__off64_t
 
__off�t
, 
size_t
 
__cou�
)

369 
__THROW
;

376 

	`sync_f�e_�nge
 (
__fd
, 
__off64_t
 
__off�t
, __off64_�
__cou�
,

377 
__�ags
);

384 
ssize_t
 
	`vm�li�
 (
__fdout
, cڡ 
iovec
 *
__iov
,

385 
size_t
 
__cou�
, 
__�ags
);

391 
ssize_t
 
	`�li�
 (
__fd�
, 
__off64_t
 *
__off�
, 
__fdout
,

392 
__off64_t
 *
__offout
, 
size_t
 
__�n
,

393 
__�ags
);

399 
ssize_t
 
	`�e
 (
__fd�
, 
__fdout
, 
size_t
 
__�n
,

400 
__�ags
);

406 #i�de�
__USE_FILE_OFFSET64


407 

	`��o��
 (
__fd
, 
__mode
, 
__off_t
 
__off�t
, __off_�
__�n
);

409 #ifde�
__REDIRECT


410 

	`__REDIRECT
 (
��o��
, (
__fd
, 
__mode
, 
__off64_t
 
__off�t
,

411 
__off64_t
 
__�n
),

412 
��o��64
);

414 

	#��o��
 
��o��64


	)

417 #ifde�
__USE_LARGEFILE64


418 

	`��o��64
 (
__fd
, 
__mode
, 
__off64_t
 
__off�t
,

419 
__off64_t
 
__�n
);

424 

	$�me_to_h�d�_�
 (
__dfd
, cڡ *
__�me
,

425 
f�e_h�d�
 *
__h�d�
, *
__m�_id
,

426 
__�ags
�
__THROW
;

432 

	`ݒ_by_h�d�_�
 (
__mou�d�fd
, 
f�e_h�d�
 *
__h�d�
,

433 
__�ags
);

437 
__END_DECLS


	@/usr/include/bits/libio-ldbl.h

19 #i�de�
_IO_STDIO_H


23 
	$__LDBL_REDIR_DECL
 (
_IO_vfs�nf
)

24 
	`__LDBL_REDIR_DECL
 (
_IO_v�r�tf
)

	@/usr/include/bits/libm-simd-decl-stubs.h

19 #i�de�
_MATH_H


33 #i�de�
_BITS_LIBM_SIMD_DECL_STUBS_H


34 

	#_BITS_LIBM_SIMD_DECL_STUBS_H
 1

	)

36 

	#__DECL_SIMD_cos


	)

37 

	#__DECL_SIMD_cosf


	)

38 

	#__DECL_SIMD_co�


	)

40 

	#__DECL_SIMD_s�


	)

41 

	#__DECL_SIMD_s�f


	)

42 

	#__DECL_SIMD_s�l


	)

44 

	#__DECL_SIMD_s�cos


	)

45 

	#__DECL_SIMD_s�cosf


	)

46 

	#__DECL_SIMD_s�co�


	)

48 

	#__DECL_SIMD_log


	)

49 

	#__DECL_SIMD_logf


	)

50 

	#__DECL_SIMD_logl


	)

52 

	#__DECL_SIMD_exp


	)

53 

	#__DECL_SIMD_expf


	)

54 

	#__DECL_SIMD_ex�


	)

56 

	#__DECL_SIMD_pow


	)

57 

	#__DECL_SIMD_powf


	)

58 

	#__DECL_SIMD_powl


	)

	@/usr/include/bits/posix1_lim.h

24 #i�def 
_BITS_POSIX1_LIM_H


25 

	#_BITS_POSIX1_LIM_H
 1

	)

31 

	#_POSIX_AIO_LISTIO_MAX
 2

	)

34 

	#_POSIX_AIO_MAX
 1

	)

37 

	#_POSIX_ARG_MAX
 4096

	)

40 #ifde�
__USE_XOPEN2K


41 

	#_POSIX_CHILD_MAX
 25

	)

43 

	#_POSIX_CHILD_MAX
 6

	)

47 

	#_POSIX_DELAYTIMER_MAX
 32

	)

51 

	#_POSIX_HOST_NAME_MAX
 255

	)

54 

	#_POSIX_LINK_MAX
 8

	)

57 

	#_POSIX_LOGIN_NAME_MAX
 9

	)

60 

	#_POSIX_MAX_CANON
 255

	)

64 

	#_POSIX_MAX_INPUT
 255

	)

67 

	#_POSIX_MQ_OPEN_MAX
 8

	)

70 

	#_POSIX_MQ_PRIO_MAX
 32

	)

73 

	#_POSIX_NAME_MAX
 14

	)

76 #ifde�
__USE_XOPEN2K


77 

	#_POSIX_NGROUPS_MAX
 8

	)

79 

	#_POSIX_NGROUPS_MAX
 0

	)

83 #ifde�
__USE_XOPEN2K


84 

	#_POSIX_OPEN_MAX
 20

	)

86 

	#_POSIX_OPEN_MAX
 16

	)

89 #i�!
def�ed
 
__USE_XOPEN2K
 || def�ed 
__USE_GNU


92 

	#_POSIX_FD_SETSIZE
 
_POSIX_OPEN_MAX


	)

96 

	#_POSIX_PATH_MAX
 256

	)

99 

	#_POSIX_PIPE_BUF
 512

	)

103 

	#_POSIX_RE_DUP_MAX
 255

	)

106 

	#_POSIX_RTSIG_MAX
 8

	)

109 

	#_POSIX_SEM_NSEMS_MAX
 256

	)

112 

	#_POSIX_SEM_VALUE_MAX
 32767

	)

115 

	#_POSIX_SIGQUEUE_MAX
 32

	)

118 

	#_POSIX_SSIZE_MAX
 32767

	)

121 

	#_POSIX_STREAM_MAX
 8

	)

124 

	#_POSIX_SYMLINK_MAX
 255

	)

128 

	#_POSIX_SYMLOOP_MAX
 8

	)

131 

	#_POSIX_TIMER_MAX
 32

	)

134 

	#_POSIX_TTY_NAME_MAX
 9

	)

137 #ifde�
__USE_XOPEN2K


138 

	#_POSIX_TZNAME_MAX
 6

	)

140 

	#_POSIX_TZNAME_MAX
 3

	)

143 #i�!
def�ed
 
__USE_XOPEN2K
 || def�ed 
__USE_GNU


145 

	#_POSIX_QLIMIT
 1

	)

149 

	#_POSIX_HIWAT
 
_POSIX_PIPE_BUF


	)

152 

	#_POSIX_UIO_MAXIOV
 16

	)

156 

	#_POSIX_CLOCKRES_MIN
 20000000

	)

160 
	~<b�s/lo�l_lim.h
>

163 #i�def 
SSIZE_MAX


164 

	#SSIZE_MAX
 
LONG_MAX


	)

171 #i�def 
NGROUPS_MAX


172 

	#NGROUPS_MAX
 8

	)

	@/usr/include/bits/posix2_lim.h

22 #i�def 
_BITS_POSIX2_LIM_H


23 

	#_BITS_POSIX2_LIM_H
 1

	)

27 

	#_POSIX2_BC_BASE_MAX
 99

	)

30 

	#_POSIX2_BC_DIM_MAX
 2048

	)

33 

	#_POSIX2_BC_SCALE_MAX
 99

	)

36 

	#_POSIX2_BC_STRING_MAX
 1000

	)

40 

	#_POSIX2_COLL_WEIGHTS_MAX
 2

	)

44 

	#_POSIX2_EXPR_NEST_MAX
 32

	)

47 

	#_POSIX2_LINE_MAX
 2048

	)

51 

	#_POSIX2_RE_DUP_MAX
 255

	)

55 

	#_POSIX2_CHARCLASS_NAME_MAX
 14

	)

62 #i�def 
BC_BASE_MAX


63 

	#BC_BASE_MAX
 
_POSIX2_BC_BASE_MAX


	)

65 #i�def 
BC_DIM_MAX


66 

	#BC_DIM_MAX
 
_POSIX2_BC_DIM_MAX


	)

68 #i�def 
BC_SCALE_MAX


69 

	#BC_SCALE_MAX
 
_POSIX2_BC_SCALE_MAX


	)

71 #i�def 
BC_STRING_MAX


72 

	#BC_STRING_MAX
 
_POSIX2_BC_STRING_MAX


	)

74 #i�def 
COLL_WEIGHTS_MAX


75 

	#COLL_WEIGHTS_MAX
 255

	)

77 #i�def 
EXPR_NEST_MAX


78 

	#EXPR_NEST_MAX
 
_POSIX2_EXPR_NEST_MAX


	)

80 #i�def 
LINE_MAX


81 

	#LINE_MAX
 
_POSIX2_LINE_MAX


	)

83 #i�def 
CHARCLASS_NAME_MAX


84 

	#CHARCLASS_NAME_MAX
 2048

	)

88 

	#RE_DUP_MAX
 (0x7fff)

	)

	@/usr/include/bits/select.h

18 #i�de�
_SYS_SELECT_H


22 
	~<b�s/w�dsize.h
>

25 #i�
def�ed
 
__GNUC__
 && __GNUC__ >= 2

27 #i�
__WORDSIZE
 == 64

28 

	#__FD_ZERO_STOS
 "�osq"

	)

30 

	#__FD_ZERO_STOS
 "�o�"

	)

33 

	#__FD_ZERO
(
fd�
) \

35 
__d0
, 
__d1
; \

36 
__asm__
 
	`__vީ�e__
 ("�d;��; " 
__FD_ZERO_STOS
 \

37 : "=c" (
__d0
), "=D" (
__d1
) \

38 : "a" (0), "0" ( (
fd_�t
) \

39 /  (
__fd_mask
)), \

40 "1" (&
	`__FDS_BITS
 (
fd�
)[0]) \

42 } 0)

	)

48 

	#__FD_ZERO
(
�t
) \

50 
__i
; \

51 
fd_�t
 *
__�r
 = (
�t
); \

52 
__i
 = 0; __�<  (
fd_�t
�/  (
__fd_mask
); ++__i) \

53 
	`__FDS_BITS
 (
__�r
)[
__i
] = 0; \

54 } 0)

	)

58 

	#__FD_SET
(
d
, 
�t
) \

59 ((�(
	`__FDS_BITS
 (
�t
)[
	`__FD_ELT
 (
d
)] |�
	`__FD_MASK
 (d)))

	)

60 

	#__FD_CLR
(
d
, 
�t
) \

61 ((�(
	`__FDS_BITS
 (
�t
)[
	`__FD_ELT
 (
d
)] &�~
	`__FD_MASK
 (d)))

	)

62 

	#__FD_ISSET
(
d
, 
�t
) \

63 ((
	`__FDS_BITS
 (
�t
)[
	`__FD_ELT
 (
d
)] & 
	`__FD_MASK
 (d)�!�0)

	)

	@/usr/include/bits/select2.h

19 #i�de�
_SYS_SELECT_H


24 

__fd�t_chk
 (
__d
);

25 

	$__fd�t_w�n
 (
__d
)

26 
	`__w�ljr
 ("bit outside of fd_set selected");

27 #unde�
__FD_ELT


28 

	#__FD_ELT
(
d
) \

29 
__ex�nsi�__
 \

30 ({ 
__d
 = (
d
); \

31 (
	`__bu�t�_cڡ�t_p
 (
__d
) \

32 ? (0 <�
__d
 && __d < 
__FD_SETSIZE
 \

33 ? (
__d
 / 
__NFDBITS
) \

34 : 
	`__fd�t_w�n
 (
__d
)) \

35 : 
	`__fd�t_chk
 (
__d
)); 
	}
})

	)

	@/usr/include/bits/sockaddr.h

23 #i�de�
_BITS_SOCKADDR_H


24 

	#_BITS_SOCKADDR_H
 1

	)

28 
	t�_�m�y_t
;

34 

	#__SOCKADDR_COMMON
(
�_�efix
) \

35 
�_�m�y_t
 
�_�efix
##
�m�y


	)

37 

	#__SOCKADDR_COMMON_SIZE
 ( ())

	)

40 

	#_SS_SIZE
 128

	)

	@/usr/include/bits/socket_type.h

19 #i�de�
_SYS_SOCKET_H


24 
	e__sock�_ty�


26 
	mSOCK_STREAM
 = 1,

28 

	#SOCK_STREAM
 
SOCK_STREAM


	)

29 
	mSOCK_DGRAM
 = 2,

31 

	#SOCK_DGRAM
 
SOCK_DGRAM


	)

32 
	mSOCK_RAW
 = 3,

33 

	#SOCK_RAW
 
SOCK_RAW


	)

34 
	mSOCK_RDM
 = 4,

35 

	#SOCK_RDM
 
SOCK_RDM


	)

36 
	mSOCK_SEQPACKET
 = 5,

38 

	#SOCK_SEQPACKET
 
SOCK_SEQPACKET


	)

39 
	mSOCK_DCCP
 = 6,

40 

	#SOCK_DCCP
 
SOCK_DCCP


	)

41 
	mSOCK_PACKET
 = 10,

44 

	#SOCK_PACKET
 
SOCK_PACKET


	)

49 
	mSOCK_CLOEXEC
 = 02000000,

51 

	#SOCK_CLOEXEC
 
SOCK_CLOEXEC


	)

52 
	mSOCK_NONBLOCK
 = 00004000

54 

	#SOCK_NONBLOCK
 
SOCK_NONBLOCK


	)

	@/usr/include/bits/timex.h

18 #i�def 
_BITS_TIMEX_H


19 

	#_BITS_TIMEX_H
 1

	)

21 
	~<b�s/ty�s.h
>

25 
	stimex


27 
	mmodes
;

28 
__sys��_��g_t
 
	moff�t
;

29 
__sys��_��g_t
 
	m�eq
;

30 
__sys��_��g_t
 
	mmax�r�
;

31 
__sys��_��g_t
 
	me��r�
;

32 
	m��us
;

33 
__sys��_��g_t
 
	mcڡ�t
;

34 
__sys��_��g_t
 
	m�ecisi�
;

35 
__sys��_��g_t
 
	mtޔ��
;

36 
timev�
 
	mtime
;

37 
__sys��_��g_t
 
	mtick
;

38 
__sys��_��g_t
 
	m�s�eq
;

39 
__sys��_��g_t
 
	mj��r
;

40 
	mshi�
;

41 
__sys��_��g_t
 
	m�ab�
;

42 
__sys��_��g_t
 
	mj��t
;

43 
__sys��_��g_t
 
	m�l�t
;

44 
__sys��_��g_t
 
	m�r�t
;

45 
__sys��_��g_t
 
	m�b�t
;

47 
	m�i
;

56 

	#ADJ_OFFSET
 0x0001

	)

57 

	#ADJ_FREQUENCY
 0x0002

	)

58 

	#ADJ_MAXERROR
 0x0004

	)

59 

	#ADJ_ESTERROR
 0x0008

	)

60 

	#ADJ_STATUS
 0x0010

	)

61 

	#ADJ_TIMECONST
 0x0020

	)

62 

	#ADJ_TAI
 0x0080

	)

63 

	#ADJ_SETOFFSET
 0x0100

	)

64 

	#ADJ_MICRO
 0x1000

	)

65 

	#ADJ_NANO
 0x2000

	)

66 

	#ADJ_TICK
 0x4000

	)

67 

	#ADJ_OFFSET_SINGLESHOT
 0x8001

	)

68 

	#ADJ_OFFSET_SS_READ
 0xa001

	)

71 

	#MOD_OFFSET
 
ADJ_OFFSET


	)

72 

	#MOD_FREQUENCY
 
ADJ_FREQUENCY


	)

73 

	#MOD_MAXERROR
 
ADJ_MAXERROR


	)

74 

	#MOD_ESTERROR
 
ADJ_ESTERROR


	)

75 

	#MOD_STATUS
 
ADJ_STATUS


	)

76 

	#MOD_TIMECONST
 
ADJ_TIMECONST


	)

77 

	#MOD_CLKB
 
ADJ_TICK


	)

78 

	#MOD_CLKA
 
ADJ_OFFSET_SINGLESHOT


	)

79 

	#MOD_TAI
 
ADJ_TAI


	)

80 

	#MOD_MICRO
 
ADJ_MICRO


	)

81 

	#MOD_NANO
 
ADJ_NANO


	)

85 

	#STA_PLL
 0x0001

	)

86 

	#STA_PPSFREQ
 0x0002

	)

87 

	#STA_PPSTIME
 0x0004

	)

88 

	#STA_FLL
 0x0008

	)

90 

	#STA_INS
 0x0010

	)

91 

	#STA_DEL
 0x0020

	)

92 

	#STA_UNSYNC
 0x0040

	)

93 

	#STA_FREQHOLD
 0x0080

	)

95 

	#STA_PPSSIGNAL
 0x0100

	)

96 

	#STA_PPSJITTER
 0x0200

	)

97 

	#STA_PPSWANDER
 0x0400

	)

98 

	#STA_PPSERROR
 0x0800

	)

100 

	#STA_CLOCKERR
 0x1000

	)

101 

	#STA_NANO
 0x2000

	)

102 

	#STA_MODE
 0x4000

	)

103 

	#STA_CLK
 0x8000

	)

106 

	#STA_RONLY
 (
STA_PPSSIGNAL
 | 
STA_PPSJITTER
 | 
STA_PPSWANDER
 | \

107 
STA_PPSERROR
 | 
STA_CLOCKERR
 | 
STA_NANO
 | 
STA_MODE
 | 
STA_CLK
)

	)

	@/usr/include/bits/typesizes.h

19 #i�de�
_BITS_TYPES_H


23 #i�def 
_BITS_TYPESIZES_H


24 

	#_BITS_TYPESIZES_H
 1

	)

30 #i�
def�ed
 
__x86_64__
 && def�ed 
__ILP32__


31 

	#__SYSCALL_SLONG_TYPE
 
__SQUAD_TYPE


	)

32 

	#__SYSCALL_ULONG_TYPE
 
__UQUAD_TYPE


	)

34 

	#__SYSCALL_SLONG_TYPE
 
__SLONGWORD_TYPE


	)

35 

	#__SYSCALL_ULONG_TYPE
 
__ULONGWORD_TYPE


	)

38 

	#__DEV_T_TYPE
 
__UQUAD_TYPE


	)

39 

	#__UID_T_TYPE
 
__U32_TYPE


	)

40 

	#__GID_T_TYPE
 
__U32_TYPE


	)

41 

	#__INO_T_TYPE
 
__SYSCALL_ULONG_TYPE


	)

42 

	#__INO64_T_TYPE
 
__UQUAD_TYPE


	)

43 

	#__MODE_T_TYPE
 
__U32_TYPE


	)

44 #ifde�
__x86_64__


45 

	#__NLINK_T_TYPE
 
__SYSCALL_ULONG_TYPE


	)

46 

	#__FSWORD_T_TYPE
 
__SYSCALL_SLONG_TYPE


	)

48 

	#__NLINK_T_TYPE
 
__UWORD_TYPE


	)

49 

	#__FSWORD_T_TYPE
 
__SWORD_TYPE


	)

51 

	#__OFF_T_TYPE
 
__SYSCALL_SLONG_TYPE


	)

52 

	#__OFF64_T_TYPE
 
__SQUAD_TYPE


	)

53 

	#__PID_T_TYPE
 
__S32_TYPE


	)

54 

	#__RLIM_T_TYPE
 
__SYSCALL_ULONG_TYPE


	)

55 

	#__RLIM64_T_TYPE
 
__UQUAD_TYPE


	)

56 

	#__BLKCNT_T_TYPE
 
__SYSCALL_SLONG_TYPE


	)

57 

	#__BLKCNT64_T_TYPE
 
__SQUAD_TYPE


	)

58 

	#__FSBLKCNT_T_TYPE
 
__SYSCALL_ULONG_TYPE


	)

59 

	#__FSBLKCNT64_T_TYPE
 
__UQUAD_TYPE


	)

60 

	#__FSFILCNT_T_TYPE
 
__SYSCALL_ULONG_TYPE


	)

61 

	#__FSFILCNT64_T_TYPE
 
__UQUAD_TYPE


	)

62 

	#__ID_T_TYPE
 
__U32_TYPE


	)

63 

	#__CLOCK_T_TYPE
 
__SYSCALL_SLONG_TYPE


	)

64 

	#__TIME_T_TYPE
 
__SYSCALL_SLONG_TYPE


	)

65 

	#__USECONDS_T_TYPE
 
__U32_TYPE


	)

66 

	#__SUSECONDS_T_TYPE
 
__SYSCALL_SLONG_TYPE


	)

67 

	#__DADDR_T_TYPE
 
__S32_TYPE


	)

68 

	#__KEY_T_TYPE
 
__S32_TYPE


	)

69 

	#__CLOCKID_T_TYPE
 
__S32_TYPE


	)

70 

	#__TIMER_T_TYPE
 *

	)

71 

	#__BLKSIZE_T_TYPE
 
__SYSCALL_SLONG_TYPE


	)

72 

	#__FSID_T_TYPE
 s�u� { 
__v�
[2]; }

	)

73 

	#__SSIZE_T_TYPE
 
__SWORD_TYPE


	)

74 

	#__CPU_MASK_TYPE
 
__SYSCALL_ULONG_TYPE


	)

76 #ifde�
__x86_64__


80 

	#__OFF_T_MATCHES_OFF64_T
 1

	)

83 

	#__INO_T_MATCHES_INO64_T
 1

	)

87 

	#__FD_SETSIZE
 1024

	)

	@/usr/include/bits/uio.h

18 #i�!
def�ed
 
_SYS_UIO_H
 && !def�ed 
_FCNTL_H


22 #i�de�
_BITS_UIO_H


23 

	#_BITS_UIO_H
 1

	)

25 
	~<sys/ty�s.h
>

39 

	#UIO_MAXIOV
 1024

	)

43 
	siovec


45 *
	miov_ba�
;

46 
size_t
 
	miov_�n
;

52 #ifde�
__USE_GNU


53 #i�
def�ed
 
_SYS_UIO_H
 && !def�ed 
_BITS_UIO_H_FOR_SYS_UIO_H


54 

	#_BITS_UIO_H_FOR_SYS_UIO_H
 1

	)

56 
__BEGIN_DECLS


59 
ssize_t
 
	$�o�ss_vm_�adv
 (
pid_t
 
__pid
, cڡ 
iovec
 *
__lvec
,

60 
__liov�t
,

61 cڡ 
iovec
 *
__rvec
,

62 
__riov�t
,

63 
__�ags
)

64 
__THROW
;

67 
ssize_t
 
	$�o�ss_vm_wr�ev
 (
pid_t
 
__pid
, cڡ 
iovec
 *
__lvec
,

68 
__liov�t
,

69 cڡ 
iovec
 *
__rvec
,

70 
__riov�t
,

71 
__�ags
)

72 
__THROW
;

74 
__END_DECLS


	@/usr/include/bits/xopen_lim.h

29 #i�de�
_XOPEN_LIM_H


30 

	#_XOPEN_LIM_H
 1

	)

32 

	#__�ed_IOV_MAX


	)

33 
	~<b�s/�dio_lim.h
>

65 

	#_XOPEN_IOV_MAX
 
_POSIX_UIO_MAXIOV


	)

70 

	#NL_ARGMAX
 
_POSIX_ARG_MAX


	)

73 

	#NL_LANGMAX
 
_POSIX2_LINE_MAX


	)

76 

	#NL_MSGMAX
 
INT_MAX


	)

80 

	#NL_NMAX
 
INT_MAX


	)

83 

	#NL_SETMAX
 
INT_MAX


	)

86 

	#NL_TEXTMAX
 
INT_MAX


	)

89 

	#NZERO
 20

	)

93 #ifde�
INT_MAX


94 #i�
INT_MAX
 == 32767

95 

	#WORD_BIT
 16

	)

97 #i�
INT_MAX
 == 2147483647

98 

	#WORD_BIT
 32

	)

101 

	#WORD_BIT
 64

	)

104 #�i�
def�ed
 
__INT_MAX__


105 #i�
__INT_MAX__
 == 32767

106 

	#WORD_BIT
 16

	)

108 #i�
__INT_MAX__
 == 2147483647

109 

	#WORD_BIT
 32

	)

112 

	#WORD_BIT
 64

	)

116 

	#WORD_BIT
 32

	)

120 #ifde�
LONG_MAX


121 #i�
LONG_MAX
 == 2147483647

122 

	#LONG_BIT
 32

	)

125 

	#LONG_BIT
 64

	)

127 #�i�
def�ed
 
__LONG_MAX__


128 #i�
__LONG_MAX__
 == 2147483647

129 

	#LONG_BIT
 32

	)

132 

	#LONG_BIT
 64

	)

135 
	~<b�s/w�dsize.h
>

136 #i�
__WORDSIZE
 == 64

137 

	#LONG_BIT
 64

	)

139 

	#LONG_BIT
 32

	)

	@/usr/include/gnu/stubs.h

6 #i�!
def�ed
 
__x86_64__


7 
	~<gnu/�ubs-32.h
>

9 #i�
def�ed
 
__x86_64__
 && def�ed 
__LP64__


10 
	~<gnu/�ubs-64.h
>

12 #i�
def�ed
 
__x86_64__
 && def�ed 
__ILP32__


13 
	~<gnu/�ubs-x32.h
>

	@/usr/include/linux/errno.h

1 
	~<asm/��o.h
>

	@/usr/include/linux/limits.h

1 #i�de�
_LINUX_LIMITS_H


2 

	#_LINUX_LIMITS_H


	)

4 

	#NR_OPEN
 1024

	)

6 

	#NGROUPS_MAX
 65536

	)

7 

	#ARG_MAX
 131072

	)

8 

	#LINK_MAX
 127

	)

9 

	#MAX_CANON
 255

	)

10 

	#MAX_INPUT
 255

	)

11 

	#NAME_MAX
 255

	)

12 

	#PATH_MAX
 4096

	)

13 

	#PIPE_BUF
 4096

	)

14 

	#XATTR_NAME_MAX
 255

	)

15 

	#XATTR_SIZE_MAX
 65536

	)

16 

	#XATTR_LIST_MAX
 65536

	)

18 

	#RTSIG_MAX
 32

	)

	@/usr/include/linux/param.h

1 #i�de�
_LINUX_PARAM_H


2 

	#_LINUX_PARAM_H


	)

4 
	~<asm/��m.h
>

	@/usr/include/stdc-predef.h

18 #i�def 
_STDC_PREDEF_H


19 

	#_STDC_PREDEF_H
 1

	)

36 #ifde�
__GCC_IEC_559


37 #i�
__GCC_IEC_559
 > 0

38 

	#__STDC_IEC_559__
 1

	)

41 

	#__STDC_IEC_559__
 1

	)

44 #ifde�
__GCC_IEC_559_COMPLEX


45 #i�
__GCC_IEC_559_COMPLEX
 > 0

46 

	#__STDC_IEC_559_COMPLEX__
 1

	)

49 

	#__STDC_IEC_559_COMPLEX__
 1

	)

55 

	#__STDC_ISO_10646__
 201505L

	)

58 

	#__STDC_NO_THREADS__
 1

	)

	@/usr/include/sys/cdefs.h

18 #i�def 
_SYS_CDEFS_H


19 

	#_SYS_CDEFS_H
 1

	)

22 #i�de�
_FEATURES_H


23 
	~<�u�s.h
>

29 #i�
def�ed
 
__GNUC__
 && !def�ed 
__STDC__


34 #unde�
__P


35 #unde�
__PMT


37 #ifde�
__GNUC__


41 #i�
__GNUC_PREREQ
 (4, 6�&& !
def�ed
 
_LIBC


42 

	#__LEAF
 , 
__�af__


	)

43 

	#__LEAF_ATTR
 
	`__��ibu�__
 ((
__�af__
))

	)

45 

	#__LEAF


	)

46 

	#__LEAF_ATTR


	)

54 #i�!
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (3, 3)

55 

	#__THROW
 
	`__��ibu�__
 ((
__n�hrow__
 
__LEAF
))

	)

56 

	#__THROWNL
 
	`__��ibu�__
 ((
__n�hrow__
))

	)

57 

	#__NTH
(
f�
�
	`__��ibu�__
 ((
__n�hrow__
 
__LEAF
)�
	)
fct

59 #i�
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (2,8)

60 

	#__THROW
 
	`throw
 ()

	)

61 

	#__THROWNL
 
	`throw
 ()

	)

62 

	#__NTH
(
f�
�
__LEAF_ATTR
 f� 
	`throw
 ()

	)

64 

	#__THROW


	)

65 

	#__THROWNL


	)

66 

	#__NTH
(
f�
�
	)
fct

72 

	#__�l�e


	)

74 

	#__THROW


	)

75 

	#__THROWNL


	)

76 

	#__NTH
(
f�
�
	)
fct

82 

	#__P
(
�gs
�
	)
args

83 

	#__PMT
(
�gs
�
	)
args

88 

	#__CONCAT
(
x
,
y
�x ## 
	)
y

89 

	#__STRING
(
x
�#x

	)

92 

	#__�r_t
 *

	)

93 

	#__l�g_doub�_t
 

	)

97 #ifdef 
__�lu�lus


98 

	#__BEGIN_DECLS
 
"C" {

	)

99 

	#__END_DECLS
 }

	)

101 

	#__BEGIN_DECLS


	)

102 

	#__END_DECLS


	)

111 #i�
def�ed
 
__�lu�lus
 && def�ed 
_GLIBCPP_USE_NAMESPACES


112 

	#__BEGIN_NAMESPACE_STD
 
�me�a�
 
�d
 {

	)

113 

	#__END_NAMESPACE_STD
 }

	)

114 

	#__USING_NAMESPACE_STD
(
�me
�
us�g
 
�d
::�me;

	)

115 

	#__BEGIN_NAMESPACE_C99
 
�me�a�
 
__c99
 {

	)

116 

	#__END_NAMESPACE_C99
 }

	)

117 

	#__USING_NAMESPACE_C99
(
�me
�
us�g
 
__c99
::�me;

	)

122 

	#__BEGIN_NAMESPACE_STD


	)

123 

	#__END_NAMESPACE_STD


	)

124 

	#__USING_NAMESPACE_STD
(
�me
)

	)

125 

	#__BEGIN_NAMESPACE_C99


	)

126 

	#__END_NAMESPACE_C99


	)

127 

	#__USING_NAMESPACE_C99
(
�me
)

	)

132 

	#__bos
(
�r
�
	`__bu�t�_obje�_size
 (�r, 
__USE_FORTIFY_LEVEL
 > 1)

	)

133 

	#__bos0
(
�r
�
	`__bu�t�_obje�_size
 (�r, 0)

	)

135 #i�
__GNUC_PREREQ
 (4,3)

136 

	#__w�nde�
(
�me
, 
msg
) \

137 

	`�me
 (�
	`__��ibu�__
((
	`__w�n�g__
 (
msg
)))

	)

138 

	#__w�ljr
(
msg
�
	`__��ibu�__
((
	`__w�n�g__
 (msg)))

	)

139 

	#__�r�de�
(
�me
, 
msg
) \

140 

	`�me
 (�
	`__��ibu�__
((
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 (
msg
)))

	)

142 

	#__w�nde�
(
�me
, 
msg
�

	`�me
 ()

	)

143 

	#__w�ljr
(
msg
)

	)

144 

	#__�r�de�
(
�me
, 
msg
�

	`�me
 ()

	)

148 #i�
__GNUC_PREREQ
 (2,97)

150 

	#__�ex�r
 []

	)

152 #ifde�
__GNUC__


153 

	#__�ex�r
 [0]

	)

155 #i�
def�ed
 
__STDC_VERSION__
 && __STDC_VERSION__ >= 199901L

156 

	#__�ex�r
 []

	)

159 

	#__�ex�r
 [1]

	)

175 #i�
def�ed
 
__GNUC__
 && __GNUC__ >= 2

177 

	#__REDIRECT
(
�me
, 
��o
, 
��s
��m����
	`__asm__
 (
	`__ASMNAME
 (#��s))

	)

178 #ifde�
__�lu�lus


179 

	#__REDIRECT_NTH
(
�me
, 
��o
, 
��s
) \

180 
�me
 
��o
 
__THROW
 
	`__asm__
 (
	`__ASMNAME
 (#��s))

	)

181 

	#__REDIRECT_NTHNL
(
�me
, 
��o
, 
��s
) \

182 
�me
 
��o
 
__THROWNL
 
	`__asm__
 (
	`__ASMNAME
 (#��s))

	)

184 

	#__REDIRECT_NTH
(
�me
, 
��o
, 
��s
) \

185 
�me
 
��o
 
	`__asm__
 (
	`__ASMNAME
 (#��s)�
__THROW


	)

186 

	#__REDIRECT_NTHNL
(
�me
, 
��o
, 
��s
) \

187 
�me
 
��o
 
	`__asm__
 (
	`__ASMNAME
 (#��s)�
__THROWNL


	)

189 

	#__ASMNAME
(
�ame
�
	`__ASMNAME2
 (
__USER_LABEL_PREFIX__
, c�me)

	)

190 

	#__ASMNAME2
(
�efix
, 
�ame
�
	`__STRING
 (�efix�
	)
cname

203 #i�!
def�ed
 
__GNUC__
 || __GNUC__ < 2

204 

	#__��ibu�__
(
xyz
�

	)

210 #i�
__GNUC_PREREQ
 (2,96)

211 

	#__��ibu�_m�loc__
 
	`__��ibu�__
 ((
__m�loc__
))

	)

213 

	#__��ibu�_m�loc__


	)

218 #i�
__GNUC_PREREQ
 (4, 3)

219 

	#__��ibu�_�loc_size__
(
��ms
) \

220 
	`__��ibu�__
 ((
__�loc_size__
 
��ms
))

	)

222 

	#__��ibu�_�loc_size__
(
��ms
�

	)

228 #i�
__GNUC_PREREQ
 (2,96)

229 

	#__��ibu�_pu�__
 
	`__��ibu�__
 ((
__pu�__
))

	)

231 

	#__��ibu�_pu�__


	)

235 #i�
__GNUC_PREREQ
 (2,5)

236 

	#__��ibu�_cڡ__
 
	`__��ibu�__
 ((
__cڡ__
))

	)

238 

	#__��ibu�_cڡ__


	)

244 #i�
__GNUC_PREREQ
 (3,1)

245 

	#__��ibu�_u�d__
 
	`__��ibu�__
 ((
__u�d__
))

	)

246 

	#__��ibu�_no�l�e__
 
	`__��ibu�__
 ((
__no�l�e__
))

	)

248 

	#__��ibu�_u�d__
 
	`__��ibu�__
 ((
__unu�d__
))

	)

249 

	#__��ibu�_no�l�e__


	)

253 #i�
__GNUC_PREREQ
 (3,2)

254 

	#__��ibu�_d����d__
 
	`__��ibu�__
 ((
__d����d__
))

	)

256 

	#__��ibu�_d����d__


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265 #i�
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 (2,8)

266 

	#__��ibu�_f�m�_�g__
(
x
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 ((
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	)

268 

	#__��ibu�_f�m�_�g__
(
x
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	)

275 #i�
__GNUC_PREREQ
 (2,97)

276 

	#__��ibu�_f�m�_�rfm�__
(
a
,
b
) \

277 
	`__��ibu�__
 ((
	`__f�m�__
 (
__�rfm�__
, 
a
, 
b
)))

	)

279 

	#__��ibu�_f�m�_�rfm�__
(
a
,
b
�

	)

284 #i�
__GNUC_PREREQ
 (3,3)

285 

	#__n�nu�
(
��ms
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	`__��ibu�__
 ((
__n�nu�__
��ams))

	)

287 

	#__n�nu�
(
��ms
)

	)

292 #i�
__GNUC_PREREQ
 (3,4)

293 

	#__��ibu�_w�n_unu�d_�su�__
 \

294 
	`__��ibu�__
 ((
__w�n_unu�d_�su�__
))

	)

295 #i�
__USE_FORTIFY_LEVEL
 > 0

296 

	#__wur
 
__��ibu�_w�n_unu�d_�su�__


	)

299 

	#__��ibu�_w�n_unu�d_�su�__


	)

301 #i�de�
__wur


302 

	#__wur


	)

306 #i�
__GNUC_PREREQ
 (3,2)

307 

	#__�ways_�l�e
 
__�l�e
 
	`__��ibu�__
 ((
__�ways_�l�e__
))

	)

309 

	#__�ways_�l�e
 
__�l�e


	)

314 #i�
__GNUC_PREREQ
 (4,3)

315 

	#__��ibu�_�tific�l__
 
	`__��ibu�__
 ((
__�tific�l__
))

	)

317 

	#__��ibu�_�tific�l__


	)

329 #i�(!
def�ed
 
__�lu�lus
 || 
__GNUC_PREREQ
 (4,3) \

330 || (
def�ed
 
__��g__
 && (def�ed 
__GNUC_STDC_INLINE__
 \

331 || 
def�ed
 
__GNUC_GNU_INLINE__
)))

332 #i�
def�ed
 
__GNUC_STDC_INLINE__
 || def�ed 
__�lu�lus


333 

	#__ex��_�l�e
 
__�l�e
 
	`__��ibu�__
 ((
__gnu_�l�e__
))

	)

334 

	#__ex��_�ways_�l�e
 \

335 
__�ways_�l�e
 
	`__��ibu�__
 ((
__gnu_�l�e__
))

	)

337 

	#__ex��_�l�e
 
__�l�e


	)

338 

	#__ex��_�ways_�l�e
 
__�ways_�l�e


	)

342 #ifde�
__ex��_�ways_�l�e


343 

	#__f�tify_fun�i�
 
__ex��_�ways_�l�e
 
__��ibu�_�tific�l__


	)

348 #i�
__GNUC_PREREQ
 (4,3)

349 

	#__va_�g_�ck
(�
	`__bu�t�_va_�g_�ck
 ()

	)

350 

	#__va_�g_�ck_�n
(�
	`__bu�t�_va_�g_�ck_�n
 ()

	)

357 #i�!
__GNUC_PREREQ
 (2,8)

358 

	#__ex�nsi�__


	)

362 #i�!
__GNUC_PREREQ
 (2,92)

363 

	#__��ri�


	)

369 #i�
__GNUC_PREREQ
 (3,1�&& !
def�ed
 
__GNUG__


370 

	#__��ri�_�r
 
__��ri�


	)

372 #ifde�
__GNUC__


373 

	#__��ri�_�r


	)

375 #i�
def�ed
 
__STDC_VERSION__
 && __STDC_VERSION__ >= 199901L

376 

	#__��ri�_�r
 
��ri�


	)

379 

	#__��ri�_�r


	)

384 #i�
__GNUC__
 >= 3

385 

	#__glibc_u�ik�y
(
c�d
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	`__bu�t�_ex��
 ((c�d), 0)

	)

386 

	#__glibc_lik�y
(
c�d
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	`__bu�t�_ex��
 ((c�d), 1)

	)

388 

	#__glibc_u�ik�y
(
c�d
�(c�d)

	)

389 

	#__glibc_lik�y
(
c�d
�(c�d)

	)

392 #i�(!
def�ed
 
_Nܑu�
 \

393 && (
def�ed
 
__STDC_VERSION__
 ? __STDC_VERSION__ : 0) < 201112 \

394 && !
	$__GNUC_PREREQ
 (4,7))

395 #i�
	`__GNUC_PREREQ
 (2,8)

396 

	#_Nܑu�
 
	`__��ibu�__
 ((
__nܑu�__
))

	)

398 

	#_Nܑu�


	)

402 #i�(!
def�ed
 
_S�tic_as��
 && !def�ed 
__�lu�lus
 \

403 && (
def�ed
 
__STDC_VERSION__
 ? __STDC_VERSION__ : 0) < 201112 \

404 && (!
	`__GNUC_PREREQ
 (4, 6�|| 
def�ed
 
__STRICT_ANSI__
))

405 

	#_S�tic_as��
(
ex�
, 
d�gno�ic
) \

406 
(*
	`__S�tic_as��_fun�i�
 ()) \

407 [!! (�ru� { 
__�r�_if_�g�ive
: (
ex�
�? 2 : -1; })]

	)

410 
	~<b�s/w�dsize.h
>

412 #i�
def�ed
 
__LONG_DOUBLE_MATH_OPTIONAL
 && def�ed 
__NO_LONG_DOUBLE_MATH


413 

	#__LDBL_COMPAT
 1

	)

414 #ifde�
__REDIRECT


415 

	#__LDBL_REDIR1
(
�me
, 
��o
, 
��s
�
	`__REDIRECT
 (�me,�r�o,�l�s)

	)

416 

	#__LDBL_REDIR
(
�me
, 
��o
) \

417 
	`__LDBL_REDIR1
 (
�me
, 
��o
, 
__�dbl_
##�me)

	)

418 

	#__LDBL_REDIR1_NTH
(
�me
, 
��o
, 
��s
�
	`__REDIRECT_NTH
 (�me,�r�o,�l�s)

	)

419 

	#__LDBL_REDIR_NTH
(
�me
, 
��o
) \

420 
	`__LDBL_REDIR1_NTH
 (
�me
, 
��o
, 
__�dbl_
##�me)

	)

421 

	#__LDBL_REDIR1_DECL
(
�me
, 
��s
) \

422 
	`__ty�of
 (
�me
��m�
	`__asm
 (
	`__ASMNAME
 (#��s));

	)

423 

	#__LDBL_REDIR_DECL
(
�me
) \

424 
	`__ty�of
 (
�me
��m�
	`__asm
 (
	`__ASMNAME
 ("__�dbl_" #�me));

	)

425 

	#__REDIRECT_LDBL
(
�me
, 
��o
, 
��s
) \

426 
	`__LDBL_REDIR1
 (
�me
, 
��o
, 
__�dbl_
##
��s
)

	)

427 

	#__REDIRECT_NTH_LDBL
(
�me
, 
��o
, 
��s
) \

428 
	`__LDBL_REDIR1_NTH
 (
�me
, 
��o
, 
__�dbl_
##
��s
)

	)

431 #i�!
def�ed
 
__LDBL_COMPAT
 || !def�ed 
__REDIRECT


432 

	#__LDBL_REDIR1
(
�me
, 
��o
, 
��s
��m�
	)
proto

433 

	#__LDBL_REDIR
(
�me
, 
��o
��m�
	)
proto

434 

	#__LDBL_REDIR1_NTH
(
�me
, 
��o
, 
��s
��m����
__THROW


	)

435 

	#__LDBL_REDIR_NTH
(
�me
, 
��o
��m����
__THROW


	)

436 

	#__LDBL_REDIR_DECL
(
�me
)

	)

437 #ifde�
__REDIRECT


438 

	#__REDIRECT_LDBL
(
�me
, 
��o
, 
��s
�
	`__REDIRECT
 (�me,�r�o,�l�s)

	)

439 

	#__REDIRECT_NTH_LDBL
(
�me
, 
��o
, 
��s
) \

440 
	`__REDIRECT_NTH
 (
�me
, 
��o
, 
��s
)

	)

	@/usr/include/asm-generic/socket.h

1 #i�de�
__ASM_GENERIC_SOCKET_H


2 

	#__ASM_GENERIC_SOCKET_H


	)

4 
	~<asm/sockios.h
>

7 

	#SOL_SOCKET
 1

	)

9 

	#SO_DEBUG
 1

	)

10 

	#SO_REUSEADDR
 2

	)

11 

	#SO_TYPE
 3

	)

12 

	#SO_ERROR
 4

	)

13 

	#SO_DONTROUTE
 5

	)

14 

	#SO_BROADCAST
 6

	)

15 

	#SO_SNDBUF
 7

	)

16 

	#SO_RCVBUF
 8

	)

17 

	#SO_SNDBUFFORCE
 32

	)

18 

	#SO_RCVBUFFORCE
 33

	)

19 

	#SO_KEEPALIVE
 9

	)

20 

	#SO_OOBINLINE
 10

	)

21 

	#SO_NO_CHECK
 11

	)

22 

	#SO_PRIORITY
 12

	)

23 

	#SO_LINGER
 13

	)

24 

	#SO_BSDCOMPAT
 14

	)

25 

	#SO_REUSEPORT
 15

	)

26 #i�de�
SO_PASSCRED


27 

	#SO_PASSCRED
 16

	)

28 

	#SO_PEERCRED
 17

	)

29 

	#SO_RCVLOWAT
 18

	)

30 

	#SO_SNDLOWAT
 19

	)

31 

	#SO_RCVTIMEO
 20

	)

32 

	#SO_SNDTIMEO
 21

	)

36 

	#SO_SECURITY_AUTHENTICATION
 22

	)

37 

	#SO_SECURITY_ENCRYPTION_TRANSPORT
 23

	)

38 

	#SO_SECURITY_ENCRYPTION_NETWORK
 24

	)

40 

	#SO_BINDTODEVICE
 25

	)

43 

	#SO_ATTACH_FILTER
 26

	)

44 

	#SO_DETACH_FILTER
 27

	)

45 

	#SO_GET_FILTER
 
SO_ATTACH_FILTER


	)

47 

	#SO_PEERNAME
 28

	)

48 

	#SO_TIMESTAMP
 29

	)

49 

	#SCM_TIMESTAMP
 
SO_TIMESTAMP


	)

51 

	#SO_ACCEPTCONN
 30

	)

53 

	#SO_PEERSEC
 31

	)

54 

	#SO_PASSSEC
 34

	)

55 

	#SO_TIMESTAMPNS
 35

	)

56 

	#SCM_TIMESTAMPNS
 
SO_TIMESTAMPNS


	)

58 

	#SO_MARK
 36

	)

60 

	#SO_TIMESTAMPING
 37

	)

61 

	#SCM_TIMESTAMPING
 
SO_TIMESTAMPING


	)

63 

	#SO_PROTOCOL
 38

	)

64 

	#SO_DOMAIN
 39

	)

66 

	#SO_RXQ_OVFL
 40

	)

68 

	#SO_WIFI_STATUS
 41

	)

69 

	#SCM_WIFI_STATUS
 
SO_WIFI_STATUS


	)

70 

	#SO_PEEK_OFF
 42

	)

73 

	#SO_NOFCS
 43

	)

75 

	#SO_LOCK_FILTER
 44

	)

77 

	#SO_SELECT_ERR_QUEUE
 45

	)

79 

	#SO_BUSY_POLL
 46

	)

81 

	#SO_MAX_PACING_RATE
 47

	)

83 

	#SO_BPF_EXTENSIONS
 48

	)

85 

	#SO_INCOMING_CPU
 49

	)

87 

	#SO_ATTACH_BPF
 50

	)

88 

	#SO_DETACH_BPF
 
SO_DETACH_FILTER


	)

	@/usr/include/asm/errno.h

1 
	~<asm-g��ic/��o.h
>

	@/usr/include/asm/param.h

1 
	~<asm-g��ic/��m.h
>

	@/usr/include/bits/local_lim.h

24 #i�de�
NR_OPEN


25 

	#__undef_NR_OPEN


	)

27 #i�de�
LINK_MAX


28 

	#__undef_LINK_MAX


	)

30 #i�de�
OPEN_MAX


31 

	#__undef_OPEN_MAX


	)

33 #i�de�
ARG_MAX


34 

	#__undef_ARG_MAX


	)

38 
	~<l�ux/lim�s.h
>

41 #ifde�
__undef_NR_OPEN


42 #unde�
NR_OPEN


43 #unde�
__undef_NR_OPEN


46 #ifde�
__undef_LINK_MAX


47 #unde�
LINK_MAX


48 #unde�
__undef_LINK_MAX


51 #ifde�
__undef_OPEN_MAX


52 #unde�
OPEN_MAX


53 #unde�
__undef_OPEN_MAX


56 #ifde�
__undef_ARG_MAX


57 #unde�
ARG_MAX


58 #unde�
__undef_ARG_MAX


62 

	#_POSIX_THREAD_KEYS_MAX
 128

	)

64 

	#PTHREAD_KEYS_MAX
 1024

	)

67 

	#_POSIX_THREAD_DESTRUCTOR_ITERATIONS
 4

	)

69 

	#PTHREAD_DESTRUCTOR_ITERATIONS
 
_POSIX_THREAD_DESTRUCTOR_ITERATIONS


	)

72 

	#_POSIX_THREAD_THREADS_MAX
 64

	)

74 #unde�
PTHREAD_THREADS_MAX


78 

	#AIO_PRIO_DELTA_MAX
 20

	)

81 

	#PTHREAD_STACK_MIN
 16384

	)

84 

	#DELAYTIMER_MAX
 2147483647

	)

87 

	#TTY_NAME_MAX
 32

	)

90 

	#LOGIN_NAME_MAX
 256

	)

93 

	#HOST_NAME_MAX
 64

	)

96 

	#MQ_PRIO_MAX
 32768

	)

99 

	#SEM_VALUE_MAX
 (2147483647)

	)

	@/usr/include/gconv.h

22 #i�de�
_GCONV_H


23 

	#_GCONV_H
 1

	)

25 
	~<�u�s.h
>

26 

	#__�ed_mb��e_t


	)

27 

	#__�ed_w�t_t


	)

28 
	~<wch�.h
>

29 

	#__�ed_size_t


	)

30 

	#__�ed_wch�_t


	)

31 
	~<�ddef.h
>

34 

	#__UNKNOWN_10646_CHAR
 ((
wch�_t
�0xfffd)

	)

39 
	m__GCONV_OK
 = 0,

40 
	m__GCONV_NOCONV
,

41 
	m__GCONV_NODB
,

42 
	m__GCONV_NOMEM
,

44 
	m__GCONV_EMPTY_INPUT
,

45 
	m__GCONV_FULL_OUTPUT
,

46 
	m__GCONV_ILLEGAL_INPUT
,

47 
	m__GCONV_INCOMPLETE_INPUT
,

49 
	m__GCONV_ILLEGAL_DESCRIPTOR
,

50 
	m__GCONV_INTERNAL_ERROR


57 
	m__GCONV_IS_LAST
 = 0x0001,

58 
	m__GCONV_IGNORE_ERRORS
 = 0x0002,

59 
	m__GCONV_SWAP
 = 0x0004,

60 
	m__GCONV_TRANSLIT
 = 0x0008

65 
	g__gc�v_��
;

66 
	g__gc�v_��_d�a
;

67 
	g__gc�v_l�ded_obje�
;

71 (*
	t__gc�v_f�
�(
	t__gc�v_��
 *, 
	t__gc�v_��_d�a
 *,

73 **, 
	tsize_t
 *, , );

76 
	$w�t_t
 (*
	t__gc�v_btowc_f�
�(
	t__gc�v_��
 *, );

79 (*
	t__gc�v_��_f�
�(
	t__gc�v_��
 *);

80 (*
	t__gc�v_�d_f�
�(
	t__gc�v_��
 *);

84 
	s__gc�v_��


86 
__gc�v_l�ded_obje�
 *
__shlib_h�d�
;

87 cڡ *
__mod�me
;

89 
__cou��
;

91 *
__�om_�me
;

92 *
__to_�me
;

94 
__gc�v_f�
 
__f�
;

95 
__gc�v_btowc_f�
 
__btowc_f�
;

96 
__gc�v_��_f�
 
__��_f�
;

97 
__gc�v_�d_f�
 
__�d_f�
;

101 
__m�_�eded_�om
;

102 
__max_�eded_�om
;

103 
__m�_�eded_to
;

104 
__max_�eded_to
;

107 
__��eful
;

109 *
__d�a
;

114 
	s__gc�v_��_d�a


116 *
__outbuf
;

117 *
__outbu�nd
;

121 
__�ags
;

125 
__�vo�ti�_cou��
;

129 
__����_u�
;

131 
__mb��e_t
 *
__���
;

132 
__mb��e_t
 
__��e
;

138 
	s__gc�v_�fo


140 
size_t
 
__n��s
;

141 
__gc�v_��
 *
__��s
;

142 
__ex�nsi�__
 
__gc�v_��_d�a
 
__d�a
 
__�ex�r
;

143 } *
	t__gc�v_t
;

146 

	`__gc�v_������e
 (
__gc�v_��
 *
��
,

147 
__gc�v_��_d�a
 *
��_d�a
,

148 cڡ *
�buf��t
,

149 cڡ **
�bu�
,

150 cڡ *
�bu�nd
,

151 **
outbuf��t
,

152 
size_t
 *
��v�sib�
);

	@/usr/include/gnu/stubs-32.h

6 #ifde�
_LIBC


7 #�r� 
A�li�ti�s
 
may
 
n�
 
def�e
 
the
 
ma�o
 
_LIBC


10 

	#__�ub_ch�ags


	)

11 

	#__�ub_�ach


	)

12 

	#__�ub_fch�ags


	)

13 

	#__�ub_fd�ach


	)

14 

	#__�ub_g�y


	)

15 

	#__�ub_lchmod


	)

16 

	#__�ub_�voke


	)

17 

	#__�ub_��og�


	)

18 

	#__�ub_sig�tu�


	)

19 

	#__�ub_s�k


	)

20 

	#__�ub_�ty


	)

	@/usr/include/gnu/stubs-64.h

6 #ifde�
_LIBC


7 #�r� 
A�li�ti�s
 
may
 
n�
 
def�e
 
the
 
ma�o
 
_LIBC


10 

	#__�ub___com�t_bd�ush


	)

11 

	#__�ub_ch�ags


	)

12 

	#__�ub_�ach


	)

13 

	#__�ub_fch�ags


	)

14 

	#__�ub_fd�ach


	)

15 

	#__�ub_g�msg


	)

16 

	#__�ub_g�y


	)

17 

	#__�ub_lchmod


	)

18 

	#__�ub_putmsg


	)

19 

	#__�ub_�voke


	)

20 

	#__�ub_��og�


	)

21 

	#__�ub_sig�tu�


	)

22 

	#__�ub_s�k


	)

23 

	#__�ub_�ty


	)

	@/usr/include/gnu/stubs-x32.h

6 #ifde�
_LIBC


7 #�r� 
A�li�ti�s
 
may
 
n�
 
def�e
 
the
 
ma�o
 
_LIBC


10 

	#__�ub___com�t_bd�ush


	)

11 

	#__�ub___com�t_���_modu�


	)

12 

	#__�ub___com�t_g�_k��l_syms


	)

13 

	#__�ub___com�t_qu�y_modu�


	)

14 

	#__�ub___com�t_u�lib


	)

15 

	#__�ub_ch�ags


	)

16 

	#__�ub_�ach


	)

17 

	#__�ub_fch�ags


	)

18 

	#__�ub_fd�ach


	)

19 

	#__�ub_g�msg


	)

20 

	#__�ub_g�y


	)

21 

	#__�ub_lchmod


	)

22 

	#__�ub_nfs�rv�l


	)

23 

	#__�ub_putmsg


	)

24 

	#__�ub_�voke


	)

25 

	#__�ub_��og�


	)

26 

	#__�ub_sig�tu�


	)

27 

	#__�ub_s�k


	)

28 

	#__�ub_�ty


	)

	@/usr/include/wchar.h

23 #i�de�
_WCHAR_H


25 #i�!
def�ed
 
__�ed_mb��e_t
 && !def�ed 
__�ed_w�t_t


26 

	#_WCHAR_H
 1

	)

27 
	~<�u�s.h
>

30 #ifde�
_WCHAR_H


32 

	#__�ed___FILE


	)

33 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


34 

	#__�ed_FILE


	)

36 
	~<�dio.h
>

38 

	#__�ed___va_li�


	)

39 
	~<�d�g.h
>

41 
	~<b�s/wch�.h
>

44 

	#__�ed_size_t


	)

45 

	#__�ed_wch�_t


	)

46 

	#__�ed_NULL


	)

48 #i�
def�ed
 
_WCHAR_H
 || def�ed 
__�ed_w�t_t
 || !def�ed 
__WINT_TYPE__


49 #unde�
__�ed_w�t_t


50 

	#__�ed_w�t_t


	)

51 
	~<�ddef.h
>

55 #i�de�
_WINT_T


60 

	#_WINT_T


	)

61 
	tw�t_t
;

65 #i�
def�ed
 
__�lu�lus
 && def�ed 
_GLIBCPP_USE_NAMESPACES
 \

66 && 
def�ed
 
__WINT_TYPE__


67 
__BEGIN_NAMESPACE_STD


68 
__WINT_TYPE__
 
	tw�t_t
;

69 
	g__END_NAMESPACE_STD


74 #i�
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (4, 4)

75 

	#__CORRECT_ISO_CPP_WCHAR_H_PROTO


	)

79 #i�(
def�ed
 
_WCHAR_H
 || def�ed 
__�ed_mb��e_t
�&& !def�ed 
____mb��e_t_def�ed


80 

	#____mb��e_t_def�ed
 1

	)

84 
	m__cou�
;

87 #ifde�
__WINT_TYPE__


88 
__WINT_TYPE__
 
	m__wch
;

90 
w�t_t
 
	m__wch
;

92 
	m__wchb
[4];

93 } 
	m__v�ue
;

94 } 
	t__mb��e_t
;

96 #unde�
__�ed_mb��e_t


101 #ifde�
_WCHAR_H


103 #i�de�
__mb��e_t_def�ed


104 
__BEGIN_NAMESPACE_C99


106 
__mb��e_t
 
	tmb��e_t
;

107 
	g__END_NAMESPACE_C99


108 

	#__mb��e_t_def�ed
 1

	)

111 #ifde�
__USE_GNU


112 
	$__USING_NAMESPACE_C99
(
mb��e_t
)

115 #i�de�
WCHAR_MIN


117 

	#WCHAR_MIN
 
__WCHAR_MIN


	)

118 

	#WCHAR_MAX
 
__WCHAR_MAX


	)

121 #i�de�
WEOF


122 

	#WEOF
 (0xffffffffu)

	)

127 #i�
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_UNIX98


128 
	~<w�y�.h
>

132 
__BEGIN_DECLS


134 
__BEGIN_NAMESPACE_STD


137 
tm
;

138 
__END_NAMESPACE_STD


142 
	$__USING_NAMESPACE_STD
(
tm
)

145 
__BEGIN_NAMESPACE_STD


147 
wch�_t
 *
	$wcs�y
 (
wch�_t
 *
__��ri�
 
__de�
,

148 cڡ 
wch�_t
 *
__��ri�
 
__�c
)

149 
__THROW
 
	`__n�nu�
 ((1, 2));

152 
wch�_t
 *
	$wc��y
 (
wch�_t
 *
__��ri�
 
__de�
,

153 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

154 
__THROW
 
	`__n�nu�
 ((1, 2));

157 
wch�_t
 *
	$wcs�t
 (
wch�_t
 *
__��ri�
 
__de�
,

158 cڡ 
wch�_t
 *
__��ri�
 
__�c
)

159 
__THROW
 
	`__n�nu�
 ((1, 2));

161 
wch�_t
 *
	$wc��t
 (
wch�_t
 *
__��ri�
 
__de�
,

162 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

163 
__THROW
 
	`__n�nu�
 ((1, 2));

166 

	$wcscmp
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
)

167 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

169 

	$wc�cmp
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
, 
size_t
 
__n
)

170 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

171 
__END_NAMESPACE_STD


173 #ifde�
__USE_XOPEN2K8


175 

	$wcs��cmp
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
�
__THROW
;

178 

	$wc���cmp
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

179 
size_t
 
__n
�
__THROW
;

183 
	~<xlo��.h
>

185 

	$wcs��cmp_l
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

186 
__lo��_t
 
__loc
�
__THROW
;

188 

	$wc���cmp_l
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

189 
size_t
 
__n
, 
__lo��_t
 
__loc
�
__THROW
;

192 
__BEGIN_NAMESPACE_STD


195 

	$wcsc�l
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
�
__THROW
;

199 
size_t
 
	$wcsx�m
 (
wch�_t
 *
__��ri�
 
__s1
,

200 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
�
__THROW
;

201 
__END_NAMESPACE_STD


203 #ifde�
__USE_XOPEN2K8


209 

	$wcsc�l_l
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

210 
__lo��_t
 
__loc
�
__THROW
;

215 
size_t
 
	$wcsx�m_l
 (
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

216 
size_t
 
__n
, 
__lo��_t
 
__loc
�
__THROW
;

219 
wch�_t
 *
	$wcsdup
 (cڡ 
wch�_t
 *
__s
�
__THROW
 
__��ibu�_m�loc__
;

222 
__BEGIN_NAMESPACE_STD


224 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


225 
"C++" 
wch�_t
 *
	$wcschr
 (
wch�_t
 *
__wcs
, wch�_�
__wc
)

226 
__THROW
 
	`__asm
 ("wcschr"�
__��ibu�_pu�__
;

227 
"C++" cڡ 
wch�_t
 *
	$wcschr
 (cڡ 
wch�_t
 *
__wcs
, wch�_�
__wc
)

228 
__THROW
 
	`__asm
 ("wcschr"�
__��ibu�_pu�__
;

230 
wch�_t
 *
	$wcschr
 (cڡ 
wch�_t
 *
__wcs
, wch�_�
__wc
)

231 
__THROW
 
__��ibu�_pu�__
;

234 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


235 
"C++" 
wch�_t
 *
	$wc�chr
 (
wch�_t
 *
__wcs
, wch�_�
__wc
)

236 
__THROW
 
	`__asm
 ("wc�chr"�
__��ibu�_pu�__
;

237 
"C++" cڡ 
wch�_t
 *
	$wc�chr
 (cڡ 
wch�_t
 *
__wcs
, wch�_�
__wc
)

238 
__THROW
 
	`__asm
 ("wc�chr"�
__��ibu�_pu�__
;

240 
wch�_t
 *
	$wc�chr
 (cڡ 
wch�_t
 *
__wcs
, wch�_�
__wc
)

241 
__THROW
 
__��ibu�_pu�__
;

243 
__END_NAMESPACE_STD


245 #ifde�
__USE_GNU


248 
wch�_t
 *
	$wcsch�ul
 (cڡ 
wch�_t
 *
__s
, wch�_�
__wc
)

249 
__THROW
 
__��ibu�_pu�__
;

252 
__BEGIN_NAMESPACE_STD


255 
size_t
 
	$wcsc�n
 (cڡ 
wch�_t
 *
__wcs
, cڡ wch�_�*
__�je�
)

256 
__THROW
 
__��ibu�_pu�__
;

259 
size_t
 
	$wcs�n
 (cڡ 
wch�_t
 *
__wcs
, cڡ wch�_�*
__ac��
)

260 
__THROW
 
__��ibu�_pu�__
;

262 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


263 
"C++" 
wch�_t
 *
	$wc�brk
 (
wch�_t
 *
__wcs
, cڡ wch�_�*
__ac��
)

264 
__THROW
 
	`__asm
 ("wc�brk"�
__��ibu�_pu�__
;

265 
"C++" cڡ 
wch�_t
 *
	$wc�brk
 (cڡ 
wch�_t
 *
__wcs
,

266 cڡ 
wch�_t
 *
__ac��
)

267 
__THROW
 
	`__asm
 ("wc�brk"�
__��ibu�_pu�__
;

269 
wch�_t
 *
	$wc�brk
 (cڡ 
wch�_t
 *
__wcs
, cڡ wch�_�*
__ac��
)

270 
__THROW
 
__��ibu�_pu�__
;

273 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


274 
"C++" 
wch�_t
 *
	$wcs�r
 (
wch�_t
 *
__hay�ack
, cڡ wch�_�*
__�ed�
)

275 
__THROW
 
	`__asm
 ("wcs�r"�
__��ibu�_pu�__
;

276 
"C++" cڡ 
wch�_t
 *
	$wcs�r
 (cڡ 
wch�_t
 *
__hay�ack
,

277 cڡ 
wch�_t
 *
__�ed�
)

278 
__THROW
 
	`__asm
 ("wcs�r"�
__��ibu�_pu�__
;

280 
wch�_t
 *
	$wcs�r
 (cڡ 
wch�_t
 *
__hay�ack
, cڡ wch�_�*
__�ed�
)

281 
__THROW
 
__��ibu�_pu�__
;

285 
wch�_t
 *
	$wc�ok
 (
wch�_t
 *
__��ri�
 
__s
,

286 cڡ 
wch�_t
 *
__��ri�
 
__d�im
,

287 
wch�_t
 **
__��ri�
 
__�r
�
__THROW
;

290 
size_t
 
	$wc��
 (cڡ 
wch�_t
 *
__s
�
__THROW
 
__��ibu�_pu�__
;

291 
__END_NAMESPACE_STD


293 #ifde�
__USE_XOPEN


295 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


296 
"C++" 
wch�_t
 *
	$wcswcs
 (
wch�_t
 *
__hay�ack
, cڡ wch�_�*
__�ed�
)

297 
__THROW
 
	`__asm
 ("wcswcs"�
__��ibu�_pu�__
;

298 
"C++" cڡ 
wch�_t
 *
	$wcswcs
 (cڡ 
wch�_t
 *
__hay�ack
,

299 cڡ 
wch�_t
 *
__�ed�
)

300 
__THROW
 
	`__asm
 ("wcswcs"�
__��ibu�_pu�__
;

302 
wch�_t
 *
	$wcswcs
 (cڡ 
wch�_t
 *
__hay�ack
, cڡ wch�_�*
__�ed�
)

303 
__THROW
 
__��ibu�_pu�__
;

307 #ifde�
__USE_XOPEN2K8


309 
size_t
 
	$wc��n
 (cڡ 
wch�_t
 *
__s
, 
size_t
 
__max�n
)

310 
__THROW
 
__��ibu�_pu�__
;

314 
__BEGIN_NAMESPACE_STD


316 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


317 
"C++" 
wch�_t
 *
	$wmemchr
 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
)

318 
__THROW
 
	`__asm
 ("wmemchr"�
__��ibu�_pu�__
;

319 
"C++" cڡ 
wch�_t
 *
	$wmemchr
 (cڡ 
wch�_t
 *
__s
, wch�_�
__c
,

320 
size_t
 
__n
)

321 
__THROW
 
	`__asm
 ("wmemchr"�
__��ibu�_pu�__
;

323 
wch�_t
 *
	$wmemchr
 (cڡ 
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
)

324 
__THROW
 
__��ibu�_pu�__
;

328 

	$wmemcmp
 (cڡ 
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
, 
size_t
 
__n
)

329 
__THROW
 
__��ibu�_pu�__
;

332 
wch�_t
 *
	$wmem�y
 (
wch�_t
 *
__��ri�
 
__s1
,

333 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
�
__THROW
;

337 
wch�_t
 *
	$wmemmove
 (
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
, 
size_t
 
__n
)

338 
__THROW
;

341 
wch�_t
 *
	$wmem�t
 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
�
__THROW
;

342 
__END_NAMESPACE_STD


344 #ifde�
__USE_GNU


347 
wch�_t
 *
	$wmemp�y
 (
wch�_t
 *
__��ri�
 
__s1
,

348 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
)

349 
__THROW
;

353 
__BEGIN_NAMESPACE_STD


356 
w�t_t
 
	$btowc
 (
__c
�
__THROW
;

360 

	$w�ob
 (
w�t_t
 
__c
�
__THROW
;

364 

	$mbs��
 (cڡ 
mb��e_t
 *
__ps
�
__THROW
 
__��ibu�_pu�__
;

368 
size_t
 
	$mb�owc
 (
wch�_t
 *
__��ri�
 
__pwc
,

369 cڡ *
__��ri�
 
__s
, 
size_t
 
__n
,

370 
mb��e_t
 *
__��ri�
 
__p
�
__THROW
;

373 
size_t
 
	$w�tomb
 (*
__��ri�
 
__s
, 
wch�_t
 
__wc
,

374 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

377 
size_t
 
	$__mb��
 (cڡ *
__��ri�
 
__s
, 
size_t
 
__n
,

378 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

379 
size_t
 
	$mb��
 (cڡ *
__��ri�
 
__s
, 
size_t
 
__n
,

380 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

381 
__END_NAMESPACE_STD


383 #ifde�
__USE_EXTERN_INLINES


389 
w�t_t
 
	$__btowc_��s
 (
__c
�
	`__asm
 ("btowc");

390 
__ex��_�l�e
 
w�t_t


391 
	`__NTH
 (
	$btowc
 (
__c
))

392 {  (
	`__bu�t�_cڡ�t_p
 (
__c
) && __c >= '\0' && __c <= '\x7f'

393 ? (
w�t_t
�
__c
 : 
	`__btowc_��s
 (__c)); 
	}
}

395 

	$__w�ob_��s
 (
w�t_t
 
__c
�
	`__asm
 ("wctob");

396 
__ex��_�l�e
 

397 
	`__NTH
 (
	$w�ob
 (
w�t_t
 
__wc
))

398 {  (
	`__bu�t�_cڡ�t_p
 (
__wc
�&& __w�>�
L
'\0' && __wc <= L'\x7f'

399 ? (�
__wc
 : 
	`__w�ob_��s
 (__wc)); 
	}
}

401 
__ex��_�l�e
 
size_t


402 
__NTH
 (
	$mb��
 (cڡ *
__��ri�
 
__s
, 
size_t
 
__n
,

403 
mb��e_t
 *
__��ri�
 
__ps
))

404 {  (
__ps
 !�
NULL


405 ? 
	`mb�owc
 (
NULL
, 
__s
, 
__n
, 
__ps
�: 
	`__mb��
 (__s, __n, NULL)); 
	}
}

408 
__BEGIN_NAMESPACE_STD


411 
size_t
 
	$mb�towcs
 (
wch�_t
 *
__��ri�
 
__d�
,

412 cڡ **
__��ri�
 
__�c
, 
size_t
 
__�n
,

413 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

417 
size_t
 
	$wc�tombs
 (*
__��ri�
 
__d�
,

418 cڡ 
wch�_t
 **
__��ri�
 
__�c
, 
size_t
 
__�n
,

419 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

420 
__END_NAMESPACE_STD


423 #ifdef 
__USE_XOPEN2K8


426 
size_t
 
	$mb��owcs
 (
wch�_t
 *
__��ri�
 
__d�
,

427 cڡ **
__��ri�
 
__�c
, 
size_t
 
__nmc
,

428 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

432 
size_t
 
	$wc��ombs
 (*
__��ri�
 
__d�
,

433 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

434 
size_t
 
__nwc
, size_�
__�n
,

435 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

440 #ifde�
__USE_XOPEN


442 

	$wcwidth
 (
wch�_t
 
__c
�
__THROW
;

446 

	$wcswidth
 (cڡ 
wch�_t
 *
__s
, 
size_t
 
__n
�
__THROW
;

450 
__BEGIN_NAMESPACE_STD


453 

	$wc�od
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

454 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

455 
__END_NAMESPACE_STD


457 #ifde�
__USE_ISOC99


458 
__BEGIN_NAMESPACE_C99


460 

	$wc�of
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

461 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

462 

	$wc��d
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

463 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

464 
__END_NAMESPACE_C99


468 
__BEGIN_NAMESPACE_STD


471 

	$wc��
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

472 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
�
__THROW
;

476 

	$wc�oul
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

477 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

478 
__THROW
;

479 
__END_NAMESPACE_STD


481 #ifde�
__USE_ISOC99


482 
__BEGIN_NAMESPACE_C99


485 
__ex�nsi�__


486 

	$wc��l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

487 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

488 
__THROW
;

492 
__ex�nsi�__


493 

	$wc�ou�
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

494 
wch�_t
 **
__��ri�
 
__�d�r
,

495 
__ba�
�
__THROW
;

496 
__END_NAMESPACE_C99


499 #ifde�
__USE_GNU


502 
__ex�nsi�__


503 

	$wc�oq
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

504 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

505 
__THROW
;

509 
__ex�nsi�__


510 

	$wc�ouq
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

511 
wch�_t
 **
__��ri�
 
__�d�r
,

512 
__ba�
�
__THROW
;

515 #ifde�
__USE_GNU


529 
	~<xlo��.h
>

533 

	$wc��_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

534 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
,

535 
__lo��_t
 
__loc
�
__THROW
;

537 

	$wc�oul_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

538 
wch�_t
 **
__��ri�
 
__�d�r
,

539 
__ba�
, 
__lo��_t
 
__loc
�
__THROW
;

541 
__ex�nsi�__


542 

	$wc��l_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

543 
wch�_t
 **
__��ri�
 
__�d�r
,

544 
__ba�
, 
__lo��_t
 
__loc
�
__THROW
;

546 
__ex�nsi�__


547 

	$wc�ou�_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

548 
wch�_t
 **
__��ri�
 
__�d�r
,

549 
__ba�
, 
__lo��_t
 
__loc
)

550 
__THROW
;

552 

	$wc�od_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

553 
wch�_t
 **
__��ri�
 
__�d�r
, 
__lo��_t
 
__loc
)

554 
__THROW
;

556 

	$wc�of_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

557 
wch�_t
 **
__��ri�
 
__�d�r
, 
__lo��_t
 
__loc
)

558 
__THROW
;

560 

	$wc��d_l
 (cڡ 
wch�_t
 *
__��ri�
 
__Ō
,

561 
wch�_t
 **
__��ri�
 
__�d�r
,

562 
__lo��_t
 
__loc
�
__THROW
;

566 #ifde�
__USE_XOPEN2K8


569 
wch�_t
 *
	$w��y
 (
wch�_t
 *
__��ri�
 
__de�
,

570 cڡ 
wch�_t
 *
__��ri�
 
__�c
�
__THROW
;

574 
wch�_t
 *
	$w�n�y
 (
wch�_t
 *
__��ri�
 
__de�
,

575 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

576 
__THROW
;

583 
__FILE
 *
	$ݒ_wmem��am
 (
wch�_t
 **
__bu�oc
, 
size_t
 *
__siz�oc
�
__THROW
;

586 #i�
def�ed
 
__USE_ISOC95
 || def�ed 
__USE_UNIX98


587 
__BEGIN_NAMESPACE_STD


590 

	$fwide
 (
__FILE
 *
__�
, 
__mode
�
__THROW
;

597 

	`fw��tf
 (
__FILE
 *
__��ri�
 
__��am
,

598 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

604 

	`w��tf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

607 

	$sw��tf
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

608 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

609 
__THROW
 ;

615 

	`vfw��tf
 (
__FILE
 *
__��ri�
 
__s
,

616 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

617 
__gnuc_va_li�
 
__�g
)

623 

	`vw��tf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

624 
__gnuc_va_li�
 
__�g
)

628 

	$vsw��tf
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

629 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

630 
__gnuc_va_li�
 
__�g
)

631 
__THROW
 ;

638 

	`fws�nf
 (
__FILE
 *
__��ri�
 
__��am
,

639 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

645 

	`ws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

648 

	$sws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__s
,

649 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

650 
__THROW
 ;

652 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__USE_GNU
 \

653 && (!
def�ed
 
__LDBL_COMPAT
 || !def�ed 
__REDIRECT
) \

654 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

655 #ifde�
__REDIRECT


659 

	`__REDIRECT
 (
fws�nf
, (
__FILE
 *
__��ri�
 
__��am
,

660 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...),

661 
__isoc99_fws�nf
)

663 

	`__REDIRECT
 (
ws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...),

664 
__isoc99_ws�nf
)

666 

	`__REDIRECT_NTH
 (
sws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__s
,

667 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

668 ...), 
__isoc99_sws�nf
)

671 

	`__isoc99_fws�nf
 (
__FILE
 *
__��ri�
 
__��am
,

672 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...);

673 

	`__isoc99_ws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...);

674 

	$__isoc99_sws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__s
,

675 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

676 
__THROW
;

677 

	#fws�nf
 
__isoc99_fws�nf


	)

678 

	#ws�nf
 
__isoc99_ws�nf


	)

679 

	#sws�nf
 
__isoc99_sws�nf


	)

683 
__END_NAMESPACE_STD


686 #ifde�
__USE_ISOC99


687 
__BEGIN_NAMESPACE_C99


692 

	`vfws�nf
 (
__FILE
 *
__��ri�
 
__s
,

693 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

694 
__gnuc_va_li�
 
__�g
)

700 

	`vws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

701 
__gnuc_va_li�
 
__�g
)

704 

	$vsws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__s
,

705 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

706 
__gnuc_va_li�
 
__�g
)

707 
__THROW
 ;

709 #i�!
def�ed
 
__USE_GNU
 \

710 && (!
def�ed
 
__LDBL_COMPAT
 || !def�ed 
__REDIRECT
) \

711 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

712 #ifde�
__REDIRECT


713 

	`__REDIRECT
 (
vfws�nf
, (
__FILE
 *
__��ri�
 
__s
,

714 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

715 
__gnuc_va_li�
 
__�g
), 
__isoc99_vfws�nf
)

717 

	`__REDIRECT
 (
vws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

718 
__gnuc_va_li�
 
__�g
), 
__isoc99_vws�nf
)

720 

	`__REDIRECT_NTH
 (
vsws�nf
, (cڡ 
wch�_t
 *
__��ri�
 
__s
,

721 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

722 
__gnuc_va_li�
 
__�g
), 
__isoc99_vsws�nf
)

725 

	`__isoc99_vfws�nf
 (
__FILE
 *
__��ri�
 
__s
,

726 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

727 
__gnuc_va_li�
 
__�g
);

728 

	`__isoc99_vws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

729 
__gnuc_va_li�
 
__�g
);

730 

	$__isoc99_vsws�nf
 (cڡ 
wch�_t
 *
__��ri�
 
__s
,

731 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

732 
__gnuc_va_li�
 
__�g
�
__THROW
;

733 

	#vfws�nf
 
__isoc99_vfws�nf


	)

734 

	#vws�nf
 
__isoc99_vws�nf


	)

735 

	#vsws�nf
 
__isoc99_vsws�nf


	)

739 
__END_NAMESPACE_C99


743 
__BEGIN_NAMESPACE_STD


748 
w�t_t
 
	`fg�wc
 (
__FILE
 *
__��am
);

749 
w�t_t
 
	`g�wc
 (
__FILE
 *
__��am
);

755 
w�t_t
 
	`g�wch�
 ();

762 
w�t_t
 
	`�utwc
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

763 
w�t_t
 
	`putwc
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

769 
w�t_t
 
	`putwch�
 (
wch�_t
 
__wc
);

777 
wch�_t
 *
	`fg�ws
 (wch�_�*
__��ri�
 
__ws
, 
__n
,

778 
__FILE
 *
__��ri�
 
__��am
);

784 

	`�utws
 (cڡ 
wch�_t
 *
__��ri�
 
__ws
,

785 
__FILE
 *
__��ri�
 
__��am
);

792 
w�t_t
 
	`ung�wc
 (w�t_�
__wc
, 
__FILE
 *
__��am
);

793 
__END_NAMESPACE_STD


796 #ifde�
__USE_GNU


804 
w�t_t
 
	`g�wc_u�ocked
 (
__FILE
 *
__��am
);

805 
w�t_t
 
	`g�wch�_u�ocked
 ();

813 
w�t_t
 
	`fg�wc_u�ocked
 (
__FILE
 *
__��am
);

821 
w�t_t
 
	`�utwc_u�ocked
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

830 
w�t_t
 
	`putwc_u�ocked
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

831 
w�t_t
 
	`putwch�_u�ocked
 (
wch�_t
 
__wc
);

840 
wch�_t
 *
	`fg�ws_u�ocked
 (wch�_�*
__��ri�
 
__ws
, 
__n
,

841 
__FILE
 *
__��ri�
 
__��am
);

849 

	`�utws_u�ocked
 (cڡ 
wch�_t
 *
__��ri�
 
__ws
,

850 
__FILE
 *
__��ri�
 
__��am
);

854 
__BEGIN_NAMESPACE_C99


858 
size_t
 
	$wcs�ime
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__maxsize
,

859 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

860 cڡ 
tm
 *
__��ri�
 
__�
�
__THROW
;

861 
__END_NAMESPACE_C99


863 #ifde�
__USE_GNU


864 
	~<xlo��.h
>

868 
size_t
 
	$wcs�ime_l
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__maxsize
,

869 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

870 cڡ 
tm
 *
__��ri�
 
__�
,

871 
__lo��_t
 
__loc
�
__THROW
;

880 #i�
def�ed
 
__USE_UNIX98
 && !def�ed 
__USE_GNU


881 

	#__�ed_iswxxx


	)

882 
	~<w�y�.h
>

886 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


887 
	~<b�s/wch�2.h
>

890 #ifde�
__LDBL_COMPAT


891 
	~<b�s/wch�-ldbl.h
>

894 
__END_DECLS


902 #unde�
__�ed_mb��e_t


903 #unde�
__�ed_w�t_t


	@/usr/include/asm-generic/errno.h

1 #i�de�
_ASM_GENERIC_ERRNO_H


2 

	#_ASM_GENERIC_ERRNO_H


	)

4 
	~<asm-g��ic/��o-ba�.h
>

6 

	#EDEADLK
 35

	)

7 

	#ENAMETOOLONG
 36

	)

8 

	#ENOLCK
 37

	)

17 

	#ENOSYS
 38

	)

19 

	#ENOTEMPTY
 39

	)

20 

	#ELOOP
 40

	)

21 

	#EWOULDBLOCK
 
EAGAIN


	)

22 

	#ENOMSG
 42

	)

23 

	#EIDRM
 43

	)

24 

	#ECHRNG
 44

	)

25 

	#EL2NSYNC
 45

	)

26 

	#EL3HLT
 46

	)

27 

	#EL3RST
 47

	)

28 

	#ELNRNG
 48

	)

29 

	#EUNATCH
 49

	)

30 

	#ENOCSI
 50

	)

31 

	#EL2HLT
 51

	)

32 

	#EBADE
 52

	)

33 

	#EBADR
 53

	)

34 

	#EXFULL
 54

	)

35 

	#ENOANO
 55

	)

36 

	#EBADRQC
 56

	)

37 

	#EBADSLT
 57

	)

39 

	#EDEADLOCK
 
EDEADLK


	)

41 

	#EBFONT
 59

	)

42 

	#ENOSTR
 60

	)

43 

	#ENODATA
 61

	)

44 

	#ETIME
 62

	)

45 

	#ENOSR
 63

	)

46 

	#ENONET
 64

	)

47 

	#ENOPKG
 65

	)

48 

	#EREMOTE
 66

	)

49 

	#ENOLINK
 67

	)

50 

	#EADV
 68

	)

51 

	#ESRMNT
 69

	)

52 

	#ECOMM
 70

	)

53 

	#EPROTO
 71

	)

54 

	#EMULTIHOP
 72

	)

55 

	#EDOTDOT
 73

	)

56 

	#EBADMSG
 74

	)

57 

	#EOVERFLOW
 75

	)

58 

	#ENOTUNIQ
 76

	)

59 

	#EBADFD
 77

	)

60 

	#EREMCHG
 78

	)

61 

	#ELIBACC
 79

	)

62 

	#ELIBBAD
 80

	)

63 

	#ELIBSCN
 81

	)

64 

	#ELIBMAX
 82

	)

65 

	#ELIBEXEC
 83

	)

66 

	#EILSEQ
 84

	)

67 

	#ERESTART
 85

	)

68 

	#ESTRPIPE
 86

	)

69 

	#EUSERS
 87

	)

70 

	#ENOTSOCK
 88

	)

71 

	#EDESTADDRREQ
 89

	)

72 

	#EMSGSIZE
 90

	)

73 

	#EPROTOTYPE
 91

	)

74 

	#ENOPROTOOPT
 92

	)

75 

	#EPROTONOSUPPORT
 93

	)

76 

	#ESOCKTNOSUPPORT
 94

	)

77 

	#EOPNOTSUPP
 95

	)

78 

	#EPFNOSUPPORT
 96

	)

79 

	#EAFNOSUPPORT
 97

	)

80 

	#EADDRINUSE
 98

	)

81 

	#EADDRNOTAVAIL
 99

	)

82 

	#ENETDOWN
 100

	)

83 

	#ENETUNREACH
 101

	)

84 

	#ENETRESET
 102

	)

85 

	#ECONNABORTED
 103

	)

86 

	#ECONNRESET
 104

	)

87 

	#ENOBUFS
 105

	)

88 

	#EISCONN
 106

	)

89 

	#ENOTCONN
 107

	)

90 

	#ESHUTDOWN
 108

	)

91 

	#ETOOMANYREFS
 109

	)

92 

	#ETIMEDOUT
 110

	)

93 

	#ECONNREFUSED
 111

	)

94 

	#EHOSTDOWN
 112

	)

95 

	#EHOSTUNREACH
 113

	)

96 

	#EALREADY
 114

	)

97 

	#EINPROGRESS
 115

	)

98 

	#ESTALE
 116

	)

99 

	#EUCLEAN
 117

	)

100 

	#ENOTNAM
 118

	)

101 

	#ENAVAIL
 119

	)

102 

	#EISNAM
 120

	)

103 

	#EREMOTEIO
 121

	)

104 

	#EDQUOT
 122

	)

106 

	#ENOMEDIUM
 123

	)

107 

	#EMEDIUMTYPE
 124

	)

108 

	#ECANCELED
 125

	)

109 

	#ENOKEY
 126

	)

110 

	#EKEYEXPIRED
 127

	)

111 

	#EKEYREVOKED
 128

	)

112 

	#EKEYREJECTED
 129

	)

115 

	#EOWNERDEAD
 130

	)

116 

	#ENOTRECOVERABLE
 131

	)

118 

	#ERFKILL
 132

	)

120 

	#EHWPOISON
 133

	)

	@/usr/include/asm-generic/param.h

1 #i�de�
__ASM_GENERIC_PARAM_H


2 

	#__ASM_GENERIC_PARAM_H


	)

4 #i�de�
HZ


5 

	#HZ
 100

	)

8 #i�de�
EXEC_PAGESIZE


9 

	#EXEC_PAGESIZE
 4096

	)

12 #i�de�
NOGROUP


13 

	#NOGROUP
 (-1)

	)

16 

	#MAXHOSTNAMELEN
 64

	)

	@/usr/include/asm/sockios.h

1 
	~<asm-g��ic/sockios.h
>

	@/usr/include/bits/wchar-ldbl.h

19 #i�de�
_WCHAR_H


23 #i�
def�ed
 
__USE_ISOC95
 || def�ed 
__USE_UNIX98


24 
__BEGIN_NAMESPACE_C99


25 
__LDBL_REDIR_DECL
 (
fw��tf
);

26 
__LDBL_REDIR_DECL
 (
w��tf
);

27 
__LDBL_REDIR_DECL
 (
sw��tf
);

28 
__LDBL_REDIR_DECL
 (
vfw��tf
);

29 
__LDBL_REDIR_DECL
 (
vw��tf
);

30 
__LDBL_REDIR_DECL
 (
vsw��tf
);

31 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__USE_GNU
 \

32 && !
def�ed
 
	g__REDIRECT
 \

33 && (
def�ed
 
	g__STRICT_ANSI__
 || def�ed 
	g__USE_XOPEN2K
)

34 
	$__LDBL_REDIR1_DECL
 (
fws�nf
, 
__�dbl___isoc99_fws�nf
)

35 
	$__LDBL_REDIR1_DECL
 (
ws�nf
, 
__�dbl___isoc99_ws�nf
)

36 
	$__LDBL_REDIR1_DECL
 (
sws�nf
, 
__�dbl___isoc99_sws�nf
)

38 
	`__LDBL_REDIR_DECL
 (
fws�nf
);

39 
	`__LDBL_REDIR_DECL
 (
ws�nf
);

40 
	`__LDBL_REDIR_DECL
 (
sws�nf
);

42 
__END_NAMESPACE_C99


45 #ifde�
__USE_ISOC99


46 
__BEGIN_NAMESPACE_C99


47 
	`__LDBL_REDIR1_DECL
 (
wc��d
, 
wc�od
);

48 #i�!
def�ed
 
__USE_GNU
 && !def�ed 
__REDIRECT
 \

49 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

50 
	$__LDBL_REDIR1_DECL
 (
vfws�nf
, 
__�dbl___isoc99_vfws�nf
)

51 
	$__LDBL_REDIR1_DECL
 (
vws�nf
, 
__�dbl___isoc99_vws�nf
)

52 
	$__LDBL_REDIR1_DECL
 (
vsws�nf
, 
__�dbl___isoc99_vsws�nf
)

54 
	`__LDBL_REDIR_DECL
 (
vfws�nf
);

55 
	`__LDBL_REDIR_DECL
 (
vws�nf
);

56 
	`__LDBL_REDIR_DECL
 (
vsws�nf
);

58 
__END_NAMESPACE_C99


61 #ifde�
__USE_GNU


62 
	`__LDBL_REDIR1_DECL
 (
wc��d_l
, 
wc�od_l
);

65 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__f�tify_fun�i�


66 
	$__LDBL_REDIR_DECL
 (
__sw��tf_chk
)

67 
	$__LDBL_REDIR_DECL
 (
__vsw��tf_chk
)

68 #i�
__USE_FORTIFY_LEVEL
 > 1

69 
	$__LDBL_REDIR_DECL
 (
__fw��tf_chk
)

70 
	$__LDBL_REDIR_DECL
 (
__w��tf_chk
)

71 
	$__LDBL_REDIR_DECL
 (
__vfw��tf_chk
)

72 
	$__LDBL_REDIR_DECL
 (
__vw��tf_chk
)

	@/usr/include/bits/wchar2.h

19 #i�de�
_WCHAR_H


24 
wch�_t
 *
	$__wmem�y_chk
 (
wch�_t
 *
__��ri�
 
__s1
,

25 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
,

26 
size_t
 
__ns1
�
__THROW
;

27 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmem�y_��s
,

28 (
wch�_t
 *
__��ri�
 
__s1
,

29 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
),

30 
wmem�y
);

31 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmem�y_chk_w�n
,

32 (
wch�_t
 *
__��ri�
 
__s1
,

33 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
,

34 
size_t
 
__ns1
), 
__wmem�y_chk
)

35 
	`__w�ljr
 ("wmemcpy called with�ength bigger�han size of destination "

38 
__f�tify_fun�i�
 
wch�_t
 *

39 
	`__NTH
 (
	$wmem�y
 (
wch�_t
 *
__��ri�
 
__s1
, cڡ wch�_�*__��ri� 
__s2
,

40 
size_t
 
__n
))

42 i�(
	`__bos0
 (
__s1
�!�(
size_t
) -1)

44 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
))

45  
	`__wmem�y_chk
 (
__s1
, 
__s2
, 
__n
,

46 
	`__bos0
 (
__s1
�/  (
wch�_t
));

48 i�(
__n
 > 
	`__bos0
 (
__s1
�/  (
wch�_t
))

49  
	`__wmem�y_chk_w�n
 (
__s1
, 
__s2
, 
__n
,

50 
	`__bos0
 (
__s1
�/  (
wch�_t
));

52  
	`__wmem�y_��s
 (
__s1
, 
__s2
, 
__n
);

53 
	}
}

56 
wch�_t
 *
	$__wmemmove_chk
 (
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

57 
size_t
 
__n
, size_�
__ns1
�
__THROW
;

58 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmemmove_��s
, (wch�_�*
__s1
,

59 cڡ 
wch�_t
 *
__s2
,

60 
size_t
 
__n
), 
wmemmove
);

61 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmemmove_chk_w�n
,

62 (
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
,

63 
size_t
 
__n
, size_�
__ns1
), 
__wmemmove_chk
)

64 
	`__w�ljr
 ("wmemmove called with�ength bigger�han size of destination "

67 
__f�tify_fun�i�
 
wch�_t
 *

68 
	`__NTH
 (
	$wmemmove
 (
wch�_t
 *
__s1
, cڡ wch�_�*
__s2
, 
size_t
 
__n
))

70 i�(
	`__bos0
 (
__s1
�!�(
size_t
) -1)

72 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
))

73  
	`__wmemmove_chk
 (
__s1
, 
__s2
, 
__n
,

74 
	`__bos0
 (
__s1
�/  (
wch�_t
));

76 i�(
__n
 > 
	`__bos0
 (
__s1
�/  (
wch�_t
))

77  
	`__wmemmove_chk_w�n
 (
__s1
, 
__s2
, 
__n
,

78 
	`__bos0
 (
__s1
�/  (
wch�_t
));

80  
	`__wmemmove_��s
 (
__s1
, 
__s2
, 
__n
);

81 
	}
}

84 #ifde�
__USE_GNU


85 
wch�_t
 *
	$__wmemp�y_chk
 (
wch�_t
 *
__��ri�
 
__s1
,

86 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
,

87 
size_t
 
__ns1
�
__THROW
;

88 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmemp�y_��s
,

89 (
wch�_t
 *
__��ri�
 
__s1
,

90 cڡ 
wch�_t
 *
__��ri�
 
__s2
,

91 
size_t
 
__n
), 
wmemp�y
);

92 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmemp�y_chk_w�n
,

93 (
wch�_t
 *
__��ri�
 
__s1
,

94 cڡ 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
,

95 
size_t
 
__ns1
), 
__wmemp�y_chk
)

96 
	`__w�ljr
 ("wmempcpy called with�ength bigger�han size of destination "

99 
__f�tify_fun�i�
 
wch�_t
 *

100 
	`__NTH
 (
	$wmemp�y
 (
wch�_t
 *
__��ri�
 
__s1
, cڡ wch�_�*__��ri� 
__s2
,

101 
size_t
 
__n
))

103 i�(
	`__bos0
 (
__s1
�!�(
size_t
) -1)

105 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
))

106  
	`__wmemp�y_chk
 (
__s1
, 
__s2
, 
__n
,

107 
	`__bos0
 (
__s1
�/  (
wch�_t
));

109 i�(
__n
 > 
	`__bos0
 (
__s1
�/  (
wch�_t
))

110  
	`__wmemp�y_chk_w�n
 (
__s1
, 
__s2
, 
__n
,

111 
	`__bos0
 (
__s1
�/  (
wch�_t
));

113  
	`__wmemp�y_��s
 (
__s1
, 
__s2
, 
__n
);

114 
	}
}

118 
wch�_t
 *
	$__wmem�t_chk
 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
,

119 
size_t
 
__ns
�
__THROW
;

120 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmem�t_��s
, (wch�_�*
__s
, wch�_�
__c
,

121 
size_t
 
__n
), 
wmem�t
);

122 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wmem�t_chk_w�n
,

123 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
,

124 
size_t
 
__ns
), 
__wmem�t_chk
)

125 
	`__w�ljr
 ("wmemset called with�ength bigger�han size of destination "

128 
__f�tify_fun�i�
 
wch�_t
 *

129 
	`__NTH
 (
	$wmem�t
 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
))

131 i�(
	`__bos0
 (
__s
�!�(
size_t
) -1)

133 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
))

134  
	`__wmem�t_chk
 (
__s
, 
__c
, 
__n
, 
	`__bos0
 (__s�/  (
wch�_t
));

136 i�(
__n
 > 
	`__bos0
 (
__s
�/  (
wch�_t
))

137  
	`__wmem�t_chk_w�n
 (
__s
, 
__c
, 
__n
,

138 
	`__bos0
 (
__s
�/  (
wch�_t
));

140  
	`__wmem�t_��s
 (
__s
, 
__c
, 
__n
);

141 
	}
}

144 
wch�_t
 *
	$__wcs�y_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

145 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

146 
size_t
 
__n
�
__THROW
;

147 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wcs�y_��s
,

148 (
wch�_t
 *
__��ri�
 
__de�
,

149 cڡ 
wch�_t
 *
__��ri�
 
__�c
), 
wcs�y
);

151 
__f�tify_fun�i�
 
wch�_t
 *

152 
	`__NTH
 (
	$wcs�y
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
))

154 i�(
	`__bos
 (
__de�
�!�(
size_t
) -1)

155  
	`__wcs�y_chk
 (
__de�
, 
__�c
, 
	`__bos
 (__de��/  (
wch�_t
));

156  
	`__wcs�y_��s
 (
__de�
, 
__�c
);

157 
	}
}

160 
wch�_t
 *
	$__w��y_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

161 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

162 
size_t
 
__de��n
�
__THROW
;

163 
wch�_t
 *
	`__REDIRECT_NTH
 (
__w��y_��s
,

164 (
wch�_t
 *
__��ri�
 
__de�
,

165 cڡ 
wch�_t
 *
__��ri�
 
__�c
), 
w��y
);

167 
__f�tify_fun�i�
 
wch�_t
 *

168 
	`__NTH
 (
	$w��y
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
))

170 i�(
	`__bos
 (
__de�
�!�(
size_t
) -1)

171  
	`__w��y_chk
 (
__de�
, 
__�c
, 
	`__bos
 (__de��/  (
wch�_t
));

172  
	`__w��y_��s
 (
__de�
, 
__�c
);

173 
	}
}

176 
wch�_t
 *
	$__wc��y_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

177 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
,

178 
size_t
 
__de��n
�
__THROW
;

179 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wc��y_��s
,

180 (
wch�_t
 *
__��ri�
 
__de�
,

181 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

182 
size_t
 
__n
), 
wc��y
);

183 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wc��y_chk_w�n
,

184 (
wch�_t
 *
__��ri�
 
__de�
,

185 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

186 
size_t
 
__n
, size_�
__de��n
), 
__wc��y_chk
)

187 
	`__w�ljr
 ("wcsncpy called with�ength bigger�han size of destination "

190 
__f�tify_fun�i�
 
wch�_t
 *

191 
	`__NTH
 (
	$wc��y
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
,

192 
size_t
 
__n
))

194 i�(
	`__bos
 (
__de�
�!�(
size_t
) -1)

196 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
))

197  
	`__wc��y_chk
 (
__de�
, 
__�c
, 
__n
,

198 
	`__bos
 (
__de�
�/  (
wch�_t
));

199 i�(
__n
 > 
	`__bos
 (
__de�
�/  (
wch�_t
))

200  
	`__wc��y_chk_w�n
 (
__de�
, 
__�c
, 
__n
,

201 
	`__bos
 (
__de�
�/  (
wch�_t
));

203  
	`__wc��y_��s
 (
__de�
, 
__�c
, 
__n
);

204 
	}
}

207 
wch�_t
 *
	$__w�n�y_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

208 cڡ 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
,

209 
size_t
 
__de��n
�
__THROW
;

210 
wch�_t
 *
	`__REDIRECT_NTH
 (
__w�n�y_��s
,

211 (
wch�_t
 *
__��ri�
 
__de�
,

212 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

213 
size_t
 
__n
), 
w�n�y
);

214 
wch�_t
 *
	`__REDIRECT_NTH
 (
__w�n�y_chk_w�n
,

215 (
wch�_t
 *
__��ri�
 
__de�
,

216 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

217 
size_t
 
__n
, size_�
__de��n
), 
__w�n�y_chk
)

218 
	`__w�ljr
 ("wcpncpy called with�ength bigger�han size of destination "

221 
__f�tify_fun�i�
 
wch�_t
 *

222 
	`__NTH
 (
	$w�n�y
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
,

223 
size_t
 
__n
))

225 i�(
	`__bos
 (
__de�
�!�(
size_t
) -1)

227 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
))

228  
	`__w�n�y_chk
 (
__de�
, 
__�c
, 
__n
,

229 
	`__bos
 (
__de�
�/  (
wch�_t
));

230 i�(
__n
 > 
	`__bos
 (
__de�
�/  (
wch�_t
))

231  
	`__w�n�y_chk_w�n
 (
__de�
, 
__�c
, 
__n
,

232 
	`__bos
 (
__de�
�/  (
wch�_t
));

234  
	`__w�n�y_��s
 (
__de�
, 
__�c
, 
__n
);

235 
	}
}

238 
wch�_t
 *
	$__wcs�t_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

239 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

240 
size_t
 
__de��n
�
__THROW
;

241 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wcs�t_��s
,

242 (
wch�_t
 *
__��ri�
 
__de�
,

243 cڡ 
wch�_t
 *
__��ri�
 
__�c
), 
wcs�t
);

245 
__f�tify_fun�i�
 
wch�_t
 *

246 
	`__NTH
 (
	$wcs�t
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
))

248 i�(
	`__bos
 (
__de�
�!�(
size_t
) -1)

249  
	`__wcs�t_chk
 (
__de�
, 
__�c
, 
	`__bos
 (__de��/  (
wch�_t
));

250  
	`__wcs�t_��s
 (
__de�
, 
__�c
);

251 
	}
}

254 
wch�_t
 *
	$__wc��t_chk
 (
wch�_t
 *
__��ri�
 
__de�
,

255 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

256 
size_t
 
__n
, size_�
__de��n
�
__THROW
;

257 
wch�_t
 *
	`__REDIRECT_NTH
 (
__wc��t_��s
,

258 (
wch�_t
 *
__��ri�
 
__de�
,

259 cڡ 
wch�_t
 *
__��ri�
 
__�c
,

260 
size_t
 
__n
), 
wc��t
);

262 
__f�tify_fun�i�
 
wch�_t
 *

263 
	`__NTH
 (
	$wc��t
 (
wch�_t
 *
__��ri�
 
__de�
, cڡ wch�_�*__��ri� 
__�c
,

264 
size_t
 
__n
))

266 i�(
	`__bos
 (
__de�
�!�(
size_t
) -1)

267  
	`__wc��t_chk
 (
__de�
, 
__�c
, 
__n
,

268 
	`__bos
 (
__de�
�/  (
wch�_t
));

269  
	`__wc��t_��s
 (
__de�
, 
__�c
, 
__n
);

270 
	}
}

273 

	$__sw��tf_chk
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

274 
__�ag
, 
size_t
 
__s_�n
,

275 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

276 
__THROW
 ;

278 

	`__REDIRECT_NTH_LDBL
 (
__sw��tf_��s
,

279 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

280 cڡ 
wch�_t
 *
__��ri�
 
__fmt
, ...),

281 
sw��tf
);

283 #ifde�
__va_�g_�ck


284 
__f�tify_fun�i�
 

285 
	`__NTH
 (
	$sw��tf
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

286 cڡ 
wch�_t
 *
__��ri�
 
__fmt
, ...))

288 i�(
	`__bos
 (
__s
�!�(
size_t
�-1 || 
__USE_FORTIFY_LEVEL
 > 1)

289  
	`__sw��tf_chk
 (
__s
, 
__n
, 
__USE_FORTIFY_LEVEL
 - 1,

290 
	`__bos
 (
__s
�/  (
wch�_t
),

291 
__fmt
, 
	`__va_�g_�ck
 ());

292  
	`__sw��tf_��s
 (
__s
, 
__n
, 
__fmt
, 
	`__va_�g_�ck
 ());

293 
	}
}

294 #�i�!
def�ed
 
__�lu�lus


296 

	#sw��tf
(
s
, 
n
, ...) \

297 (
	`__bos
 (
s
�!�(
size_t
�-1 || 
__USE_FORTIFY_LEVEL
 > 1 \

298 ? 
	`__sw��tf_chk
 (
s
, 
n
, 
__USE_FORTIFY_LEVEL
 - 1, \

299 
	`__bos
 (
s
�/  (
wch�_t
), 
__VA_ARGS__
) \

300 : 
	`sw��tf
 (
s
, 
n
, 
__VA_ARGS__
))

	)

303 

	$__vsw��tf_chk
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

304 
__�ag
, 
size_t
 
__s_�n
,

305 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

306 
__gnuc_va_li�
 
__�g
)

307 
__THROW
 ;

309 

	`__REDIRECT_NTH_LDBL
 (
__vsw��tf_��s
,

310 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

311 cڡ 
wch�_t
 *
__��ri�
 
__fmt
,

312 
__gnuc_va_li�
 
__�
), 
vsw��tf
);

314 
__f�tify_fun�i�
 

315 
	`__NTH
 (
	$vsw��tf
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

316 cڡ 
wch�_t
 *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
))

318 i�(
	`__bos
 (
__s
�!�(
size_t
�-1 || 
__USE_FORTIFY_LEVEL
 > 1)

319  
	`__vsw��tf_chk
 (
__s
, 
__n
, 
__USE_FORTIFY_LEVEL
 - 1,

320 
	`__bos
 (
__s
�/  (
wch�_t
), 
__fmt
, 
__�
);

321  
	`__vsw��tf_��s
 (
__s
, 
__n
, 
__fmt
, 
__�
);

322 
	}
}

325 #i�
__USE_FORTIFY_LEVEL
 > 1

327 

__fw��tf_chk
 (
__FILE
 *
__��ri�
 
__��am
, 
__�ag
,

328 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
, ...);

329 

__w��tf_chk
 (
__�ag
, cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

331 

__vfw��tf_chk
 (
__FILE
 *
__��ri�
 
__��am
, 
__�ag
,

332 cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

333 
__gnuc_va_li�
 
__�
);

334 

__vw��tf_chk
 (
__�ag
, cڡ 
wch�_t
 *
__��ri�
 
__f�m�
,

335 
__gnuc_va_li�
 
__�
);

337 #ifde�
__va_�g_�ck


338 
__f�tify_fun�i�
 

339 
	$w��tf
 (cڡ 
wch�_t
 *
__��ri�
 
__fmt
, ...)

341  
	`__w��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
	`__va_�g_�ck
 ());

342 
	}
}

344 
__f�tify_fun�i�
 

345 
	$fw��tf
 (
__FILE
 *
__��ri�
 
__��am
, cڡ 
wch�_t
 *__��ri� 
__fmt
, ...)

347  
	`__fw��tf_chk
 (
__��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
,

348 
	`__va_�g_�ck
 ());

349 
	}
}

350 #�i�!
def�ed
 
__�lu�lus


351 

	#w��tf
(...) \

352 
	`__w��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

353 

	#fw��tf
(
��am
, ...) \

354 
	`__fw��tf_chk
 (
��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__VA_ARGS__
)

	)

357 
__f�tify_fun�i�
 

358 
	$vw��tf
 (cڡ 
wch�_t
 *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
)

360  
	`__vw��tf_chk
 (
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

361 
	}
}

363 
__f�tify_fun�i�
 

364 
	$vfw��tf
 (
__FILE
 *
__��ri�
 
__��am
,

365 cڡ 
wch�_t
 *
__��ri�
 
__fmt
, 
__gnuc_va_li�
 
__�
)

367  
	`__vfw��tf_chk
 (
__��am
, 
__USE_FORTIFY_LEVEL
 - 1, 
__fmt
, 
__�
);

368 
	}
}

372 
wch�_t
 *
	$__fg�ws_chk
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

373 
__FILE
 *
__��ri�
 
__��am
�
__wur
;

374 
wch�_t
 *
	`__REDIRECT
 (
__fg�ws_��s
,

375 (
wch�_t
 *
__��ri�
 
__s
, 
__n
,

376 
__FILE
 *
__��ri�
 
__��am
), 
fg�ws
�
__wur
;

377 
wch�_t
 *
	`__REDIRECT
 (
__fg�ws_chk_w�n
,

378 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

379 
__FILE
 *
__��ri�
 
__��am
), 
__fg�ws_chk
)

380 
__wur
 
	`__w�ljr
 ("fgetws called with bigger size�han�ength "

383 
__f�tify_fun�i�
 
__wur
 
wch�_t
 *

384 
	$fg�ws
 (
wch�_t
 *
__��ri�
 
__s
, 
__n
, 
__FILE
 *__��ri� 
__��am
)

386 i�(
	`__bos
 (
__s
�!�(
size_t
) -1)

388 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
) || __n <= 0)

389  
	`__fg�ws_chk
 (
__s
, 
	`__bos
 (__s�/  (
wch�_t
),

390 
__n
, 
__��am
);

392 i�((
size_t
�
__n
 > 
	`__bos
 (
__s
�/  (
wch�_t
))

393  
	`__fg�ws_chk_w�n
 (
__s
, 
	`__bos
 (__s�/  (
wch�_t
),

394 
__n
, 
__��am
);

396  
	`__fg�ws_��s
 (
__s
, 
__n
, 
__��am
);

397 
	}
}

399 #ifde�
__USE_GNU


400 
wch�_t
 *
	$__fg�ws_u�ocked_chk
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__size
,

401 
__n
, 
__FILE
 *
__��ri�
 
__��am
)

402 
__wur
;

403 
wch�_t
 *
	`__REDIRECT
 (
__fg�ws_u�ocked_��s
,

404 (
wch�_t
 *
__��ri�
 
__s
, 
__n
,

405 
__FILE
 *
__��ri�
 
__��am
), 
fg�ws_u�ocked
)

406 
__wur
;

407 
wch�_t
 *
	`__REDIRECT
 (
__fg�ws_u�ocked_chk_w�n
,

408 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__size
, 
__n
,

409 
__FILE
 *
__��ri�
 
__��am
),

410 
__fg�ws_u�ocked_chk
)

411 
__wur
 
	`__w�ljr
 ("fgetws_unlocked called with bigger size�han�ength "

414 
__f�tify_fun�i�
 
__wur
 
wch�_t
 *

415 
	$fg�ws_u�ocked
 (
wch�_t
 *
__��ri�
 
__s
, 
__n
, 
__FILE
 *__��ri� 
__��am
)

417 i�(
	`__bos
 (
__s
�!�(
size_t
) -1)

419 i�(!
	`__bu�t�_cڡ�t_p
 (
__n
) || __n <= 0)

420  
	`__fg�ws_u�ocked_chk
 (
__s
, 
	`__bos
 (__s�/  (
wch�_t
),

421 
__n
, 
__��am
);

423 i�((
size_t
�
__n
 > 
	`__bos
 (
__s
�/  (
wch�_t
))

424  
	`__fg�ws_u�ocked_chk_w�n
 (
__s
, 
	`__bos
 (__s�/  (
wch�_t
),

425 
__n
, 
__��am
);

427  
	`__fg�ws_u�ocked_��s
 (
__s
, 
__n
, 
__��am
);

428 
	}
}

432 
size_t
 
	$__w�tomb_chk
 (*
__��ri�
 
__s
, 
wch�_t
 
__wch�
,

433 
mb��e_t
 *
__��ri�
 
__p
,

434 
size_t
 
__bu�
�
__THROW
 
__wur
;

435 
size_t
 
	`__REDIRECT_NTH
 (
__w�tomb_��s
,

436 (*
__��ri�
 
__s
, 
wch�_t
 
__wch�
,

437 
mb��e_t
 *
__��ri�
 
__ps
), 
w�tomb
�
__wur
;

439 
__f�tify_fun�i�
 
__wur
 
size_t


440 
	`__NTH
 (
	$w�tomb
 (*
__��ri�
 
__s
, 
wch�_t
 
__wch�
,

441 
mb��e_t
 *
__��ri�
 
__ps
))

446 

	#__WCHAR_MB_LEN_MAX
 16

	)

447 #i�
def�ed
 
MB_LEN_MAX
 && MB_LEN_MAX !�
__WCHAR_MB_LEN_MAX


450 i�(
	`__bos
 (
__s
�!�(
size_t
�-1 && 
__WCHAR_MB_LEN_MAX
 > __bos (__s))

451  
	`__w�tomb_chk
 (
__s
, 
__wch�
, 
__ps
, 
	`__bos
 (__s));

452  
	`__w�tomb_��s
 (
__s
, 
__wch�
, 
__ps
);

453 
	}
}

456 
size_t
 
	$__mb�towcs_chk
 (
wch�_t
 *
__��ri�
 
__d�
,

457 cڡ **
__��ri�
 
__�c
,

458 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

459 
size_t
 
__d��n
�
__THROW
;

460 
size_t
 
	`__REDIRECT_NTH
 (
__mb�towcs_��s
,

461 (
wch�_t
 *
__��ri�
 
__d�
,

462 cڡ **
__��ri�
 
__�c
,

463 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
),

464 
mb�towcs
);

465 
size_t
 
	`__REDIRECT_NTH
 (
__mb�towcs_chk_w�n
,

466 (
wch�_t
 *
__��ri�
 
__d�
,

467 cڡ **
__��ri�
 
__�c
,

468 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

469 
size_t
 
__d��n
), 
__mb�towcs_chk
)

470 
	`__w�ljr
 ("mbsrtowcs called with dst buffer smaller�han�en "

473 
__f�tify_fun�i�
 
size_t


474 
	`__NTH
 (
	$mb�towcs
 (
wch�_t
 *
__��ri�
 
__d�
, cڡ **__��ri� 
__�c
,

475 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
))

477 i�(
	`__bos
 (
__d�
�!�(
size_t
) -1)

479 i�(!
	`__bu�t�_cڡ�t_p
 (
__�n
))

480  
	`__mb�towcs_chk
 (
__d�
, 
__�c
, 
__�n
, 
__ps
,

481 
	`__bos
 (
__d�
�/  (
wch�_t
));

483 i�(
__�n
 > 
	`__bos
 (
__d�
�/  (
wch�_t
))

484  
	`__mb�towcs_chk_w�n
 (
__d�
, 
__�c
, 
__�n
, 
__ps
,

485 
	`__bos
 (
__d�
�/  (
wch�_t
));

487  
	`__mb�towcs_��s
 (
__d�
, 
__�c
, 
__�n
, 
__ps
);

488 
	}
}

491 
size_t
 
	$__wc�tombs_chk
 (*
__��ri�
 
__d�
,

492 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

493 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

494 
size_t
 
__d��n
�
__THROW
;

495 
size_t
 
	`__REDIRECT_NTH
 (
__wc�tombs_��s
,

496 (*
__��ri�
 
__d�
,

497 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

498 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
),

499 
wc�tombs
);

500 
size_t
 
	`__REDIRECT_NTH
 (
__wc�tombs_chk_w�n
,

501 (*
__��ri�
 
__d�
,

502 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

503 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

504 
size_t
 
__d��n
), 
__wc�tombs_chk
)

505 
	`__w�ljr
 ("wcsrtombs called with dst buffer smaller�han�en");

507 
__f�tify_fun�i�
 
size_t


508 
	`__NTH
 (
	$wc�tombs
 (*
__��ri�
 
__d�
, cڡ 
wch�_t
 **__��ri� 
__�c
,

509 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
))

511 i�(
	`__bos
 (
__d�
�!�(
size_t
) -1)

513 i�(!
	`__bu�t�_cڡ�t_p
 (
__�n
))

514  
	`__wc�tombs_chk
 (
__d�
, 
__�c
, 
__�n
, 
__ps
, 
	`__bos
 (__dst));

516 i�(
__�n
 > 
	`__bos
 (
__d�
))

517  
	`__wc�tombs_chk_w�n
 (
__d�
, 
__�c
, 
__�n
, 
__ps
, 
	`__bos
 (__dst));

519  
	`__wc�tombs_��s
 (
__d�
, 
__�c
, 
__�n
, 
__ps
);

520 
	}
}

523 #ifde�
__USE_GNU


524 
size_t
 
	$__mb��owcs_chk
 (
wch�_t
 *
__��ri�
 
__d�
,

525 cڡ **
__��ri�
 
__�c
, 
size_t
 
__nmc
,

526 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

527 
size_t
 
__d��n
�
__THROW
;

528 
size_t
 
	`__REDIRECT_NTH
 (
__mb��owcs_��s
,

529 (
wch�_t
 *
__��ri�
 
__d�
,

530 cڡ **
__��ri�
 
__�c
, 
size_t
 
__nmc
,

531 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
),

532 
mb��owcs
);

533 
size_t
 
	`__REDIRECT_NTH
 (
__mb��owcs_chk_w�n
,

534 (
wch�_t
 *
__��ri�
 
__d�
,

535 cڡ **
__��ri�
 
__�c
, 
size_t
 
__nmc
,

536 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
,

537 
size_t
 
__d��n
), 
__mb��owcs_chk
)

538 
	`__w�ljr
 ("mbsnrtowcs called with dst buffer smaller�han�en "

541 
__f�tify_fun�i�
 
size_t


542 
	`__NTH
 (
	$mb��owcs
 (
wch�_t
 *
__��ri�
 
__d�
, cڡ **__��ri� 
__�c
,

543 
size_t
 
__nmc
, size_�
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
))

545 i�(
	`__bos
 (
__d�
�!�(
size_t
) -1)

547 i�(!
	`__bu�t�_cڡ�t_p
 (
__�n
))

548  
	`__mb��owcs_chk
 (
__d�
, 
__�c
, 
__nmc
, 
__�n
, 
__ps
,

549 
	`__bos
 (
__d�
�/  (
wch�_t
));

551 i�(
__�n
 > 
	`__bos
 (
__d�
�/  (
wch�_t
))

552  
	`__mb��owcs_chk_w�n
 (
__d�
, 
__�c
, 
__nmc
, 
__�n
, 
__ps
,

553 
	`__bos
 (
__d�
�/  (
wch�_t
));

555  
	`__mb��owcs_��s
 (
__d�
, 
__�c
, 
__nmc
, 
__�n
, 
__ps
);

556 
	}
}

559 
size_t
 
	$__wc��ombs_chk
 (*
__��ri�
 
__d�
,

560 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

561 
size_t
 
__nwc
, size_�
__�n
,

562 
mb��e_t
 *
__��ri�
 
__ps
, 
size_t
 
__d��n
)

563 
__THROW
;

564 
size_t
 
	`__REDIRECT_NTH
 (
__wc��ombs_��s
,

565 (*
__��ri�
 
__d�
,

566 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

567 
size_t
 
__nwc
, size_�
__�n
,

568 
mb��e_t
 *
__��ri�
 
__ps
), 
wc��ombs
);

569 
size_t
 
	`__REDIRECT_NTH
 (
__wc��ombs_chk_w�n
,

570 (*
__��ri�
 
__d�
,

571 cڡ 
wch�_t
 **
__��ri�
 
__�c
,

572 
size_t
 
__nwc
, size_�
__�n
,

573 
mb��e_t
 *
__��ri�
 
__ps
,

574 
size_t
 
__d��n
), 
__wc��ombs_chk
)

575 
	`__w�ljr
 ("wcsnrtombs called with dst buffer smaller�han�en");

577 
__f�tify_fun�i�
 
size_t


578 
	`__NTH
 (
	$wc��ombs
 (*
__��ri�
 
__d�
, cڡ 
wch�_t
 **__��ri� 
__�c
,

579 
size_t
 
__nwc
, size_�
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
))

581 i�(
	`__bos
 (
__d�
�!�(
size_t
) -1)

583 i�(!
	`__bu�t�_cڡ�t_p
 (
__�n
))

584  
	`__wc��ombs_chk
 (
__d�
, 
__�c
, 
__nwc
, 
__�n
, 
__ps
,

585 
	`__bos
 (
__d�
));

587 i�(
__�n
 > 
	`__bos
 (
__d�
))

588  
	`__wc��ombs_chk_w�n
 (
__d�
, 
__�c
, 
__nwc
, 
__�n
, 
__ps
,

589 
	`__bos
 (
__d�
));

591  
	`__wc��ombs_��s
 (
__d�
, 
__�c
, 
__nwc
, 
__�n
, 
__ps
);

592 
	}
}

	@/usr/include/wctype.h

23 #i�de�
_WCTYPE_H


25 
	~<�u�s.h
>

26 
	~<b�s/ty�s.h
>

28 #i�de�
__�ed_iswxxx


29 

	#_WCTYPE_H
 1

	)

32 

	#__�ed_w�t_t


	)

33 
	~<wch�.h
>

37 #i�de�
WEOF


38 

	#WEOF
 (0xffffffffu)

	)

41 #unde�
__�ed_iswxxx


46 #i�de�
__iswxxx_def�ed


47 

	#__iswxxx_def�ed
 1

	)

49 
__BEGIN_NAMESPACE_C99


52 
	tw�y�_t
;

53 
	g__END_NAMESPACE_C99


55 #i�de�
_ISwb�


60 
	~<�d�n.h
>

61 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


62 

	#_ISwb�
(
b�
�(1 << (b�))

	)

64 

	#_ISwb�
(
b�
) \

65 ((
b�
) < 8 ? () ((1UL << (bit)) << 24) \

66 : ((
b�
) < 16 ? () ((1UL << (bit)) << 8) \

67 : ((
b�
) < 24 ? () ((1UL << (bit)) >> 8) \

68 : (�((1UL << (
b�
)�>> 24))))

	)

73 
	m__ISwu��
 = 0,

74 
	m__ISwlow�
 = 1,

75 
	m__ISw�pha
 = 2,

76 
	m__ISwdig�
 = 3,

77 
	m__ISwxdig�
 = 4,

78 
	m__ISw�a�
 = 5,

79 
	m__ISw��t
 = 6,

80 
	m__ISwg�ph
 = 7,

81 
	m__ISwb�nk
 = 8,

82 
	m__ISw��l
 = 9,

83 
	m__ISwpun�
 = 10,

84 
	m__ISw�num
 = 11,

86 
	m_ISwu��
 = 
_ISwb�
 (
__ISwu��
),

87 
	m_ISwlow�
 = 
_ISwb�
 (
__ISwlow�
),

88 
	m_ISw�pha
 = 
_ISwb�
 (
__ISw�pha
),

89 
	m_ISwdig�
 = 
_ISwb�
 (
__ISwdig�
),

90 
	m_ISwxdig�
 = 
_ISwb�
 (
__ISwxdig�
),

91 
	m_ISw�a�
 = 
_ISwb�
 (
__ISw�a�
),

92 
	m_ISw��t
 = 
_ISwb�
 (
__ISw��t
),

93 
	m_ISwg�ph
 = 
_ISwb�
 (
__ISwg�ph
),

94 
	m_ISwb�nk
 = 
_ISwb�
 (
__ISwb�nk
),

95 
	m_ISw��l
 = 
_ISwb�
 (
__ISw��l
),

96 
	m_ISwpun�
 = 
_ISwb�
 (
__ISwpun�
),

97 
	m_ISw�num
 = 
_ISwb�
 (
__ISw�num
)

102 
__BEGIN_DECLS


104 
__BEGIN_NAMESPACE_C99


111 

	$isw�num
 (
w�t_t
 
__wc
�
__THROW
;

117 

	$isw�pha
 (
w�t_t
 
__wc
�
__THROW
;

120 

	$isw��l
 (
w�t_t
 
__wc
�
__THROW
;

124 

	$iswdig�
 (
w�t_t
 
__wc
�
__THROW
;

128 

	$iswg�ph
 (
w�t_t
 
__wc
�
__THROW
;

133 

	$iswlow�
 (
w�t_t
 
__wc
�
__THROW
;

136 

	$isw��t
 (
w�t_t
 
__wc
�
__THROW
;

141 

	$iswpun�
 (
w�t_t
 
__wc
�
__THROW
;

146 

	$isw�a�
 (
w�t_t
 
__wc
�
__THROW
;

151 

	$iswu��
 (
w�t_t
 
__wc
�
__THROW
;

156 

	$iswxdig�
 (
w�t_t
 
__wc
�
__THROW
;

161 #ifde�
__USE_ISOC99


162 

	$iswb�nk
 (
w�t_t
 
__wc
�
__THROW
;

171 
w�y�_t
 
	$w�y�
 (cڡ *
__�ݔty
�
__THROW
;

175 

	$isw�y�
 (
w�t_t
 
__wc
, 
w�y�_t
 
__desc
�
__THROW
;

176 
__END_NAMESPACE_C99


183 
__BEGIN_NAMESPACE_C99


186 cڡ 
	t__�t32_t
 *
	tw��ns_t
;

187 
__END_NAMESPACE_C99


188 #ifde�
__USE_GNU


189 
	$__USING_NAMESPACE_C99
(
w��ns_t
)

192 
__BEGIN_NAMESPACE_C99


194 
w�t_t
 
	$towlow�
 (
w�t_t
 
__wc
�
__THROW
;

197 
w�t_t
 
	$towu��
 (
w�t_t
 
__wc
�
__THROW
;

198 
__END_NAMESPACE_C99


200 
__END_DECLS


207 #ifde�
_WCTYPE_H


213 
__BEGIN_DECLS


215 
__BEGIN_NAMESPACE_C99


218 
w��ns_t
 
	$w��ns
 (cڡ *
__�ݔty
�
__THROW
;

221 
w�t_t
 
	$tow��ns
 (
w�t_t
 
__wc
, 
w��ns_t
 
__desc
�
__THROW
;

222 
__END_NAMESPACE_C99


224 #ifde�
__USE_XOPEN2K8


226 
	~<xlo��.h
>

230 

	$isw�num_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

236 

	$isw�pha_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

239 

	$isw��l_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

243 

	$iswdig�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

247 

	$iswg�ph_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

252 

	$iswlow�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

255 

	$isw��t_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

260 

	$iswpun�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

265 

	$isw�a�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

270 

	$iswu��_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

275 

	$iswxdig�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

280 

	$iswb�nk_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

284 
w�y�_t
 
	$w�y�_l
 (cڡ *
__�ݔty
, 
__lo��_t
 
__lo��
)

285 
__THROW
;

289 

	$isw�y�_l
 (
w�t_t
 
__wc
, 
w�y�_t
 
__desc
, 
__lo��_t
 
__lo��
)

290 
__THROW
;

298 
w�t_t
 
	$towlow�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

301 
w�t_t
 
	$towu��_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

305 
w��ns_t
 
	$w��ns_l
 (cڡ *
__�ݔty
, 
__lo��_t
 
__lo��
)

306 
__THROW
;

309 
w�t_t
 
	$tow��ns_l
 (
w�t_t
 
__wc
, 
w��ns_t
 
__desc
,

310 
__lo��_t
 
__lo��
�
__THROW
;

314 
__END_DECLS


	@/usr/include/asm-generic/errno-base.h

1 #i�de�
_ASM_GENERIC_ERRNO_BASE_H


2 

	#_ASM_GENERIC_ERRNO_BASE_H


	)

4 

	#EPERM
 1

	)

5 

	#ENOENT
 2

	)

6 

	#ESRCH
 3

	)

7 

	#EINTR
 4

	)

8 

	#EIO
 5

	)

9 

	#ENXIO
 6

	)

10 

	#E2BIG
 7

	)

11 

	#ENOEXEC
 8

	)

12 

	#EBADF
 9

	)

13 

	#ECHILD
 10

	)

14 

	#EAGAIN
 11

	)

15 

	#ENOMEM
 12

	)

16 

	#EACCES
 13

	)

17 

	#EFAULT
 14

	)

18 

	#ENOTBLK
 15

	)

19 

	#EBUSY
 16

	)

20 

	#EEXIST
 17

	)

21 

	#EXDEV
 18

	)

22 

	#ENODEV
 19

	)

23 

	#ENOTDIR
 20

	)

24 

	#EISDIR
 21

	)

25 

	#EINVAL
 22

	)

26 

	#ENFILE
 23

	)

27 

	#EMFILE
 24

	)

28 

	#ENOTTY
 25

	)

29 

	#ETXTBSY
 26

	)

30 

	#EFBIG
 27

	)

31 

	#ENOSPC
 28

	)

32 

	#ESPIPE
 29

	)

33 

	#EROFS
 30

	)

34 

	#EMLINK
 31

	)

35 

	#EPIPE
 32

	)

36 

	#EDOM
 33

	)

37 

	#ERANGE
 34

	)

	@/usr/include/asm-generic/sockios.h

1 #i�de�
__ASM_GENERIC_SOCKIOS_H


2 

	#__ASM_GENERIC_SOCKIOS_H


	)

5 

	#FIOSETOWN
 0x8901

	)

6 

	#SIOCSPGRP
 0x8902

	)

7 

	#FIOGETOWN
 0x8903

	)

8 

	#SIOCGPGRP
 0x8904

	)

9 

	#SIOCATMARK
 0x8905

	)

10 

	#SIOCGSTAMP
 0x8906

	)

11 

	#SIOCGSTAMPNS
 0x8907

	)

	@
1
.
1
/usr/include
198
5604
VIL/acl/lib_acl.c
VIL/acl/lib_acl.h
VIL/alg/lib_ftp_alg.c
VIL/alg/lib_ftp_alg.h
VIL/alg/lib_sip_alg.c
VIL/alg/lib_sip_alg.h
VIL/conntrack/rte_cnxn_tracking.c
VIL/conntrack/rte_cnxn_tracking.h
VIL/conntrack/rte_ct_synproxy.c
VIL/conntrack/rte_ct_tcp.c
VIL/conntrack/rte_ct_tcp.h
VIL/conntrack/rte_ct_udp.c
VIL/l2l3_stack/bond.c
VIL/l2l3_stack/hle.c
VIL/l2l3_stack/hle.h
VIL/l2l3_stack/interface.c
VIL/l2l3_stack/interface.h
VIL/l2l3_stack/l2_proto.c
VIL/l2l3_stack/l2_proto.h
VIL/l2l3_stack/l3fwd_common.h
VIL/l2l3_stack/l3fwd_lpm4.c
VIL/l2l3_stack/l3fwd_lpm4.h
VIL/l2l3_stack/l3fwd_lpm6.c
VIL/l2l3_stack/l3fwd_lpm6.h
VIL/l2l3_stack/l3fwd_main.c
VIL/l2l3_stack/lib_arp.c
VIL/l2l3_stack/lib_arp.h
VIL/l2l3_stack/lib_icmpv6.c
VIL/l2l3_stack/lib_icmpv6.h
VIL/l2l3_stack/main_l2l3.c
VIL/l2l3_stack/tsx.c
VIL/l2l3_stack/tsx.h
VIL/pipeline_arpicmp/pipeline_arpicmp.c
VIL/pipeline_arpicmp/pipeline_arpicmp.h
VIL/pipeline_arpicmp/pipeline_arpicmp_be.c
VIL/pipeline_arpicmp/pipeline_arpicmp_be.h
VIL/pipeline_common/pipeline_common_be.c
VIL/pipeline_common/pipeline_common_be.h
VIL/pipeline_common/pipeline_common_fe.c
VIL/pipeline_common/pipeline_common_fe.h
VIL/pipeline_loadb/pipeline_loadb.c
VIL/pipeline_loadb/pipeline_loadb.h
VIL/pipeline_loadb/pipeline_loadb_be.c
VIL/pipeline_loadb/pipeline_loadb_be.h
VIL/pipeline_master/pipeline_master.c
VIL/pipeline_master/pipeline_master.h
VIL/pipeline_master/pipeline_master_be.c
VIL/pipeline_master/pipeline_master_be.h
VIL/pipeline_passthrough/pipeline_passthrough.c
VIL/pipeline_passthrough/pipeline_passthrough.h
VIL/pipeline_passthrough/pipeline_passthrough_be.c
VIL/pipeline_passthrough/pipeline_passthrough_be.h
VIL/pipeline_txrx/pipeline_txrx.c
VIL/pipeline_txrx/pipeline_txrx.h
VIL/pipeline_txrx/pipeline_txrx_be.c
VIL/pipeline_txrx/pipeline_txrx_be.h
vnf_common/app.h
vnf_common/config_check.c
vnf_common/config_parse.c
vnf_common/config_parse_tm.c
vnf_common/cpu_core_map.c
vnf_common/cpu_core_map.h
vnf_common/hash_func.h
vnf_common/parser.h
vnf_common/pipeline.h
vnf_common/pipeline_actions_common.h
vnf_common/pipeline_be.h
vnf_common/thread.c
vnf_common/thread.h
vnf_common/thread_fe.c
vnf_common/thread_fe.h
vnf_common/vnf_common.c
vnf_common/vnf_common.h
vnf_common/vnf_define.h
/usr/include/arpa/inet.h
/usr/include/ctype.h
/usr/include/errno.h
/usr/include/execinfo.h
/usr/include/fcntl.h
/usr/include/getopt.h
/usr/include/inttypes.h
/usr/include/libgen.h
/usr/include/math.h
/usr/include/netinet/in.h
/usr/include/setjmp.h
/usr/include/signal.h
/usr/include/stdint.h
/usr/include/stdio.h
/usr/include/stdlib.h
/usr/include/string.h
/usr/include/sys/param.h
/usr/include/sys/queue.h
/usr/include/sys/socket.h
/usr/include/sys/types.h
/usr/include/sys/wait.h
/usr/include/time.h
/usr/include/unistd.h
/usr/include/alloca.h
/usr/include/bits/byteswap.h
/usr/include/bits/confname.h
/usr/include/bits/environments.h
/usr/include/bits/errno.h
/usr/include/bits/fcntl.h
/usr/include/bits/fcntl2.h
/usr/include/bits/huge_val.h
/usr/include/bits/huge_valf.h
/usr/include/bits/huge_vall.h
/usr/include/bits/in.h
/usr/include/bits/inf.h
/usr/include/bits/math-finite.h
/usr/include/bits/math-vector.h
/usr/include/bits/mathcalls.h
/usr/include/bits/mathdef.h
/usr/include/bits/mathinline.h
/usr/include/bits/nan.h
/usr/include/bits/param.h
/usr/include/bits/posix_opt.h
/usr/include/bits/pthreadtypes.h
/usr/include/bits/setjmp.h
/usr/include/bits/setjmp2.h
/usr/include/bits/sigaction.h
/usr/include/bits/sigcontext.h
/usr/include/bits/siginfo.h
/usr/include/bits/signum.h
/usr/include/bits/sigset.h
/usr/include/bits/sigstack.h
/usr/include/bits/sigthread.h
/usr/include/bits/socket.h
/usr/include/bits/socket2.h
/usr/include/bits/stat.h
/usr/include/bits/stdio-ldbl.h
/usr/include/bits/stdio.h
/usr/include/bits/stdio2.h
/usr/include/bits/stdio_lim.h
/usr/include/bits/stdlib-bsearch.h
/usr/include/bits/stdlib-float.h
/usr/include/bits/stdlib-ldbl.h
/usr/include/bits/stdlib.h
/usr/include/bits/string.h
/usr/include/bits/string2.h
/usr/include/bits/string3.h
/usr/include/bits/sys_errlist.h
/usr/include/bits/time.h
/usr/include/bits/types.h
/usr/include/bits/unistd.h
/usr/include/bits/waitflags.h
/usr/include/bits/waitstatus.h
/usr/include/bits/wchar.h
/usr/include/bits/wordsize.h
/usr/include/endian.h
/usr/include/features.h
/usr/include/libio.h
/usr/include/limits.h
/usr/include/sys/select.h
/usr/include/sys/sysmacros.h
/usr/include/sys/ucontext.h
/usr/include/sys/uio.h
/usr/include/xlocale.h
/usr/include/_G_config.h
/usr/include/asm/socket.h
/usr/include/bits/byteswap-16.h
/usr/include/bits/endian.h
/usr/include/bits/fcntl-linux.h
/usr/include/bits/libio-ldbl.h
/usr/include/bits/libm-simd-decl-stubs.h
/usr/include/bits/posix1_lim.h
/usr/include/bits/posix2_lim.h
/usr/include/bits/select.h
/usr/include/bits/select2.h
/usr/include/bits/sockaddr.h
/usr/include/bits/socket_type.h
/usr/include/bits/timex.h
/usr/include/bits/typesizes.h
/usr/include/bits/uio.h
/usr/include/bits/xopen_lim.h
/usr/include/gnu/stubs.h
/usr/include/linux/errno.h
/usr/include/linux/limits.h
/usr/include/linux/param.h
/usr/include/stdc-predef.h
/usr/include/sys/cdefs.h
/usr/include/asm-generic/socket.h
/usr/include/asm/errno.h
/usr/include/asm/param.h
/usr/include/bits/local_lim.h
/usr/include/gconv.h
/usr/include/gnu/stubs-32.h
/usr/include/gnu/stubs-64.h
/usr/include/gnu/stubs-x32.h
/usr/include/wchar.h
/usr/include/asm-generic/errno.h
/usr/include/asm-generic/param.h
/usr/include/asm/sockios.h
/usr/include/bits/wchar-ldbl.h
/usr/include/bits/wchar2.h
/usr/include/wctype.h
/usr/include/asm-generic/errno-base.h
/usr/include/asm-generic/sockios.h