Adding qemu as a submodule of KVMFORNFV

This Patch includes the changes to add qemu as a submodule to
kvmfornfv repo and make use of the updated latest qemu for the
execution of all testcase
Change-Id: I1280af507a857675c7f81d30c95255635667bdd7
Signed-off-by:RajithaY<rajithax.yerrumsetty@intel.com>

1 files changed, 0 insertions, 324 deletions

diff --git a/qemu/roms/SLOF/slof/fs/scsi-disk.fs b/qemu/roms/SLOF/slof/fs/scsi-disk.fs
deleted file mode 100644
index 197847147..000000000
--- a/qemu/roms/SLOF/slof/fs/scsi-disk.fs
+++ /dev/null
@@ -1,324 +0,0 @@
-\ *****************************************************************************
-\ * Copyright (c) 2011 IBM Corporation
-\ * All rights reserved.
-\ * This program and the accompanying materials
-\ * are made available under the terms of the BSD License
-\ * which accompanies this distribution, and is available at
-\ * http://www.opensource.org/licenses/bsd-license.php
-\ *
-\ * Contributors:
-\ *     IBM Corporation - initial implementation
-\ ****************************************************************************/
-
-\ Create new VSCSI child device
-
-\ Create device
-new-device
-
-\ Set name
-s" disk" device-name
-
-s" block" device-type
-
-false VALUE scsi-disk-debug?
-
-\ Get SCSI bits
-scsi-open
-
-\ Send SCSI commands to controller
-
-: execute-scsi-command ( buf-addr buf-len dir cmd-addr cmd-len -- ... )
-                       ( ... [ sense-buf sense-len ] stat )
-    " execute-scsi-command" $call-parent
-;
-
-: retry-scsi-command ( buf-addr buf-len dir cmd-addr cmd-len #retries -- ... )
-                     ( ... 0 | [ sense-buf sense-len ] stat )
-    " retry-scsi-command" $call-parent
-;
-
-\ ---------------------------------\
-\ Common SCSI Commands and helpers \
-\ ---------------------------------\
-
-0 INSTANCE VALUE block-size
-0 INSTANCE VALUE max-transfer
-0 INSTANCE VALUE max-block-num
-0 INSTANCE VALUE is_cdrom
-INSTANCE VARIABLE deblocker
-
-\ This scratch area is made global for now as we only
-\ use it for small temporary commands such as inquiry
-\ read-capacity or media events
-CREATE scratch 100 allot
-CREATE cdb 10 allot
-
-: dump-scsi-error ( sense-buf sense-len stat name namelen -- )
-    ." SCSI-DISK: " my-self instance>path type ." ," type ."  failed" cr
-    ." SCSI-DISK: Status " dup . .status-text
-    0<> IF
-        ."  Sense " scsi-get-sense-data dup . .sense-text
-	."  ASC " . ." ASCQ " . cr
-    ELSE drop THEN
-;
-
-: read-blocks ( addr block# #blocks -- #read )
-    scsi-disk-debug? IF
-        ." SCSI-DISK: read-blocks " .s cr
-    THEN
-
-    \ Bound check. This should probably be done by deblocker
-    \ but it doesn't at this point so do it here
-    2dup + max-block-num > IF
-        ." SCSI-DISK: Access beyond end of device ! " cr
-	drop
-	dup max-block-num > IF
-	  drop drop 0 EXIT
-	THEN
-	dup max-block-num swap -
-    THEN
-
-    dup block-size *                            ( addr block# #blocks len )
-    >r rot r> 			                ( block# #blocks addr len )
-    2swap                                       ( addr len block# #blocks )
-    dup >r
-    cdb scsi-build-read-10                      ( addr len )
-    r> -rot                                     ( #blocks addr len )
-    scsi-dir-read cdb scsi-param-size 10
-    retry-scsi-command
-                                                ( #blocks [ sense-buf sense-len ] stat )
-    dup 0<> IF " read-blocks" dump-scsi-error -65 throw ELSE drop THEN
-;
-
-: (inquiry) ( size -- buffer | NULL )
-    dup cdb scsi-build-inquiry
-    \ 16 retries for inquiry to flush out any UAs
-    scratch swap scsi-dir-read cdb scsi-param-size 10 retry-scsi-command
-    \ Success ?
-    0= IF scratch ELSE 2drop 0 THEN
-;
-
-: inquiry ( -- buffer | NULL )
-    scsi-disk-debug? IF
-	." SCSI-DISK: inquiry " .s cr
-    THEN
-    d# 36 (inquiry) 0= IF 0 EXIT THEN
-    scratch inquiry-data>add-length c@ 5 +
-    (inquiry)
-;
-
-: read-capacity ( -- blocksize #blocks )
-    \ Now issue the read-capacity command
-    scsi-disk-debug? IF
-        ." SCSI-DISK: read-capacity " .s cr
-    THEN
-    \ Make sure that there are zeros in the buffer in case something goes wrong:
-    scratch 10 erase
-    cdb scsi-build-read-cap-10 scratch scsi-length-read-cap-10-data scsi-dir-read
-    cdb scsi-param-size 1 retry-scsi-command
-    \ Success ?
-    dup 0<> IF " read-capacity" dump-scsi-error 0 0 EXIT THEN
-    drop scratch scsi-get-capacity-10 1 +
-;
-
-100 CONSTANT test-unit-retries
-
-\ SCSI test-unit-read
-: test-unit-ready ( true | [ ascq asc sense-key false ] )
-    scsi-disk-debug? IF
-        ." SCSI-DISK: test-unit-ready " .s cr
-    THEN
-    cdb scsi-build-test-unit-ready
-    0 0 0 cdb scsi-param-size test-unit-retries retry-scsi-command
-    \ stat == 0, return
-    0= IF true EXIT THEN
-    \ check sense len, no sense -> return HW error
-    0= IF drop 0 0 4 false EXIT THEN
-    \ get sense
-    scsi-get-sense-data false
-;
-
-
-: start-stop-unit ( state# -- true | false )
-    scsi-disk-debug? IF
-        ." SCSI-DISK: start-stop-unit " .s cr
-    THEN
-    cdb scsi-build-start-stop-unit
-    0 0 0 cdb scsi-param-size 10 retry-scsi-command
-    \ Success ?
-    0= IF true ELSE 2drop false THEN
-;
-
-: compare-sense ( ascq asc key ascq2 asc2 key2 -- true | false )
-    3 pick =	    ( ascq asc key ascq2 asc2 keycmp )
-    swap 4 pick =   ( ascq asc key ascq2 keycmp asccmp )
-    rot 5 pick =    ( ascq asc key keycmp asccmp ascqcmp )
-    and and nip nip nip
-;
-
-\ -------------------------\
-\ CDROM specific functions \
-\ -------------------------\
-
-0 CONSTANT CDROM-READY
-1 CONSTANT CDROM-NOT-READY
-2 CONSTANT CDROM-NO-DISK
-3 CONSTANT CDROM-TRAY-OPEN
-4 CONSTANT CDROM-INIT-REQUIRED
-5 CONSTANT CDROM-TRAY-MAYBE-OPEN
-
-: cdrom-try-close-tray ( -- )
-    scsi-const-load start-stop-unit drop
-;
-
-: cdrom-must-close-tray ( -- )
-    scsi-const-load start-stop-unit not IF
-        ." Tray open !" cr -65 throw
-    THEN
-;
-
-: get-media-event ( -- true | false )
-    scsi-disk-debug? IF
-        ." SCSI-DISK: get-media-event " .s cr
-    THEN
-    cdb scsi-build-get-media-event
-    scratch scsi-length-media-event scsi-dir-read cdb scsi-param-size 1 retry-scsi-command
-    \ Success ?
-    0= IF true ELSE 2drop false THEN
-;
-
-: cdrom-status ( -- status )
-    test-unit-ready
-    IF CDROM-READY EXIT THEN
-
-    scsi-disk-debug? IF
-        ." TestUnitReady sense: " 3dup . . . cr
-    THEN
-
-    3dup 1 4 2 compare-sense IF
-        3drop CDROM-NOT-READY EXIT
-    THEN
-
-    get-media-event IF
-        scratch w@ 4 >= IF
-	    scratch 2 + c@ 04 = IF
-	        scratch 5 + c@
-		dup 02 and 0<> IF drop 3drop CDROM-READY EXIT THEN
-		dup 01 and 0<> IF drop 3drop CDROM-TRAY-OPEN EXIT THEN
-		drop 3drop CDROM-NO-DISK EXIT
-	    THEN
-	THEN
-    THEN
-
-    3dup 2 4 2 compare-sense IF
-        3drop CDROM-INIT-REQUIRED EXIT
-    THEN
-    over 4 = over 2 = and IF
-        \ Format in progress... what do we do ? Just ignore
-	3drop CDROM-READY EXIT
-    THEN
-    over 3a = IF
-        3drop CDROM-NO-DISK EXIT
-    THEN
-
-    \ Other error...
-    3drop CDROM-TRAY-MAYBE-OPEN
-;
-
-: prep-cdrom ( -- ready? )
-    5 0 DO
-        cdrom-status CASE
-	    CDROM-READY           OF UNLOOP true EXIT ENDOF
-	    CDROM-NO-DISK         OF ." No medium !" cr UNLOOP false EXIT ENDOF
-	    CDROM-TRAY-OPEN       OF cdrom-must-close-tray ENDOF
-	    CDROM-INIT-REQUIRED   OF cdrom-try-close-tray ENDOF
-	    CDROM-TRAY-MAYBE-OPEN OF cdrom-try-close-tray ENDOF
-	ENDCASE
-	d# 1000 ms
-    LOOP
-    ." Drive not ready !" cr false
-;
-
-\ ------------------------\
-\ Disk specific functions \
-\ ------------------------\
-
-: prep-disk ( -- ready? )
-    test-unit-ready not IF
-        ." SCSI-DISK: Disk not ready ! "
-        ." Sense " dup .sense-text ." [" . ." ]"
-	."  ASC " . ."  ASCQ " . cr
-	false EXIT THEN true
-;
-
-\ --------------------------\
-\ Standard device interface \
-\ --------------------------\
-
-: open ( -- true | false )
-    scsi-disk-debug? IF
-        ." SCSI-DISK: open [" .s ." ] unit is " my-unit . . ."  [" .s ." ]" cr
-    THEN
-    my-unit " set-address" $call-parent
-
-    inquiry dup 0= IF drop false EXIT THEN
-    scsi-disk-debug? IF
-        ." ---- inquiry: ----" cr
-        dup 100 dump cr
-        ." ------------------" cr
-    THEN
-
-    \ Skip devices with PQ != 0
-    dup inquiry-data>peripheral c@ e0 and 0 <> IF
-        ." SCSI-DISK: Unsupported PQ != 0" cr
-	false EXIT
-    THEN
-
-    inquiry-data>peripheral c@ CASE
-        5   OF true to is_cdrom ENDOF
-        7   OF true to is_cdrom ENDOF
-    ENDCASE
-
-    scsi-disk-debug? IF
-        is_cdrom IF
-            ." SCSI-DISK: device treated as CD-ROM" cr
-        ELSE
-            ." SCSI-DISK: device treated as disk" cr
-        THEN
-    THEN
-
-    is_cdrom IF prep-cdrom ELSE prep-disk THEN
-    not IF false EXIT THEN
-
-    " max-transfer" $call-parent to max-transfer
-
-    read-capacity to max-block-num to block-size
-    max-block-num 0= block-size 0= OR IF
-       ." SCSI-DISK: Failed to get disk capacity!" cr
-       FALSE EXIT
-    THEN
-
-    scsi-disk-debug? IF
-        ." Capacity: " max-block-num . ." blocks of " block-size . cr
-    THEN
-
-    0 0 " deblocker" $open-package dup deblocker ! dup IF 
-        " disk-label" find-package IF
-            my-args rot interpose
-        THEN
-   THEN 0<>
-;
-
-: close ( -- )
-    deblocker @ close-package ;
-
-: seek ( pos.lo pos.hi -- status )
-    s" seek" deblocker @ $call-method ;
-
-: read ( addr len -- actual )
-    s" read" deblocker @ $call-method ;
-
-\ Get rid of SCSI bits
-scsi-close
-
-finish-device