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, 435 deletions

diff --git a/qemu/roms/SLOF/board-qemu/slof/fdt.fs b/qemu/roms/SLOF/board-qemu/slof/fdt.fs
deleted file mode 100644
index 8d4635f30..000000000
--- a/qemu/roms/SLOF/board-qemu/slof/fdt.fs
+++ /dev/null
@@ -1,435 +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
-\ ****************************************************************************/
-
-0 VALUE fdt-debug
-TRUE VALUE fdt-cas-fix?
-
-\ Bail out if no fdt
-fdt-start 0 = IF -1 throw THEN
-
-struct
-  4 field >fdth_magic
-  4 field >fdth_tsize
-  4 field >fdth_struct_off
-  4 field >fdth_string_off
-  4 field >fdth_rsvmap_off
-  4 field >fdth_version
-  4 field >fdth_compat_vers
-  4 field >fdth_boot_cpu
-  4 field >fdth_string_size
-  4 field >fdth_struct_size
-drop
-
-h# d00dfeed constant OF_DT_HEADER
-h#        1 constant OF_DT_BEGIN_NODE
-h#        2 constant OF_DT_END_NODE
-h#        3 constant OF_DT_PROP
-h#        4 constant OF_DT_NOP
-h#        9 constant OF_DT_END
-
-\ Create some variables early
-0 value fdt-start-addr
-0 value fdt-struct
-0 value fdt-strings
-
-: fdt-init ( fdt-start -- )
-    dup to fdt-start-addr
-    dup dup >fdth_struct_off l@ + to fdt-struct
-    dup dup >fdth_string_off l@ + to fdt-strings
-    drop
-;
-fdt-start fdt-init
-
-\ Dump fdt header for all to see and check FDT validity
-: fdt-check-header ( -- )
-    fdt-start-addr dup 0 = IF
-        ." No flat device tree !" cr drop -1 throw EXIT THEN
-    hex
-    fdt-debug IF
-        ." Flat device tree header at 0x" dup . s" :" type cr
-        ."  magic            : 0x" dup >fdth_magic l@ . cr
-        ."  total size       : 0x" dup >fdth_tsize l@ . cr
-        ."  offset to struct : 0x" dup >fdth_struct_off l@ . cr
-        ."  offset to strings: 0x" dup >fdth_string_off l@ . cr
-        ."  offset to rsvmap : 0x" dup >fdth_rsvmap_off l@ . cr
-        ."  version          : " dup >fdth_version l@ decimal . hex cr
-        ."  last compat vers : " dup >fdth_compat_vers l@ decimal . hex cr
-        dup >fdth_version l@ 2 >= IF
-            ."  boot CPU         : 0x" dup >fdth_boot_cpu l@ . cr
-        THEN
-        dup >fdth_version l@ 3 >= IF
-            ."  strings size     : 0x" dup >fdth_string_size l@ . cr
-        THEN
-        dup >fdth_version l@ 17 >= IF
-            ."  struct size      : 0x" dup >fdth_struct_size l@ . cr
-        THEN
-    THEN
-    dup >fdth_magic l@ OF_DT_HEADER <> IF
-        ." Flat device tree has incorrect magic value !" cr
-	drop -1 throw EXIT
-    THEN
-    dup >fdth_version l@ 10 < IF
-        ." Flat device tree has usupported version !" cr
-	drop -1 throw EXIT
-    THEN
-
-    drop
-;
-fdt-check-header
-
-\ Fetch next tag, skip nops and increment address
-: fdt-next-tag ( addr -- nextaddr tag )
-  0	       	      	 	( dummy tag on stack for loop )
-  BEGIN
-    drop			( drop previous tag )
-    dup l@			( read new tag )
-    swap 4 + swap		( increment addr )
-  dup OF_DT_NOP <> UNTIL 	( loop until not nop )
-;
-
-\ Parse unit name and advance addr
-: fdt-fetch-unit ( addr -- addr $name )
-  dup from-cstring	       \  get string size
-  2dup + 1 + 3 + fffffffc and -rot
-;
-
-\ Update unit with information from the reg property...
-\ ... this is required for the PCI nodes for example.
-: fdt-reg-unit ( prop-addr prop-len -- )
-      decode-phys               ( prop-addr' prop-len' phys.lo ... phys.hi )
-      set-unit                  ( prop-addr' prop-len' )
-      2drop
-;
-
-\ Lookup a string by index
-: fdt-fetch-string ( index -- str-addr str-len )  
-  fdt-strings + dup from-cstring
-;
-
-: fdt-create-dec  s" decode-unit" $CREATE , DOES> @ hex64-decode-unit ;
-: fdt-create-enc  s" encode-unit" $CREATE , DOES> @ hex64-encode-unit ;
-
-\ Check whether array contains an zero-terminated ASCII string:
-: fdt-prop-is-string?  ( addr len -- string? )
-   dup 1 < IF 2drop FALSE EXIT THEN                \ Check for valid length
-   1-
-   2dup + c@ 0<> IF 2drop FALSE EXIT THEN          \ Check zero-termination
-   test-string
-;
-
-\ Encode fdt property to OF property
-: fdt-encode-prop  ( addr len -- )
-   2dup fdt-prop-is-string? IF
-      1- encode-string
-   ELSE
-      encode-bytes
-   THEN
-;
-
-\ Method to unflatten a node
-: fdt-unflatten-node ( start -- end )
-  \ this can and will recurse
-  recursive
-
-  \ Get & check first tag of node ( addr -- addr)
-  fdt-next-tag dup OF_DT_BEGIN_NODE <> IF
-    s" Weird tag 0x" type . " at start of node" type cr
-    -1 throw
-  THEN drop
-
-  new-device
-
-  \ Parse name, split unit address
-  fdt-fetch-unit
-  dup 0 = IF drop drop " /" THEN
-  40 left-parse-string
-  \ Set name
-  device-name
-
-  \ Set preliminary unit address - might get overwritten by reg property
-  dup IF
-     " #address-cells" get-parent get-package-property IF
-        2drop
-     ELSE
-        decode-int nip nip
-	hex-decode-unit
-	set-unit
-     THEN
-  ELSE 2drop THEN
-
-  \ Iterate sub tags
-  BEGIN
-    fdt-next-tag dup OF_DT_END_NODE <>
-  WHILE
-    dup OF_DT_PROP = IF
-      \ Found property
-      drop dup			( drop tag, dup addr     : a1 a1 )
-      dup l@ dup rot 4 +	( fetch size, stack is   : a1 s s a2)
-      dup l@ swap 4 +		( fetch nameid, stack is : a1 s s i a3 )
-      rot			( we now have: a1 s i a3 s )
-      fdt-encode-prop rot	( a1 s pa ps i)
-      fdt-fetch-string		( a1 s pa ps na ns )
-      2dup s" reg" str= IF
-          2swap 2dup fdt-reg-unit 2swap
-      THEN
-      property
-      + 8 + 3 + fffffffc and
-    ELSE dup OF_DT_BEGIN_NODE = IF
-      drop			( drop tag )
-      4 -
-      fdt-unflatten-node
-    ELSE
-      drop -1 throw
-    THEN THEN
-  REPEAT drop \ drop tag
-
-  \ Create encode/decode unit
-  " #address-cells" get-node get-package-property IF ELSE
-    decode-int dup fdt-create-dec fdt-create-enc 2drop
-  THEN
-
-  finish-device  
-;
-
-\ Start unflattening
-: fdt-unflatten-tree
-    fdt-debug IF
-        ." Unflattening device tree..." cr THEN
-    fdt-struct fdt-unflatten-node drop
-    fdt-debug IF
-        ." Done !" cr THEN
-;
-fdt-unflatten-tree
-
-\ Find memory size
-: fdt-parse-memory
-    \ XXX FIXME Handle more than one memory node, and deal
-    \     with RMA vs. full access
-    " /memory@0" find-device
-    " reg" get-node get-package-property IF throw -1 THEN
-
-    \ XXX FIXME Assume one entry only in "reg" property for now
-    decode-phys 2drop decode-phys
-    my-#address-cells 1 > IF 20 << or THEN
-    
-    fdt-debug IF
-        dup ." Memory size: " . cr
-    THEN
-    \ claim.fs already released the memory between 0 and MIN-RAM-SIZE,
-    \ so we've got only to release the remaining memory now:
-    MIN-RAM-SIZE swap MIN-RAM-SIZE - release
-    2drop device-end
-;
-fdt-parse-memory
-
-
-\ Claim fdt memory and reserve map
-: fdt-claim-reserve
-    fdt-start-addr
-    dup dup >fdth_tsize l@ 0 claim drop
-    dup >fdth_rsvmap_off l@ +
-    BEGIN
-        dup dup x@ swap 8 + x@
-	dup 0 <>
-    WHILE
-	fdt-debug IF
-	    2dup swap ." Reserve map entry: " . ." : " . cr
-	THEN
-	0 claim drop
-	10 +
-    REPEAT drop drop drop
-;
-fdt-claim-reserve 
-
-
-\ The following functions are use to replace the FDT phandle and
-\ linux,phandle properties with our own OF1275 phandles...
-
-\ This is used to check whether we successfully replaced a phandle value
-0 VALUE (fdt-phandle-replaced)
-
-\ Replace phandle value in "interrupt-map" property
-: fdt-replace-interrupt-map  ( old new prop-addr prop-len -- old new )
-   BEGIN
-      dup                    ( old new prop-addr prop-len prop-len )
-   WHILE
-      \ This is a little bit ugly ... we're accessing the property at
-      \ hard-coded offsets instead of analyzing it completely...
-      swap dup 10 +          ( old new prop-len prop-addr prop-addr+10 )
-      dup l@ 5 pick = IF
-          \ it matches the old phandle value!
-          3 pick swap l!
-          TRUE TO (fdt-phandle-replaced)
-      ELSE
-          drop
-      THEN
-      ( old new prop-len prop-addr )
-      1c + swap 1c -
-      ( old new new-prop-addr new-prop-len )
-   REPEAT
-   2drop
-;
-
-\ Replace one FDT phandle "old" with a OF1275 phandle "new" in the
-\ whole tree:
-: fdt-replace-all-phandles ( old new node -- )
-   \ ." Replacing in " dup node>path type cr
-   >r
-   s" interrupt-map" r@ get-property 0= IF
-      ( old new prop-addr prop-len  R: node )
-      fdt-replace-interrupt-map
-   THEN
-   s" interrupt-parent" r@ get-property 0= IF
-      ( old new prop-addr prop-len  R: node )
-      decode-int -rot 2drop                  ( old new val  R: node )
-      2 pick = IF                            ( old new      R: node )
-         dup encode-int s" interrupt-parent" r@ set-property
-         TRUE TO (fdt-phandle-replaced)
-      THEN
-   THEN
-   \ ... add more properties that have to be fixed here ...
-   r>
-   \ Now recurse over all child nodes:       ( old new node )
-   child BEGIN
-      dup
-   WHILE
-      3dup RECURSE
-      PEER
-   REPEAT
-   3drop
-;
-
-\ Check whether a node has "phandle" or "linux,phandle" properties
-\ and replace them:
-: fdt-fix-node-phandle  ( node -- )
-   >r
-   FALSE TO (fdt-phandle-replaced)
-   s" phandle" r@ get-property 0= IF
-      decode-int                       ( p-addr2 p-len2 val )
-      \ ." found phandle: " dup . cr
-      r@ s" /" find-node               ( p-addr2 p-len2 val node root )  
-      fdt-replace-all-phandles         ( p-addr2 p-len2 )
-      2drop
-      (fdt-phandle-replaced) IF
-         r@ set-node
-         s" phandle" delete-property
-         s" linux,phandle" delete-property
-      ELSE
-         diagnostic-mode? IF
-            cr ." Warning: Did not replace phandle in " r@ node>path type cr
-         THEN
-      THEN
-   THEN
-   r> drop
-;
-
-\ Recursively walk through all nodes to fix their phandles:
-: fdt-fix-phandles  ( node -- )
-   \ ." fixing phandles of " dup node>path type cr
-   dup fdt-fix-node-phandle
-   child BEGIN
-      dup
-   WHILE
-      dup RECURSE
-      PEER
-   REPEAT
-   drop
-   device-end
-;
-
-: fdt-create-cas-node ( name  -- )
-    2dup
-    2dup " memory@" find-substr 0 = IF
-	fdt-debug IF ." Creating memory@ " cr THEN
-	new-device
-	2dup " @" find-substr nip device-name       \ Parse the node name
-	2dup
-	2dup " @" find-substr rot over + 1 + -rot - 1 - \ Jump to addr afte "@"
-	parse-2int nip xlsplit set-unit                 \ Parse and set unit
-	finish-device
-    ELSE
-	2dup " ibm,dynamic-reconfiguration-memory" find-substr 0 = IF
-	    fdt-debug IF  ." Creating ibm,dynamic-reconfiguration-memory " cr THEN
-	    new-device
-	    device-name
-	    finish-device
-	ELSE
-	    2drop 2drop
-	    false to fdt-cas-fix?
-	    ." Node not supported " cr
-	    EXIT
-	THEN
-    THEN
-
-    find-node ?dup 0 <> IF set-node THEN
-;
-
-: fdt-fix-cas-node ( start -- end )
-    recursive
-    fdt-next-tag dup OF_DT_BEGIN_NODE <> IF
-	." Error " cr
-	false to fdt-cas-fix?
-	EXIT
-    THEN drop
-    fdt-fetch-unit
-    dup 0 = IF drop drop " /" THEN
-    40 left-parse-string
-    2swap ?dup 0 <> IF
-	nip
-	1 + + \ Add the string len +@
-    ELSE
-	drop
-    THEN
-    fdt-debug IF ." Setting node: " 2dup type cr THEN
-    2dup find-node ?dup 0 <> IF
-	set-node 2drop
-    ELSE
-	fdt-debug IF ." Node not found, creating " 2dup type cr THEN
-	fdt-create-cas-node
-    THEN
-    fdt-debug IF ." Current  now: " pwd cr THEN
-    BEGIN
-	fdt-next-tag dup OF_DT_END_NODE <>
-    WHILE
-	dup OF_DT_PROP = IF
-	    fdt-debug IF ." Found property " cr THEN
-	    drop dup		( drop tag, dup addr     : a1 a1 )
-	    dup l@ dup rot 4 +	( fetch size, stack is   : a1 s s a2)
-	    dup l@ swap 4 +	( fetch nameid, stack is : a1 s s i a3 )
-	    rot			( we now have: a1 s i a3 s )
-	    fdt-encode-prop rot	( a1 s pa ps i)
-	    fdt-fetch-string		( a1 s pa ps na ns )
-	    property
-	    fdt-debug IF ." Setting property done " cr THEN
-	    + 8 + 3 + fffffffc and
-	ELSE dup OF_DT_BEGIN_NODE = IF
-		drop			( drop tag )
-		4 -
-		fdt-fix-cas-node
-		get-parent set-node
-		fdt-debug IF ." Returning back " pwd cr THEN
-	    ELSE
-		." Error " cr
-		drop
-		false to fdt-cas-fix?
-		EXIT
-	    THEN
-	THEN
-    REPEAT
-    drop \ drop tag
-;
-
-: fdt-fix-cas-success
-    fdt-cas-fix?
-;
-
-s" /" find-node fdt-fix-phandles