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, 150 deletions

diff --git a/qemu/roms/SLOF/slof/fs/translate.fs b/qemu/roms/SLOF/slof/fs/translate.fs
deleted file mode 100644
index 9654f242f..000000000
--- a/qemu/roms/SLOF/slof/fs/translate.fs
+++ /dev/null
@@ -1,150 +0,0 @@
-\ *****************************************************************************
-\ * Copyright (c) 2004, 2008 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
-\ ****************************************************************************/
-
-\ this is a C-to-Forth translation from the translate
-\ address code in the client
-\ with extensions to handle different sizes of #size-cells
-
-\ this tries to figure out if it is a PCI device what kind of
-\ translation is wanted
-\ if prop_type is 0, "reg" property is used, otherwise "assigned-addresses"
-: pci-address-type  ( node address prop_type -- type )
-   -rot 2 pick ( prop_type node address prop_type )
-   0= IF
-      swap s" reg" rot get-property  ( prop_type address data dlen false )
-   ELSE
-      swap s" assigned-addresses" rot get-property  ( prop_type address data dlen false )
-   THEN
-   IF  2drop -1  EXIT  THEN  4 / 5 /
-   \ advance (phys-addr(3) size(2)) steps
-   0 DO
-      \ BARs and Expansion ROM must be in assigned-addresses...
-      \ so if prop_type is 0 ("reg") and a config space offset is set
-      \ we skip this entry...
-      dup l@ FF AND 0<> ( prop_type address data cfgspace_offset? )
-      3 pick 0= ( prop_type address data cfgspace_offset? reg_prop? )
-      AND NOT IF 
-         2dup 4 + ( prop_type address data address data' )
-         2dup @ 2 pick 8 + @ + <= -rot @  >= and  IF
-            l@ 03000000 and 18 rshift nip
-            ( prop_type type )
-            swap drop ( type )
-            UNLOOP EXIT
-         THEN
-      THEN
-      \ advance in 4 byte steps and (phys-addr(3) size(2)) steps
-      4 5 * +
-   LOOP
-   3drop -1
-;
-
-: (range-read-cells)  ( range-addr #cells -- range-value )
-   \ if number of cells != 1; do 64bit read; else a 32bit read
-   1 =  IF  l@  ELSE  @  THEN
-;
-
-\ this functions tries to find a mapping for the given address
-\ it assumes that if we have #address-cells == 3 that we are trying
-\ to do a PCI translation
-
-\ nac - #address-cells
-\ nsc - #size-cells
-\ pnac - parent #address-cells
-
-: (map-one-range)  ( type range pnac nsc nac address -- address true | address false )
-   \ only check for the type if nac == 3 (PCI)
-   over 3 = 5 pick l@ 3000000 and 18 rshift 7 pick <> and  IF
-      >r 2drop 3drop r> false EXIT
-   THEN
-   \ get size
-   4 pick 4 pick 3 pick + 4 * +
-   \ get nsc
-   3 pick
-   \ read size
-   ( type range pnac nsc nac address range nsc )
-   (range-read-cells)
-   ( type range pnac nsc nac address size )
-   \ skip type if PCI
-   5 pick 3 pick 3 =  IF
-      4 +
-   THEN
-   \ get nac
-   3 pick
-   ( type range pnac nsc nac address size range nac )
-   \ read child-mapping
-   (range-read-cells)
-   ( type range pnac nsc nac address size child-mapping )
-   dup >r dup 3 pick > >r + over <= r> or  IF
-      \ address is not inside the mapping range
-      >r 2drop 3drop r> r> drop false EXIT
-   THEN
-   dup r> -
-   ( type range pnac nsc nac address offset )
-   \ add the offset on the parent mapping
-   5 pick 5 pick 3 =  IF
-      \ skip type if PCI
-      4 +
-   THEN
-   3 pick 4 * +
-   ( type range pnac nsc nac address offset parent-mapping-address )
-   \ get pnac
-   5 pick
-   \ read parent mapping
-   (range-read-cells)
-   ( type range pnac nsc nac address offset parent-mapping )
-   + >r 3drop 3drop r> true
-;
-
-\ this word translates the given address starting from the node specified
-\ in node; the word will return to the node it was started from
-: translate-address  ( node address -- address )
-   \ check for address type in "assigned-addresses"
-   2dup 1 pci-address-type  ( node address type )
-   dup -1 = IF
-      \ not found in "assigned-addresses", check in "reg"
-      drop 2dup 0 pci-address-type ( node address type )
-   THEN
-   rot parent BEGIN
-      \ check if it is the root node
-      dup parent 0=  IF  2drop EXIT  THEN
-      ( address type parent )
-      s" #address-cells" 2 pick get-property 2drop l@ >r        \ nac
-      s" #size-cells" 2 pick get-property 2drop l@ >r           \ nsc
-      s" #address-cells" 2 pick parent get-property 2drop l@ >r \ pnac
-      -rot ( node address type )
-      s" ranges" 4 pick get-property  IF
-         3drop
-         ABORT" no ranges property; not translatable"
-      THEN
-      r> r> r> 3 roll
-      ( node address type ranges pnac nsc nac length )
-      4 / >r 3dup + + >r 5 roll r> r> swap / 0 ?DO
-         ( node type ranges pnac nsc nac address )
-         6dup (map-one-range) IF
-            nip leave
-         THEN
-         nip
-         \ advance ranges
-         4 roll
-         ( node type pnac nsc nac address ranges )
-         4 pick 4 pick 4 pick + + 4 * + 4 -roll
-      LOOP
-      >r 2drop 2drop r> ( node type address )
-      swap rot parent ( address type node )
-      dup 0=
-   UNTIL
-;
-
-\ this words translates the given address starting from the current node
-: translate-my-address  ( address -- address' )
-   get-node swap translate-address
-;