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, 195 deletions

diff --git a/qemu/roms/SLOF/slof/fs/pci-helper.fs b/qemu/roms/SLOF/slof/fs/pci-helper.fs
deleted file mode 100644
index a4f69f1f3..000000000
--- a/qemu/roms/SLOF/slof/fs/pci-helper.fs
+++ /dev/null
@@ -1,195 +0,0 @@
-\ *****************************************************************************
-\ * Copyright (c) 2004, 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
-\ ****************************************************************************/
-
-\ ----------------------------------------------------------
-\ **************** PCI Helper functions  *******************
-\ ----------------------------------------------------------
-
-\ convert an integer to string of len digits
-: int2str ( int len -- str len ) swap s>d rot <# 0 ?DO # LOOP #> ;
-
-\ convert addr to busnr
-: pci-addr2bus ( addr -- busnr ) 10 rshift FF and ;
-
-\ convert addr to devnr
-: pci-addr2dev ( addr -- dev ) B rshift 1F and ;
-
-\ convert addr to functionnumber
-: pci-addr2fn ( addr -- dev ) 8 rshift 7 and ;
-
-\ convert busnr devnr to addr
-: pci-bus2addr ( busnr devnr -- addr ) B lshift swap 10 lshift + ;
-
-\ print out a pci config addr
-: pci-addr-out ( addr -- ) dup pci-addr2bus 2 0.r space FFFF and 4 0.r ;
-
-\ Dump out the whole configspace
-: pci-dump ( addr -- )
-        10 0 DO
-                dup
-                cr i 4 * +
-                dup pci-addr-out space
-                rtas-config-l@ 8 0.r
-        LOOP
-        drop cr
-;
-
-
-\ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-\ the following functions use l@ to fetch the data,
-\ that's because the some pcie cores have probs with w@
-\ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-\ read Vendor ID
-: pci-vendor@ ( addr -- id )                 rtas-config-l@ FFFF and ;
-
-\ read Device ID
-: pci-device@ ( addr -- id )                 rtas-config-l@ 10 rshift ;
-
-\ read Status
-: pci-status@ ( addr -- status )         4 + rtas-config-l@ 10 rshift ;
-
-\ read Revision ID
-: pci-revision@ ( addr -- id )           8 + rtas-config-b@ ;
-
-\ read Class Code
-: pci-class@  ( addr -- class )          8 + rtas-config-l@ 8 rshift ;
-
-\ read Cache Line Size
-: pci-cache@  ( addr -- size )           C + rtas-config-b@ ;
-
-\ read Header Type
-: pci-htype@  ( addr -- type )           E + rtas-config-b@  ;
-
-\ read Sub Vendor ID
-: pci-sub-vendor@ ( addr -- sub-id )    2C + rtas-config-l@ FFFF and ;
-
-\ read Sub Device ID
-: pci-sub-device@ ( addr -- sub-id )    2C + rtas-config-l@ 10 rshift FFFF and ;
-
-\ read Interrupt Pin
-: pci-interrupt@  ( addr -- interrupt ) 3D + rtas-config-b@ ;
-
-\ read Minimum Grant
-: pci-min-grant@  ( addr -- min-gnt )   3E + rtas-config-b@ ;
-
-\ read Maximum Latency
-: pci-max-lat@  ( addr -- max-lat )     3F + rtas-config-b@ ;
-
-\ Check if Capabilities are valid
-: pci-capabilities?  ( addr -- 0|1 ) pci-status@ 4 rshift 1 and ;
-
-\ fetch the offset of the next capability
-: pci-cap-next  ( cap-addr -- next-cap-off ) rtas-config-b@ FC and ;
-
-\ calc the address of the next capability
-: pci-cap-next-addr  ( cap-addr -- next-cap-addr ) 1+ dup pci-cap-next dup IF swap -100 and + ELSE nip THEN ;
-
-
-\ Dump out all capabilities
-: pci-cap-dump ( addr -- )
-        cr
-        dup pci-capabilities? IF
-                33 + BEGIN
-                        pci-cap-next-addr dup 0<>
-                WHILE
-                        dup pci-addr-out s"  : " type
-                        dup rtas-config-b@ 2 0.r cr
-                REPEAT
-                s" end found "
-        ELSE
-                s" capabilities not enabled!"
-        THEN
-        type cr drop
-;
-
-\ search the capability-list for this id
-: pci-cap-find ( addr id -- capp-addr|0 )
-        swap dup pci-capabilities? IF
-                33 + BEGIN
-                        pci-cap-next-addr dup 0<> IF
-                                dup rtas-config-b@ 2 pick =
-                        ELSE
-                                true
-                        THEN
-                UNTIL
-                nip
-        ELSE
-                2drop 0
-        THEN
-;
-
-\ check wether this device is a pci-express device
-: pci-express? ( addr -- 0|1 ) 10 pci-cap-find 0<> ;
-
-\ check wether this device is a pci-express device
-: pci-x? ( addr -- 0|1 ) 07 pci-cap-find 0<> ;
-
-\ check wether this device has extended config space
-: pci-config-ext? ( addr -- 0|1 ) pci-express? ;
-
-
-\ Disable Bus Master, Memory Space and I/O Space for this device
-: pci-device-disable ( -- ) my-space 4 + dup rtas-config-l@ 7 invert and swap rtas-config-l! ;
-
-\ Enable Bus Master
-: pci-master-enable ( -- ) my-space 4 + dup rtas-config-l@ 4 or swap rtas-config-l! ;
-
-\ Disable Bus Master
-: pci-master-disable ( -- ) my-space 4 + dup rtas-config-l@ 4 invert and swap rtas-config-l! ;
-
-\ Enable response to mem accesses of pci device
-: pci-mem-enable ( -- ) my-space 4 + dup rtas-config-w@ 2 or swap rtas-config-w! ;
-
-\ Enable response to I/O accesses of pci-device
-: pci-io-enable ( -- ) my-space 4 + dup rtas-config-w@ 1 or swap rtas-config-w! ;
-
-\ Enable Bus Master, I/O and mem access
-: pci-enable ( -- ) my-space 4 + dup rtas-config-w@ 7 or swap rtas-config-w! ;
-
-\ Enable #PERR and #SERR errors of pci-device
-: pci-error-enable ( -- ) my-space 4 + dup rtas-config-w@ 140 or swap rtas-config-w! ;
-
-\ prints out the ScanInformation about a device
-\ char is a sign for device type e.g. D - device ; B - bridge
-: pci-out ( addr char -- )
-        15 spaces
-        over pci-addr-out
-        s"  (" type emit s" ) : " type
-        dup pci-vendor@ 4 0.r space
-        pci-device@ 4 0.r
-        4 spaces
-;
-
-
-\ set and fetch the interrupt Pin
-: pci-irq-line@  ( addr -- irq-pin ) 3C + rtas-config-b@ ;
-: pci-irq-line!  ( pin addr -- ) 3C + rtas-config-b! ;
-
-\ set and fetch primary bus number
-: pci-bus-prim! ( nr addr -- ) 18 + dup rtas-config-l@ FFFFFF00 and rot + swap rtas-config-l! ;
-: pci-bus-prim@ ( addr -- nr ) 18 + rtas-config-l@ FF and ;
-
-\ set and fetch secondary bus number
-: pci-bus-scnd! ( nr addr -- ) 18 + dup rtas-config-l@ FFFF00FF and rot 8 lshift + swap rtas-config-l! ;
-: pci-bus-scnd@ ( addr -- nr ) 18 + rtas-config-l@ 8 rshift FF and ;
-
-\ set and fetch subordinate bus number
-: pci-bus-subo! ( nr addr -- ) 18 + dup rtas-config-l@ FF00FFFF and rot 10 lshift + swap rtas-config-l! ;
-: pci-bus-subo@ ( addr -- nr ) 18 + rtas-config-l@ 10 rshift FF and ;
-
-\ set and fetch primary, secondary and subordinate bus number
-: pci-bus! ( subo scnd prim addr -- ) swap rot 8 lshift + rot 10 lshift + swap 18 + dup rtas-config-l@ FF000000 and rot + swap rtas-config-l! ;
-: pci-bus@ ( addr -- subo scnd prim ) 18 + rtas-config-l@ dup 10 rshift FF and swap dup 8 rshift FF and swap FF and ;
-
-\ Reset secondary Status
-: pci-reset-2nd ( addr -- ) 1C + dup rtas-config-l@ FFFF0000 or swap rtas-config-l! ;