/*===================== begin_copyright_notice ==================================

Copyright (c) 2017 Intel Corporation

Permission is hereby granted, free of charge, to any person obtaining a
copy of this software and associated documentation files (the
"Software"), to deal in the Software without restriction, including
without limitation the rights to use, copy, modify, merge, publish,
distribute, sublicense, and/or sell copies of the Software, and to
permit persons to whom the Software is furnished to do so, subject to
the following conditions:

The above copyright notice and this permission notice shall be included
in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY
CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,
TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE
SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


======================= end_copyright_notice ==================================*/

//==== G4Instruction.def - info about every G4 instructions ====//
//
// This file contains descriptions of all G4 instructions (real or pseudo).
// It is the single place to enumerate description for each instruction.
// Adding, subtracting, commenting instructions shall happen in this file.
//


// HANDLE_INST : describe each instruction
// HANDLE_NAME_INST : a variant of HANDLE_INST, using given instruction name
//                    instead of opcode as name.

//
// 1. none of those two macros are defined, this file should be empty
// 2. If both macros are the same, users of this file need to define
//    HANDLE_INST only, no need to define both.
//
#ifndef HANDLE_INST
#define HANDLE_INST( op, nsrc, ndst, type, plat, attr )
#endif
#ifndef HANDLE_NAME_INST
#define HANDLE_NAME_INST( op, name, nsrc, ndst, type, plat, attr ) \
            HANDLE_INST( op, nsrc, ndst, type, plat, attr )
#endif

//
// First one is illegal instruction
//
HANDLE_INST( illegal, 0, 0, InstTypeMisc, GENX_BDW, ATTR_NONE )

//
// InstTypeMov
//
HANDLE_INST( mov, 1, 1, InstTypeMov, GENX_BDW, \
             ATTR_COMMUTATIVE)
HANDLE_INST( sel, 2, 1, InstTypeMov, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( movi, 1, 1, InstTypeMov, GENX_BDW, ATTR_NONE )
HANDLE_INST( smov, 2, 1, InstTypeMov, GENX_BDW, ATTR_NONE )
HANDLE_INST( csel, 3, 1, InstTypeMov, GENX_SKL, \
              ATTR_FLOAT_SRC_ONLY )

//
// InstTypeLogic
//
HANDLE_INST( not, 1, 1, InstTypeLogic, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( and, 2, 1, InstTypeLogic, GENX_BDW, \
             ATTR_COMMUTATIVE )
HANDLE_INST( or,  2, 1, InstTypeLogic, GENX_BDW, \
             ATTR_COMMUTATIVE)
HANDLE_INST( xor, 2, 1, InstTypeLogic, GENX_BDW, \
             ATTR_COMMUTATIVE)
HANDLE_INST( bfrev, 1, 1, InstTypeLogic, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( bfe, 3, 1, InstTypeLogic, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( bfi1, 2, 1, InstTypeLogic, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( bfi2, 3, 1, InstTypeLogic, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( fbh, 1, 1, InstTypeLogic, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( fbl, 1, 1, InstTypeLogic, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( cbit, 1, 1, InstTypeLogic, GENX_BDW, \
             ATTR_NONE )


//
// InstTypeArith
//
HANDLE_INST( shr, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( shl, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( asr, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_NONE )

HANDLE_INST( ror, 2, 1, InstTypeArith, GENX_ICL, ATTR_NONE )
HANDLE_INST( rol, 2, 1, InstTypeArith, GENX_ICL, ATTR_NONE )

HANDLE_INST( math, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( add, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_COMMUTATIVE )
HANDLE_INST( mul, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_COMMUTATIVE )
HANDLE_INST( avg, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_COMMUTATIVE )
HANDLE_INST( frc, 1, 1, InstTypeArith, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )
HANDLE_INST( rndu, 1, 1, InstTypeArith, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )
HANDLE_INST( rndd, 1, 1, InstTypeArith, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )
HANDLE_INST( rnde, 1, 1, InstTypeArith, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )
HANDLE_INST( rndz, 1, 1, InstTypeArith, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )
HANDLE_INST( mac, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_COMMUTATIVE )
HANDLE_INST( mach, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( lzd, 1, 1, InstTypeArith, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( addc, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( subb, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_NONE )

HANDLE_INST( dp4a, 3, 1, InstTypeArith, GENX_ICL, ATTR_NONE )

HANDLE_INST( madm , 3, 1, InstTypeArith, GENX_BDW, \
             ATTR_NONE )
  //
  // Following are pseudo instructions
  //
HANDLE_INST( mulh, 2, 1, InstTypeArith, GENX_BDW, \
             ATTR_COMMUTATIVE )

//
// InstTypeCompare
//
HANDLE_INST( cmp, 2, 1, InstTypeCompare, GENX_BDW, \
             ATTR_NONE )
HANDLE_INST( cmpn, 2, 1, InstTypeCompare, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )

//
// InstTypeFlow
//
HANDLE_INST( jmpi, 1, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( brd, 1, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( if, 2, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( brc, 2, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( else, 0, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( endif, 0, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( while, 2, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( break, 0, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( cont, 0, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( halt, 0, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( call, 1, 1, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( return, 1, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( goto, 2, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( join, 1, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
  //
  // Following are pseudo instructions
  //
HANDLE_INST( do, 0, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( pseudo_fcall, 1, 1, InstTypeFlow, GENX_BDW, ATTR_NONE)
HANDLE_INST( pseudo_fret, 1, 1, InstTypeFlow, GENX_BDW, ATTR_NONE )
HANDLE_INST( pseudo_exit, 0, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )
  // pseudo_fc_call are generated for calls to callable kernels.
  // Destination of such calls is not available at compile time.
  // Just before binary encoding these instructions are converted to call
  // and their dst operand is left for runtime to patch. An .fcpatch file
  // is emitted with VISA instruction number that needs patching.
HANDLE_INST( pseudo_fc_call, 1, 1, InstTypeFlow, GENX_BDW, ATTR_NONE )
  // pseudo_fc_ret are generated for return statements from callable kernels.
  // This has to be done because for kernels, we convert VISA ret instruction
  // to EOT. But for callable kernels, we dont want to emit EOT because they
  // may have to return to a top-level kernel. Only top-level kernel will
  // have VISA ret lowered to EOT.
HANDLE_INST( pseudo_fc_ret, 1, 0, InstTypeFlow, GENX_BDW, ATTR_NONE )

//
// InstTypeVector
//
HANDLE_INST( sad2, 2, 1,  InstTypeVector, GENX_BDW, \
             ATTR_NONE )             
HANDLE_INST( sada2, 2, 1,  InstTypeVector, GENX_BDW, \
             ATTR_NONE )             
HANDLE_INST( dp4, 2, 1,  InstTypeVector, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )             
HANDLE_INST( dph, 2, 1,  InstTypeVector, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )             
HANDLE_INST( dp3, 2, 1,  InstTypeVector, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )             
HANDLE_INST( dp2, 2, 1,  InstTypeVector, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )             
HANDLE_INST( line, 2, 1,  InstTypeVector, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )             
HANDLE_INST( pln, 2, 1,  InstTypeVector, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )             
HANDLE_INST( mad, 3, 1,  InstTypeVector, GENX_BDW, \
             ATTR_NONE )             
HANDLE_INST( lrp, 3, 1,  InstTypeVector, GENX_BDW, \
             ATTR_FLOAT_SRC_ONLY )             
  //
  // Following are pseudo instructions
  //
HANDLE_INST( pseudo_mad, 3, 1,  InstTypeVector, GENX_BDW, \
             ATTR_NONE )             
HANDLE_INST( pseudo_sada2, 3, 1,  InstTypeVector, GENX_BDW, ATTR_NONE )

//
// InstTypeMisc
//
HANDLE_INST( wait, 1, 0, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_INST( send, 2, 1, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_INST( sendc, 2, 1, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_INST( sends, 4, 1, InstTypeMisc, GENX_SKL, ATTR_NONE )
HANDLE_INST( sendsc, 4, 1, InstTypeMisc, GENX_SKL, ATTR_NONE )
HANDLE_INST( nop, 0, 0, InstTypeMisc, GENX_BDW, ATTR_NONE )


  //
  // Following are pseudo instructions
  //
HANDLE_NAME_INST( label, "", 0, 0, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_INST( pseudo_store_be_fp, 1, 1, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_INST( pseudo_restore_be_fp, 1, 1, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_INST( pseudo_caller_save, 0, 1, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_INST( pseudo_caller_restore, 1, 0, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_INST( pseudo_callee_save, 0, 1, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_INST( pseudo_callee_restore, 1, 0, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_INST( pseudo_kill, 0, 1, InstTypeMisc, GENX_BDW, ATTR_NONE )
HANDLE_NAME_INST( pseudo_lifetime_end, "lifetime", 2, 1, InstTypeMisc, \
                  GENX_BDW, ATTR_NONE )
HANDLE_INST( intrinsic, 1, 3, InstTypeMisc, GENX_BDW, ATTR_NONE )

//
// InstTypePseudoLogic
//
HANDLE_INST( pseudo_and, 2, 1, InstTypePseudoLogic, GENX_BDW,\
             ATTR_COMMUTATIVE )
HANDLE_INST( pseudo_or, 2, 1, InstTypePseudoLogic, GENX_BDW,\
             ATTR_COMMUTATIVE )
HANDLE_INST( pseudo_xor, 2, 1, InstTypePseudoLogic, GENX_BDW,\
             ATTR_COMMUTATIVE )
HANDLE_INST( pseudo_not, 1, 1, InstTypePseudoLogic, GENX_BDW,\
             )


#undef HANDLE_INST
#undef HANDLE_NAME_INST
