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DecodeALU.cpp
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DecodeALU.cpp
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#include "basetypes.h"
#include <cstdlib>
#include "mpe.h"
#include "Handlers.h"
#include "InstructionCache.h"
#include "InstructionDependencies.h"
#define absFlags 0
#define addScalarFlags 0
#define addFlags 0
#define addImmediateFlags 0
#define addpFlags 0
#define addsvFlags 0
#define andFlags 0
#define asFlags 0
#define aslFlags 0
#define asrFlags 0
#define eorFlags 0
#define eorImmediateFlags 0
#define ftstFlags 0
#define subFlags 0
#define subScalarFlags 0
#define subImmediateFlags 0
#define subImmediateReverseFlags 0
#define subpFlags 0
#define subsvFlags 0
#define cmpFlags 0
#define bitsFlags 0
#define btstFlags 0
#define buttFlags 0
#define lsFlags 0
#define lsrFlags 0
#define msbFlags 0
#define orFlags 0
#define orImmediateFlags 0
#define rotFlags 0
#define rolFlags 0
#define rorFlags 0
#define satFlags 0
#define addwcFlags 0
#define subwcFlags 0
#define cmpwcFlags 0
#define copyFlags 0
#define negFlags 0
void MPE::DecodeInstruction_ALU16(const uint8 * const iPtr, InstructionCacheEntry * const entry, const uint32 * const immExt)
{
entry->packetInfo |= PACKETINFO_ALU;
const uint32 field_3E0 = ((*iPtr & 0x03) << 3) | (*(iPtr + 1) >> 5);
const uint32 field_1F = *(iPtr + 1) & 0x1F;
switch((*iPtr & 0x3C) >> 2)
{
case (0x00 >> 2):
//add Si, Sk
entry->packetInfo |= addScalarFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADDScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case (0x04 >> 2):
//add #nnnn, Sk
entry->packetInfo |= addImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADDImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case (0x08 >> 2):
//copy Si, Sk
entry->packetInfo |= copyFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_COPY;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = 0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case (0x0C >> 2):
//add_sv, sub_sv, neg sk or abs sk
switch(*(iPtr + 1) & 0x03)
{
case 0x00:
//add_sv Vi, Vk
entry->packetInfo |= addsvFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADD_SV;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (field_3E0 & 0x1C);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = (field_1F & 0x1C);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = (field_1F & 0x1C);
entry->scalarInputDependencies[SLOT_ALU] = VECTOR_REG_DEPENDENCY_MASK(field_3E0) | VECTOR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = VECTOR_REG_DEPENDENCY_MASK(field_1F);
return;
case 0x01:
//sub_sv Vi, Vk
entry->packetInfo |= subsvFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUB_SV;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (field_3E0 & 0x1C);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = (field_1F & 0x1C);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = (field_1F & 0x1C);
entry->scalarInputDependencies[SLOT_ALU] = VECTOR_REG_DEPENDENCY_MASK(field_3E0) | VECTOR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = VECTOR_REG_DEPENDENCY_MASK(field_1F);
return;
case 0x02:
//neg Sk
entry->packetInfo |= negFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBImmediateReverse;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = 0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_3E0;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case 0x03:
//abs Sk
entry->packetInfo |= absFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ABS;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_3E0;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
}
break;
case (0x10 >> 2):
//sub Si, Sk
entry->packetInfo |= subScalarFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case (0x14 >> 2):
//sub #nnnn, Sk
entry->packetInfo |= subImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case (0x18 >> 2):
//eor #nnnn, Sk
entry->packetInfo |= eorImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_EORImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if(*immExt == 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_3E0 << 27)) >> 27; //#n "0..31" -> -16..15
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_3E0;
}
return;
case (0x1C >> 2):
//cmp Si, Sj
entry->packetInfo |= cmpFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_CMPScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case (0x20 >> 2):
//cmp #nnnn, Sj
entry->packetInfo |= cmpFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_CMPImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case (0x24 >> 2):
//and Si, Sk
entry->packetInfo |= andFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ANDScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case (0x28 >> 2):
//or Si, Sk
entry->packetInfo |= orFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ORScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case (0x2C >> 2):
//eor Si, Sk
entry->packetInfo |= eorFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_EORScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case (0x30 >> 2):
//asl #m, Sk
entry->packetInfo |= aslFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ASL;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (32UL - field_1F);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_3E0;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case (0x34 >> 2):
//asr #m, Sk
entry->packetInfo |= asrFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ASR;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_3E0;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case (0x38 >> 2):
//lsr #m, Sk
entry->packetInfo |= lsrFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_LSR;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_1F;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_3E0;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case (0x3C >> 2):
//btst #m, Sj
entry->packetInfo |= btstFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_BTST;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (1UL << field_1F);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_3E0;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_3E0;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E0);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
}
}
void MPE::DecodeInstruction_ALU32(const uint8 * const iPtr, InstructionCacheEntry * const entry, const uint32 * const immExt)
{
entry->packetInfo |= PACKETINFO_ALU;
const uint32 field_3E00000 = ((*iPtr & 0x03) << 3) | (*(iPtr + 1) >> 5);
const uint32 field_1F0000 = *(iPtr + 1) & 0x1F;
const uint32 field_1F = *(iPtr + 3) & 0x1F;
switch(*(iPtr + 2) & 0x0F)
{
case 0x00:
//add
switch(*(iPtr + 3) >> 5)
{
case 0x00:
//add Si, Sj, Sk
entry->packetInfo |= addScalarFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADDScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case 0x01:
//add #nnnn, Sj, Sk
entry->packetInfo |= addImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADDImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((*immExt << 5) | field_3E00000);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case 0x02:
//add #nn, Sk
entry->packetInfo |= addImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADDImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((field_1F << 5) | field_3E00000);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case 0x03:
//add #n, >>#m, Sk
entry->packetInfo |= addImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADDImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
if(field_1F)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] <<= (32u - field_1F);
}
return;
case 0x04:
//unused
return;
case 0x05:
//add Si, >>#m, Sk
entry->packetInfo |= addFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = ((int32)(field_1F << 27)) >> 27; // "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
if((int32)entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] >= 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADDScalarShiftRightImmediate;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADDScalarShiftLeftImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = -((int32)(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)]));
}
return;
case 0x06:
//add_sv Vi, Vj, Vk
entry->packetInfo |= addsvFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADD_SV;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000 & 0x1C;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000 & 0x1C;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F & 0x1C;
entry->scalarInputDependencies[SLOT_ALU] = VECTOR_REG_DEPENDENCY_MASK(field_3E00000) | VECTOR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = VECTOR_REG_DEPENDENCY_MASK(field_1F);
return;
case 0x07:
//add_p Vi, Vj, Vk
entry->packetInfo |= addpFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ADD_P;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000 & 0x1C;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000 & 0x1C;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F & 0x1C;
entry->scalarInputDependencies[SLOT_ALU] = PIXEL_REG_DEPENDENCY_MASK(field_3E00000) | PIXEL_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = PIXEL_REG_DEPENDENCY_MASK(field_1F);
return;
}
return;
case 0x01:
//sub
switch(*(iPtr + 3) >> 5)
{
case 0x00:
//sub Si, Sj, Sk
entry->packetInfo |= subScalarFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case 0x01:
//sub #nnnn, Sj, Sk
entry->packetInfo |= subImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((*immExt << 5) | field_3E00000);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case 0x02:
//sub #nn, Sk
entry->packetInfo |= subImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((field_1F << 5) | field_3E00000);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case 0x03:
//sub #n, >>#m, Sk
entry->packetInfo |= subImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
if(field_1F)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] <<= (32u - field_1F);
}
return;
case 0x04:
//sub Si, #nnnnn, Sk
entry->packetInfo |= subImmediateReverseFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBImmediateReverse;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = (*immExt << 5) | field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case 0x05:
//sub Si, >>#m, Sk
entry->packetInfo |= subFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = ((int32)(field_1F << 27)) >> 27; // "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
if((int32)entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] >= 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBScalarShiftRightImmediate;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUBScalarShiftLeftImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = -((int32)(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)]));
}
return;
case 0x06:
//sub_sv Vi, Vj, Vk
entry->packetInfo |= subsvFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUB_SV;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000 & 0x1C;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000 & 0x1C;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F & 0x1C;
entry->scalarInputDependencies[SLOT_ALU] = VECTOR_REG_DEPENDENCY_MASK(field_3E00000) | VECTOR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = VECTOR_REG_DEPENDENCY_MASK(field_1F);
return;
case 0x07:
//sub_p Vi, Vj, Vk
entry->packetInfo |= subpFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_SUB_P;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000 & 0x1C;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000 & 0x1C;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F & 0x1C;
entry->scalarInputDependencies[SLOT_ALU] = PIXEL_REG_DEPENDENCY_MASK(field_3E00000) | PIXEL_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = PIXEL_REG_DEPENDENCY_MASK(field_1F);
return;
}
return;
case 0x02:
//cmp
entry->packetInfo |= cmpFlags;
switch(*(iPtr + 3) >> 5)
{
case 0x00:
//unused
break;
case 0x01:
//unused
break;
case 0x02:
//cmp #nn, Sq
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_CMPImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((field_1F << 5) | field_3E00000);
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case 0x03:
//cmp #n, >>#m, Sq
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_CMPImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
if(field_1F)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] <<= (32u - field_1F);
}
return;
case 0x04:
//cmp Si, #nnnn
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_CMPImmediateReverse;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = (*immExt << 5) | field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
return;
case 0x05:
//cmp Si, >>#m, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_CMPImmediateReverse;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = ((int32)(field_1F << 27)) >> 27; // "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVCZ;
if((int32)entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] >= 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_CMPScalarShiftRightImmediate;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_CMPScalarShiftLeftImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = -((int32)(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)]));
}
return;
case 0x06:
case 0x07:
//unused
return;
}
return;
case 0x03:
//and
entry->packetInfo |= andFlags;
switch(*(iPtr + 3) >> 5)
{
case 0x00:
//and Si, Sj, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ANDScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x01:
//and #n, Sj, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ANDImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if(*immExt == 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_3E00000 << 27)) >> 27; //#n "0..31" -> -16..15
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_3E00000;
}
return;
case 0x02:
//and #n, <>#m, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ANDImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_3E00000 << 27)) >> 27; //#n "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if((field_1F & 0x10) == 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = _lrotr(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)], field_1F);
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = _lrotl(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)], 32u - field_1F);
}
return;
case 0x03:
//and #n, >>Sj, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ANDImmediateShiftScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_3E00000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if(*immExt)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_1F;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_1F << 27)) >> 27; // "0..31" -> -16..15
}
return;
case 0x04:
//and Si, >>#m, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = ((int32)(field_1F << 27)) >> 27; // "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if((int32)entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] >= 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ANDScalarShiftRightImmediate;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ANDScalarShiftLeftImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = -((int32)(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)]));
}
return;
case 0x05:
//and Si, >>Sj, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ANDScalarShiftScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x06:
//and Si, <>Sj, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ANDScalarRotateScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x07:
//unused
return;
}
break;
case 0x04:
//ftst
entry->packetInfo |= ftstFlags;
switch(*(iPtr + 3) >> 5)
{
case 0x00:
//ftst Si, Sj
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_FTSTScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x01:
//ftst #n, Sj, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_FTSTImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if(*immExt == 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_3E00000 << 27)) >> 27; //#n "0..31" -> -16..15
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_3E00000;
}
return;
case 0x02:
//ftst #n, <>#m, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_FTSTImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_3E00000 << 27)) >> 27; //#n "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if((field_1F & 0x10) == 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = _lrotr(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)], field_1F);
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = _lrotl(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)], 32u - field_1F);
}
return;
case 0x03:
//ftst #n, >>Sj, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_FTSTImmediateShiftScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000; //>>Sj
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_3E00000; //Sk
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if(*immExt)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_1F;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_1F << 27)) >> 27; // "0..31" -> -16..15
}
return;
case 0x04:
//ftst Si, >>#m, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000; //Si
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = ((int32)(field_1F << 27)) >> 27; //>>#m "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000; //Sk
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if((int32)entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] >= 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_FTSTScalarShiftRightImmediate;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_FTSTScalarShiftLeftImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = -((int32)(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)]));
}
return;
case 0x05:
//ftst Si, >>Sj, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_FTSTScalarShiftScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000; //Si
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000; //>>Sj
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F; //Sk
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x06:
//ftst Si, <>Sj, Sk
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_FTSTScalarRotateScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000; //Si
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000; //<>Sj
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F; //Sk
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x07:
//unused
return;
}
return;
case 0x05:
//or
switch(*(iPtr + 3) >> 5)
{
case 0x00:
//or Si, Sj, Sk
entry->packetInfo |= orFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ORScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x01:
//or #n, Sj, Sk
entry->packetInfo |= orImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ORImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if(*immExt == 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_3E00000 << 27)) >> 27; //#n "0..31" -> -16..15
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_3E00000;
}
return;
case 0x02:
//or #n, <>#m, Sk
entry->packetInfo |= orImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ORImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_3E00000 << 27)) >> 27; //#n "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if((field_1F & 0x10) == 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = _lrotr(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)], field_1F);
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = _lrotl(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)], 32u - field_1F);
}
return;
case 0x03:
//or #n, >>Sj, Sk
entry->packetInfo |= orImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ORImmediateShiftScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000; //>>Sj
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_3E00000; //Sk
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if(*immExt)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_1F;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_1F << 27)) >> 27; // "0..31" -> -16..15
}
return;
case 0x04:
//or Si, >>#m, Sk
entry->packetInfo |= orFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = ((int32)(field_1F << 27)) >> 27; // "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if((int32)entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] >= 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ORScalarShiftRightImmediate;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ORScalarShiftLeftImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = -((int32)(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)]));
}
return;
case 0x05:
//or Si, >>Sj, Sk
entry->packetInfo |= orFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ORScalarShiftScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x06:
//or Si, <>Sj, Sk
entry->packetInfo |= orFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_ORScalarRotateScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x07:
//unused
return;
}
return;
case 0x06:
//eor
switch(*(iPtr + 3) >> 5)
{
case 0x00:
//eor Si, Sj, Sk
entry->packetInfo |= eorFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_EORScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x01:
//eor #n, Sj, Sk
entry->packetInfo |= eorImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_EORImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if(*immExt == 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_3E00000 << 27)) >> 27; //#n "0..31" -> -16..15
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_3E00000;
}
return;
case 0x02:
//eor #n, <>#m, Sk
entry->packetInfo |= eorImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_EORImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_3E00000 << 27)) >> 27; //#n "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if((field_1F & 0x10) == 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = _lrotr(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)], field_1F);
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = _lrotl(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)], 32u - field_1F);
}
return;
case 0x03:
//eor #n, >>Sj, Sk
entry->packetInfo |= eorImmediateFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_EORImmediateShiftScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000; //>>Sj
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_3E00000; //Sk
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if(*immExt)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = (*immExt << 5) | field_1F;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = ((int32)(field_1F << 27)) >> 27; // "0..31" -> -16..15
}
return;
case 0x04:
//eor Si, >>#m, Sk
entry->packetInfo |= eorFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000; //Si
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = ((int32)(field_1F << 27)) >> 27; // "0..31" -> -16..15
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F0000; //Sk
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F0000);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
if((int32)entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] >= 0)
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_EORScalarShiftRightImmediate;
}
else
{
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_EORScalarShiftLeftImmediate;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = -((int32)(entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)]));
}
return;
case 0x05:
//eor Si, >>Sj, Sk
entry->packetInfo |= eorFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_EORScalarShiftScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x06:
//eor Si, <>Sj, Sk
entry->packetInfo |= eorFlags;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_HANDLER)] = Handler_EORScalarRotateScalar;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC1)] = field_3E00000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_SRC2)] = field_1F0000;
entry->nuances[FIXED_FIELD(SLOT_ALU,FIELD_ALU_DEST)] = field_1F;
entry->scalarInputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_3E00000) | SCALAR_REG_DEPENDENCY_MASK(field_1F0000) | SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->scalarOutputDependencies[SLOT_ALU] = SCALAR_REG_DEPENDENCY_MASK(field_1F);
entry->miscOutputDependencies[SLOT_ALU] = DEPENDENCY_FLAG_NVZ;
return;
case 0x07:
//unused
return;
}
return;