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oscar64/oscar64/ByteCodeGenerator.cpp

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#include "ByteCodeGenerator.h"
#include "Assembler.h"
static const uint32 LIVE_ACCU = 0x00000001;
static const char* ByteCodeNames[] = {
"NOP",
"EXIT",
"CONST_8",
"CONST_P8",
"CONST_N8",
"CONST_16",
"CONST_32",
"LOAD_REG_8",
"STORE_REG_8",
"LOAD_REG_16",
"STORE_REG_16",
"ADDR_REG",
"LOAD_REG_32",
"STORE_REG_32",
"LOAD_ABS_8",
"LOAD_ABS_U8",
"LOAD_ABS_16",
"LOAD_ABS_32",
"LOAD_ABS_ADDR",
"STORE_ABS_8",
"STORE_ABS_16",
"STORE_ABS_32",
"LEA_ABS",
"LEA_ABS_INDEX",
"LEA_ABS_INDEX_U8",
"LEA_ACCU_INDEX",
"LOAD_LOCAL_8",
"LOAD_LOCAL_U8",
"LOAD_LOCAL_16",
"LOAD_LOCAL_32",
"STORE_LOCAL_8",
"STORE_LOCAL_16",
"STORE_LOCAL_32",
"LEA_LOCAL",
"STORE_FRAME_8",
"STORE_FRAME_16",
"STORE_FRAME_32",
"LEA_FRAME",
"LOAD_ADDR_8",
"LOAD_ADDR_U8",
"LOAD_ADDR_16",
"LOAD_ADDR_32",
"STORE_ADDR_8",
"STORE_ADDR_16",
"STORE_ADDR_32",
"BINOP_ADDR_16",
"BINOP_SUBR_16",
"BINOP_ANDR_16",
"BINOP_ORR_16",
"BINOP_XORR_16",
"BINOP_MULR_16",
"BINOP_DIVR_U16",
"BINOP_MODR_U16",
"BINOP_DIVR_I16",
"BINOP_MODR_I16",
"BINOP_SHLR_16",
"BINOP_SHRR_U16",
"BINOP_SHRR_I16",
"BINOP_ADDA_16",
"BINOP_ADDI_16",
"BINOP_SUBI_16",
"BINOP_ANDI_16",
"BINOP_ORI_16",
"BINOP_MULI8_16",
"BINOP_ADDI_8",
"BINOP_ANDI_8",
"BINOP_ORI_8",
"BINOP_SHLI_16",
"BINOP_SHRI_U16",
"BINOP_SHRI_I16",
"BINOP_CMPUR_16",
"BINOP_CMPSR_16",
"BINOP_CMPUI_16",
"BINOP_CMPSI_16",
"BINOP_CMPUR_8",
"BINOP_CMPSR_8",
"BINOP_CMPUI_8",
"BINOP_CMPSI_8",
"OP_NEGATE_16",
"OP_INVERT_16",
"BINOP_ADD_F32",
"BINOP_SUB_F32",
"BINOP_MUL_F32",
"BINOP_DIV_F32",
"BINOP_CMP_F32",
"OP_NEGATE_F32",
"OP_ABS_F32",
"OP_FLOOR_F32",
"OP_CEIL_F32",
"CONV_U16_F32",
"CONV_I16_F32",
"CONV_F32_U16",
"CONV_F32_I16",
"CONV_I8_I16",
"JUMPS",
"BRANCHS_EQ",
"BRANCHS_NE",
"BRANCHS_GT",
"BRANCHS_GE",
"BRANCHS_LT",
"BRANCHS_LE",
"JUMPF",
"BRANCHF_EQ",
"BRANCHF_NE",
"BRANCHF_GT",
"BRANCHF_GE",
"BRANCHF_LT",
"BRANCHF_LE",
"LOOP_U8",
nullptr,
nullptr,
nullptr,
nullptr,
nullptr,
"JSR", //114
nullptr,
nullptr,
"NATIVE", //117
"ENTER",
"RETURN",
"CALL_ADDR",
"CALL_ABS",
"PUSH_FRAME",
"POP_FRAME",
"COPY",
"COPY_LONG",
"STRCPY",
"EXTRT"
};
static ByteCode StoreTypedTmpCodes[] = {
BC_NOP,
BC_STORE_REG_8,
BC_STORE_REG_8,
BC_STORE_REG_16,
BC_STORE_REG_32,
BC_STORE_REG_32,
BC_STORE_REG_16
};
static ByteCode InvertBranchCondition(ByteCode code)
{
switch (code)
{
case BC_BRANCHS_EQ: return BC_BRANCHS_NE;
case BC_BRANCHS_NE: return BC_BRANCHS_EQ;
case BC_BRANCHS_GT: return BC_BRANCHS_LE;
case BC_BRANCHS_GE: return BC_BRANCHS_LT;
case BC_BRANCHS_LT: return BC_BRANCHS_GE;
case BC_BRANCHS_LE: return BC_BRANCHS_GT;
default:
return code;
}
}
static ByteCode TransposeBranchCondition(ByteCode code)
{
switch (code)
{
case BC_BRANCHS_EQ: return BC_BRANCHS_EQ;
case BC_BRANCHS_NE: return BC_BRANCHS_NE;
case BC_BRANCHS_GT: return BC_BRANCHS_LT;
case BC_BRANCHS_GE: return BC_BRANCHS_LE;
case BC_BRANCHS_LT: return BC_BRANCHS_GT;
case BC_BRANCHS_LE: return BC_BRANCHS_GE;
default:
return code;
}
}
ByteCodeInstruction::ByteCodeInstruction(ByteCode code)
: mCode(code), mRelocate(false), mRegisterFinal(false), mLinkerObject(nullptr), mValue(0), mRegister(0)
{
}
bool ByteCodeInstruction::IsStore(void) const
{
return
mCode == BC_STORE_ABS_8 ||
mCode == BC_STORE_ABS_16 ||
mCode == BC_STORE_ABS_32 ||
mCode == BC_STORE_LOCAL_8 ||
mCode == BC_STORE_LOCAL_16 ||
mCode == BC_STORE_LOCAL_32 ||
mCode == BC_STORE_FRAME_8 ||
mCode == BC_STORE_FRAME_16 ||
mCode == BC_STORE_FRAME_32 ||
mCode == BC_STORE_ADDR_8 ||
mCode == BC_STORE_ADDR_16 ||
mCode == BC_STORE_ADDR_32;
}
bool ByteCodeInstruction::ChangesAccu(void) const
{
return ChangesRegister(BC_REG_ACCU);
}
bool ByteCodeInstruction::UsesAccu(void) const
{
return UsesRegister(BC_REG_ACCU);
}
bool ByteCodeInstruction::ChangesAddr(void) const
{
return ChangesRegister(BC_REG_ADDR);
}
bool ByteCodeInstruction::UsesAddr(void) const
{
return UsesRegister(BC_REG_ADDR);
}
bool ByteCodeInstruction::LoadsRegister(uint32 reg) const
{
if (mRegister == reg)
{
if (mCode >= BC_LOAD_ABS_8 && mCode <= BC_LOAD_ABS_32)
return true;
if (mCode >= BC_LOAD_LOCAL_8 && mCode <= BC_LOAD_LOCAL_32)
return true;
if (mCode >= BC_LOAD_ADDR_8 && mCode <= BC_LOAD_ADDR_32)
return true;
if (mCode >= BC_CONST_8 && mCode <= BC_CONST_32)
return true;
if (mCode == BC_LEA_ABS || mCode == BC_LEA_LOCAL || mCode == BC_LEA_FRAME)
return true;
}
return false;
}
bool ByteCodeInstruction::IsCommutative(void) const
{
if (mCode == BC_BINOP_ADDR_16 || mCode == BC_BINOP_ANDR_16 || mCode == BC_BINOP_ORR_16 || mCode == BC_BINOP_XORR_16 || mCode == BC_BINOP_MULR_16)
return true;
if (mCode == BC_BINOP_ADD_F32 || mCode == BC_BINOP_MUL_F32)
return true;
if (mCode == BC_BINOP_ADD_L32 || mCode == BC_BINOP_AND_L32 || mCode == BC_BINOP_OR_L32 || mCode == BC_BINOP_XOR_L32 || mCode == BC_BINOP_MUL_L32)
return true;
return false;
}
bool ByteCodeInstruction::IsLocalStore(void) const
{
return mCode >= BC_STORE_LOCAL_8 && mCode <= BC_STORE_LOCAL_32;
}
bool ByteCodeInstruction::IsLocalLoad(void) const
{
return mCode >= BC_LOAD_LOCAL_8 && mCode <= BC_LOAD_LOCAL_32 || mCode == BC_COPY || mCode == BC_STRCPY;
}
bool ByteCodeInstruction::IsLocalAccess(void) const
{
return IsLocalStore() || IsLocalLoad();
}
bool ByteCodeInstruction::IsShiftByRegister(void) const
{
return
mCode == BC_BINOP_SHLR_16 || mCode == BC_BINOP_SHRR_I16 || mCode == BC_BINOP_SHRR_U16 ||
mCode == BC_BINOP_SHL_L32 || mCode == BC_BINOP_SHR_U32 || mCode == BC_BINOP_SHR_I32;
}
bool ByteCodeInstruction::IsIntegerConst(void) const
{
return mCode >= BC_CONST_8 && mCode <= BC_CONST_32;
}
bool ByteCodeInstruction::IsCompare(void) const
{
return mCode >= BC_BINOP_CMPUR_16 && mCode <= BC_BINOP_CMPSI_8 ||
mCode == BC_BINOP_CMP_F32 || mCode == BC_BINOP_CMP_U32 || mCode == BC_BINOP_CMP_S32;
}
bool ByteCodeInstruction::CheckAccuSize(uint32 & used)
{
bool changed = false;
switch (mCode)
{
case BC_CONST_8:
case BC_CONST_P8:
case BC_CONST_N8:
case BC_CONST_16:
case BC_CONST_32:
if (mRegister == BC_REG_ACCU)
used = 0;
break;
case BC_LOAD_REG_8:
if (mRegister != BC_REG_ACCU)
used = 0;
else if (!(used & 0xffffff00))
{
mCode = BC_NOP;
changed = true;
}
else
used = 0x000000ff;
break;
case BC_LOAD_REG_16:
if (!(used & 0xffffff00))
{
mCode = BC_LOAD_REG_8;
changed = true;
}
used = 0;
break;
case BC_LOAD_REG_32:
if (!(used & 0xffffff00))
{
mCode = BC_LOAD_REG_8;
changed = true;
}
else if (!(used & 0xffff0000))
{
mCode = BC_LOAD_REG_16;
changed = true;
}
used = 0;
break;
case BC_STORE_REG_8:
used |= 0x000000ff;
break;
case BC_STORE_ABS_8:
case BC_STORE_LOCAL_8:
case BC_STORE_FRAME_8:
case BC_STORE_ADDR_8:
if (mRegister == BC_REG_ACCU)
used |= 0x000000ff;
break;
case BC_STORE_REG_16:
used |= 0x0000ffff;
break;
case BC_STORE_ABS_16:
case BC_STORE_LOCAL_16:
case BC_STORE_FRAME_16:
case BC_STORE_ADDR_16:
if (mRegister == BC_REG_ACCU)
used |= 0x0000ffff;
break;
case BC_STORE_REG_32:
used = 0xffffffff;
break;
case BC_STORE_ABS_32:
case BC_STORE_LOCAL_32:
case BC_STORE_FRAME_32:
case BC_STORE_ADDR_32:
if (mRegister == BC_REG_ACCU)
used = 0xffffffff;
break;
case BC_LOAD_ABS_8:
case BC_LOAD_ABS_U8:
if (mRegister == BC_REG_ACCU)
used = 0;
break;
case BC_LOAD_ABS_16:
if (mRegister == BC_REG_ACCU)
{
if (!(used & 0xffffff00))
{
mCode = BC_LOAD_ABS_8;
changed = true;
}
used = 0;
}
break;
case BC_LOAD_ABS_32:
if (mRegister == BC_REG_ACCU)
{
if (!(used & 0xffffff00))
{
mCode = BC_LOAD_ABS_8;
changed = true;
}
else if (!(used & 0xffff0000))
{
mCode = BC_LOAD_ABS_16;
changed = true;
}
used = 0;
}
break;
case BC_LOAD_ABS_ADDR:
break;
case BC_LEA_ABS:
case BC_LEA_LOCAL:
case BC_LEA_FRAME:
if (mRegister == BC_REG_ACCU)
used = 0;
break;
case BC_LEA_ABS_INDEX:
case BC_LEA_ABS_INDEX_U8:
case BC_ADDR_REG:
if (mRegister == BC_REG_ACCU)
used |= 0x0000ffff;
break;
case BC_LEA_ACCU_INDEX:
used |= 0x0000ffff;
break;
case BC_LOAD_LOCAL_8:
case BC_LOAD_LOCAL_U8:
if (mRegister == BC_REG_ACCU)
used = 0;
break;
case BC_LOAD_LOCAL_16:
if (mRegister == BC_REG_ACCU)
{
if (!(used & 0xffffff00))
{
mCode = BC_LOAD_LOCAL_8;
changed = true;
}
used = 0;
}
break;
case BC_LOAD_LOCAL_32:
if (mRegister == BC_REG_ACCU)
{
if (!(used & 0xffffff00))
{
mCode = BC_LOAD_LOCAL_8;
changed = true;
}
else if (!(used & 0xffff0000))
{
mCode = BC_LOAD_LOCAL_16;
changed = true;
}
used = 0;
}
break;
case BC_LOAD_ADDR_8:
case BC_LOAD_ADDR_U8:
if (mRegister == BC_REG_ACCU)
used = 0;
break;
case BC_LOAD_ADDR_16:
if (mRegister == BC_REG_ACCU)
{
if (!(used & 0xffffff00))
{
mCode = BC_LOAD_ADDR_8;
changed = true;
}
used = 0;
}
break;
case BC_LOAD_ADDR_32:
if (mRegister == BC_REG_ACCU)
{
if (!(used & 0xffffff00))
{
mCode = BC_LOAD_ADDR_8;
changed = true;
}
else if (!(used & 0xffff0000))
{
mCode = BC_LOAD_ADDR_16;
changed = true;
}
used = 0;
}
break;
case BC_BINOP_ADDR_16:
case BC_BINOP_SUBR_16:
case BC_BINOP_ANDR_16:
case BC_BINOP_ORR_16:
case BC_BINOP_XORR_16:
case BC_BINOP_MULR_16:
case BC_BINOP_SUBI_16:
case BC_BINOP_MULI8_16:
case BC_BINOP_SHLR_16:
case BC_BINOP_ADDI_8:
case BC_BINOP_ANDI_8:
case BC_BINOP_ORI_8:
case BC_BINOP_SHLI_16:
case BC_OP_NEGATE_16:
case BC_OP_INVERT_16:
break;
case BC_BINOP_CMPUR_16:
case BC_BINOP_CMPSR_16:
case BC_BINOP_CMPUI_16:
case BC_BINOP_CMPSI_16:
case BC_BINOP_DIVR_U16:
case BC_BINOP_MODR_U16:
case BC_BINOP_DIVR_I16:
case BC_BINOP_MODR_I16:
case BC_BINOP_SHRR_U16:
case BC_BINOP_SHRR_I16:
case BC_BINOP_SHRI_U16:
case BC_BINOP_SHRI_I16:
used |= 0x0000ffff;
break;
case BC_LOOP_U8:
used = 0;
break;
case BC_BINOP_ADDA_16:
used |= 0x0000ffff;
break;
case BC_BINOP_ADDI_16:
if (mRegister == BC_REG_ACCU)
{
if (!(used & 0xffffff00))
{
mCode = BC_BINOP_ADDI_8;
changed = true;
}
}
break;
case BC_BINOP_ANDI_16:
if (mRegister == BC_REG_ACCU)
{
if (!(used & 0xffffff00))
{
mCode = BC_BINOP_ANDI_8;
changed = true;
}
}
break;
case BC_BINOP_ORI_16:
if (mRegister == BC_REG_ACCU)
{
if (!(used & 0xffffff00))
{
mCode = BC_BINOP_ORI_8;
changed = true;
}
}
break;
case BC_BINOP_CMPUR_8:
case BC_BINOP_CMPSR_8:
case BC_BINOP_CMPUI_8:
case BC_BINOP_CMPSI_8:
used = 0x000000ff;
break;
case BC_BINOP_ADD_F32:
case BC_BINOP_SUB_F32:
case BC_BINOP_MUL_F32:
case BC_BINOP_DIV_F32:
case BC_BINOP_CMP_F32:
case BC_OP_NEGATE_F32:
case BC_OP_ABS_F32:
case BC_OP_FLOOR_F32:
case BC_OP_CEIL_F32:
case BC_CONV_F32_U16:
case BC_CONV_F32_I16:
used = 0xffffffff;
break;
case BC_CONV_U16_F32:
case BC_CONV_I16_F32:
case BC_BRANCHS_EQ:
case BC_BRANCHS_NE:
case BC_BRANCHS_GT:
case BC_BRANCHS_GE:
case BC_BRANCHS_LT:
case BC_BRANCHS_LE:
case BC_BRANCHF_EQ:
case BC_BRANCHF_NE:
case BC_BRANCHF_GT:
case BC_BRANCHF_GE:
case BC_BRANCHF_LT:
case BC_BRANCHF_LE:
case BC_CONV_I16_I32:
case BC_CONV_U16_U32:
used = 0x0000ffff;
break;
case BC_CONV_I8_I16:
if (mRegister == BC_REG_ACCU)
{
if (!(used & 0xffffff00))
{
mCode = BC_NOP;
changed = true;
}
else
used = 0x000000ff;
}
break;
case BC_BINOP_ADD_L32:
case BC_BINOP_SUB_L32:
case BC_BINOP_AND_L32:
case BC_BINOP_OR_L32:
case BC_BINOP_XOR_L32:
case BC_BINOP_MUL_L32:
case BC_BINOP_DIV_U32:
case BC_BINOP_MOD_U32:
case BC_BINOP_DIV_I32:
case BC_BINOP_MOD_I32:
case BC_BINOP_SHL_L32:
case BC_BINOP_SHR_U32:
case BC_BINOP_SHR_I32:
case BC_BINOP_CMP_U32:
case BC_BINOP_CMP_S32:
used = 0xffffffff;
break;
case BC_RETURN:
used = 0xffffffff;
break;
case BC_COPY:
case BC_COPY_LONG:
case BC_STRCPY:
used = 0x0000ffff;
break;
default:
break;
}
return changed;
}
bool ByteCodeInstruction::IsSame(const ByteCodeInstruction& ins) const
{
if (mCode == ins.mCode && mValue == ins.mValue && mRegister == ins.mRegister && mLinkerObject == ins.mLinkerObject)
{
return true;
}
return false;
}
bool ByteCodeInstruction::StoresRegister(uint32 reg) const
{
if (mRegister == reg)
{
if (mCode >= BC_STORE_ABS_8 && mCode <= BC_STORE_ABS_32)
return true;
if (mCode >= BC_STORE_LOCAL_8 && mCode <= BC_STORE_LOCAL_32)
return true;
if (mCode >= BC_STORE_FRAME_8 && mCode <= BC_STORE_FRAME_32)
return true;
if (mCode >= BC_STORE_ADDR_8 && mCode <= BC_STORE_ADDR_32)
return true;
}
return false;
}
bool ByteCodeInstruction::UsesRegister(uint32 reg) const
{
if (StoresRegister(reg))
return true;
if (mRegister == reg)
{
if (mCode == BC_LOAD_REG_8 || mCode == BC_LOAD_REG_16 || mCode == BC_LOAD_REG_32 || mCode == BC_ADDR_REG || mCode == BC_LEA_ABS_INDEX || mCode == BC_LEA_ABS_INDEX_U8 || mCode == BC_LEA_ACCU_INDEX)
return true;
if (mCode >= BC_BINOP_ADDI_16 && mCode <= BC_BINOP_ORI_8)
return true;
if (mCode >= BC_BINOP_ADDR_16 && mCode <= BC_BINOP_SHRR_I16)
return true;
if (mCode == BC_BINOP_CMPUR_16 || mCode == BC_BINOP_CMPSR_16)
return true;
if (mCode == BC_BINOP_CMPUR_8 || mCode == BC_BINOP_CMPSR_8)
return true;
if (mCode >= BC_BINOP_ADD_F32 && mCode <= BC_BINOP_CMP_F32)
return true;
if (mCode >= BC_BINOP_ADD_L32 && mCode <= BC_BINOP_CMP_S32)
return true;
if (mCode == BC_BINOP_ADDA_16)
return true;
if (mCode == BC_LOOP_U8)
return true;
}
if (reg == BC_REG_ACCU)
{
if (mCode == BC_STORE_REG_8 || mCode == BC_STORE_REG_16 || mCode == BC_STORE_REG_32)
return true;
if (mCode >= BC_BINOP_ADDR_16 && mCode <= BC_BINOP_SHRR_I16)
return true;
if (mCode >= BC_BINOP_CMPUR_16 && mCode <= BC_BINOP_CMPSI_16)
return true;
if (mCode >= BC_BINOP_CMPUR_8 && mCode <= BC_BINOP_CMPSI_8)
return true;
if (mCode >= BC_OP_NEGATE_16 && mCode <= BC_OP_INVERT_16)
return true;
if (mCode >= BC_BINOP_ADD_F32 && mCode <= BC_OP_CEIL_F32)
return true;
if (mCode >= BC_CONV_U16_F32 && mCode <= BC_CONV_F32_I16)
return true;
if (mCode >= BC_BINOP_SHLI_16 && mCode <= BC_BINOP_SHRI_I16)
return true;
if (mCode >= BC_CONV_I16_I32 && mCode <= BC_BINOP_CMP_S32)
return true;
if (mCode == BC_LEA_ACCU_INDEX)
return true;
if (mCode == BC_COPY || mCode == BC_STRCPY)
return true;
if (mCode == BC_BINOP_ADDA_16)
return true;
}
if (reg == BC_REG_ADDR)
{
if (mCode >= BC_LOAD_ADDR_8 && mCode <= BC_STORE_ADDR_32)
return true;
if (mCode == BC_COPY || mCode == BC_STRCPY)
return true;
if (mCode == BC_JSR || mCode == BC_CALL_ADDR || mCode == BC_CALL_ABS)
return true;
}
return false;
}
bool ByteCodeInstruction::ChangesRegister(uint32 reg) const
{
if (mRegister == reg)
{
if (mCode == BC_STORE_REG_8 || mCode == BC_STORE_REG_16 || mCode == BC_STORE_REG_32)
return true;
if (mCode >= BC_LOAD_ABS_8 && mCode <= BC_LOAD_ABS_32)
return true;
if (mCode >= BC_LOAD_LOCAL_8 && mCode <= BC_LOAD_LOCAL_32)
return true;
if (mCode >= BC_LOAD_ADDR_8 && mCode <= BC_LOAD_ADDR_32)
return true;
if (mCode >= BC_CONST_8 && mCode <= BC_CONST_32)
return true;
if (mCode == BC_LEA_ABS || mCode == BC_LEA_LOCAL || mCode == BC_LEA_FRAME)
return true;
if (mCode >= BC_BINOP_ADDI_16 && mCode <= BC_BINOP_ORI_8)
return true;
if (mCode == BC_BINOP_ADDA_16)
return true;
if (mCode == BC_LOOP_U8)
return true;
}
if (reg >= BC_REG_WORK && reg < BC_REG_FPARAMS_END || reg >= BC_REG_TMP && reg < BC_REG_TMP_SAVED)
{
if (mCode == BC_JSR || mCode == BC_CALL_ADDR || mCode == BC_CALL_ABS)
return true;
}
if (reg == BC_REG_ACCU)
{
if (mCode == BC_LOAD_REG_8 || mCode == BC_LOAD_REG_16 || mCode == BC_LOAD_REG_32)
return true;
if (mCode >= BC_BINOP_ADDR_16 && mCode <= BC_BINOP_SHRR_I16)
return true;
if (mCode >= BC_BINOP_CMPUR_16 && mCode <= BC_BINOP_CMPSI_16)
return true;
if (mCode >= BC_BINOP_CMPUR_8 && mCode <= BC_BINOP_CMPSI_8)
return true;
if (mCode >= BC_OP_NEGATE_16 && mCode <= BC_OP_INVERT_16)
return true;
if (mCode >= BC_BINOP_ADD_F32 && mCode <= BC_OP_CEIL_F32)
return true;
if (mCode >= BC_CONV_U16_F32 && mCode <= BC_CONV_F32_I16)
return true;
if (mCode >= BC_BINOP_SHLI_16 && mCode <= BC_BINOP_SHRI_I16)
return true;
if (mCode == BC_JSR || mCode == BC_CALL_ADDR || mCode == BC_CALL_ABS)
return true;
if (mCode >= BC_CONV_I16_I32 && mCode <= BC_BINOP_CMP_S32)
return true;
if (mCode == BC_LOOP_U8)
return true;
}
if (reg == BC_REG_ADDR)
{
if (mCode == BC_ADDR_REG)
return true;
if (mCode >= BC_LOAD_ABS_8 && mCode <= BC_STORE_ABS_32)
return true;
if (mCode == BC_JSR || mCode == BC_CALL_ADDR || mCode == BC_CALL_ABS)
return true;
if (mCode == BC_LEA_ABS_INDEX || mCode == BC_LEA_ABS_INDEX_U8 || mCode == BC_LEA_ACCU_INDEX)
return true;
}
if (reg == BC_REG_WORK)
{
if (mCode == BC_JSR || mCode == BC_CALL_ADDR || mCode == BC_CALL_ABS)
return true;
if (mCode == BC_BINOP_DIVR_I16 || mCode == BC_BINOP_DIVR_U16 || mCode == BC_BINOP_MODR_I16 || mCode == BC_BINOP_MODR_U16 ||
mCode == BC_BINOP_DIV_I32 || mCode == BC_BINOP_DIV_U32 || mCode == BC_BINOP_MOD_I32 || mCode == BC_BINOP_MOD_U32 ||
mCode == BC_BINOP_MULR_16 || mCode == BC_BINOP_MULI8_16 || mCode == BC_BINOP_MUL_L32)
return true;
if (mCode >= BC_BINOP_ADD_F32 && mCode <= BC_OP_CEIL_F32)
return true;
if (mCode >= BC_CONV_U16_F32 && mCode <= BC_CONV_F32_I16)
return true;
}
return false;
}
void ByteCodeInstruction::Assemble(ByteCodeGenerator* generator, ByteCodeBasicBlock* block)
{
switch (mCode)
{
case BC_NOP:
break;
case BC_EXIT:
block->PutCode(generator, mCode);
break;
case BC_CONST_8:
block->PutCode(generator, BC_CONST_8); block->PutByte(mRegister); block->PutByte(uint8(mValue));
break;
case BC_CONST_P8:
case BC_CONST_N8:
case BC_CONST_16:
if (mRelocate)
{
block->PutCode(generator, mCode);
block->PutByte(mRegister);
LinkerReference rl;
rl.mOffset = block->mCode.Size();
rl.mFlags = LREF_HIGHBYTE | LREF_LOWBYTE;
rl.mRefObject = mLinkerObject;
rl.mRefOffset = mValue;
block->mRelocations.Push(rl);
block->PutWord(0);
}
else if (mValue >= 0 && mValue < 256)
{
block->PutCode(generator, BC_CONST_P8); block->PutByte(mRegister); block->PutByte(uint8(mValue));
}
else if (mValue < 0 && mValue >= -256)
{
block->PutCode(generator, BC_CONST_N8); block->PutByte(mRegister); block->PutByte(uint8(mValue));
}
else
{
block->PutCode(generator, BC_CONST_16); block->PutByte(mRegister); block->PutWord(uint16(mValue));
}
break;
case BC_CONST_32:
block->PutCode(generator, BC_CONST_32); block->PutByte(mRegister); block->PutDWord(uint32(mValue));
break;
case BC_LOAD_REG_8:
case BC_STORE_REG_8:
case BC_LOAD_REG_16:
case BC_STORE_REG_16:
case BC_LOAD_REG_32:
case BC_STORE_REG_32:
case BC_ADDR_REG:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
break;
case BC_LOAD_ABS_8:
case BC_LOAD_ABS_U8:
case BC_LOAD_ABS_16:
case BC_LOAD_ABS_32:
case BC_STORE_ABS_8:
case BC_STORE_ABS_16:
case BC_STORE_ABS_32:
block->PutCode(generator, mCode);
if (mRelocate)
{
LinkerReference rl;
rl.mOffset = block->mCode.Size();
rl.mFlags = LREF_HIGHBYTE | LREF_LOWBYTE;
rl.mRefObject = mLinkerObject;
rl.mRefOffset = mValue;
block->mRelocations.Push(rl);
block->PutWord(0);
}
else
block->PutWord(mValue);
block->PutByte(mRegister);
break;
case BC_LOAD_ABS_ADDR:
block->PutCode(generator, mCode);
if (mRelocate)
{
LinkerReference rl;
rl.mOffset = block->mCode.Size();
rl.mFlags = LREF_HIGHBYTE | LREF_LOWBYTE;
rl.mRefObject = mLinkerObject;
rl.mRefOffset = mValue;
block->mRelocations.Push(rl);
block->PutWord(0);
}
else
block->PutWord(mValue);
break;
case BC_LEA_ABS:
case BC_LEA_ABS_INDEX:
case BC_LEA_ABS_INDEX_U8:
block->PutCode(generator, mCode); block->PutByte(mRegister);
if (mRelocate)
{
LinkerReference rl;
rl.mOffset = block->mCode.Size();
rl.mFlags = LREF_HIGHBYTE | LREF_LOWBYTE;
rl.mRefObject = mLinkerObject;
rl.mRefOffset = mValue;
block->mRelocations.Push(rl);
block->PutWord(0);
}
else
block->PutWord(uint16(mValue));
break;
case BC_LOAD_LOCAL_8:
case BC_LOAD_LOCAL_U8:
case BC_LOAD_LOCAL_16:
case BC_LOAD_LOCAL_32:
case BC_STORE_LOCAL_8:
case BC_STORE_LOCAL_16:
case BC_STORE_LOCAL_32:
case BC_STORE_FRAME_8:
case BC_STORE_FRAME_16:
case BC_STORE_FRAME_32:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
block->PutByte(uint8(mValue));
break;
case BC_LEA_LOCAL:
case BC_LEA_FRAME:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
block->PutWord(uint16(mValue));
break;
case BC_LEA_ACCU_INDEX:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
break;
case BC_BINOP_ADDR_16:
case BC_BINOP_SUBR_16:
case BC_BINOP_ANDR_16:
case BC_BINOP_ORR_16:
case BC_BINOP_XORR_16:
case BC_BINOP_MULR_16:
case BC_BINOP_DIVR_U16:
case BC_BINOP_MODR_U16:
case BC_BINOP_DIVR_I16:
case BC_BINOP_MODR_I16:
case BC_BINOP_SHLR_16:
case BC_BINOP_SHRR_U16:
case BC_BINOP_SHRR_I16:
case BC_BINOP_ADDA_16:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
break;
case BC_BINOP_ADDI_16:
case BC_BINOP_SUBI_16:
case BC_BINOP_ANDI_16:
case BC_BINOP_ORI_16:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
block->PutWord(uint16(mValue));
break;
case BC_BINOP_MULI8_16:
case BC_BINOP_ADDI_8:
case BC_BINOP_ANDI_8:
case BC_BINOP_ORI_8:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
block->PutByte(mValue);
break;
case BC_BINOP_SHLI_16:
case BC_BINOP_SHRI_U16:
case BC_BINOP_SHRI_I16:
block->PutCode(generator, mCode);
block->PutByte(uint8(mValue));
break;
case BC_BINOP_CMPUR_16:
case BC_BINOP_CMPSR_16:
case BC_BINOP_CMPUR_8:
case BC_BINOP_CMPSR_8:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
break;
case BC_BINOP_CMPUI_16:
case BC_BINOP_CMPSI_16:
block->PutCode(generator, mCode);
block->PutWord(uint16(mValue));
break;
case BC_BINOP_CMPUI_8:
case BC_BINOP_CMPSI_8:
block->PutCode(generator, mCode);
block->PutByte(uint8(mValue));
break;
case BC_LOOP_U8:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
block->PutByte(uint8(mValue));
break;
case BC_OP_NEGATE_16:
case BC_OP_INVERT_16:
block->PutCode(generator, mCode);
break;
case BC_BINOP_ADD_F32:
case BC_BINOP_SUB_F32:
case BC_BINOP_MUL_F32:
case BC_BINOP_DIV_F32:
case BC_BINOP_CMP_F32:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
break;
case BC_OP_NEGATE_F32:
case BC_OP_ABS_F32:
case BC_OP_FLOOR_F32:
case BC_OP_CEIL_F32:
case BC_CONV_U16_F32:
case BC_CONV_I16_F32:
case BC_CONV_F32_U16:
case BC_CONV_F32_I16:
block->PutCode(generator, mCode);
break;
case BC_CONV_I8_I16:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
break;
case BC_JUMPS:
case BC_BRANCHS_EQ:
case BC_BRANCHS_NE:
case BC_BRANCHS_GT:
case BC_BRANCHS_GE:
case BC_BRANCHS_LT:
case BC_BRANCHS_LE:
assert(false);
break;
case BC_JUMPF:
case BC_BRANCHF_EQ:
case BC_BRANCHF_NE:
case BC_BRANCHF_GT:
case BC_BRANCHF_GE:
case BC_BRANCHF_LT:
case BC_BRANCHF_LE:
assert(false);
break;
case BC_ENTER:
case BC_RETURN:
assert(false);
break;
case BC_CALL_ADDR:
block->PutCode(generator, mCode);
break;
case BC_CALL_ABS:
{
block->PutCode(generator, mCode);
LinkerReference rl;
rl.mOffset = block->mCode.Size();
rl.mFlags = LREF_HIGHBYTE | LREF_LOWBYTE;
rl.mRefObject = mLinkerObject;
rl.mRefOffset = 0;
block->mRelocations.Push(rl);
block->PutWord(0);
} break;
case BC_PUSH_FRAME:
case BC_POP_FRAME:
block->PutCode(generator, mCode);
block->PutWord(uint16(mValue + 2));
break;
case BC_JSR:
{
block->PutCode(generator, mCode);
LinkerReference rl;
rl.mOffset = block->mCode.Size();
rl.mFlags = LREF_HIGHBYTE | LREF_LOWBYTE;
rl.mRefObject = mLinkerObject;
rl.mRefOffset = 0;
block->mRelocations.Push(rl);
block->PutWord(0);
} break;
case BC_LOAD_ADDR_8:
case BC_LOAD_ADDR_U8:
case BC_LOAD_ADDR_16:
case BC_LOAD_ADDR_32:
case BC_STORE_ADDR_8:
case BC_STORE_ADDR_16:
case BC_STORE_ADDR_32:
block->PutCode(generator, mCode);
block->PutByte(mRegister);
block->PutByte(mValue);
break;
case BC_COPY:
case BC_COPY_LONG:
if (mValue < 256)
{
block->PutCode(generator, BC_COPY);
block->PutByte(uint8(mValue));
}
else
{
block->PutCode(generator, BC_COPY_LONG);
block->PutWord(uint16(mValue));
}
break;
case BC_STRCPY:
block->PutCode(generator, BC_STRCPY);
break;
case BC_CONV_I16_I32:
case BC_CONV_U16_U32:
case BC_OP_NEGATE_32:
case BC_OP_INVERT_32:
case BC_BINOP_ADD_L32:
case BC_BINOP_SUB_L32:
case BC_BINOP_AND_L32:
case BC_BINOP_OR_L32:
case BC_BINOP_XOR_L32:
case BC_BINOP_MUL_L32:
case BC_BINOP_DIV_U32:
case BC_BINOP_MOD_U32:
case BC_BINOP_DIV_I32:
case BC_BINOP_MOD_I32:
case BC_BINOP_SHL_L32:
case BC_BINOP_SHR_U32:
case BC_BINOP_SHR_I32:
case BC_BINOP_CMP_U32:
case BC_BINOP_CMP_S32:
{
block->PutCode(generator, BC_EXTRT);
LinkerReference rl;
rl.mOffset = block->mCode.Size();
rl.mFlags = LREF_HIGHBYTE | LREF_LOWBYTE;
rl.mRefObject = generator->mExtByteCodes[mCode - 128];
rl.mRefOffset = 0;
block->mRelocations.Push(rl);
block->PutWord(0);
block->PutByte(mRegister);
break;
}
default:
assert(false);
}
}
void ByteCodeBasicBlock::PutByte(uint8 code)
{
this->mCode.Insert(code);
}
void ByteCodeBasicBlock::PutWord(uint16 code)
{
this->mCode.Insert((uint8)(code & 0xff));
this->mCode.Insert((uint8)(code >> 8));
}
void ByteCodeBasicBlock::PutDWord(uint32 code)
{
this->mCode.Insert((uint8)(code & 0xff));
this->mCode.Insert((uint8)((code >> 8) & 0xff));
this->mCode.Insert((uint8)((code >> 16) & 0xff));
this->mCode.Insert((uint8)((code >> 24) & 0xff));
}
void ByteCodeBasicBlock::PutBytes(const uint8* code, int num)
{
while (num--)
{
this->mCode.Insert(*code++);
}
}
void ByteCodeBasicBlock::PutCode(ByteCodeGenerator* generator, ByteCode code)
{
PutByte(uint8(code) * 2);
generator->mByteCodeUsed[code]++;
}
int ByteCodeBasicBlock::PutBranch(ByteCodeGenerator* generator, ByteCode code, int offset)
{
if (offset >= -126 && offset <= 129)
{
PutCode(generator, code);
PutByte(offset - 2);
return 2;
}
else
{
PutCode(generator, ByteCode(code + (BC_JUMPF - BC_JUMPS)));
PutWord(offset - 3);
return 3;
}
}
ByteCodeBasicBlock::ByteCodeBasicBlock(void)
: mRelocations({ 0 }), mIns(ByteCodeInstruction(BC_NOP)), mEntryBlocks(nullptr)
{
mTrueJump = mFalseJump = NULL;
mTrueLink = mFalseLink = NULL;
mOffset = -1;
mPlaced = false;
mAssembled = false;
mBypassed = false;
mExitLive = 0;
}
void ByteCodeBasicBlock::IntConstToAccu(int64 val)
{
ByteCodeInstruction ins(BC_CONST_16);
ins.mRegister = BC_REG_ACCU;
ins.mValue = int(val);
mIns.Push(ins);
}
void ByteCodeBasicBlock::LongConstToAccu(int64 val)
{
ByteCodeInstruction bins(BC_CONST_32);
bins.mRegister = BC_REG_ACCU;
bins.mValue = int(val);
mIns.Push(bins);
}
void ByteCodeBasicBlock::LongConstToWork(int64 val)
{
ByteCodeInstruction bins(BC_CONST_32);
bins.mRegister = BC_REG_WORK;
bins.mValue = int(val);
mIns.Push(bins);
}
void ByteCodeBasicBlock::FloatConstToAccu(double val)
{
union { float f; int v; } cc;
cc.f = val;
ByteCodeInstruction bins(BC_CONST_32);
bins.mRegister = BC_REG_ACCU;
bins.mValue = cc.v;
mIns.Push(bins);
}
void ByteCodeBasicBlock::FloatConstToWork(double val)
{
union { float f; int v; } cc;
cc.f = val;
ByteCodeInstruction bins(BC_CONST_32);
bins.mRegister = BC_REG_WORK;
bins.mValue = cc.v;
mIns.Push(bins);
}
void ByteCodeBasicBlock::IntConstToAddr(int64 val)
{
ByteCodeInstruction ins(BC_CONST_16);
ins.mRegister = BC_REG_ADDR;
ins.mValue = int(val);
mIns.Push(ins);
}
void ByteCodeBasicBlock::LoadOperandAddress(InterCodeProcedure* proc, const InterOperand& op, int reg)
{
if (op.mTemp < 0)
{
if (op.mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_LEA_ABS);
bins.mRegister = reg;
bins.mLinkerObject = op.mLinkerObject;
bins.mValue = op.mIntConst;
bins.mRelocate = true;
mIns.Push(bins);
}
else if (op.mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_LEA_ABS);
bins.mRegister = reg;
bins.mValue = op.mIntConst;
mIns.Push(bins);
}
else if (op.mMemory == IM_LOCAL)
{
ByteCodeInstruction bins(BC_LEA_LOCAL);
bins.mRegister = reg;
bins.mValue = op.mIntConst + proc->mLocalVars[op.mVarIndex]->mOffset;
mIns.Push(bins);
}
else if (op.mMemory == IM_PARAM)
{
ByteCodeInstruction bins(BC_LEA_LOCAL);
bins.mRegister = reg;
bins.mValue = op.mIntConst + op.mVarIndex + proc->mLocalSize + 2;
mIns.Push(bins);
}
else if (op.mMemory == IM_FPARAM || op.mMemory == IM_FFRAME)
{
ByteCodeInstruction bins(BC_LEA_ABS);
bins.mRegister = reg;
bins.mValue = BC_REG_FPARAMS + op.mIntConst + op.mVarIndex;
mIns.Push(bins);
}
else if (op.mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_LEA_FRAME);
bins.mRegister = reg;
bins.mValue = op.mVarIndex + op.mIntConst + 2;
mIns.Push(bins);
}
else if (op.mMemory == IM_PROCEDURE)
{
ByteCodeInstruction bins(BC_CONST_16);
bins.mRegister = reg;
bins.mLinkerObject = op.mLinkerObject;
bins.mValue = 0;
bins.mRelocate = true;
mIns.Push(bins);
}
}
else if (reg == BC_REG_ADDR)
{
if (op.mIntConst == 0)
{
ByteCodeInstruction sins(BC_ADDR_REG);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[op.mTemp];
sins.mRegisterFinal = op.mFinal;
mIns.Push(sins);
}
else
{
ByteCodeInstruction lins(BC_LEA_ABS_INDEX);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[op.mTemp];
lins.mRegisterFinal = op.mFinal;
lins.mValue = op.mIntConst;
mIns.Push(lins);
}
}
else if (reg == BC_REG_ACCU)
{
ByteCodeInstruction dins(BC_LOAD_REG_16);
dins.mRegister = BC_REG_TMP + proc->mTempOffset[op.mTemp];
dins.mRegisterFinal = op.mFinal;
mIns.Push(dins);
if (op.mIntConst)
{
ByteCodeInstruction iins(BC_BINOP_ADDI_16);
iins.mRegister = BC_REG_ACCU;
iins.mValue = op.mIntConst;
mIns.Push(iins);
}
}
}
void ByteCodeBasicBlock::LoadConstant(InterCodeProcedure* proc, const InterInstruction * ins)
{
if (ins->mDst.mType == IT_FLOAT)
{
union { float f; int v; } cc;
cc.f = ins->mConst.mFloatConst;
ByteCodeInstruction bins(BC_CONST_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = cc.v;
mIns.Push(bins);
}
else if (ins->mDst.mType == IT_POINTER)
{
if (ins->mConst.mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_LEA_ABS);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mLinkerObject = ins->mConst.mLinkerObject;
bins.mValue = ins->mConst.mIntConst;
bins.mRelocate = true;
mIns.Push(bins);
}
else if (ins->mConst.mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_LEA_ABS);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mConst.mIntConst;
mIns.Push(bins);
}
else if (ins->mConst.mMemory == IM_LOCAL)
{
ByteCodeInstruction bins(BC_LEA_LOCAL);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mConst.mIntConst + proc->mLocalVars[ins->mConst.mVarIndex]->mOffset;
mIns.Push(bins);
}
else if (ins->mConst.mMemory == IM_PARAM)
{
ByteCodeInstruction bins(BC_LEA_LOCAL);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mConst.mIntConst + ins->mConst.mVarIndex + proc->mLocalSize + 2;
mIns.Push(bins);
}
else if (ins->mConst.mMemory == IM_FPARAM || ins->mConst.mMemory == IM_FFRAME)
{
ByteCodeInstruction bins(BC_LEA_ABS);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = BC_REG_FPARAMS + ins->mConst.mIntConst + ins->mConst.mVarIndex;
mIns.Push(bins);
}
else if (ins->mConst.mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_LEA_FRAME);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mConst.mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
else if (ins->mConst.mMemory == IM_PROCEDURE)
{
ByteCodeInstruction bins(BC_CONST_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mLinkerObject = ins->mConst.mLinkerObject;
bins.mValue = 0;
bins.mRelocate = true;
mIns.Push(bins);
}
}
else if (ins->mDst.mType == IT_BOOL || ins->mDst.mType == IT_INT8)
{
ByteCodeInstruction bins(BC_CONST_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mConst.mIntConst;
mIns.Push(bins);
}
else if (ins->mDst.mType == IT_INT32)
{
ByteCodeInstruction bins(BC_CONST_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mConst.mIntConst;
mIns.Push(bins);
}
else
{
ByteCodeInstruction bins(BC_CONST_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mConst.mIntConst;
mIns.Push(bins);
}
}
void ByteCodeBasicBlock::CopyValue(InterCodeProcedure* proc, const InterInstruction * ins)
{
LoadOperandAddress(proc, ins->mSrc[0], BC_REG_ACCU);
LoadOperandAddress(proc, ins->mSrc[1], BC_REG_ADDR);
ByteCodeInstruction cins(BC_COPY);
cins.mValue = ins->mConst.mOperandSize;
mIns.Push(cins);
}
void ByteCodeBasicBlock::StrcpyValue(InterCodeProcedure* proc, const InterInstruction* ins)
{
ByteCodeInstruction sins(BC_ADDR_REG);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
sins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(sins);
ByteCodeInstruction dins(BC_LOAD_REG_16);
dins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
dins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(dins);
ByteCodeInstruction cins(BC_STRCPY);
mIns.Push(cins);
}
void ByteCodeBasicBlock::StoreDirectValue(InterCodeProcedure* proc, const InterInstruction * ins)
{
if (ins->mSrc[0].mType == IT_FLOAT)
{
if (ins->mSrc[1].mTemp < 0)
{
if (ins->mSrc[0].mTemp < 0)
{
FloatConstToAccu(ins->mSrc[0].mFloatConst);
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_STORE_ABS_32);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_ACCU;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_STORE_ABS_32);
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_ACCU;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction bins(BC_STORE_REG_32);
bins.mRegister = BC_REG_FPARAMS + ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
int index = ins->mSrc[1].mIntConst;
if (ins->mSrc[1].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
else
index += ins->mSrc[1].mVarIndex + proc->mLocalSize + 2;
if (index <= 252)
{
ByteCodeInstruction bins(BC_STORE_LOCAL_32);
bins.mRegister = BC_REG_ACCU;
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_STORE_ADDR_32);
bins.mRegister = BC_REG_ACCU;
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = 0;
mIns.Push(bins);
}
}
else if (ins->mSrc[1].mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_STORE_FRAME_32);
bins.mRegister = BC_REG_ACCU;
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
}
else
{
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_STORE_ABS_32);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_STORE_ABS_32);
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction ains(BC_LOAD_REG_32);
ains.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
mIns.Push(ains);
ByteCodeInstruction bins(BC_STORE_REG_32);
bins.mRegister = BC_REG_FPARAMS + ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
int index = ins->mSrc[1].mIntConst;
if (ins->mSrc[1].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
else
index += ins->mSrc[1].mVarIndex + proc->mLocalSize + 2;
if (index <= 252)
{
ByteCodeInstruction bins(BC_STORE_LOCAL_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_STORE_ADDR_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = 0;
mIns.Push(bins);
}
}
else if (ins->mSrc[1].mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_STORE_FRAME_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
}
}
else
{
if (ins->mSrc[0].mTemp < 0)
{
FloatConstToAccu(ins->mSrc[0].mFloatConst);
if (ins->mSrc[1].mMemory == IM_INDIRECT)
{
int index = ins->mSrc[1].mIntConst;
if (index >= 0 && index + 4 <= 256)
{
ByteCodeInstruction lins(BC_ADDR_REG);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
}
else
{
ByteCodeInstruction lins(BC_LEA_ABS_INDEX);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
lins.mValue = index;
index = 0;
mIns.Push(lins);
}
ByteCodeInstruction bins(BC_STORE_ADDR_32);
bins.mRegister = BC_REG_ACCU;
bins.mValue = index;
mIns.Push(bins);
}
}
else
{
if (ins->mSrc[1].mMemory == IM_INDIRECT)
{
int index = ins->mSrc[1].mIntConst;
if (index >= 0 && index + 4 <= 256)
{
ByteCodeInstruction lins(BC_ADDR_REG);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
}
else
{
ByteCodeInstruction lins(BC_LEA_ABS_INDEX);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
lins.mValue = index;
index = 0;
mIns.Push(lins);
}
ByteCodeInstruction bins(BC_STORE_ADDR_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
}
}
}
else if (ins->mSrc[0].mType == IT_POINTER)
{
if (ins->mSrc[1].mTemp < 0)
{
if (ins->mSrc[0].mTemp < 0)
{
IntConstToAccu(ins->mSrc[0].mIntConst);
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_STORE_ABS_16);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_ACCU;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_STORE_ABS_16);
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_ACCU;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction bins(BC_STORE_REG_16);
bins.mRegister = BC_REG_FPARAMS + ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
int index = ins->mSrc[1].mIntConst;
if (ins->mSrc[1].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
else
index += ins->mSrc[1].mVarIndex + proc->mLocalSize + 2;
if (index <= 254)
{
ByteCodeInstruction bins(BC_STORE_LOCAL_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_STORE_ADDR_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = 0;
mIns.Push(bins);
}
}
else if (ins->mSrc[1].mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_STORE_FRAME_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
}
else
{
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_STORE_ABS_16);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_STORE_ABS_16);
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction ains(BC_LOAD_REG_16);
ains.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
ains.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(ains);
ByteCodeInstruction bins(BC_STORE_REG_16);
bins.mRegister = BC_REG_FPARAMS + ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
int index = ins->mSrc[1].mIntConst;
if (ins->mSrc[1].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
else
index += ins->mSrc[1].mVarIndex + proc->mLocalSize + 2;
if (index <= 254)
{
ByteCodeInstruction bins(BC_STORE_LOCAL_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_STORE_ADDR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = 0;
mIns.Push(bins);
}
}
else if (ins->mSrc[1].mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_STORE_FRAME_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
}
}
else
{
if (ins->mSrc[0].mTemp < 0)
{
IntConstToAccu(ins->mSrc[0].mIntConst);
if (ins->mSrc[1].mMemory == IM_INDIRECT)
{
int index = ins->mSrc[1].mIntConst;
if (index >= 0 && index + 2 <= 256)
{
ByteCodeInstruction lins(BC_ADDR_REG);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
}
else
{
ByteCodeInstruction lins(BC_LEA_ABS_INDEX);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
lins.mValue = index;
index = 0;
mIns.Push(lins);
}
ByteCodeInstruction bins(BC_STORE_ADDR_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = index;
mIns.Push(bins);
}
}
else
{
if (ins->mSrc[1].mMemory == IM_INDIRECT)
{
int index = ins->mSrc[1].mIntConst;
if (index >= 0 && index + 2 <= 256)
{
ByteCodeInstruction lins(BC_ADDR_REG);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
}
else
{
ByteCodeInstruction lins(BC_LEA_ABS_INDEX);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
lins.mValue = index;
index = 0;
mIns.Push(lins);
}
ByteCodeInstruction bins(BC_STORE_ADDR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
}
}
}
else
{
if (ins->mSrc[1].mTemp < 0)
{
if (ins->mSrc[0].mTemp < 0)
{
if (InterTypeSize[ins->mSrc[0].mType] <= 2)
IntConstToAccu(ins->mSrc[0].mIntConst);
else
LongConstToAccu(ins->mSrc[0].mIntConst);
if (InterTypeSize[ins->mSrc[0].mType] == 1)
{
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_STORE_ABS_8);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_ACCU;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_STORE_ABS_8);
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_ACCU;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction bins(BC_STORE_REG_8);
bins.mRegister = BC_REG_FPARAMS + ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
int index = ins->mSrc[1].mIntConst;
if (ins->mSrc[1].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
else
index += ins->mSrc[1].mVarIndex + proc->mLocalSize + 2;
if (index <= 255)
{
ByteCodeInstruction bins(BC_STORE_LOCAL_8);
bins.mRegister = BC_REG_ACCU;
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_STORE_ADDR_8);
bins.mRegister = BC_REG_ACCU;
bins.mValue = 0;
mIns.Push(bins);
}
}
else if (ins->mSrc[1].mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_STORE_FRAME_8);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
}
else if (InterTypeSize[ins->mSrc[0].mType] == 2)
{
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_STORE_ABS_16);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_ACCU;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_STORE_ABS_16);
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_ACCU;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction bins(BC_STORE_REG_16);
bins.mRegister = BC_REG_FPARAMS + ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
int index = ins->mSrc[1].mIntConst;
if (ins->mSrc[1].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
else
index += ins->mSrc[1].mVarIndex + proc->mLocalSize + 2;
if (index <= 254)
{
ByteCodeInstruction bins(BC_STORE_LOCAL_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_STORE_ADDR_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = 0;
mIns.Push(bins);
}
}
else if (ins->mSrc[1].mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_STORE_FRAME_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
}
else if (InterTypeSize[ins->mSrc[0].mType] == 4)
{
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_STORE_ABS_32);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_ACCU;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_STORE_ABS_32);
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_ACCU;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction bins(BC_STORE_REG_32);
bins.mRegister = BC_REG_FPARAMS + ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
int index = ins->mSrc[1].mIntConst;
if (ins->mSrc[1].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
else
index += ins->mSrc[1].mVarIndex + proc->mLocalSize + 2;
if (index <= 252)
{
ByteCodeInstruction bins(BC_STORE_LOCAL_32);
bins.mRegister = BC_REG_ACCU;
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_STORE_ADDR_32);
bins.mRegister = BC_REG_ACCU;
bins.mValue = 0;
mIns.Push(bins);
}
}
else if (ins->mSrc[1].mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_STORE_FRAME_32);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
}
}
else
{
if (InterTypeSize[ins->mSrc[0].mType] == 1)
{
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_STORE_ABS_8);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_STORE_ABS_8);
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction ains(BC_LOAD_REG_8);
ains.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
ains.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(ains);
ByteCodeInstruction bins(BC_STORE_REG_8);
bins.mRegister = BC_REG_FPARAMS + ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
int index = ins->mSrc[1].mIntConst;
if (ins->mSrc[1].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
else
index += ins->mSrc[1].mVarIndex + proc->mLocalSize + 2;
if (index <= 255)
{
ByteCodeInstruction bins(BC_STORE_LOCAL_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_STORE_ADDR_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = 0;
mIns.Push(bins);
}
}
else if (ins->mSrc[1].mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_STORE_FRAME_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
}
else if (InterTypeSize[ins->mSrc[0].mType] == 2)
{
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_STORE_ABS_16);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_STORE_ABS_16);
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction ains(BC_LOAD_REG_16);
ains.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
ains.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(ains);
ByteCodeInstruction bins(BC_STORE_REG_16);
bins.mRegister = BC_REG_FPARAMS + ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
int index = ins->mSrc[1].mIntConst;
if (ins->mSrc[1].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
else
index += ins->mSrc[1].mVarIndex + proc->mLocalSize + 2;
if (index <= 254)
{
ByteCodeInstruction bins(BC_STORE_LOCAL_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_STORE_ADDR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = 0;
mIns.Push(bins);
}
}
else if (ins->mSrc[1].mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_STORE_FRAME_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
}
else if (InterTypeSize[ins->mSrc[0].mType] == 4)
{
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_STORE_ABS_32);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_STORE_ABS_32);
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction ains(BC_LOAD_REG_32);
ains.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
ains.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(ains);
ByteCodeInstruction bins(BC_STORE_REG_32);
bins.mRegister = BC_REG_FPARAMS + ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
int index = ins->mSrc[1].mIntConst;
if (ins->mSrc[1].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
else
index += ins->mSrc[1].mVarIndex + proc->mLocalSize + 2;
if (index <= 252)
{
ByteCodeInstruction bins(BC_STORE_LOCAL_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_STORE_ADDR_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = 0;
mIns.Push(bins);
}
}
else if (ins->mSrc[1].mMemory == IM_FRAME)
{
ByteCodeInstruction bins(BC_STORE_FRAME_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = ins->mSrc[1].mVarIndex + ins->mSrc[1].mIntConst + 2;
mIns.Push(bins);
}
}
}
}
else
{
if (ins->mSrc[0].mTemp < 0)
{
if (InterTypeSize[ins->mSrc[0].mType] <= 2)
IntConstToAccu(ins->mSrc[0].mIntConst);
else
LongConstToAccu(ins->mSrc[0].mIntConst);
if (ins->mSrc[1].mMemory == IM_INDIRECT)
{
int index = ins->mSrc[1].mIntConst;
if (index >= 0 && index + InterTypeSize[ins->mSrc[0].mType] <= 256)
{
ByteCodeInstruction lins(BC_ADDR_REG);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
}
else
{
ByteCodeInstruction lins(BC_LEA_ABS_INDEX);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
lins.mValue = index;
index = 0;
mIns.Push(lins);
}
if (InterTypeSize[ins->mSrc[0].mType] == 1)
{
ByteCodeInstruction bins(BC_STORE_ADDR_8);
bins.mRegister = BC_REG_ACCU;
bins.mValue = index;
mIns.Push(bins);
}
else if (InterTypeSize[ins->mSrc[0].mType] == 2)
{
ByteCodeInstruction bins(BC_STORE_ADDR_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = index;
mIns.Push(bins);
}
else if (InterTypeSize[ins->mSrc[0].mType] == 4)
{
ByteCodeInstruction bins(BC_STORE_ADDR_32);
bins.mRegister = BC_REG_ACCU;
bins.mValue = index;
mIns.Push(bins);
}
}
}
else
{
if (ins->mSrc[1].mMemory == IM_INDIRECT)
{
int index = ins->mSrc[1].mIntConst;
if (index >= 0 && index + InterTypeSize[ins->mSrc[0].mType] <= 256)
{
ByteCodeInstruction lins(BC_ADDR_REG);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
}
else
{
ByteCodeInstruction lins(BC_LEA_ABS_INDEX);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
lins.mValue = index;
index = 0;
mIns.Push(lins);
}
if (InterTypeSize[ins->mSrc[0].mType] == 1)
{
ByteCodeInstruction bins(BC_STORE_ADDR_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
else if (InterTypeSize[ins->mSrc[0].mType] == 2)
{
ByteCodeInstruction bins(BC_STORE_ADDR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
else if (InterTypeSize[ins->mSrc[0].mType] == 4)
{
ByteCodeInstruction bins(BC_STORE_ADDR_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = index;
mIns.Push(bins);
}
}
}
}
}
}
void ByteCodeBasicBlock::LoadDirectValue(InterCodeProcedure* proc, const InterInstruction * ins)
{
if (ins->mDst.mType == IT_FLOAT)
{
if (ins->mSrc[0].mTemp < 0)
{
if (ins->mSrc[0].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_LOAD_ABS_32);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[0].mLinkerObject;
bins.mValue = ins->mSrc[0].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_LOAD_ABS_32);
bins.mValue = ins->mSrc[0].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_FPARAM || ins->mSrc[0].mMemory == IM_FFRAME)
{
ByteCodeInstruction ains(BC_LOAD_REG_32);
ains.mRegister = BC_REG_FPARAMS + ins->mSrc[0].mIntConst + ins->mSrc[0].mVarIndex;
mIns.Push(ains);
ByteCodeInstruction bins(BC_STORE_REG_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_LOCAL || ins->mSrc[0].mMemory == IM_PARAM)
{
int index = ins->mSrc[0].mIntConst;
if (ins->mSrc[0].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[0].mVarIndex]->mOffset;
else
index += ins->mSrc[0].mVarIndex + proc->mLocalSize + 2;
if (index <= 254)
{
ByteCodeInstruction bins(BC_LOAD_LOCAL_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_LOAD_ADDR_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = 0;
mIns.Push(bins);
}
}
}
else
{
if (ins->mSrc[0].mMemory == IM_INDIRECT)
{
int index = ins->mSrc[0].mIntConst;
if (index >= 0 && index + 4 <= 256)
{
ByteCodeInstruction lins(BC_ADDR_REG);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
}
else
{
ByteCodeInstruction lins(BC_LEA_ABS_INDEX);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
lins.mValue = index;
index = 0;
mIns.Push(lins);
}
ByteCodeInstruction bins(BC_LOAD_ADDR_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = index;
mIns.Push(bins);
}
}
}
else if (ins->mDst.mType == IT_POINTER)
{
if (ins->mSrc[0].mTemp < 0)
{
if (ins->mSrc[0].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_LOAD_ABS_16);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[0].mLinkerObject;
bins.mValue = ins->mSrc[0].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_LOAD_ABS_16);
bins.mValue = ins->mSrc[0].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_FPARAM || ins->mSrc[0].mMemory == IM_FFRAME)
{
ByteCodeInstruction ains(BC_LOAD_REG_16);
ains.mRegister = BC_REG_FPARAMS + ins->mSrc[0].mIntConst + ins->mSrc[0].mVarIndex;
mIns.Push(ains);
ByteCodeInstruction bins(BC_STORE_REG_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_LOCAL || ins->mSrc[0].mMemory == IM_PARAM)
{
int index = ins->mSrc[0].mIntConst;
if (ins->mSrc[0].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[0].mVarIndex]->mOffset;
else
index += ins->mSrc[0].mVarIndex + proc->mLocalSize + 2;
if (index <= 254)
{
ByteCodeInstruction bins(BC_LOAD_LOCAL_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_LOAD_ADDR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = 0;
mIns.Push(bins);
}
}
}
else
{
if (ins->mSrc[0].mMemory == IM_INDIRECT)
{
int index = ins->mSrc[0].mIntConst;
if (index >= 0 && index + 2 <= 256)
{
ByteCodeInstruction lins(BC_ADDR_REG);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
}
else
{
ByteCodeInstruction lins(BC_LEA_ABS_INDEX);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
lins.mValue = index;
index = 0;
mIns.Push(lins);
}
ByteCodeInstruction bins(BC_LOAD_ADDR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = index;
mIns.Push(bins);
}
}
}
else
{
if (ins->mSrc[0].mTemp < 0)
{
if (InterTypeSize[ins->mDst.mType] == 1)
{
if (ins->mSrc[0].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_LOAD_ABS_8);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[0].mLinkerObject;
bins.mValue = ins->mSrc[0].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_LOAD_ABS_8);
bins.mValue = ins->mSrc[0].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_FPARAM || ins->mSrc[0].mMemory == IM_FFRAME)
{
ByteCodeInstruction ains(BC_LOAD_REG_8);
ains.mRegister = BC_REG_FPARAMS + ins->mSrc[0].mIntConst + ins->mSrc[0].mVarIndex;
mIns.Push(ains);
ByteCodeInstruction bins(BC_STORE_REG_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_LOCAL || ins->mSrc[0].mMemory == IM_PARAM)
{
int index = ins->mSrc[0].mIntConst;
if (ins->mSrc[0].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[0].mVarIndex]->mOffset;
else
index += ins->mSrc[0].mVarIndex + proc->mLocalSize + 2;
if (index <= 255)
{
ByteCodeInstruction bins(BC_LOAD_LOCAL_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_LOAD_ADDR_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = 0;
mIns.Push(bins);
}
}
}
else if (InterTypeSize[ins->mDst.mType] == 2)
{
if (ins->mSrc[0].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_LOAD_ABS_16);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[0].mLinkerObject;
bins.mValue = ins->mSrc[0].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_LOAD_ABS_16);
bins.mValue = ins->mSrc[0].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_FPARAM || ins->mSrc[0].mMemory == IM_FFRAME)
{
ByteCodeInstruction ains(BC_LOAD_REG_16);
ains.mRegister = BC_REG_FPARAMS + ins->mSrc[0].mIntConst + ins->mSrc[0].mVarIndex;
mIns.Push(ains);
ByteCodeInstruction bins(BC_STORE_REG_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_LOCAL || ins->mSrc[0].mMemory == IM_PARAM)
{
int index = ins->mSrc[0].mIntConst;
if (ins->mSrc[0].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[0].mVarIndex]->mOffset;
else
index += ins->mSrc[0].mVarIndex + proc->mLocalSize + 2;
if (index <= 254)
{
ByteCodeInstruction bins(BC_LOAD_LOCAL_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_LOAD_ADDR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = 0;
mIns.Push(bins);
}
}
}
else if (InterTypeSize[ins->mDst.mType] == 4)
{
if (ins->mSrc[0].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_LOAD_ABS_32);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[0].mLinkerObject;
bins.mValue = ins->mSrc[0].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_LOAD_ABS_32);
bins.mValue = ins->mSrc[0].mIntConst;
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_FPARAM || ins->mSrc[0].mMemory == IM_FFRAME)
{
ByteCodeInstruction ains(BC_LOAD_REG_32);
ains.mRegister = BC_REG_FPARAMS + ins->mSrc[0].mIntConst + ins->mSrc[0].mVarIndex;
mIns.Push(ains);
ByteCodeInstruction bins(BC_STORE_REG_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
else if (ins->mSrc[0].mMemory == IM_LOCAL || ins->mSrc[0].mMemory == IM_PARAM)
{
int index = ins->mSrc[0].mIntConst;
if (ins->mSrc[0].mMemory == IM_LOCAL)
index += proc->mLocalVars[ins->mSrc[0].mVarIndex]->mOffset;
else
index += ins->mSrc[0].mVarIndex + proc->mLocalSize + 2;
if (index <= 252)
{
ByteCodeInstruction bins(BC_LOAD_LOCAL_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = index;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LEA_LOCAL);
lins.mRegister = BC_REG_ADDR;
lins.mValue = index;
mIns.Push(lins);
ByteCodeInstruction bins(BC_LOAD_ADDR_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = 0;
mIns.Push(bins);
}
}
}
}
else
{
if (ins->mSrc[0].mMemory == IM_INDIRECT)
{
int index = ins->mSrc[0].mIntConst;
if (index >= 0 && index + InterTypeSize[ins->mDst.mType] <= 256)
{
ByteCodeInstruction lins(BC_ADDR_REG);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
}
else
{
ByteCodeInstruction lins(BC_LEA_ABS_INDEX);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
lins.mValue = index;
index = 0;
mIns.Push(lins);
}
if (InterTypeSize[ins->mDst.mType] == 1)
{
ByteCodeInstruction bins(BC_LOAD_ADDR_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = index;
mIns.Push(bins);
}
else if (InterTypeSize[ins->mDst.mType] == 2)
{
ByteCodeInstruction bins(BC_LOAD_ADDR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = index;
mIns.Push(bins);
}
else if (InterTypeSize[ins->mDst.mType] == 4)
{
ByteCodeInstruction bins(BC_LOAD_ADDR_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = index;
mIns.Push(bins);
}
}
}
}
}
void ByteCodeBasicBlock::LoadStoreIndirectValue(InterCodeProcedure* proc, const InterInstruction* rins, const InterInstruction* wins)
{
int ri = rins->mSrc[0].mIntConst, wi = wins->mSrc[1].mIntConst;
if (ri < 252 && wi < 252 && rins->mSrc[0].mTemp == wins->mSrc[1].mTemp && rins->mSrc[0].mMemory == IM_INDIRECT && wins->mSrc[1].mMemory == IM_INDIRECT)
{
ByteCodeInstruction lins(BC_ADDR_REG);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[wins->mSrc[1].mTemp];
lins.mRegisterFinal = wins->mSrc[1].mFinal;
mIns.Push(lins);
if (InterTypeSize[rins->mDst.mType] == 1)
{
ByteCodeInstruction bins(BC_LOAD_ADDR_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[rins->mDst.mTemp];
bins.mValue = ri;
mIns.Push(bins);
}
else if (InterTypeSize[rins->mDst.mType] == 2)
{
ByteCodeInstruction bins(BC_LOAD_ADDR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[rins->mDst.mTemp];
bins.mValue = ri;
mIns.Push(bins);
}
else if (InterTypeSize[rins->mDst.mType] == 4)
{
ByteCodeInstruction bins(BC_LOAD_ADDR_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[rins->mDst.mTemp];
bins.mValue = ri;
mIns.Push(bins);
}
if (InterTypeSize[wins->mSrc[0].mType] == 1)
{
ByteCodeInstruction bins(BC_STORE_ADDR_8);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[wins->mSrc[0].mTemp];
bins.mValue = wi;
mIns.Push(bins);
}
else if (InterTypeSize[wins->mSrc[0].mType] == 2)
{
ByteCodeInstruction bins(BC_STORE_ADDR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[wins->mSrc[0].mTemp];
bins.mValue = wi;
mIns.Push(bins);
}
else if (InterTypeSize[wins->mSrc[0].mType] == 4)
{
ByteCodeInstruction bins(BC_STORE_ADDR_32);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[wins->mSrc[0].mTemp];
bins.mValue = wi;
mIns.Push(bins);
}
}
else
{
LoadDirectValue(proc, rins);
StoreDirectValue(proc, wins);
}
}
void ByteCodeBasicBlock::LoadEffectiveAddress(InterCodeProcedure* proc, const InterInstruction * ins)
{
if (ins->mSrc[0].mTemp < 0)
{
if (ins->mSrc[1].mTemp == ins->mDst.mTemp)
{
ByteCodeInstruction bins(BC_BINOP_ADDI_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
ByteCodeInstruction ains(BC_BINOP_ADDI_16);
ains.mRegister = BC_REG_ACCU;
ains.mValue = ins->mSrc[0].mIntConst;
mIns.Push(ains);
ByteCodeInstruction sins(BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
}
else if (ins->mSrc[1].mTemp < 0)
{
if (ins->mSrc[1].mMemory == IM_GLOBAL)
{
ByteCodeInstruction bins(BC_LEA_ABS);
bins.mRegister = BC_REG_ACCU;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = ins->mSrc[1].mIntConst;
bins.mRelocate = true;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_ABSOLUTE)
{
ByteCodeInstruction bins(BC_LEA_ABS);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_FPARAM || ins->mSrc[1].mMemory == IM_FFRAME)
{
ByteCodeInstruction bins(BC_CONST_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = BC_REG_FPARAMS + ins->mSrc[1].mIntConst + ins->mSrc[1].mVarIndex;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_PROCEDURE)
{
ByteCodeInstruction bins(BC_CONST_16);
bins.mRegister = BC_REG_ACCU;
bins.mLinkerObject = ins->mSrc[1].mLinkerObject;
bins.mValue = 0;
bins.mRelocate = true;
mIns.Push(bins);
}
else if (ins->mSrc[1].mMemory == IM_LOCAL || ins->mSrc[1].mMemory == IM_PARAM)
{
ByteCodeInstruction bins(BC_LEA_LOCAL);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[1].mIntConst + proc->mLocalVars[ins->mSrc[1].mVarIndex]->mOffset;
mIns.Push(bins);
}
ByteCodeInstruction ains(BC_BINOP_ADDR_16);
ains.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
ains.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(ains);
ByteCodeInstruction sins(BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
ByteCodeInstruction ains(BC_BINOP_ADDR_16);
ains.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
ains.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(ains);
ByteCodeInstruction sins(BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
}
void ByteCodeBasicBlock::CallFunction(InterCodeProcedure* proc, const InterInstruction * ins)
{
if (ins->mSrc[0].mTemp < 0)
{
ByteCodeInstruction bins(BC_CALL_ABS);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[0].mLinkerObject;
bins.mValue = 0;
mIns.Push(bins);
}
else
{
ByteCodeInstruction bins(BC_ADDR_REG);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
ByteCodeInstruction cins(BC_CALL_ADDR);
mIns.Push(cins);
}
if (ins->mDst.mTemp >= 0)
{
ByteCodeInstruction bins(StoreTypedTmpCodes[ins->mDst.mType]);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
}
void ByteCodeBasicBlock::CallAssembler(InterCodeProcedure* proc, const InterInstruction * ins)
{
if (ins->mSrc[0].mTemp < 0)
{
ByteCodeInstruction bins(BC_JSR);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[0].mLinkerObject;
bins.mValue = ins->mSrc[0].mIntConst;
for (int i = 1; i < ins->mNumOperands; i++)
{
if (ins->mSrc[i].mTemp < 0)
{
if (ins->mSrc[i].mMemory == IM_FPARAM || ins->mSrc[i].mMemory == IM_FFRAME)
ins->mSrc[0].mLinkerObject->mTemporaries[i - 1] = BC_REG_FPARAMS + ins->mSrc[i].mVarIndex + ins->mSrc[i].mIntConst;
}
else
ins->mSrc[0].mLinkerObject->mTemporaries[i - 1] = BC_REG_TMP + proc->mTempOffset[ins->mSrc[i].mTemp];
}
mIns.Push(bins);
}
if (ins->mDst.mTemp >= 0)
{
ByteCodeInstruction bins(StoreTypedTmpCodes[ins->mDst.mType]);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
}
void ByteCodeBasicBlock::CallNative(InterCodeProcedure* proc, const InterInstruction* ins)
{
if (ins->mSrc[0].mTemp < 0)
{
ByteCodeInstruction bins(BC_JSR);
bins.mRelocate = true;
bins.mLinkerObject = ins->mSrc[0].mLinkerObject;
bins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(bins);
}
if (ins->mDst.mTemp >= 0)
{
ByteCodeInstruction bins(StoreTypedTmpCodes[ins->mDst.mType]);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(bins);
}
}
ByteCode ByteCodeBasicBlock::RelationalOperator(InterCodeProcedure* proc, const InterInstruction * ins, bool optzero)
{
ByteCode code;
bool csigned = false;
switch (ins->mOperator)
{
default:
case IA_CMPEQ:
code = BC_BRANCHS_EQ;
break;
case IA_CMPNE:
code = BC_BRANCHS_NE;
break;
case IA_CMPGES:
csigned = true;
code = BC_BRANCHS_GE;
break;
case IA_CMPGEU:
code = BC_BRANCHS_GE;
break;
case IA_CMPGS:
csigned = true;
code = BC_BRANCHS_GT;
break;
case IA_CMPGU:
code = BC_BRANCHS_GT;
break;
case IA_CMPLES:
csigned = true;
code = BC_BRANCHS_LE;
break;
case IA_CMPLEU:
code = BC_BRANCHS_LE;
break;
case IA_CMPLS:
csigned = true;
code = BC_BRANCHS_LT;
break;
case IA_CMPLU:
code = BC_BRANCHS_LT;
break;
}
if (ins->mSrc[0].mType == IT_FLOAT)
{
if (ins->mSrc[0].mTemp < 0)
{
FloatConstToAccu(ins->mSrc[0].mFloatConst);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_32);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
}
ByteCodeInstruction cins(BC_BINOP_CMP_F32);
if (ins->mSrc[1].mTemp < 0)
{
FloatConstToWork(ins->mSrc[1].mFloatConst);
cins.mRegister = BC_REG_WORK;
}
else
{
cins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
}
cins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(cins);
}
else if (ins->mSrc[0].mType == IT_INT32)
{
if (ins->mSrc[0].mTemp < 0)
{
LongConstToAccu(ins->mSrc[0].mIntConst);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_32);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
}
ByteCodeInstruction cins(BC_BINOP_CMP_U32);
if (csigned)
cins.mCode = BC_BINOP_CMP_S32;
if (ins->mSrc[1].mTemp < 0)
{
LongConstToWork(ins->mSrc[1].mIntConst);
cins.mRegister = BC_REG_WORK;
}
else
{
cins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
}
cins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(cins);
}
else if (ins->mSrc[0].mType == IT_INT8)
{
if (ins->mSrc[1].mTemp < 0)
{
ByteCodeInstruction lins(BC_LOAD_REG_8);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
if (csigned)
{
ByteCodeInstruction cins(BC_BINOP_CMPSI_8);
cins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(cins);
}
else
{
if (optzero && ins->mSrc[1].mIntConst == 0)
{
switch (ins->mOperator)
{
case IA_CMPEQ:
case IA_CMPGEU:
return BC_BRANCHS_EQ;
case IA_CMPNE:
case IA_CMPLU:
return BC_BRANCHS_NE;
case IA_CMPLEU:
return BC_JUMPS;
case IA_CMPGU:
return BC_NOP;
}
}
else
{
ByteCodeInstruction cins(BC_BINOP_CMPUI_8);
cins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(cins);
}
}
}
else if (ins->mSrc[0].mTemp < 0)
{
ByteCodeInstruction lins(BC_LOAD_REG_8);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
if (csigned)
{
if (optzero && ins->mSrc[0].mIntConst == 0)
{
ByteCodeInstruction cins(BC_CONV_I8_I16);
cins.mRegister = BC_REG_ACCU;
mIns.Push(cins);
switch (ins->mOperator)
{
case IA_CMPEQ:
return BC_BRANCHS_EQ;
case IA_CMPNE:
return BC_BRANCHS_NE;
case IA_CMPLES:
return BC_BRANCHS_LE;
case IA_CMPGS:
return BC_BRANCHS_GT;
case IA_CMPGES:
return BC_BRANCHS_GE;
case IA_CMPLS:
return BC_BRANCHS_LT;
}
}
else
{
ByteCodeInstruction cins(BC_BINOP_CMPSI_8);
cins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(cins);
}
}
else
{
if (optzero && ins->mSrc[0].mIntConst == 0)
{
switch (ins->mOperator)
{
case IA_CMPEQ:
case IA_CMPLEU:
return BC_BRANCHS_EQ;
case IA_CMPNE:
case IA_CMPGU:
return BC_BRANCHS_NE;
case IA_CMPGEU:
return BC_JUMPS;
case IA_CMPLU:
return BC_NOP;
}
}
else
{
ByteCodeInstruction cins(BC_BINOP_CMPUI_8);
cins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(cins);
}
}
code = TransposeBranchCondition(code);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_8);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
if (csigned)
{
ByteCodeInstruction cins(BC_BINOP_CMPSR_8);
cins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
cins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(cins);
}
else
{
ByteCodeInstruction cins(BC_BINOP_CMPUR_8);
cins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
cins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(cins);
}
}
}
else
{
if (ins->mSrc[1].mTemp < 0)
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
if (csigned)
{
ByteCodeInstruction cins(BC_BINOP_CMPSI_16);
cins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(cins);
}
else
{
ByteCodeInstruction cins(BC_BINOP_CMPUI_16);
cins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(cins);
}
}
else if (ins->mSrc[0].mTemp < 0)
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
if (csigned)
{
if (optzero && ins->mSrc[0].mIntConst == 0)
{
switch (ins->mOperator)
{
case IA_CMPEQ:
return BC_BRANCHS_EQ;
case IA_CMPNE:
return BC_BRANCHS_NE;
case IA_CMPLES:
return BC_BRANCHS_LE;
case IA_CMPGS:
return BC_BRANCHS_GT;
case IA_CMPGES:
return BC_BRANCHS_GE;
case IA_CMPLS:
return BC_BRANCHS_LT;
}
}
else if (ins->mSrc[1].IsUByte())
{
ByteCodeInstruction cins(BC_BINOP_CMPUI_8);
cins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(cins);
}
else
{
ByteCodeInstruction cins(BC_BINOP_CMPSI_16);
cins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(cins);
}
}
else
{
if (optzero && ins->mSrc[0].mIntConst == 0)
{
switch (ins->mOperator)
{
case IA_CMPEQ:
case IA_CMPLEU:
return BC_BRANCHS_EQ;
case IA_CMPNE:
case IA_CMPGU:
return BC_BRANCHS_NE;
case IA_CMPGEU:
return BC_JUMPS;
case IA_CMPLU:
return BC_NOP;
}
}
else if (ins->mSrc[1].IsUByte())
{
ByteCodeInstruction cins(BC_BINOP_CMPUI_8);
cins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(cins);
}
else
{
ByteCodeInstruction cins(BC_BINOP_CMPUI_16);
cins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(cins);
}
}
code = TransposeBranchCondition(code);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
if (csigned)
{
ByteCodeInstruction cins(BC_BINOP_CMPSR_16);
cins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
cins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(cins);
}
else
{
ByteCodeInstruction cins(BC_BINOP_CMPUR_16);
cins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
cins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(cins);
}
}
}
return code;
}
static ByteCode ByteCodeBinRegOperator(const InterInstruction * ins)
{
if (ins->mDst.mType == IT_FLOAT)
{
switch (ins->mOperator)
{
case IA_ADD: return BC_BINOP_ADD_F32;
case IA_SUB: return BC_BINOP_SUB_F32;
case IA_MUL: return BC_BINOP_MUL_F32;
case IA_DIVU: return BC_BINOP_DIV_F32;
case IA_DIVS: return BC_BINOP_DIV_F32;
default:
return BC_EXIT;
}
}
else if (ins->mDst.mType == IT_INT32)
{
switch (ins->mOperator)
{
case IA_ADD: return BC_BINOP_ADD_L32;
case IA_SUB: return BC_BINOP_SUB_L32;
case IA_MUL: return BC_BINOP_MUL_L32;
case IA_DIVU: return BC_BINOP_DIV_U32;
case IA_MODU: return BC_BINOP_MOD_U32;
case IA_DIVS: return BC_BINOP_DIV_I32;
case IA_MODS: return BC_BINOP_MOD_I32;
case IA_AND: return BC_BINOP_AND_L32;
case IA_OR: return BC_BINOP_OR_L32;
case IA_XOR: return BC_BINOP_XOR_L32;
case IA_SHL: return BC_BINOP_SHL_L32;
case IA_SHR: return BC_BINOP_SHR_U32;
case IA_SAR: return BC_BINOP_SHR_I32;
default:
return BC_EXIT;
}
}
else
{
switch (ins->mOperator)
{
case IA_ADD: return BC_BINOP_ADDR_16;
case IA_SUB: return BC_BINOP_SUBR_16;
case IA_MUL: return BC_BINOP_MULR_16;
case IA_DIVU: return BC_BINOP_DIVR_U16;
case IA_MODU: return BC_BINOP_MODR_U16;
case IA_DIVS: return BC_BINOP_DIVR_I16;
case IA_MODS: return BC_BINOP_MODR_I16;
case IA_AND: return BC_BINOP_ANDR_16;
case IA_OR: return BC_BINOP_ORR_16;
case IA_XOR: return BC_BINOP_XORR_16;
case IA_SHL: return BC_BINOP_SHLR_16;
case IA_SHR: return BC_BINOP_SHRR_U16;
case IA_SAR: return BC_BINOP_SHRR_I16;
default:
return BC_EXIT;
}
}
}
static ByteCode ByteCodeBinImmOperator(const InterInstruction * ins)
{
switch (ins->mOperator)
{
case IA_ADD: return BC_BINOP_ADDI_16;
case IA_SUB: return BC_BINOP_SUBI_16;
case IA_AND: return BC_BINOP_ANDI_16;
case IA_OR: return BC_BINOP_ORI_16;
case IA_SHL: return BC_BINOP_SHLI_16;
case IA_SHR: return BC_BINOP_SHRI_U16;
case IA_SAR: return BC_BINOP_SHRI_I16;
case IA_MUL: return BC_BINOP_MULI8_16;
default:
return BC_EXIT;
}
}
static ByteCode ByteCodeBinSizeImmOperator(const InterInstruction* ins)
{
switch (ins->mOperator)
{
case IA_ADD: return InterTypeSize[ins->mDst.mType] == 1 ? BC_BINOP_ADDI_8 : BC_BINOP_ADDI_16;
case IA_SUB: return BC_BINOP_SUBI_16;
case IA_AND: return InterTypeSize[ins->mDst.mType] == 1 ? BC_BINOP_ANDI_8 : BC_BINOP_ANDI_16;
case IA_OR: return InterTypeSize[ins->mDst.mType] == 1 ? BC_BINOP_ORI_8 : BC_BINOP_ORI_16;
case IA_SHL: return BC_BINOP_SHLI_16;
case IA_SHR: return BC_BINOP_SHRI_U16;
case IA_SAR: return BC_BINOP_SHRI_I16;
case IA_MUL: return BC_BINOP_MULI8_16;
default:
return BC_EXIT;
}
}
void ByteCodeBasicBlock::NumericConversion(InterCodeProcedure* proc, const InterInstruction * ins)
{
switch (ins->mOperator)
{
case IA_FLOAT2INT:
{
ByteCodeInstruction lins(BC_LOAD_REG_32);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(BC_CONV_F32_I16);
mIns.Push(bins);
ByteCodeInstruction sins(BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
case IA_INT2FLOAT:
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(BC_CONV_I16_F32);
mIns.Push(bins);
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
case IA_FLOAT2UINT:
{
ByteCodeInstruction lins(BC_LOAD_REG_32);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(BC_CONV_F32_U16);
mIns.Push(bins);
ByteCodeInstruction sins(BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
case IA_UINT2FLOAT:
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(BC_CONV_U16_F32);
mIns.Push(bins);
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
case IA_EXT8TO16S:
{
if (ins->mSrc[0].mTemp == ins->mDst.mTemp)
{
ByteCodeInstruction cins(BC_CONV_I8_I16);
cins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
cins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(cins);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_8);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction cins(BC_CONV_I8_I16);
cins.mRegister = BC_REG_ACCU;
mIns.Push(cins);
ByteCodeInstruction sins(BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
} break;
case IA_EXT8TO16U:
{
if (ins->mSrc[0].mTemp == ins->mDst.mTemp)
{
ByteCodeInstruction cins(BC_BINOP_ANDI_16);
cins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
cins.mRegisterFinal = ins->mSrc[0].mFinal;
cins.mValue = 0x00ff;
mIns.Push(cins);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_8);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction sins(BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
} break;
case IA_EXT16TO32S:
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction cins(BC_CONV_I16_I32);
cins.mRegister = 0;
mIns.Push(cins);
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
case IA_EXT16TO32U:
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction cins(BC_CONV_U16_U32);
cins.mRuntime = "lextu16";
cins.mRegister = 0;
mIns.Push(cins);
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
case IA_EXT8TO32S:
{
ByteCodeInstruction lins(BC_LOAD_REG_8);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction cins0(BC_CONV_I8_I16);
cins0.mRegister = BC_REG_ACCU;
mIns.Push(cins0);
ByteCodeInstruction cins1(BC_CONV_I16_I32);
cins1.mRegister = 0;
mIns.Push(cins1);
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
case IA_EXT8TO32U:
{
ByteCodeInstruction lins(BC_LOAD_REG_8);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction cins(BC_CONV_U16_U32);
cins.mRuntime = "lextu16";
cins.mRegister = 0;
mIns.Push(cins);
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
}
}
void ByteCodeBasicBlock::UnaryOperator(InterCodeProcedure* proc, const InterInstruction * ins)
{
if (ins->mDst.mType == IT_FLOAT)
{
ByteCodeInstruction lins(BC_LOAD_REG_32);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
switch (ins->mOperator)
{
case IA_NEG:
{
ByteCodeInstruction oins(BC_OP_NEGATE_F32);
mIns.Push(oins);
} break;
case IA_ABS:
{
ByteCodeInstruction oins(BC_OP_ABS_F32);
mIns.Push(oins);
} break;
case IA_FLOOR:
{
ByteCodeInstruction oins(BC_OP_FLOOR_F32);
mIns.Push(oins);
} break;
case IA_CEIL:
{
ByteCodeInstruction oins(BC_OP_CEIL_F32);
mIns.Push(oins);
} break;
}
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
else if (ins->mDst.mType == IT_INT32)
{
ByteCodeInstruction lins(BC_LOAD_REG_32);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
switch (ins->mOperator)
{
case IA_NEG:
{
ByteCodeInstruction oins(BC_OP_NEGATE_32);
mIns.Push(oins);
} break;
case IA_NOT:
{
ByteCodeInstruction oins(BC_OP_INVERT_32);
mIns.Push(oins);
} break;
}
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
switch (ins->mOperator)
{
case IA_NEG:
{
ByteCodeInstruction oins(BC_OP_NEGATE_16);
mIns.Push(oins);
} break;
case IA_NOT:
{
ByteCodeInstruction oins(BC_OP_INVERT_16);
mIns.Push(oins);
} break;
}
ByteCodeInstruction sins(BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
}
void ByteCodeBasicBlock::BinaryOperator(InterCodeProcedure* proc, const InterInstruction * ins)
{
if (ins->mDst.mType == IT_FLOAT)
{
ByteCode bc = ByteCodeBinRegOperator(ins);
if (ins->mSrc[1].mTemp < 0)
{
FloatConstToAccu(ins->mSrc[1].mFloatConst);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_32);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
}
ByteCodeInstruction bins(bc);
if (ins->mSrc[0].mTemp < 0)
{
FloatConstToWork(ins->mSrc[0].mFloatConst);
bins.mRegister = BC_REG_WORK;
}
else if (ins->mSrc[1].mTemp == ins->mSrc[0].mTemp)
bins.mRegister = BC_REG_ACCU;
else
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
else if (ins->mDst.mType == IT_INT32)
{
ByteCode bc = ByteCodeBinRegOperator(ins);
if (ins->mSrc[1].mTemp < 0)
{
LongConstToAccu(ins->mSrc[1].mIntConst);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_32);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
}
ByteCodeInstruction bins(bc);
if (ins->mSrc[0].mTemp < 0)
{
LongConstToWork(ins->mSrc[0].mIntConst);
bins.mRegister = BC_REG_WORK;
}
else if (ins->mSrc[1].mTemp == ins->mSrc[0].mTemp)
bins.mRegister = BC_REG_ACCU;
else
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
else
{
switch (ins->mOperator)
{
case IA_ADD:
case IA_OR:
case IA_AND:
{
ByteCode bc = ByteCodeBinRegOperator(ins);
ByteCode bci = ByteCodeBinImmOperator(ins);
ByteCode bcis = ByteCodeBinSizeImmOperator(ins);
if (ins->mSrc[1].mTemp < 0)
{
if (ins->mSrc[0].mTemp == ins->mDst.mTemp)
{
ByteCodeInstruction bins(bcis);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(bins);
return;
}
ByteCodeInstruction lins(InterTypeSize[ins->mSrc[0].mType] == 1 ? BC_LOAD_REG_8 : BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(bci);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[0].mTemp < 0)
{
if (ins->mSrc[1].mTemp == ins->mDst.mTemp)
{
ByteCodeInstruction bins(bcis);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(bins);
return;
}
ByteCodeInstruction lins(InterTypeSize[ins->mSrc[1].mType] == 1 ? BC_LOAD_REG_8 : BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(bci);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(InterTypeSize[ins->mSrc[1].mType] == 1 ? BC_LOAD_REG_8 : BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal && (ins->mSrc[1].mTemp != ins->mSrc[0].mTemp);
mIns.Push(lins);
ByteCodeInstruction bins(bc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
}
break;
case IA_SUB:
if (ins->mSrc[1].mTemp < 0)
{
if (ins->mSrc[0].mTemp == ins->mDst.mTemp)
{
ByteCodeInstruction bins(BC_BINOP_SUBI_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(bins);
return;
}
ByteCodeInstruction lins(InterTypeSize[ins->mSrc[1].mType] == 1 ? BC_LOAD_REG_8 : BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(BC_BINOP_SUBI_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else if (ins->mSrc[0].mTemp < 0)
{
if (ins->mSrc[1].mTemp == ins->mDst.mTemp)
{
ByteCodeInstruction bins(InterTypeSize[ins->mSrc[0].mType] == 1 ? BC_BINOP_ADDI_8 : BC_BINOP_ADDI_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
bins.mValue = - ins->mSrc[0].mIntConst;
mIns.Push(bins);
return;
}
ByteCodeInstruction lins(InterTypeSize[ins->mSrc[0].mType] == 1 ? BC_LOAD_REG_8 : BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(BC_BINOP_ADDI_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = - ins->mSrc[0].mIntConst;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(InterTypeSize[ins->mSrc[1].mType] == 1 ? BC_LOAD_REG_8 : BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal && (ins->mSrc[1].mTemp != ins->mSrc[0].mTemp);;
mIns.Push(lins);
ByteCodeInstruction bins(BC_BINOP_SUBR_16);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
break;
case IA_MUL:
{
ByteCode bc = ByteCodeBinRegOperator(ins);
ByteCode bci = ByteCodeBinImmOperator(ins);
if (ins->mSrc[1].mTemp < 0)
{
if (ins->mSrc[1].mIntConst >= 0 && ins->mSrc[1].mIntConst <= 255)
{
if (ins->mSrc[0].mTemp == ins->mDst.mTemp)
{
ByteCodeInstruction bins(bci);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
bins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(bins);
return;
}
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(bci);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[1].mIntConst;
mIns.Push(bins);
}
else
{
IntConstToAccu(ins->mSrc[1].mIntConst);
ByteCodeInstruction bins(bc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
}
else if (ins->mSrc[0].mTemp < 0)
{
if (ins->mSrc[0].mIntConst >= 0 && ins->mSrc[0].mIntConst <= 255)
{
if (ins->mSrc[1].mTemp == ins->mDst.mTemp)
{
ByteCodeInstruction bins(bci);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
bins.mRegisterFinal = ins->mSrc[1].mFinal;
bins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(bins);
return;
}
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(bci);
bins.mRegister = BC_REG_ACCU;
bins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(bins);
}
else
{
IntConstToAccu(ins->mSrc[0].mIntConst);
ByteCodeInstruction bins(bc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
bins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(bins);
}
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal && (ins->mSrc[1].mTemp != ins->mSrc[0].mTemp);;
mIns.Push(lins);
ByteCodeInstruction bins(bc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
} break;
case IA_XOR:
{
ByteCode bc = ByteCodeBinRegOperator(ins);
if (ins->mSrc[1].mTemp < 0)
{
IntConstToAccu(ins->mSrc[1].mIntConst);
ByteCodeInstruction bins(bc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
else if (ins->mSrc[0].mTemp < 0)
{
IntConstToAccu(ins->mSrc[0].mIntConst);
ByteCodeInstruction bins(bc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
bins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal && (ins->mSrc[1].mTemp != ins->mSrc[0].mTemp);;
mIns.Push(lins);
ByteCodeInstruction bins(bc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
} break;
case IA_DIVS:
case IA_MODS:
case IA_DIVU:
case IA_MODU:
{
ByteCode bc = ByteCodeBinRegOperator(ins);
if (ins->mSrc[1].mTemp < 0)
{
IntConstToAccu(ins->mSrc[1].mIntConst);
ByteCodeInstruction bins(bc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
else if (ins->mSrc[0].mTemp < 0)
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
IntConstToAddr(ins->mSrc[0].mIntConst);
ByteCodeInstruction bins(bc);
bins.mRegister = BC_REG_ADDR;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal && (ins->mSrc[1].mTemp != ins->mSrc[0].mTemp);;
mIns.Push(lins);
ByteCodeInstruction bins(bc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
} break;
case IA_SHL:
case IA_SHR:
case IA_SAR:
{
ByteCode rbc = ByteCodeBinRegOperator(ins);
ByteCode ibc = ByteCodeBinImmOperator(ins);
if (ins->mSrc[1].mTemp < 0)
{
IntConstToAccu(ins->mSrc[1].mIntConst);
ByteCodeInstruction bins(rbc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
else if (ins->mSrc[0].mTemp < 0)
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal;
mIns.Push(lins);
ByteCodeInstruction bins(ibc);
bins.mValue = ins->mSrc[0].mIntConst;
mIns.Push(bins);
}
else
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[1].mTemp];
lins.mRegisterFinal = ins->mSrc[1].mFinal && (ins->mSrc[1].mTemp != ins->mSrc[0].mTemp);;
mIns.Push(lins);
ByteCodeInstruction bins(rbc);
bins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mSrc[0].mTemp];
bins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(bins);
}
} break;
}
ByteCodeInstruction sins(InterTypeSize[ins->mSrc[1].mType] == 1 ? BC_STORE_REG_8 : BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + proc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
}
void ByteCodeBasicBlock::Compile(InterCodeProcedure* iproc, ByteCodeProcedure* proc, InterCodeBasicBlock* sblock)
{
mIndex = sblock->mIndex;
int i = 0;
while (i < sblock->mInstructions.Size())
{
const InterInstruction * ins = sblock->mInstructions[i];
switch (ins->mCode)
{
case IC_STORE:
StoreDirectValue(iproc, ins);
break;
case IC_LOAD:
if (i + 1 < sblock->mInstructions.Size() && sblock->mInstructions[i + 1]->mCode == IC_STORE && ins->mDst.mTemp == sblock->mInstructions[i + 1]->mSrc[0].mTemp)
{
LoadStoreIndirectValue(iproc, ins, sblock->mInstructions[i + 1]);
i++;
}
else
LoadDirectValue(iproc, ins);
break;
case IC_COPY:
CopyValue(iproc, ins);
break;
case IC_STRCPY:
StrcpyValue(iproc, ins);
break;
case IC_LOAD_TEMPORARY:
{
if (ins->mSrc[0].mTemp != ins->mDst.mTemp)
{
switch (ins->mDst.mType)
{
case IT_BOOL:
case IT_INT8:
{
ByteCodeInstruction lins(BC_LOAD_REG_8);
lins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction sins(BC_STORE_REG_8);
sins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
case IT_INT16:
case IT_POINTER:
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction sins(BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
case IT_INT32:
case IT_FLOAT:
{
ByteCodeInstruction lins(BC_LOAD_REG_32);
lins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction sins(BC_STORE_REG_32);
sins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
} break;
}
}
} break;
case IC_BINARY_OPERATOR:
BinaryOperator(iproc, ins);
break;
case IC_UNARY_OPERATOR:
UnaryOperator(iproc, ins);
break;
case IC_CONVERSION_OPERATOR:
NumericConversion(iproc, ins);
break;
case IC_LEA:
LoadEffectiveAddress(iproc, ins);
break;
case IC_CONSTANT:
LoadConstant(iproc, ins);
break;
case IC_CALL:
CallFunction(iproc, ins);
break;
case IC_CALL_NATIVE:
CallNative(iproc, ins);
break;
case IC_ASSEMBLER:
CallAssembler(iproc, ins);
break;
case IC_PUSH_FRAME:
{
ByteCodeInstruction bins(BC_PUSH_FRAME);
bins.mValue = ins->mConst.mIntConst + 2;
mIns.Push(bins);
} break;
case IC_POP_FRAME:
{
ByteCodeInstruction bins(BC_POP_FRAME);
bins.mValue = ins->mConst.mIntConst + 2;
mIns.Push(bins);
} break;
case IC_RELATIONAL_OPERATOR:
if (i + 1 < sblock->mInstructions.Size() && sblock->mInstructions[i + 1]->mCode == IC_BRANCH && sblock->mInstructions[i + 1]->mSrc[0].mFinal)
{
ByteCode code = RelationalOperator(iproc, ins, true);
this->Close(proc->CompileBlock(iproc, sblock->mTrueJump), proc->CompileBlock(iproc, sblock->mFalseJump), code);
i++;
return;
}
else
{
ByteCode code = RelationalOperator(iproc, ins, false);
if (code == BC_JUMPS)
{
IntConstToAccu(1);
}
else if (code == BC_NOP)
{
IntConstToAccu(0);
}
else
{
switch (code)
{
case BC_BRANCHS_EQ:
{
ByteCodeInstruction iins(BC_OP_INVERT_16);
mIns.Push(iins);
ByteCodeInstruction bins(BC_BINOP_ANDI_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = 1;
mIns.Push(bins);
} break;
case BC_BRANCHS_NE:
{
ByteCodeInstruction bins(BC_BINOP_ANDI_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = 1;
mIns.Push(bins);
} break;
case BC_BRANCHS_GT:
{
ByteCodeInstruction ains(BC_BINOP_ADDI_16);
ains.mRegister = BC_REG_ACCU;
ains.mValue = 1;
mIns.Push(ains);
ByteCodeInstruction sins(BC_BINOP_SHRI_U16);
sins.mValue = 1;
mIns.Push(sins);
} break;
case BC_BRANCHS_GE:
{
ByteCodeInstruction sins(BC_BINOP_CMPUI_8);
sins.mValue = 0xff;
mIns.Push(sins);
} break;
case BC_BRANCHS_LT:
{
ByteCodeInstruction sins(BC_BINOP_SHRI_U16);
sins.mValue = 1;
mIns.Push(sins);
ByteCodeInstruction bins(BC_BINOP_ANDI_16);
bins.mRegister = BC_REG_ACCU;
bins.mValue = 1;
mIns.Push(bins);
} break;
case BC_BRANCHS_LE:
{
ByteCodeInstruction sins(BC_BINOP_CMPSI_8);
sins.mValue = 1;
mIns.Push(sins);
} break;
}
}
ByteCodeInstruction sins(StoreTypedTmpCodes[ins->mDst.mType]);
sins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
break;
case IC_RETURN_VALUE:
if (ins->mSrc[0].mTemp < 0)
IntConstToAccu(ins->mSrc[0].mIntConst);
else if (ins->mSrc[0].mType == IT_FLOAT || ins->mSrc[0].mType == IT_INT32)
{
ByteCodeInstruction lins(BC_LOAD_REG_32);
lins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
}
else
{
ByteCodeInstruction lins(InterTypeSize[ins->mSrc[0].mType] == 1 ? BC_LOAD_REG_8 : BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
}
mExitLive = LIVE_ACCU;
this->Close(proc->exitBlock, nullptr, BC_JUMPS);
return;
case IC_RETURN:
this->Close(proc->exitBlock, nullptr, BC_JUMPS);
return;
case IC_TYPECAST:
if (ins->mSrc[0].mTemp >= 0 && ins->mDst.mTemp != ins->mSrc[0].mTemp)
{
ByteCodeInstruction lins(BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
ByteCodeInstruction sins(InterTypeSize[ins->mDst.mType] == 1 ? BC_STORE_REG_8 : BC_STORE_REG_16);
sins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mDst.mTemp];
mIns.Push(sins);
}
break;
case IC_BRANCH:
if (ins->mSrc[0].mTemp < 0)
{
if (ins->mSrc[0].mIntConst == 0)
this->Close(proc->CompileBlock(iproc, sblock->mFalseJump), nullptr, BC_JUMPS);
else
this->Close(proc->CompileBlock(iproc, sblock->mTrueJump), nullptr, BC_JUMPS);
}
else
{
ByteCodeInstruction lins(InterTypeSize[ins->mSrc[0].mType] == 1 ? BC_LOAD_REG_8 : BC_LOAD_REG_16);
lins.mRegister = BC_REG_TMP + iproc->mTempOffset[ins->mSrc[0].mTemp];
lins.mRegisterFinal = ins->mSrc[0].mFinal;
mIns.Push(lins);
this->Close(proc->CompileBlock(iproc, sblock->mTrueJump), proc->CompileBlock(iproc, sblock->mFalseJump), BC_BRANCHS_NE);
}
return;
case IC_UNREACHABLE:
this->Close(proc->exitBlock, nullptr, BC_JUMPS);
return;
}
i++;
}
this->Close(proc->CompileBlock(iproc, sblock->mTrueJump), nullptr, BC_JUMPS);
}
void ByteCodeBasicBlock::CountEntries(ByteCodeBasicBlock* fromJump)
{
mNumEntries++;
if (!mVisited)
{
mVisited = true;
if (mTrueJump)
mTrueJump->CountEntries(this);
if (mFalseJump)
mFalseJump->CountEntries(this);
}
}
void ByteCodeBasicBlock::CollectEntryBlocks(ByteCodeBasicBlock* block)
{
if (block)
mEntryBlocks.Push(block);
if (!mVisited)
{
mVisited = true;
if (mTrueJump)
mTrueJump->CollectEntryBlocks(this);
if (mFalseJump)
mFalseJump->CollectEntryBlocks(this);
}
}
bool ByteCodeBasicBlock::SameTail(ByteCodeInstruction& ins)
{
if (mIns.Size() > 0)
return mIns[mIns.Size() - 1].IsSame(ins);
else
return false;
}
bool ByteCodeBasicBlock::MergeBasicBlocks(void)
{
bool changed = false;
if (!mVisited)
{
mVisited = true;
if (!mLocked)
{
while (mTrueJump && !mFalseJump && mTrueJump->mNumEntries == 1 && mTrueJump != this && !mTrueJump->mLocked)
{
for (int i = 0; i < mTrueJump->mIns.Size(); i++)
mIns.Push(mTrueJump->mIns[i]);
mBranch = mTrueJump->mBranch;
mFalseJump = mTrueJump->mFalseJump;
mTrueJump = mTrueJump->mTrueJump;
changed = true;
}
while (mTrueJump && mTrueJump->mIns.Size() == 0 && !mTrueJump->mFalseJump && !mTrueJump->mLocked && mTrueJump != this && mTrueJump->mTrueJump != mTrueJump)
{
mTrueJump->mNumEntries--;
mTrueJump = mTrueJump->mTrueJump;
mTrueJump->mNumEntries++;
changed = true;
}
while (mFalseJump && mFalseJump->mIns.Size() == 0 && !mFalseJump->mFalseJump && !mFalseJump->mLocked && mFalseJump != this && mFalseJump->mTrueJump != mFalseJump)
{
mFalseJump->mNumEntries--;
mFalseJump = mFalseJump->mTrueJump;
mFalseJump->mNumEntries++;
changed = true;
}
if (mTrueJump && mTrueJump == mFalseJump)
{
mBranch = BC_JUMPS;
mFalseJump = nullptr;
changed = true;
}
}
if (mTrueJump)
mTrueJump->MergeBasicBlocks();
if (mFalseJump)
mFalseJump->MergeBasicBlocks();
}
return changed;
}
bool ByteCodeBasicBlock::JoinTailCodeSequences(void)
{
bool changed = false;
if (!mVisited)
{
mVisited = true;
if (mEntryBlocks.Size() > 1)
{
int i = 0;
while (i < mEntryBlocks.Size() && mEntryBlocks[i]->mBranch == BC_JUMPS)
i++;
if (i == mEntryBlocks.Size())
{
ByteCodeBasicBlock* eb = mEntryBlocks[0];
while (eb->mIns.Size() > 0)
{
ByteCodeInstruction& ins(eb->mIns[eb->mIns.Size() - 1]);
i = 1;
while (i < mEntryBlocks.Size() && mEntryBlocks[i]->SameTail(ins))
i++;
if (i == mEntryBlocks.Size())
{
mIns.Insert(0, ins);
for (int i = 0; i < mEntryBlocks.Size(); i++)
{
ByteCodeBasicBlock* b = mEntryBlocks[i];
b->mIns.SetSize(b->mIns.Size() - 1);
if (mIns.Size() == 1)
mExitLive |= b->mExitLive;
b->mExitLive = LIVE_ACCU;
}
changed = true;
}
else
break;
}
}
}
if (mTrueJump && mFalseJump && mTrueJump->mEntryBlocks.Size() == 1 && mFalseJump->mEntryBlocks.Size() == 1)
{
while (mTrueJump->mIns.Size() > 0 && mFalseJump->mIns.Size() > 0 && !mTrueJump->mIns[0].ChangesAccu() && mTrueJump->mIns[0].IsSame(mFalseJump->mIns[0]))
{
mIns.Push(mTrueJump->mIns[0]);
mTrueJump->mIns.Remove(0);
mFalseJump->mIns.Remove(0);
}
}
if (mTrueJump && mTrueJump->JoinTailCodeSequences())
changed = true;
if (mFalseJump && mFalseJump->JoinTailCodeSequences())
changed = true;
}
return changed;
}
bool ByteCodeBasicBlock::PropagateAccuCrossBorder(int accu, int addr)
{
bool changed = false;
if (!mVisited)
{
mVisited = true;
if (mEntryBlocks.Size() != 1)
accu = addr = -1;
else
{
ByteCodeBasicBlock* p = mEntryBlocks[0];
int s = p->mIns.Size();
if (p->mIns.Size() >= 2 && mIns.Size() == 2 &&
mIns[1].IsCompare() && p->mIns[s - 1].IsSame(mIns[1]) &&
((mIns[0].mCode == BC_LOAD_REG_16 && (p->mIns[s - 2].mCode == BC_LOAD_REG_16 || p->mIns[s - 2].mCode == BC_STORE_REG_16)) ||
(mIns[0].mCode == BC_LOAD_REG_8 && (p->mIns[s - 2].mCode == BC_LOAD_REG_8 || p->mIns[s - 2].mCode == BC_STORE_REG_8))) &&
p->mIns[s - 2].mRegister == mIns[0].mRegister)
{
mIns.SetSize(0);
}
}
int j = 0;
for (int i = 0; i < mIns.Size(); i++)
{
if (mIns[i].mCode == BC_ADDR_REG && addr == mIns[i].mRegister ||
mIns[i].mCode == BC_LOAD_REG_16 && accu == mIns[i].mRegister ||
mIns[i].mCode == BC_STORE_REG_16 && accu == mIns[i].mRegister)
{
changed = true;
}
else
{
if (mIns[i].mCode == BC_ADDR_REG)
addr = mIns[i].mRegister;
else if (mIns[i].mCode == BC_LOAD_REG_16)
accu = mIns[i].mRegister;
else if (mIns[i].mCode == BC_STORE_REG_16)
{
accu = mIns[i].mRegister;
if (addr == mIns[i].mRegister)
addr = -1;
}
else
{
if (accu >= 0 && mIns[i].ChangesRegister(accu))
accu = -1;
if (addr >= 0 && mIns[i].ChangesRegister(addr))
addr = -1;
if (accu >= 0 && mIns[i].ChangesAccu())
accu = -1;
if (addr >= 0 && mIns[i].ChangesAddr())
addr = -1;
}
if (i != j)
{
mIns[j] = mIns[i];
}
j++;
}
}
mIns.SetSize(j);
if (mTrueJump && mTrueJump->PropagateAccuCrossBorder(accu, addr))
changed = true;
if (mFalseJump && mFalseJump->PropagateAccuCrossBorder(accu, addr))
changed = true;
}
return changed;
}
bool ByteCodeBasicBlock::PeepHoleOptimizer(int phase)
{
bool changed = false;
if (!mVisited)
{
mVisited = true;
int accuReg = -1;
bool progress = false;
do {
progress = false;
int i = 0;
int j = 0;
while (i < mIns.Size())
{
if (mIns[i].mCode == BC_NOP)
;
else
{
if (i != j)
mIns[j] = mIns[i];
j++;
}
i++;
}
mIns.SetSize(j);
// check reg addr up
//
#if 1
for (int i = 2; i < mIns.Size(); i++)
{
if (mIns[i].mCode == BC_ADDR_REG && mIns[i].mRegister != BC_REG_ACCU && mIns[i].mRegisterFinal)
{
int j = i;
while (j > 0 && !mIns[j - 1].ChangesAddr() && !mIns[j - 1].UsesAddr() && !mIns[j - 1].ChangesRegister(mIns[j].mRegister) && !mIns[j - 1].UsesRegister(mIns[j].mRegister))
{
ByteCodeInstruction bins = mIns[j - 1];
mIns[j - 1] = mIns[j];
mIns[j] = bins;
j--;
}
}
}
#endif
#if 1
if (phase == 2)
{
for (int i = 2; i < mIns.Size(); i++)
{
if (mIns[i].mCode >= BC_LOAD_ADDR_8 && mIns[i].mCode <= BC_STORE_ADDR_32)
{
int j = i;
while (j > 0 && !mIns[j - 1].ChangesAddr() && !mIns[j - 1].UsesAddr() && !mIns[j - 1].ChangesRegister(mIns[j].mRegister) && !mIns[j - 1].UsesRegister(mIns[j].mRegister))
{
ByteCodeInstruction bins = mIns[j - 1];
mIns[j - 1] = mIns[j];
mIns[j] = bins;
j--;
}
}
}
}
#endif
// mark accu live
uint32 live = mExitLive;
uint32 aused = mExitLive ? 0xffffffff : 0x00000000;
if (mBranch != BC_JUMPS && mBranch != BC_NOP)
{
live |= LIVE_ACCU;
aused = 0x0000ffff;
}
for (int i = mIns.Size() - 1; i >= 0; i--)
{
mIns[i].mLive = live;
if (mIns[i].ChangesAccu())
live &= ~LIVE_ACCU;
if (mIns[i].UsesAccu())
live |= LIVE_ACCU;
}
// assert(!(live & LIVE_ACCU));
int accuTemp = -1, addrTemp = -1, accuVal = 0, accuTempByte = -1;
bool accuConst = false, accuLong = false;
for (int i = 0; i < mIns.Size(); i++)
{
if (i + 4 < mIns.Size())
{
#if 1
if (
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_STORE_REG_16 &&
mIns[i + 2].mCode == BC_LOAD_REG_8 &&
(mIns[i + 3].mCode == BC_BINOP_ADDR_16 || mIns[i + 3].mCode == BC_BINOP_SUBR_16) && mIns[i + 3].mRegister == mIns[i + 1].mRegister && mIns[i + 3].mRegisterFinal &&
mIns[i + 4].mCode == BC_STORE_REG_8 && !(mIns[i + 4].mLive & LIVE_ACCU))
{
mIns[i + 3].mRegister = mIns[i + 0].mRegister;
mIns[i + 3].mRegisterFinal = mIns[i + 0].mRegisterFinal;
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#endif
#if 1
else if (
mIns[i + 0].mCode == BC_BINOP_ADDR_16 &&
mIns[i + 1].mCode == BC_STORE_REG_16 &&
!mIns[i + 2].ChangesAccu() && !mIns[i + 2].UsesAccu() && !mIns[i + 2].UsesRegister(mIns[i + 1].mRegister) && !mIns[i + 2].ChangesRegister(mIns[i + 0].mRegister) && !mIns[i + 2].ChangesRegister(mIns[i + 1].mRegister) &&
!mIns[i + 3].ChangesAccu() && !mIns[i + 3].UsesAccu() && !mIns[i + 3].UsesRegister(mIns[i + 1].mRegister) && !mIns[i + 3].ChangesRegister(mIns[i + 0].mRegister) && !mIns[i + 3].ChangesRegister(mIns[i + 1].mRegister) &&
mIns[i + 4].mCode == BC_ADDR_REG && mIns[i + 4].mRegister == mIns[i + 1].mRegister && mIns[i + 4].mRegisterFinal)
{
mIns[i + 4].mCode = BC_LEA_ACCU_INDEX;
mIns[i + 4].mRegister = mIns[i + 0].mRegister;
mIns[i + 4].mRegisterFinal = mIns[i + 0].mRegisterFinal;
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mLive |= LIVE_ACCU;
mIns[i + 3].mLive |= LIVE_ACCU;
progress = true;
}
#endif
}
#if 1
if (i + 3 < mIns.Size())
{
if (
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_STORE_REG_16 &&
mIns[i + 2].IsIntegerConst() && mIns[i + 2].mRegister == BC_REG_ACCU &&
mIns[i + 3].IsShiftByRegister() && mIns[i + 3].mRegister == mIns[i + 1].mRegister && mIns[i + 3].mRegisterFinal)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 3].mRegister = mIns[i + 0].mRegister;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_LEA_ABS && mIns[i + 1].mRegister != BC_REG_ACCU &&
mIns[i + 2].mCode == BC_BINOP_ADDR_16 && mIns[i + 2].mRegister == mIns[i + 1].mRegister && mIns[i + 2].mRegisterFinal &&
mIns[i + 3].mCode == BC_ADDR_REG && mIns[i + 3].mRegister == BC_REG_ACCU && !(mIns[i + 3].mLive & LIVE_ACCU))
{
mIns[i + 1].mCode = BC_LEA_ABS_INDEX_U8;
mIns[i + 1].mRegister = mIns[i + 0].mRegister;
mIns[i + 1].mRegisterFinal = mIns[i + 0].mRegisterFinal;
mIns[i + 1].mLive &= ~LIVE_ACCU;
mIns[i + 0].mCode = BC_NOP;
mIns[i + 2].mCode = BC_NOP;
mIns[i + 3].mCode = BC_NOP;
progress = true;
}
#if 1
else if (
mIns[i + 0].mCode == BC_STORE_REG_16 &&
!mIns[i + 1].ChangesAccu() && !mIns[i + 1].ChangesRegister(mIns[i + 0].mRegister) &&
mIns[i + 2].mCode == BC_LOAD_REG_16 &&
mIns[i + 3].IsCommutative() && mIns[i + 3].mRegister == mIns[i + 0].mRegister)
{
mIns[i + 2].mCode = mIns[i + 3].mCode;
mIns[i + 3].mCode = BC_NOP;
if (mIns[i + 3].mRegisterFinal && !mIns[i + 1].UsesRegister(mIns[i + 0].mRegister))
mIns[i + 0].mCode = BC_NOP;
progress = true;
}
#endif
#if 1
else if (
mIns[i + 0].mCode == BC_STORE_REG_16 &&
mIns[i + 1].mCode == BC_BINOP_MULI8_16 && mIns[i + 1].mRegister == mIns[i + 0].mRegister &&
mIns[i + 2].mCode == BC_LOAD_REG_16 && mIns[i + 2].mRegister != mIns[i + 0].mRegister &&
mIns[i + 3].IsCommutative() && mIns[i + 3].mRegister == mIns[i + 0].mRegister && mIns[i + 3].mRegisterFinal)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mRegister = BC_REG_ACCU;
mIns[i + 1].mLive |= LIVE_ACCU;
mIns[i + 2].mCode = BC_NOP;
mIns[i + 3].mRegister = mIns[i + 2].mRegister;
mIns[i + 3].mRegisterFinal = mIns[i + 2].mRegisterFinal;
progress = true;
}
#endif
}
#endif
#if 1
if (i + 2 < mIns.Size())
{
if (mIns[i].mCode == BC_LOAD_LOCAL_16 &&
mIns[i + 1].mCode == BC_LOAD_LOCAL_16 && mIns[i + 1].mRegister != BC_REG_ACCU && mIns[i + 1].mRegister != mIns[i].mRegister &&
mIns[i + 2].mCode == BC_LOAD_REG_16 && mIns[i + 2].mRegister == mIns[i].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i].mRegister = BC_REG_ACCU;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_16 &&
!mIns[i + 1].ChangesAccu() && mIns[i + 1].mRegister != mIns[i].mRegister &&
mIns[i + 2].mCode == BC_LOAD_REG_16 && mIns[i].mRegister == mIns[i + 2].mRegister)
{
mIns[i + 2].mCode = BC_NOP;
if (mIns[i + 2].mRegisterFinal)
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_8 &&
!mIns[i + 1].ChangesAccu() && mIns[i + 1].mRegister != mIns[i].mRegister &&
mIns[i + 2].mCode == BC_LOAD_REG_8 && mIns[i].mRegister == mIns[i + 2].mRegister)
{
mIns[i + 2].mRegister = BC_REG_ACCU;
if (mIns[i + 2].mRegisterFinal)
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_16 &&
(mIns[i + 1].mCode == BC_BINOP_ADDI_16 || mIns[i + 1].mCode == BC_BINOP_MULI8_16 || mIns[i + 1].mCode == BC_BINOP_ANDI_16 || mIns[i + 1].mCode == BC_BINOP_ORI_16) && mIns[i + 1].mRegister == mIns[i].mRegister &&
mIns[i + 2].mCode == BC_LOAD_REG_16 && mIns[i].mRegister == mIns[i + 2].mRegister)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mRegister = BC_REG_ACCU;
if (mIns[i + 2].mRegisterFinal)
mIns[i + 2].mCode = BC_NOP;
else
mIns[i + 2].mCode = BC_STORE_REG_16;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_32 &&
!mIns[i + 1].ChangesAccu() && mIns[i + 1].mRegister != mIns[i].mRegister &&
mIns[i + 2].mCode == BC_LOAD_REG_32 && mIns[i].mRegister == mIns[i + 2].mRegister)
{
mIns[i + 2].mCode = BC_NOP;
if (mIns[i + 2].mRegisterFinal)
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_16 &&
!mIns[i + 1].ChangesAccu() && mIns[i + 1].mRegister != mIns[i].mRegister &&
mIns[i + 2].IsStore() && mIns[i].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i].mCode = BC_NOP;
mIns[i + 2].mRegister = BC_REG_ACCU;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_16 &&
!mIns[i + 1].ChangesAddr() && !mIns[i + 1].UsesAddr() && mIns[i + 1].mRegister != mIns[i].mRegister &&
mIns[i + 2].mCode == BC_ADDR_REG && mIns[i].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i].mCode = BC_ADDR_REG;
mIns[i].mRegister = BC_REG_ACCU;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 2].mCode == BC_BINOP_ADDR_16 &&
mIns[i + 1].mCode == BC_LOAD_REG_16 && mIns[i + 1].mRegister != mIns[i + 2].mRegister &&
mIns[i + 0].LoadsRegister(mIns[i + 2].mRegister) && mIns[i + 2].mRegisterFinal)
{
mIns[i + 0].mRegister = BC_REG_ACCU;
mIns[i + 1].mCode = mIns[i + 2].mCode;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 2].mCode == BC_BINOP_ADDR_16 &&
mIns[i + 1].mCode == BC_LOAD_REG_16 && mIns[i + 1].mRegister != mIns[i + 2].mRegister &&
mIns[i + 0].mCode == BC_STORE_REG_16 && mIns[i + 0].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i + 0].mCode = BC_NOP;;
mIns[i + 1].mCode = mIns[i + 2].mCode;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_32 &&
mIns[i + 1].mCode == BC_LOAD_REG_32 && mIns[i + 1].mRegister != mIns[i + 2].mRegister &&
mIns[i + 2].IsCommutative() && mIns[i].mRegister == mIns[i + 2].mRegister)
{
if (mIns[i + 2].mRegisterFinal)
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mRegister = mIns[i + 1].mRegister;
mIns[i + 2].mRegisterFinal = mIns[i + 1].mRegisterFinal;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_32 &&
mIns[i + 1].LoadsRegister(BC_REG_ACCU) &&
mIns[i + 2].IsCommutative() && mIns[i].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mRegister = mIns[i + 2].mRegister;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_16 &&
mIns[i + 1].mCode == BC_LOAD_REG_16 && mIns[i + 1].mRegister != mIns[i + 2].mRegister &&
mIns[i + 2].IsCommutative() && mIns[i].mRegister == mIns[i + 2].mRegister)
{
if (mIns[i + 2].mRegisterFinal)
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mRegister = mIns[i + 1].mRegister;
mIns[i + 2].mRegisterFinal = mIns[i + 1].mRegisterFinal;
progress = true;
}
else if (mIns[i + 0].mCode == BC_STORE_REG_32 &&
mIns[i + 2].mCode == BC_BINOP_CMP_F32 && mIns[i + 2].mRegister == mIns[i + 0].mRegister && mIns[i + 2].mRegisterFinal &&
mIns[i + 1].LoadsRegister(BC_REG_ACCU) && i + 3 == mIns.Size())
{
mIns[i + 1].mRegister = mIns[i + 0].mRegister;
mIns[i + 0].mCode = BC_NOP;
mBranch = TransposeBranchCondition(mBranch);
progress = true;
}
else if (mIns[i + 0].mCode == BC_LOAD_REG_16 &&
mIns[i + 1].mCode == BC_STORE_REG_16 &&
mIns[i + 2].mCode == BC_LOAD_REG_16 && mIns[i + 0].mRegister == mIns[i + 2].mRegister)
{
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_STORE_REG_8 &&
mIns[i + 2].mCode == BC_LOAD_REG_8 && mIns[i + 0].mRegister == mIns[i + 2].mRegister)
{
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (mIns[i + 0].mCode == BC_CONST_16 && mIns[i + 2].mCode == BC_CONST_16 &&
!mIns[i + 0].mRelocate && !mIns[i + 2].mRelocate &&
mIns[i + 0].mRegister == mIns[i + 2].mRegister && mIns[i + 0].mValue == mIns[i + 2].mValue &&
!mIns[i + 1].ChangesRegister(mIns[i + 0].mRegister))
{
if (mIns[i + 0].mRegister == BC_REG_ACCU)
mIns[i + 1].mLive |= LIVE_ACCU;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (mIns[i + 0].IsLocalStore() && mIns[i + 2].IsSame(mIns[i + 0]) && !mIns[i + 1].IsLocalAccess() && mIns[i + 1].mCode != BC_JSR)
{
mIns[i + 0].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_STORE_REG_16 &&
mIns[i + 1].mCode == BC_LOAD_LOCAL_16 && mIns[i + 1].mRegister == BC_REG_ACCU &&
mIns[i + 2].IsCommutative() && mIns[i].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mRegister = mIns[i + 0].mRegister;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_STORE_REG_8 &&
mIns[i + 2].mCode == BC_LOAD_REG_8 && mIns[i + 1].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_STORE_REG_8 &&
mIns[i + 1].mCode == BC_LOAD_REG_8 && mIns[i + 0].mRegister == mIns[i + 1].mRegister &&
mIns[i + 2].mCode == BC_STORE_REG_8)
{
if (mIns[i + 1].mRegisterFinal)
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_STORE_REG_16 &&
mIns[i + 1].mCode == BC_LOAD_REG_8 && mIns[i + 0].mRegister == mIns[i + 1].mRegister &&
mIns[i + 2].mCode == BC_STORE_REG_8)
{
if (mIns[i + 1].mRegisterFinal)
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#if 1
else if (
mIns[i + 0].mCode == BC_STORE_REG_16 &&
mIns[i + 1].LoadsRegister(BC_REG_ACCU) &&
mIns[i + 2].IsCommutative() && mIns[i].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mRegister = mIns[i + 0].mRegister;
progress = true;
}
#endif
#if 1
else if (
mIns[i + 0].mCode == BC_STORE_REG_16 &&
mIns[i + 1].mCode == BC_LOAD_REG_16 &&
mIns[i + 2].mCode == BC_BINOP_SUBR_16 && mIns[i].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i + 0].mCode = BC_OP_NEGATE_16;
mIns[i + 1].mCode = BC_BINOP_ADDR_16;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
#endif
else if (
mIns[i + 0].mCode == BC_LEA_ABS && mIns[i + 0].mRegister == BC_REG_ACCU &&
mIns[i + 1].mCode == BC_BINOP_ADDR_16 &&
mIns[i + 2].mCode == BC_ADDR_REG && mIns[i + 2].mRegister == BC_REG_ACCU && !(mIns[i + 2].mLive & LIVE_ACCU))
{
mIns[i + 0].mCode = BC_LEA_ABS_INDEX;
mIns[i + 0].mRegister = mIns[i + 1].mRegister;
mIns[i + 0].mRegisterFinal = mIns[i + 1].mRegisterFinal;
mIns[i + 0].mLive &= ~LIVE_ACCU;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_STORE_REG_16 &&
mIns[i + 2].mCode == BC_LEA_ABS_INDEX && mIns[i + 2].mRegister == mIns[i + 1].mRegister && !(mIns[i + 2].mLive & LIVE_ACCU) && mIns[i + 2].mRegisterFinal)
{
mIns[i + 2].mCode = BC_LEA_ABS_INDEX_U8;
mIns[i + 2].mRegister = mIns[i + 0].mRegister;
mIns[i + 2].mRegisterFinal = mIns[i + 0].mRegisterFinal;
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_STORE_REG_16 &&
(mIns[i + 1].mCode == BC_BINOP_MULI8_16 || mIns[i + 1].mCode == BC_BINOP_ADDI_16) && mIns[i + 1].mRegister == mIns[i + 0].mRegister &&
(mIns[i + 2].mCode == BC_STORE_ABS_16 || mIns[i + 2].mCode == BC_STORE_LOCAL_16 || mIns[i + 2].mCode == BC_STORE_FRAME_16 || mIns[i + 2].mCode == BC_STORE_ADDR_16) && mIns[i + 2].mRegister == mIns[i + 0].mRegister &&
mIns[i + 2].mRegisterFinal && !(mIns[i + 2].mLive & LIVE_ACCU))
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mRegister = BC_REG_ACCU;
mIns[i + 2].mRegister = BC_REG_ACCU;
mIns[i + 1].mLive |= LIVE_ACCU;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_STORE_REG_16 &&
mIns[i + 2].mCode == BC_BINOP_ANDI_16 && mIns[i + 2].mRegister == mIns[i + 1].mRegister && mIns[i + 2].mValue == 0x00ff)
{
mIns[i + 2].mCode = BC_STORE_REG_16;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 0].mLive |= LIVE_ACCU;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_STORE_REG_16 &&
mIns[i + 1].mCode == BC_BINOP_ADDI_16 && mIns[i + 0].mRegister == mIns[i + 1].mRegister &&
mIns[i + 2].mCode == BC_LOAD_REG_8 && mIns[i + 2].mRegister == mIns[i + 0].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i + 0].mCode = BC_LOAD_REG_8;
mIns[i + 0].mRegister = BC_REG_ACCU;
mIns[i + 0].mLive |= LIVE_ACCU;
mIns[i + 1].mCode = BC_BINOP_ADDI_8;
mIns[i + 1].mRegister = BC_REG_ACCU;
mIns[i + 1].mLive |= LIVE_ACCU;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_BINOP_SHRI_U16 &&
mIns[i + 2].mCode == BC_LOAD_REG_8 && mIns[i + 2].mRegister == BC_REG_ACCU)
{
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LEA_ABS &&
mIns[i + 1].mCode == BC_BINOP_ADDR_16 && mIns[i + 0].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal &&
mIns[i + 2].mCode == BC_ADDR_REG && mIns[i + 2].mRegister == BC_REG_ACCU && !(mIns[i + 2].mLive & LIVE_ACCU))
{
mIns[i + 0].mCode = BC_LEA_ABS_INDEX;
mIns[i + 0].mRegister = BC_REG_ACCU;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LEA_ABS && mIns[i + 0].mRegister == BC_REG_ACCU &&
mIns[i + 1].mCode == BC_BINOP_ADDA_16 &&
mIns[i + 2].mCode == BC_ADDR_REG && mIns[i + 1].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal && !(mIns[i + 2].mLive & LIVE_ACCU))
{
mIns[i + 0].mCode = BC_LEA_ABS_INDEX;
mIns[i + 0].mRegister = mIns[i + 2].mRegister;
mIns[i + 0].mRegisterFinal = true;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_REG_16 &&
mIns[i + 1].mCode == BC_BINOP_ADDR_16 &&
mIns[i + 2].mCode == BC_STORE_REG_16 && mIns[i + 0].mRegister == mIns[i + 2].mRegister && !(mIns[i + 2].mLive & LIVE_ACCU))
{
mIns[i + 0].mRegister = mIns[i + 1].mRegister;
mIns[i + 0].mRegisterFinal = mIns[i + 1].mRegisterFinal;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mCode = BC_BINOP_ADDA_16;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_REG_16 &&
mIns[i + 1].mCode == BC_BINOP_SHLI_16 && mIns[i + 1].mValue == 1 &&
mIns[i + 2].mCode == BC_STORE_REG_16 && mIns[i + 0].mRegister == mIns[i + 2].mRegister && !(mIns[i + 2].mLive & LIVE_ACCU))
{
mIns[i + 0].mRegisterFinal = false;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mCode = BC_BINOP_ADDA_16;
progress = true;
}
else if (
(mIns[i + 0].mCode == BC_LOAD_LOCAL_16 || mIns[i + 0].mCode == BC_LOAD_ABS_16 || mIns[i + 0].mCode == BC_LOAD_ADDR_16 ||
mIns[i + 0].mCode == BC_LOAD_LOCAL_U8 || mIns[i + 0].mCode == BC_LOAD_ABS_U8 || mIns[i + 0].mCode == BC_LOAD_ADDR_U8) &&
mIns[i + 1].mCode == BC_BINOP_ADDR_16 && mIns[i + 0].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal &&
mIns[i + 2].mCode == BC_STORE_REG_16 && !(mIns[i + 2].mLive & LIVE_ACCU))
{
mIns[i + 0].mRegister = mIns[i + 2].mRegister;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mCode = BC_BINOP_ADDA_16;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_STORE_REG_16 &&
mIns[i + 2].mCode == BC_LEA_ABS_INDEX && mIns[i + 0].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal &&
(mIns[i + 1].mCode == BC_BINOP_ADDI_16 || mIns[i + 1].mCode == BC_BINOP_ANDI_16 || mIns[i + 1].mCode == BC_BINOP_ORI_16 || mIns[i + 1].mCode == BC_BINOP_MULI8_16) &&
mIns[i + 1].mRegister == mIns[i + 0].mRegister && !(mIns[i + 2].mLive & LIVE_ACCU))
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mRegister = BC_REG_ACCU;
mIns[i + 2].mRegister = BC_REG_ACCU;
mIns[i + 1].mLive |= LIVE_ACCU;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LEA_ABS &&
mIns[i + 1].mCode == BC_BINOP_ADDA_16 && mIns[i + 0].mRegister == mIns[i + 1].mRegister &&
mIns[i + 2].mCode == BC_ADDR_REG && mIns[i + 0].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal)
{
mIns[i + 0].mCode = BC_LEA_ABS_INDEX;
mIns[i + 0].mRegister = BC_REG_ACCU;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mCode = BC_NOP;
progress = true;
}
#if 1
else if (
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_LEA_ABS &&
mIns[i + 2].mCode == BC_LEA_ACCU_INDEX && mIns[i + 1].mRegister == mIns[i + 2].mRegister && mIns[i + 2].mRegisterFinal && !(mIns[i + 2].mLive & LIVE_ACCU))
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_LEA_ABS_INDEX_U8;
mIns[i + 2].mCode = BC_NOP;
mIns[i + 1].mRegister = mIns[i + 0].mRegister;
progress = true;
}
#endif
else if (
mIns[i + 0].mCode == BC_BINOP_ADDI_8 && mIns[i + 0].mValue == 1 &&
mIns[i + 1].mCode == BC_LOAD_REG_8 && mIns[i + 1].mRegister == mIns[i + 0].mRegister &&
mIns[i + 2].mCode == BC_BINOP_CMPUI_8)
{
mIns[i + 2].mCode = BC_LOOP_U8;
mIns[i + 2].mRegister = mIns[i + 0].mRegister;
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#if 1
else if (
i + 3 == mIns.Size() && mFalseJump &&
mIns[i + 0].mCode == BC_STORE_REG_8 &&
mIns[i + 1].mCode == BC_LOAD_REG_8 &&
mIns[i + 2].mCode == BC_BINOP_CMPUR_8 && mIns[i + 0].mRegister == mIns[i + 2].mRegister && !(mExitLive & LIVE_ACCU) && mIns[i + 2].mRegisterFinal
)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mRegister = mIns[i + 1].mRegister;
mIns[i + 2].mRegisterFinal = mIns[i + 1].mRegisterFinal;
mBranch = TransposeBranchCondition(mBranch);
progress = true;
}
else if (
i + 3 == mIns.Size() && mFalseJump &&
mIns[i + 0].mCode == BC_STORE_REG_16 &&
mIns[i + 1].mCode == BC_LOAD_REG_16 &&
mIns[i + 2].mCode == BC_BINOP_CMPUR_16 && mIns[i + 0].mRegister == mIns[i + 2].mRegister && !(mExitLive & LIVE_ACCU) && mIns[i + 2].mRegisterFinal
)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_NOP;
mIns[i + 2].mRegister = mIns[i + 1].mRegister;
mIns[i + 2].mRegisterFinal = mIns[i + 1].mRegisterFinal;
mBranch = TransposeBranchCondition(mBranch);
progress = true;
}
#endif
}
#endif
#if 1
if (i + 1 < mIns.Size())
{
if (mIns[i].mCode == BC_STORE_REG_16 && mIns[i + 1].mCode == BC_LOAD_REG_16 && mIns[i].mRegister == mIns[i + 1].mRegister)
{
mIns[i + 1].mCode = BC_NOP;
if (mIns[i + 1].mRegisterFinal)
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_LOAD_REG_16 && mIns[i + 1].mCode == BC_STORE_REG_16 && mIns[i].mRegister == mIns[i + 1].mRegister)
{
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_32 && mIns[i + 1].mCode == BC_LOAD_REG_32 && mIns[i].mRegister == mIns[i + 1].mRegister)
{
mIns[i + 1].mCode = BC_NOP;
if (mIns[i + 1].mRegisterFinal)
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_LOAD_REG_32 && mIns[i + 1].mCode == BC_STORE_REG_32 && mIns[i].mRegister == mIns[i + 1].mRegister)
{
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_16 && mIns[i + 1].mCode == BC_ADDR_REG && mIns[i].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i].mCode = BC_ADDR_REG;
mIns[i].mRegister = BC_REG_ACCU;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (mIns[i + 0].mCode == BC_LOAD_REG_16 && mIns[i + 1].mCode == BC_ADDR_REG && mIns[i + 1].mRegister == BC_REG_ACCU && !(mIns[i + 1].mLive & LIVE_ACCU))
{
mIns[i + 0].mCode = BC_ADDR_REG;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (mIns[i + 1].mCode == BC_LOAD_REG_16 && mIns[i].LoadsRegister(mIns[i + 1].mRegister) && mIns[i + 1].mRegisterFinal)
{
mIns[i].mRegister = BC_REG_ACCU;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (mIns[i + 1].mCode == BC_LOAD_REG_32 && mIns[i].LoadsRegister(mIns[i + 1].mRegister) && mIns[i + 1].mRegisterFinal)
{
mIns[i].mRegister = BC_REG_ACCU;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_16 && mIns[i + 1].StoresRegister(mIns[i].mRegister) && mIns[i + 1].mRegisterFinal)
{
mIns[i + 1].mRegister = BC_REG_ACCU;
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_32 && mIns[i + 1].StoresRegister(mIns[i].mRegister) && mIns[i + 1].mRegisterFinal)
{
mIns[i + 1].mRegister = BC_REG_ACCU;
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i + 1].mCode == BC_LOAD_REG_32 && mIns[i].LoadsRegister(mIns[i + 1].mRegister) && mIns[i + 1].mRegisterFinal)
{
mIns[i].mRegister = BC_REG_ACCU;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_LOAD_LOCAL_16 && mIns[i + 1].mCode == BC_ADDR_REG && mIns[i].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i].mRegister = BC_REG_ADDR;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
(mIns[i + 0].mCode == BC_LEA_FRAME || mIns[i + 0].mCode == BC_LEA_LOCAL || mIns[i + 0].mCode == BC_LEA_ABS) &&
mIns[i + 1].mCode == BC_ADDR_REG && mIns[i + 0].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 0].mRegister = BC_REG_ADDR;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_BINOP_ADDI_16 && mIns[i + 1].mCode == BC_BINOP_ADDI_16 && mIns[i].mRegister == mIns[i + 1].mRegister)
{
mIns[i + 1].mValue += mIns[i].mValue;
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_BINOP_ADDI_16 && mIns[i].mValue == 0)
{
mIns[i].mCode = BC_NOP;
progress = true;
}
#if 1
else if (mIns[i].mCode == BC_STORE_REG_8 && mIns[i + 1].StoresRegister(mIns[i].mRegister) && mIns[i + 1].mRegisterFinal)
{
mIns[i + 1].mRegister = BC_REG_ACCU;
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_STORE_REG_8 && mIns[i + 1].mCode == BC_LOAD_REG_8 && mIns[i].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 1].mRegister = BC_REG_ACCU;
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_LOAD_REG_16 && mIns[i + 1].mCode == BC_LOAD_REG_8 && mIns[i + 1].mRegister == BC_REG_ACCU)
{
mIns[i].mCode = BC_LOAD_REG_8;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if ((mIns[i].mCode == BC_CONST_16 || mIns[i].mCode == BC_CONST_P8 || mIns[i].mCode == BC_CONST_N8) &&
(mIns[i + 1].mCode == BC_CONST_16 || mIns[i + 1].mCode == BC_CONST_P8 || mIns[i + 1].mCode == BC_CONST_N8 || mIns[i + 1].mCode == BC_CONST_32) && mIns[i].mRegister == mIns[i + 1].mRegister)
{
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_CONST_32 && mIns[i + 1].mCode == BC_CONST_32 && mIns[i].mRegister == mIns[i + 1].mRegister)
{
mIns[i].mCode = BC_NOP;
progress = true;
}
else if (mIns[i].mCode == BC_CONST_8 && mIns[i + 1].mCode == BC_CONST_8 && mIns[i].mRegister == mIns[i + 1].mRegister)
{
mIns[i].mCode = BC_NOP;
progress = true;
}
#endif
#if 1
else if (mIns[i + 1].mCode == BC_LOAD_REG_8 && mIns[i + 0].mCode == BC_LOAD_ADDR_8 && mIns[i + 1].mRegisterFinal && mIns[i + 0].mRegister == mIns[i + 1].mRegister)
{
mIns[i + 0].mCode = BC_LOAD_ADDR_U8;
mIns[i + 0].mRegister = BC_REG_ACCU;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (mIns[i + 1].mCode == BC_LOAD_REG_8 && mIns[i + 0].mCode == BC_LOAD_ABS_8 && mIns[i + 1].mRegisterFinal && mIns[i + 0].mRegister == mIns[i + 1].mRegister)
{
mIns[i + 0].mCode = BC_LOAD_ABS_U8;
mIns[i + 0].mRegister = BC_REG_ACCU;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_BINOP_ANDI_16 && mIns[i + 0].mValue == 0x00ff &&
mIns[i + 1].mCode == BC_LOAD_REG_16 && mIns[i + 1].mRegister == mIns[i + 0].mRegister)
{
mIns[i + 0].mCode = BC_LOAD_REG_8;
mIns[i + 0].mLive |= LIVE_ACCU;
if (!mIns[i + 1].mRegisterFinal)
mIns[i + 1].mCode = BC_STORE_REG_16;
else
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_LOAD_REG_8 && mIns[i + 1].mRegister == BC_REG_ACCU)
{
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_BINOP_SHRI_I16)
{
mIns[i + 1].mCode = BC_BINOP_SHRI_U16;
progress = true;
}
else if (
(mIns[i + 0].mCode == BC_STORE_REG_16 || mIns[i + 0].mCode == BC_STORE_REG_8) &&
mIns[i + 1].mCode == BC_LOAD_REG_8 && mIns[i + 1].mRegister == mIns[i + 0].mRegister)
{
mIns[i + 1].mRegister = BC_REG_ACCU;
if (mIns[i + 1].mRegisterFinal)
mIns[i + 0].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_STORE_REG_16 &&
(mIns[i + 1].mCode == BC_STORE_LOCAL_16 || mIns[i + 1].mCode == BC_STORE_ABS_16 || mIns[i + 1].mCode == BC_STORE_ADDR_16 || mIns[i + 1].mCode == BC_STORE_FRAME_16) &&
mIns[i + 1].mRegister == mIns[i + 0].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 1].mRegister = BC_REG_ACCU;
mIns[i + 0].mCode = BC_NOP;
progress = true;
}
if ((mIns[i].mCode == BC_LOAD_ABS_U8 || mIns[i].mCode == BC_LOAD_ADDR_U8 || mIns[i].mCode == BC_LOAD_ABS_16 || mIns[i].mCode == BC_LOAD_ADDR_16) && mIns[i].mRegister == BC_REG_ACCU &&
mIns[i + 1].mCode == BC_STORE_REG_16 && !(mIns[i + 1].mLive & LIVE_ACCU))
{
mIns[i].mRegister = mIns[i + 1].mRegister;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#endif
else if (
mIns[i + 1].mCode == BC_STORE_REG_8 && !(mIns[i + 1].mLive & LIVE_ACCU) && mIns[i + 1].mRegister != BC_REG_ADDR &&
(mIns[i + 0].mCode == BC_LOAD_ADDR_8 || mIns[i + 0].mCode == BC_LOAD_ADDR_U8 || mIns[i + 0].mCode == BC_LOAD_ADDR_16 || mIns[i + 0].mCode == BC_LOAD_ADDR_32) &&
mIns[i + 0].mRegister == BC_REG_ACCU)
{
mIns[i + 0].mCode = BC_LOAD_ADDR_8;
mIns[i + 0].mRegister = mIns[i + 1].mRegister;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 1].mCode == BC_STORE_REG_8 && !(mIns[i + 1].mLive & LIVE_ACCU) && mIns[i + 1].mRegister != BC_REG_ADDR &&
(mIns[i + 0].mCode == BC_LOAD_ABS_8 || mIns[i + 0].mCode == BC_LOAD_ABS_U8 || mIns[i + 0].mCode == BC_LOAD_ABS_16 || mIns[i + 0].mCode == BC_LOAD_ABS_32) &&
mIns[i + 0].mRegister == BC_REG_ACCU)
{
mIns[i + 0].mCode = BC_LOAD_ABS_8;
mIns[i + 0].mRegister = mIns[i + 1].mRegister;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 1].mCode == BC_STORE_REG_8 && !(mIns[i + 1].mLive & LIVE_ACCU) && mIns[i + 1].mRegister != BC_REG_ADDR &&
(mIns[i + 0].mCode == BC_LOAD_LOCAL_8 || mIns[i + 0].mCode == BC_LOAD_LOCAL_U8 || mIns[i + 0].mCode == BC_LOAD_LOCAL_16 || mIns[i + 0].mCode == BC_LOAD_LOCAL_32) &&
mIns[i + 0].mRegister == BC_REG_ACCU)
{
mIns[i + 0].mCode = BC_LOAD_LOCAL_8;
mIns[i + 0].mRegister = mIns[i + 1].mRegister;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_REG_8 && !(mIns[i + 1].mLive & LIVE_ACCU) &&
(mIns[i + 1].mCode == BC_STORE_ABS_8 || mIns[i + 1].mCode == BC_STORE_LOCAL_8 || mIns[i + 1].mCode == BC_STORE_ADDR_8 || mIns[i + 1].mCode == BC_STORE_FRAME_8) &&
mIns[i + 1].mRegister == BC_REG_ACCU)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mRegister = mIns[i + 0].mRegister;
mIns[i + 1].mRegisterFinal = mIns[i + 0].mRegisterFinal;
progress = true;
}
#if 1
else if (
mIns[i + 0].mCode == BC_CONST_16 && mIns[i + 0].mRegister == BC_REG_ACCU &&
mIns[i + 1].mCode == BC_STORE_REG_8 && !(mIns[i + 1].mLive & LIVE_ACCU))
{
mIns[i + 0].mCode = BC_CONST_8;
mIns[i + 0].mRegister = mIns[i + 1].mRegister;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#endif
else if (
mIns[i + 0].mCode == BC_CONST_16 && mIns[i + 0].mRegister == BC_REG_ACCU &&
mIns[i + 1].mCode == BC_STORE_REG_16 && !(mIns[i + 1].mLive & LIVE_ACCU))
{
mIns[i + 0].mRegister = mIns[i + 1].mRegister;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
(mIns[i + 0].mCode == BC_LEA_LOCAL || mIns[i + 0].mCode == BC_LEA_ABS || mIns[i + 0].mCode == BC_LEA_FRAME) && mIns[i + 0].mRegister == BC_REG_ACCU &&
mIns[i + 1].mCode == BC_STORE_REG_16 && !(mIns[i + 1].mLive & LIVE_ACCU))
{
mIns[i + 0].mRegister = mIns[i + 1].mRegister;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#if 1
else if (
mIns[i + 0].mCode == BC_BINOP_ADDR_16 &&
mIns[i + 1].mCode == BC_ADDR_REG && mIns[i + 1].mRegister == BC_REG_ACCU && !(mIns[i + 1].mLive & LIVE_ACCU))
{
mIns[i + 0].mCode = BC_LEA_ACCU_INDEX;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#endif
#if 1
else if (
mIns[i + 0].mCode == BC_BINOP_ADDA_16 &&
mIns[i + 1].mCode == BC_ADDR_REG && mIns[i + 1].mRegister == mIns[i + 0].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_LEA_ACCU_INDEX;
progress = true;
}
#endif
else if (
mIns[i + 0].mCode == BC_LOAD_LOCAL_8 &&
mIns[i + 1].mCode == BC_LOAD_REG_8 && mIns[i + 1].mRegister == mIns[i + 0].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 0].mCode = BC_LOAD_LOCAL_U8;
mIns[i + 0].mRegister = BC_REG_ACCU;
mIns[i + 0].mLive |= LIVE_ACCU;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LOAD_LOCAL_U8 && mIns[i + 0].mRegister == BC_REG_ACCU &&
mIns[i + 1].mCode == BC_STORE_REG_16 && !(mIns[i + 1].mLive & LIVE_ACCU))
{
mIns[i + 0].mRegister = mIns[i + 1].mRegister;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#if 1
else if (
mIns[i + 0].mCode == BC_BINOP_ADDR_16 &&
mIns[i + 1].mCode == BC_STORE_REG_16 && mIns[i + 0].mRegister == mIns[i + 1].mRegister && !(mIns[i + 1].mLive & LIVE_ACCU))
{
mIns[i + 1].mCode = BC_BINOP_ADDA_16;
mIns[i + 0].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_BINOP_ADDA_16 &&
mIns[i + 1].mCode == BC_LOAD_REG_16 && mIns[i + 0].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 1].mCode = BC_BINOP_ADDR_16;
mIns[i + 0].mCode = BC_NOP;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_BINOP_ADDA_16 &&
mIns[i + 1].mCode == BC_ADDR_REG && mIns[i + 0].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 1].mCode = BC_LEA_ACCU_INDEX;
mIns[i + 0].mCode = BC_NOP;
progress = true;
}
#endif
#if 1
else if (
mIns[i + 0].mCode == BC_LOAD_ABS_16 &&
mIns[i + 1].mCode == BC_ADDR_REG && mIns[i + 0].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 0].mCode = BC_LOAD_ABS_ADDR;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#endif
else if (
(mIns[i + 0].mCode == BC_LOAD_ADDR_U8 || mIns[i + 0].mCode == BC_LOAD_ABS_U8 || mIns[i + 0].mCode == BC_LOAD_LOCAL_U8) &&
mIns[i + 1].mCode == BC_BINOP_ANDI_16 && mIns[i + 0].mRegister == mIns[i + 1].mRegister)
{
// upper byte is already zero
mIns[i + 1].mCode = BC_BINOP_ANDI_8;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_BINOP_ORI_16 &&
mIns[i + 1].mCode == BC_STORE_ADDR_8 && mIns[i + 0].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 0].mCode = BC_BINOP_ORI_8;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_BINOP_ANDI_16 &&
mIns[i + 1].mCode == BC_STORE_ADDR_8 && mIns[i + 0].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 0].mCode = BC_BINOP_ANDI_8;
progress = true;
}
else if (
mIns[i + 0].mCode == BC_LEA_ABS &&
mIns[i + 1].mCode == BC_LEA_ACCU_INDEX && mIns[i + 0].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i + 0].mCode = BC_LEA_ABS_INDEX;
mIns[i + 0].mRegister = BC_REG_ACCU;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#if 1
else if (
mIns[i + 0].mCode == BC_LEA_ABS && mIns[i + 0].mRegister == BC_REG_ACCU &&
mIns[i + 1].mCode == BC_LEA_ACCU_INDEX && !(mIns[i + 1].mLive & LIVE_ACCU))
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mCode = BC_LEA_ABS_INDEX;
mIns[i + 1].mLinkerObject = mIns[i + 0].mLinkerObject;
mIns[i + 1].mValue = mIns[i + 0].mValue;
mIns[i + 1].mRelocate = mIns[i + 0].mRelocate;
progress = true;
}
#endif
#if 1
else if (
i + 2 == mIns.Size() && mFalseJump &&
mIns[i + 0].mCode == BC_LOAD_REG_8 &&
mIns[i + 1].mCode == BC_BINOP_CMPUR_8 && accuTempByte == mIns[i + 1].mRegister && !(mExitLive & LIVE_ACCU)
)
{
mIns[i + 0].mCode = BC_NOP;
mIns[i + 1].mRegister = mIns[i + 0].mRegister;
mBranch = TransposeBranchCondition(mBranch);
progress = true;
}
#endif
#if 0
else if ((mIns[i].mCode == BC_LOAD_LOCAL_16 || mIns[i].mCode == BC_LOAD_ABS_16) && mIns[i + 1].mCode == BC_ADDR_REG && mIns[i].mRegister == mIns[i + 1].mRegister && mIns[i + 1].mRegisterFinal)
{
mIns[i].mRegister = BC_REG_ADDR;
mIns[i + 1].mCode = BC_NOP;
progress = true;
}
#endif
}
if (mIns[i].mCode == BC_BINOP_ORI_16 && !(mIns[i].mValue & 0xff00))
{
mIns[i].mCode = BC_BINOP_ORI_8;
progress = true;
}
if (mIns[i].mCode == BC_BINOP_ANDI_16 && (mIns[i].mValue & 0xff00) == 0xff00)
{
mIns[i].mCode = BC_BINOP_ANDI_8;
progress = true;
}
if (mIns[i].mCode == BC_BINOP_ANDI_16 && mIns[i].mRegister == BC_REG_ACCU && mIns[i].mValue == 0x00ff)
{
mIns[i].mCode = BC_LOAD_REG_8;
progress = true;
}
#endif
#if 1
if ((mIns[i].mCode == BC_LOAD_REG_16 || mIns[i].mCode == BC_STORE_REG_16 || mIns[i].mCode == BC_LOAD_REG_32 || mIns[i].mCode == BC_STORE_REG_32) && accuTemp == mIns[i].mRegister)
{
mIns[i].mCode = BC_NOP;
progress = true;
}
else if ((mIns[i].mCode == BC_LOAD_REG_8 || mIns[i].mCode == BC_STORE_REG_8) && accuTempByte == mIns[i].mRegister)
{
mIns[i].mCode = BC_NOP;
progress = true;
}
#endif
if (mIns[i].mCode == BC_ADDR_REG && mIns[i].mRegister == addrTemp)
{
if (mIns[i].mRegisterFinal)
{
int j = i;
while (j > 0 && !mIns[j - 1].UsesRegister(mIns[i].mRegister) && !mIns[j - 1].ChangesRegister(mIns[i].mRegister))
j--;
if (j > 0 && mIns[j - 1].UsesRegister(mIns[i].mRegister))
mIns[j - 1].mRegisterFinal = true;
}
mIns[i].mCode = BC_NOP;
progress = true;
}
if (accuConst && !mIns[i].mRelocate && mIns[i].mRegister == BC_REG_ACCU)
{
switch (mIns[i].mCode)
{
case BC_CONST_16:
if ((mIns[i].mValue & 0xffff) == (accuVal & 0xffff))
{
mIns[i].mCode = BC_NOP;
progress = true;
}
break;
case BC_CONST_32:
if (mIns[i].mValue == accuVal && accuLong)
{
mIns[i].mCode = BC_NOP;
progress = true;
}
break;
case BC_CONST_8:
if ((mIns[i].mValue & 0xff) == (accuVal & 0xffff))
{
mIns[i].mCode = BC_NOP;
progress = true;
}
break;
}
}
if (mIns[i].ChangesAccu())
{
accuTemp = -1;
accuTempByte = -1;
accuConst = false;
accuLong = false;
}
if (mIns[i].ChangesAddr())
addrTemp = -1;
if (accuTemp != -1 && mIns[i].ChangesRegister(accuTemp))
accuTemp = -1;
if (accuTempByte != -1 && mIns[i].ChangesRegister(accuTempByte))
accuTempByte = -1;
if (addrTemp != -1 && mIns[i].ChangesRegister(addrTemp))
addrTemp = -1;
if (mIns[i].mCode == BC_LOAD_REG_16 || mIns[i].mCode == BC_STORE_REG_16 || mIns[i].mCode == BC_LOAD_REG_32 || mIns[i].mCode == BC_STORE_REG_32)
accuTemp = mIns[i].mRegister;
else if (mIns[i].mCode == BC_LOAD_REG_8)
accuTempByte = mIns[i].mRegister;
else if (mIns[i].mCode == BC_ADDR_REG && mIns[i].mRegister != BC_REG_ACCU)
addrTemp = mIns[i].mRegister;
if (mIns[i].mRegister == BC_REG_ACCU && !mIns[i].mRelocate)
{
switch (mIns[i].mCode)
{
case BC_CONST_16:
accuVal = mIns[i].mValue & 0xffff;
accuConst = true;
break;
case BC_CONST_32:
accuVal = mIns[i].mValue;
accuConst = true;
accuLong = true;
break;
case BC_CONST_8:
accuVal = mIns[i].mValue & 0xff;
accuConst = true;
break;
}
}
}
if (phase >= 2)
{
for (int i = mIns.Size() - 1; i >= 0; i--)
{
if (mIns[i].CheckAccuSize(aused))
progress = true;
}
}
if (progress)
changed = true;
} while (progress);
if (mTrueJump && mTrueJump->PeepHoleOptimizer(phase))
changed = true;
if (mFalseJump && mFalseJump->PeepHoleOptimizer(phase))
changed = true;
}
return changed;
}
void ByteCodeBasicBlock::Assemble(ByteCodeGenerator* generator)
{
if (!mAssembled)
{
mAssembled = true;
int nins = 0;
for (int i = 0; i < mIns.Size(); i++)
{
mIns[i].Assemble(generator, this);
if (mCode.Size() > nins + 240)
{
PutCode(generator, BC_NOP);
nins = mCode.Size();
}
}
mLinear = mCode.Size() - nins + 3;
if (this->mTrueJump)
this->mTrueJump->Assemble(generator);
if (this->mFalseJump)
this->mFalseJump->Assemble(generator);
}
}
void ByteCodeBasicBlock::Close(ByteCodeBasicBlock* trueJump, ByteCodeBasicBlock* falseJump, ByteCode branch)
{
if (branch == BC_NOP)
{
this->mTrueJump = this->mTrueLink = falseJump;
this->mFalseJump = this->mFalseLink = nullptr;
this->mBranch = BC_JUMPS;
}
else if (branch == BC_JUMPS)
{
this->mTrueJump = this->mTrueLink = trueJump;
this->mFalseJump = this->mFalseLink = nullptr;
this->mBranch = BC_JUMPS;
}
else
{
this->mTrueJump = this->mTrueLink = trueJump;
this->mFalseJump = this->mFalseLink = falseJump;
this->mBranch = branch;
}
}
static int BranchByteSize(int from, int to)
{
if (to - from >= -126 && to - from <= 129)
return 2;
else
return 3;
}
static int JumpByteSize(int from, int to)
{
if (to - from >= -126 && to - from <= 129)
return 2;
else
return 3;
}
ByteCodeBasicBlock* ByteCodeBasicBlock::BypassEmptyBlocks(void)
{
if (mBypassed)
return this;
else if (!mFalseJump && mCode.Size() == 0 && this != mTrueJump)
return mTrueJump->BypassEmptyBlocks();
else
{
mBypassed = true;
if (mFalseJump)
mFalseJump = mFalseJump->BypassEmptyBlocks();
if (mTrueJump)
mTrueJump = mTrueJump->BypassEmptyBlocks();
return this;
}
}
void ByteCodeBasicBlock::CopyCode(ByteCodeGenerator* generator, LinkerObject* linkerObject, uint8 * target)
{
int i;
int next, end;
for (int i = 0; i < mRelocations.Size(); i++)
{
LinkerReference rl = mRelocations[i];
rl.mObject = linkerObject;
rl.mOffset += mOffset;
linkerObject->AddReference(rl);
}
end = mOffset + mCode.Size();
next = mOffset + mSize;
if (mFalseJump)
{
if (mFalseJump->mPlace == mPlace + 1)
end += PutBranch(generator, mBranch, mTrueJump->mOffset - end);
else if (mTrueJump->mPlace == mPlace + 1)
end += PutBranch(generator, InvertBranchCondition(mBranch), mFalseJump->mOffset - end);
else
{
end += PutBranch(generator, mBranch, mTrueJump->mOffset - end);
end += PutBranch(generator, BC_JUMPS, mFalseJump->mOffset - end);
}
}
else if (mTrueJump)
{
if (mTrueJump->mPlace != mPlace + 1)
end += PutBranch(generator, mBranch, mTrueJump->mOffset - end);
}
assert(end == next);
for (i = 0; i < mCode.Size(); i++)
mCode.Lookup(i, target[i + mOffset]);
}
void ByteCodeBasicBlock::BuildPlacement(GrowingArray<ByteCodeBasicBlock*>& placement)
{
if (!mPlaced)
{
mPlaced = true;
mPlace = placement.Size();
placement.Push(this);
if (mFalseJump)
{
if (mFalseJump->mPlaced)
mTrueJump->BuildPlacement(placement);
else if (mTrueJump->mPlaced)
mFalseJump->BuildPlacement(placement);
else if (mTrueJump == mFalseJump)
mTrueJump->BuildPlacement(placement);
else if (!mTrueJump->mFalseJump && !mFalseJump->mFalseJump && mTrueJump->mTrueJump == mFalseJump->mTrueJump)
{
mFalseJump->mPlaced = true;
mFalseJump->mPlace = placement.Size();
placement.Push(mFalseJump);
mTrueJump->BuildPlacement(placement);
}
else if (mTrueJump->mFalseJump == mFalseJump || mTrueJump->mTrueJump == mFalseJump)
{
mTrueJump->BuildPlacement(placement);
mFalseJump->BuildPlacement(placement);
}
else if (mFalseJump->mFalseJump == mTrueJump || mFalseJump->mTrueJump == mTrueJump)
{
mFalseJump->BuildPlacement(placement);
mTrueJump->BuildPlacement(placement);
}
else if (
!mTrueJump->mFalseJump && mTrueJump->mTrueJump && mTrueJump->mTrueJump->mPlaced && mTrueJump->mCode.Size() < 120 ||
mTrueJump->mFalseJump && mTrueJump->mTrueJump && mTrueJump->mFalseJump->mPlaced && mTrueJump->mTrueJump->mPlaced && mTrueJump->mCode.Size() < 120)
{
mTrueJump->BuildPlacement(placement);
mFalseJump->BuildPlacement(placement);
}
else if (mFalseJump->mCode.Size() < mTrueJump->mCode.Size())
{
mFalseJump->BuildPlacement(placement);
mTrueJump->BuildPlacement(placement);
}
else
{
mTrueJump->BuildPlacement(placement);
mFalseJump->BuildPlacement(placement);
}
}
else if (mTrueJump)
{
mTrueJump->BuildPlacement(placement);
}
}
}
void ByteCodeBasicBlock::InitialOffset(int& total, int& linear)
{
int size = mCode.Size();
if (size > 240)
size = 240;
mNeedsNop = linear + size > 240;
if (mNeedsNop)
{
total++;
linear = 0;
}
linear += mLinear;
mOffset = total;
total += mCode.Size();
if (mFalseJump)
{
total += 3;
if (mFalseJump->mPlace != mPlace + 1 && mTrueJump->mPlace != mPlace + 1)
{
total += 3;
linear = 0;
}
}
else if (mTrueJump)
{
if (mTrueJump->mPlace != mPlace + 1)
{
total += 3;
linear = 0;
}
}
mSize = total - mOffset;
}
bool ByteCodeBasicBlock::CalculateOffset(int& total)
{
if (mNeedsNop)
total++;
bool changed = total != mOffset;
mOffset = total;
total += mCode.Size();
if (mFalseJump)
{
if (mFalseJump->mPlace == mPlace + 1)
total += BranchByteSize(total, mTrueJump->mOffset);
else if (mTrueJump->mPlace == mPlace + 1)
total += BranchByteSize(total, mFalseJump->mOffset);
else
{
total += BranchByteSize(total, mTrueJump->mOffset);
total += JumpByteSize(total, mFalseJump->mOffset);
}
}
else if (mTrueJump)
{
if (mTrueJump->mPlace != mPlace + 1)
total += BranchByteSize(total, mTrueJump->mOffset);
}
if (mOffset + mSize != total)
changed = true;
mSize = total - mOffset;
return changed;
}
#if 0
int next;
if (mOffset > total)
{
mNeedsNop = false;
linear += mSize + 3;
mOffset = total;
next = total + mCode.Size();
if (mFalseJump)
{
if (mFalseJump->mOffset <= total)
{
// falseJump has been placed
if (mTrueJump->mOffset <= total)
{
// trueJump and falseJump have been placed, not much to do
next = next + BranchByteSize(next, mTrueJump->mOffset);
total = next + JumpByteSize(next, mFalseJump->mOffset);
mSize = total - mOffset;
}
else
{
// trueJump has not been placed, but falseJump has
total = next + BranchByteSize(next, mFalseJump->mOffset);
if (linear + mTrueJump->mCode.Size() > 240)
{
mNeedsNop = true;
total++;
}
mSize = total - mOffset;
mTrueJump->CalculateOffset(total);
}
}
else if (mTrueJump->mOffset <= total)
{
// falseJump has not been placed, but trueJump has
total = next + BranchByteSize(next, mTrueJump->mOffset);
if (linear + mFalseJump->mCode.Size() > 240)
{
mNeedsNop = true;
total++;
}
mSize = total - mOffset;
mFalseJump->CalculateOffset(total);
}
else if (mKnownShortBranch)
{
// neither falseJump nor trueJump have been placed,
// but we know from previous iteration that we can do
// a short branch
total = next + 2;
if (linear + mFalseJump->mCode.Size() > 240)
{
mNeedsNop = true;
total++;
}
mSize = total - mOffset;
mFalseJump->CalculateOffset(total);
if (mTrueJump->mOffset > total)
{
// trueJump was not placed in the process, so lets place it now
mTrueJump->CalculateOffset(total);
}
}
#if 1
else if (!mTrueJump->mFalseJump && !mFalseJump->mFalseJump && mTrueJump->mTrueJump == mFalseJump->mTrueJump &&
mTrueJump->mCode.Size() < 120 && mFalseJump->mCode.Size() < 120 && mTrueJump->mTrueJump->mOffset > mOffset)
{
// Small diamond so place true then false directly behind each other
// with short branches
total = next + 2;
if (linear + mFalseJump->mCode.Size() > 240)
{
mNeedsNop = true;
total++;
}
mSize = total - mOffset;
mFalseJump->mOffset = next + 2;
mFalseJump->mSize = mFalseJump->mCode.Size() + 2;
total = mFalseJump->mOffset + mFalseJump->mSize;
mTrueJump->CalculateOffset(total);
}
#endif
else
{
// neither falseJump nor trueJump have been placed
//
if (mTrueJump->mFalseJump == mFalseJump || mTrueJump->mTrueJump == mFalseJump)
{
ByteCodeBasicBlock* block = mFalseJump;
mFalseJump = mTrueJump;
mTrueJump = block;
mBranch = InvertBranchCondition(mBranch);
}
// this may lead to some undo operation...
// first assume a full size branch:
total = next + 3;
mSize = total - mOffset;
mFalseJump->CalculateOffset(total);
if (mTrueJump->mOffset > total)
{
// trueJump was not placed in the process, so lets place it now
mTrueJump->CalculateOffset(total);
}
if (BranchByteSize(next, mTrueJump->mOffset) < 3)
{
// oh, we can replace by a short branch
mKnownShortBranch = true;
total = next + 2;
mSize = total - mOffset;
mFalseJump->CalculateOffset(total);
if (mTrueJump->mOffset > total)
{
// trueJump was not placed in the process, so lets place it now
mTrueJump->CalculateOffset(total);
}
}
}
}
else if (mTrueJump)
{
if (mTrueJump->mOffset <= total)
{
// trueJump has been placed, so append the branch size
total = next + JumpByteSize(next, mTrueJump->mOffset);
mSize = total - mOffset;
}
else
{
// we have to place trueJump, so just put it right behind us
total = next;
mSize = total - mOffset;
mTrueJump->CalculateOffset(total);
}
}
else
{
// no exit from block
total += mCode.Size();
mSize = total - mOffset;
}
}
}
#endif
ByteCodeProcedure::ByteCodeProcedure(void)
: mBlocks(nullptr)
{
}
ByteCodeProcedure::~ByteCodeProcedure(void)
{
}
void ByteCodeProcedure::Compile(ByteCodeGenerator* generator, InterCodeProcedure* proc)
{
mID = proc->mID;
mNumBlocks = proc->mBlocks.Size();
tblocks = new ByteCodeBasicBlock * [mNumBlocks];
for (int i = 0; i < mNumBlocks; i++)
tblocks[i] = nullptr;
int tempSave = proc->mTempSize > 16 ? proc->mTempSize - 16 : 0;
entryBlock = new ByteCodeBasicBlock();
mBlocks.Push(entryBlock);
entryBlock->PutCode(generator, BC_ENTER); entryBlock->PutWord(proc->mLocalSize + 2 + tempSave); entryBlock->PutByte(tempSave);
if (!proc->mLeafProcedure)
{
entryBlock->PutCode(generator, BC_PUSH_FRAME);
entryBlock->PutWord(uint16(proc->mCommonFrameSize + 2));
}
tblocks[0] = entryBlock;
exitBlock = new ByteCodeBasicBlock();
mBlocks.Push(exitBlock);
entryBlock->Compile(proc, this, proc->mBlocks[0]);
bool progress = false;
entryBlock->mLocked = true;
exitBlock->mLocked = true;
#if 1
int phase = 0;
do {
progress = false;
ResetVisited();
progress = entryBlock->PeepHoleOptimizer(phase);
ResetVisited();
entryBlock->CountEntries(nullptr);
ResetVisited();
entryBlock->MergeBasicBlocks();
ResetVisited();
for (int i = 0; i < mBlocks.Size(); i++)
mBlocks[i]->mEntryBlocks.SetSize(0);
entryBlock->CollectEntryBlocks(nullptr);
ResetVisited();
if (entryBlock->JoinTailCodeSequences())
progress = true;
if (!progress && phase < 4)
{
phase++;
progress = true;
}
} while (progress);
#if 1
ResetVisited();
entryBlock->PropagateAccuCrossBorder(-1, -1);
#endif
#endif
entryBlock->Assemble(generator);
if (!proc->mLeafProcedure)
{
exitBlock->PutCode(generator, BC_POP_FRAME);
exitBlock->PutWord(uint16(proc->mCommonFrameSize + 2));
}
exitBlock->PutCode(generator, BC_RETURN); exitBlock->PutByte(tempSave); exitBlock->PutWord(proc->mLocalSize + 2 + tempSave);
ByteCodeBasicBlock* lentryBlock = entryBlock->BypassEmptyBlocks();
GrowingArray<ByteCodeBasicBlock*> placement(nullptr);
int total, linear;
total = 0;
linear = 0;
lentryBlock->BuildPlacement(placement);
for (int i = 0; i < placement.Size(); i++)
placement[i]->InitialOffset(total, linear);
do {
progress = false;
total = 0;
for (int i = 0; i < placement.Size(); i++)
if (placement[i]->CalculateOffset(total))
progress = true;
} while (progress);
uint8* data = proc->mLinkerObject->AddSpace(total);
for (int i = 0; i < placement.Size(); i++)
placement[i]->CopyCode(generator, proc->mLinkerObject, data);
mProgSize = total;
}
ByteCodeBasicBlock* ByteCodeProcedure::CompileBlock(InterCodeProcedure* iproc, InterCodeBasicBlock* sblock)
{
if (tblocks[sblock->mIndex])
return tblocks[sblock->mIndex];
ByteCodeBasicBlock * block = new ByteCodeBasicBlock();
mBlocks.Push(block);
tblocks[sblock->mIndex] = block;
block->Compile(iproc, this, sblock);
return block;
}
void ByteCodeProcedure::ResetVisited(void)
{
for (int i = 0; i < mBlocks.Size(); i++)
{
mBlocks[i]->mVisited = false;
}
}
ByteCodeGenerator::ByteCodeGenerator(Errors* errors, Linker* linker)
: mErrors(errors), mLinker(linker)
{
for (int i = 0; i < 128; i++)
{
mByteCodeUsed[i] = 0;
mExtByteCodes[i] = nullptr;
}
mByteCodeUsed[BC_CALL_ABS] = 1;
mByteCodeUsed[BC_EXIT] = 1;
mByteCodeUsed[BC_NATIVE] = 1;
mByteCodeUsed[BC_NOP] = 1;
assert(sizeof(ByteCodeNames) == 128 * sizeof(char*));
}
ByteCodeGenerator::~ByteCodeGenerator(void)
{
}
bool ByteCodeGenerator::WriteByteCodeStats(const char* filename)
{
FILE* file;
fopen_s(&file, filename, "w");
if (file)
{
for (int i = 0; i < 128; i++)
{
if (mByteCodeUsed[i] > 0)
fprintf(file, "BC %s : %d\n", ByteCodeNames[i], mByteCodeUsed[i]);
}
fclose(file);
return true;
}
return false;
}
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