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Fixed Abs for XMMs with REX, fixed modulo of 1.0

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This commit is contained in:
Brian Fiete 2020-08-09 07:17:07 -07:00
parent 83f6272f9a
commit 36b56563a2
1 changed files with 6 additions and 3 deletions
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9
IDEHelper/Backend/BeMCContext.cpp
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@ -14453,6 +14453,7 @@ void BeMCContext::DoCodeEmission()
if (modInst.mArg1.IsImmediateFloat()) if (modInst.mArg1.IsImmediateFloat())
{ //ANDPS { //ANDPS
bool is64Bit = (modInst.mArg1.mKind == BeMCOperandKind_Immediate_f64_Packed128); bool is64Bit = (modInst.mArg1.mKind == BeMCOperandKind_Immediate_f64_Packed128);
EmitREX(inst->mArg0, inst->mArg1, is64Bit);
Emit(0x0F); Emit(0x54); Emit(0x0F); Emit(0x54);
EmitModRM(inst->mArg0, inst->mArg1); EmitModRM(inst->mArg0, inst->mArg1);
break; break;
@ -15560,7 +15561,7 @@ void BeMCContext::Generate(BeFunction* function)
mDbgPreferredRegs[32] = X64Reg_R8;*/ mDbgPreferredRegs[32] = X64Reg_R8;*/
//mDbgPreferredRegs[8] = X64Reg_RAX; //mDbgPreferredRegs[8] = X64Reg_RAX;
mDebugging = (function->mName == "?Main@Program@Mintest2@bf@@SAXXZ"); //mDebugging = (function->mName == "?FromHSL@TestProgram@BeefTest@bf@@SAXMMM@Z");
// || (function->mName == "?__BfStaticCtor@roboto_font@Drawing@ClassicUO_assistant@bf@@SAXXZ") // || (function->mName == "?__BfStaticCtor@roboto_font@Drawing@ClassicUO_assistant@bf@@SAXXZ")
// || (function->mName == "?Hey@Blurg@bf@@SAXXZ") // || (function->mName == "?Hey@Blurg@bf@@SAXXZ")
// ; // ;
@ -15994,6 +15995,8 @@ void BeMCContext::Generate(BeFunction* function)
} }
} }
auto type = GetType(mcLHS);
switch (castedInst->mOpKind) switch (castedInst->mOpKind)
{ {
case BeBinaryOpKind_Add: result = AllocBinaryOp(BeMCInstKind_Add, mcLHS, mcRHS, BeMCBinIdentityKind_Any_IsZero); break; case BeBinaryOpKind_Add: result = AllocBinaryOp(BeMCInstKind_Add, mcLHS, mcRHS, BeMCBinIdentityKind_Any_IsZero); break;
@ -16001,8 +16004,8 @@ void BeMCContext::Generate(BeFunction* function)
case BeBinaryOpKind_Multiply: result = AllocBinaryOp(BeMCInstKind_IMul, mcLHS, mcRHS, BeMCBinIdentityKind_Any_IsOne); break; case BeBinaryOpKind_Multiply: result = AllocBinaryOp(BeMCInstKind_IMul, mcLHS, mcRHS, BeMCBinIdentityKind_Any_IsOne); break;
case BeBinaryOpKind_SDivide: result = AllocBinaryOp(BeMCInstKind_IDiv, mcLHS, mcRHS, BeMCBinIdentityKind_Right_IsOne); break; case BeBinaryOpKind_SDivide: result = AllocBinaryOp(BeMCInstKind_IDiv, mcLHS, mcRHS, BeMCBinIdentityKind_Right_IsOne); break;
case BeBinaryOpKind_UDivide: result = AllocBinaryOp(BeMCInstKind_Div, mcLHS, mcRHS, BeMCBinIdentityKind_Right_IsOne); break; case BeBinaryOpKind_UDivide: result = AllocBinaryOp(BeMCInstKind_Div, mcLHS, mcRHS, BeMCBinIdentityKind_Right_IsOne); break;
case BeBinaryOpKind_SModulus: result = AllocBinaryOp(BeMCInstKind_IRem, mcLHS, mcRHS, BeMCBinIdentityKind_Right_IsOne_Result_Zero); break; case BeBinaryOpKind_SModulus: result = AllocBinaryOp(BeMCInstKind_IRem, mcLHS, mcRHS, type->IsFloat() ? BeMCBinIdentityKind_None : BeMCBinIdentityKind_Right_IsOne_Result_Zero); break;
case BeBinaryOpKind_UModulus: result = AllocBinaryOp(BeMCInstKind_Rem, mcLHS, mcRHS, BeMCBinIdentityKind_Right_IsOne_Result_Zero); break; case BeBinaryOpKind_UModulus: result = AllocBinaryOp(BeMCInstKind_Rem, mcLHS, mcRHS, type->IsFloat() ? BeMCBinIdentityKind_None : BeMCBinIdentityKind_Right_IsOne_Result_Zero); break;
case BeBinaryOpKind_BitwiseAnd: result = AllocBinaryOp(BeMCInstKind_And, mcLHS, mcRHS, BeMCBinIdentityKind_None); break; case BeBinaryOpKind_BitwiseAnd: result = AllocBinaryOp(BeMCInstKind_And, mcLHS, mcRHS, BeMCBinIdentityKind_None); break;
case BeBinaryOpKind_BitwiseOr: result = AllocBinaryOp(BeMCInstKind_Or, mcLHS, mcRHS, BeMCBinIdentityKind_Any_IsZero); break; case BeBinaryOpKind_BitwiseOr: result = AllocBinaryOp(BeMCInstKind_Or, mcLHS, mcRHS, BeMCBinIdentityKind_Any_IsZero); break;
case BeBinaryOpKind_ExclusiveOr: result = AllocBinaryOp(BeMCInstKind_Xor, mcLHS, mcRHS, BeMCBinIdentityKind_Any_IsZero); break; case BeBinaryOpKind_ExclusiveOr: result = AllocBinaryOp(BeMCInstKind_Xor, mcLHS, mcRHS, BeMCBinIdentityKind_Any_IsZero); break;