search for: doubletyid

Hello I want to transfer value (Value* src) of the type FloatTyID to DoubleTyID(I need all floats to be saved as 8 bytes) I tried emit[..]->builder.CreateCast(llvm::Instruction::FPExt, src, llvm::Type::getDoubleTy(llvmContext),””) I don`t know which emit to use and if this approach is correct . How can I do the above correctly? Thank you. Yakov -------------- next part...

Hello I want to transfer value (Value* src) of the type `FloatTyID` to `DoubleTyID`(I need all floats to be saved as 8 bytes).I have tried: builder.CreateCast(llvm::Instruction::FPExt, src, llvm::Type::getDoubleTy(llvmContext),””) I don`t know if I use CreateCast correctly and if this approach is correct at all. Thank you. Yakov -------------- next part -------------- An...

...could be done? On 11/14/11, Duncan Sands <baldrick at free.fr> wrote: > Hi Yakov, that looks correct to me. You can also use CreateFPExt which is > slightly simpler. > > Ciao, Duncan. > > >> I want to transfer value (Value* src) of the type `FloatTyID` to >> `DoubleTyID`(I >> need all floats to be saved as 8 bytes).I have tried: >> >> builder.CreateCast(llvm::Instruction::FPExt, src, >> llvm::Type::getDoubleTy(llvmContext),””) >> >> I don`t know if I use CreateCast correctly and if this approach is >> correct at all....

...nstruction so I can see if I need to do type conversion before the store instruction, However, I cannot simply use: alloca->getType()->isDoubleTy() etc. because this doesn't return true in the above case. The ID of the Ty member of the VTy member of the alloca is PointerTyID instead of DoubleTyID as the construction for AllocaInst::AllocaInst seems to create a PointerType pointing to the original type. I was hoping for a member function of the alloca that would return the original type that was passed to CreateAlloca. I can test for a PointerTyID and then perform a cast to PointerType and...

...> >>> Hi Yakov, that looks correct to me. You can also use CreateFPExt which >>> is >>> slightly simpler. >>> >>> Ciao, Duncan. >>> >>> >>> I want to transfer value (Value* src) of the type `FloatTyID` to >>>> `DoubleTyID`(I >>>> need all floats to be saved as 8 bytes).I have tried: >>>> >>>> builder.CreateCast(llvm::**Instruction::FPExt, src, >>>> llvm::Type::getDoubleTy(**llvmContext),””) >>>> >>>> I don`t know if I use CreateCast correct...

Hi Yakov, that looks correct to me. You can also use CreateFPExt which is slightly simpler. Ciao, Duncan. > I want to transfer value (Value* src) of the type `FloatTyID` to `DoubleTyID`(I > need all floats to be saved as 8 bytes).I have tried: > > builder.CreateCast(llvm::Instruction::FPExt, src, > llvm::Type::getDoubleTy(llvmContext),””) > > I don`t know if I use CreateCast correctly and if this approach is correct at all. > > Thank you. > > Y...

...uncan Sands<baldrick at free.fr> wrote: >> Hi Yakov, that looks correct to me. You can also use CreateFPExt which is >> slightly simpler. >> >> Ciao, Duncan. >> >> >>> I want to transfer value (Value* src) of the type `FloatTyID` to >>> `DoubleTyID`(I >>> need all floats to be saved as 8 bytes).I have tried: >>> >>> builder.CreateCast(llvm::Instruction::FPExt, src, >>> llvm::Type::getDoubleTy(llvmContext),””) >>> >>> I don`t know if I use CreateCast correctly and if this approach is...

...ct to me. You can also use >> CreateFPExt >> which is >> slightly simpler. >> >> Ciao, Duncan. >> >> >> I want to transfer value (Value* src) of the type >> `FloatTyID` to >> `DoubleTyID`(I >> need all floats to be saved as 8 bytes).I have tried: >> >> builder.CreateCast(llvm:: Instruction::FPExt, src, >> llvm::Type::getDoubleTy( llvmContext),””) >> >> >> I don`t know if I us...

...; > Hi Yakov, that looks correct to me. You can also use CreateFPExt > which is > slightly simpler. > > Ciao, Duncan. > > > I want to transfer value (Value* src) of the type `FloatTyID` to > `DoubleTyID`(I > need all floats to be saved as 8 bytes).I have tried: > > builder.CreateCast(llvm:: Instruction::FPExt, src, > llvm::Type::getDoubleTy( llvmContext),””) > > I don`t know if I use CreateCast correctly and i...

...d to do type conversion before the > store instruction, However, I cannot simply use: > > alloca->getType()->isDoubleTy() etc. > > because this doesn't return true in the above case. The ID of the Ty > member of the VTy member of the alloca is PointerTyID instead of > DoubleTyID as the construction for AllocaInst::AllocaInst seems to > create a PointerType pointing to the original type. > > I was hoping for a member function of the alloca that would return the > original type that was passed to CreateAlloca. I can test for a > PointerTyID and then perform a...

...the >> store instruction, However, I cannot simply use: >> >> alloca->getType()->isDoubleTy() etc. >> >> because this doesn't return true in the above case. The ID of the Ty >> member of the VTy member of the alloca is PointerTyID instead of >> DoubleTyID as the construction for AllocaInst::AllocaInst seems to >> create a PointerType pointing to the original type. >> >> I was hoping for a member function of the alloca that would return the >> original type that was passed to CreateAlloca. I can test for a >> PointerTyI...

...CreateFPExt >>> which is >>> slightly simpler. >>> >>> Ciao, Duncan. >>> >>> >>> I want to transfer value (Value* src) of the type >>> `FloatTyID` to >>> `DoubleTyID`(I >>> need all floats to be saved as 8 bytes).I have tried: >>> >>> builder.CreateCast(llvm:: Instruction::FPExt, src, >>> llvm::Type::getDoubleTy( llvmContext),””) >>> >>> >>>...

...gt; > Hi Yakov, that looks correct to me. You can also use CreateFPExt > which is > slightly simpler. > > Ciao, Duncan. > > > I want to transfer value (Value* src) of the type `FloatTyID` to > `DoubleTyID`(I > need all floats to be saved as 8 bytes).I have tried: > > builder.CreateCast(llvm:: Instruction::FPExt, src, > llvm::Type::getDoubleTy( llvmContext),””) > > > I don`t know if I use CreateCast correctly a...

...nversion before the > > store instruction, However, I cannot simply use: > > alloca->getType()->isDoubleTy() etc. > > because this doesn't return true in the above case. The ID of the Ty > > member of the VTy member of the alloca is PointerTyID instead of > > DoubleTyID as the construction for AllocaInst::AllocaInst seems to > > create a PointerType pointing to the original type. > > I was hoping for a member function of the alloca that would return the > > original type that was passed to CreateAlloca. I can test for a > > PointerTyID and...

...Op(Value *Amt, const char *F32Name, const char *F64Name) { const char *Name = 0; switch (Amt->getType()->getTypeID()) { default: assert(0 && "Unknown FP type!"); case Type::FloatTyID: Name = F32Name; break; case Type::DoubleTyID: Name = F64Name; break; } return Builder.CreateCall(cast<Function>( TheModule->getOrInsertFunction(Name, Amt->getType(), Amt->getType (), NULL)), Amt, "tmp"); } my configures: ../llvm-gcc-4.0/configure --prefix=/Users/arnold/Desk...

...which is >> slightly simpler. >> >> Ciao, Duncan. >> >> >> I want to transfer value (Value* src) of the type >> `FloatTyID` to >> `DoubleTyID`(I >> need all floats to be saved as 8 bytes).I have tried: >> >> builder.CreateCast(llvm:: Instruction::FPExt, >> src, >> llvm::Type::getDoubleTy( llvmContext),””) >&...

...slightly simpler. >>> >>> Ciao, Duncan. >>> >>> >>> I want to transfer value (Value* src) of the >>> type >>> `FloatTyID` to >>> `DoubleTyID`(I >>> need all floats to be saved as 8 bytes).I have >>> tried: >>> >>> builder.CreateCast(llvm:: >>> Instruction::FPExt, >>> src, >>> llvm:...

...(II->getOperand(0))->getType() ) but this give me an adress (I think) (some think like 0x1253.. ) also I tried to get the type of the instruction with switch (II->getType()->getTypeID()) { case Type::FloatTyID: case Type::DoubleTyID: case Type::IntegerTyID: default: ; } It works well exept for the getelementptr instruction !!! ?? so Please how to get the O...

Dear Reid and Chris, I thought I should send this to the list in case anyone else is struggling to interpret bytecode files with the new docs. (1) First a bug I already mentioned to Reid. Unlike the other new module headers module 0x01 still uses the old 32-bit and 32-bit format instead of the new 5-bit and 27-bit format. Thus the first module in the file will be 0x00000001 followed by

..., > const char *F64Name) { > const char *Name = 0; > > switch (Amt->getType()->getTypeID()) { > default: assert(0 && "Unknown FP type!"); > case Type::FloatTyID: Name = F32Name; break; > case Type::DoubleTyID: Name = F64Name; break; > } > > return Builder.CreateCall(cast<Function>( > TheModule->getOrInsertFunction(Name, Amt->getType(), Amt->getType > (), NULL)), > Amt, "tmp"); > } > > my configures: > ../llvm-...