search for: gettypebyname

...LLVMContext context; SMDiagnostic diag; Module *M = parseIRFile(InputIR, diag, context).get(); if (M == nullptr) { diag.print("LLVM", errs()); exit(-1); } assert(M->isMaterialized() && "Module not materialized!"); PointerType *ArrayPtrTy = M->getTypeByName("struct._Array")->getPointerTo(); ``` However this piece of code crashes at Module::getTypeByName because getContext().pImpl is NULL pointer. Other similar issues include Module::getTypeByName results in a NULL pointer dereference because TheTable in StringMap is not allocated/initia...

...named StructType instance with the same name in two different modules being resolved into two StructTypes with different names due to StructType:: setName(…) collision behavior. Looking at BitcodeReader::ParseTypeTableBody(…), I don't see use of LLVMContextImpl::NamedStructTypes or of Module::getTypeByName(…). Nor do I see this use anywhere else in BitcodeReader's implementation (.cpp file). Doesn't the context's NamedStructTypes (checking for a previously created StructType with the same name), have to be used before setName(…) is called so that a new structure is not erroneously creat...

Hi, I'm attempting to use Module::getTypeByName in my pass, but when I run the pass with opt, I get this: opt: symbol lookup error: /home/mmwu/Download/32/llvm/Release/lib/ParallelSort.so: undefined symbol: _ZNK4llvm6Module13getTypeByNameENS_9StringRefE The pass worked before I added the call in. What do I need to link with the pass to get...

Hi, > I'm attempting to use Module::getTypeByName in my pass, but when I > run the pass with opt, I get this: > > opt: symbol lookup error: > /home/mmwu/Download/32/llvm/Release/lib/ParallelSort.so: undefined > symbol: _ZNK4llvm6Module13getTypeByNameENS_9StringRefE > > The pass worked before I added the call in. What do I...

...ype instance with the same name in two different modules > being resolved into two StructTypes with different names due to StructType:: > setName(…) collision behavior. Looking at BitcodeReader::ParseTypeTableBody(…), > I don't see use of LLVMContextImpl::NamedStructTypes or of Module::getTypeByName(…). > Nor do I see this use anywhere else in BitcodeReader's implementation (.cpp file). The BitcodeReader has nothing to do with the issue in question; the relevant code is in lib/Linker. -Eli

...ype instance with the same name in two different modules > being resolved into two StructTypes with different names due to StructType:: > setName(…) collision behavior. Looking at BitcodeReader::ParseTypeTableBody(…), > I don't see use of LLVMContextImpl::NamedStructTypes or of Module::getTypeByName(…). > Nor do I see this use anywhere else in BitcodeReader's implementation (.cpp file). > > Doesn't the context's NamedStructTypes (checking for a previously created StructType > with the same name), have to be used before setName(…) is called so that a new structure >...

Hello. I have an .bc, which defines @foo(%type* arg1, %type* arg2, %type* arg3). Firstly, i do this: runtimeModule = getLazyIRFileModule("runtime.bc", smd, llctx); then this: fooFunction = runtimeModule->getFunction("foo"); myType = runtimeModule->getTypeByName("type"); After that, i'm creating another module: myModule = new Module("My Module", llctx); and create some AllocaInsts with type %type: AllocaInst * retZval = new AllocaInst(myType, "arg1",...

...); > //lhs = mBuilder.CreatePointerCast(lhs, > PointerType::get(mBuilder.getDoubleTy(),0)); > lhs = convertIntToDouble(lhs); > typelhs = getValueType(lhs); > > > > llvm::Value* returnValue = mBuilder.CreateAlloca(PointerType::get( > mModule->getTypeByName("Value"), 0)); > > llvm::Value* valueStructSize = getValueStructSize(); > llvm::Value* memory = insertCallToMalloc(valueStructSize); > > memory = mBuilder.CreatePointerCast(memory, PointerType::get( > mModule->getTypeByName("Value"),...

...s); lhs = mBuilder.CreateShl(lhs, rhs); //lhs = mBuilder.CreatePointerCast(lhs, PointerType::get(mBuilder.getDoubleTy(),0)); lhs = convertIntToDouble(lhs); typelhs = getValueType(lhs); llvm::Value* returnValue = mBuilder.CreateAlloca(PointerType::get( mModule->getTypeByName("Value"), 0)); llvm::Value* valueStructSize = getValueStructSize(); llvm::Value* memory = insertCallToMalloc(valueStructSize); memory = mBuilder.CreatePointerCast(memory, PointerType::get( mModule->getTypeByName("Value"), 0)); mBuilder.CreateSto...

Hi, I'm pursuing M.Tech course. As a part of the project work i'm using LLVM as back-end. My project area is "Enhancing the performance of V8 javascript engine using LLVM as a back-end". Now i'm writing code for shift left(SHL) operator. I had my own Value Structure .. it's like this Struct Value { void *val ; char type; } The "char type" holds

...); > //lhs = mBuilder.CreatePointerCast(lhs, > PointerType::get(mBuilder.getDoubleTy(),0)); > lhs = convertIntToDouble(lhs); > typelhs = getValueType(lhs); > > > > llvm::Value* returnValue = mBuilder.CreateAlloca(PointerType::get( > mModule->getTypeByName("Value"), 0)); > > llvm::Value* valueStructSize = getValueStructSize(); > llvm::Value* memory = insertCallToMalloc(valueStructSize); > > memory = mBuilder.CreatePointerCast(memory, PointerType::get( > mModule->getTypeByName("Value"),...

On 2009-04-29, at 10:53, Nick Johnson wrote: > I am writing a pass which must insert calls to an external library. > One of the parameters to functions in this library is a very large, > complex structure (let's call it Foo). [...] The internal > representation of Foo is important to this library, but the code my > pass generates will only deal with Foo-pointers. >

...c, which defines @foo(%type* arg1, %type* arg2, %type* > arg3). > Firstly, i do this: > > runtimeModule = getLazyIRFileModule("runtime.bc", smd, llctx); > > then this: > > fooFunction = runtimeModule->getFunction("foo"); > myType = runtimeModule->getTypeByName("type"); > > After that, i'm creating another module: > > myModule = new Module("My Module", llctx); > > and create some AllocaInsts with type %type: > > AllocaInst * retZval = new AllocaInst(myType, >                                           &quo...

On Feb 18, 2010, at 12:51, Erick Tryzelaar wrote: > > I'm in the process of finishing up the ocaml llvm bindings, and I had > some last minute questions before we code freeze: > > 1. What version of ocaml is everyone using, and how old of an ocaml > version do you need to support? Still using OCaml 3.11.1, but will but upgrading to OCaml 3.11.2 around the same time as the

Hello, I am writing a pass which must insert calls to an external library. One of the parameters to functions in this library is a very large, complex structure (let's call it Foo). Foo has many fields, strange target-dependent alignment requirements, and is likely to change many times in the future. The internal representation of Foo is important to this library, but the code my pass

...r `dispatch_release`: Assertion failed: ((i >= FTy->getNumParams() || FTy->getParamType(i) == Args[i]->getType()) && "Calling a function with a bad signature!"), function init, file Instructions.cpp, line 274. This happens because the StructType returned by `mod->getTypeByName("union.dispatch_object_t")` is different between Step 2 and Step 4. According to `Type::dump()`, it is: Step 2: %union.dispatch_object_t = type { %struct.dispatch_object_s* } Step 4: %union.dispatch_object_t = type { %struct.dispatch_object_s.1* } Code that reproduces the problem i...

...with the same name in two different modules >> being resolved into two StructTypes with different names due to StructType:: >> setName(…) collision behavior. Looking at BitcodeReader::ParseTypeTableBody(…), >> I don't see use of LLVMContextImpl::NamedStructTypes or of Module::getTypeByName(…). >> Nor do I see this use anywhere else in BitcodeReader's implementation (.cpp file). >> >> Doesn't the context's NamedStructTypes (checking for a previously created StructType >> with the same name), have to be used before setName(…) is called so that a ne...

I'm in the process of finishing up the ocaml llvm bindings, and I had some last minute questions before we code freeze: 1. What version of ocaml is everyone using, and how old of an ocaml version do you need to support? 2. Would it be alright if I renamed some functions? Module providers are being removed for 2.7. I can keep the old functions around, but I'd prefer to keep the API clean.

On Fri, 24 Feb 2006, Jakob Praher wrote: > out of a matter of fact I am still using llvm version 1.5. I don't know > how 1.6 works in this matter. ok. > When translating a complex c application to llvm bytecodes, some > semantics are lost: > > Take for isntance the interesting attribute to put a variable in the > thread local data section (.tdata), this would be

....B = type { int } >> >> BTW: How would one generate a type alias like the above through the LLVM >> API? > > > Add two entries to the module symbol table for the same Type using > Module::addTypeName. Very interesting. I then have to take the type by calling Module::getTypeByName to have a second Type pointer or? since I saw the llvm-gcc generates code like: %pa = alloca %struct.A %pb = alloca %struct.B this means that the AllocaInst must have knowledge about two types which can only be so by having two different pointers? right? > >> But sometimes it would be...