search for: llvm_builder

...mp;llvm_context), llvm::PointerType::getUnqual(llvm::StructType::create(&llvm_context)), (llvm::Type *)0)); // prepare for the construction of this function llvm::BasicBlock *llvm_basic_block = BasicBlock::Create(&llvm_context, "EntryBlock", llvm_function); llvm::IRBuilder<> llvm_builder(llvm_basic_block); // pseudo: I'll loop over all the instructions in a predicate. This sets instruction_function_name to the appropriate value in each iteration and makes sure I can iterate over the instruction's parameters foreach (instruction in predicate) { // Fetch the instruction...

...&InterfaceGroup::get_interface)); The following call generates the code for the call: vector<Value *> get_interface_args; get_interface_args.push_back(interface_group_variable); get_interface_args.push_back(requested_type); get_interface_args.push_bac k(ptr_this); auto result=llvm_builder.CreateCall(module->interface_group_get_interface, get_interface_args); Now the problem is that the generated code does not actually seem to be using the thiscall calling convention specified for the called function: 0011001B mov dword ptr [esp+8],eax 0011001F mov eax,dword...