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Dear Rafael, Thank you for your answer. The verbose mode -v shows that clang uses the old ld in /usr/bin while I install the gold in /usr/local/bin. Regards, Chunbai On Tue, Dec 3, 2013 at 9:23 PM, Rafael Espíndola <rafael.espindola at gmail.com > wrote: > > Could anyone tell me where my mistake is? > > Try running > > clang -flto a.o b.o -o main -v > > it should

On 5 December 2013 07:46, Chunbai YANG <chunbyang2 at gapps.cityu.edu.hk> wrote: > Dear Rafael, > > Thank you for your answer. The verbose mode -v shows that clang uses the old > ld in /usr/bin while I install the gold in /usr/local/bin. Clang should be searching the path. What does $ which ld print? Maybe all that you have to do...

Hello, I'm updating a legacy code using LLVM 2.5 where it has an iteration through a Module's TypeSymbolTable to process each StructType. In LLVM 3.4, TypeSymbolTable has been removed. I can only find the LLVMContextImpl instance of a Module's LLVMContext which has AnonStructTypes and NamedStructTypes two maps. However, LLVMContextImpl is an opaque class which cannot be directly

Hello, I'm updating a legacy code using LLVM 2.5 where it has an iteration through a Module's TypeSymbolTable to process each StructType. In LLVM 3.4, TypeSymbolTable has been removed. I can only find the LLVMContextImpl instance of a Module's LLVMContext which has AnonStructTypes and NamedStructTypes two maps. However, LLVMContextImpl is an opaque class which cannot be directly

Hi everyone, I want to perform whole-program analysis for apache httpd using httpd's original autoconf system so that I need to generate a single bitcode file. So I follow the instructions in LLVM document on gold plugin http://llvm.org/docs/GoldPlugin.html#lto-how-to-build. However, when running a simple program using LTO, clang fails to link the object file with the LLVM bitcode.