How I can generate a working executable with the tools provided with Llvm/Clang ( version 3.3 (trunk 168461) ) ?
I have compiled an object with clang++ -c [...] and i would like to try to link this object to 1 specific library and see if this can generate a working executable.
I have noticed that from the 3.1 release llvm-ld it's been removed and llvm-link doesn't look like it has inherited all the options from llvm-ld, although it's marked as the alternative to llvm-ld on the official docs, so i just don't get how I'm supposed to link this object.
I don't want to use ld from the GNU/GCC suite, only tools from llvm.
To summarize this are the tools that i have got from the llvm build from the svn
bugpoint clang-check llvm-bcanalyzer llvm-extract llvm-objdump llvm-stress scan-build
c++-analyzer clang-tblgen llvm-config llvm-link llvm-prof llvm-symbolizer scan-view
ccc-analyzer llc llvm-cov llvm-lit llvm-ranlib llvm-tblgen scanview.css
clang lli llvm-diff llvm-mc llvm-readobj macho-dump ScanView.py
clang++ llvm-ar llvm-dis llvm-mcmarkup llvm-rtdyld opt sorttable.js
clang-3.3 llvm-as llvm-dwarfdump llvm-nm llvm-size Reporter.py startfile.py
Thanks.
There are no llvm linker at this time (yet). And no, llvm-link is not a replacement for LLVM ld. So, you'd need to use ar / ranlib / ld from your binutils for now.
If you want to link LLVM bitcode files, you should have a look at the LLVM Gold Plugin : http://llvm.org/docs/GoldPlugin.html
来源:https://stackoverflow.com/questions/13528474/how-to-link-object-to-libraries-with-llvm-3-1-no-gnu-ld