search for: llvm_build_dir

...e install' > step necessary even though I'm compiling llvm along with my code? If you wish to use LLVM/Clang whitout installing it, you must add both the build output header path and the source header path (in this order) to your list of include paths, like this: include_directories( ${LLVM_BUILD_DIR}/include ${LLVM_SOURCE_DIR}/include ) Replace LLVM_SOURCE_DIR/LLVM_BUILD_DIR with the respective directories. Same for Clang

Hi All, We want to compile LLVM/Clang and use the resulting headers/libraries in our project. But we compile it during out build process. I can build LLVM/Clang by adding it to our cmakelists.txt but when our code tries to use one of the headers (clang/CodeGen/ModuleBuilder.h), its not found as it doesnt exist. If I do a 'make install' in the llvm directory, then the file is

...essary even though I'm compiling llvm along with my code? > > If you wish to use LLVM/Clang whitout installing it, you must add both > the build output header path and the source header path (in this order) > to your list of include paths, like this: > > include_directories( ${LLVM_BUILD_DIR}/include ${LLVM_SOURCE_DIR}/include ) > > Replace LLVM_SOURCE_DIR/LLVM_BUILD_DIR with the respective directories. > Same for Clang Thanks for the response, it worked. I can now compile my code by adding the additional include paths. I was using the find_package(LLVM llvm/share/llvm/cmak...

Hi, I wanted to ask whether there is ongoing effort (or an already established tool) that enables to convert CUDA kernels (that uses CUDA specific intrinsics, e.g., threadId.x, __syncthreads(), ...) to LLVM IR. I am aware that I can do this for OpenCL with the help of libclc but I can not find something similar for CUDA. Thanks -------------- next part -------------- An HTML attachment was

...> > > when you compiled clang successfully you should have a > “clang-func-mapping” binary in the <build_dir>/bin directory. > > > > Then create a codechecker package as described here > > https://github.com/Ericsson/codechecker#linux > > > > Add <LLVM_BUILD_DIR>/bin to your path e.g.: export > PATH=<LLVM_BUILD_DIR>/bin:$PATH > > so CodeChecker will find this new CTU patched version of clang. > > > > If all went fine you start CodeChecker analyze –help and it will print: > > > > cross translation unit analysis argu...

...LLVM_SOURCE_DIR" It results in "llvm-config not found: specify LLVM_CONFIG_PATH". The docs at https://llvm.org/docs/CMake.html don't appear to discuss LLVM_CONFIG_PATH. I'm building out-of-tree with these two variables: LLVM_SOURCE_DIR="$HOME/llvm_source" LLVM_BUILD_DIR="$HOME/llvm_build" How should I fix the LLVM_CONFIG_PATH error? Thanks in advance. ============================== -- The C compiler identification is GNU 4.0.1 -- The CXX compiler identification is GNU 4.0.1 -- The ASM compiler identification is GNU -- Found assembler: /Developer/usr/...

....4.2. I am using Linux Mint 18.3 Sylvia. I followed steps to install it from this following website :http://releases.llvm.org/3.4.2/docs/GettingStarted.html I was able to configure and build LLVM and Clang.I set the environment variables in /etc/environment to : LLVM_LIB_SEARCH_PATH=/home/jake/llvm/llvm_build_dir/lib/Bitcode After I set up the environment variables for the LLVM, I am still unable to run LLVM and Clang. jake at jake-Inspiron-5448 ~ $ llvmNo command 'llvm' found, did you mean: Command 'rlvm' from package 'rlvm' (universe) Command 'lvm' from package 'lvm2...

...nerate this, maybe in some more share-friendly medium. Perhaps something for the LLVM blog? For the impatient, you can generate a similar visualisation of your XRay traces with the latest `llvm-xray` tool that comes with the LLVM sources. To generate the above, all I had to do was the following: $LLVM_BUILD_DIR/bin/llvm-xray convert -symbolize -instr_map=./bin/clang -output-format=trace_event xray-log.clang-6.0.XXXXXX | gzip > clang-6.0-default-real.txt.gz Instructions at http://llvm.org/docs/XRayExample.html also apply to llc. I hope this kind of instrumentation would be helpful in further improving...

Yes, I have done exactly the same. The wawanalyzer is the same. I changed ARM.h and ARMTargetMachine.cpp in the tager/arm folder. then I make tool/llc and lib folder. On Tue, Nov 17, 2015 at 10:55 AM, John Criswell <jtcriswel at gmail.com> wrote: > On 11/17/15 12:16 AM, fateme Hoseini via llvm-dev wrote: > > Hi, > So, I run my pass in X86 target with llc command and it printed