CMAKE DEBUG BUILD HOW TO
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usr/bin/cmake -E remove /home/kogut/balls/build/./balls_generated_CudaTeller.cu.o Removing /home/kogut/balls/build/./balls_generated_CudaTeller.cu.o Building NVCC (Device) object build/./balls_generated_CudaTeller.cu.oĬd /home/kogut/balls/build & /usr/bin/cmake -E make_directory /home/kogut/balls/build/.Ĭd /home/kogut/balls/build & /usr/bin/cmake -D verbose:BOOL=1 -D build_configuration:STRING= -D generated_file:STRING=/home/kogut/balls/build/./balls_generated_CudaTeller.cu.o -D generated_cubin_file:STRING=/home/kogut/balls/build/./balls_generated_CudaTeller.cu.o.cubin.txt -P /home/kogut/balls/build/CMakeFiles/balls_generated_CudaTeller.cu.o.cmake usr/bin/cmake -E cmake_progress_report /home/kogut/balls/CMakeFiles 10 Make -f build/CMakeFiles/balls.dir/build.make build/CMakeFiles/balls.dir/depend Make: WejÅ›cie do katalogu `/home/kogut/svn-apatrz/study/balls/trunk' usr/bin/cmake -E cmake_progress_start /home/kogut/balls/CMakeFiles /home/kogut/balls/CMakeFiles/progress.marks Build files have been written to: /home/kogut/balls Re-run cmake file: Makefile older than: build/CMakeLists.txtīalls will be created with support of CUDA usr/bin/cmake -H/home/kogut/balls -B/home/kogut/balls -check-build-system CMakeFiles/Makefile.cmake 0 I add some output to make it more easier for You to reproduce this situation:ĬMakeList.txt cmake_minimum_required(VERSION 2.8.0)īuild/CMakeList.txt include_directories(./src) I looked into FindCUDA.cmake file, but it is so complicated… to add modification, especially for me who is new to cmake. If it would be a way to set some variable, to add custom options only to the compilation to the *.o file step, I would be able to workaround my problem. But the whole process is interrupted on previous step (with -M option). I tested compilation to *.o file, and everything went well with -g and -G options. So, basing on Your (JBigler) post, I think that computing source level dependencies doesn’t need any of -g or -G options.

CMAKE DEBUG BUILD FULL

‘make VERBOSE=1’ will generate all the commands and tell you what FindCUDA is doing if you want to see the full output of the build system.Īs far as a CUDA C Eclipse plugin, I don’t know of any plans one way or the is the documentation for FindCUDA.cmake in CMake 2.8 not descriptive enough? What pieces or variables need augmentation, and in what way? If it is on, you will need to change the CUDA_BUILD_CUBIN option to OFF (I see one of you have done this). Generation of the CUBIN file for stats collection should be disabled by default, but only with a clean build tree. There hasn’t been a need for that yet, but now that there is I’ll look into it.

I’ll have to look into the issue of using nvcc for linking. It would be helpful to post a reproducer, but I’ll try next week to reproduce the issues you are seeing with -g and -G. The SDK doesn’t make use of -M as far as I know, but that doesn’t mean it’s a feature no one should use. If -M doesn’t work with -g -G, then I’ll have to file a bug with the CUDA folks. This is an integral part of what FindCUDA does. header file includes) just like ‘gcc -M’ does. The -M option is there to compute the source level dependencies (i.e. Now to address some of the concerns in this thread. Hi, I’m not sure why my filter didn’t pick up this thread until today.

CMAKE DEBUG BUILD HOW TO

To solve this problem I need to remove -M option from Cmake, but I don’t know how to do it / And Cmake add also -M option, when I deleted that last option (-M) from the compile command, then compilation went well. I checked cmake command, when I used -g and -G options.

CMAKE DEBUG BUILD CODE

Hope FindCUDA can be fixed to handle all these issues.Īlso, I was wondering if there’s anyone interesting in implementing a eclipse plugin specifically designed for CUDA development (just like NEXUS)? The feature that I want most is correct CUDA/PTX syntax highlighting, memory inspector, and code completion…(okay too greedy…) I agree, this is a dirty hack to make it debug on cuda-gdb. Having FindCUDA.cmake handle all the steps for building device debugging into apps is a must have going forward with tools like NEXUS coming out! If the FindCUDA.cmake dev doesn’t notice this post, I’ll shoot him an email tomorrow. I did it by hand last time I tried out device debugging. However, last I checked you will still get an error at the linking stage because CMake is using gcc to link, and to correctly link device debuggable code you need to use nvcc with the -g -G options again.

CMAKE DEBUG BUILD UPGRADE

cu files to object files” error, upgrade to the newest FindCUDA.cmake, which is now a part of CMake 2.8. To solve the nvcc fatal : “Option ‘-G’ requires nvcc compilation of.

You don’t have to add -g -G directly to the cmake file, that is what CUDA_NVCC_FLAGS are for.

Cmake debug build