Suggested build types are values such as Debug and Release, but CMake allows any type that is supported by the build tool.
Previous topic CMAKE#CMAKE DEBUG FLAG HOW TO#
I am unable to find here how to attach file. Flags for Debugbuild type or configuration. The Gdb log files was sent on your support email. Then I cleared log and I stepped over to the second line and I sent you gdbr.log for gdb commands and gdbr1.log for gdb answer.
#CMAKE DEBUG FLAG GENERATOR#
I sent you gdb.log for gdb commands and gdb1.log for gdb answer until breakpoint was hit. There are distinct flags for this mode (variables ending in DEBUG as opposed to RELEASE ), as well as a generator expression value CONFIG:Debug or CONFIG. I hope that this helps more people because I am sure that this is very useful feature. cpp is identical to the steps in the proceeding section.
#CMAKE DEBUG FLAG CODE#
Now the first problem which I would like to fix. You may need to test certain flags on temperature and ntop to get desirable. I have read through some of the simpler CUDA sample code and know that in order to enable the debug mode in both CPU and GPU, the nvcc compiler has to be invoked with -g -G flag. It occured probably when sometimes run the debugged service twice in my enviroment (on instance with GDB and on instance without GDB – Clients had then two same services). Entering Debug in the CMAKEBUILDTYPE field will allow you to build with debug flags.
The second breakpoint problem occurs today no more in my application. To tell GCC to emit extra information for use by a debugger, in almost all cases you need only to add -g to your other options. Solved-How do you set GDB debug flag with cmake-C++. Clang devs will likely test linking with clang but they may not test linking w. This seems to me potentially risky choice and creates the potential for some unnecessary complications since clang itself can be the linker. Ok let me divide this problem on two separate. Cmake is using nvlink for device linking step even when clang is the cuda compiler. RobertCrovella June 2, 2019, 10:37am 4 CMake went through a significant change in how it dealt with CUDA in the 3.8 - 3.12 timeframe.
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