Maybe it’s a little late (about 4 years), but here’s the best way i’ve found (for a c file): cut and paste the contents of the .c in the .h file, and for each function, put the cursor on it’s name and press Alt+Enter, and choose “Split function into declaration and definition”. this will keep … Read more
With gdb you can print std::string by below 2 methods. p mystr.c_str() -this can be used to print value of type std::string. p *(char**) 0x7f8fbb7a9c20 -this works for a memory with type std::string.
I followed answer posted by @MarkusParker, but instead of set auto-load safe-path / I used set detach-on-fork off to prevent disconnect from child process. This instruction works for me: Set a break point at the beginning of your program (ie. the parent program, not the child program). Start the program in the debugger. Go to … Read more
The choice between CLion and ReSharper C++ is usually dictated by your development environment. CLion is a standalone cross-platform IDE based on the IntelliJ platform. It is an option when your project uses CMake to manage the build process and GCC/Clang as the compiler. On the other hand, if you are using Visual Studio as … Read more
You can add a desktop entry to your system directly in CLion : Main Menu > Tools > Create Desktop entry…
You could define multiple executables in the CMakeLists.txt for each problem. instead of add_executable(projecteuler ${SOURCE_FILES}) you could define add_executable(problem1 problem1.c) add_executable(problem2 problem2.c) Then you get for each executable (problem1, problem2 etc.) a run configuration, which you can run independently. In this case you won’t have to rewrite every time, instead you just add the new … Read more
The add_library line should be all you need. See this example code I just wrote to test out creating one and then using it (on Ubuntu 16.04): Structure.h: int sum( int a, int b ); Structure.c: int sum( int a, int b ) { return a + b; } Main.c: #include <stdio.h> #include “Structure.h” int … Read more
CMake workflow changed in 2016.3. Read the linked blog post for details, but in a nutshell CLion no longer builds all 4 CMake configurations to save time and memory. You can configure the CMake configuration type in Settings | Build, Execution, Deployment | CMake. However, understanding that some of the users really used this kind … Read more
I was as desperate as you, until I read this Quora discussion. It worked perfectly for me! To summarize, there are 2 main steps: Firstly, CLion uses CMake to compile your code. It is based on CMake configuration files (e.g “CMakeLists.txt”). You have to add Qt based CMake commands (the lines with ‘find_package’ and ‘target_link_libraries’): … Read more
You may modify the CMakeLists.txt Here an example : cmake_minimum_required(VERSION 3.3) project(test_build) set(CMAKE_CXX_FLAGS “${CMAKE_CXX_FLAGS} -std=c++11”) set(BUILD_1 main) set(SOURCE_FILES_1 main.cc) //where main.cc is your first main/program add_executable(${BUILD_1} ${SOURCE_FILES_1}) set(BUILD_2 main_2) set(SOURCE_FILES_2 main_2.cc) //where main_2.cc is your second main/program add_executable(${BUILD_2} ${SOURCE_FILES_2}) Or use a test (garbage version) : add_executable(foo bar.cc) After that you can choose the build … Read more