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文章目录
- 1 安装C++与CMake插件
- 2 配置CMakeLists.txt
- 3 使用CMake编译调试
- 3.1 编译
- 3.2 调试
- 4 自定义构建调试
- 参考
1 安装C++与CMake插件
C++插件
CMake插件
2 配置CMakeLists.txt
编写测试程序
#include<iostream>int main(int argc, char const *argv[]) {int a = 1, b = 2;int c = a + b;int d = a - b;std::cout << "Done!" << std::endl;return 0;
}
编写构建脚本CMakeLists.txt
cmake_minimum_required(VERSION 3.12)
project(DebugProject)add_executable(main.out main.cpp)
3 使用CMake编译调试
3.1 编译
Command + Shift + P 输入CMake 输入CMake: Configure 指定要构建的文件
进入CMake Tools插件，可以看到CMake中的各种命令
在PROJECT OUTLINE中点击进行debug构建
3.2 调试
在编辑器中添加断点
进入CMake Tools插件，点击Debug按钮，开始调试
可以看到已经运行到断点处，因此可以继续进行调试
4 自定义构建调试
进入CMakeList.txt 所在的目录，编译并构建
cd CMakeLists.txt所在目录
cmake -B build -DCMAKE_BUILD_TYPE=Debug
cmake --build build
进入Debug并配置launch.json
选择调试器
生成调试配置
选择lldb(launch)
{// Use IntelliSense to learn about possible attributes.// Hover to view descriptions of existing attributes.// For more information, visit: https://go.microsoft.com/fwlink/?linkid=830387"version": "0.2.0","configurations": [{"name": "CMakeDebug", //自定义调试名称"type": "cppdbg","request": "launch","program": "${workspaceFolder}/main.out", // 指定生成main.out的路径"args": [],"stopAtEntry": false,"cwd": "${fileDirname}", // 表示使用当前文件所在的目录作为工作目录。"environment": [],"externalConsole": false,"MIMode": "lldb" // 调试器 使用gdb或者lldb}]
}
可以自定义多个调试器，分别进行调试即可
【注意】C++程序修改后需要重新进行编译cmake --build build
{"version": "0.2.0","configurations": [{"name": "CMakeTestDebug2","type": "cppdbg","request": "launch","program": "${workspaceFolder}/CPPNote/CH00_CPP/01_Debug/02/build/main.out","args": [],"stopAtEntry": false,"cwd": "${fileDirname}","environment": [],"externalConsole": false,"MIMode": "lldb"},{"name": "CMakeTestDebug1","type": "cppdbg","request": "launch","program": "${workspaceFolder}/CPPNote/CH00_CPP/01_Debug/01/build/main.out","args": [],"stopAtEntry": false,"cwd": "${fileDirname}","environment": [],"externalConsole": false,"MIMode": "lldb"}]
}
参考
VSCode中配置CMake，通过CMake断点调试程序 https://blog.csdn.net/ly2467513805/article/details/106864342