因此我们抛弃cmake --build -j的用法,转而寻求让 msbuild 并行编译同一个 project 中的多个源文件的方法。 2. 在 cmakelists.txt硬编码 在CMake开启MSVC的并行编译这篇文章中给出了 CMakeLists.txt 中的写法,指定了 /MP 参数: add_compile_options($<$<CXX_COMPILER_ID:MSVC>:/Gm->)#高版本已被废弃...
cmake --build build -j8 # (3) cmake --build build --parallel 4 显示执行细节 我们可能希望显示 CMake 在编译时内部执行的具体指令,有以下几种方法可以实现(虽然变量名含有 MAKEFILE,但是同样支持 MSVC) 在生成构建系统时定义CMAKE_VERBOSE_MAKEFILE变量为真(直接在 CMakeLists 中设置也一样) 在编译时...
Ninja: build server fixes Ninja: build with old msvc versions Ninja: msvc6 for-scoping Ninja: maybe this fixes the bcc32 build remove warning about unused parameter Ninja: build server fixes Ninja: try work around for bcc32 bug Ninja: disable cldeps for bcc32, it’s too old, and ninja ...
#在源码目录用 -B 直接创建 build 目录并生成 build/Makefile cmake -B build #等于cmake --build build ---parallel 4 cmake --build build -j4 #sudo cmake --build build --target install cmake -B build 免去了先创建 build 目录再切换进去再指定源码目录的麻烦。 cmake --build build 统一了不...
std::vector<std::vector<double>>C(N, std::vector<double>(N,0));// 使用随机数填充矩阵 A 和 B#pragmaomp parallel forfor(inti =0; i < N; ++i) {for(intj =0; j < N; ++j) { A[i][j] =rand() /100.0; B[i][j] =rand() /100.0; ...
For example, the default setting for build processes running in parallel is -- -j max(cpucount * 0.8, cpucount - 2) for make and Ninja, while for Microsoft Visual C++ this option is not set and the field is empty. Environment variables You can pass additional environment variables to...
cmake --build [<options>] [-- <build-tool-options>] 1. cmake --build 为上述生成了构建文件的目录。生成器对应的构建工具来构建项目。 cmake --build . 1. 常用选项 -j [<jobs>], --parallel [<jobs>]:指定构建时的线程数,可以开启多线程构建提升速度 cmake --build . -j 4 cmake --...
You can usemacrosandpath variablesin this field. For example, you can use the$FilePrompt$macro to prompt you for a file every time you launch this run configuration. Buildis the default pre-launch step for CMake applications. If you add other tasks, they will performed in the order they...
ALL_BUILD错误消息是因为ALL_BUILD目标/项目不是可执行目标。其目的是强制生成解决方案中的所有项目。若...
we updated the CMake build system in VTK. We based theinfrastructure onModern CMakeandCMake 3.3, in particular. This version of CMake is easily available from most Linux distributions; it adheres tousage requirements;and it provides C++11 detection for major vendors such as GCC, MSVC, Clang...