Automate LibuIPC builds and tests using XMake commands.
npx skills add https://github.com/spiriMirror/libuipc --skill xmake-workflow
Please help me install this Agent Skill. Skill: xmake-workflow Source: https://github.com/spiriMirror/libuipc/tree/main/.cursor/skills/xmake-workflow Command: npx skills add https://github.com/spiriMirror/libuipc --skill xmake-workflow
This Skill simplifies the LibuIPC build and test workflow by using XMake, reducing setup time and avoiding manual, error-prone commands.
Run xmake commands from the repository root to configure, build, and run tests for all targets.
High-intent search queries and answers about installing and using this skill.
To build and test LibuIPC using XMake, run `xmake f -c` to configure the environment, then use `xmake build -j8` to compile targets, and execute tests via `xmake run` from the repository root.
Configure XMake for LibuIPC by running `xmake f -c` and selecting a specific build mode like debug or releasedbg to prepare the build environment for compiling the project targets.
Yes, you can build specific LibuIPC targets like core, geometry, sim_case, regression, sanity_check, backend_cuda, and pyuipc by specifying them in your XMake build commands.
Run LibuIPC test executables by using `xmake run` from the repository root, which provides cross-platform guidance on locating built artifacts and differentiating between target and binary naming.
Yes, the XMake workflow provides cross-platform guidance for building LibuIPC and locating built artifacts, ensuring targets can be compiled and tested across different operating systems.
mckinseyAutomate Ark source setup and local Kind cluster configuration.
spiriMirrorRun Catch2 C++ and pytest Python tests to validate code correctness.
xchang1121Integrates CUDA C kernels into PyTorch via load_inline for GPU ops.
spiriMirrorConfigure and build libuipc with CMake in RelWithDebInfo and run Catch2 tests.
