Automate modern CMake configuration and validation for cross-platform builds.
npx skills add https://github.com/pontscho/prompt-heaven --skill p-cmake
Please help me install this Agent Skill. Skill: p:cmake Source: https://github.com/pontscho/prompt-heaven/tree/main/ClaudeCode/skills/p%3Acmake Command: npx skills add https://github.com/pontscho/prompt-heaven --skill p-cmake
Modern CMake best practices including cross-platform builds, static linking ( Linux full static, macOS hybrid ), dependency management with pkg-config and find_library, target-based configuration, and platform-specific patterns. Use when writing CMakeLists.txt, configuring builds, linking libraries, or setting up cross-platform C/C++ projects.
Validate your project with cmake-validator.py CMakeLists.txt to migrate legacy patterns to modern target-based CMake.
High-intent search queries and answers about installing and using this skill.
Configure cross-platform CMake builds using modern target-based commands instead of directory-level globals. This approach applies properties directly to targets, ensuring portable and deterministic build setups across Linux, macOS, and Windows.
Manage dependencies with pkg-config and explicit find_library fallbacks for deterministic builds. This workflow ensures explicit library discovery, supporting reliable dependency resolution across different platforms.
Set up static linking in CMake using platform-specific strategies: full static linking on Linux and hybrid static linking on macOS. This approach includes specific guidance on debugging and verifying the linked dependencies.
Migrate legacy CMake patterns to target-based configuration by running a validation tool against your CMakeLists.txt. This identifies outdated global commands and helps apply modern, portable target-based practices.
CMake supports cross-compilation through platform-specific patterns and explicit library finding. Using find_package and find_library fallbacks ensures deterministic dependency discovery when configuring builds for different target platforms.
CMake builds fail to find dependencies when relying solely on implicit discovery. Using explicit find_package and find_library fallbacks, alongside pkg-config, ensures deterministic dependency management and successful cross-platform configuration.
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