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Developer tools · #cmake
Modern CMake solves configuration leakage by using target-based properties instead of global variables. Learn how PUBLIC, PRIVATE, and INTERFACE keywords control dependency propagation with a worked example.
Global include_directories() can silently leak paths into unrelated targets. Switching to target‑scoped usage requirements (target_include_directories, target_compile_definitions, target_link_libraries) keeps builds clean, enforces transitive dependencies, and mirrors find_package behavior.
Learn how CMake's FetchContent module downloads and builds dependencies like GoogleTest directly in your project, ensuring reproducible builds without external package managers.
Stop fighting with local IDE settings. Learn how to use CMake Presets in CLion to synchronize build configurations across your entire C++ development team.
CMake Presets capture configure and build settings in JSON to replace tribal command lines. Learn how to use inheritance, conditions and user presets for reproducible builds with practical limits and verification steps.
CMakePresets.json replaces fragile command-line conventions with version-controlled, composable build configurations that work identically across developer machines and CI pipelines. Here's how to structure presets for real projects.
Learn how CLion derives its code insight from CMake targets, why sanitizer flags belong in CMakeLists.txt, and how to add a sanitizer profile for reliable debugging.
Use target_include_directories and target_link_libraries with PUBLIC, PRIVATE and INTERFACE to encapsulate what a CMake target needs to build and what its consumers need to use it, preventing leaking includes and hidden coupling.
An overview of how CLion integrates with CMake, covering requirements, minimal design, trust boundaries, operational checks, failure modes, and redesign triggers.
cpp
clion