Stopping Dependency Leakage with Target-Based CMake
Learn how to eliminate 'Include Hell' in CMake by moving from global directory settings to target-based dependency management using PUBLIC, PRIVATE, and INTERFACE keywords.
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Learn how to eliminate 'Include Hell' in CMake by moving from global directory settings to target-based dependency management using PUBLIC, PRIVATE, and INTERFACE keywords.
Bazel remote caching lets teams share build artifacts through a content-addressed store. Here is how cache keys work, how to configure and verify it, and where it can backfire.
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.
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.
Global CMake commands like include_directories leak settings into unrelated targets. Switching to target properties with PRIVATE/INTERFACE/PUBLIC visibility fixes dependency management for good.
Compatibility Boundary for Prebuilt Module Interfaces The C++20 standard specifies module interface units and import declarations but does not define a binary module interface format. Compiler vendors implement proprietary binary formats for prebuilt module interfaces, and these formats are sensitive to compiler version, standard library version, target trip