friendlyanon/cmake-init

Features

• C-Family Development Workflows - Automates the C++ development workflow by unifying static analysis, formatting, and documentation within the build system.
• Project Templates - Provides pre-configured blueprints for creating standardized C++ project structures and boilerplate.
• Dependency Vendors - Archives external dependency source code locally to support consistent package discovery and offline builds.
• Source Vendoring - Provides a mechanism for vendoring external third-party libraries to ensure consistent package discovery.
• Dependency Management - Provides tooling for retrieving and integrating external libraries specifically within C++ development environments.
• Package Dependency Managers - Connects the CMake build system to external package managers for simplified retrieval and linking of libraries.
• C++ Project Templates - Provides standardized configurations and scaffolding for initializing C++ libraries and executables using CMake.
• Project Generators - Automates the creation of initial project structures, boilerplate code, and CMake configuration files.
• Project Initializers - Bootstraps new C++ projects with a relocatable structure and target definitions for developers and consumers.
• CMake Integrations - Automates the build pipeline by integrating linting, formatting, and testing directly into the CMake configuration.
• Boilerplates - Offers a comprehensive set of predefined structures for managing C++ libraries and executables with built-in installation logic.
• Project Structures - Generates standardized folder layouts for executables and libraries to ensure consistent project organization.
• Dependency Requirement Propagation - Tracks library requirements through build targets to ensure all transitive dependencies are propagated to consumers.
• Code Formatting - Automates source code formatting and style enforcement by running linting tools during the build.
• Documentation Generators - Generates technical documentation by extracting and formatting information from source code comments.
• Build-Time Tooling - Integrates external formatting and linting binaries directly into the build phase to enforce code quality.
• Inline Documentation Extractors - Extracts inline comments from source files to generate formatted technical documentation.
• Documentation Generation - Automates the extraction of comments and contracts from C++ source code to produce structured technical documentation.
• CMake-Based Managers - Implements a system for vendoring external libraries and managing transitive dependencies within the CMake ecosystem.
• Code Coverage Analysis - Processes execution data through analysis tools to track code coverage and identify untested paths.
• Code Quality Tools - Integrates static analysis and code coverage tools to ensure high software quality during the build process.
• Static Code Analysis - Integrates static analysis tools into the build pipeline to detect logical errors and common bugs.

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