CMake Training and Certification in Madrid, Spain

CMake training focuses on teaching participants how to use CMake, a powerful tool for managing the build process of software projects, especially in C and C++ development. The course covers key concepts such as configuring, generating, and building projects across multiple platforms using CMake's scripting language. Participants learn how to define project structures, set build options, and manage dependencies, making it easier to handle complex projects. Hands-on exercises involve creating CMakeLists files, configuring builds for different environments, and integrating with version control systems. By the end of the training, attendees will be proficient in using CMake to streamline the build process, improve project portability, and ensure consistency across different platforms.

Introduction to CMake and Basic Project Setup

1. Introduction to Build Systems and CMake

• Overview of build systems and the role of CMake.

• Advantages of using CMake in modern software development.

• Setting up CMake on different platforms.

2. Basic CMake Concepts

• Understanding CMakeLists.txt.

• Writing a minimal CMakeLists file for a simple project.

• Configuring and generating build files.

• Hands-on Exercise

3. Build Systems Supported by CMake

• Introduction to Make, Ninja, and MSBuild.

• Generating build files for different platforms.

• Hands-on Exercise

4. Variables and Commands in CMake

• Defining and using variables in CMake.

• Overview of common CMake commands.

• Hands-on Exercise

Advanced CMake Concepts and Practical Usage

1. Managing Project Dependencies

• Adding external libraries using find_package() and add_subdirectory().

• Working with CMake modules and package configuration files.

• Hands-on Exercise

2. Advanced Project Configuration

• Creating and linking multiple targets.

• Configuring include paths, libraries, and compile options.

• Managing build types (Debug, Release).

• Hands-on Exercise

3. CMake Generators and Toolchains

• Cross-compilation with CMake.

• Using toolchains to target different platforms.

• Hands-on Exercise

4. Testing and Debugging with CMake

• Integrating testing frameworks (e.g., Google Test).

• Debugging common CMake errors.

• Hands-on Exercise

5. Best Practices and Tips

• Structuring CMake projects for maintainability.

• Recommended CMake patterns and anti-patterns.

• Optimizing build times with CMake.