Sure! Here's a list of 100 suggested chapter titles for a book on CMake in the context of DevOps, progressing from beginner to advanced topics:
- Introduction to CMake: What It Is and Why It Matters in DevOps
- Setting Up CMake: Installation and Configuration Guide
- Understanding the Basics of CMakeLists.txt
- Your First CMake Project: A Simple Example
- Defining Targets in CMake: Executables vs Libraries
- Understanding CMake's Build System and Workflow
- Using CMake with GCC and Clang for C/C++ Projects
- Creating Simple CMake Build Scripts for Your Project
- Specifying Compiler and Linker Flags in CMake
- Setting Up Build Directories in CMake
- Using CMake to Manage Dependencies in Small Projects
- Working with CMake Variables: Defining and Using Them
- Managing Source and Header Files in CMake
- Handling Compiler and Platform Specific Options with CMake
- Running and Testing Your First CMake Build
- Cross-Platform CMake: Creating Build Files for Linux, macOS, and Windows
- Introduction to CMake's Build Types: Debug, Release, and RelWithDebInfo
- Using CMake to Find and Use External Libraries
- Debugging Build Failures in CMake
- Using CMake for Creating Simple Test Projects
- Organizing Large Projects with CMake
- CMake Targets and How They Enable Modularization
- Linking Libraries in CMake: Static and Shared Libraries
- Creating Custom CMake Modules
- Using CMake's
find_package for Dependency Management
- Handling Multiple Configurations in CMake
- Integrating CMake with Git for Version Control and CI/CD
- Advanced CMake Variables and Caching
- Building Tests with CMake and Catch2
- Using CMake's Generator Expressions for Conditional Builds
- Defining Custom CMake Commands for Automation
- Packaging Projects Using CMake’s CPack
- Cross-Compiling with CMake: Building for Different Architectures
- Using CMake with External Dependencies (e.g., Boost, OpenSSL)
- Creating Portable CMake Scripts for Cross-Platform Builds
- Using CMake with Docker for Consistent Build Environments
- Integrating CMake with Jenkins for Continuous Integration
- Managing Complex CMake Projects with Multiple Modules
- Improving Build Performance with CMake's ExternalProject Module
- CMake and Visual Studio: Working with MSVC and CMake on Windows
- Configuring CMake for Multi-Configuration Builds
- Working with CMake's
find_package and Package Config Files
- Using CMake for Dependency Tracking and Version Management
- Creating and Managing CMake Build Profiles
- Advanced Build Options: Conditional Compilation and Platform-Specific Code
- Managing Tests with CMake and CTest
- Building and Managing Large C++ Projects with CMake
- Using CMake with Modern C++ Standards
- Automating Build and Test Processes with CMake and GitHub Actions
- Optimizing CMake Builds with Parallelism
- Advanced CMake Modules: Creating and Using Custom Modules
- Implementing Continuous Delivery Pipelines with CMake
- Cross-Platform CMake with Custom Toolchains
- CMake and Kubernetes: Building and Deploying Containerized Applications
- Handling Complex Dependencies in CMake Projects
- Customizing CMake for Large-Scale Enterprise Builds
- Integrating CMake with Other CI/CD Tools (GitLab CI, TeamCity)
- Automating CMake Builds in Cloud Environments (AWS, GCP, Azure)
- Using CMake with Docker for Reproducible Builds
- Advanced Build Optimization Techniques in CMake
- CMake and Clang-Tidy: Integrating Static Analysis into the Build Process
- Automating Versioning and Releases with CMake
- Creating CMake Toolchains for Cross-Platform Development
- Handling Multiple Platforms and Compilers in a Single CMake Project
- CMake and LLVM: Advanced Integration for Performance Builds
- Using CMake's ExternalProject and FetchContent for Advanced Dependency Management
- Building and Integrating Complex C++ Libraries with CMake
- CMake and VCS Integration: Submodules, Subtrees, and CMake External Dependencies
- Managing Build Variants with CMake and Multiple Toolchains
- Customizing CMake Output for Advanced Reporting and Metrics
- Building and Managing Complex Multi-Module Projects in CMake
- Integrating CMake with Package Managers like Conan or vcpkg
- CMake and Build Performance: Parallelism, Caching, and Incremental Builds
- Continuous Testing with CMake, CTest, and GoogleTest
- Deploying CMake Projects to Production: Best Practices
- CMake and Static Analysis: Integrating with Clang and Other Tools
- Using CMake for GPU-Based Projects: CUDA and OpenCL Integration
- Automating Dependency Management and Version Control in CMake Projects
- Advanced Packaging with CPack: Building RPMs, DEBs, and Other Formats
- Integrating CMake with Cloud CI/CD Platforms (Travis, CircleCI, etc.)
- Using CMake for Building Machine Learning and Data Science Applications
- Handling Cross-Compilation with CMake for Embedded Systems
- Advanced CMake Debugging Techniques for Large Projects
- Using CMake for Building Microservices in DevOps Pipelines
- Automating Deployment of CMake Builds to Cloud Environments
- CMake and Docker for Isolated Build Environments
- Managing Legacy Projects with CMake: Updating Old Build Scripts
- Customizing CMake with Scripting and Extending Its Functionality
- CMake for High-Performance Applications and Optimized Builds
- Continuous Integration with CMake and SonarQube for Static Code Analysis
- Automating CMake Builds with Python and Other Scripting Languages
- Handling Multiple CMake Versions and Toolchains in a Single Repository
- Creating Reusable and Modular CMake Scripts for Teams
- Integrating CMake with Cloud Build Tools like Google Cloud Build
- Optimizing CMake Cache and Build Times with Advanced Caching Techniques
- Using CMake with Machine Learning Pipelines for C++ Libraries
- CMake for DevOps: Streamlining C++ Development Pipelines
- Advanced Debugging of CMake Scripts and Build Failures
- CMake and Virtualization: Running Builds in Virtual Machines for Consistent Environments
- The Future of CMake: Emerging Trends and Enhancements in DevOps
These chapter titles aim to cover everything from the basics of using CMake for building and managing projects to advanced topics such as optimizing build systems, integrating with CI/CD tools, containerization, and deploying to cloud environments in the context of DevOps. The progression helps guide users through the steps of mastering CMake to enhance their development pipelines and automation strategies.