Learning

Fossil Logic Codelabs is a collection of practical, self-paced learning projects focused on real-world software development using Fossil Logic tools and libraries. These codelabs are designed to guide developers through modern techniques for building secure, efficient, and high-quality applications in C, C++, and Python.


Mission #

At Fossil Logic, the mission is to enable developers of all skill levels to write better, safer, and more maintainable code. By providing access to free, high-quality educational resources and open-source tools, I aim to foster a community centered around craftsmanship, innovation, and practical skill-building.

Through Fossil Logic Codelabs, I’m commit to:

  • Teaching best practices for writing secure and performant software
  • Supporting open standards and modern build systems like Meson
  • Offering real-world examples without unnecessary complexity
  • Making learning accessible, free, and self-directed

Type of Learning #

  • Format: Free, self-paced learning
  • Audience: Developers, students, and professionals interested in modern C, C++, and Python development
  • Approach: Hands-on exercises, clear explanations, working source code, and practical projects
  • Tools: Fossil Logic libraries and command-line utilities

No paid content, sign-ups, or time restrictions — you learn at your own pace, when and how you want.


Source Code Hosting #

All source code, build scripts, examples, and libraries referenced in the codelabs are hosted on the official Fossil Logic GitHub Organization.

Repositories are organized clearly by language and project type. Each project contains:

  • Complete source code
  • A README.md with setup and usage instructions
  • Meson build definitions (meson.build) for easy, portable builds
  • Example programs demonstrating typical use cases

Code is licensed under the Mozilla Public License (MPL), allowing you to study, modify, and use it freely in your own projects, as long as modifications to MPL-licensed files are also shared under the same license.


Documentation Details #

Comprehensive documentation is available for both the command-line tools and the libraries developed under Fossil Logic.

1. Fossil Logic Command Tools
The documentation provides detailed usage guides, flag explanations, and example command sequences for each tool. Topics include:

  • Installation instructions
  • Command syntax and options
  • Practical usage examples
  • Troubleshooting and FAQ sections

2. Fossil Logic Libraries
For C, C++, and Python libraries, the documentation includes:

  • API references
  • Setup instructions (with Meson and other common build systems)
  • Code examples demonstrating initialization, usage patterns, and advanced techniques
  • Versioning and change logs to track updates

Each library has a dedicated documentation page linked directly from its GitHub repository.

3. Building with Meson
All Fossil Logic projects use Meson as the primary build system. Meson is chosen for its:

  • Speed and simplicity
  • Cross-platform support
  • Easy integration with other tools (e.g., Ninja, CMake)
  • Modern syntax focused on developer productivity

Each project contains a top-level meson.build file along with subdirectory builds where needed. Codelabs walk you through setting up a Meson environment, configuring your first project, and understanding how dependencies and targets are structured.

No snippets are skipped — full working examples are included, from “Hello World” all the way to fully-featured applications.


How to Get Started #

  1. Visit the Fossil Logic GitHub Organization.
  2. Clone the repository for the codelab you want to work on.
  3. Follow the documentation inside each project for building and running the examples.
  4. Explore the lessons, modify the code, experiment, and deepen your understanding.
  5. Consult the project issues or discussions if you need help or want to suggest improvements.

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Updated on August 31, 2025