The article discusses the implementation of a Test-Driven Development (TDD) workflow in creating a SkillForge engine.
TDD involves writing tests prior to writing code, enforcing clarity and correctness.
The TDD process revealed a critical bug where a Skill object was passed instead of a skill_id string to a function, showcasing the importance of tests in catching errors.
A fundamental decision was made regarding treating a 'category' of skills as the same type of object as a 'skill' itself.
To maintain simplicity and power, categories were treated as skills by adding a boolean attribute to the Skill class.
An abstract skill functions as a parent node, while a concrete skill acts as a completable task, enabling future complexity.
The V1 implementation of the core Skill and SkillGraph classes has been completed through TDD-driven work.
The foundation is verified, and the next step involves implementing graph traversal algorithms for the SkillForge engine.
These algorithms will help answer critical user questions related to learning specific skills and potential progression paths.
The blueprint has transitioned into code, laying the foundation for the next phase of development.