fullcoding

fullcoding refers to the practice of writing all code for a project from scratch without relying on pre-existing frameworks, libraries, or code generators. This approach involves building every component and function manually, including user interfaces, data structures, algorithms, and backend logic. The primary motivation behind fullcoding can be a desire for complete control over the project's architecture and performance, or for educational purposes to deeply understand how different software components function. It can also be a choice when working with highly specialized or novel requirements where existing solutions may not be suitable.

While fullcoding offers maximum flexibility and a thorough learning experience, it also presents significant challenges. The development process is typically much slower and more labor-intensive compared to using frameworks. Developers must handle a wider range of tasks, including security considerations, error handling, and optimization, which are often abstracted away by libraries and frameworks. This increased responsibility can lead to a higher chance of introducing bugs or overlooking critical aspects of software development. Consequently, fullcoding is less common in commercial software development where rapid iteration and efficiency are paramount, and more often seen in academic settings, research projects, or for very specific, low-level system programming.