Minimalcompilation

Minimalcompilation is a programming concept that refers to the practice of creating software with the smallest possible set of external dependencies. The goal is to reduce the complexity of a project, improve its portability, and minimize potential security vulnerabilities by limiting the attack surface.

Projects that adhere to minimal compilation often strive to include only essential libraries and frameworks. This can involve writing custom code for certain functionalities instead of relying on pre-built components, or carefully selecting lightweight alternatives. The benefits include faster build times, easier deployment, and a smaller overall footprint for the compiled application.

The philosophy behind minimal compilation can be applied across various programming paradigms and languages. It encourages developers to deeply understand the components they are using and to make deliberate choices about what is truly necessary for their software to function. This approach can lead to more robust and maintainable codebases, as there are fewer external factors that could introduce bugs or incompatibilities. While it might require more initial development effort, the long-term advantages in terms of stability and ease of management are often significant.