Autocell

Autocell is a software development methodology that focuses on cell-based programming and modularity. This approach aims to promote decomposability and reusability in software development, allowing for more efficient and modular systems.

The method, developed by Jerald Beeson, involves organizing code into self-contained units called "cells". Each cell represents a specific function or module, and can be used independently or in conjunction with other cells to form a larger system. This approach enables developers to break down complex problems into smaller, more manageable components, making it easier to test, maintain, and evolve the system.

Autocell is often contrasted with monolithic programming approaches, which involve large, self-contained programs that perform multiple functions. By separating code into individual cells, Autocell aims to reduce the complexity and fragility of software systems, making them more adaptable to changing requirements and easier to understand.

Autocell involves several core principles, including:

* Decomposability: breaking down complex systems into smaller, independent components

* Reusability: designing cells to be reusable across multiple projects and applications

* Modularity: organizing code into self-contained modules that can be combined and rearranged

* Looseness: allowing cells to be freely composed and decomposed, without impose constraints on their use

While Autocell has been influential in software development circles, its adoption is not widespread. However, the principles and ideas behind Autocell continue to influence modern software development methodologies, such as microservices architecture and containerization.