The quality/ability/extent of being refactorable.
Refactorability is a system quality attribute that refers to the ease with which a software system can be modified or improved without affecting its functionality. It is a non-functional requirement that is often a cross-functional constraint, affecting the development, maintenance, and evolution of the software system.
Refactorability depends on the design, architecture, and coding practices of the software system. A well-designed, modular, and structured system is easier to refactor than a monolithic or poorly structured system. Likewise, a system with clean, readable, and maintainable code is easier to refactor than a system with messy or spaghetti code.
Refactoring is an essential activity in software development that helps to improve code quality, maintainability, and scalability of a system. Refactorability, therefore, plays a crucial role in the overall success of a software system by enabling developers to make changes to the system easily and quickly without introducing bugs or breaking the system.
Define refactorable: Refactorable refers to the ability of a computer program or software to be easily modified or optimized without changing its behavior or functionality. Refactoring involves restructuring, simplifying, or improving the code without altering the end result. A refactorable codebase allows developers to make changes efficiently and maintain it well over time.