engineering-principles

Pragmatic coding principles like SOLID, KISS, DRY, and YAGNI guide architecture design by preventing unnecessary complexity. They provide concrete guardrails such as SRP and OCP to ensure clean code and maintainable software structures across evolving projects.

To apply SOLID principles during refactoring, use concrete guidelines like the Single Responsibility Principle to isolate changes and the Open-Closed Principle to extend functionality. This keeps code stable while improving overall module quality.

Use the YAGNI principle during architecture design and new module creation to avoid over-engineering. It ensures you choose the simplest viable design that satisfies current requirements, preventing unnecessary complexity in software projects.

Balancing DRY and KISS during code reviews involves applying pragmatic guardrails to ensure code duplication is minimized without introducing complex abstractions. This approach maintains clean code while satisfying measurable quality criteria.

Yes, pragmatic coding principles are applicable across coding tasks including writing new modules, refactoring, code reviews, and architecture design. They provide practical guardrails and measurable quality criteria for software projects.

Applying SOLID principles increases complexity when separated from pragmatic constraints like KISS and YAGNI. Balancing these guidelines during architecture design ensures you choose the simplest viable design, preventing unnecessary abstractions while preserving code quality.