piotrplenik/clean-code-php

Features

• Clean Coding Standards - Provides a comprehensive set of standards and naming conventions for writing maintainable and readable PHP code.
• PHP Backend Architecture - Provides a comprehensive guide to applying clean code and architectural patterns for maintainable PHP backend projects.
• Encapsulation Techniques - Provides guidance on bundling data and methods while restricting access to internal state using private members.
• Type Safety - Prevents runtime errors by enforcing strict type definitions and rigorous variable checks.
• Type Integrity Enforcement - Enforces strict type declarations and identical comparisons to eliminate bugs caused by PHP dynamic typing.
• Code Hygiene Standards - Establishes naming conventions and logic refinement techniques to ensure long-term codebase maintainability.
• Code Style Guides - Provides a comprehensive set of standards and patterns for writing readable and maintainable PHP code.
• Object-Oriented Design Patterns - Applies SOLID object-oriented design principles to reduce coupling and increase extensibility in PHP.
• Architecture References - Serves as a reference for structuring PHP systems using object composition and encapsulated state management.
• Class Design Standards - Offers standards for PHP class design focusing on encapsulation, final classes, and single responsibility.
• PHP Refactoring Techniques - Provides a structured approach to refactoring PHP codebases by eliminating duplication and simplifying control flow.
• Service Layers - Centralizes state-changing operations into dedicated service layers to decouple business logic from side effects.
• Composition Over Inheritance - Provides a structured approach to building flexible PHP architectures by prioritizing object composition over class inheritance.
• Object Oriented Design - Implements principles and patterns for structuring PHP systems based on objects and classes.
• SOLID Principles - Implements SOLID design guidelines to reduce coupling and increase the extensibility of PHP modules.
• Single Responsibility Principles - Applies the single-responsibility principle to ensure each PHP class has one specific purpose to improve maintainability.
• Early Return Patterns - Provides techniques for simplifying control flow through early returns to eliminate deep indentation levels.
• PHP Application Frameworks - Guides the design of flexible PHP applications using modular patterns and service-oriented architecture.
• PHP Refactoring Frameworks - Implements a structured framework for refactoring PHP code to improve readability and reduce technical debt.
• Side Effect Management - Isolates state-changing operations into dedicated service classes to prevent unpredictable side effects.
• Class Inheritance Restrictions - Prevents uncontrolled inheritance chains by marking classes as final and encapsulating members.
• Code Duplication Reduction - Provides strategies for removing redundant logic and dead code by creating abstractions that consolidate repetitive patterns.
• Control Flow Optimization - Simplifies complex conditional logic by utilizing polymorphism and early-return patterns.
• Early-Return Patterns - Implements early-return logic to simplify function control flow and eliminate deep indentation levels.
• Function Signature Optimizations - Enhances testability by refining function signatures to limit argument counts and eliminate boolean flags.
• Function Naming Patterns - Establishes a consistent and pronounceable vocabulary for naming variables and functions to increase clarity.
• Naming Conventions - Standardizes naming conventions for identifiers to increase the searchability and readability of the codebase.
• Polymorphism Patterns - Demonstrates how to replace complex conditional blocks with polymorphic class implementations to reduce cognitive load.
• Type-Safe Development - Promotes reducing runtime bugs by enforcing strict type declarations and avoiding dynamic typing.

Star history