What defensive programming techniques are included?

It focuses on comprehensive input validation at boundaries and robust, language-specific error handling strategies to prevent runtime failures.

Does this skill support multiple programming languages?

Yes, it includes specific standards for JavaScript, TypeScript, Python, and Go, covering naming conventions and language-specific best practices.

Does it address code performance?

Yes, it provides guidelines for algorithmic complexity, memory optimization, and systematic performance profiling to avoid premature optimization.

How does it help with architectural design?

It enforces the Single Responsibility and Open/Closed principles, promoting modularity and composition over inheritance.

Can it help reduce technical debt?

Yes, it includes systematic steps for identifying, tracking, and prioritizing technical debt based on business impact and maintenance costs.

Development Standards & Best Practices

Name: Development Standards & Best Practices
Author: CsHeng

byCsHeng

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开发者工具

Enforces multi-language naming conventions, architectural principles, and defensive programming patterns to ensure high-quality, maintainable codebases.

关于

This skill provides a comprehensive framework for maintaining high-quality code across diverse projects by automating the application of industry-standard naming conventions, architectural principles like SOLID, and defensive programming techniques. It serves as a cross-cutting guide for developers to ensure consistency across languages such as JavaScript, Python, and Go, while integrating performance optimization guidelines and technical debt management into the development workflow. Use this skill to streamline code reviews, implement robust error handling, and maintain a clean, modular structure in both new and existing repositories.

主要功能

Multi-language naming convention enforcement for JS, Python, and Go
Architectural guidance for SOLID principles and modular design
Quality assurance integration with code review standards and technical debt tracking
Performance optimization patterns and systematic profiling techniques
4 GitHub stars
Defensive programming strategies including robust error handling and input validation

使用场景

Establishing consistent coding patterns for a multi-language microservices architecture
Standardizing a legacy codebase during a major refactoring phase
Automating the identification and prioritization of technical debt during code reviews

关于

主要功能

Multi-language naming convention enforcement for JS, Python, and Go
Architectural guidance for SOLID principles and modular design
Quality assurance integration with code review standards and technical debt tracking
Performance optimization patterns and systematic profiling techniques
4 GitHub stars
Defensive programming strategies including robust error handling and input validation

使用场景

Establishing consistent coding patterns for a multi-language microservices architecture
Standardizing a legacy codebase during a major refactoring phase
Automating the identification and prioritization of technical debt during code reviews