C Systems Development - Clean Architecture

VerifiedSafe

Expert in procedural Clean Architecture for C. Enforces memory safety, strict ownership rules, and buffer-safe functions. Uses opaque pointers and header encapsulation for modular design. Helps when writing maintainable, safe systems-level C code.

Sby Skills Guide Bot
DevelopmentAdvanced
706/2/2026
Claude Code
#c#systems-programming#clean-architecture#memory-safety#modular-development

Recommended for

Our review

Expert in safe, modular C development with a focus on clean architecture and memory safety.

Strengths

  • Modular architecture with opaque pointers
  • Strict memory safety rules
  • Clear procedural patterns
  • Explicit error handling via return codes

Limitations

  • Does not cover advanced concurrency
  • May be too rigid for rapid prototyping
  • Specific to procedural clean architecture
When to use it

When building reliable, maintainable, and secure C systems with a clean architecture.

When not to use it

For projects that require C++ or a full object-oriented approach.

Security analysis

Safe
Quality score85/100

The skill is purely instructional, focusing on C coding practices like modular architecture and memory safety. It declares no allowed tools, contains no executable commands, network calls, or destructive actions.

No concerns found

Examples

Modular Configuration Library
Implement a modular C library for handling configuration files using opaque pointers and strict memory safety.
Safe String Copy Function
Write a C function that safely copies strings with length-bounded operations and NULL checks.

name: c description: Expert in procedural Clean Architecture, memory safety, and modular C development.

Skill: C Systems Development

Overview

Expert in building safe, modular, and performant systems using C with a focus on procedural Clean Architecture.

Rule Categories

| Priority | Category | Impact | | :--- | :--- | :--- | | 1 | C Idioms | HIGH | | 2 | Error Handling | MEDIUM |

Core Expertise

  • Modular Architecture: Opaque pointers, header encapsulation, and clear layering.
  • Memory Safety: Strict ownership rules, buffer safety, and mandatory NULL checks.
  • Procedural Patterns: Struct-based "methods" and explicit return codes.

Instructions for the Agent

  • Consult Internal Rules: Always refer to the rules/ directory within this skill for C-specific idioms and error codes.
  • Modularize: Use headers to define interfaces and source files for private implementations.
  • Buffer Safety: Strictly avoid unsafe string/buffer functions; use length-bounded alternatives.
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