sp

Guide C projects using sp.h with SP_API signatures and sp_ naming.

46|6|Updated Jan 28, 2026
One-click install
npx skills add https://github.com/aresbit/MateBot --skill sp-aresbit
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: sp
Source: https://github.com/aresbit/MateBot/tree/main/skills/spclang
Command: npx skills add https://github.com/aresbit/MateBot --skill sp-aresbit

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill provides a practical guide for using sp.h, a single-header C standard library replacement, emphasizing a compact API and strict usage rules to prevent common mistakes.

Core Features & Use Cases

  • Self-contained guidance for integrating sp.h into C projects with a strict rule set and precise API usage.
  • Enforces function signatures to be prefixed with SP_API and types to use the sp_ naming scheme, while guiding reference usage from references/index.md.
  • Suitable for embedded systems, portability-focused libraries, and educational examples that benefit from a minimal, self-contained standard library replacement.

Quick Start

Add sp.h to your project by including it in your source files and following the guidelines in this Skill. Refer to references/index.md for exact API declarations and constraints. Start by declaring an sp_str_t and using SP_API-wrapped functions per sp.h conventions.

Frequently Asked Questions about sp

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I integrate a single-header C library into my project without causing naming conflicts?

To integrate a single-header C library like sp.h safely, prefix function signatures with SP_API and use the sp_ type naming scheme. This enforces strict API boundaries and prevents naming collisions across embedded and desktop environments.

What is the correct way to declare types and functions when using sp.h?

When using sp.h, you must prefix all function signatures with SP_API and adhere to the sp_ type naming convention. Consult references/index.md to ensure precise API declarations and strict usage constraints are followed.

Can I use dynamic memory allocation with sp.h in embedded systems?

No, sp.h enforces strict rules for usage that include the avoidance of malloc. This makes the single-header C library replacement suitable for embedded systems and portability-focused projects requiring minimal, self-contained memory management.

How do I start using sp.h to replace the standard C library?

Start using sp.h by including it in your source files and consulting references/index.md for exact API declarations. Begin by declaring an sp_str_t and utilizing SP_API-wrapped functions according to the sp.h conventions.

What are the limitations of using a single-header C standard library replacement?

Limitations of this single-header C standard library replacement include strict adherence to SP_API prefixes and sp_ naming, avoidance of malloc, and mandatory consultation of references/index.md for precise API definitions to prevent common integration mistakes.

Does sp.h work for both desktop and embedded C environments?

Yes, sp.h is designed for embedding in C projects across both embedded and desktop environments. Its compact API and self-contained guidelines provide portability-focused library functionality without relying on standard library dependencies.