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cabin-sol

Provide structured Solana program development challenges with Anchor and YAML frontmatter.

4|Updated Jan 28, 2026
Search Tags:#education#tutorial#nft#anchor#solana#token-2022#pdas
One-click install
npx skills add https://github.com/tedkaczynski-the-bot/cabin-sol --skill cabin-sol
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: cabin-sol
Source: https://github.com/tedkaczynski-the-bot/cabin-sol/tree/main
Command: npx skills add https://github.com/tedkaczynski-the-bot/cabin-sol --skill cabin-sol

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

Cabin Sol provides a structured, mentor-like path for AI agents and developers to learn Solana program development by combining practical challenges with reference material and authoritative best practices.

Core Features & Use Cases

  • Guided challenges: From Hello Solana to advanced constructs like PDAs, Token-2022, and compressed NFTs.
  • Anchor framework integration: Real-world examples and patterns to accelerate learning and implementation.
  • Comprehensive references: Curated guides and examples to support debugging, testing, and deployment scenarios.
  • Use Case: A developer follows the progressive challenges to build a staking program and a simple AMM to practice real-world workflows.

Quick Start

Clone this repository and open SKILL.md to begin Cabin Sol's guided learning journey.

Frequently Asked Questions about cabin-sol

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

FAQPage Schema
How do I learn Solana program development with Anchor from scratch?▼

Solana program development with Anchor is learned through structured, progressive challenges starting from basic constructs and advancing to real-world projects like staking programs and AMM simulations, with references supporting debugging and deployment workflows.

What are PDAs and how do I use them in Solana programs?▼

PDAs, or Program Derived Addresses, are covered through guided challenges that demonstrate their implementation within Anchor programs. You learn to assign deterministic addresses to accounts, enabling secure real-world patterns like staking workflows.

Does this guide cover Token-2022 and compressed NFTs on Solana?▼

Token-2022 and compressed NFTs are explicitly covered in the advanced guided challenges. You practice implementing these modern Solana token standards through practical projects designed to fit real-world use cases.

Can I practice building a staking program and AMM on Solana?▼

Building a staking program and a simple AMM are provided as practical use cases within the guided challenges. These projects allow you to practice real-world Solana development workflows from start to finish.

Do I need prior Rust experience to learn Solana development here?▼

The challenges progress from a basic 'Hello Solana' program to advanced constructs like PDAs and compressed NFTs. While prior programming knowledge is assumed, the structured references and examples support learners through practical Anchor implementations.

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