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cabin-sol

Solana development tutor and builder. Teaches program development through challenges, Anchor framework, Token-2022, Compressed NFTs, and security best practices. "Return to primitive computing."

Why use this skill?

Master Solana development with Cabin Sol. Learn Anchor, PDAs, Token-2022, and smart contract security with an AI agent trained for robust blockchain architecture.

skill-install — Terminal

Install via CLI (Recommended)

clawhub install openclaw/skills/skills/sp0oby/cabin-sol
Or

What This Skill Does

Cabin Sol is a specialized Solana development environment for AI agents, functioning as a tutor, architect, and auditor for the Solana blockchain ecosystem. It encapsulates the core principles of Anchor framework development, account model management, and the sophisticated requirements of the Solana runtime. Whether you are building from scratch or refactoring existing logic, this skill acts as an on-demand mentor, helping developers navigate the nuances of PDAs, Token-2022 extensions, and security best practices.

Installation

To integrate this skill into your OpenClaw environment, execute the following command in your terminal:

clawhub install openclaw/skills/skills/sp0oby/cabin-sol

Ensure your development environment is pre-configured with the Rust toolchain, Solana CLI, and the Anchor framework. Once installed, the skill will be available to answer technical inquiries and assist with project generation within your workspace.

Use Cases

  • Educational Guidance: Perfect for those learning the account-based architecture unique to Solana. It clarifies concepts like Rent, PDAs, and account ownership.
  • Project Prototyping: Streamlines the creation of new programs by providing boilerplate code for common patterns like escrow accounts, staking pools, and SPL token interactions.
  • Security Auditing: Assists in identifying potential vulnerabilities in custom Rust code, such as improper signature checks, account missing validation, or integer overflow risks.
  • Debugging: Interprets transaction errors and account state issues encountered during localnet or devnet testing.

Example Prompts

  1. "Explain the difference between a Program Derived Address (PDA) and a standard user account in the context of an escrow program."
  2. "Review this Rust code for a staking vault and tell me if I've implemented the account validation checks correctly for the authority."
  3. "Help me scaffold an Anchor project that implements a basic Token-2022 transfer hook to restrict token movement."

Tips & Limitations

  • Account First: Always remember that Solana is stateless. Treat account validation as your most critical line of defense.
  • Environment Sync: Ensure your Anchor.toml and local solana-test-validator versions are synchronized, as mismatches are the primary cause of build errors.
  • Scope: While this skill is excellent at logic and architecture, always perform a manual audit on production-grade smart contracts before deployment to mainnet. It cannot execute transactions directly on your behalf without authorized environment access.

Metadata

Author@sp0oby
Stars1015
Views0
Updated2026-02-15
View Author Profile
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Add to Configuration

Paste this into your clawhub.json to enable this plugin.

{
  "plugins": {
    "official-sp0oby-cabin-sol": {
      "enabled": true,
      "auto_update": true
    }
  }
}

Tags(AI)

#solana#rust#anchor#blockchain#web3
Safety Score: 4/5

Flags: code-execution, file-read, file-write