superteam-academy-dev
This skill enables AI agents to develop, test, and manage on-chain programs for the Superteam Academy, a decentralized learning platform on Solana. It handles soulbound XP tokens, course registry, Metaplex Core credentials, and achievements.
About this skill
This AI agent skill is designed for interacting with and developing for the Superteam Academy, a decentralized learning platform built on the Solana blockchain. It provides comprehensive capabilities for managing various aspects of the platform's smart contracts, including the issuance of soulbound XP tokens (Token-2022) and Metaplex Core credentials. Agents can leverage this skill to implement course registry and enrollment logic, track lesson completion, manage achievement systems, and handle minter role assignments. The skill is particularly suited for Anchor program development, offering insights into testing methodologies using tools like LiteSVM, Mollusk, and Trident. It covers the entire lifecycle from development to deployment on devnet and mainnet. By abstracting the core concepts like account structures (PDAs, Metaplex Core NFTs) and a detailed list of platform instructions, it empowers an AI agent to perform complex on-chain operations and development tasks with a deep understanding of the Superteam Academy's architecture.
Best use case
The primary use case for this skill is to assist developers and project maintainers in building, extending, and managing the Superteam Academy platform on Solana. It is invaluable for tasks involving smart contract development, feature implementation, and maintenance, especially for those working with Solana's Anchor framework. Developers can benefit from an AI agent that understands the intricate details of the Academy's on-chain logic, account structures, and instruction sets, enabling faster and more accurate development, testing, and deployment cycles for new features or bug fixes.
This skill enables AI agents to develop, test, and manage on-chain programs for the Superteam Academy, a decentralized learning platform on Solana. It handles soulbound XP tokens, course registry, Metaplex Core credentials, and achievements.
The user should expect well-structured code snippets, deployment scripts, or detailed architectural explanations specific to Superteam Academy's Solana programs, enabling efficient on-chain development and management.
Practical example
Example input
I need to implement a new instruction in the Superteam Academy Anchor program to allow minters to revoke their role. Can you provide the Anchor instruction definition and associated account structure?
Example output
```rust
// In lib.rs
pub fn revoke_minter(ctx: Context<RevokeMinter>) -> Result<()> {
ctx.accounts.minter_role.close(ctx.accounts.authority.to_account_info())?; // Close the PDA
Ok(())
}
// In instructions.rs
#[derive(Accounts)]
pub struct RevokeMinter<'info> {
#[account(mut, has_one = authority, close = authority)] // Mark for closing and returning rent to authority
pub minter_role: Account<'info, MinterRole>, // The minter role account to be revoked
#[account(mut)]
pub authority: Signer<'info>, // The entity authorized to revoke (e.g., the minter or an admin)
}
```
This instruction closes the `MinterRole` PDA, returning its lamports to the `authority` account. Proper authorization checks would be crucial here to ensure only authorized entities can revoke roles.When to use this skill
- Developing new features or modifying existing smart contracts for the Superteam Academy on Solana.
- Implementing logic for XP token minting or Metaplex Core credential issuance.
- Debugging or testing on-chain interactions related to courses, enrollments, or achievements.
- Automating deployment scripts or upgrades for Superteam Academy programs.
When not to use this skill
- For general Solana development tasks unrelated to the Superteam Academy platform.
- If the task primarily involves off-chain data processing or frontend UI development.
- When the user needs a high-level overview or conceptual explanation of Solana without specific development tasks.
- For tasks requiring expertise in other blockchain ecosystems.
Installation
Claude Code / Cursor / Codex
Manual Installation
- Download SKILL.md from GitHub
- Place it in
.claude/skills/skills/SKILL.mdinside your project - Restart your AI agent — it will auto-discover the skill
How superteam-academy-dev Compares
| Feature / Agent | superteam-academy-dev | Standard Approach |
|---|---|---|
| Platform Support | Claude | Limited / Varies |
| Context Awareness | High | Baseline |
| Installation Complexity | medium | N/A |
Frequently Asked Questions
What does this skill do?
This skill enables AI agents to develop, test, and manage on-chain programs for the Superteam Academy, a decentralized learning platform on Solana. It handles soulbound XP tokens, course registry, Metaplex Core credentials, and achievements.
Which AI agents support this skill?
This skill is designed for Claude.
How difficult is it to install?
The installation complexity is rated as medium. You can find the installation instructions above.
Where can I find the source code?
You can find the source code on GitHub using the link provided at the top of the page.
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SKILL.md Source
# Superteam Academy Skill ## What this Skill is for Use this Skill when the user asks for: - On-chain program development for the Academy platform - XP token minting (soulbound Token-2022) - Course registry and enrollment logic - Lesson completion and bitmap tracking - Finalize course / award XP flows - Metaplex Core credential issuance and upgrades (soulbound via PermanentFreezeDelegate) - Achievement system (create, award, deactivate) - Minter role management (register, revoke, reward XP) - Anchor program development, testing, security - Deployment workflows (devnet → mainnet) ## Core Concepts ### Account Structure (6 PDAs + Metaplex Core NFTs) | Account | Seeds | Purpose | |---------|-------|---------| | Config | `["config"]` | Singleton: authority, backend signer, XP mint | | Course | `["course", course_id.as_bytes()]` | Course metadata, creator, track, XP amounts | | Enrollment | `["enrollment", course_id.as_bytes(), user.key()]` | Lesson bitmap, completion timestamps, credential ref (closeable) | | MinterRole | `["minter", minter.key()]` | Registered XP minter with optional per-call cap (closeable via revoke_minter) | | AchievementType | `["achievement", achievement_id.as_bytes()]` | Achievement definition: name, collection, supply cap, XP reward | | AchievementReceipt | `["achievement_receipt", achievement_id.as_bytes(), recipient.key()]` | Proof of award — PDA collision prevents double-awarding | | Credential NFT | Metaplex Core asset (1 per learner per track) | Soulbound, wallet-visible, upgradeable via URI + Attributes plugin | ### Instructions (16 Total) | Category | Instructions | |----------|-------------| | **Platform Management (2)** | `initialize`, `update_config` | | **Courses (2)** | `create_course`, `update_course` | | **Enrollment & Progress (6)** | `enroll`, `complete_lesson`, `finalize_course`, `close_enrollment`, `issue_credential`, `upgrade_credential` | | **Minter Roles (3)** | `register_minter`, `revoke_minter`, `reward_xp` | | **Achievements (3)** | `create_achievement_type`, `award_achievement`, `deactivate_achievement_type` | ### Core Learning Loop ``` ENROLL → COMPLETE LESSONS → FINALIZE COURSE → ISSUE CREDENTIAL → CLOSE ENROLLMENT ``` 1. **Enroll**: Learner signs, prerequisite check, create Enrollment PDA 2. **Complete Lessons**: Backend signs, set bitmap bit, mint lesson XP (Token-2022 CPI) 3. **Finalize Course**: Backend signs, verify all lessons done, mint completion bonus + creator XP 4. **Issue Credential**: Backend signs, Metaplex Core createV2 CPI (PermanentFreezeDelegate + Attributes plugins) 5. **Close Enrollment**: Learner signs, reclaim rent (immediate if completed, 24h cooldown if not) ### Key Design Decisions - **XP = soulbound Token-2022 token** (NonTransferable + PermanentDelegate) - **Credentials = Metaplex Core NFTs** — soulbound via PermanentFreezeDelegate, wallet-visible, upgradeable - **Config PDA = update authority** of all track collection NFTs - **`finalize_course` and `issue_credential` are split** — XP awards don't depend on credential CPI - **Completion bonus merged into `finalize_course`** — bonus XP = floor(xp_per_lesson * lesson_count / 2) - **No LearnerProfile PDA** — XP balance tracked via Token-2022 ATA - **Rotatable backend signer** stored in Config - **Reserved bytes** on all accounts for future-proofing without migrations - **`revoke_minter` closes the MinterRole PDA** (not a soft deactivation) ## Technology Stack | Layer | Stack | |-------|-------| | Programs | Anchor 0.31+, Rust 1.82+ | | Token Standard | Token-2022 (NonTransferable, PermanentDelegate, MetadataPointer, TokenMetadata) | | Credentials | Metaplex Core NFTs (soulbound via PermanentFreezeDelegate) | | Testing | Mollusk, LiteSVM, Trident (fuzz) | | Client | TypeScript, @coral-xyz/anchor, @solana/web3.js | | Frontend | Next.js 14+, React, Tailwind CSS | | RPC | Helius (DAS API for XP leaderboard + credential NFT queries) | | Content | Arweave (immutable course content) | | Multisig | Squads (platform authority) | ## Compute Budgets | Instruction | CU Budget | |-------------|-----------| | initialize | ~50K | | create_course | ~15K | | complete_lesson | ~30K | | finalize_course | ~50K | | issue_credential | ~50-100K | | upgrade_credential | ~50-100K | | award_achievement | ~80K | ## Operating Procedure ### 1. Classify the task - Platform setup (Config, authority) - Course management (create, update, track assignment) - Enrollment flow (enroll, lessons, finalize, credentials, close) - Minter roles (register, revoke, reward XP) - Achievements (create type, award, deactivate) - Account structure (PDAs, state) - Access control (backend signer, authority, minter permissions) - Testing (unit, integration, fuzz) - Security (audit, attack vectors) - Deployment (devnet, mainnet) ### 2. Implementation Checklist Always verify: - Account validation (owner, signer, PDA seeds + bump) - Backend signer matches `Config.backend_signer` - Checked arithmetic throughout (`checked_add`, `checked_sub`, `checked_mul`) - Bitmap operations correct for lesson tracking - Events emitted for state changes - Canonical PDA bumps stored (never recalculated) - Reserved bytes preserved on account modifications - CPI target program IDs validated ### 3. Testing Requirements - **Unit test** (Mollusk): Each instruction in isolation - **Integration test** (LiteSVM): Full enroll → complete lessons → finalize → credential flow - **Fuzz test** (Trident): Random amounts, edge cases, bitmap bounds - **Attack test**: Unauthorized signer, double completion, supply exhaustion ## Progressive Disclosure (read when needed) ### Programs & Development - [programs-anchor.md](programs-anchor.md) — Anchor patterns, constraints, testing pyramid, IDL generation ### Testing & Security - [testing.md](testing.md) — LiteSVM, Mollusk, Trident, CI guidance - [security.md](security.md) — Vulnerability categories, program checklists ### Deployment - [deployment.md](deployment.md) — Devnet/mainnet workflows, verifiable builds, multisig ### Ecosystem & Reference - [ecosystem.md](ecosystem.md) — Token standards, DeFi protocols - [idl-codegen.md](idl-codegen.md) — Codama/Shank client generation - [resources.md](resources.md) — Official documentation links ## Task Routing Guide | User asks about... | Primary file(s) | |--------------------|-----------------| | Anchor program code | programs-anchor.md | | Unit/integration testing | testing.md | | Fuzz testing (Trident) | testing.md | | Security review, audit | security.md | | Deploy to devnet/mainnet | deployment.md | | Token standards, SPL, Token-2022 | ecosystem.md | | Generated clients, IDL | idl-codegen.md | | Official docs and resources | resources.md | ## Canonical Docs | Document | Purpose | |----------|---------| | `docs/SPEC.md` | Source of truth for all program behavior | | `docs/ARCHITECTURE.md` | Account maps, data flows, CU budgets | | `docs/INTEGRATION.md` | Frontend integration guide |
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