DevRel AI
Official@devrelaicom
Synthetic Cognition Systems Engineering ❉ DevRel / DevX / DevEd Specialists
Agent Skills by DevRel AI
Showing 90 vetted skills indexed across 1 GitHub repositories.
devrelaicommidnight-cq:wallet-testing
Write Vitest tests for custom Midnight Wallet SDK implementations and WalletBuilder compositions.
devrelaicommidnight-cq:dapp-connector-testing
Validate DApp wallet integration by exercising the InitialAPI and ConnectedAPI.
devrelaicommidnight-cq:compact-testing
Run deterministic Compact contract unit tests with the OpenZeppelin-compact contracts-simulator.
devrelaicommidnight-cq:quality-check
Run and interpret linting, type checking, contract compilation, and test failures for Midnight projects.
devrelaicommidnight-cq:quality-init
Initializes Midnight Network code quality tooling with Biome, hooks, and CI workflows.
devrelaicommidnight-cq:ledger-testing
Create deterministic unit and integration tests for Midnight ledger interactions.
devrelaicommidnight-cq:dapp-testing
Test Midnight DApp frontend components using a contract simulator without a live blockchain.
devrelaicommidnight-expert:doctor
Assesses plugin, MCP server, CLI, and NPM registry health for the midnight-expert environment.
devrelaicomcompact-core:compact-ledger
Model on-chain state for Compact contracts using ledger types and ADT structures.
devrelaicomcompact-core:compact-debugging
Debug Compact smart contract compiler, witness, and disclosure errors.
devrelaicomcompact-core:compact-init-project
Scaffold a Midnight Compact project and compile contract artifacts.
devrelaicomcompact-core:compact-witness-ts
Implement TypeScript witness functions for Compact contracts with type mappings.
devrelaicomcompact-core:compact-standard-library
Document Compact standard library exports and their official reference locations.
devrelaicomcompact-core:compact-privacy-disclosure
Identify undisclosed witness data in Compact contracts and apply disclose() at public boundaries.
devrelaicomcompact-core:compact-transaction-model
Explain Midnight's three-stage execution mapping Compact circuits to on-chain transactions.
devrelaicomcompact-core:compact-patterns
Catalog reusable Compact contract design patterns for access control, state, and privacy.
devrelaicomcompact-core:compact-circuit-costs
Analyze Compact circuit costs across proving, gas, and state dimensions.
devrelaicomcompact-core:basic-start
Deploy a Compact smart contract on a local Midnight devnet.
devrelaicomcompact-core:compact-structure
Scaffold Compact smart contracts with pragma, imports, ledger, and circuit declarations.
devrelaicomcompact-core:compact-review
Review Compact smart contracts and TypeScript witnesses for security and correctness.
devrelaicomcompact-core:compact-language-ref
Reference Compact language types, casting, operators, control flow, modules, and stdlib usage.
devrelaicomcompact-core:compact-tokens
Guide Midnight token design and implementation for shielded and unshielded workflows.
devrelaicommidnight-tooling:troubleshooting
Diagnose and repair Midnight Network CLI, devnet, and Docker failures.
devrelaicommidnight-tooling:release-notes
Fetch and summarize Midnight Network component release notes from MDX files.
Frequently Asked Questions About DevRel AI
FAQPage SchemaWhat specific tasks can developers perform using these capabilities?▼
Developers can scaffold Compact smart contracts, implement TypeScript witnesses, generate zero-knowledge proofs, and perform end-to-end testing against local devnets. The system supports contract compilation, ledger state modeling, and verification of on-chain transaction anatomy.
Which technical personas benefit from these engineering resources?▼
These resources are designed for blockchain engineers, smart contract auditors, and DApp developers working within the Midnight ecosystem. It specifically supports those building privacy-preserving applications, managing node infrastructure, or requiring rigorous verification of cryptographic circuits.
What are the primary dependencies for running these environments?▼
Runtime environments require the Compact compiler toolchain, Docker for proof server management, and Node.js for TypeScript SDK integration. Local development relies on configured devnet images, PostgreSQL or SQLite for indexing, and specific environment variables for node connectivity.