cairo-components
Explain Starknet components, embedding into contracts, and component interfaces; use when a request involves reusable contract logic or component-based design in Cairo.
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Explain Starknet components, embedding into contracts, and component interfaces; use when a request involves reusable contract logic or component-based design in Cairo.
Summarize Starknet smart contract security recommendations and common Cairo pitfalls; use when a request involves best practices, safety checks, or audit guidance.
Explain Starknet ABI serialization of Cairo types, including arrays, structs, enums, and integers; use when a request involves calldata encoding or Serde behavior.
Explain Starknet contract events, event enums, and emitting events; use when a request involves defining or emitting events in Cairo.
Explain Starknet storage vectors with VecTrait and MutableVecTrait, element addressing, and operations; use when a request involves Vec-based storage in Cairo contracts.
Explain Starknet upgradeability via class hash replacement and proxy patterns; use when a request involves upgrading contract logic or replace_class_syscall.
Explain Starknet contract storage layout, the storage struct, Store trait, and read/write access; use when a request involves storage variables or storage layout in Cairo.
Explain Starknet library calls that execute code from another class using class hash; use when a request involves library dispatchers, class hashes, or library_call_syscall.
Explain how to call another Starknet contract using dispatcher patterns and interfaces; use when a request involves cross-contract calls, dispatchers, or contract_call_syscall.
Explain Cairo oracles for offloading computation in executables, oracle::invoke, and constraints for soundness; use when a request involves experimental oracles or external computation in Cairo.
Execute resident-requested swaps with safety checks, audit trails, rollback capabilities, and escalation procedures. Use when processing swap requests, validating against constraints, or managing swap lifecycle...
Toggle PAI governance enforcement on/off. Control chain-of-command routing and session-end requirements.
Use when building features that execute untrusted user code, AI-generated code, or need isolated code execution environments
Convert JSON ABI files to TypeScript const exports with proper typing. Use when working with smart contract ABIs, converting JSON to TypeScript, generating typed contract interfaces, or adding new contract ABIs...
MoonBit code generation best practices. Use when writing MoonBit code to avoid common AI mistakes with syntax, tests, and benchmarks.
Use this skill when the user asks to "check balance", "what's the balance of", "is this a contract or EOA", "get address info", or mentions checking wallet balance or account type on EVM chains (Ethereum, Polyg...
Use this skill when the user asks for "solana transaction", "sol tx", "signature details", "confirm signature", or mentions viewing transaction data on Solana. Requires a transaction signature and optional chai...
Use this skill when the user asks for "transaction details", "show me tx", "what happened in this transaction", "look up transaction", or mentions viewing transaction data on EVM chains (Ethereum, Polygon, Arbi...
Use this skill when the user asks to "get contract source code", "show verified contract", "fetch source from etherscan", "view smart contract code", or mentions viewing verified source code on EVM chains (Ethe...
Expert Anchor smart contract development for Solana (January 2026). Use when (1) Writing or auditing Solana programs, (2) Implementing security patterns, (3) Defining account structures and constraints, (4) Bui...
Safe upgrade practices for upgradeable smart contracts. Use when planning or executing contract upgrades.
Test design patterns, best practices, and examples for comprehensive Solidity testing. Use when writing tests for smart contracts or improving test coverage.
Mandatory verification protocol after code changes for Solidity projects. Use after any code modification to ensure quality.
Gas optimization techniques and patterns for efficient Solidity smart contracts. Use when optimizing contract gas costs or reviewing code for efficiency improvements.
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