framework-detection
Detects Solidity development framework (Foundry, Hardhat, or Hybrid) and adapts workflows accordingly. Use at the start of any Solidity development task to determine which tools and commands to use.
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Detects Solidity development framework (Foundry, Hardhat, or Hybrid) and adapts workflows accordingly. Use at the start of any Solidity development task to determine which tools and commands to use.
Common Solidity design patterns and implementations for secure smart contract development. Use when implementing standard functionality like access control, upgradeability, or token standards.
Deployment strategies, scripts, and best practices for Solidity smart contracts. Use when deploying contracts to testnets or mainnet.
Templates and automation for initializing and configuring Hardhat projects. Use when setting up new Hardhat projects or adding Hardhat to existing codebases.
Test coverage analysis and improvement strategies for Solidity contracts. Use when analyzing or improving test coverage.
Security audit methodology, checklists, and tools for identifying vulnerabilities in Solidity smart contracts. Use when reviewing contracts for security issues or performing comprehensive audits.
Code quality standards, linting rules, and best practices for clean Solidity code. Use when reviewing code quality or establishing project standards.
Proxy patterns for upgradeable smart contracts. Use when implementing or reviewing upgradeable contracts.
NatSpec documentation standards and best practices for Solidity contracts. Use when documenting code or reviewing documentation quality.
Common vulnerability patterns in Solidity and how to prevent them. Use when reviewing contracts for security issues or learning about common exploits.
Security review for blockchain and cryptographic code. Use when reviewing PRs, auditing code, checking for vulnerabilities, or when security is mentioned.
Guide for implementing new features in ZChain. Use when adding new functionality, creating new classes, extending the blockchain, or implementing new miners/hashers.
This skill should be used when the user asks about "AIR", "algebraic intermediate representation", "ZK constraints", "trace design", "constraint soundness", "polynomial commitments", "FRI", "STARK", "lookup arg...
Complete asset management feature for Polkadot dApps using the Assets pallet. Use when user needs fungible token/asset functionality including creating custom tokens, minting tokens to accounts, transferring to...
Baseline security checklist for Solana programs: authority checks, input validation, upgrade keys, unsafe patterns, and attack surfaces. Use for design reviews and pre-deploy audits.
Secure Solana frontends against phishing, bad prompts, and unsafe signing requests. Use for audits of wallet UX and dApp sites.
Deploy Dojo worlds to local Katana, testnet, or mainnet. Configure Katana sequencer and manage deployments with sozo. Use when deploying your game or starting local development environment.
Implement ERC20 and ERC721 token standards in Dojo using Origami library. Use when adding fungible tokens, NFTs, or token-based game mechanics.
Write clear disclosures for Solana projects: risks, unlocks, authority states, and data sources. Use for websites, docs, and announcements.
Build a Solana wallet monitoring bot (inflows/outflows, threshold alerts) with safe rate limits and privacy guardrails. Use for treasury monitoring, whale tracking, or security alerts.
Craft pragmatic tokenomics for Solana memecoins: supply narrative, burns/sinks, incentives, and realism checks. Use during concepting and pre-launch docs.
Build with Solana compressed NFTs (cNFTs) - Merkle trees, minting at scale, transfers, and metadata. Use when creating large NFT collections or reducing mint costs.
Expert guide to Solana's account model: ownership, signers, rent, PDAs, CPIs, and state layout decisions. Use when modeling accounts, auditing account flows, or debugging account-related errors.
Design Solana/Anchor instructions with clear inputs, constraints, authority checks, and invariants. Use when defining or reviewing instruction APIs.
Le classement utilise les étoiles du dépôt GitHub indexé. Plusieurs skills peuvent partager ce nombre : ce n’est ni un nombre d’installations ni une note de qualité.