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Expert guidance for advanced TypeScript type safety, generics, type inference, and compile-time validation. Use when implementing complex type systems, improving type safety, or eliminating runtime errors.
Advanced TypeScript type system specialist for complex generics, conditional types, template literals, type inference, performance optimization, and type-level programming. Use for intricate type system challenges, recursive types, brand types, utility type authoring, and type performance issues. Includes comprehensive coverage of 18 advanced type system error patterns.
Guidance for measuring TypeScript type instantiations using @ark/attest. Use when optimizing type-level performance, writing type benchmarks, or debugging slow type evaluation.
Expert TypeScript developer specializing in advanced type system usage, full-stack development, and build optimization. This skill should be used PROACTIVELY when working on any TypeScript code - implementing features, reviewing configurations, or debugging type errors. Use unless a more specific subagent role applies.
Diagnose and resolve build failures, performance issues, and deployment problems using the RAPID framework. Covers TypeScript/build errors, performance bottlenecks, Edge Functions, environment configs. Parallel specialist to fail-fast-debugging (bugs) and root-cause-tracing (code investigation).
TypeScript strictest patterns, type guards, optional properties (exactOptionalPropertyTypes), Drizzle query safety, null checks. Use when fixing type errors, implementing complex types, or when user mentions TypeScript/types/generics.
TypeScript type system fundamentals and basic typing patterns
Apply when writing TypeScript code requiring type safety, utility types, discriminated unions, or generic patterns.
Write type-safe TypeScript. Use when writing or reviewing TypeScript code. Covers type safety best practices, avoiding dangerous features (any/as), and proper narrowing techniques.
Convert TypeScript code to idiomatic Rust. Use when migrating TypeScript projects to Rust, translating TypeScript patterns to idiomatic Rust, or refactoring TypeScript codebases. Extends meta-convert-dev with TypeScript-to-Rust specific patterns.
Type parameter naming conventions for personal TypeScript projects. Triggers on generic type/function creation, type-level code, or when asking about TypeScript generics.
Convert TypeScript code to idiomatic Python. Use when migrating TypeScript projects to Python, translating TypeScript patterns to Pythonic idioms, or refactoring TypeScript codebases into Python. Extends meta-convert-dev with TypeScript-to-Python specific patterns.
TypeScript development guidelines and patterns. Use this skill when writing TypeScript code, creating React components with TypeScript, configuring tsconfig.json, using advanced types like generics or utility types, or when the user asks about TypeScript best practices.
Convert Python code to idiomatic TypeScript. Use when migrating Python projects to TypeScript, translating Pythonic patterns to TypeScript idioms, or refactoring Python codebases into TypeScript. Extends meta-convert-dev with Python-to-TypeScript specific patterns.
East programming language - a statically typed, expression-based language embedded in TypeScript. Use when writing East programs with @elaraai/east. Triggers for: (1) Writing East functions with East.function() or East.asyncFunction(), (2) Defining types (IntegerType, StringType, ArrayType, StructType, VariantType, etc.), (3) Using platform functions with East.platform() or East.asyncPlatform(), (4) Compiling East programs with East.compile(), (5) Working with East expressions (arithmetic, collections, control flow), (6) Serializing East IR with .toIR() and EastIR.fromJSON(), (7) Standard library operations (formatting, rounding, generation).
Use when adding pseudocode examples to implementation guides or technical documentation - creates readable TypeScript-style pseudocode with strategic comments (Boundary, Integration, Pattern, Decision) that guide developers during implementation
Comprehensive development support for LI.FI DEX aggregator including SDK, Widget, and API integration for cross-chain swaps and bridging. Use when building applications with LI.FI for - (1) Cross-chain token swaps and bridges, (2) Multi-chain liquidity aggregation, (3) Trading widget integration, (4) Custom DEX aggregation UI, (5) Gas subsidy implementation, (6) Revenue monetization with integrator fees, (7) Route optimization across 60+ chains, (8) Intent-based trading systems. Covers SDK usage (TypeScript/JavaScript), Widget customization (React/Vue/Svelte), API integration (REST), and LI.FI-specific features like cross-chain routing, gas subsidies (LI.Fuel), and multi-protocol aggregation across Uniswap, 1inch, Stargate, Across, and 800+ protocols.
Comprehensive development support for Uniswap Protocol (v2/v3/v4), SDK integration, Subgraph API, and smart contract development. Use when building DeFi applications with Uniswap including - (1) Token swaps and routing, (2) Liquidity provision and management, (3) Custom hooks and AMM logic (v4), (4) Subgraph data queries and analytics, (5) Contract integration and testing, (6) Version selection and migration, (7) Security best practices implementation. Covers SDK usage (TypeScript/JavaScript), smart contract development (Solidity), API integration (GraphQL), and protocol-specific features like concentrated liquidity (v3) and hooks (v4).
MongoDB with Mongoose ODM - schemas, models, queries, aggregation, indexes, TypeScript typing, connection management
