Skill UI

A comprehensive guide to production-ready patterns for ElevenLabs' TypeScript and Python SDKs. This resource covers crucial best practices including singleton client implementation, type-safe TTS service wrappers, robust error classification (rate limiting, quota), and concurrency management using request queues. Essential for building scalable and reliable voice AI applications.

FastMCP CLI provides a unified command-line interface to interact with Model Context Protocol (MCP) servers. It allows users to discover available tools and invoke them programmatically using `fastmcp list` and `fastmcp call`. The CLI supports various server targets (HTTP URLs, local files, configs), complex argument types, and ensures structured output, making it essential for building automated, multi-tool workflows and system integrations.

Provides comprehensive monitoring, metrics tracking, and alerting for all Figma API interactions. It instruments client calls to track key metrics like request latency, error rates, rate limit status, and cache performance. This solution ensures robust operational visibility, allowing developers to maintain high availability and stability for Figma integrations in production environments.

This guide details how to install and configure authentication methods for the Flexport API. It covers both static API Keys (bearer tokens) and dynamic OAuth credentials (Client ID/Secret) to secure connections for logistics and supply chain operations. Use this when integrating a new application to read, write, or manage shipment data.

This guide establishes a fast, reproducible local development workflow for integrating with Flexport logistics. Since an official SDK is unavailable, it utilizes a typed HTTP client wrapper combined with mock responses. This setup allows developers to quickly set up, test, and iterate on shipment data handling, ensuring robust development cycles without relying on live API access.

This guide provides production-ready patterns for interacting with the Flexport REST API v2 in TypeScript and Python. It teaches crucial best practices, including implementing a singleton client for state management, handling paginated data streams, automatic retry logic, and using Zod for robust response validation, ensuring reliable logistics integrations.

This guide demonstrates how to deploy a minimal "Hello World" application to the Fly.io platform. It covers two primary deployment methods: using the simple `flyctl` Command Line Interface (CLI) for quick setup, and utilizing the advanced Machines API for programmatic deployment. This skill is ideal for beginners starting a new Fly.io project, or for implementing robust, globally distributed edge compute infrastructure.

A comprehensive TypeScript SDK providing production-ready patterns for interacting with the Fly.io Machines REST API. It includes a typed client for managing the entire machine lifecycle—creation, state polling, and deletion—across multiple global regions. Features like robust error handling, rate-limit retries, and deployment builders ensure reliable multi-region orchestration for edge computing applications.

This comprehensive guide provides step-by-step instructions for migrating and upgrading services on the Fly.io platform. It details critical processes such as migrating applications from Apps v1 (Nomad) to v2 (Machines), upgrading the flyctl CLI, performing major Postgres database version upgrades, and executing region migrations. Essential for maintaining and modernizing cloud infrastructure.

This SDK provides production-ready patterns for integrating with Fondo's tax and accounting data. It includes a Singleton Client for authenticated REST calls, robust error wrappers (handling retries and authentication), a Query Builder for flexible API requests, and structured types for parsing transactions, accounts, and reports. It is designed for building reliable internal financial tools.

This specialized skill reviews contracts from a freelancer's perspective. It evaluates agreements using 14 detailed lenses—covering misclassification risk, IP ownership, payment terms, and non-compete clauses—to flag structural imbalances that often favor the client. It helps independent contractors understand potential legal and financial risks within client agreements.

This workflow demonstrates the core capabilities of the Glean Client API, allowing users to build comprehensive knowledge assistants. It covers advanced full-text search with filters and facets, implements AI-powered chat for contextual Q&A, and provides autocomplete suggestions. Ideal for integrating deep search and conversational AI into enterprise applications.