Skill UI

This skill provides comprehensive observability for ClickUp API integrations. It instruments API calls to capture key metrics like request rate, latency percentiles, error counts, and rate limit usage. It integrates with Prometheus for metrics, OpenTelemetry for distributed tracing, and structured logging for detailed event tracking. Use it to build robust dashboards and set up critical alerts for API performance issues.

This guide details how to use sophisticated coding agents (such as Codex, Claude Code, or Pi) through a structured bash workflow. It provides methods for complex development tasks, including building new features, refactoring large codebases, and reviewing pull requests (PRs). Key best practices covered include managing pseudo-terminals (PTY), defining focused working directories (`workdir`), and executing tasks in the background for robust, multi-step automation.

This comprehensive runbook provides structured procedures for handling Cohere API outages. It guides users through incident triage (P1-P4), quick troubleshooting steps, and detailed mitigation strategies for common error codes (401, 429, 5xx). Includes best practices for graceful degradation and post-incident review, ensuring rapid service restoration.

This skill provides a comprehensive, multi-phase guide for authors to create a Specification Enhancement Proposal (SEP) adhering to formal governance standards. It guides the user through necessary prerequisites, consensus building, technical interviews (covering breaking changes, security, and prototypes), and structured research phases required to define new protocols or improvements for the Model Context Protocol (MCP).

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.

This workflow is designed for developers building design-to-code pipelines. It connects to Figma via API to extract core design tokens, including colors, typography styles, and spacing values. It converts these raw design assets into structured code formats, such as CSS custom properties, JSON tokens, and Tailwind configurations, ensuring design consistency across development environments.

This guide provides a comprehensive setup for local development workflows for Figma plugins and external REST API integrations. It enables developers to build, test, and iterate rapidly using hot reloading, mocked API fixtures, and structured project templates. Essential for creating design-to-code pipelines and advanced Figma tooling.

Generates deterministic, publication-quality vector diagrams (SVG) for architecture, workflows, and pipelines from structured JSON specifications (FigureSpec). This tool is designed for technical documentation and formal system modeling where absolute precision, reproducibility, and the ability to edit the output are critical. It ensures that the same input always yields the same, validated diagram.

This skill automatically converts structured data specifications (such as CSV, JSON schemas, SQL DDL, or Protobuf definitions) into functional, production-ready code. It generates complete models, validation logic, full CRUD API endpoints, and unit tests in multiple languages (Python, TypeScript, Go, etc.), significantly reducing boilerplate coding time and ensuring type safety.

This comprehensive guide assists developers in maintaining and upgrading integrations with the Finta fundraising CRM API. It covers critical areas such as API version detection, handling schema evolution (e.g., structured stage objects), best practices for data migration, and troubleshooting common breaking changes (like field renames, permission changes, or enum changes) to ensure continuous and reliable data synchronization.

This skill provides a comprehensive observability stack for Flexport logistics integrations. It sets up Prometheus metrics for API health tracking, uses structured logging (pino) for debugging, implements OpenTelemetry tracing for latency analysis, and defines actionable Grafana dashboards and alert rules. This ensures reliable, performant, and fully monitored logistics operations.

A comprehensive reference architecture for building robust and scalable supply chain integrations with Flexport's logistics API. It outlines a structured pipeline using Ingest (webhooks/polling), Core (business logic services), and Expose (REST API/Dashboard layers), ensuring reliable data flow, caching, and queueing best practices.