Skill UI

This utility collects comprehensive diagnostic evidence for Fireflies.ai integration issues. It captures environment details (Node/Python versions, OS), checks API connectivity, gathers account metadata, and pulls recent transcript metadata. The output is a safe, redacted bundle ideal for submitting support tickets or troubleshooting persistent platform problems.

Provides minimal working examples and comprehensive instructions for querying the Fireflies.ai GraphQL API. Users can learn how to list workspace users, fetch recent meeting transcripts, and retrieve detailed summaries, including action items and keywords, using code examples in TypeScript, Python, and Bash. Ideal for initial API setup, integration testing, or learning GraphQL patterns for meeting data.

A comprehensive runbook for rapidly responding to Fireflies.ai integration failures. Provides structured triage steps, P1-P4 severity assessment, and detailed remediation guides for common issues like API key expirations, rate limiting, and webhook discrepancies. Essential for on-call engineers during platform outages.

A comprehensive toolkit for monitoring the health and performance of Fireflies.ai integration. It tracks crucial metrics such as API connectivity, webhook delivery status, transcript processing latency, and seat utilization. Built using Prometheus metrics and suitable for Grafana dashboards, ensuring reliable data pipeline monitoring for engineering teams.

A comprehensive, step-by-step checklist for deploying Fireflies.ai integrations to a live production environment. This guide ensures API key management, webhook setup, robust health checks (including a TypeScript example), continuous monitoring, and a defined rollback procedure are all executed correctly for a successful go-live.

This guide outlines essential security protocols for integrating Fireflies.ai. It covers best practices for managing sensitive API keys (e.g., environment variables, pre-commit hooks), implementing robust HMAC-SHA256 webhook signature verification in multiple languages (TypeScript, Python), and correctly configuring transcript privacy levels to ensure data confidentiality. Ideal for developers setting up production-ready integrations.

This comprehensive workflow guides the entire lifecycle of building a complex full-stack feature, from initial architectural design to final integration testing. It enforces an API-first approach, ensuring that the database schema, backend services, and frontend components are developed cohesively, promoting scalability, testability, and adherence to modern industry best practices.

This guide details how to configure Continuous Integration/Continuous Deployment (CI/CD) pipelines for Gamma-powered applications using GitHub Actions. It covers setting up automated unit testing, running specialized Gamma API integration tests, and ensuring the application quality throughout the build process. Ideal for developers setting up robust, automated testing workflows.

A comprehensive toolkit designed to systematically diagnose and troubleshoot integration issues with the Gamma API. It includes scripts for connectivity testing, authentication validation, latency measurement, and checking various API endpoints (themes, folders, generations) across both Bash and TypeScript environments. Essential for developers ensuring reliable API connections.

This skill provides a robust framework for implementing Role-Based Access Control (RBAC) when integrating with Gamma API in enterprise or multi-tenant environments. Since Gamma's API key is workspace-level, this solution enforces granular, per-user permissions (Guest, Viewer, Editor, Admin) at the application layer. Key components include authorization middleware, multi-tenant isolation logic, usage quota management, and detailed audit logging, ensuring system security and compliance in large-scale deployments.

A comprehensive runbook providing systematic, step-by-step procedures for responding to and resolving critical incidents related to Gamma integration. It covers diagnostics for full outages, 5xx errors, rate limit exceedances, and high latency, ensuring rapid and structured incident handling during production failures.

A comprehensive solution for implementing robust observability for Gamma API integrations. This pattern provides structured logging, detailed metrics tracking (including request counts, error rates, latency, and credit consumption), and health check endpoints. It is essential for monitoring the reliability and performance of your application when using the Gamma API in a production environment.