Skill UI

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.

A comprehensive guide for deploying applications, especially those integrated with AI services like Gamma, to major cloud environments including Vercel, AWS, GCP, and GitHub. Covers best practices for secret management, environment variable configuration, and setting up CI/CD pipelines across various cloud architectures.

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.

This comprehensive guide details advanced strategies for optimizing interactions with the Gamma API. It covers critical best practices including implementing smart polling with adaptive backoff, caching static resources (themes, folders), executing parallel batch generations, and minimizing generation latency by tuning content parameters. Essential for developers building robust and high-performance Gamma integrations.

A comprehensive, multi-stage checklist designed to ensure that any third-party or internal integration is robust, secure, and fully functional before being deployed to a live production environment. It covers critical areas including API security, error handling, performance optimization, monitoring setup, and disaster recovery planning.

A comprehensive guide providing reference architectural patterns for building scalable, maintainable, and robust enterprise integrations involving Gamma services. It details three patterns—Basic, Service Layer, and Event-Driven—covering use cases from simple prototypes to high-volume, microservices-based systems, guiding system designers and architects on best practices.

Provides comprehensive guidelines for securing API integrations with Gamma. Covers essential best practices such as using environment variables for API key storage, implementing key rotation strategies, request signing, and enforcing least privilege access control. Essential for developers building robust, production-grade applications.

This guide demonstrates how to build a resilient, event-driven architecture for Gamma API integrations when native webhooks are unavailable. It utilizes a poll-based pattern, creating synthetic application-level events (start, completed, failed) by wrapping polling logic within an EventEmitter or message queue. Ideal for building background workers that reliably track and react to the full lifecycle of content generation.

Automates Gan AI operations through Composio’s Rube MCP integration, guiding users to search schemas, verify active connections, and execute workflows with schema-compliant arguments and session reuse.

This skill orchestrates a comprehensive, multi-stage Git development workflow, simulating the process from code commit to PR preparation. It leverages specialized AI agents (code reviewers, test automators, prompt engineers) to systematically enforce best practices. Key functions include code quality assessment, breaking change analysis, running unit/integration/E2E tests, and generating Conventional Commit messages, ensuring code readiness and high quality before merging.