Skill UI

A comprehensive CI pipeline solution for validating MindTickle sales enablement API integrations. This tool implements a two-tier testing strategy: unit tests use mocking to verify logic without API calls, while integration tests run against the live MindTickle API on main branch merges, securely requiring both an API Key and Company ID. It ensures robustness, manages API rate limits, and provides detailed error handling guidelines for developers.

This guide provides structured patterns for reliably interacting with the MindTickle REST API. It addresses complex enterprise challenges, such as org-aware authentication, handling nested progress data, and ensuring strict SCIM compliance. Key patterns include robust error wrappers (with rate limit retry logic), type-safe query builders for progress tracking, middleware for request scoping, and mock factories for testing sales readiness workflows.

This guide provides a comprehensive setup for configuring CI/CD pipelines for Miro REST API v2 integrations. It uses GitHub Actions to automate unit and integration testing, validate API connectivity, and implement crucial cleanup steps to ensure test isolation and reliable results.

A comprehensive guide and working example demonstrating how to programmatically interact with the Miro REST API v2 using TypeScript. This skill covers the full board lifecycle, allowing users to create boards, add diverse items (sticky notes, shapes), connect elements with connectors, and list all board contents. Ideal for testing new Miro integrations or automating workflow processes.

This skill provides a comprehensive guide to setting up a robust local development workflow for building Miro integrations. It encompasses hot reloading for rapid iteration, structured unit and integration testing using Vitest, and configuring ngrok tunneling for simulating real-world webhooks and interacting with the Miro REST API v2.

This comprehensive guide establishes a structured local development environment for integrating with the Navan API. Since Navan does not provide a sandbox, this workflow is crucial for minimizing calls to the production API. It implements token caching to persist access tokens, detailed request logging for debugging, and mock fixtures to allow for reliable, safe offline testing during the development cycle.

A comprehensive guide for performing end-to-end (E2E) and integration testing on the Nexu → OpenClaw gateway stack. It details the architectural constraints and viable testing methods, emphasizing the use of Vitest for reliable internal function testing (e.g., skill snapshotting, session store logic). Use this when verifying core gateway fixes, testing skill loading after restarts, or simulating complex operational scenarios.

This skill guides users through setting up a robust, local development loop for Notion integrations. It covers creating dedicated development tokens, structuring the project for testability, implementing mocked SDK unit tests, and handling API rate limits with exponential backoff retries. This ensures rapid, reliable iteration and testing without compromising production data safety.

This skill provides a comprehensive, production-grade reference architecture for building robust Notion integrations. It defines a multi-layered structure, including client singletons, repository patterns, service orchestration, and caching mechanisms. It is essential for migrating ad-hoc API calls to scalable, event-driven, and highly reliable enterprise applications that incorporate rate limiting, sophisticated error handling, and comprehensive testing strategies.

A comprehensive checklist and methodology for penetration testing file upload endpoints. Covers critical vulnerabilities such as MIME type bypass, extension bypass, magic byte manipulation, path traversal, and stored XSS. Essential for web application security assessment and bug bounty hunting, guiding testers through basic testing to advanced exploitation techniques like Null Byte injection and double extensions.

This comprehensive checklist guides penetration testers through discovering Insecure Direct Object References (IDOR). It covers techniques like object ID enumeration, horizontal and vertical privilege escalation, and parameter manipulation. Use it for web application pentests and bug bounty hunting to identify broken access control vulnerabilities.

This comprehensive checklist guides users through identifying and exploiting open redirect vulnerabilities in web applications. It covers parameter identification, advanced bypass techniques (e.g., URL encoding, CRLF injection), and chaining the vulnerability with other flaws like OAuth or SSRF. Ideal for web application penetration testing and bug bounty hunting.