Skill UI

This guide sets up a fast, cost-effective local development loop for building applications powered by the Anthropic API (Claude). It includes instructions for hot reloading, cost-saving tips (e.g., using Haiku, token limits), and mock client implementation for robust unit testing. It supports both TypeScript/Node.js and Python environments, streamlining the AI development workflow.

Provides a comprehensive, production-ready reference architecture for building advanced analytics platforms powered by ClickHouse. It details everything from project layout (TypeScript/Node.js structure) and data ingestion pipelines (Kafka, Webhooks) to the optimal 3-layer schema design (Raw, Hourly, Daily) and multi-tenancy patterns, ensuring scalable and efficient OLAP query performance.

This comprehensive guide serves as a reference for diagnosing and resolving common errors when interacting with the ClickUp API v2. It covers critical HTTP status codes (400, 401, 403, 404, 429, 500) and specific OAuth error codes (ECODEs). Use this resource when debugging failed API requests, troubleshooting authentication issues, or implementing robust error handling logic in your application.

A comprehensive runbook for managing ClickUp API v2 integration failures and outages. It guides users through rapid incident triage, diagnosis based on specific error codes (401, 429, 500), and implementing advanced mitigation techniques like circuit breakers and graceful degradation. This ensures systematic and efficient service recovery.

This comprehensive guide provides advanced strategies for optimizing throughput and reducing latency when interacting with the ClickUp API v2. Key techniques covered include implementing cache hierarchies, efficient asynchronous pagination, connection pooling, and rate limit adherence. Essential for building scalable and reliable automated integrations.

A comprehensive guide to securing ClickUp API usage. Learn best practices for managing API tokens, implementing least-privilege access, and auditing usage patterns. This includes secure token rotation procedures, using environment variables, setting up pre-commit hooks to prevent leaks, and structuring calls for robust audit logging.

This expert skill converts static or modern React/HTML/Next.js codebases into fully dynamic, pixel-perfect, and SEO-optimized WordPress themes. It functions as a senior architect, ensuring 100% visual fidelity while correctly implementing core WordPress functionalities (ACF, dynamic menus, proper hooks) and preserving technical SEO structures.

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 guide sets up a comprehensive, fast, and reproducible local development workflow for integrating with the Cohere API v2. It utilizes mocking, vitest for unit testing, and hot reload capabilities (tsx watch) to ensure rapid iteration cycles without constant reliance on external APIs. Ideal for developers building AI applications with Cohere.

A comprehensive guide for configuring and integrating the Cohere API v2 across development, staging, and production environments. This pattern ensures environment-specific settings—including API keys, model selections, token limits, and caching strategies—are correctly applied. It covers best practices for secure secret management using tools like Vault, AWS Secrets Manager, and GCP Secret Manager, ensuring robust and scalable deployments.

This bundle is designed to collect comprehensive diagnostics for CoreWeave clusters, including GPU node status, Kubernetes Pod logs, event history, and API connectivity. It aggregates critical cluster-level resource allocation and failure data into a single, actionable archive. Use it when preparing a support ticket to expedite the diagnosis of complex infrastructure issues like stuck pods, OOM errors, or resource bottlenecks.

This skill provides comprehensive observability for CoreWeave's GPU-intensive workloads running on Kubernetes. It monitors critical operational metrics, including GPU utilization, memory usage, inference latency (p99), and job completion rates. Use it for setting up DCGM metrics dashboards, configuring proactive alerts for underutilization or Out-Of-Memory (OOM) conditions, and ensuring high reliability for AI/ML deployments.