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This comprehensive guide demonstrates the fundamental workflow for creating, retrieving, and managing work orders using the MaintainX REST API. It provides actionable code examples using both cURL for quick testing and TypeScript for robust client implementation. It is essential for developers integrating a CMMS system or testing basic API connectivity.

This comprehensive guide provides step-by-step instructions and complete code examples for setting up and configuring the MaintainX REST API. It covers best practices for generating API keys, setting up secure environment variables, and implementing robust client wrappers in both TypeScript and Python. Use this skill when integrating CMMS data (such as work orders, assets, and locations) into external applications.

A comprehensive guide for configuring and managing multiple, isolated deployment environments (development, staging, production) for SaaS applications. It covers best practices such as using environment variables for configuration, implementing client factories for resource isolation, integrating secure secret management (e.g., GCP Secret Manager), and running validation scripts to ensure consistency and security across all deployment stages.

This skill provides a comprehensive guide to implementing observability for MaintainX API integrations. It covers best practices for structured logging, Prometheus metrics collection (Counters, Histograms, Gauges), API request tracing using Axios interceptors, and setting up health and alerting endpoints. Use this when you need to monitor API reliability, detect performance degradation, and ensure rapid issue detection in your connected services.

This guide provides advanced techniques for optimizing API integration performance with MaintainX. It covers essential concepts such as connection pooling, implementing multi-level caching (L1/L2 using Redis), batch data loading via DataLoaders, efficient cursor-based pagination, and request deduplication. Use this skill when optimizing slow API responses or improving overall system data throughput.

This comprehensive checklist guides developers and DevOps engineers through the necessary steps for deploying MaintainX integrations to a production environment. It covers crucial areas such as authentication security, error resilience (retry/circuit breaking), data integrity (idempotency, pagination), observability setup (logging/metrics), and modern deployment best practices, ensuring a stable and reliable go-live process.

A comprehensive client library pattern for interacting with rate-limited APIs. This solution implements exponential backoff, robust retry logic (handling 429/5xx errors), concurrent request queuing, and cursor-based pagination. It ensures high throughput and reliable data fetching without exceeding API limits.

This guide provides production-grade patterns for building robust integrations with the MaintainX REST API. It covers essential techniques such as creating type-safe clients using TypeScript, implementing reliable cursor-based pagination, handling API rate limits with exponential backoff retry logic, and performing efficient batch operations. Ideal for developers building scalable, resilient API wrappers.

This guide teaches comprehensive security hardening for API integrations. Learn best practices for credential management (using environment variables/secret managers), implementing git hooks to prevent secret leaks, robust input validation (using Zod), structured audit logging, and mandatory key rotation procedures, ensuring system compliance and operational security.

This specialized skill provides a comprehensive framework for migrating applications using the MaintainX API across different versions (e.g., v1 to v2). It covers best practices for handling API breaking changes, deprecations, and version compatibility. Users can audit existing API usage, implement version adapters, and manage feature flag rollouts, ensuring smooth and safe integration upgrades.

Enables Claude to orchestrate Sugar's autonomous development workflows by creating tasks, checking system status, reviewing pending work, and triggering autonomous execution via recognized commands.

Handles disaster recovery, PITR, and automated failover for production databases via the database-recovery-manager plugin, streamlining backup validation and recovery testing whenever users ask for database recovery support.