Skill UI

This skill provides detailed patterns for integrating the Ramp Developer API for robust corporate card and expense management. It guides developers through the complete workflow, including OAuth2 token acquisition and making API calls (e.g., fetching card data), ensuring accurate and reliable financial data synchronization in a production environment.

This guide provides implementation patterns for managing Ramp's Developer API rate limits. It details using OAuth2 authentication to integrate corporate card management, expense tracking, and accounting synchronization within your application. It covers API call patterns, error handling (e.g., 429 Rate Limited), and prerequisites for developers building financial tools.

This guide provides implementation patterns for integrating corporate card and expense management using the Ramp Developer API. It demonstrates best practices for OAuth2 authentication, token management, and performing core financial operations, such as listing cards. Use this when building applications that require synchronization with Ramp's financial data.

This skill provides implementation patterns for integrating with the Ramp Developer API. It covers secure OAuth2 authentication and essential API calls for managing corporate cards, tracking expenses, and syncing financial data. Use it when building FinTech applications that require robust card and expense management capabilities.

This skill provides implementation patterns for interacting with the Ramp Developer API, focusing on security basics, OAuth2 authentication, and managing corporate card and expense data. It guides developers through obtaining access tokens, querying card information, and handling common API errors, making it essential for integrating financial sync or expense tracking into custom applications.

Provides detailed implementation patterns for integrating with the Ramp Developer API. This skill covers corporate card management, expense tracking, and accounting synchronization, utilizing OAuth2 authentication for secure financial data access. It is essential for developers automating financial workflows or building enterprise-grade fintech tools.

This skill provides implementation patterns for integrating with Ramp's Developer API. It utilizes webhooks and OAuth2 authentication to programmatically manage corporate card data, process expenses, and synchronize accounting information. It is essential for developers building financial automation tools, expense tracking systems, or robust SaaS platforms that rely on real-time financial data.

This comprehensive guide teaches how to use httpYac in VSCode to convert API documentation (like Swagger or Postman collections) into robust, executable .http files. It provides advanced workflow guidance for implementing complex authentication schemes (OAuth2, Bearer), managing multi-environment configurations, chaining requests using response data, and integrating testing workflows with CI/CD pipelines for professional-grade API automation.

This comprehensive tool provides annotations and tooling to automatically generate industry-standard OpenAPI/Swagger documentation for Go backend services. By treating documentation as a contract, developers can annotate handlers, define complex parameters, and specify security schemes (JWT, OAuth2). It integrates seamlessly with major Go frameworks like Gin, Echo, and Fiber, ensuring the Swagger UI is the accurate source of truth for API consumers and maintaining clean API contracts.

This guide covers essential security best practices for Spring Boot applications. Learn how to implement robust authentication (JWT, OAuth2), authorization using method security, secure input validation, prevent SQL injection, manage secrets, and configure vital security headers (CORS, CSRF). Essential for building production-ready, secure Java backend services.

A comprehensive guide for embedding OpenMed-powered tools into Electronic Health Records (EHRs) like Epic or Cerner. It covers the entire SMART on FHIR workflow, including OAuth2 PKCE authorization, granular scoping (e.g., patient/DocumentReference.rs), secure token handling, and processing clinical notes locally on-device for de-identification and Named Entity Recognition (NER).