Skill UI

This detailed workflow guides developers through essential Ethereum Virtual Machine (EVM) transaction processes using QuickNode infrastructure. It covers core functionalities such as initiating ETH transfers, calling smart contract write functions, setting up real-time event listeners via WebSocket, and accurately estimating gas costs. It is ideal for building robust decentralized applications (dApps) and blockchain backend services.

Use this skill to set up real-time monitoring of on-chain events using QuickNode Streams. It allows developers to define custom filters for specific contracts or topics (e.g., ERC-20 transfers) and automatically receive processed events via a dedicated webhook endpoint. This is ideal for building decentralized applications (dApps) that require immediate and reliable knowledge of blockchain activity.

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 skill provides implementation patterns for interacting with RunwayML webhooks. It enables complex tasks such as AI video generation, image editing, and advanced creative content workflows. By using the provided Python SDK pattern, developers can trigger video creation tasks (e.g., image-to-video) and handle the asynchronous results, making it ideal for integrating high-end creative AI into applications.

This guide provides deep debugging techniques for complex Salesforce issues. Learn to analyze Apex debug logs, optimize SOQL query plans, diagnose governor limit violations, and perform EventLogFile forensics. Essential for resolving critical performance bottlenecks and advanced system errors in a professional development environment.

This guide helps users select and implement the optimal architecture pattern for Salesforce integrations. It compares three main approaches: simple Direct API polling, highly scalable Event-Driven using Change Data Capture (CDC), and complex Enterprise Middleware/iPaaS solutions. Use this when designing new integrations, planning data migration, or determining the best sync method based on data volume, latency, and complexity requirements.

This guide identifies the most common and costly anti-patterns encountered when developing or integrating with Salesforce. It covers critical topics such as SOQL N+1 queries, proper API limit management, preventing SOQL injection, and optimizing data retrieval. Use this resource when reviewing existing Salesforce code, onboarding new developers, or auditing integrations to ensure best performance and scalability.

This guide implements comprehensive policy guardrails for robust Salesforce integrations. It provides solutions for preventing SOQL injection vulnerabilities, detecting hardcoded credentials, throttling API usage at runtime, and enforcing code quality via custom ESLint rules and CI/CD checks. Use this when building secure, scalable, and compliant Salesforce applications.

A comprehensive guide outlining production-ready reference architectures for building robust Salesforce integrations. Covers best practices for Node.js integration apps, SFDX metadata projects, and implementing modern event-driven sync patterns (e.g., CDC). Use this guide when designing complex Salesforce solutions, reviewing project structure, or establishing enterprise-level architectural standards.

This skill guides the implementation of robust, real-time data integrations with Salesforce. It covers three critical mechanisms: Change Data Capture (CDC) for tracking record changes, Platform Events for custom business event buses, and handling Outbound Messages. Learn how to build resilient, event-driven architectures using asynchronous streaming protocols and ensure idempotent event processing.

This comprehensive guide outlines best practices for securing SalesLoft API access and integrations. It details secure token lifecycle management (OAuth refresh), implementing robust webhook signature verification using HMAC-SHA256 to prevent replay attacks, and enforcing scope minimization for least-privilege access. Use this when designing production-grade, secure enterprise integrations.

This comprehensive skill provides a robust framework for receiving and processing SalesLoft webhooks in real-time. It includes critical logic for HMAC-SHA256 signature verification and replay protection. The system efficiently routes various sales events (e.g., email opened, call completed, person updated) to sync data with external CRMs or operational systems, while ensuring data integrity through idempotency checks using Redis.