#atom

Subtitle:

Event-driven data communication between web applications and services


Core Idea:

Webhooks are user-defined HTTP callbacks that enable real-time data transmission between applications when specific events occur, allowing for automated workflows and synchronization across different platforms without manual intervention.


Key Principles:

  1. Event-Driven Architecture:
    • Webhooks are triggered by specific events (form submissions, payments, etc.) rather than periodic polling
  2. HTTP-Based Communication:
    • Uses standard HTTP requests (typically POST) to send data payloads to predefined endpoints
  3. Payload Formatting:
    • Data is structured in standardized formats (usually JSON) that receiving applications can parse and process

Why It Matters:


How to Implement:

  1. Define Webhook Endpoint:
    • Create a URL in the receiving application that will accept and process incoming data
  2. Configure Event Triggers:
    • Specify which events in the source application should trigger webhook execution
  3. Handle Payload Processing:
    • Implement logic to validate, parse, and take action based on received webhook data

Example:


Connections:


References:

  1. Primary Source:
    • Integration platform documentation (Zapier, Make, n8n)
  2. Additional Resources:
    • Webhook.site for testing webhook implementations
    • GitHub documentation on repository webhooks

Tags:

#webhooks #integration #automation #api #event-driven #data-flow #web-development



Connections:


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