Integrations

The "Integrations" module allows you to easily combine APIs and online services through visual programming. The module provides a user-friendly interface where you can drag and connect node blocks, creating the logic of your applications visually. This simplifies development, making it accessible even for those who are not professional programmers, and significantly speeds up the process of integrating various systems:

1. What will you learn?

In this tutorial, we will show how to integrate PayPal and review new nodes.

In this tutorial, we will show how to integrate FedEx.

This node allows interaction with various APIs, which is useful for integration with external services.

The debug node is used to output messages and data to the debug log. This node helps track the flow of messages, check the contents of messages, and troubleshoot issues.

This node allows tracking events from the Events module, which is useful for integration with external services.

The function node is used to write custom JavaScript code, allowing for complex calculations, data transformations, and message processing logic. It provides the flexibility to implement logic that is not supported by standard nodes.

The http in node is used to create HTTP endpoints that can handle incoming HTTP requests (GET, POST, PUT, and others). This node serves as the entry point for interacting with external systems via the HTTP protocol.

The http request node is designed to perform HTTP requests to external web services or APIs. It supports multiple HTTP methods, data types, authentication, and flexible management of requests and responses.

The http response node is used to send HTTP responses to requests processed by the http in node. It completes the request processing cycle and sends data back to the client.

The inject node is used to manually create and send messages into the flow. It is one of the key tools for testing.

The interval node is used to create recurring events at a specified time interval. It sends messages at a defined frequency, allowing for task automation and triggering flows at regular intervals.

The split node is used to divide an incoming message into multiple messages. It is particularly useful when working with arrays, where each element needs to be processed separately.

The switch node is designed for routing messages based on their content, structure, or other conditions. It is a powerful tool for creating conditional logic in flows.

The template node is used to generate data based on a specified template. It allows for the creation of strings, HTML, JSON, and other formats by applying dynamic substitution of values from the msg message or other sources.