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Circuitry
Open Editor

Code Generation

Export your visual workflows as production-ready code in any of 13 programming languages

Visual to Code

Design complex workflows visually, export as clean, executable code

True Parallelism

Fork/join nodes generate native parallel execution patterns

Helper Libraries

Complete runtime libraries for HTTP, AI, UI interactions, and more

Supported Languages

🟨

JavaScript

InlinePromise.all()

Native JavaScript execution with inline Code nodes

🔷

TypeScript

InlinePromise.all()

Type-safe JavaScript with full TypeScript support

🐍

Python

executeJavaScript()asyncio.gather()

Python with async/await and PyExecJS for Code nodes

🔵

Go

ExecuteJavaScript()Goroutines + WaitGroup

High-performance Go with goroutines and WaitGroups

☕

Java

executeJavaScript()CompletableFuture.allOf()

Enterprise Java with CompletableFuture parallelism

🦀

Rust

execute_javascript()tokio::join!

Memory-safe Rust with Tokio async runtime

⚡

C

execute_javascript()pthread (optional)

System-level C with optional pthread parallelism

➕

C++

executeJavaScript()std::async

Modern C++ with std::async parallelism

💜

C#

ExecuteJavaScript()Task.WhenAll

.NET C# with Task.WhenAll parallelism

🐘

PHP

executeJavaScript()Sequential

PHP with sequential execution and JavaScript support

💎

Ruby

execute_javascript()concurrent-ruby

Ruby with concurrent-ruby for parallel execution

🎯

Kotlin

executeJavaScript()Coroutines

JVM Kotlin with coroutines for async operations

🕊️

Swift

executeJavaScript()async let

iOS/macOS Swift with async let parallelism

Quick Start Guide

1. Generate Code

  • • Open your workflow in Circuitry
  • • Click "Generate Code" button
  • • Select target language
  • • Enable "Include Helper Libraries"
  • • Download generated code + helpers

2. Setup & Run

  • • Install language dependencies
  • • Set environment variables (API keys)
  • • Import generated functions
  • • Call with your input data
  • • Deploy to your platform