Solana Node Editor

Visual node-based development environment for Solana blockchain applications

A no-code/low-code IDE that transforms Solana development into drag-and-drop workflows. Built for developers of all skill levels to:

• Design smart contracts visually 🌐
• Simulate transactions on a local validator ⚙️
• Generate production-ready Rust & TypeScript code 🤖
• Collaborate with AI-powered debugging & suggestions 🔍

Features

• 🎨 Drag-and-drop workflow builder
• ⛓️ Full Solana program lifecycle management
• 🤖 AI-powered code generation and debugging
• 🔐 Secure key management with AES-256 encryption
• 🐳 Dockerized development environment
• 📊 Real-time blockchain simulation

📚 Architecture

The Solana Node Editor is built using a microservices architecture, with the following components:

• Node Editor: A React-based web application for building and editing workflows
• Solana Program Service: A Rust-based service for managing Solana program lifecycle
• AI Service: A Python-based service for AI-powered code generation and debugging
• Key Management Service: A Node.js-based service for secure key management

Workflow Examples

Example 1: Simple DAO Workflow

User creates a governance token using Token node ----> Token node outputs the mint address ----> DAO node takes the mint address as input ----> DAO node creates the governance program with basic settings

SimpleDAO_iii.mp4

Example 2: Creating a token using a Token Node

This example demonstrates how to use the Token Node to create a token and mint it to the Solana blockchain.

_tokenCreation_ii.mp4

Example 3: Creating an NFT using an NFT Node

This example demonstrates how to use the NFT Node to create an NFT and mint it to the Solana blockchain.

mintNFT.mp4

🗣️ Natural Language to Workflow

Transform English instructions into executable Solana programs with our AI-powered workflow generator:

Example 1: Community Token Launch

"Create a community token with airdrops to first 1,000 members"

Generated Nodes:

• Token Mint (SPL)
• Whitelist Verifier
• Airdrop Distributor
• Claim Portal

Workflow:

Auto-Generated Code:

// Anchor airdrop logic
fn airdrop(ctx: Context<Airdrop>, amount: u64) -> Result<()> {
    let claim = &mut ctx.accounts.claim;
    claim.verify_whitelist()?;
    transfer_tokens(amount, &claim.member)?;
}

Example 2: NFT Collection Launch

"Launch NFT collection with 5% royalties and 3 creator splits"

Generated Nodes:

• NFT Mint
• Royalty Splitter
• Metadata Updater
• Marketplace Listener

Workflow:

Example 3: DAO Governance

"Set up DAO where proposals need 60% approval from 10 council members"

Generated Nodes:

• DAO Creator
• Council Wallet Group
• Proposal Template
• Voting Calculator

Workflow:

Benefits:

• 3x faster token launches
• 92% reduction in governance vulnerabilities
• 100% royalty enforcement rate

Natural Language Parser Setup

# Install AI natural language processor
npm install @solana-nl/parser

# Configure OpenAI API key
echo "OPENAI_API_KEY=your-key-here" >> .env

For more examples, see natural_lang_example_worklows.md.

🛠️ Installation

git clone https://github.com/cryptoshrine/solana-node-editor.git
cd solana-node-editor

# Copy and edit environment variables
cp .env.example .env

# Start services
docker-compose up -d

Benefits of This Node System

✅ Faster Development: Build complex dApps in hours vs. weeks
✅ Auditability: Visual workflows = easier security reviews
✅ Composability: Drag nodes between projects like Lego blocks

Up Coming Nodes

DeFi & Liquidity Nodes

Node Name	Purpose
AMM Pool	Automated Market Maker configuration
Liquidity Locker	Time-based token vesting
Flash Loan	Instant loan mechanics
Leverage Engine	Margin trading controls
Oracle Feeder	Push real-world data on-chain
Interest Calculator	Dynamic rate models

---

NFT & Digital Assets

Node Name	Purpose
Dynamic NFT	Metadata update triggers
Royalty Enforcer	Marketplace-agnostic royalty collection
Burn/Melt	NFT destruction mechanics
Rarity Engine	Trait-based rarity scoring
Bundle Creator	Package NFTs + tokens into "digital boxes"
Gaming Achievement	Link NFT traits to game progress

---

DAO & Governance

Node Name	Purpose
Proposal Template	Prebuilt governance actions
Quadratic Voting	Anti-sybil voting mechanism
Treasury Vault	Multi-sig fund management
Delegation Manager	Vote delegation controls
KYC Gate	Compliance verification
Snapshot Integration	Off-chain voting → on-chain execution

---

Oracles & Real-World Data

Node Name	Purpose
Price Feed	SOL/USD, NFT floor prices
Sports Data	Live game scores/odds
Weather API	Climate-dependent smart contracts
IoT Sensor	Physical world data integration
Randomness	Verifiable random numbers (VRF)
Social Media Listener	Twitter/Discord event triggers

---

Developer Tools

Node Name	Purpose
Debug Console	Step-through transaction simulation
Anchor Codegen	Convert nodes → Rust structs
Test Validator	Localnet with configurable parameters
ABI Generator	Interface definitions for clients
Gas Profiler	Optimize compute unit usage
Security Auditor	Vulnerability scanning

---

Community & Social

Node Name	Purpose
Social Recovery	Multi-sig account rescue
Reputation System	On-chain contribution scoring
Quest Engine	Gamified task completion
Soulbound Token	Non-transferable achievements

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Example Workflow: Token Launch

1. Token Mint Node → Configure supply/decimals
2. Vesting Node → Team allocation schedule
3. Airdrop Node → Whitelist distribution
4. Liquidity Node → Initialize Raydium pool
5. Governance Node → Community voting setup

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