🎯 Overview

SUI Lab Factory allows third-party developers to programmatically create liquidity pools from their smart contracts or applications. Our infrastructure is battle-tested and handles all the complexity of pool management.

🚀 Quick Start

From Move Smart Contract

module my_protocol::pool_creator {
    use suilab_factory::factory::{Self, Factory};
    use suilab_factory::lp_coin::LP;
    
    public entry fun create_pool_for_token<TokenA, TokenB>(
        factory: &mut Factory,
        token_a: Coin<TokenA>,
        token_b: Coin<TokenB>,
        payment: Coin<SUI>,
        clock: &Clock,
        ctx: &mut TxContext
    ) {
        let (pool_id, lp_tokens) = factory::create_pool_from_contract<TokenA, TokenB>(
            factory,
            payment,      // 3 SUI creation fee
            token_a,
            token_b,
            clock,
            ctx
        );
        
        // Transfer LP tokens to caller
        transfer::public_transfer(lp_tokens, tx_context::sender(ctx));
    }
}

From TypeScript/JavaScript

import { Transaction } from '@mysten/sui/transactions';

const FACTORY_ID = "0x7fde6f522facdf8708aca3152edc5725f5c00ee5e3341b8baac28cb17962cb3e"; // Mainnet

async function createPool(tokenAType, tokenBType) {
  const txb = new Transaction();
  
  const [poolId, lpCoin] = txb.moveCall({
    target: `${FACTORY_ID}::factory::create_pool_from_contract`,
    typeArguments: [tokenAType, tokenBType],
    arguments: [
      txb.object(FACTORY_ID),
      txb.object(suiPaymentCoinId),
      txb.object(tokenACoinId),
      txb.object(tokenBCoinId),
      txb.object('0x6'), // Clock
    ],
  });
  
  txb.transferObjects([lpCoin], txb.pure.address(sender));
  return await client.signAndExecuteTransaction({ transaction: txb });
}

🔧 Configuration

💡 Use Cases

📚 Resources