Pools API

1// Complete Pool Interaction Workflow for AI Agents
2import { ERC20CollateralPool, SelfProvider } from '@defactor/defactor-sdk'
3import { ethers } from 'ethers'
4
5// Initialize
6const provider = new SelfProvider.SelfProvider<ERC20CollateralPool>(
7  ERC20CollateralPool,
8  POOL_CONTRACT_ADDRESS,
9  RPC_URL,
10  AGENT_PRIVATE_KEY
11)
12
13// 1. Discover available pools
14const totalPools = await provider.contract.getTotalPools()
15const pools = await provider.contract.getPools(0n, totalPools)
16
17// 2. Analyze pool opportunities
18const bestPool = pools.reduce((best, pool, idx) => {
19  const utilization = Number(pool.totalBorrowed) / Number(pool.hardCap)
20  const rate = Number(pool.interestRate) / 100 // basis points to %
21  // Higher rate + lower utilization = better opportunity
22  const score = rate * (1 - utilization)
23  return score > best.score ? { idx, score, pool } : best
24}, { idx: 0, score: 0, pool: pools[0] })
25
26// 3. Approve lending token
27const lendingToken = new ethers.Contract(
28  bestPool.pool.lendingToken,
29  ['function approve(address,uint256)'],
30  wallet
31)
32await lendingToken.approve(POOL_CONTRACT_ADDRESS, LEND_AMOUNT)
33
34// 4. Lend to the best pool
35await provider.contract.lend(BigInt(bestPool.idx), LEND_AMOUNT)
36
37// 5. Monitor and collect after deadline
38// Set up a cron job or interval to check pool status
39const poolDetails = await provider.contract.getPoolDetails(BigInt(bestPool.idx))
40if (poolDetails.deadline < BigInt(Date.now() / 1000)) {
41  await provider.contract.collectPool(BigInt(bestPool.idx))
42}