🇺🇲
Protocolink
  • 🔮Overview
  • 🌟Why Protocolink?
  • 💡Use Cases
    • Flash Loans
    • Permit2 Amplifier
    • Zap-in & Zap-out
    • Position Management
    • Multi-Action Bundling
  • 📋Networks & Protocols
  • 🛡️Security & Audits
  • 💎Fees
  • ❓FAQ
  • Protocolink API
    • 🔮Overview
      • Swap & Supply (Example)
    • 📗Swagger
      • Request Protocols
      • Request Tokens
      • Request Quote
      • Estimate Logics Result
      • Request Transaction Data
  • Protocolink SDK
    • 🔮Overview
    • 1️⃣Install SDK
    • 2️⃣Build Logics
    • 3️⃣Estimate Router Data
    • 4️⃣Send Router Transaction
    • ⚒️API SDK Interfaces
      • Global Types
      • FlashLoan Logic
      • Aave V2
      • Aave V3
      • Balancer V2
      • Compound V3
      • Iolend
      • Magicsea
      • Morphoblue
      • OpenOcean V2
      • ParaSwap V5
      • Permit2
      • Spark
      • Stargate
      • Stargate V2
      • SyncSwap
      • Uniswap V3
      • Utility
      • Wagmi
      • ZeroEx V4
    • ⚒️Common SDK Interfaces
      • Constants
      • Network
      • Token
      • Web3Toolkit
      • Utility Functions
  • Lending SDK
    • 🔮Overview
    • ✳️SDK
      • Open By Collateral
      • Open By Debt
      • Close
      • Leverage By Collateral
      • Leverage By Debt
      • Deleverage
      • Collateral swap
      • Debt swap
      • Zap supply
      • Zap withdraw
      • Zap repay
      • Zap borrow
  • Smart Contract
    • 🔮Overview
      • Router
      • Agent
      • Callback
      • Fees
      • Utility
      • Data Type
      • ERC721/ERC1155 Support
    • 📑Deployment Addresses
    • 🧑‍💻Security Review Details
  • COMPOUND KIT
    • 🔮Overview
    • ✳️SDK
      • Leverage
      • Deleverage
      • Collateral Swap
      • Zap Supply
      • Zap Withdraw
      • Zap Repay
      • Zap Borrow
    • 📗API
  • Video Tutorials
    • 1. Introducing Protocolink
    • 2. Lending SDK
    • 3. Protocolink Q&A
  • Social medias
    • Twitter
  • Support
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  1. Protocolink API

Overview

Integrate our API directly into your dApp.

PreviousFAQNextSwap & Supply (Example)

Last updated 1 year ago

With our , you have the freedom to create your own logic for any scenario. Once you have composed your logic, our API will automatically calculate the necessary predecessor requirements for the user. This means that you can use the API directly without needing to worry about the complexity of the logic you have composed. We also take care of composing the corresponding transaction data according to the requirements, making it easy for the user to send it directly.

Getting started with the API

We provide comprehensive guides that cover the essential principles of our API. These guides will walk you through the integration process of our endpoints into your dApp, step by step.

🔮
RESTful API
A quick start guide on how to swap & supply token
How to request all tokens supported by the logic
How to request a quotation by the logic
How to estimate the router data
How to build a transaction data request