swap-integration

Automate PancakeSwap swap integration with Routing API and Smart Router SDK.

Updated Aug 23, 2026
One-click install
npx skills add https://github.com/th-efool/PancakeSwapAI --skill swap-integration-th-efool
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: swap-integration
Source: https://github.com/th-efool/PancakeSwapAI/tree/main/pancakeswap-ai/packages/plugins/pancakeswap-driver/skills/swap-integration
Command: npx skills add https://github.com/th-efool/PancakeSwapAI --skill swap-integration-th-efool

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Developers need a cohesive way to add on-chain swap functionality to applications without building routing, quote, and encoding logic from scratch. This skill provides a structured approach to discovering, configuring, and executing PancakeSwap swaps across multiple routing modalities (Routing API, Smart Router SDK, and Universal Router) in frontends, backends, or smart contracts.

Core Features & Use Cases

  • Routing options: quick quotes via Routing API, or full programmatic routing via Smart Router SDK with encoded calldata for Universal Router.
  • Flexible deployment: supports frontend dashboards, backend services, and smart contract automation requiring end-to-end swap flows.
  • Real-world scenario: build a trading UI that quotes and executes BNB→CAKE swaps using Infinity pools or standard V2/V3 pools, with safe slippage and deadline handling.

Quick Start

Integrate PancakeSwap swaps into your frontend or backend by selecting a routing method and encoding the swap with the Universal Router SDK.

Frequently Asked Questions about swap-integration

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I integrate PancakeSwap swaps into my frontend application?

To integrate PancakeSwap swaps into a frontend application, you select a routing method like the Routing API for quick quotes or the Smart Router SDK for full programmatic routing, then encode and execute the swap using the Universal Router.

What's the best way to generate and execute on-chain swap trades programmatically?

The best way to generate and execute on-chain swap trades programmatically is using a structured approach that handles routing, quoting, and encoding via the Smart Router SDK and Universal Router integration across your backend or smart contracts.

Does the PancakeSwap Smart Router SDK support executing trades across V2, V3, and Infinity pools?

Yes, the PancakeSwap Smart Router SDK supports executing trades across Infinity pools and standard V2/V3 pools, allowing you to build trading UIs that route and execute swaps with safe slippage and deadline handling.

Can I use Universal Router integration to encode calldata for backend swap automation?

Yes, you can use Universal Router integration to encode calldata for backend swap automation, enabling backend services to seamlessly generate and execute PancakeSwap trades without building routing logic from scratch.

Why use the Routing API versus the Smart Router SDK for PancakeSwap swap quotes?

You use the Routing API for quick quotes and the Smart Router SDK for full programmatic routing with encoded calldata. The choice depends on whether your frontend, backend, or smart contract workflow requires rapid price discovery or complete swap execution control.

Do I need to build routing and quote logic from scratch to execute PancakeSwap swaps?

No, you do not need to build routing and quote logic from scratch. This approach automates integration by providing structured methods for discovering, configuring, and executing PancakeSwap swaps across multiple routing modalities.