In this example, we will mix everything we just learned to make a more concrete blueprint. This blueprint represents an automated marked maker (AMM) based decentralized exchange. People are able to provide and withdraw liquidity, and swap tokens.

We will show how you can use the transaction manifest to call multiple components in the same transaction. For this example, we will build a transaction that will first buy a gumball from our gumball machine, then exchange that gumball for some BTC on RadiSwap. You can run this command to setup the gumball machine and radiswap components:

source setup_composability.sh

. .\setup_composability.ps1

If you are using Linux, Mac: run the transaction manifest: resim run composability_example.rtm If you are using Windows (PowerShell): run the transaction manifest: resim run composability_example_powershell.rtm