Set your transfer parameters

Before you can send tokens or messages, you'll need to set your parameters.

Now you're ready to set the parameters of your trade request.

Example 1: [EVM -> Cosmos] Swap 0.1 Native AVAX from Avalanche Fuji Tesntet and receive Noble USDC on the Osmosis Testnet

const params = {
        fromChain: 43113, // Avalanche Fuji Tesntet
        fromToken: "0xEeeeeEeeeEeEeeEeEeEeeEEEeeeeEeeeeeeeEEeE", // AVAX on Avalanche
        fromAddress: "0x6A32651F7D6131A0cAB2c649190F3B256f1A959D" // address of the sender
        fromAmount: "100000000000000000", // 0.1 AVAX
        toChain: "osmo-test-5", // Osmosis Testnet
        toToken: "ibc/DE6792CF9E521F6AD6E9A4BDF6225C9571A3B74ACC0A529F92BC5122A39D2E58", // nUSDC on Osmosis
        toAddress: "osmo16xz3ujtdszrqzzjqpx79wuxya3w27jn9khnumm", // the recipient of the tokens on Osmosis
        slippage: 1.00, // 1.00 = 1% max slippage across the entire route
        fromAddress: "0x747A6e3824FAB0d1266306C3b492fcB941C5dd93", // Fallback address for the EVM Side
        quoteOnly: false // optional, defaults to false, if true there are less params required by the api, but no tx object is returned
    };

Example 2: [Cosmos -> EVM] Swap 1 nUSDC from Osmosis Testnet and receive Native AVAX Avalanche Fuji Tesntet

const params = {
    fromChain: "osmo-test-5", // Osmosis Testnet
    fromToken: "ibc/DE6792CF9E521F6AD6E9A4BDF6225C9571A3B74ACC0A529F92BC5122A39D2E58", // nUSDC on Osmosis
    fromAmount: "1000000", // 1 nUSDC
    toChain: 43113, // Avalanche Fuji Tesntet
    toToken: "0xEeeeeEeeeEeEeeEeEeEeeEEEeeeeEeeeeeeeEEeE", // AVAX on Avalanche
    toAddress: "0x747A6e3824FAB0d1266306C3b492fcB941C5dd93", // the recipient of the trade on Avalanche
    slippage: 1.00, // 1.00 = 1% max slippage across the entire route
    fromAddress: "osmo1eaztm3pqrkw2xgt0lxppahtx5v5pndmjg6yfrh", // Cosmos Sender address
    quoteOnly: false // optional, defaults to false
};

Example 3: [Cosmos -> Cosmos] Swap 1 uosmo from Osmosis Testnet and receive nUSDC on Omosis Testnet

 const params = {
   fromChain: "osmo-test-5", // Osmosis Testnet
   fromToken: "uosmo", // OSMO on Osmosis
   fromAmount: "1000000", // 1uosmo
   fromAddress: "osmo1eaztm3pqrkw2xgt0lxppahtx5v5pndmjg6yfrh", // Cosmos Sender address
   toChain: "osmo-test-5", // Omosis Testnet
   toToken: "ibc/DE6792CF9E521F6AD6E9A4BDF6225C9571A3B74ACC0A529F92BC5122A39D2E58", // nUSDC on Osmosis
   toAddress: "osmo1eaztm3pqrkw2xgt0lxppahtx5v5pndmjg6yfrh", // the recipient of the trade
   slippage: 3.0, // slippage option
};

Due to low liquidity on testnet, we ask that you limit your trade size in most cases to less than 0.1 of the native gas token (e.g. <0.1 ETH, or AVAX).

Note that the same token types (i.e. USDC) often has a different address on each chain. Make sure you've checked the address is right for the chain you are sending from/to.

Params are structured as a#getroute object. A GetRoute object describes a desired any-to-any transfer. It is defined by the following interface:

Request Params:

PropertyDescription

fromChain

fromToken

fromAmount

Amount of tokens to be sent (in EVM wei or "u" Cosmos micro units)

toChain

toToken

fromAddress

Fallback address for the EVM or Cosmos part of the trade. Must be set when executing swaps from EVM to/from Cosmos

toAddress

The recipient address to receive the tokens

slippage

Max slippage across route, (0.3-99.99) 1 = 1% slippage.

quoteOnly (optional)

If true, returns only a quote for the route. Omits transaction data needed for execution. Defaults to false

prefer (optional)

When set, the route response will prefer routes from the DEX corresponding to the string. See possible strings here. EVM chains only supported.

collectFees

Integrators can pass in a wallet address and a fee percentage - see fees section

Sending/receiving native tokens (EVM chains only)

If you want to send or receive native tokens (i.e ETH), the sourceTokenAddress or destinationTokenAddress arguments must be set to 0xEeeeeEeeeEeEeeEeEeEeeEEEeeeeEeeeeeeeEEeE

Once you have configured the params object, the next step is to get a route

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