Templates

Begin by importing TemplatesClient into your app. If you are using the SplitsClient, you can access the templates client as well.

import { TemplatesClient } from '@0xsplits/splits-sdk'
 
const templatesClient = new TemplatesClient({
  chainId,
  publicClient, // viem public client
  walletClient, // viem wallet client
})

import { SplitsClient } from '@0xsplits/splits-sdk'
 
const splitsClient = new SplitsClient({
  chainId,
  publicClient,
  walletClient,
  includeEnsNames,
  ensPublicClient,
})
 
const templatesClient = splitsClient.templates

Now you're ready to use any of the functions. All Arguments and Responses for these functions are objects. This will make it easier for us to release updates to the SDK without breaking existing implementations.

Template Writes

These functions make it easier to call various template contracts that combine Split core contracts together.

createRecoup

Calls a helper contract that creates a new Waterfall and potentially multiple Splits (a Waterfall tranche with multiple recipients will be a Split). A CreateRecoup event with the waterfall contract address is emitted by the helper contract and the Splits Subgraph will pick this up so that these Recoup Waterfalls can be displayed differently.

Usage

const args = {
  token: "0x0000000000000000000000000000000000000000"
  tranches: [
    {
      recipient: "0x442C01498ED8205bFD9aaB6B8cc5C810Ed070C8f",
      size: 5.2 # Receives the first 5.2 eth
    },
    {
      recipient: "0xc3313847E2c4A506893999f9d53d07cDa961a675",
      size: 3 # Receives the next 3 eth
    },
    {
      recipient: {
        recipients: [
            {
                address: "0x442C01498ED8205bFD9aaB6B8cc5C810Ed070C8f",
                percentAllocation: 50
            },
            {
                address: "0xc3313847E2c4A506893999f9d53d07cDa961a675",
                percentAllocation: 30
            },
            {
                address: "0xEc8Bfc8637247cEe680444BA1E25fA5e151Ba342",
                percentAllocation: 20
            }
        ],
        distributorFeePercent: 1
      }
    }
  ]
}
 
const response = await templatesClient.createRecoup(args)

Arguments

{
  token: string
  tranches: {
    recipient: string | {
        recipients: {
            address: string
            percentAllocation: number # >0 and <100 and up to 4 decimals
        }[]
        distributorFeePercent: number # <10 and up to 4 decimals
        controller?: string # defaults to AddressZero for an immutable split
    }
    size?: number # the last tranche should have no size set, as it will receive all residual funds
  }[]
  nonWaterfallRecipientAddress?: string # defaults to AddressZero
  nonWaterfallRecipientTrancheIndex?: number # defaults to undefined
}

Response

{
  waterfallModuleAddress: string
  event: Log # CreateRecoup emitted on Recoup
}

Note on non-waterfall recipient

If you want to set the non-waterfall recipient (i.e. the address that can receive any token that is not the waterfall token), you can use either nonWaterfallRecipientAddress or nonWaterfallRecipientTrancheIndex. If you have an address, set that. If you want to make a specific tranche the non-waterfall recipient, set the tranche index (remember that the first tranche is index 0). If you do not set either of them, the non-waterfall recipient will get set to the zero address, which means non-waterfall tokens can be recovered to any tranche recipient.

Note on existing immutable splits

If you are including an existing immutable split in the create recoup input, you must use just the Split's address and not the recipients/percent allocations for it. If you pass in the recipients the transaction will fail when it goes to create that immutable split since it already exists.

createDiversifier

Calls a helper contract that creates a new PassThroughWallet, a new Split, and potentially multiple Swappers. A CreateDiversifier event with the pass through wallet contract address is emitted by the helper contract and the Splits Subgraph will pick this up so that these Diversifiers can be displayed properly in the 0xSplits webapp.

Usage

const args = {
  owner: "0x442C01498ED8205bFD9aaB6B8cc5C810Ed070C8f"
  oracleParams: {
    address: "0x8E0E20Ea43A88214A0908F32Cd14395022e823A6",
  },
  recipients: [
    {
      address: "0x442C01498ED8205bFD9aaB6B8cc5C810Ed070C8f",
      percentAllocation: 60
    }
    {
      swapperParams: {
        beneficiary: "0x442C01498ED8205bFD9aaB6B8cc5C810Ed070C8f",
        tokenToBeneficiary: "0x0000000000000000000000000000000000000000",
        defaultScaledOfferFactorPercent: 1,
        scaledOfferFactorOverrides: [
          {
            baseToken: "0x0000000000000000000000000000000000000000",
            quoteToken: "0x0000000000000000000000000000000000000000",
            scaledOfferFactorPercent: 0.1,
          }
        ],
      },
      percentAllocation: 40
    }
  ]
}
 
const response = await templatesClient.createDiversifier(args)

Arguments

{
  owner: string
  paused?: boolean # defaults to false
  oracleParams: {
    address?: string
    createOracleParams?: {
      factory: string
      data: string
    }
  }
  recipients: {
    address?: string
    swapperParams?: {
      beneficiary: string
      tokenToBeneficiary: string
      defaultScaledOfferFactorPercent: number
      scaledOfferFactorOverrides: {
        baseToken: string
        quoteToken: string
        scaledOfferFactorPercent: number
      }[]
    }
    percentAllocation: number
  }[]
}

Response

{
  passThroughWalletAddress: string
  event: Log # CreateDiversifier emitted on DiversifierFactory
}

Vesting Multicall