This is a node.js and webpack library for integrating IDriss into your project.
IDriss builds tools making web3 more usable for everyone 🤝
This library lets you integrate 3 independent functions from two products:
IDriss Book - decentralized mapping of emails, phone numbers and Twitter usernames to wallet addresses
IDriss Send - mass web3 onboarding & asset distribution tool
- Improving UX by letting use familiar web2 identifiers in search bars and input fields
- Augmenting UI by replacing wallet addresses with human-readable names
- Scaling your app beyond a crypto-native userbase
git clone --recurse-submodules https://github.com/idriss-xyz/contracts.git
import {IdrissCrypto} from "@idriss-xyz/address-book";
const idriss = new IdrissCrypto();
const resultEmail = await idriss.resolve("[email protected]");
console.log(resultEmail);Yields this sample output:
{
"Coinbase BTC": "bc1qsvz5jumwew8haj4czxpzxujqz8z6xq4nxxh7vh",
"Metamask ETH": "0x11E9F9344A9720d2B2B5F0753225bb805161139B"
}The same is possible with Twitter usernames:
const resultTwitter = await idriss.resolve("@idriss_xyz");
console.log(resultTwitter);Resolves to:
{
"Metamask ETH": "0x5ABca791C22E7f99237fCC04639E094Ffa0cCce9",
"Coinbase ETH": "0x995945Fb74e0f8e345b3f35472c3e07202Eb38Ac",
"Argent ETH": "0x4B994A4b85378906B3FE9C5292C749f79c9aD661",
"Tally ETH": "0xa1ce10d433bb841cefd82a43f10b6b597538fa1d",
"Trust ETH": "0xE297b1E893e7F8849413D8ee7407DB343979A449",
"Rainbow ETH": "0xe10A2331Ac5498e7544579167755d6a756786a9F"
}And phone numbers:
const resultPhone = await idriss.resolve("+16506655942");
console.log(resultPhone);Resolves to:
{
'Binance BTC': '1FdqxZsS6HVEs1NaQUdkoQWKYA9R9yfhdz',
'Essentials ELA': 'EL4bLnZALyJKkoEf99qjZMrKVresHU76JU',
'Phantom SOL': '6GmzRK2qLhBPK2WwYM14EGnxh95jBTsJGXMgFyM3VeVk'
}npm install @idriss-xyz/address-book
#or
yarn add @idriss-xyz/address-bookAnd in code:
import {IdrissCrypto} from "@idriss-xyz/address-book/browser";If you prefer using ES6 modules, you can import the library with
import {IdrissCrypto} from "https://unpkg.com/@idriss-xyz/address-book/lib/bundle/modules.js"Alternatively, you can simply load it as a js file in your HTML environment using this <script> tag:
<script src="https://unpkg.com/@idriss-xyz/address-book/lib/bundle/global.js"></script>then the objects are available as global variables under IdrissCrypto, for example
let idriss = new IdrissCrypto.IdrissCrypto();
idriss.resolve(...)From cli:
npm install @idriss-xyz/address-book
#or
yarn add @idriss-xyz/address-bookAnd in code:
//for nodejs using ES6 modules
import {IdrissCrypto} from "@idriss-xyz/address-book";
//for nodejs using commonJS
const {IdrissCrypto} = require("@idriss-xyz/address-book");The library is designed both for es6 and cjs.
Class IdrissCrypto
type ResolveOptions = {
coin?: string|null,
network?: string|null,
}
constructor(polygonEndpoint: string = "https://polygon-rpc.com/")Params:
- polygonEndpoint (string) - uri to connect with blockchain. If no endpoint is provided, the default is https://polygon-rpc.com/.
Use IDriss resolver:
public async resolve(input: string, options:ResolveOptions = {}): Promise<{ [index: string]: string }>And in code:
const idriss = new IdrissCrypto();
const resultEmail = await idriss.resolve("[email protected]");
console.log(resultEmail);This yields this sample output:
{
"Coinbase BTC": "bc1qsvz5jumwew8haj4czxpzxujqz8z6xq4nxxh7vh",
"Metamask ETH": "0x11E9F9344A9720d2B2B5F0753225bb805161139B"
}Converts input string (e-mail address, phone number or Twitter handle) to wallets addresses. This method connects to IDriss' API server (only if translation of Twitter usernames to Twitter IDs necessary) and then to the endpoint defined in the constructor.
Params:
- input (string) - e-mail address, phone number (starting with (+) country code) or Twitter handle (starting with "@") together with optional secret word (only for email and phone number)
- options (ResolveOptions object) - optional parameters
- coin (string) - for example "ETH"
- currently supported coins: ETH, BNB, USDT, USDC, ELA, MATIC, BTC, SOL and one ERC20 wildcard
- network (string) - for example "evm"
- currently supported network types: evm (for evm compatible addresses across different networks), btc and sol
- currently, this library is supporting the following combinations:
- network: evm
- coin: ETH, BNB, USDT, USDC, ELA, MATIC, ERC20
- network: btc
- coin: BTC, ELA
- network: sol
- coin: SOL
- network: evm
- coin (string) - for example "ETH"
- supported networks and coins will be updated on a regular basis and are based on community initiatives. Any wishes regarding supported combinations? Please join our Discord and let us know.
Returns: Promise, that resolves to dictionary (object), in which keys are wallet tags, and values are these addresses (see example). In case nothing was found, promise will resolve to empty object. If unknown network or coin (or combination) was provided, error returns. Example: "message": "Network not found." If no option is provided, all possible combinations are resolved.
An example implementation in the user interface of a wallet:
Use reverseResolve:
public async reverseResolve(input: string): Promise<string>And in code:
const obj = new IdrissCrypto()
const reverse = await obj.reverseResolve("0x5ABca791C22E7f99237fCC04639E094Ffa0cCce9")
console.log(reverse)This resolves to:
"@idriss_xyz"You can also call the smart contact directly:
async function loadContractReverse(web3) {
return await new web3.eth.Contract([{"inputs":[{"internalType":"address","name":"","type":"address"}],"name":"reverseIDriss","outputs": [{"internalType":"string","name":"","type":"string"}],"stateMutability":"view","type":"function"}],
"0x561f1b5145897A52A6E94E4dDD4a29Ea5dFF6f64"
);
}
let reverseContract = await loadContractReverse(defaultWeb3);
reverse = await reverseContract.methods.reverseIDriss(address).call();Note: Calling the contract directly provides resolution to Twitter IDs. The IDs still must be translated to usernames using Twitter's API. Our library takes care of this translation automatically.
An example of implementation in the user interface:
Use transferToIDriss
public async transferToIDriss (
beneficiary: string,
walletType: Required<ResolveOptions>,
asset: AssetLiability
): Promise<TransactionReceipt>And in code:
const idriss = new IdrissCrypto()
const transactionReceipt = await idriss.transferToIDriss(
"[email protected]",
{
network: "evm",
coin: "MATIC",
walletTag: "Metamask ETH"
},
{
type: AssetType.ERC20,
amount: 150,
assetContractAddress: "0x995945Fb74e0f8e345b3f35472c3e07202Eb38Ac"
})
console.log(transactionReceipt)This resolves to SendToHashTransactionReceipt object, which gives info about the transaction that was performed.
Use multitransferToIDriss
public async multitransferToIDriss(
sendParams: SendToAnyoneParams[],
transactionOptions: TransactionOptions = {}
):Promise<MultiSendToHashTransactionReceipt | TransactionReceipt>And in code:
const obj = new IdrissCrypto()
const transactionReceipt = await obj.multitransferToIDriss([
{
beneficiary: testMail,
walletType: testWalletType,
asset: {
amount: amountToSend,
type: AssetType.ERC721,
assetContractAddress: mockNFTContract.address,
assetId: 11
}
},
{
beneficiary: testMail2,
walletType: testWalletType,
asset: {
amount: amountToSend,
type: AssetType.ERC721,
assetContractAddress: mockNFTContract.address,
assetId: 12
}
},
])
console.log(transactionReceipt)This resolves to MultiSendToHashTransactionReceipt object, which gives info about the transaction that was performed.
In order to run tests, please execute following commands:
yarn compileWeb3
yarn hardhat node
yarn testE2e
- For functions (1) and (2), check our browser extension.
This project is licensed under GPLv3.