Futurepass multisig wallet example

examples/substrate/use-futurepass-multisig/README.md

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+# Futurepass Pallet
+
+[![Run in StackBlitz](https://img.shields.io/badge/Open_in_StackBlitz-1269D3?style=for-the-badge&logo=stackblitz&logoColor=white)](https://stackblitz.com/github/futureversecom/trn-examples?file=examples%2Fsubstrate%2Fuse-futurepass%2FREADME.md&title=Futurepass%20Pallet%20Examples) [![Pallet Documentation](https://img.shields.io/badge/Pallet_Documentation-black?style=for-the-badge&logo=googledocs&logoColor=white)](https://docs-beta.therootnetwork.com/buidl/substrate/pallet-futurepass)
+
+> [!IMPORTANT]
+> Ensure the following ENV vars are available before running the examples
+>
+> - `CALLER_PRIVATE_KEY` - Private key of an account that submits the transaction. Follow this guide to [create and fund an account with some test tokens](../../GUIDES.md) on Porcini (testnet) if you don't have one yet.
+
+## Examples
+
+```bash
+# change your working directory to this example first
+cd examples/substrate/use-futurepass-multisig
+
+# export all required environments
+export  THRESHOLD=2 WALLET_NAME=test SIGNATORIES=0xFFfFffFF000000000000000000000000000003CD,0x25451A4de12dcCc2D166922fA938E900fCc4ED24,0x6D1eFDE1BbF146EF88c360AF255D9d54A5D39408
+
+# creates new multisig wallet and note the wallet address
+pnpm call:createMultisigWallet
+
+# export all required environments
+export CALLER_PRIVATE_KEY=0xcb6df9de1efca7a3998a8ead4e02159d5fa99c3e0d4fd6432667390bb4726854 // private key of fpass holder
+export THRESHOLD=2 SIGNATORIES=0x25451A4de12dcCc2D166922fA938E900fCc4ED24,0x6D1eFDE1BbF146EF88c360AF255D9d54A5D39408
+# call an extrinsic as FPass account with multisig call (system.remarkWithEvent)
+pnpm call:proxyExtrinsic
+
+export CALLER_PRIVATE_KEY=0x79c3b7fc0b7697b9414cb87adcb37317d1cab32818ae18c0e97ad76395d1fdcf // private key of other multisig wallet holder
+export THRESHOLD=2 MULTISIG_WALLET=0xe944FAd69B79125706D2481f58b66fcDbED358d7 SIGNATORIES=0x25451A4de12dcCc2D166922fA938E900fCc4ED24,0x6D1eFDE1BbF146EF88c360AF255D9d54A5D39408
+# sign by second account of multisig wallet
+pnpm call:signByOtherWallet
+
+```

examples/substrate/use-futurepass-multisig/package.json

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+{
+  "scripts": {
+    "call": "tsx --tsconfig ../../../tsconfig.json",
+    "call:createMultisigWallet": "pnpm call src/createMultisigWallet.ts",
+    "call:proxyExtrinsic": "pnpm call src/proxyExtrinsic.ts",
+    "call:signByOtherWallet": "pnpm call src/signByOtherWallet.ts"
+  }
+}

examples/substrate/use-futurepass-multisig/src/createMultisigWallet.ts

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+import { createTestKeyring } from "@polkadot/keyring";
+import { KeyringOptions } from "@polkadot/keyring/types";
+import { bnToBn, objectSpread, u8aSorted } from "@polkadot/util";
+import { createKeyMulti } from "@polkadot/util-crypto";
+import { withChainContext } from "@trne/utils/withChainContext";
+import { cleanEnv, str } from "envalid";
+
+const { CHAIN_ENDPOINT, SIGNATORIES, WALLET_NAME, THRESHOLD } = cleanEnv(process.env, {
+	CHAIN_ENDPOINT: str({ default: "porcini" }),
+	SIGNATORIES: str(), // Comma separated signatories
+	WALLET_NAME: str(), // private key of extrinsic caller
+	THRESHOLD: str(),
+});
+
+/**
+ * Create multisig wallet with the given signatories and threshold
+ */
+withChainContext(CHAIN_ENDPOINT, async (api, logger) => {
+	const genesisHash = api.genesisHash;
+	const signatoryList = SIGNATORIES.split(",");
+	console.log("signatoryList::", signatoryList);
+	const ss58Format = 193;
+	const options = {
+		ss58Format,
+		type: "ethereum",
+	};
+	const keyring = createTestKeyring(options as KeyringOptions, true);
+	const multiSigOptions = {
+		genesisHash: genesisHash.toString(),
+		name: WALLET_NAME.trim(),
+		tags: [],
+	};
+	const multiSigAddress = addMultisig(signatoryList, THRESHOLD, multiSigOptions, keyring);
+
+	console.log("[1/3] Created multiSig address:", multiSigAddress);
+	logger.info(multiSigAddress, `Created multiSig address`);
+});
+
+function addMultisig(addresses, threshold, meta = {}, keyring: KeyringInstance) {
+	let address = createKeyMulti(addresses, threshold);
+	address = address.slice(0, 20); // for ethereum addresses
+	// we could use `sortAddresses`, but rather use internal encode/decode so we are 100%
+	const who = u8aSorted(addresses.map((who) => keyring.decodeAddress(who))).map((who) =>
+		keyring.encodeAddress(who)
+	);
+	const meta1 = objectSpread({}, meta, {
+		isMultisig: true,
+		threshold: bnToBn(threshold).toNumber(),
+		who,
+	});
+	const pair = keyring.addFromAddress(address, objectSpread({}, meta1, { isExternal: true }), null);
+	console.log("MultiSig address created::", pair.address);
+	return pair.address;
+}

examples/substrate/use-futurepass-multisig/src/proxyExtrinsic.ts

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+import { u8aToHex } from "@polkadot/util";
+import { createDispatcher, nativeWalletSigner } from "@therootnetwork/extrinsic";
+import { createKeyring } from "@trne/utils/createKeyring";
+import { withChainContext } from "@trne/utils/withChainContext";
+import { cleanEnv, str } from "envalid";
+import assert from "node:assert";
+
+const { CHAIN_ENDPOINT, SIGNATORIES, CALLER_PRIVATE_KEY } = cleanEnv(process.env, {
+	CHAIN_ENDPOINT: str({ default: "porcini" }),
+	SIGNATORIES: str(), // Comma separated signatories
+	CALLER_PRIVATE_KEY: str(), // private key of extrinsic caller to fund multi wallet address
+});
+
+/**
+ * Use `futurepass.proxyExtrinsic` to call `system.remarkWithEvent` and have FPasss account
+ * to pay for gas.
+ *
+ * Assume FPass account of the caller has XRP to pay for gas.
+ */
+withChainContext(CHAIN_ENDPOINT, async (api, logger) => {
+	const caller = createKeyring(CALLER_PRIVATE_KEY);
+	const fpAccount = (await api.query.futurepass.holders(caller.address)).unwrapOr(undefined);
+	assert(fpAccount);
+	logger.info(
+		{
+			futurepass: {
+				holder: caller.address,
+				account: fpAccount.toString(),
+			},
+		},
+		"futurepass details"
+	);
+
+	const multiSigCall = api.tx.system.remarkWithEvent("Hello World");
+	const u8a = multiSigCall.method.toU8a();
+	const encodedCallData = u8aToHex(u8a);
+
+	const signatoryList = SIGNATORIES.split(",");
+	console.log("signatoryList::", signatoryList);
+	const threshold = signatoryList.length;
+	const maybeTimepoint = null;
+	const storeCall = false;
+	const maxWeight = 0;
+
+	const call = await api.tx.multisig.asMulti(
+		threshold,
+		signatoryList,
+		maybeTimepoint,
+		encodedCallData,
+		storeCall,
+		maxWeight
+	);
+
+	const proxyExtrinsic = await api.tx.futurepass.proxyExtrinsic(fpAccount, call);
+	logger.info(
+		{
+			parameters: {
+				fpAccount,
+				call,
+			},
+		},
+		`create a "futurepass.proxyExtrinsic" extrinsic`
+	);
+	const { estimate, signAndSend } = createDispatcher(
+		api,
+		caller.address,
+		[],
+		nativeWalletSigner(caller)
+	);
+
+	const feeResult = await estimate(proxyExtrinsic);
+	assert(feeResult.ok, (feeResult.value as Error).message);
+	logger.info(
+		{ parameters: { caller: caller.address, fee: feeResult.ok ? feeResult.value : undefined } },
+		`dispatch extrinsic`
+	);
+
+	const result = await signAndSend(proxyExtrinsic, (status) => {
+		logger.debug(status);
+	});
+	assert(result.ok, (result.value as Error).message);
+
+	const { id, events } = result.value;
+	console.log("events:", events);
+	const multiSigEvent = events.find((event) => event.name === "multisig.NewMultisig");
+	assert(multiSigEvent);
+	logger.info(
+		{
+			result: {
+				extrinsicId: id,
+				multiSigEvent,
+			},
+		},
+		"dispatch result"
+	);
+});

examples/substrate/use-futurepass-multisig/src/signByOtherWallet.ts

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+import { u8aToHex } from "@polkadot/util";
+import { createDispatcher, nativeWalletSigner } from "@therootnetwork/extrinsic";
+import { createKeyring } from "@trne/utils/createKeyring";
+import { withChainContext } from "@trne/utils/withChainContext";
+import { cleanEnv, str } from "envalid";
+import assert from "node:assert";
+
+const { CHAIN_ENDPOINT, SIGNATORIES, MULTISIG_WALLET, THRESHOLD, CALLER_PRIVATE_KEY } = cleanEnv(
+	process.env,
+	{
+		CHAIN_ENDPOINT: str({ default: "porcini" }),
+		SIGNATORIES: str(), // Comma separated signatories
+		MULTISIG_WALLET: str(), // private key of extrinsic caller
+		THRESHOLD: str(),
+		CALLER_PRIVATE_KEY: str(), // private key of extrinsic caller to fund multi wallet address
+	}
+);
+
+/**
+ * Sign multisig extrinisc with other signer
+ *
+ */
+withChainContext(CHAIN_ENDPOINT, async (api, logger) => {
+	const caller = createKeyring(CALLER_PRIVATE_KEY);
+
+	logger.info(
+		{
+			multisigWallet: {
+				holder: caller.address,
+			},
+		},
+		"futurepass details"
+	);
+
+	const multiSigCall = api.tx.system.remarkWithEvent("Hello World");
+	const u8a = multiSigCall.method.toU8a();
+	const encodedCallData = u8aToHex(u8a);
+
+	const signatoryList = SIGNATORIES.split(",");
+	console.log("signatoryList::", signatoryList);
+	const threshold = signatoryList.length;
+	const storeCall = false;
+
+	let timepoint = {};
+	const allEntries = await api.query.multisig.multisigs.entries(MULTISIG_WALLET);
+	allEntries.forEach(
+		([
+			{
+				args: [accountId],
+			},
+			value,
+		]) => {
+			const time = JSON.parse(value);
+			timepoint = time.when;
+		}
+	);
+	const maybeTimepoint = api.registry.createType("Option<Timepoint>", timepoint);
+	const maxWeight = 882400098;
+	console.log("maybeTimepointData::", maybeTimepoint.toHuman());
+
+	const call = await api.tx.multisig.asMulti(
+		threshold,
+		signatoryList,
+		maybeTimepoint,
+		encodedCallData,
+		storeCall,
+		maxWeight
+	);
+
+	logger.info(
+		{
+			parameters: {
+				caller: caller.address,
+				call,
+			},
+		},
+		`create a "futurepass.proxyExtrinsic" extrinsic`
+	);
+	const { estimate, signAndSend } = createDispatcher(
+		api,
+		caller.address,
+		[],
+		nativeWalletSigner(caller)
+	);
+
+	const feeResult = await estimate(call);
+	assert(feeResult.ok, (feeResult.value as Error).message);
+	logger.info(
+		{ parameters: { caller: caller.address, fee: feeResult.ok ? feeResult.value : undefined } },
+		`dispatch extrinsic`
+	);
+
+	const result = await signAndSend(call, (status) => {
+		logger.debug(status);
+	});
+	assert(result.ok, (result.value as Error).message);
+
+	const { id, events } = result.value;
+	console.log("events::", events);
+	const multiSigEvent = events.find((event) => event.name === "multisig.MultisigExecuted");
+	assert(multiSigEvent);
+	const systemRemarkEvent = events.find((event) => event.name === "system.Remarked");
+	assert(systemRemarkEvent);
+	logger.info(
+		{
+			result: {
+				extrinsicId: id,
+				multiSigEvent,
+			},
+		},
+		"dispatch result"
+	);
+});