bitgo
Version:
BitGo JavaScript SDK
329 lines • 59.6 kB
JavaScript
"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
const assert = require("assert");
const nock = require("nock");
const openpgp = require("openpgp");
const cbor_x_1 = require("cbor-x");
const sdk_test_1 = require("@bitgo/sdk-test");
const sdk_core_1 = require("@bitgo/sdk-core");
const sdk_lib_mpc_1 = require("@bitgo/sdk-lib-mpc");
const src_1 = require("../../../../../../src");
const SAFE_ID = '6fa8537e3ef5a878fd3ae899f3ab7e5a';
const USER_ROOT_KEY_ID = 'root-user-key-id';
const DERIVATION_INDEX = 0;
const BITGO_ROOT_KEY_ID = 'root-bitgo-key-id';
const BACKUP_ROOT_KEY_ID = 'root-backup-key-id';
const PATH_M0 = new Uint8Array([0x80, 0x00, 0x00, 0x00]);
describe('TSS ECDSA safe child keychains (user/BitGo hard derive):', async function () {
const coinName = 'hteth';
const enterpriseId = '6449153a6f6bc20006d66771cdbe15d3';
let bgUrl;
let bitgo;
let tssUtils;
let wallet;
let bitGoGpgKey;
let constants;
let bitgoGpgPrvKey;
let userGpgPubKey;
let stagedBitgoMsg2;
before(async function () {
openpgp.config.rejectCurves = new Set();
bitGoGpgKey = await openpgp.generateKey({
userIDs: [{ name: 'bitgo', email: 'bitgo@test.com' }],
curve: 'secp256k1',
});
constants = {
mpc: {
bitgoPublicKey: bitGoGpgKey.publicKey,
bitgoMPCv2PublicKey: bitGoGpgKey.publicKey,
},
};
bitgoGpgPrvKey = { partyId: 2, gpgKey: bitGoGpgKey.privateKey };
bitgo = sdk_test_1.TestBitGo.decorate(src_1.BitGo, { env: 'mock' });
bitgo.initializeTestVars();
bgUrl = sdk_core_1.common.Environments[bitgo.getEnv()].uri;
const baseCoin = bitgo.coin(coinName);
wallet = new sdk_core_1.Wallet(bitgo, baseCoin, {
id: '5b34252f1bf349930e34020a00000000',
enterprise: enterpriseId,
coin: coinName,
coinSpecific: {},
multisigType: 'tss',
});
tssUtils = new sdk_core_1.ECDSAUtils.EcdsaVrfMPCv2Utils(bitgo, baseCoin, wallet);
});
beforeEach(async function () {
nock.cleanAll();
stagedBitgoMsg2 = undefined;
await nockGetBitgoPublicKeyBasedOnFeatureFlags(coinName, enterpriseId, bitGoGpgKey);
nock(bgUrl).get('/api/v1/client/constants').times(32).reply(200, { ttl: 3600, constants });
});
after(function () {
nock.cleanAll();
});
it('should derive the user child and register the backup without encryptedPrv', async function () {
const [userRoot, , bitgoRoot] = await sdk_lib_mpc_1.DklsUtils.generateDKGKeyShares();
const [vrfUser, , vrfBitgo] = await sdk_lib_mpc_1.DklsVrfUtils.generateVrfDKGKeyShares();
const bitgoPair = new sdk_lib_mpc_1.DklsDrv.Derive(3, 2, 2, bitgoRoot.getKeyShare(), vrfBitgo.getKeyShare(), PATH_M0);
const round1Nock = await nockDeriveRound1(bitgoPair);
const round2Nock = await nockDeriveRound2(bitgoPair);
const round3Nock = await nockDeriveRound3(bitgoPair);
const addKeyNock = await nockAddChildKey(coinName);
const { userKeychain, backupKeychain, bitgoKeychain } = await tssUtils.createSafeChildKeychains({
passphrase: 'test',
enterprise: enterpriseId,
safeId: SAFE_ID,
parentKeyId: BITGO_ROOT_KEY_ID,
derivationIndex: DERIVATION_INDEX,
userRootKeyId: USER_ROOT_KEY_ID,
backupRootKeyId: BACKUP_ROOT_KEY_ID,
userRootKeyShare: userRoot.getKeyShare(),
userRootVrfKeyShare: vrfUser.getKeyShare(),
});
assert.ok(round1Nock.isDone());
assert.ok(round2Nock.isDone());
assert.ok(round3Nock.isDone());
assert.ok(addKeyNock.isDone());
assert.equal(userKeychain.commonKeychain, backupKeychain.commonKeychain);
assert.equal(bitgoKeychain.commonKeychain, userKeychain.commonKeychain);
assert.equal(bitgoKeychain.source, 'bitgo');
assert.equal(bitgoKeychain.encryptedPrv, undefined);
assert.equal(userKeychain.commonKeychain, sdk_lib_mpc_1.DklsTypes.getCommonKeychain(bitgoPair.getKeyShare()));
const encryptedUserPrv = userKeychain.encryptedPrv;
assert.ok(encryptedUserPrv);
assert.equal(backupKeychain.encryptedPrv, undefined);
const decryptedUserPrv = await bitgo.decrypt({ input: encryptedUserPrv, password: 'test' });
const userChildShare = (0, cbor_x_1.decode)(Buffer.from(decryptedUserPrv, 'base64'));
assert.equal(userChildShare.version, undefined);
assert.equal(userChildShare.vrf, undefined);
assert.equal(userChildShare.party_id, 0);
assert.ok(userChildShare.s_i);
});
it('should derive at a non-zero hardened index and agree with the server', async function () {
const idx = 7;
const path = new Uint8Array([0x80 | (idx >>> 24), 0, 0, idx]);
const [userRoot, , bitgoRoot] = await sdk_lib_mpc_1.DklsUtils.generateDKGKeyShares();
const [vrfUser, , vrfBitgo] = await sdk_lib_mpc_1.DklsVrfUtils.generateVrfDKGKeyShares();
const bitgoPair = new sdk_lib_mpc_1.DklsDrv.Derive(3, 2, 2, bitgoRoot.getKeyShare(), vrfBitgo.getKeyShare(), path);
const round1Nock = await nockDeriveRound1(bitgoPair, 1, idx);
const round2Nock = await nockDeriveRound2(bitgoPair);
const round3Nock = await nockDeriveRound3(bitgoPair);
const addKeyNock = await nockAddChildKey(coinName, 3, idx);
const { userKeychain, backupKeychain, bitgoKeychain } = await tssUtils.createSafeChildKeychains({
passphrase: 'test',
enterprise: enterpriseId,
safeId: SAFE_ID,
parentKeyId: BITGO_ROOT_KEY_ID,
derivationIndex: idx,
userRootKeyId: USER_ROOT_KEY_ID,
backupRootKeyId: BACKUP_ROOT_KEY_ID,
userRootKeyShare: userRoot.getKeyShare(),
userRootVrfKeyShare: vrfUser.getKeyShare(),
});
assert.ok(round1Nock.isDone());
assert.ok(round2Nock.isDone());
assert.ok(round3Nock.isDone());
assert.ok(addKeyNock.isDone());
assert.equal(userKeychain.commonKeychain, backupKeychain.commonKeychain);
assert.equal(bitgoKeychain.commonKeychain, userKeychain.commonKeychain);
});
it('registers the BitGo child placeholder with the hardened path and no private material', async function () {
const [userRoot, , bitgoRoot] = await sdk_lib_mpc_1.DklsUtils.generateDKGKeyShares();
const [vrfUser, , vrfBitgo] = await sdk_lib_mpc_1.DklsVrfUtils.generateVrfDKGKeyShares();
const bitgoPair = new sdk_lib_mpc_1.DklsDrv.Derive(3, 2, 2, bitgoRoot.getKeyShare(), vrfBitgo.getKeyShare(), PATH_M0);
await nockDeriveRound1(bitgoPair);
await nockDeriveRound2(bitgoPair);
await nockDeriveRound3(bitgoPair);
const addKeyBodies = [];
nock('https://bitgo.fakeurl')
.post(`/api/v2/${coinName}/key`)
.times(3)
.reply(200, (uri, requestBody) => {
addKeyBodies.push(requestBody);
return { id: requestBody.source, source: requestBody.source, commonKeychain: requestBody.commonKeychain };
});
const { bitgoKeychain } = await tssUtils.createSafeChildKeychains({
passphrase: 'test',
enterprise: enterpriseId,
safeId: SAFE_ID,
parentKeyId: BITGO_ROOT_KEY_ID,
derivationIndex: DERIVATION_INDEX,
userRootKeyId: USER_ROOT_KEY_ID,
backupRootKeyId: BACKUP_ROOT_KEY_ID,
userRootKeyShare: userRoot.getKeyShare(),
userRootVrfKeyShare: vrfUser.getKeyShare(),
});
const userBody = addKeyBodies.find((body) => body.source === 'user');
assert.ok(userBody, 'expected a user child registration');
const bitgoBody = addKeyBodies.find((body) => body.source === 'bitgo');
assert.ok(bitgoBody, 'expected a bitgo child registration');
// Same common keychain across all three child registrations.
assert.equal(bitgoBody.commonKeychain, userBody.commonKeychain);
assert.equal(bitgoBody.commonKeychain, bitgoKeychain.commonKeychain);
// All child paths are hardened.
assert.equal(userBody.derivedFromParentWithPath, "m/0'");
assert.equal(userBody.parent, USER_ROOT_KEY_ID);
const backupBody = addKeyBodies.find((body) => body.source === 'backup');
assert.ok(backupBody, 'expected a backup child registration');
assert.equal(backupBody.derivedFromParentWithPath, "m/0'");
assert.equal(backupBody.parent, BACKUP_ROOT_KEY_ID);
// Exact wire body: public-only placeholder with no private material.
assert.deepEqual(bitgoBody, {
source: 'bitgo',
keyType: 'tss',
isMPCv2: true,
commonKeychain: userBody.commonKeychain,
safeId: SAFE_ID,
parent: BITGO_ROOT_KEY_ID,
derivedFromParentWithPath: "m/0'",
});
});
it('should reject root key material that is not a valid VRF envelope', async function () {
const [, , bitgoRoot] = await sdk_lib_mpc_1.DklsUtils.generateDKGKeyShares();
const [, , vrfBitgo] = await sdk_lib_mpc_1.DklsVrfUtils.generateVrfDKGKeyShares();
const bitgoPair = new sdk_lib_mpc_1.DklsDrv.Derive(3, 2, 2, bitgoRoot.getKeyShare(), vrfBitgo.getKeyShare(), PATH_M0);
const round1Nock = await nockDeriveRound1(bitgoPair);
const round2Nock = await nockDeriveRound2(bitgoPair);
const round3Nock = await nockDeriveRound3(bitgoPair);
await assert.rejects(() => tssUtils.createSafeChildKeychains({
passphrase: 'test',
enterprise: enterpriseId,
safeId: SAFE_ID,
parentKeyId: BITGO_ROOT_KEY_ID,
derivationIndex: DERIVATION_INDEX,
userRootKeyId: USER_ROOT_KEY_ID,
backupRootKeyId: BACKUP_ROOT_KEY_ID,
userRootKeyShare: Buffer.from('garbage'),
userRootVrfKeyShare: vrfBitgo.getKeyShare(),
}), /CBOR decode|does not match root key share partyId|VRF keyshare/i);
assert.ok(!round1Nock.isDone(), 'round 1 must not be sent for invalid root material');
assert.ok(!round2Nock.isDone(), 'round 2 must not be sent for invalid root material');
assert.ok(!round3Nock.isDone(), 'round 3 must not be sent for invalid root material');
});
it('should reject a root blob with a VRF partyId mismatch', async function () {
const [userRoot, , bitgoRoot] = await sdk_lib_mpc_1.DklsUtils.generateDKGKeyShares();
const [, vrfBackup, vrfBitgo] = await sdk_lib_mpc_1.DklsVrfUtils.generateVrfDKGKeyShares();
const bitgoPair = new sdk_lib_mpc_1.DklsDrv.Derive(3, 2, 2, bitgoRoot.getKeyShare(), vrfBitgo.getKeyShare(), PATH_M0);
const round1Nock = await nockDeriveRound1(bitgoPair);
const round2Nock = await nockDeriveRound2(bitgoPair);
const round3Nock = await nockDeriveRound3(bitgoPair);
await assert.rejects(() => tssUtils.createSafeChildKeychains({
passphrase: 'test',
enterprise: enterpriseId,
safeId: SAFE_ID,
parentKeyId: BITGO_ROOT_KEY_ID,
derivationIndex: DERIVATION_INDEX,
userRootKeyId: USER_ROOT_KEY_ID,
backupRootKeyId: BACKUP_ROOT_KEY_ID,
userRootKeyShare: userRoot.getKeyShare(),
userRootVrfKeyShare: vrfBackup.getKeyShare(),
}), /does not match VRF key share partyId/);
assert.ok(!round1Nock.isDone(), 'round 1 must not be sent for mismatched VRF material');
assert.ok(!round2Nock.isDone(), 'round 2 must not be sent for mismatched VRF material');
assert.ok(!round3Nock.isDone(), 'round 3 must not be sent for mismatched VRF material');
});
async function nockGetBitgoPublicKeyBasedOnFeatureFlags(coin, enterpriseId, bitgoGpgKeyPair) {
const bitgoGPGPublicKeyResponse = {
name: 'irrelevant',
publicKey: bitgoGpgKeyPair.publicKey,
mpcv2PublicKey: bitgoGpgKeyPair.publicKey,
enterpriseId,
};
nock(bgUrl).get(`/api/v2/${coin}/tss/pubkey`).query({ enterpriseId }).reply(200, bitgoGPGPublicKeyResponse);
return bitgoGPGPublicKeyResponse;
}
async function nockDeriveRound1(bitgoPair, times = 1, index = DERIVATION_INDEX) {
return nock(bgUrl)
.post('/api/v2/mpc/generatekey', (body) => body.round === 'MPCv2Derive-R1' &&
body.safeId === SAFE_ID &&
body.payload?.parentKeyId === BITGO_ROOT_KEY_ID &&
body.payload?.derivationIndex === index &&
body.payload?.userGpgPublicKey &&
body.payload?.userMsg1 &&
body.payload?.backupGpgPublicKey === undefined &&
body.payload?.backupMsg1 === undefined)
.times(times)
.reply(200, async (uri, requestBody) => {
const { userGpgPublicKey, userMsg1 } = requestBody.payload;
userGpgPubKey = { partyId: 0, gpgKey: userGpgPublicKey };
await sdk_lib_mpc_1.DklsComms.decryptAndVerifyIncomingMessages({
p2pMessages: [],
broadcastMessages: [{ from: 0, payload: { message: userMsg1.message, signature: userMsg1.signature } }],
}, [userGpgPubKey], []);
const bitgoMsg1Unsigned = await bitgoPair.initDerive();
const bitgoMsg2 = bitgoPair.handleIncomingMessages({
p2pMessages: [],
broadcastMessages: [{ payload: Buffer.from(userMsg1.message, 'base64'), from: 0 }],
});
const signedStagedMessages = await sdk_lib_mpc_1.DklsComms.encryptAndAuthOutgoingMessages({
broadcastMessages: [sdk_lib_mpc_1.DklsTypes.serializeBroadcastMessage(bitgoMsg2.broadcastMessages[0])],
p2pMessages: [],
}, [], [bitgoGpgPrvKey]);
stagedBitgoMsg2 = signedStagedMessages.broadcastMessages[0].payload;
const signedMessages = await sdk_lib_mpc_1.DklsComms.encryptAndAuthOutgoingMessages({
broadcastMessages: [sdk_lib_mpc_1.DklsTypes.serializeBroadcastMessage(bitgoMsg1Unsigned)],
p2pMessages: [],
}, [], [bitgoGpgPrvKey]);
const bitgoMsg1 = signedMessages.broadcastMessages[0];
assert.ok(bitgoMsg1, 'bitgoMsg1 not found');
return {
sessionId: 'testid',
bitgoMsg1: { from: 2, ...bitgoMsg1.payload },
};
});
}
async function nockDeriveRound2(bitgoPair, times = 1) {
return nock(bgUrl)
.post('/api/v2/mpc/generatekey', (body) => body.round === 'MPCv2Derive-R2' &&
body.safeId === SAFE_ID &&
body.payload?.sessionId === 'testid' &&
body.payload?.userMsg2 &&
body.payload?.backupMsg2 === undefined)
.times(times)
.reply(200, async (uri, requestBody) => {
const { sessionId, userMsg2 } = requestBody.payload;
await sdk_lib_mpc_1.DklsComms.decryptAndVerifyIncomingMessages({
p2pMessages: [],
broadcastMessages: [{ from: 0, payload: { message: userMsg2.message, signature: userMsg2.signature } }],
}, [userGpgPubKey], []);
bitgoPair.handleIncomingMessages({
p2pMessages: [],
broadcastMessages: [{ payload: Buffer.from(userMsg2.message, 'base64'), from: 0 }],
});
assert.ok(stagedBitgoMsg2, 'staged BitGo msg2 missing');
return { sessionId, bitgoMsg2: { from: 2, ...stagedBitgoMsg2 } };
});
}
async function nockDeriveRound3(bitgoPair, times = 1) {
return nock(bgUrl)
.post('/api/v2/mpc/generatekey', (body) => body.round === 'MPCv2Derive-R3' && body.safeId === SAFE_ID && body.payload?.sessionId === 'testid')
.times(times)
.reply(200, async (uri, requestBody) => {
const { sessionId } = requestBody.payload;
return {
sessionId,
commonKeychain: sdk_lib_mpc_1.DklsTypes.getCommonKeychain(bitgoPair.getKeyShare()),
};
});
}
/**
* Nocks the hardened child key registrations.
*/
async function nockAddChildKey(coin, times = 3, index = DERIVATION_INDEX) {
return nock('https://bitgo.fakeurl')
.post(`/api/v2/${coin}/key`, (body) => body.keyType === 'tss' &&
body.isMPCv2 === true &&
body.safeId === SAFE_ID &&
!!body.parent &&
body.derivedFromParentWithPath === `m/${index}'`)
.times(times)
.reply(200, (uri, requestBody) => ({
id: requestBody.source,
source: requestBody.source,
type: requestBody.keyType,
commonKeychain: requestBody.commonKeychain,
encryptedPrv: requestBody.encryptedPrv,
}));
}
});
//# 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* as assert from 'assert';\nimport nock = require('nock');\nimport * as openpgp from 'openpgp';\nimport { decode } from 'cbor-x';\n\nimport { TestableBG, TestBitGo } from '@bitgo/sdk-test';\nimport { AddKeychainOptions, common, ECDSAUtils, Wallet } from '@bitgo/sdk-core';\nimport { DklsComms, DklsDrv, DklsTypes, DklsUtils, DklsVrfUtils } from '@bitgo/sdk-lib-mpc';\nimport { MPCv2DeriveRound1Request, MPCv2DeriveRound2Request, MPCv2DeriveRound3Request } from '@bitgo/public-types';\nimport { NonEmptyString } from 'io-ts-types';\nimport { BitGo, BitgoGPGPublicKey } from '../../../../../../src';\n\nconst SAFE_ID = '6fa8537e3ef5a878fd3ae899f3ab7e5a';\nconst USER_ROOT_KEY_ID = 'root-user-key-id';\nconst DERIVATION_INDEX = 0;\nconst BITGO_ROOT_KEY_ID = 'root-bitgo-key-id';\nconst BACKUP_ROOT_KEY_ID = 'root-backup-key-id';\nconst PATH_M0 = new Uint8Array([0x80, 0x00, 0x00, 0x00]);\n\ndescribe('TSS ECDSA safe child keychains (user/BitGo hard derive):', async function () {\n  const coinName = 'hteth';\n  const enterpriseId = '6449153a6f6bc20006d66771cdbe15d3';\n  let bgUrl: string;\n  let bitgo: TestableBG & BitGo;\n  let tssUtils: ECDSAUtils.EcdsaVrfMPCv2Utils;\n  let wallet: Wallet;\n  let bitGoGpgKey: openpgp.SerializedKeyPair<string> & {\n    revocationCertificate: string;\n  };\n  let constants: { mpc: { bitgoPublicKey: string; bitgoMPCv2PublicKey: string } };\n  let bitgoGpgPrvKey: { partyId: number; gpgKey: string };\n  let userGpgPubKey: { partyId: number; gpgKey: string };\n  let stagedBitgoMsg2: { message: string; signature: string } | undefined;\n\n  before(async function () {\n    openpgp.config.rejectCurves = new Set();\n    bitGoGpgKey = await openpgp.generateKey({\n      userIDs: [{ name: 'bitgo', email: 'bitgo@test.com' }],\n      curve: 'secp256k1',\n    });\n    constants = {\n      mpc: {\n        bitgoPublicKey: bitGoGpgKey.publicKey,\n        bitgoMPCv2PublicKey: bitGoGpgKey.publicKey,\n      },\n    };\n    bitgoGpgPrvKey = { partyId: 2, gpgKey: bitGoGpgKey.privateKey };\n\n    bitgo = TestBitGo.decorate(BitGo, { env: 'mock' });\n    bitgo.initializeTestVars();\n    bgUrl = common.Environments[bitgo.getEnv()].uri;\n\n    const baseCoin = bitgo.coin(coinName);\n    wallet = new Wallet(bitgo, baseCoin, {\n      id: '5b34252f1bf349930e34020a00000000',\n      enterprise: enterpriseId,\n      coin: coinName,\n      coinSpecific: {},\n      multisigType: 'tss',\n    });\n    tssUtils = new ECDSAUtils.EcdsaVrfMPCv2Utils(bitgo, baseCoin, wallet);\n  });\n\n  beforeEach(async function () {\n    nock.cleanAll();\n    stagedBitgoMsg2 = undefined;\n    await nockGetBitgoPublicKeyBasedOnFeatureFlags(coinName, enterpriseId, bitGoGpgKey);\n    nock(bgUrl).get('/api/v1/client/constants').times(32).reply(200, { ttl: 3600, constants });\n  });\n\n  after(function () {\n    nock.cleanAll();\n  });\n\n  it('should derive the user child and register the backup without encryptedPrv', async function () {\n    const [userRoot, , bitgoRoot] = await DklsUtils.generateDKGKeyShares();\n    const [vrfUser, , vrfBitgo] = await DklsVrfUtils.generateVrfDKGKeyShares();\n    const bitgoPair = new DklsDrv.Derive(3, 2, 2, bitgoRoot.getKeyShare(), vrfBitgo.getKeyShare(), PATH_M0);\n\n    const round1Nock = await nockDeriveRound1(bitgoPair);\n    const round2Nock = await nockDeriveRound2(bitgoPair);\n    const round3Nock = await nockDeriveRound3(bitgoPair);\n    const addKeyNock = await nockAddChildKey(coinName);\n\n    const { userKeychain, backupKeychain, bitgoKeychain } = await tssUtils.createSafeChildKeychains({\n      passphrase: 'test',\n      enterprise: enterpriseId,\n      safeId: SAFE_ID,\n      parentKeyId: BITGO_ROOT_KEY_ID,\n      derivationIndex: DERIVATION_INDEX,\n      userRootKeyId: USER_ROOT_KEY_ID,\n      backupRootKeyId: BACKUP_ROOT_KEY_ID,\n      userRootKeyShare: userRoot.getKeyShare(),\n      userRootVrfKeyShare: vrfUser.getKeyShare(),\n    });\n\n    assert.ok(round1Nock.isDone());\n    assert.ok(round2Nock.isDone());\n    assert.ok(round3Nock.isDone());\n    assert.ok(addKeyNock.isDone());\n    assert.equal(userKeychain.commonKeychain, backupKeychain.commonKeychain);\n    assert.equal(bitgoKeychain.commonKeychain, userKeychain.commonKeychain);\n    assert.equal(bitgoKeychain.source, 'bitgo');\n    assert.equal(bitgoKeychain.encryptedPrv, undefined);\n    assert.equal(userKeychain.commonKeychain, DklsTypes.getCommonKeychain(bitgoPair.getKeyShare()));\n\n    const encryptedUserPrv = userKeychain.encryptedPrv;\n    assert.ok(encryptedUserPrv);\n    assert.equal(backupKeychain.encryptedPrv, undefined);\n    const decryptedUserPrv = await bitgo.decrypt({ input: encryptedUserPrv, password: 'test' });\n    const userChildShare = decode(Buffer.from(decryptedUserPrv, 'base64'));\n    assert.equal(userChildShare.version, undefined);\n    assert.equal(userChildShare.vrf, undefined);\n    assert.equal(userChildShare.party_id, 0);\n    assert.ok(userChildShare.s_i);\n  });\n\n  it('should derive at a non-zero hardened index and agree with the server', async function () {\n    const idx = 7;\n    const path = new Uint8Array([0x80 | (idx >>> 24), 0, 0, idx]);\n    const [userRoot, , bitgoRoot] = await DklsUtils.generateDKGKeyShares();\n    const [vrfUser, , vrfBitgo] = await DklsVrfUtils.generateVrfDKGKeyShares();\n    const bitgoPair = new DklsDrv.Derive(3, 2, 2, bitgoRoot.getKeyShare(), vrfBitgo.getKeyShare(), path);\n\n    const round1Nock = await nockDeriveRound1(bitgoPair, 1, idx);\n    const round2Nock = await nockDeriveRound2(bitgoPair);\n    const round3Nock = await nockDeriveRound3(bitgoPair);\n    const addKeyNock = await nockAddChildKey(coinName, 3, idx);\n\n    const { userKeychain, backupKeychain, bitgoKeychain } = await tssUtils.createSafeChildKeychains({\n      passphrase: 'test',\n      enterprise: enterpriseId,\n      safeId: SAFE_ID,\n      parentKeyId: BITGO_ROOT_KEY_ID,\n      derivationIndex: idx,\n      userRootKeyId: USER_ROOT_KEY_ID,\n      backupRootKeyId: BACKUP_ROOT_KEY_ID,\n      userRootKeyShare: userRoot.getKeyShare(),\n      userRootVrfKeyShare: vrfUser.getKeyShare(),\n    });\n\n    assert.ok(round1Nock.isDone());\n    assert.ok(round2Nock.isDone());\n    assert.ok(round3Nock.isDone());\n    assert.ok(addKeyNock.isDone());\n    assert.equal(userKeychain.commonKeychain, backupKeychain.commonKeychain);\n    assert.equal(bitgoKeychain.commonKeychain, userKeychain.commonKeychain);\n  });\n\n  it('registers the BitGo child placeholder with the hardened path and no private material', async function () {\n    const [userRoot, , bitgoRoot] = await DklsUtils.generateDKGKeyShares();\n    const [vrfUser, , vrfBitgo] = await DklsVrfUtils.generateVrfDKGKeyShares();\n    const bitgoPair = new DklsDrv.Derive(3, 2, 2, bitgoRoot.getKeyShare(), vrfBitgo.getKeyShare(), PATH_M0);\n\n    await nockDeriveRound1(bitgoPair);\n    await nockDeriveRound2(bitgoPair);\n    await nockDeriveRound3(bitgoPair);\n\n    const addKeyBodies: AddKeychainOptions[] = [];\n    nock('https://bitgo.fakeurl')\n      .post(`/api/v2/${coinName}/key`)\n      .times(3)\n      .reply(200, (uri, requestBody: AddKeychainOptions) => {\n        addKeyBodies.push(requestBody);\n        return { id: requestBody.source, source: requestBody.source, commonKeychain: requestBody.commonKeychain };\n      });\n\n    const { bitgoKeychain } = await tssUtils.createSafeChildKeychains({\n      passphrase: 'test',\n      enterprise: enterpriseId,\n      safeId: SAFE_ID,\n      parentKeyId: BITGO_ROOT_KEY_ID,\n      derivationIndex: DERIVATION_INDEX,\n      userRootKeyId: USER_ROOT_KEY_ID,\n      backupRootKeyId: BACKUP_ROOT_KEY_ID,\n      userRootKeyShare: userRoot.getKeyShare(),\n      userRootVrfKeyShare: vrfUser.getKeyShare(),\n    });\n\n    const userBody = addKeyBodies.find((body) => body.source === 'user');\n    assert.ok(userBody, 'expected a user child registration');\n    const bitgoBody = addKeyBodies.find((body) => body.source === 'bitgo');\n    assert.ok(bitgoBody, 'expected a bitgo child registration');\n    // Same common keychain across all three child registrations.\n    assert.equal(bitgoBody.commonKeychain, userBody.commonKeychain);\n    assert.equal(bitgoBody.commonKeychain, bitgoKeychain.commonKeychain);\n    // All child paths are hardened.\n    assert.equal(userBody.derivedFromParentWithPath, \"m/0'\");\n    assert.equal(userBody.parent, USER_ROOT_KEY_ID);\n    const backupBody = addKeyBodies.find((body) => body.source === 'backup');\n    assert.ok(backupBody, 'expected a backup child registration');\n    assert.equal(backupBody.derivedFromParentWithPath, \"m/0'\");\n    assert.equal(backupBody.parent, BACKUP_ROOT_KEY_ID);\n    // Exact wire body: public-only placeholder with no private material.\n    assert.deepEqual(bitgoBody, {\n      source: 'bitgo',\n      keyType: 'tss',\n      isMPCv2: true,\n      commonKeychain: userBody.commonKeychain,\n      safeId: SAFE_ID,\n      parent: BITGO_ROOT_KEY_ID,\n      derivedFromParentWithPath: \"m/0'\",\n    });\n  });\n\n  it('should reject root key material that is not a valid VRF envelope', async function () {\n    const [, , bitgoRoot] = await DklsUtils.generateDKGKeyShares();\n    const [, , vrfBitgo] = await DklsVrfUtils.generateVrfDKGKeyShares();\n    const bitgoPair = new DklsDrv.Derive(3, 2, 2, bitgoRoot.getKeyShare(), vrfBitgo.getKeyShare(), PATH_M0);\n    const round1Nock = await nockDeriveRound1(bitgoPair);\n    const round2Nock = await nockDeriveRound2(bitgoPair);\n    const round3Nock = await nockDeriveRound3(bitgoPair);\n\n    await assert.rejects(\n      () =>\n        tssUtils.createSafeChildKeychains({\n          passphrase: 'test',\n          enterprise: enterpriseId,\n          safeId: SAFE_ID,\n          parentKeyId: BITGO_ROOT_KEY_ID,\n          derivationIndex: DERIVATION_INDEX,\n          userRootKeyId: USER_ROOT_KEY_ID,\n          backupRootKeyId: BACKUP_ROOT_KEY_ID,\n          userRootKeyShare: Buffer.from('garbage'),\n          userRootVrfKeyShare: vrfBitgo.getKeyShare(),\n        }),\n      /CBOR decode|does not match root key share partyId|VRF keyshare/i\n    );\n    assert.ok(!round1Nock.isDone(), 'round 1 must not be sent for invalid root material');\n    assert.ok(!round2Nock.isDone(), 'round 2 must not be sent for invalid root material');\n    assert.ok(!round3Nock.isDone(), 'round 3 must not be sent for invalid root material');\n  });\n\n  it('should reject a root blob with a VRF partyId mismatch', async function () {\n    const [userRoot, , bitgoRoot] = await DklsUtils.generateDKGKeyShares();\n    const [, vrfBackup, vrfBitgo] = await DklsVrfUtils.generateVrfDKGKeyShares();\n    const bitgoPair = new DklsDrv.Derive(3, 2, 2, bitgoRoot.getKeyShare(), vrfBitgo.getKeyShare(), PATH_M0);\n    const round1Nock = await nockDeriveRound1(bitgoPair);\n    const round2Nock = await nockDeriveRound2(bitgoPair);\n    const round3Nock = await nockDeriveRound3(bitgoPair);\n\n    await assert.rejects(\n      () =>\n        tssUtils.createSafeChildKeychains({\n          passphrase: 'test',\n          enterprise: enterpriseId,\n          safeId: SAFE_ID,\n          parentKeyId: BITGO_ROOT_KEY_ID,\n          derivationIndex: DERIVATION_INDEX,\n          userRootKeyId: USER_ROOT_KEY_ID,\n          backupRootKeyId: BACKUP_ROOT_KEY_ID,\n          userRootKeyShare: userRoot.getKeyShare(),\n          userRootVrfKeyShare: vrfBackup.getKeyShare(),\n        }),\n      /does not match VRF key share partyId/\n    );\n    assert.ok(!round1Nock.isDone(), 'round 1 must not be sent for mismatched VRF material');\n    assert.ok(!round2Nock.isDone(), 'round 2 must not be sent for mismatched VRF material');\n    assert.ok(!round3Nock.isDone(), 'round 3 must not be sent for mismatched VRF material');\n  });\n\n  async function nockGetBitgoPublicKeyBasedOnFeatureFlags(\n    coin: string,\n    enterpriseId: string,\n    bitgoGpgKeyPair: openpgp.SerializedKeyPair<string>\n  ): Promise<BitgoGPGPublicKey> {\n    const bitgoGPGPublicKeyResponse: BitgoGPGPublicKey = {\n      name: 'irrelevant',\n      publicKey: bitgoGpgKeyPair.publicKey,\n      mpcv2PublicKey: bitgoGpgKeyPair.publicKey,\n      enterpriseId,\n    };\n    nock(bgUrl).get(`/api/v2/${coin}/tss/pubkey`).query({ enterpriseId }).reply(200, bitgoGPGPublicKeyResponse);\n    return bitgoGPGPublicKeyResponse;\n  }\n\n  async function nockDeriveRound1(bitgoPair: DklsDrv.Derive, times = 1, index = DERIVATION_INDEX) {\n    return nock(bgUrl)\n      .post(\n        '/api/v2/mpc/generatekey',\n        (body) =>\n          body.round === 'MPCv2Derive-R1' &&\n          body.safeId === SAFE_ID &&\n          body.payload?.parentKeyId === BITGO_ROOT_KEY_ID &&\n          body.payload?.derivationIndex === index &&\n          body.payload?.userGpgPublicKey &&\n          body.payload?.userMsg1 &&\n          body.payload?.backupGpgPublicKey === undefined &&\n          body.payload?.backupMsg1 === undefined\n      )\n      .times(times)\n      .reply(200, async (uri, requestBody: { payload: MPCv2DeriveRound1Request }) => {\n        const { userGpgPublicKey, userMsg1 } = requestBody.payload;\n        userGpgPubKey = { partyId: 0, gpgKey: userGpgPublicKey };\n        await DklsComms.decryptAndVerifyIncomingMessages(\n          {\n            p2pMessages: [],\n            broadcastMessages: [{ from: 0, payload: { message: userMsg1.message, signature: userMsg1.signature } }],\n          },\n          [userGpgPubKey],\n          []\n        );\n\n        const bitgoMsg1Unsigned = await bitgoPair.initDerive();\n        const bitgoMsg2 = bitgoPair.handleIncomingMessages({\n          p2pMessages: [],\n          broadcastMessages: [{ payload: Buffer.from(userMsg1.message, 'base64'), from: 0 }],\n        });\n        const signedStagedMessages = await DklsComms.encryptAndAuthOutgoingMessages(\n          {\n            broadcastMessages: [DklsTypes.serializeBroadcastMessage(bitgoMsg2.broadcastMessages[0])],\n            p2pMessages: [],\n          },\n          [],\n          [bitgoGpgPrvKey]\n        );\n        stagedBitgoMsg2 = signedStagedMessages.broadcastMessages[0].payload;\n\n        const signedMessages = await DklsComms.encryptAndAuthOutgoingMessages(\n          {\n            broadcastMessages: [DklsTypes.serializeBroadcastMessage(bitgoMsg1Unsigned)],\n            p2pMessages: [],\n          },\n          [],\n          [bitgoGpgPrvKey]\n        );\n        const bitgoMsg1 = signedMessages.broadcastMessages[0];\n        assert.ok(bitgoMsg1, 'bitgoMsg1 not found');\n        return {\n          sessionId: 'testid' as NonEmptyString,\n          bitgoMsg1: { from: 2, ...bitgoMsg1.payload },\n        };\n      });\n  }\n\n  async function nockDeriveRound2(bitgoPair: DklsDrv.Derive, times = 1) {\n    return nock(bgUrl)\n      .post(\n        '/api/v2/mpc/generatekey',\n        (body) =>\n          body.round === 'MPCv2Derive-R2' &&\n          body.safeId === SAFE_ID &&\n          body.payload?.sessionId === 'testid' &&\n          body.payload?.userMsg2 &&\n          body.payload?.backupMsg2 === undefined\n      )\n      .times(times)\n      .reply(200, async (uri, requestBody: { payload: MPCv2DeriveRound2Request }) => {\n        const { sessionId, userMsg2 } = requestBody.payload;\n        await DklsComms.decryptAndVerifyIncomingMessages(\n          {\n            p2pMessages: [],\n            broadcastMessages: [{ from: 0, payload: { message: userMsg2.message, signature: userMsg2.signature } }],\n          },\n          [userGpgPubKey],\n          []\n        );\n        bitgoPair.handleIncomingMessages({\n          p2pMessages: [],\n          broadcastMessages: [{ payload: Buffer.from(userMsg2.message, 'base64'), from: 0 }],\n        });\n        assert.ok(stagedBitgoMsg2, 'staged BitGo msg2 missing');\n        return { sessionId, bitgoMsg2: { from: 2, ...stagedBitgoMsg2 } };\n      });\n  }\n\n  async function nockDeriveRound3(bitgoPair: DklsDrv.Derive, times = 1) {\n    return nock(bgUrl)\n      .post(\n        '/api/v2/mpc/generatekey',\n        (body) => body.round === 'MPCv2Derive-R3' && body.safeId === SAFE_ID && body.payload?.sessionId === 'testid'\n      )\n      .times(times)\n      .reply(200, async (uri, requestBody: { payload: MPCv2DeriveRound3Request }) => {\n        const { sessionId } = requestBody.payload;\n        return {\n          sessionId,\n          commonKeychain: DklsTypes.getCommonKeychain(bitgoPair.getKeyShare()) as NonEmptyString,\n        };\n      });\n  }\n\n  /**\n   * Nocks the hardened child key registrations.\n   */\n  async function nockAddChildKey(coin: string, times = 3, index = DERIVATION_INDEX) {\n    return nock('https://bitgo.fakeurl')\n      .post(\n        `/api/v2/${coin}/key`,\n        (body: AddKeychainOptions & { derivedFromParentWithPath?: string }) =>\n          body.keyType === 'tss' &&\n          body.isMPCv2 === true &&\n          body.safeId === SAFE_ID &&\n          !!body.parent &&\n          body.derivedFromParentWithPath === `m/${index}'`\n      )\n      .times(times)\n      .reply(200, (uri, requestBody: AddKeychainOptions) => ({\n        id: requestBody.source,\n        source: requestBody.source,\n        type: requestBody.keyType,\n        commonKeychain: requestBody.commonKeychain,\n        encryptedPrv: requestBody.encryptedPrv,\n      }));\n  }\n});\n"]}