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Просмотр файла: ecdsa.js
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/**
* @prettier
*/
const assert_1 = __importDefault(require("assert"));
const crypto_1 = require("crypto");
const sdk_core_1 = require("@bitgo/sdk-core");
const sdk_lib_mpc_1 = require("@bitgo/sdk-lib-mpc");
const sinon = __importStar(require("sinon"));
const keccak_1 = __importDefault(require("keccak"));
const paillierBigint = __importStar(require("paillier-bigint"));
const ecdsa_1 = require("../fixtures/ecdsa");
describe('TSS ECDSA TESTS', function () {
const MPC = new sdk_core_1.Ecdsa();
const base = BigInt('0x010000000000000000000000000000000000000000000000000000000000000000'); // 2^256
let keyShares;
let commonPublicKey;
const seed = Buffer.from('c4d1583a0b7b88626b56f0c83ee6df4d95d99cca73893ffb57c5e4411fa1b2b9c87456080e8d3f03462f065688abc28be2d4af3164d593c50b55269b435ea48d', 'hex');
let A, B, C;
before(async () => {
const paillierMock = sinon
.stub(paillierBigint, 'generateRandomKeys')
.onCall(0)
.resolves(ecdsa_1.paillerKeys[0])
.onCall(1)
.resolves(ecdsa_1.paillerKeys[1])
.onCall(2)
.resolves(ecdsa_1.paillerKeys[2])
.onCall(3)
.resolves(ecdsa_1.paillerKeys[0])
.onCall(4)
.resolves(ecdsa_1.paillerKeys[1])
.onCall(5)
.resolves(ecdsa_1.paillerKeys[2]);
const schnorrProofMock = sinon
.stub(sdk_lib_mpc_1.Schnorr, 'createSchnorrProof')
.onCall(0)
.returns(ecdsa_1.schnorrProofs[0])
.onCall(1)
.returns(ecdsa_1.schnorrProofs[1])
.onCall(2)
.returns(ecdsa_1.schnorrProofs[2])
.onCall(3)
.returns(ecdsa_1.schnorrProofs[3])
.onCall(4)
.returns(ecdsa_1.schnorrProofs[4])
.onCall(5)
.returns(ecdsa_1.schnorrProofs[5]);
[A, B, C] = await Promise.all([MPC.keyShare(1, 2, 3), MPC.keyShare(2, 2, 3), MPC.keyShare(3, 2, 3)]);
// Needs to run this serially for testing deterministic key generation
// to get specific paillier keys to be assigned
const D = await MPC.keyShare(1, 2, 3, seed);
const E = await MPC.keyShare(2, 2, 3, seed);
const F = await MPC.keyShare(3, 2, 3, seed);
const aKeyCombine = MPC.keyCombine(A.pShare, [B.nShares[1], C.nShares[1]]);
const bKeyCombine = MPC.keyCombine(B.pShare, [A.nShares[2], C.nShares[2]]);
const cKeyCombine = MPC.keyCombine(C.pShare, [A.nShares[3], B.nShares[3]]);
// Shares with specific seeds
const dKeyCombine = MPC.keyCombine(D.pShare, [E.nShares[1], F.nShares[1]]);
const eKeyCombine = MPC.keyCombine(E.pShare, [D.nShares[2], F.nShares[2]]);
const fKeyCombine = MPC.keyCombine(F.pShare, [D.nShares[3], E.nShares[3]]);
// Shares for derived keys.
const path = 'm/0/1';
const aKeyDerive = MPC.keyDerive(A.pShare, [B.nShares[1], C.nShares[1]], path);
const gKeyCombine = {
xShare: aKeyDerive.xShare,
yShares: aKeyCombine.yShares,
};
const hKeyCombine = MPC.keyCombine(B.pShare, [aKeyDerive.nShares[2], C.nShares[2]]);
keyShares = [
aKeyCombine,
bKeyCombine,
cKeyCombine,
dKeyCombine,
eKeyCombine,
fKeyCombine,
gKeyCombine,
hKeyCombine,
];
commonPublicKey = aKeyCombine.xShare.y;
paillierMock.reset();
paillierMock.restore();
schnorrProofMock.reset();
schnorrProofMock.restore();
});
describe('Ecdsa Key Generation Test', function () {
it('should generate keys with correct threshold and share number', async function () {
for (let index = 0; index < 3; index++) {
const participantOne = (index % 3) + 1;
const participantTwo = ((index + 1) % 3) + 1;
const participantThree = ((index + 2) % 3) + 1;
keyShares[index].xShare.i.should.equal(participantOne);
keyShares[index].xShare.y.should.equal(commonPublicKey);
keyShares[index].xShare.m.should.not.be.Null;
keyShares[index].xShare.l.should.not.be.Null;
keyShares[index].xShare.n.should.not.be.Null;
const chaincode = BigInt('0x' + keyShares[index].xShare.chaincode);
const isChainCodeValid = chaincode > BigInt(0) && chaincode <= base;
isChainCodeValid.should.equal(true);
keyShares[index].yShares[participantTwo].i.should.equal(participantOne);
keyShares[index].yShares[participantThree].i.should.equal(participantOne);
keyShares[index].yShares[participantTwo].j.should.equal(participantTwo);
keyShares[index].yShares[participantThree].j.should.equal(participantThree);
keyShares[index].yShares[participantTwo].n.should.not.be.Null;
keyShares[index].yShares[participantThree].n.should.not.be.Null;
const publicKeyPrefix = keyShares[index].xShare.y.slice(0, 2);
const isRightPrefix = publicKeyPrefix === '03' || publicKeyPrefix === '02';
isRightPrefix.should.equal(true);
}
});
it('should generate keyshares with specific seed', async function () {
// Keys should be deterministic when using seed
const [, , , D, E, F] = keyShares;
assert_1.default.deepEqual(D, ecdsa_1.mockDKeyShare);
assert_1.default.deepEqual(E, ecdsa_1.mockEKeyShare);
assert_1.default.deepEqual(F, ecdsa_1.mockFKeyShare);
});
it('should fail if seed is length less than 64 bytes', async function () {
await MPC.keyShare(1, 2, 3, (0, crypto_1.randomBytes)(16)).should.be.rejectedWith('Seed must have a length of at least 64 bytes');
await MPC.keyShare(1, 2, 3, (0, crypto_1.randomBytes)(32)).should.be.rejectedWith('Seed must have a length of at least 64 bytes');
});
it('should pass if seed length is greater than 64', async function () {
const paillierMock = sinon
.stub(paillierBigint, 'generateRandomKeys')
.onCall(0)
.resolves(ecdsa_1.paillerKeys[0]);
const seed72Bytes = Buffer.from('4f7e914dc9ec696398675d1544aab61cb7a67662ffcbdb4079ec5d682be565d87c1b2de75c943dec14c96586984860268779498e6732473aed9ed9c2538f50bea0af926bdccc0134', 'hex');
(await MPC.keyShare(1, 2, 3, seed72Bytes)).pShare.u.length.should.equal(64);
paillierMock.restore();
});
it('should calculate correct chaincode while combining', async function () {
const keyCombine = MPC.keyCombine(ecdsa_1.mockPShare, ecdsa_1.mockNShares);
keyCombine.xShare.chaincode.should.equal('fffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc32');
});
it('should fail to generate keys with invalid threshold and share number', async function () {
const invalidConfigs = [
{ index: 1, threshold: 5, numShares: 3 },
{ index: -1, threshold: 2, numShares: 3 },
{ index: 1, threshold: 2, numShares: 1 },
];
for (let index = 0; index < invalidConfigs.length; index++) {
try {
await MPC.keyShare(invalidConfigs[index].index, invalidConfigs[index].threshold, invalidConfigs[index].numShares);
}
catch (e) {
e.should.equal('Invalid KeyShare Config');
}
}
});
it('should derive unhardened child keys', async function () {
// parent key
const aKeyCombine = keyShares[0];
const commonKeychain = aKeyCombine.xShare.y + aKeyCombine.xShare.chaincode;
for (let index = 0; index < 10; index++) {
const path = `m/0/0/${index}`;
const subkey = MPC.keyDerive(A.pShare, [B.nShares[1], C.nShares[1]], path);
const derive1 = MPC.deriveUnhardened(commonKeychain, path);
const derive2 = MPC.deriveUnhardened(commonKeychain, path);
derive1.should.equal(derive2, 'derivation should be deterministic');
(subkey.xShare.y + subkey.xShare.chaincode).should.equal(derive1, 'subkey common keychain should match derived keychain');
}
});
});
describe('ECDSA Signing', async function () {
let config;
before(() => {
const [A, B, C, D, E, F, G, H] = keyShares;
config = [
{ signerOne: A, signerTwo: B },
{ signerOne: A, signerTwo: C },
{ signerOne: B, signerTwo: A },
{ signerOne: B, signerTwo: C },
{ signerOne: C, signerTwo: A },
{ signerOne: C, signerTwo: B },
// Checks signing with specific seed
{ signerOne: D, signerTwo: E },
{ signerOne: E, signerTwo: F },
{ signerOne: F, signerTwo: D },
// Checks with specific hashing algorithm
{ signerOne: A, signerTwo: B, hash: 'keccak256' },
// checks with no hashing
{ signerOne: A, signerTwo: B, shouldHash: false },
// Checks with derived subkey
{ signerOne: G, signerTwo: H },
];
});
for (let index = 0; index < 9; index++) {
it(`should properly sign the message case ${index}`, async function () {
// Step One
// signerOne, signerTwo have decided to sign the message
const signerOne = config[index].signerOne;
const signerOneIndex = signerOne.xShare.i;
const signerTwo = config[index].signerTwo;
const signerTwoIndex = signerTwo.xShare.i;
const [signerOneToTwoPaillierChallenge, signerTwoToOnePaillierChallenge] = await Promise.all([
sdk_lib_mpc_1.EcdsaPaillierProof.generateP((0, sdk_core_1.hexToBigInt)(signerOne.yShares[signerTwoIndex].n)),
sdk_lib_mpc_1.EcdsaPaillierProof.generateP((0, sdk_core_1.hexToBigInt)(signerTwo.yShares[signerOneIndex].n)),
]);
// Step Two
// First signer generates their range proof challenge.
const signerOneXShare = MPC.appendChallenge(signerOne.xShare, sdk_lib_mpc_1.EcdsaTypes.serializeNtilde(ecdsa_1.ntildes[index]), sdk_lib_mpc_1.EcdsaTypes.serializePaillierChallenge({ p: signerOneToTwoPaillierChallenge }));
// Step Three
// Second signer generates their range proof challenge.
const signerTwoXShare = MPC.appendChallenge(signerTwo.xShare, sdk_lib_mpc_1.EcdsaTypes.serializeNtilde(ecdsa_1.ntildes[index + 1]), sdk_lib_mpc_1.EcdsaTypes.serializePaillierChallenge({ p: signerTwoToOnePaillierChallenge }));
const signerTwoChallenge = { ntilde: signerTwoXShare.ntilde, h1: signerTwoXShare.h1, h2: signerTwoXShare.h2 };
// Step Four
// First signer receives the challenge from the second signer and appends it to their YShare
const signerTwoYShare = MPC.appendChallenge(signerOne.yShares[signerTwoIndex], signerTwoChallenge, sdk_lib_mpc_1.EcdsaTypes.serializePaillierChallenge({ p: signerTwoToOnePaillierChallenge }));
// Step Five
// Sign Shares are created by one of the participants (signerOne)
// with its private XShare and YShare corresponding to the other participant (signerTwo)
// This step produces a private WShare which signerOne saves and KShare which signerOne sends to signerTwo
const signShares = await MPC.signShare(signerOneXShare, signerTwoYShare);
// Step Six
// signerTwo receives the KShare from signerOne and uses it produce private
// BShare (Beta Share) which signerTwo saves and AShare (Alpha Share)
// which is sent to signerOne
const signConvertS21 = await MPC.signConvertStep1({
xShare: signerTwoXShare,
yShare: signerTwo.yShares[signerOneIndex], // YShare corresponding to the other participant signerOne
kShare: signShares.kShare,
});
// Step Seven
// signerOne receives the AShare from signerTwo and signerOne using the private WShare from step two
// uses it produce private GShare (Gamma Share) and MUShare (Mu Share) which
// is sent to signerTwo to produce its Gamma Share
const signConvertS12 = await MPC.signConvertStep2({
aShare: signConvertS21.aShare,
wShare: signShares.wShare,
});
// Step Eight
// signerTwo receives the MUShare from signerOne and signerOne using the private BShare from step three
// uses it produce private GShare (Gamma Share)
const signConvertS21_2 = await MPC.signConvertStep3({
muShare: signConvertS12.muShare,
bShare: signConvertS21.bShare,
});
// Step Nine
// signerOne and signerTwo both have successfully generated GShares and they use
// the sign combine function to generate their private omicron shares and
// delta shares which they share to each other
const [signCombineOne, signCombineTwo] = [
MPC.signCombine({
gShare: signConvertS12.gShare,
signIndex: {
i: signConvertS12.muShare.i,
j: signConvertS12.muShare.j,
},
}),
MPC.signCombine({
gShare: signConvertS21_2.gShare,
signIndex: {
i: signConvertS21_2.signIndex.i,
j: signConvertS21_2.signIndex.j,
},
}),
];
const MESSAGE = Buffer.from('TOO MANY SECRETS');
// Step Ten
// signerOne and signerTwo shares the delta share from each other
// and finally signs the message using their private OShare
// and delta share received from the other signer
const hashGenerator = (hashType) => {
return hashType === 'keccak256' ? (0, keccak_1.default)('keccak256') : undefined;
};
const [signA, signB] = [
MPC.sign(MESSAGE, signCombineOne.oShare, signCombineTwo.dShare, hashGenerator(config[index].hash), config[index].shouldHash),
MPC.sign(MESSAGE, signCombineTwo.oShare, signCombineOne.dShare, hashGenerator(config[index].hash), config[index].shouldHash),
];
// Step Eleven
// Construct the final signature
const signature = MPC.constructSignature([signA, signB]);
// Step Twelve
// Verify signature
const isValid = MPC.verify(MESSAGE, signature, hashGenerator(config[index].hash), config[index].shouldHash);
isValid.should.equal(true);
});
}
});
});
//# 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* @prettier\n */\nimport assert from 'assert';\nimport { Hash, randomBytes } from 'crypto';\nimport { Ecdsa, ECDSA, hexToBigInt } from '@bitgo/sdk-core';\nimport { EcdsaPaillierProof, EcdsaTypes, Schnorr, SchnorrProof } from '@bitgo/sdk-lib-mpc';\nimport * as sinon from 'sinon';\nimport createKeccakHash from 'keccak';\nimport * as paillierBigint from 'paillier-bigint';\nimport {\n  schnorrProofs,\n  ntildes,\n  paillerKeys,\n  mockNShares,\n  mockPShare,\n  mockDKeyShare,\n  mockEKeyShare,\n  mockFKeyShare,\n} from '../fixtures/ecdsa';\n\ndescribe('TSS ECDSA TESTS', function () {\n  const MPC = new Ecdsa();\n  const base = BigInt('0x010000000000000000000000000000000000000000000000000000000000000000'); // 2^256\n  let keyShares: ECDSA.KeyCombined[];\n  let commonPublicKey: string;\n  const seed = Buffer.from(\n    'c4d1583a0b7b88626b56f0c83ee6df4d95d99cca73893ffb57c5e4411fa1b2b9c87456080e8d3f03462f065688abc28be2d4af3164d593c50b55269b435ea48d',\n    'hex',\n  );\n  let A: ECDSA.KeyShare, B: ECDSA.KeyShare, C: ECDSA.KeyShare;\n  before(async () => {\n    const paillierMock = sinon\n      .stub(paillierBigint, 'generateRandomKeys')\n      .onCall(0)\n      .resolves(paillerKeys[0] as unknown as paillierBigint.KeyPair)\n      .onCall(1)\n      .resolves(paillerKeys[1] as unknown as paillierBigint.KeyPair)\n      .onCall(2)\n      .resolves(paillerKeys[2] as unknown as paillierBigint.KeyPair)\n      .onCall(3)\n      .resolves(paillerKeys[0] as unknown as paillierBigint.KeyPair)\n      .onCall(4)\n      .resolves(paillerKeys[1] as unknown as paillierBigint.KeyPair)\n      .onCall(5)\n      .resolves(paillerKeys[2] as unknown as paillierBigint.KeyPair);\n\n    const schnorrProofMock = sinon\n      .stub(Schnorr, 'createSchnorrProof')\n      .onCall(0)\n      .returns(schnorrProofs[0] as unknown as SchnorrProof)\n      .onCall(1)\n      .returns(schnorrProofs[1] as unknown as SchnorrProof)\n      .onCall(2)\n      .returns(schnorrProofs[2] as unknown as SchnorrProof)\n      .onCall(3)\n      .returns(schnorrProofs[3] as unknown as SchnorrProof)\n      .onCall(4)\n      .returns(schnorrProofs[4] as unknown as SchnorrProof)\n      .onCall(5)\n      .returns(schnorrProofs[5] as unknown as SchnorrProof);\n\n    [A, B, C] = await Promise.all([MPC.keyShare(1, 2, 3), MPC.keyShare(2, 2, 3), MPC.keyShare(3, 2, 3)]);\n\n    // Needs to run this serially for testing deterministic key generation\n    // to get specific paillier keys to be assigned\n    const D = await MPC.keyShare(1, 2, 3, seed);\n    const E = await MPC.keyShare(2, 2, 3, seed);\n    const F = await MPC.keyShare(3, 2, 3, seed);\n\n    const aKeyCombine = MPC.keyCombine(A.pShare, [B.nShares[1], C.nShares[1]]);\n    const bKeyCombine = MPC.keyCombine(B.pShare, [A.nShares[2], C.nShares[2]]);\n    const cKeyCombine = MPC.keyCombine(C.pShare, [A.nShares[3], B.nShares[3]]);\n\n    // Shares with specific seeds\n    const dKeyCombine = MPC.keyCombine(D.pShare, [E.nShares[1], F.nShares[1]]);\n    const eKeyCombine = MPC.keyCombine(E.pShare, [D.nShares[2], F.nShares[2]]);\n    const fKeyCombine = MPC.keyCombine(F.pShare, [D.nShares[3], E.nShares[3]]);\n\n    // Shares for derived keys.\n    const path = 'm/0/1';\n    const aKeyDerive = MPC.keyDerive(A.pShare, [B.nShares[1], C.nShares[1]], path);\n    const gKeyCombine: ECDSA.KeyCombined = {\n      xShare: aKeyDerive.xShare,\n      yShares: aKeyCombine.yShares,\n    };\n    const hKeyCombine = MPC.keyCombine(B.pShare, [aKeyDerive.nShares[2], C.nShares[2]]);\n    keyShares = [\n      aKeyCombine,\n      bKeyCombine,\n      cKeyCombine,\n      dKeyCombine,\n      eKeyCombine,\n      fKeyCombine,\n      gKeyCombine,\n      hKeyCombine,\n    ];\n    commonPublicKey = aKeyCombine.xShare.y;\n    paillierMock.reset();\n    paillierMock.restore();\n    schnorrProofMock.reset();\n    schnorrProofMock.restore();\n  });\n\n  describe('Ecdsa Key Generation Test', function () {\n    it('should generate keys with correct threshold and share number', async function () {\n      for (let index = 0; index < 3; index++) {\n        const participantOne = (index % 3) + 1;\n        const participantTwo = ((index + 1) % 3) + 1;\n        const participantThree = ((index + 2) % 3) + 1;\n        keyShares[index].xShare.i.should.equal(participantOne);\n        keyShares[index].xShare.y.should.equal(commonPublicKey);\n        keyShares[index].xShare.m.should.not.be.Null;\n        keyShares[index].xShare.l.should.not.be.Null;\n        keyShares[index].xShare.n.should.not.be.Null;\n\n        const chaincode = BigInt('0x' + keyShares[index].xShare.chaincode);\n        const isChainCodeValid = chaincode > BigInt(0) && chaincode <= base;\n        isChainCodeValid.should.equal(true);\n\n        keyShares[index].yShares[participantTwo].i.should.equal(participantOne);\n        keyShares[index].yShares[participantThree].i.should.equal(participantOne);\n        keyShares[index].yShares[participantTwo].j.should.equal(participantTwo);\n        keyShares[index].yShares[participantThree].j.should.equal(participantThree);\n        keyShares[index].yShares[participantTwo].n.should.not.be.Null;\n        keyShares[index].yShares[participantThree].n.should.not.be.Null;\n\n        const publicKeyPrefix = keyShares[index].xShare.y.slice(0, 2);\n        const isRightPrefix = publicKeyPrefix === '03' || publicKeyPrefix === '02';\n        isRightPrefix.should.equal(true);\n      }\n    });\n\n    it('should generate keyshares with specific seed', async function () {\n      // Keys should be deterministic when using seed\n      const [, , , D, E, F] = keyShares;\n      assert.deepEqual(D, mockDKeyShare);\n      assert.deepEqual(E, mockEKeyShare);\n      assert.deepEqual(F, mockFKeyShare);\n    });\n\n    it('should fail if seed is length less than 64 bytes', async function () {\n      await MPC.keyShare(1, 2, 3, randomBytes(16)).should.be.rejectedWith(\n        'Seed must have a length of at least 64 bytes',\n      );\n      await MPC.keyShare(1, 2, 3, randomBytes(32)).should.be.rejectedWith(\n        'Seed must have a length of at least 64 bytes',\n      );\n    });\n\n    it('should pass if seed length is greater than 64', async function () {\n      const paillierMock = sinon\n        .stub(paillierBigint, 'generateRandomKeys')\n        .onCall(0)\n        .resolves(paillerKeys[0] as unknown as paillierBigint.KeyPair);\n      const seed72Bytes = Buffer.from(\n        '4f7e914dc9ec696398675d1544aab61cb7a67662ffcbdb4079ec5d682be565d87c1b2de75c943dec14c96586984860268779498e6732473aed9ed9c2538f50bea0af926bdccc0134',\n        'hex',\n      );\n      (await MPC.keyShare(1, 2, 3, seed72Bytes)).pShare.u.length.should.equal(64);\n      paillierMock.restore();\n    });\n\n    it('should calculate correct chaincode while combining', async function () {\n      const keyCombine = MPC.keyCombine(mockPShare, mockNShares);\n      keyCombine.xShare.chaincode.should.equal('fffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc32');\n    });\n\n    it('should fail to generate keys with invalid threshold and share number', async function () {\n      const invalidConfigs = [\n        { index: 1, threshold: 5, numShares: 3 },\n        { index: -1, threshold: 2, numShares: 3 },\n        { index: 1, threshold: 2, numShares: 1 },\n      ];\n      for (let index = 0; index < invalidConfigs.length; index++) {\n        try {\n          await MPC.keyShare(\n            invalidConfigs[index].index,\n            invalidConfigs[index].threshold,\n            invalidConfigs[index].numShares,\n          );\n        } catch (e) {\n          e.should.equal('Invalid KeyShare Config');\n        }\n      }\n    });\n\n    it('should derive unhardened child keys', async function () {\n      // parent key\n      const aKeyCombine = keyShares[0];\n      const commonKeychain = aKeyCombine.xShare.y + aKeyCombine.xShare.chaincode;\n\n      for (let index = 0; index < 10; index++) {\n        const path = `m/0/0/${index}`;\n\n        const subkey = MPC.keyDerive(A.pShare, [B.nShares[1], C.nShares[1]], path);\n\n        const derive1: string = MPC.deriveUnhardened(commonKeychain, path);\n        const derive2: string = MPC.deriveUnhardened(commonKeychain, path);\n\n        derive1.should.equal(derive2, 'derivation should be deterministic');\n\n        (subkey.xShare.y + subkey.xShare.chaincode).should.equal(\n          derive1,\n          'subkey common keychain should match derived keychain',\n        );\n      }\n    });\n  });\n\n  describe('ECDSA Signing', async function () {\n    let config: { signerOne: ECDSA.KeyCombined; signerTwo: ECDSA.KeyCombined; hash?: string; shouldHash?: boolean }[];\n\n    before(() => {\n      const [A, B, C, D, E, F, G, H] = keyShares;\n\n      config = [\n        { signerOne: A, signerTwo: B },\n        { signerOne: A, signerTwo: C },\n        { signerOne: B, signerTwo: A },\n        { signerOne: B, signerTwo: C },\n        { signerOne: C, signerTwo: A },\n        { signerOne: C, signerTwo: B },\n\n        // Checks signing with specific seed\n        { signerOne: D, signerTwo: E },\n        { signerOne: E, signerTwo: F },\n        { signerOne: F, signerTwo: D },\n\n        // Checks with specific hashing algorithm\n        { signerOne: A, signerTwo: B, hash: 'keccak256' },\n\n        // checks with no hashing\n        { signerOne: A, signerTwo: B, shouldHash: false },\n\n        // Checks with derived subkey\n        { signerOne: G, signerTwo: H },\n      ];\n    });\n\n    for (let index = 0; index < 9; index++) {\n      it(`should properly sign the message case ${index}`, async function () {\n        // Step One\n        // signerOne, signerTwo have decided to sign the message\n        const signerOne = config[index].signerOne;\n        const signerOneIndex = signerOne.xShare.i;\n        const signerTwo = config[index].signerTwo;\n        const signerTwoIndex = signerTwo.xShare.i;\n\n        const [signerOneToTwoPaillierChallenge, signerTwoToOnePaillierChallenge] = await Promise.all([\n          EcdsaPaillierProof.generateP(hexToBigInt(signerOne.yShares[signerTwoIndex].n)),\n          EcdsaPaillierProof.generateP(hexToBigInt(signerTwo.yShares[signerOneIndex].n)),\n        ]);\n        // Step Two\n        // First signer generates their range proof challenge.\n        const signerOneXShare: ECDSA.XShareWithChallenges = MPC.appendChallenge(\n          signerOne.xShare,\n          EcdsaTypes.serializeNtilde(ntildes[index]),\n          EcdsaTypes.serializePaillierChallenge({ p: signerOneToTwoPaillierChallenge }),\n        );\n\n        // Step Three\n        //  Second signer generates their range proof challenge.\n        const signerTwoXShare: ECDSA.XShareWithChallenges = MPC.appendChallenge(\n          signerTwo.xShare,\n          EcdsaTypes.serializeNtilde(ntildes[index + 1]),\n          EcdsaTypes.serializePaillierChallenge({ p: signerTwoToOnePaillierChallenge }),\n        );\n        const signerTwoChallenge = { ntilde: signerTwoXShare.ntilde, h1: signerTwoXShare.h1, h2: signerTwoXShare.h2 };\n\n        // Step Four\n        // First signer receives the challenge from the second signer and appends it to their YShare\n        const signerTwoYShare: ECDSA.YShareWithChallenges = MPC.appendChallenge(\n          signerOne.yShares[signerTwoIndex],\n          signerTwoChallenge,\n          EcdsaTypes.serializePaillierChallenge({ p: signerTwoToOnePaillierChallenge }),\n        );\n\n        // Step Five\n        // Sign Shares are created by one of the participants (signerOne)\n        // with its private XShare and YShare corresponding to the other participant (signerTwo)\n        // This step produces a private WShare which signerOne saves and KShare which signerOne sends to signerTwo\n        const signShares = await MPC.signShare(signerOneXShare, signerTwoYShare);\n\n        // Step Six\n        // signerTwo receives the KShare from signerOne and uses it produce private\n        // BShare (Beta Share) which signerTwo saves and AShare (Alpha Share)\n        // which is sent to signerOne\n\n        const signConvertS21 = await MPC.signConvertStep1({\n          xShare: signerTwoXShare,\n          yShare: signerTwo.yShares[signerOneIndex], // YShare corresponding to the other participant signerOne\n          kShare: signShares.kShare,\n        });\n\n        // Step Seven\n        // signerOne receives the AShare from signerTwo and signerOne using the private WShare from step two\n        // uses it produce private GShare (Gamma Share) and MUShare (Mu Share) which\n        // is sent to signerTwo to produce its Gamma Share\n        const signConvertS12 = await MPC.signConvertStep2({\n          aShare: signConvertS21.aShare,\n          wShare: signShares.wShare,\n        });\n\n        // Step Eight\n        // signerTwo receives the MUShare from signerOne and signerOne using the private BShare from step three\n        // uses it produce private GShare (Gamma Share)\n        const signConvertS21_2 = await MPC.signConvertStep3({\n          muShare: signConvertS12.muShare,\n          bShare: signConvertS21.bShare,\n        });\n\n        // Step Nine\n        // signerOne and signerTwo both have successfully generated GShares and they use\n        // the sign combine function to generate their private omicron shares and\n        // delta shares which they share to each other\n\n        const [signCombineOne, signCombineTwo] = [\n          MPC.signCombine({\n            gShare: signConvertS12.gShare,\n            signIndex: {\n              i: signConvertS12.muShare.i,\n              j: signConvertS12.muShare.j,\n            },\n          }),\n          MPC.signCombine({\n            gShare: signConvertS21_2.gShare,\n            signIndex: {\n              i: signConvertS21_2.signIndex.i,\n              j: signConvertS21_2.signIndex.j,\n            },\n          }),\n        ];\n\n        const MESSAGE = Buffer.from('TOO MANY SECRETS');\n\n        // Step Ten\n        // signerOne and signerTwo shares the delta share from each other\n        // and finally signs the message using their private OShare\n        // and delta share received from the other signer\n\n        const hashGenerator = (hashType?: string): Hash | undefined => {\n          return hashType === 'keccak256' ? (createKeccakHash('keccak256') as Hash) : undefined;\n        };\n        const [signA, signB] = [\n          MPC.sign(\n            MESSAGE,\n            signCombineOne.oShare,\n            signCombineTwo.dShare,\n            hashGenerator(config[index].hash),\n            config[index].shouldHash,\n          ),\n          MPC.sign(\n            MESSAGE,\n            signCombineTwo.oShare,\n            signCombineOne.dShare,\n            hashGenerator(config[index].hash),\n            config[index].shouldHash,\n          ),\n        ];\n\n        // Step Eleven\n        // Construct the final signature\n\n        const signature = MPC.constructSignature([signA, signB]);\n\n        // Step Twelve\n        // Verify signature\n\n        const isValid = MPC.verify(MESSAGE, signature, hashGenerator(config[index].hash), config[index].shouldHash);\n        isValid.should.equal(true);\n      });\n    }\n  });\n});\n"]}Выполнить команду
Для локальной разработки. Не используйте в интернете!