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Просмотр файла: ecdsa.js
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const paillierBigint = __importStar(require("paillier-bigint"));
require("should");
const sinon_1 = __importDefault(require("sinon"));
const sdk_lib_mpc_1 = require("@bitgo/sdk-lib-mpc");
const tss_1 = require("../../../../../../src/account-lib/mpc/tss");
const fixtures_1 = require("./fixtures");
const sdk_opensslbytes_1 = require("@bitgo/sdk-opensslbytes");
const openSSLBytes = (0, sdk_opensslbytes_1.loadWebAssembly)().buffer;
describe('ecdsa tss', function () {
const ecdsa = new tss_1.Ecdsa();
let signCombine1, signCombine2;
before('generate key and sign phase 1 to 4', async function () {
const paillierKeyStub = sinon_1.default.stub(paillierBigint, 'generateRandomKeys');
paillierKeyStub.onCall(0).returns(Promise.resolve(fixtures_1.paillierKeyPairs[0]));
paillierKeyStub.onCall(1).returns(Promise.resolve(fixtures_1.paillierKeyPairs[1]));
paillierKeyStub.onCall(2).returns(Promise.resolve(fixtures_1.paillierKeyPairs[2]));
const [keyShare1, keyShare2, keyShare3] = await Promise.all([
ecdsa.keyShare(1, 2, 3),
ecdsa.keyShare(2, 2, 3),
ecdsa.keyShare(3, 2, 3),
]);
const [keyCombined1, keyCombined2, keyCombined3] = [
ecdsa.keyCombine(keyShare1.pShare, [keyShare2.nShares[1], keyShare3.nShares[1]]),
ecdsa.keyCombine(keyShare2.pShare, [keyShare1.nShares[2], keyShare3.nShares[2]]),
ecdsa.keyCombine(keyShare3.pShare, [keyShare1.nShares[3], keyShare2.nShares[3]]),
];
keyCombined1.xShare.y.should.equal(keyCombined2.xShare.y);
keyCombined1.xShare.y.should.equal(keyCombined3.xShare.y);
// Collect all VSS from nShares and verify Schnorr proofs against X_i.
// Note that this is something WP needs to do after keyCombine/keyDerive.
const Y = (0, sdk_lib_mpc_1.hexToBigInt)(keyCombined1.xShare.y);
const VSSs = [
[(0, sdk_lib_mpc_1.hexToBigInt)(keyShare1.nShares[2].v)],
[(0, sdk_lib_mpc_1.hexToBigInt)(keyShare2.nShares[3].v)],
[(0, sdk_lib_mpc_1.hexToBigInt)(keyShare3.nShares[1].v)],
];
ecdsa.verifySchnorrProofX(Y, VSSs, 1, keyCombined1.xShare.schnorrProofX).should.be.true();
ecdsa.verifySchnorrProofX(Y, VSSs, 2, keyCombined2.xShare.schnorrProofX).should.be.true();
ecdsa.verifySchnorrProofX(Y, VSSs, 3, keyCombined3.xShare.schnorrProofX).should.be.true();
// Verify Schnorr proofs against X_i for keyDerive and subsequent keyCombine.
const path = 'm/0/1/2';
const keyDerive1 = ecdsa.keyDerive(keyShare1.pShare, [keyShare2.nShares[1], keyShare3.nShares[1]], path);
// Note the VSSs used here are different from the ones used above.
const derivedY = (0, sdk_lib_mpc_1.hexToBigInt)(keyDerive1.xShare.y);
const derivedVSSs = [
[(0, sdk_lib_mpc_1.hexToBigInt)(keyDerive1.nShares[2].v)],
[(0, sdk_lib_mpc_1.hexToBigInt)(keyShare2.nShares[3].v)],
[(0, sdk_lib_mpc_1.hexToBigInt)(keyShare3.nShares[1].v)],
];
ecdsa.verifySchnorrProofX(derivedY, derivedVSSs, 1, keyDerive1.xShare.schnorrProofX).should.be.true();
const keyCombined2FromKeyDerive1 = ecdsa.keyCombine(keyShare2.pShare, [
keyDerive1.nShares[2],
keyShare3.nShares[2],
]);
ecdsa
.verifySchnorrProofX(derivedY, derivedVSSs, 2, keyCombined2FromKeyDerive1.xShare.schnorrProofX)
.should.be.true();
const [ntilde1, ntilde2] = await Promise.all([
sdk_lib_mpc_1.EcdsaRangeProof.generateNtilde(openSSLBytes, 512),
sdk_lib_mpc_1.EcdsaRangeProof.generateNtilde(openSSLBytes, 512),
]);
const [serializeNtilde1, serializeNtilde2] = [
sdk_lib_mpc_1.EcdsaTypes.serializeNtildeWithProofs(ntilde1),
sdk_lib_mpc_1.EcdsaTypes.serializeNtildeWithProofs(ntilde2),
];
const [index1, index2] = [keyCombined1.xShare.i, keyCombined2.xShare.i];
const [paillierN1to2, paillierN2to1] = [keyCombined1.yShares[index2].n, keyCombined2.yShares[index1].n];
const [paillierChallenger1to2, paillierChallenger2to1] = await Promise.all([
sdk_lib_mpc_1.EcdsaPaillierProof.generateP((0, sdk_lib_mpc_1.hexToBigInt)(paillierN1to2)),
sdk_lib_mpc_1.EcdsaPaillierProof.generateP((0, sdk_lib_mpc_1.hexToBigInt)(paillierN2to1)),
]);
const [xShare1, xShare2] = [
ecdsa.appendChallenge(keyCombined1.xShare, serializeNtilde1, sdk_lib_mpc_1.EcdsaTypes.serializePaillierChallenge({ p: paillierChallenger1to2 })),
ecdsa.appendChallenge(keyCombined2.xShare, serializeNtilde2, sdk_lib_mpc_1.EcdsaTypes.serializePaillierChallenge({ p: paillierChallenger2to1 })),
];
const yShare2 = ecdsa.appendChallenge(keyCombined1.yShares[index2], serializeNtilde2, sdk_lib_mpc_1.EcdsaTypes.serializePaillierChallenge({ p: paillierChallenger2to1 }));
const signShares = await ecdsa.signShare(xShare1, yShare2);
const signConvertS21 = await ecdsa.signConvertStep1({
xShare: xShare2,
yShare: keyCombined2.yShares[index1],
kShare: signShares.kShare,
});
const signConvertS12 = await ecdsa.signConvertStep2({
aShare: signConvertS21.aShare,
wShare: signShares.wShare,
});
const signConvertS21_2 = await ecdsa.signConvertStep3({
muShare: signConvertS12.muShare,
bShare: signConvertS21.bShare,
});
[signCombine1, signCombine2] = [
ecdsa.signCombine({
gShare: signConvertS12.gShare,
signIndex: {
i: signConvertS12.muShare.i,
j: signConvertS12.muShare.j,
},
}),
ecdsa.signCombine({
gShare: signConvertS21_2.gShare,
signIndex: {
i: signConvertS21_2.signIndex.i,
j: signConvertS21_2.signIndex.j,
},
}),
];
});
it('sign phase 5 should succeed', async function () {
// TODO(HSM-129): There is a bug signing unhashed message (although this deviates from DSA spec) if the message is a little long.
// Some discrepancy between Ecdsa.sign and secp256k1.recoverPublicKey on handling the message input.
const message = Buffer.from('GG18 PHASE 5');
// Starting phase 5
// In addition to returning s_i, Ecdsa.sign() now also calculates data needed for steps 5A and 5B:
// - sample random l_i and rho_i (5A)
// - computes V_i and A_i (5B)]
// - computes commitment and decommitment of (V_i, A_i) (5A, 5B)
// - generates proofs of knowledge of s_i, l_i, rho_i w.r.t. V_i, A_i (5B)
const [sign1, sign2] = [
ecdsa.generateVAProofs(message, ecdsa.sign(message, signCombine1.oShare, signCombine2.dShare)),
ecdsa.generateVAProofs(message, ecdsa.sign(message, signCombine2.oShare, signCombine1.dShare)),
];
sign1.R.should.equal(sign2.R);
sign1.y.should.equal(sign2.y);
sign1.m.toString('hex').should.equal(sign2.m.toString('hex'));
// Step 5A: Calculations done by Ecdsa.sign() above, and broadcast commitment of (V_i, A_i) to other parties.
// The following values will be sent via communication channel at the end of 5A.
// const commitmentVA1 = sign1.comDecomVA.commitment;
// const commitmentVA2 = sign2.comDecomVA.commitment;
// Step 5B: After having received all commitments of (V_i, A_i) from other parties,
// each party will broadcast decommitment of (V_i, A_i) and ZK proofs returned by Ecdsa.sign() above
// to other parties. Then Ecdsa.verifyVAShares() below will:
// - verify commitments of (V_i, A_i) received from other parties (5B)
// - verify ZK proofs of (V_i, A_i) received from other parties (5B)
// - calculate V out of G, y, r, m, and all V_i, calculate A as sum of all A_i (5B)
// - calculate U_i and T_i and commitment and decommitment of (U_i, T_i) (5C)
const [publicVAShares_1, publicVAShares_2] = [sign1, sign2];
const [UT1, UT2] = [
ecdsa.verifyVAShares(sign1, [publicVAShares_2]),
ecdsa.verifyVAShares(sign2, [publicVAShares_1]),
];
// Step 5C: Calculations of U_i, T_i done by Ecdsa.verifyVAShares above,
// and broadcast commitment of (U_i, T_i) to other parties.
// The following values will be sent via communication channel at the end of 5C.
// const commitmentUT1 = UT1.comDecomUT.commitment;
// const commitmentUT2 = UT2.comDecomUT.commitment;
// Step 5D: After having received all commitments of (U_i, T_i) from other parties,
// each party will broadcast decommitment of (U_i, T_i) returned by Ecdsa.verifyVAShares() above
// to other parties. Then Ecdsa.verifyUTShares() below will:
// - verify commitments of (U_i, T_i) received from other parties (5D)
// - calculate U as sum of all U_i, calculate T as sum of all T_i (5D)
// - if U equals T, then return own SShare which is being returned by Ecdsa.sign() right now (5E)
const [publicUTShares_1, publicUTShares_2] = [UT1, UT2];
const [signature1, signature2] = [
ecdsa.verifyUTShares(UT1, [publicUTShares_2]),
ecdsa.verifyUTShares(UT2, [publicUTShares_1]),
];
// Step 5E: Broadcast s_i returned by Ecdsa.verifyUTShares() above to other parties.
// Verify the sum of s_i should be a valid signature.
const signature = ecdsa.constructSignature([signature1, signature2]);
ecdsa.verify(message, signature).should.be.true();
});
it('sign phase 5 fail - malicious player cheats with bad s share', async function () {
const message = Buffer.from('GG18 PHASE 5');
const [sign1, sign2] = [
ecdsa.generateVAProofs(message, ecdsa.sign(message, signCombine1.oShare, signCombine2.dShare)),
ecdsa.generateVAProofs(message, ecdsa.sign(message, signCombine2.oShare, signCombine1.dShare)),
];
sign1.R.should.equal(sign2.R);
sign1.y.should.equal(sign2.y);
sign1.m.toString('hex').should.equal(sign2.m.toString('hex'));
// Change the s share of sign1, and recalcualte its V along with the commitment/proof by following protocol.
const bad_s = (0, sdk_lib_mpc_1.hexToBigInt)(sign1.s) + BigInt(1);
const bad_V = tss_1.Ecdsa.curve.pointAdd(tss_1.Ecdsa.curve.pointMultiply((0, sdk_lib_mpc_1.hexToBigInt)(sign1.R), bad_s), tss_1.Ecdsa.curve.basePointMult(sign1.l));
const comDecom_V_A = sdk_lib_mpc_1.HashCommitment.createCommitment(Buffer.concat([
(0, sdk_lib_mpc_1.bigIntToBufferBE)(bad_V, tss_1.Ecdsa.curve.pointBytes),
(0, sdk_lib_mpc_1.bigIntToBufferBE)(sign1.A, tss_1.Ecdsa.curve.pointBytes),
]));
const zkVProof = sdk_lib_mpc_1.EcdsaZkVProof.createZkVProof(bad_V, bad_s, sign1.l, (0, sdk_lib_mpc_1.hexToBigInt)(sign1.R), tss_1.Ecdsa.curve, sign1.proofContext);
sign1.s = (0, sdk_lib_mpc_1.bigIntToBufferBE)(bad_s, 32).toString('hex');
sign1.V = bad_V;
sign1.comDecomVA = comDecom_V_A;
sign1.zkVProofV = zkVProof;
// 5B will pass.
const [publicVAShares_1, publicVAShares_2] = [sign1, sign2];
const [UT1, UT2] = [
ecdsa.verifyVAShares(sign1, [publicVAShares_2]),
ecdsa.verifyVAShares(sign2, [publicVAShares_1]),
];
// But verification at beginning of 5E will fail.
const [publicUTShares_1, publicUTShares_2] = [UT1, UT2];
(() => ecdsa.verifyUTShares(UT1, [publicUTShares_2])).should.throw('Sum of all U_i does not match sum of all T_i');
(() => ecdsa.verifyUTShares(UT2, [publicUTShares_1])).should.throw('Sum of all U_i does not match sum of all T_i');
});
});
//# 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* as paillierBigint from 'paillier-bigint';\nimport 'should';\nimport sinon from 'sinon';\nimport {\n  EcdsaPaillierProof,\n  EcdsaRangeProof,\n  EcdsaTypes,\n  EcdsaZkVProof,\n  HashCommitment,\n  hexToBigInt,\n  bigIntToBufferBE,\n} from '@bitgo/sdk-lib-mpc';\nimport { Ecdsa } from '../../../../../../src/account-lib/mpc/tss';\nimport {\n  PublicUTShare,\n  PublicVAShareWithProofs,\n  SignCombineRT,\n} from '../../../../../../src/account-lib/mpc/tss/ecdsa/types';\nimport { paillierKeyPairs } from './fixtures';\nimport { loadWebAssembly } from '@bitgo/sdk-opensslbytes';\n\nconst openSSLBytes = loadWebAssembly().buffer;\n\ndescribe('ecdsa tss', function () {\n  const ecdsa = new Ecdsa();\n\n  let signCombine1: SignCombineRT, signCombine2: SignCombineRT;\n\n  before('generate key and sign phase 1 to 4', async function () {\n    const paillierKeyStub = sinon.stub(paillierBigint, 'generateRandomKeys');\n\n    paillierKeyStub.onCall(0).returns(Promise.resolve(paillierKeyPairs[0]));\n    paillierKeyStub.onCall(1).returns(Promise.resolve(paillierKeyPairs[1]));\n    paillierKeyStub.onCall(2).returns(Promise.resolve(paillierKeyPairs[2]));\n\n    const [keyShare1, keyShare2, keyShare3] = await Promise.all([\n      ecdsa.keyShare(1, 2, 3),\n      ecdsa.keyShare(2, 2, 3),\n      ecdsa.keyShare(3, 2, 3),\n    ]);\n\n    const [keyCombined1, keyCombined2, keyCombined3] = [\n      ecdsa.keyCombine(keyShare1.pShare, [keyShare2.nShares[1], keyShare3.nShares[1]]),\n      ecdsa.keyCombine(keyShare2.pShare, [keyShare1.nShares[2], keyShare3.nShares[2]]),\n      ecdsa.keyCombine(keyShare3.pShare, [keyShare1.nShares[3], keyShare2.nShares[3]]),\n    ];\n\n    keyCombined1.xShare.y.should.equal(keyCombined2.xShare.y);\n    keyCombined1.xShare.y.should.equal(keyCombined3.xShare.y);\n\n    // Collect all VSS from nShares and verify Schnorr proofs against X_i.\n    // Note that this is something WP needs to do after keyCombine/keyDerive.\n    const Y = hexToBigInt(keyCombined1.xShare.y);\n\n    const VSSs = [\n      [hexToBigInt(keyShare1.nShares[2].v!)],\n      [hexToBigInt(keyShare2.nShares[3].v!)],\n      [hexToBigInt(keyShare3.nShares[1].v!)],\n    ];\n\n    ecdsa.verifySchnorrProofX(Y, VSSs, 1, keyCombined1.xShare.schnorrProofX).should.be.true();\n    ecdsa.verifySchnorrProofX(Y, VSSs, 2, keyCombined2.xShare.schnorrProofX).should.be.true();\n    ecdsa.verifySchnorrProofX(Y, VSSs, 3, keyCombined3.xShare.schnorrProofX).should.be.true();\n\n    // Verify Schnorr proofs against X_i for keyDerive and subsequent keyCombine.\n    const path = 'm/0/1/2';\n    const keyDerive1 = ecdsa.keyDerive(keyShare1.pShare, [keyShare2.nShares[1], keyShare3.nShares[1]], path);\n\n    // Note the VSSs used here are different from the ones used above.\n    const derivedY = hexToBigInt(keyDerive1.xShare.y);\n    const derivedVSSs = [\n      [hexToBigInt(keyDerive1.nShares[2].v!)],\n      [hexToBigInt(keyShare2.nShares[3].v!)],\n      [hexToBigInt(keyShare3.nShares[1].v!)],\n    ];\n    ecdsa.verifySchnorrProofX(derivedY, derivedVSSs, 1, keyDerive1.xShare.schnorrProofX).should.be.true();\n\n    const keyCombined2FromKeyDerive1 = ecdsa.keyCombine(keyShare2.pShare, [\n      keyDerive1.nShares[2],\n      keyShare3.nShares[2],\n    ]);\n    ecdsa\n      .verifySchnorrProofX(derivedY, derivedVSSs, 2, keyCombined2FromKeyDerive1.xShare.schnorrProofX)\n      .should.be.true();\n\n    const [ntilde1, ntilde2] = await Promise.all([\n      EcdsaRangeProof.generateNtilde(openSSLBytes, 512),\n      EcdsaRangeProof.generateNtilde(openSSLBytes, 512),\n    ]);\n\n    const [serializeNtilde1, serializeNtilde2] = [\n      EcdsaTypes.serializeNtildeWithProofs(ntilde1),\n      EcdsaTypes.serializeNtildeWithProofs(ntilde2),\n    ];\n\n    const [index1, index2] = [keyCombined1.xShare.i, keyCombined2.xShare.i];\n\n    const [paillierN1to2, paillierN2to1] = [keyCombined1.yShares[index2].n, keyCombined2.yShares[index1].n];\n\n    const [paillierChallenger1to2, paillierChallenger2to1] = await Promise.all([\n      EcdsaPaillierProof.generateP(hexToBigInt(paillierN1to2)),\n      EcdsaPaillierProof.generateP(hexToBigInt(paillierN2to1)),\n    ]);\n\n    const [xShare1, xShare2] = [\n      ecdsa.appendChallenge(\n        keyCombined1.xShare,\n        serializeNtilde1,\n        EcdsaTypes.serializePaillierChallenge({ p: paillierChallenger1to2 })\n      ),\n      ecdsa.appendChallenge(\n        keyCombined2.xShare,\n        serializeNtilde2,\n        EcdsaTypes.serializePaillierChallenge({ p: paillierChallenger2to1 })\n      ),\n    ];\n\n    const yShare2 = ecdsa.appendChallenge(\n      keyCombined1.yShares[index2],\n      serializeNtilde2,\n      EcdsaTypes.serializePaillierChallenge({ p: paillierChallenger2to1 })\n    );\n\n    const signShares = await ecdsa.signShare(xShare1, yShare2);\n\n    const signConvertS21 = await ecdsa.signConvertStep1({\n      xShare: xShare2,\n      yShare: keyCombined2.yShares[index1],\n      kShare: signShares.kShare,\n    });\n    const signConvertS12 = await ecdsa.signConvertStep2({\n      aShare: signConvertS21.aShare,\n      wShare: signShares.wShare,\n    });\n    const signConvertS21_2 = await ecdsa.signConvertStep3({\n      muShare: signConvertS12.muShare,\n      bShare: signConvertS21.bShare,\n    });\n\n    [signCombine1, signCombine2] = [\n      ecdsa.signCombine({\n        gShare: signConvertS12.gShare,\n        signIndex: {\n          i: signConvertS12.muShare.i,\n          j: signConvertS12.muShare.j,\n        },\n      }),\n      ecdsa.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\n  it('sign phase 5 should succeed', async function () {\n    // TODO(HSM-129): There is a bug signing unhashed message (although this deviates from DSA spec) if the message is a little long.\n    //       Some discrepancy between Ecdsa.sign and secp256k1.recoverPublicKey on handling the message input.\n    const message = Buffer.from('GG18 PHASE 5');\n\n    // Starting phase 5\n    // In addition to returning s_i, Ecdsa.sign() now also calculates data needed for steps 5A and 5B:\n    //   - sample random l_i and rho_i (5A)\n    //   - computes V_i and A_i (5B)]\n    //   - computes commitment and decommitment of (V_i, A_i) (5A, 5B)\n    //   - generates proofs of knowledge of s_i, l_i, rho_i w.r.t. V_i, A_i (5B)\n    const [sign1, sign2] = [\n      ecdsa.generateVAProofs(message, ecdsa.sign(message, signCombine1.oShare, signCombine2.dShare)),\n      ecdsa.generateVAProofs(message, ecdsa.sign(message, signCombine2.oShare, signCombine1.dShare)),\n    ];\n\n    sign1.R.should.equal(sign2.R);\n    sign1.y.should.equal(sign2.y);\n    sign1.m.toString('hex').should.equal(sign2.m.toString('hex'));\n\n    // Step 5A: Calculations done by Ecdsa.sign() above, and broadcast commitment of (V_i, A_i) to other parties.\n    //          The following values will be sent via communication channel at the end of 5A.\n    // const commitmentVA1 = sign1.comDecomVA.commitment;\n    // const commitmentVA2 = sign2.comDecomVA.commitment;\n\n    // Step 5B: After having received all commitments of (V_i, A_i) from other parties,\n    //          each party will broadcast decommitment of (V_i, A_i) and ZK proofs returned by Ecdsa.sign() above\n    //          to other parties.  Then Ecdsa.verifyVAShares() below will:\n    //   - verify commitments of (V_i, A_i) received from other parties (5B)\n    //   - verify ZK proofs of (V_i, A_i) received from other parties (5B)\n    //   - calculate V out of G, y, r, m, and all V_i, calculate A as sum of all A_i (5B)\n    //   - calculate U_i and T_i and commitment and decommitment of (U_i, T_i) (5C)\n    const [publicVAShares_1, publicVAShares_2] = [sign1 as PublicVAShareWithProofs, sign2 as PublicVAShareWithProofs];\n    const [UT1, UT2] = [\n      ecdsa.verifyVAShares(sign1, [publicVAShares_2]),\n      ecdsa.verifyVAShares(sign2, [publicVAShares_1]),\n    ];\n\n    // Step 5C: Calculations of U_i, T_i done by Ecdsa.verifyVAShares above,\n    //          and broadcast commitment of (U_i, T_i) to other parties.\n    //          The following values will be sent via communication channel at the end of 5C.\n    // const commitmentUT1 = UT1.comDecomUT.commitment;\n    // const commitmentUT2 = UT2.comDecomUT.commitment;\n\n    // Step 5D: After having received all commitments of (U_i, T_i) from other parties,\n    //          each party will broadcast decommitment of (U_i, T_i) returned by Ecdsa.verifyVAShares() above\n    //          to other parties.  Then Ecdsa.verifyUTShares() below will:\n    //  - verify commitments of (U_i, T_i) received from other parties (5D)\n    //  - calculate U as sum of all U_i, calculate T as sum of all T_i (5D)\n    //  - if U equals T, then return own SShare which is being returned by Ecdsa.sign() right now (5E)\n    const [publicUTShares_1, publicUTShares_2] = [UT1 as PublicUTShare, UT2 as PublicUTShare];\n    const [signature1, signature2] = [\n      ecdsa.verifyUTShares(UT1, [publicUTShares_2]),\n      ecdsa.verifyUTShares(UT2, [publicUTShares_1]),\n    ];\n\n    // Step 5E: Broadcast s_i returned by Ecdsa.verifyUTShares() above to other parties.\n    //          Verify the sum of s_i should be a valid signature.\n    const signature = ecdsa.constructSignature([signature1, signature2]);\n    ecdsa.verify(message, signature).should.be.true();\n  });\n\n  it('sign phase 5 fail - malicious player cheats with bad s share', async function () {\n    const message = Buffer.from('GG18 PHASE 5');\n\n    const [sign1, sign2] = [\n      ecdsa.generateVAProofs(message, ecdsa.sign(message, signCombine1.oShare, signCombine2.dShare)),\n      ecdsa.generateVAProofs(message, ecdsa.sign(message, signCombine2.oShare, signCombine1.dShare)),\n    ];\n\n    sign1.R.should.equal(sign2.R);\n    sign1.y.should.equal(sign2.y);\n    sign1.m.toString('hex').should.equal(sign2.m.toString('hex'));\n\n    // Change the s share of sign1, and recalcualte its V along with the commitment/proof by following protocol.\n    const bad_s = hexToBigInt(sign1.s) + BigInt(1);\n\n    const bad_V = Ecdsa.curve.pointAdd(\n      Ecdsa.curve.pointMultiply(hexToBigInt(sign1.R), bad_s),\n      Ecdsa.curve.basePointMult(sign1.l)\n    );\n\n    const comDecom_V_A = HashCommitment.createCommitment(\n      Buffer.concat([\n        bigIntToBufferBE(bad_V, Ecdsa.curve.pointBytes),\n        bigIntToBufferBE(sign1.A, Ecdsa.curve.pointBytes),\n      ])\n    );\n    const zkVProof = EcdsaZkVProof.createZkVProof(\n      bad_V,\n      bad_s,\n      sign1.l,\n      hexToBigInt(sign1.R),\n      Ecdsa.curve,\n      sign1.proofContext\n    );\n\n    sign1.s = bigIntToBufferBE(bad_s, 32).toString('hex');\n    sign1.V = bad_V;\n    sign1.comDecomVA = comDecom_V_A;\n    sign1.zkVProofV = zkVProof;\n\n    // 5B will pass.\n    const [publicVAShares_1, publicVAShares_2] = [sign1 as PublicVAShareWithProofs, sign2 as PublicVAShareWithProofs];\n    const [UT1, UT2] = [\n      ecdsa.verifyVAShares(sign1, [publicVAShares_2]),\n      ecdsa.verifyVAShares(sign2, [publicVAShares_1]),\n    ];\n\n    // But verification at beginning of 5E will fail.\n    const [publicUTShares_1, publicUTShares_2] = [UT1 as PublicUTShare, UT2 as PublicUTShare];\n    (() => ecdsa.verifyUTShares(UT1, [publicUTShares_2])).should.throw('Sum of all U_i does not match sum of all T_i');\n    (() => ecdsa.verifyUTShares(UT2, [publicUTShares_1])).should.throw('Sum of all U_i does not match sum of all T_i');\n  });\n});\n"]}Выполнить команду
Для локальной разработки. Не используйте в интернете!