public void Should_EnrollNewRecord_When_PasswordSpecified()
{
var rngMock = Substitute.For <IPheRandomGenerator>();
var offset = 0;
rngMock.GenerateNonce(16).Returns(x =>
{
offset += 16;
return(((Span <byte>) this.mockedRandomBytes).Slice(offset - 16, 16).ToArray());
});
rngMock.GenerateNonce(32).Returns(x =>
{
offset += 32;
return(((Span <byte>) this.mockedRandomBytes).Slice(offset - 32, 32).ToArray());
});
var crypto = new PheCrypto();
crypto.Rng = rngMock;
var enrollmentRecordRight = EnrollmentRecord.Parser.ParseFrom(Google.Protobuf.ByteString.CopyFrom(this.enrollmentRecord));
var appSecretKey = crypto.DecodeSecretKey(this.clientPrivate);
var servicePublicKey = crypto.DecodePublicKey(this.serverPublic);
var pheClient = new PheClient(appSecretKey, servicePublicKey);
pheClient.Crypto = crypto;
var(enrollmentRec, key) = pheClient.EnrollAccount(this.password, this.enrollmentResponse);
var enrollmentRecordGot = EnrollmentRecord.Parser.ParseFrom(Google.Protobuf.ByteString.CopyFrom(enrollmentRec));
Assert.Equal(Bytes.ToString(this.enrollmentRecord, StringEncoding.BASE64), Bytes.ToString(enrollmentRec, StringEncoding.BASE64));
Assert.Equal(Bytes.ToString(this.recordKey, StringEncoding.BASE64), Bytes.ToString(key, StringEncoding.BASE64));
}
public void TestValidPasswordRequest()
{
var rngMock = Substitute.For <IPheRandomGenerator>();
rngMock.GenerateNonce(16).Returns(this.mockedRandomBytes.Take(16).ToArray());
rngMock.GenerateNonce(32).Returns(this.mockedRandomBytes.Take(32).ToArray());
var crypto = new PheCrypto();
crypto.Rng = rngMock;
var appSecretKey = crypto.DecodeSecretKey(this.clientPrivate);
var servicePublicKey = crypto.DecodePublicKey(this.serverPublic);
var pheClient = new PheClient(appSecretKey, servicePublicKey);
pheClient.Crypto = crypto;
var req = pheClient.CreateVerifyPasswordRequest(this.password, this.enrollmentRecord);
Assert.Equal(this.verifyPasswordReq, req);
}
public void TestRotateEnrollmentRecord()
{
var rngMock = Substitute.For <IPheRandomGenerator>();
rngMock.GenerateNonce(16).Returns(this.mockedRandomBytes.Take(16).ToArray());
rngMock.GenerateNonce(32).Returns(this.mockedRandomBytes.Take(32).ToArray());
var crypto = new PheCrypto();
crypto.Rng = rngMock;
var appSecretKey = crypto.DecodeSecretKey(this.clientPrivate);
var servicePublicKey = crypto.DecodePublicKey(this.serverPublic);
var pheClient = new PheClient();
pheClient.Crypto = crypto;
var updatedEnrollmentRecord = pheClient.UpdateEnrollmentRecord(this.token, this.enrollmentRecord);
Assert.Equal(this.updatedRecord, updatedEnrollmentRecord);
}
public void TestRotateClientKey()
{
var rngMock = Substitute.For <IPheRandomGenerator>();
rngMock.GenerateNonce(16).Returns(this.mockedRandomBytes.Take(16).ToArray());
rngMock.GenerateNonce(32).Returns(this.mockedRandomBytes.Take(32).ToArray());
var crypto = new PheCrypto();
crypto.Rng = rngMock;
var appSecretKey = crypto.DecodeSecretKey(this.clientPrivate);
var servicePublicKey = crypto.DecodePublicKey(this.serverPublic);
var pheClient = new PheClient(appSecretKey, servicePublicKey);
pheClient.Crypto = crypto;
var(rotatedAppSecretKey, rotatedServicePublicKey) = pheClient.RotateKeys(this.token);
Assert.Equal(this.rotatedClientSk, rotatedAppSecretKey.Encode());
Assert.Equal(this.rotatedServerPub, rotatedServicePublicKey.Encode());
}
