public void Test_Encrypt_Ballot_Simple_Succeeds()
{
// Configure the election context
var keypair = ElGamalKeyPair.FromSecret(Constants.TWO_MOD_Q);
var description = new Manifest(manifest_json);
var manifest = new InternalManifest(description);
var context = new CiphertextElectionContext(
1UL, 1UL, keypair.PublicKey, Constants.TWO_MOD_Q, manifest.ManifestHash);
var device = new EncryptionDevice(12345UL, 23456UL, 34567UL, "Location");
var mediator = new EncryptionMediator(manifest, context, device);
var ballot = new PlaintextBallot(plaintext_json);
// Act
var ciphertext = mediator.Encrypt(ballot);
// Assert
// a property
Assert.That(ciphertext.ObjectId == ballot.ObjectId);
// json serialization
var json = ciphertext.Json;
var fromJson = new CiphertextBallot(json);
Assert.That(ciphertext.ObjectId == fromJson.ObjectId);
// binary serialization
var bson = ciphertext.Bson;
var fromBson = CiphertextBallot.FromBson(bson);
Assert.That(ciphertext.ObjectId == fromBson.ObjectId);
// submitted ballot
var submitted = SubmittedBallot.From(ciphertext, BallotBoxState.cast);
Assert.That(ciphertext.ObjectId == submitted.ObjectId);
}
public void TestMethod1()
{
var encryption = new Mock <IFakeSingnal>();
encryption.Setup(_ => _.FakeSignalCall());
EncryptionMediator mediator = new EncryptionMediator(encryption.Object);
mediator.DecryptFile("", "");
encryption.Verify(_ => _.FakeSignalCall(), Times.Once());
}
public void TestMethod2()
{
var encryption = new Mock <IFakeSingnal>();
encryption.Setup(_ => _.FakeSignalCall());
EncryptionMediator mediator = new EncryptionMediator(encryption.Object);
//mediator.DecryptFile("", "");
mediator.ReadBson("", "", "");
encryption.Verify(_ => _.FakeSignalCall(), Times.Exactly(2));
}
public void Test_Compact_Encrypt_Ballot_Simple_Succeeds()
{
var keypair = ElGamalKeyPair.FromSecret(Constants.TWO_MOD_Q);
var description = new Manifest(jsonManifest);
var manifest = new InternalManifest(description);
var context = new CiphertextElectionContext(1UL, 1UL, keypair.PublicKey, Constants.TWO_MOD_Q, manifest.ManifestHash);
var device = new EncryptionDevice(12345UL, 23456UL, 34567UL, "Location");
var mediator = new EncryptionMediator(manifest, context, device);
var ballot = new PlaintextBallot(plaintext);
// Act
var compact = mediator.CompactEncrypt(ballot);
// Assert
Assert.That(compact.ObjectId == ballot.ObjectId);
var msgpack = compact.ToMsgPack();
var fromMsgpack = new CompactCiphertextBallot(msgpack);
Assert.That(compact.ObjectId == fromMsgpack.ObjectId);
}
public void TestMethod2()
{
bool flag = true;
var fakeSingnalMock = new Mock <FakeSingalFactory>();
fakeSingnalMock.SetupAllProperties();
//fakeSingnalMock.Setup(_ => _.EncryptionMethod.IsFakeSingnal).Callback<bool>(value => flag = value).Returns(flag);
fakeSingnalMock.Setup(_ => _.EncryptionMethod.FakeSignal(It.IsAny <Exception>()));
fakeSingnalMock.Setup(_ => _.BsonMethod.FakeSignal(It.IsAny <Exception>()));
EncryptionMediator mediator = new EncryptionMediator(fakeSingnalMock.Object);
Action empty = () => { mediator.ReadBson("", "", ""); };
empty.Invoke();
//fakeSingnalMock.Verify(_ => _.EncryptionMethod.FakeSignal(It.IsAny<Exception>()), Times.AtLeastOnce);
//fakeSingnalMock.Verify(_ => _.BsonMethod.FakeSignal(It.IsAny<Exception>()), Times.AtLeastOnce);
Xunit.Assert.ThrowsAny <Exception>(empty);
}
