public async Task TestNoContactsExistShouldReturnEmptyList()
{
var interactor = new GetContactsInteractor(new InMemoryContactRepository(), new InMemoryTransactionCache(), new InMemoryIotaRepository());
var response = await interactor.ExecuteAsync(new GetContactsRequest { PublicKeyAddress = new Address(Hash.Empty.Value) });
Assert.AreEqual(0, response.ApprovedContacts.Count);
}
public async Task TestExceptionGetsThrownShouldReturnErrorCode()
{
var interactor = new GetContactsInteractor(new ExceptionContactRepository(), new InMemoryTransactionCache(), new InMemoryIotaRepository());
var response = await interactor.ExecuteAsync(new GetContactsRequest { PublicKeyAddress = new Address(Hash.Empty.Value) });
Assert.AreEqual(ResponseCode.ContactsUnavailable, response.Code);
}
public async Task TestContactsAreCachedAndOnTangleShouldExcludeRejectedContactsAndSetCache()
{
var pubKeyAddress = Seed.Random().Value;
var contactRequestAddress = new Address(Seed.Random().Value);
var rejectedContactAddress = Seed.Random().Value;
var storedContactAddress = Seed.Random().Value;
var keyPair = InMemoryContactRepository.NtruKeyPair;
var contactRepository = new InMemoryContactRepository();
await contactRepository.AddContactAsync(storedContactAddress, true, pubKeyAddress);
await contactRepository.AddContactAsync(rejectedContactAddress, false, pubKeyAddress);
var rejectedContactBundle = CreateBundle(
contactRequestAddress,
ContactExchange.Create(
new Contact {
ChatAddress = rejectedContactAddress, PublicKeyAddress = rejectedContactAddress, Rejected = true
},
keyPair.PublicKey,
keyPair.PublicKey).Payload);
var approvedContactBundle = CreateBundle(
contactRequestAddress,
ContactExchange.Create(
new Contact {
ChatAddress = storedContactAddress, PublicKeyAddress = storedContactAddress
},
keyPair.PublicKey,
keyPair.PublicKey).Payload);
var requestBundle = CreateBundle(
contactRequestAddress,
ContactExchange.Create(
new Contact {
ChatAddress = storedContactAddress, PublicKeyAddress = storedContactAddress, Request = true, Name = "Requester"
},
keyPair.PublicKey,
keyPair.PublicKey).Payload);
var messenger = new InMemoryMessenger();
messenger.SentMessages.Add(new Message(rejectedContactBundle.Transactions.Aggregate(new TryteString(), (current, transaction) => current.Concat(transaction.Fragment)), contactRequestAddress));
messenger.SentMessages.Add(new Message(approvedContactBundle.Transactions.Aggregate(new TryteString(), (current, transaction) => current.Concat(transaction.Fragment)), contactRequestAddress));
messenger.SentMessages.Add(new Message(requestBundle.Transactions.Aggregate(new TryteString(), (current, transaction) => current.Concat(transaction.Fragment)), contactRequestAddress));
var interactor = new GetContactsInteractor(contactRepository, messenger, NtruEncryption.Key);
var response = await interactor.ExecuteAsync(
new GetContactsRequest
{
PublicKeyAddress = new Address(pubKeyAddress),
RequestAddress = contactRequestAddress,
KeyPair = keyPair
});
Assert.AreEqual(ResponseCode.Success, response.Code);
Assert.AreEqual(1, response.ApprovedContacts.Count);
Assert.AreEqual(1, response.PendingContactRequests.Count);
}
public async Task TestContactsAreCachedAndOnTangleShouldExcludeRejectedContactsAndSetCache()
{
var pubKeyAddress = Seed.Random().Value;
var contactRequestAddress = new Address(Seed.Random().Value);
var rejectedContactAddress = Seed.Random().Value;
var storedContactAddress = Seed.Random().Value;
var contactRepository = new InMemoryContactRepository();
await contactRepository.AddContactAsync(storedContactAddress, true, pubKeyAddress);
await contactRepository.AddContactAsync(rejectedContactAddress, false, pubKeyAddress);
var approvedContactMessage = TryteString.FromUtf8String(JsonConvert.SerializeObject(new Contact {
ChatAddress = storedContactAddress
}));
var rejectedContactBundle = CreateBundle(
contactRequestAddress,
TryteString.FromUtf8String(JsonConvert.SerializeObject(new Contact {
ChatAddress = rejectedContactAddress, Rejected = true
})));
var approvedContactBundle = CreateBundle(contactRequestAddress, approvedContactMessage);
var iotaRepository = new InMemoryIotaRepository();
iotaRepository.SentBundles.Add(rejectedContactBundle);
iotaRepository.SentBundles.Add(approvedContactBundle);
iotaRepository.SentBundles.Add(
CreateBundle(
contactRequestAddress,
TryteString.FromUtf8String(JsonConvert.SerializeObject(new Contact {
ChatAddress = storedContactAddress, Request = true
}))));
var transactionCache = new InMemoryTransactionCache();
var cacheItem = new TransactionCacheItem
{
Address = contactRequestAddress,
TransactionHash = approvedContactBundle.Transactions[0].Hash,
TransactionTrytes = approvedContactMessage
};
transactionCache.Items.Add(cacheItem);
var interactor = new GetContactsInteractor(contactRepository, transactionCache, iotaRepository);
var response = await interactor.ExecuteAsync(
new GetContactsRequest
{
PublicKeyAddress = new Address(pubKeyAddress),
ContactRequestAddress = contactRequestAddress
});
Assert.AreEqual(1, response.ApprovedContacts.Count);
Assert.AreEqual(1, response.PendingContactRequests.Count);
Assert.AreEqual(3, transactionCache.Items.Count);
}
public async Task TestContactsAreContainedCachedAndApproved()
{
var pubKeyAddress = Seed.Random().Value;
var contactRequestAddress = new Address(Seed.Random().Value);
var storedContactAddress = Seed.Random().Value;
var keyPair = InMemoryContactRepository.NtruKeyPair;
var contactRepository = new InMemoryContactRepository();
var transactionCache = new MemoryTransactionCache();
var bundle = CreateBundle(
contactRequestAddress,
ContactExchange.Create(new Contact {
ChatAddress = storedContactAddress, Rejected = true
}, keyPair.PublicKey, keyPair.PublicKey).Payload);
bundle.Transactions.ForEach(async t => await transactionCache.SaveTransactionAsync(new TransactionCacheItem
{
Address = contactRequestAddress,
TransactionHash = t.Hash,
TransactionTrytes = t.ToTrytes()
}));
await contactRepository.AddContactAsync(storedContactAddress, true, pubKeyAddress);
var iotaRepositoryMock = new Mock <IIotaRepository>();
iotaRepositoryMock.Setup(i => i.FindTransactionsByAddressesAsync(It.IsAny <List <Address> >())).ReturnsAsync(
new TransactionHashList {
Hashes = new List <Hash>(bundle.Transactions.Select(t => t.Hash))
});
iotaRepositoryMock.Setup(i => i.GetTrytesAsync(It.IsAny <List <Hash> >())).ReturnsAsync(new List <TransactionTrytes>());
var interactor = new GetContactsInteractor(contactRepository, new TangleMessenger(iotaRepositoryMock.Object, transactionCache), NtruEncryption.Key);
var response = await interactor.ExecuteAsync(
new GetContactsRequest
{
PublicKeyAddress = new Address(pubKeyAddress),
RequestAddress = contactRequestAddress,
KeyPair = keyPair
});
Assert.AreEqual(1, response.ApprovedContacts.Count);
}
public async Task TestContactsAreContainedCachedAndApproved()
{
var pubKeyAddress = Seed.Random().Value;
var contactRequestAddress = new Address(Seed.Random().Value);
var storedContactAddress = Seed.Random().Value;
var contactRepository = new InMemoryContactRepository();
var transactionCache = new InMemoryTransactionCache();
var cacheItem = new TransactionCacheItem
{
Address = contactRequestAddress,
TransactionHash = new Hash(Seed.Random().Value),
TransactionTrytes = TryteString.FromUtf8String(
JsonConvert.SerializeObject(
new Contact {
ChatAddress = storedContactAddress
}))
};
await transactionCache.SaveTransactionAsync(cacheItem);
await contactRepository.AddContactAsync(storedContactAddress, true, pubKeyAddress);
var iotaRepositoryMock = new Mock <IIotaRepository>();
iotaRepositoryMock.Setup(i => i.FindTransactionsByAddressesAsync(It.IsAny <List <Address> >())).ReturnsAsync(
new TransactionHashList {
Hashes = new List <Hash> {
cacheItem.TransactionHash
}
});
var interactor = new GetContactsInteractor(contactRepository, transactionCache, iotaRepositoryMock.Object);
var response = await interactor.ExecuteAsync(
new GetContactsRequest
{
PublicKeyAddress = new Address(pubKeyAddress),
ContactRequestAddress = contactRequestAddress
});
Assert.AreEqual(1, response.ApprovedContacts.Count);
}