public async Task Business_Checking_AuthCapture_Successfully_Debit_Test()
{
var services = new ServiceCollection();
services.AddSingleton(_configuration);
services.AddLogging(b => b.AddXunit(_output));
services.AddAuthorizeNet();
var sp = services.BuildServiceProvider();
var client = sp.GetRequiredService <ITransactionClient>();
var options = sp.GetRequiredService <IOptions <AuthorizeNetOptions> >();
var randomAccountNumber = new Random().Next(10000, int.MaxValue);
var request = new CreateTransactionRequest
{
TransactionRequest = new TransactionRequestType
{
TransactionType = Enum.GetName(typeof(TransactionTypeEnum), TransactionTypeEnum.AuthCaptureTransaction),
Amount = 13.01m,
Payment = new PaymentType
{
BankAccount = new BankAccountType
{
BankName = "Bank of China",
AccountType = BankAccountTypeEnum.BusinessChecking,
RoutingNumber = "125008547",
AccountNumber = randomAccountNumber.ToString(),
// CheckNumber = "",
NameOnAccount = "Biden",
EcheckType = EcheckTypeEnum.CCD
},
},
CustomerIP = options.Value.IpAddress,
Order = new OrderType
{
InvoiceNumber = "BC-Invoice-789",
Description = "Business Checking e-Check purchase"
},
},
};
var response = await client.CreateAsync(request);
_output.WriteLine($"{response.TransactionResponse.ResponseCode} - {response.TransactionResponse.TransId}");
Assert.Equal(MessageTypeEnum.Ok, response.Messages.ResultCode);
var code = response.Messages.Message[0].Code;
var text = response.Messages.Message[0].Text;
Assert.Equal("I00001", code);
Assert.Equal("Successful.", text);
var tcode = response.TransactionResponse.Messages[0].Code;
var ttext = response.TransactionResponse.Messages[0].Description;
Assert.Equal("1", tcode);
Assert.Equal("This transaction has been approved.", ttext);
// 1 success
Assert.Equal("1", response.TransactionResponse.ResponseCode);
Assert.True(!string.IsNullOrEmpty(response.TransactionResponse.TransId));
Assert.False(response.TransactionResponse.Errors.Any());
}
public Task CreatePaymentTransactionAsync(CreateTransactionRequest request)
{
return(_runner.RunWithDefaultErrorHandlingAsync(() => _payInternalApi.CreatePaymentTransactionAsync(request)));
}
public async Task ExecuteAsync()
{
IEnumerable <WalletState> cacheState = await _cacheMaintainer.GetAsync();
foreach (var walletState in cacheState)
{
if (walletState.Blockchain != BlockchainType.Bitcoin)
{
continue;
}
BalanceModel balance;
try
{
balance = await _qBitNinjaClient.GetBalance(BitcoinAddress.Create(walletState.Address));
}
catch (Exception ex)
{
_log.Error(ex, "Getting balance from ninja", walletState.ToDetails());
continue;
}
IEnumerable <PaymentBcnTransaction> bcnTransactions =
GetIncomingPaymentOperations(balance, walletState.Address)?.ToList() ??
new List <PaymentBcnTransaction>();
IEnumerable <PaymentBcnTransaction> cacheTransactions = walletState.Transactions;
IEnumerable <DiffResult <PaymentBcnTransaction> > diff = _diffService.Diff(cacheTransactions, bcnTransactions);
// catching case when ninja returns no transactions but should
if (cacheTransactions.Any() && !bcnTransactions.Any())
{
_log.Info("There are no transactions from ninja, but there are transactions in cache",
$"wallet: {walletState.Address}, walletState: {walletState.ToJson()}");
}
// catching case when there are any differences between ninja state and local cache state
if (diff.Any())
{
_log.Info("The difference between cache state and ninja detected",
$"wallet: {walletState.Address}, old txs: {walletState.Transactions.ToJson()}, new txs: {bcnTransactions.ToJson()}");
}
// approach to exit loop with switch statement inside
bool isSyncError = false;
foreach (var diffResult in diff)
{
var tx = diffResult.Object;
switch (diffResult.CompareState)
{
case DiffState.New:
CreateTransactionRequest createRequest = null;
try
{
var txDetails = await _qBitNinjaClient.GetTransaction(new uint256(tx.Id));
createRequest = tx.ToCreateRequest(txDetails, _bitcoinNetwork);
_log.Info("New transaction detected",
$"wallet: {walletState.Address}, Hash: {tx.Id}, FirstSeen: {txDetails.FirstSeen}");
await _log.LogPayInternalExceptionIfAny(() =>
_payInternalClient.CreatePaymentTransactionAsync(createRequest));
}
catch (Exception ex)
{
_log.Error(ex, context: createRequest.ToDetails());
isSyncError = true;
}
break;
case DiffState.Updated:
UpdateTransactionRequest updateRequest = null;
try
{
updateRequest = tx.ToUpdateRequest();
_log.Info("Transaction update detected",
$"wallet: {walletState.Address}, new tx state: {tx.ToJson()}");
await _log.LogPayInternalExceptionIfAny(() =>
_payInternalClient.UpdateTransactionAsync(updateRequest));
}
catch (Exception ex)
{
_log.Error(ex, context: updateRequest.ToDetails());
isSyncError = true;
}
break;
default: throw new Exception("Unknown transactions diff state");
}
// stop changes processing in case there is PayInternal sync error
if (isSyncError)
{
break;
}
}
if (bcnTransactions.Any())
{
walletState.Transactions = bcnTransactions;
}
// will sync internal cache with blockchain only if there were no errors while processing changes
// otherwise the changes will be processed again in the next job cycle
// WARNING: the approach will work only for single transactions update
if (!isSyncError)
{
try
{
await _cacheMaintainer.SetItemAsync(walletState);
}
catch (Exception ex)
{
_log.Error(ex, "Updating wallets cache", walletState.ToDetails());
continue;
}
}
}
}
public CreateTransactionCommand(Guid id, CreateTransactionRequest transaction) : base(id)
{
Transaction = transaction;
}
