private bool LogOUT()
{
Thread t = new Thread(() =>
{
try
{
// create/read configuration from a configuration file
PayConfiguration config = createConfigFromFile(mPfad);
// start a new session
PaySession session = new PaySession();
// we define a message listener for events (optional)
MyMessageListener msgList = new MyMessageListener(lbl_Status, btn_OK);
session.setListener(msgList);
// login (this is always the first communication to the EFT)
mTerminal = session.login(config);
// logout at last
session.logout();
}
catch (PayException x)
{
// catch all PayExceptions and write to console
Console.WriteLine(x.toString());
}
});
t.Start();
return(true);
}
static void Main(string[] args)
{
try
{
// create/read configuration from a configuration file
PayConfiguration config = createConfigFromFile("../../etc/zvt.cfg");
// start a new session
PaySession session = new PaySession();
// we define a message listener for events (optional)
session.setListener(new MyMessageListener());
// get the software version of LUIS ePayment
Console.WriteLine("Version=" + session.getVersion());
// login (this is always the first communication to the EFT)
PayTerminal terminal = session.login(config);
try
{
// let's have a look at the settings within the EFT
PayResult result = terminal.settings();
Console.WriteLine(result.toString());
// do some selftest
result = terminal.selftest();
Console.WriteLine(result.toString());
// try to connect the network provider and get the limits for a payment
result = terminal.diagnose(PayTerminal.__Fields.DIAGNOSE_EXTENDED);
Console.WriteLine(result.toString());
// Now we start a payment of 1 cent
// First we create the result object PayMedia
PayMedia media = new PayMedia();
// Then we start the authorisation of the card
int cents = 1;
short payType = PayTerminal.__Fields.PAY_TYPE_AUTOMATIC;
PayTransaction transaction = terminal.payment(cents, payType, media);
Console.WriteLine(media.toString());
// When we are here, the given card was accepted. We commit the transaction.
// If transaction is null, the device doesn't support commit and we are finished.
if (transaction != null)
{
transaction.commit(media);
Console.WriteLine(media.toString());
}
}
finally
{
// logout at last
session.logout();
}
}
catch (PayException x)
{
// catch all PayExceptions and write to console
Console.WriteLine(x.toString());
}
}
/////////////////////////////////////////////
// Funktionen
//Einloggen, Zahlung abwickeln, ausloggen -> Funktionalität wie bei Penz
private bool OFFline()
{
Thread t = new Thread(() =>
{
try
{
//--------------
// create/read configuration from a configuration file
PayConfiguration config = createConfigFromFile(mPfad);
// start a new session
PaySession session = new PaySession();
// we define a message listener for events (optional)
MyMessageListener msgList = new MyMessageListener(lbl_Status, btn_OK);
session.setListener(msgList);
// login (this is always the first communication to the EFT)
mTerminal = session.login(config);
try
{
// Now we start a payment of 1 cent
// First we create the result object PayMedia
PayMedia media = new PayMedia();
// Then we start the authorisation of the card
short payType = PayTerminal.__Fields.PAY_TYPE_AUTOMATIC;
PayTransaction transaction = mTerminal.payment(mBetrag, payType, media);
// When we are here, the given card was accepted. We commit the transaction.
// If transaction is null, the device doesn't support commit and we are finished.
if (transaction != null)
{
transaction.commit(media);
}
}
finally
{
PayResult result = new PayResult();
string Custreceitpt = result.getCustomerReceipt();
// logout at last
session.logout();
}
}
catch (PayException x)
{
// catch all PayExceptions and write to console
Console.WriteLine(x.toString());
}
});
t.Start();
return(true);
}