public void UpdateEventControls()
{
// get any events that have happend since last time
MHE.Event eventBlock = new AES.MHE.Event();
MHE.Event.Code eventCode = mhe.NextEvent(eventBlock);
while (eventCode != MHE.Event.Code.IMHEI_NULL)
{
System.Text.StringBuilder sb = new System.Text.StringBuilder();
switch (eventCode)
{
case MHE.Event.Code.IMHEI_APPLICATION_START:
Console.WriteLine("Application Start");
break;
case MHE.Event.Code.IMHEI_APPLICATION_EXIT:
Console.WriteLine("Application Exit");
break;
case MHE.Event.Code.IMHEI_INTERFACE_START:
Console.WriteLine("Interface Start");
break;
case MHE.Event.Code.IMHEI_OVERFLOW:
Console.WriteLine("Overflow");
break;
case MHE.Event.Code.IMHEI_NULL:
Console.WriteLine("Null");
break;
}
if (sb.Length == 0)
{
// add the unit type
switch ((ushort)eventCode & MHE.Event.UNIT_TYPE_MASK)
{
case MHE.Event.COIN_DISPENSER_EVENT:
Console.WriteLine("Coin Dispenser: ");
break;
case MHE.Event.NOTE_DISPENSER_EVENT:
Console.WriteLine("Note Dispenser: ");
break;
case MHE.Event.COIN_EVENT:
Console.WriteLine("Coin Acceptor: ");
break;
case MHE.Event.NOTE_EVENT:
Console.WriteLine("Note Acceptor: ");
break;
default:
Console.WriteLine("Device: ");
break;
}
// add the fault or event depending on the fault bit
if (((ushort)eventCode & MHE.Event.FAULT_BIT) > 0)
{
switch ((ushort)eventCode & MHE.Event.EVENT_CODE_MASK)
{
case MHE.Event.NOW_OK:
Console.WriteLine("Now OK");
break;
case MHE.Event.REPORTED_FAULT:
Console.WriteLine("Unit Reported Fault");
break;
case MHE.Event.UNIT_TIMEOUT:
Console.WriteLine("Unit Timeout");
break;
case MHE.Event.UNIT_RESET:
Console.WriteLine("Unit Reset");
break;
case MHE.Event.SELF_TEST_REFUSED:
Console.WriteLine("Self Test refused");
break;
default:
Console.WriteLine("Fault");
break;
}
}
else
{
switch ((ushort)eventCode & MHE.Event.EVENT_CODE_MASK)
{
case MHE.Event.EVENT_OK:
Console.WriteLine("OK");
break;
case MHE.Event.EVENT_BUSY:
Console.WriteLine("Busy");
break;
case MHE.Event.REJECTED:
Console.WriteLine("Rejected");
break;
case MHE.Event.INHIBITED:
Console.WriteLine("Inhibited");
break;
case MHE.Event.MISREAD:
Console.WriteLine("Misread");
break;
case MHE.Event.FRAUD:
Console.WriteLine("Fraud");
break;
case MHE.Event.JAM:
Console.WriteLine("Jam");
break;
case MHE.Event.JAM_FIXED:
Console.WriteLine("Jam Fixed");
break;
case MHE.Event.RETURN:
Console.WriteLine("Return");
break;
case MHE.Event.OUTPUT_PROBLEM:
Console.WriteLine("Output Problem");
break;
case MHE.Event.OUTPUT_FIXED:
Console.WriteLine("Output Fixed");
break;
case MHE.Event.INTERNAL_PROBLEM:
Console.WriteLine("Internal Problem");
break;
case MHE.Event.UNKNOWN:
Console.WriteLine("Unknown");
break;
case MHE.Event.DISPENSE_UPDATE:
Console.WriteLine("Dispenser Update");
break;
default:
Console.WriteLine("Event");
break;
}
}
}
int len = sb.Length;
int noSpaces = 50 - len;
for (int i = 0; i < noSpaces; ++i)
{
Console.WriteLine(" ");
}
Console.WriteLine("| Raw Code: {0:x4} Disp: {1}", eventBlock.RawEvent, eventBlock.DispenserEvent);
// this.EventListBox.Items.Add(sb.ToString());
eventCode = mhe.NextEvent(eventBlock);
}
}
public void UpdateEventControls()
{
// get any events that have happend since last time
MHE.Event eventBlock = new AES.MHE.Event();
MHE.Event.Code eventCode = mhe.NextEvent(eventBlock) ;
while (eventCode != MHE.Event.Code.IMHEI_NULL)
{
System.Text.StringBuilder sb = new System.Text.StringBuilder();
switch (eventCode)
{
case MHE.Event.Code.IMHEI_APPLICATION_START:
sb.Append("Application Start");
break;
case MHE.Event.Code.IMHEI_APPLICATION_EXIT:
sb.Append("Application Exit");
break;
case MHE.Event.Code.IMHEI_INTERFACE_START:
sb.Append("Interface Start");
break;
case MHE.Event.Code.IMHEI_OVERFLOW:
sb.Append("Overflow");
break;
case MHE.Event.Code.IMHEI_NULL:
sb.Append("Null");
break;
}
if (sb.Length == 0)
{
// add the unit type
switch ((ushort)eventCode & MHE.Event.UNIT_TYPE_MASK)
{
case MHE.Event.COIN_DISPENSER_EVENT:
sb.Append("Coin Dispenser: ");
break;
case MHE.Event.NOTE_DISPENSER_EVENT:
sb.Append("Note Dispenser: ");
break;
case MHE.Event.COIN_EVENT:
sb.Append("Coin Acceptor: ");
break;
case MHE.Event.NOTE_EVENT:
sb.Append("Note Acceptor: ");
break;
default:
sb.Append("Device: ");
break;
}
// add the fault or event depending on the fault bit
if (((ushort)eventCode & MHE.Event.FAULT_BIT) > 0)
{
switch ((ushort)eventCode & MHE.Event.EVENT_CODE_MASK)
{
case MHE.Event.NOW_OK:
sb.Append("Now OK");
break;
case MHE.Event.REPORTED_FAULT:
sb.Append("Unit Reported Fault");
break;
case MHE.Event.UNIT_TIMEOUT:
sb.Append("Unit Timeout");
break;
case MHE.Event.UNIT_RESET:
sb.Append("Unit Reset");
break;
case MHE.Event.SELF_TEST_REFUSED:
sb.Append("Self Test refused");
break;
default:
sb.Append("Fault");
break; }
}
else
{
switch ((ushort)eventCode & MHE.Event.EVENT_CODE_MASK)
{
case MHE.Event.EVENT_OK:
sb.Append("OK");
break;
case MHE.Event.EVENT_BUSY:
sb.Append("Busy");
break;
case MHE.Event.REJECTED:
sb.Append("Rejected");
break;
case MHE.Event.INHIBITED:
sb.Append("Inhibited");
break;
case MHE.Event.MISREAD:
sb.Append("Misread");
break;
case MHE.Event.FRAUD:
sb.Append("Fraud");
break;
case MHE.Event.JAM:
sb.Append("Jam");
break;
case MHE.Event.JAM_FIXED:
sb.Append("Jam Fixed");
break;
case MHE.Event.RETURN:
sb.Append("Return");
break;
case MHE.Event.OUTPUT_PROBLEM:
sb.Append("Output Problem");
break;
case MHE.Event.OUTPUT_FIXED:
sb.Append("Output Fixed");
break;
case MHE.Event.INTERNAL_PROBLEM:
sb.Append("Internal Problem");
break;
case MHE.Event.UNKNOWN:
sb.Append("Unknown");
break;
case MHE.Event.DISPENSE_UPDATE:
sb.Append("Dispenser Update");
break;
default:
sb.Append("Event");
break;
}
}
}
int len = sb.Length;
int noSpaces = 50 - len;
for (int i = 0; i < noSpaces; ++i)
{
sb.Append(" ");
}
sb.AppendFormat("| Raw Code: {0:x4} Disp: {1}", eventBlock.RawEvent, eventBlock.DispenserEvent);
this.EventListBox.Items.Add(sb.ToString());
eventCode = mhe.NextEvent(eventBlock);
}
}
