private void oDecodeAssembly_DecodeEvent(object sender, DecodeAssembly.DecodeEventArgs e)
{
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent"));
try {
_lastResults = new ReaderResults();
//--- Was the Decode Attempt Successful? ---
if (e.ResultCode == DecodeAssembly.ResultCodes.Success)
{
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent -> Success"));
_lastResults.Status = ScannerStatus.Success;
_lastResults.Data = e.Message;
//Helpers.Log.Write(string.Format("Read done:\nmessage: {0}, codeID: {1}, aimID: {2}, aimMod: {3}, length: {4}, result: {5}",e.Message, e.CodeId, e.AimId, e.AimModifier, e.Length.ToString(), e.ResultCode.ToString()));
//--- Play an SDK Provided Audible Sound ---
oDecodeAssembly.Sound.Play(Sound.SoundTypes.Success, true);
}
else
{
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent -> Failed"));
if (e.DecodeException != null)
{
//--- Async Decode Exception ---
switch (e.DecodeException.ResultCode)
{
case DecodeAssembly.ResultCodes.Cancel: // Async Decode was Canceled
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent -> Failed -> Cancel"));
return;
case DecodeAssembly.ResultCodes.NoDecode: // Scan Timeout
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent -> Failed -> NoDecode"));
break;
default:
//Log.Write(new LogEntry("HoneywellReader: oDecodeAssembly_DecodeEvent -> Failed -> Exception: " + e.DecodeException.Message));
break;
}
}
else
{
//--- Generic Async Exception ---
//Log.Write(new LogEntry("Generic async exception"));
//MessageBox.Show(e.Exception.Message);
_lastResults.Status = ScannerStatus.DeviceFailure;
}
}
NotifyStatus(GetState());
NotifyRead(_lastResults);
} catch (Exception ex) {
// MessageBox.Show(ex.Message);
}
}
private void _reader_DecodeEvent(object sender, DecodeAssembly.DecodeEventArgs e)
{
if (e.ResultCode == DecodeAssembly.ResultCodes.Success && Scan != null)
{
System.Media.SystemSounds.Beep.Play();
ScanEventArgs args = new ScanEventArgs();
args.Data = e.Message;
Scan(this, args);
}
}
void xEng_DecodeEvent(object sender, DecodeAssembly.DecodeEventArgs e)
{
BCId nCodeID = BCId.NoData;
string sBarCode = string.Empty;
BarcodeScannerEventArgs ba;
try
{
RightLEDOff();
//--- Was the Decode Attempt Successful? ---
if (e.ResultCode == DecodeAssembly.ResultCodes.Success)
{
xEng.Device.SetLEDs(Device.LedSelect.RightGreen, Device.LedState.On, 0, 0);
//sBarCode = e.CodeId;
//switch (sBarCode)
//{
// case "d":
// case "D":
// nCodeID = BCId.EAN13;
// break;
// case "j":
// nCodeID = BCId.Code128;
// break;
// case "w":
// nCodeID = BCId.DataMatrix;
// break;
// default:
// break;
//}
nCodeID = base.SetBarcodeType(e.CodeId);
sBarCode = e.Message;
//--- Play an SDK Provided Audible Sound ---
xEng.Sound.Play(Sound.SoundTypes.Success);
}
else
{
if (e.DecodeException != null)
{
//--- Async Decode Exception ---
switch (e.DecodeException.ResultCode)
{
case DecodeAssembly.ResultCodes.Cancel: // Async Decode was Canceled
return;
case DecodeAssembly.ResultCodes.NoDecode: // Scan Timeout
//MessageBox.Show("Scan Timeout Exceeded");
break;
default:
//MessageBox.Show(e.DecodeException.Message);
break;
}
}
else
{
//--- Generic Async Exception ---
//MessageBox.Show(e.Exception.Message);
}
//xEng.Sound.Play(Sound.SoundTypes.Failure);
}
}
catch (Exception ex)
{
//MessageBox.Show(ex.Message);
}
ba = new BarcodeScannerEventArgs(nCodeID, sBarCode, e.RawData, e.Length);
OnBarcodeScan(ba);
return;
}
