public override void RevertChanges()
{
Track1.RevertChanges();
Track2.RevertChanges();
Track3.RevertChanges();
Track4.RevertChanges();
Track5.RevertChanges();
}
public override void ApplyPropertyValues()
{
Setup.ApplyPropertyValues();
InputOutput.ApplyPropertyValues();
USB.ApplyPropertyValues();
MIDI.ApplyPropertyValues();
#region DefaultMemory
Track1.ApplyPropertyValues();
Track2.ApplyPropertyValues();
Track3.ApplyPropertyValues();
Track4.ApplyPropertyValues();
Track5.ApplyPropertyValues();
Rhythm.ApplyPropertyValues();
//Name.ApplyPropertyValues();
Master.ApplyPropertyValues();
RecOption.ApplyPropertyValues();
PlayOption.ApplyPropertyValues();
Assign1.ApplyPropertyValues();
Assign2.ApplyPropertyValues();
Assign3.ApplyPropertyValues();
Assign4.ApplyPropertyValues();
Assign5.ApplyPropertyValues();
Assign6.ApplyPropertyValues();
Assign7.ApplyPropertyValues();
Assign8.ApplyPropertyValues();
Assign9.ApplyPropertyValues();
Assign10.ApplyPropertyValues();
Assign11.ApplyPropertyValues();
Assign12.ApplyPropertyValues();
Assign13.ApplyPropertyValues();
Assign14.ApplyPropertyValues();
Assign15.ApplyPropertyValues();
Assign16.ApplyPropertyValues();
InputFx.ApplyPropertyValues();
TrackFx.ApplyPropertyValues();
BeatFxA.ApplyPropertyValues();
BeatFxB.ApplyPropertyValues();
BeatFxC.ApplyPropertyValues();
InputFxA.ApplyPropertyValues();
InputFxB.ApplyPropertyValues();
InputFxC.ApplyPropertyValues();
TrackFxA.ApplyPropertyValues();
TrackFxB.ApplyPropertyValues();
TrackFxC.ApplyPropertyValues();
#endregion DefaultMemory
}
public override void ApplyChanges <T>(T model)
{
if (model is MemoryModel memory)
{
Track1.ApplyChanges(memory.Track1);
Track2.ApplyChanges(memory.Track2);
Track3.ApplyChanges(memory.Track3);
Track4.ApplyChanges(memory.Track4);
Track5.ApplyChanges(memory.Track5);
}
else
{
throw new ArgumentException("Model must be of type MemoryModel.");
}
}
public override void ApplyPropertyValues()
{
Track1.ApplyPropertyValues();
Track2.ApplyPropertyValues();
Track3.ApplyPropertyValues();
Track4.ApplyPropertyValues();
Track5.ApplyPropertyValues();
Rhythm.ApplyPropertyValues();
//Name.ApplyPropertyValues();
Master.ApplyPropertyValues();
RecOption.ApplyPropertyValues();
PlayOption.ApplyPropertyValues();
Assign1.ApplyPropertyValues();
Assign2.ApplyPropertyValues();
Assign3.ApplyPropertyValues();
Assign4.ApplyPropertyValues();
Assign5.ApplyPropertyValues();
Assign6.ApplyPropertyValues();
Assign7.ApplyPropertyValues();
Assign8.ApplyPropertyValues();
Assign9.ApplyPropertyValues();
Assign10.ApplyPropertyValues();
Assign11.ApplyPropertyValues();
Assign12.ApplyPropertyValues();
Assign13.ApplyPropertyValues();
Assign14.ApplyPropertyValues();
Assign15.ApplyPropertyValues();
Assign16.ApplyPropertyValues();
InputFx.ApplyPropertyValues();
TrackFx.ApplyPropertyValues();
BeatFxA.ApplyPropertyValues();
BeatFxB.ApplyPropertyValues();
BeatFxC.ApplyPropertyValues();
InputFxA.ApplyPropertyValues();
InputFxB.ApplyPropertyValues();
InputFxC.ApplyPropertyValues();
TrackFxA.ApplyPropertyValues();
TrackFxB.ApplyPropertyValues();
TrackFxC.ApplyPropertyValues();
}
public ISOMessage Send(ISOMessage message)
{
string deviceId = "Unknown";
StringBuilder fieldDebug = new StringBuilder();
ISOMessage response = new ISOMessage();
response.Fields = new List <Field>();
if (message == null || message.Fields == null)
{
log.Warn("Empty message received.");
response.Fields.Add(new Field(39, null, "99"));
return(response);
}
try
{
deviceId = message.Fields.Single(s => s.Fieldid == 41).Value;
log.Trace(t => t("{0} : ISO Message recieved, MTI={1}{2}", deviceId, message.MessageClass, message.MessageFunction));
if (log.IsDebugEnabled)
{
foreach (var field in message.Fields.OrderBy(o => o.Fieldid))
{
fieldDebug.AppendLine("Field " + field.Fieldid.ToString("000") + "=" + field.Value);
}
log.Debug(d => d("{0} : ISO Message{1}{2}", deviceId, Environment.NewLine, fieldDebug.ToString().Trim()));
}
//Handshake - TPK
if (message.MessageClass + message.MessageFunction == "0800")
{
response.MessageClass = "08";
response.MessageFunction = "10";
log.Trace(t => t("{0} : Generate session key for device.", deviceId));
var resp = _terminalController.GetTerminalSessionKeyClear(deviceId, 0, -2, deviceId);
if (resp.ResponseType == ResponseType.SUCCESSFUL)
{
log.Trace(t => t("{0} : Session key generated for device.", deviceId));
log.Debug(d => d("{0} : Session key for device {1}.", deviceId, resp.Value.RandomKey));
response.Fields.Add(new Field(39, null, resp.ResponseException));
response.Fields.Add(new Field(62, null, resp.Value.RandomKey.Substring(resp.Value.RandomKey.Length % 16)));
}
else
{
log.Trace(t => t("{0} : Session key failed to generate for device.", deviceId));
log.WarnFormat("{0} : Failed to generate session key for device, error = {1}-{2}", deviceId, resp.ResponseException, resp.ResponseMessage);
response.Fields.Add(new Field(39, null, resp.ResponseException));
}
}
//PIN
else if (message.MessageClass + message.MessageFunction == "0200")
{
response.MessageClass = "02";
response.MessageFunction = "10";
log.Trace(t => t("{0} : Update PIN message from device ", deviceId));
var trackData = message.Fields.Single(s => s.Fieldid == 35).Value;
Track2 track2 = new Track2(trackData);
TerminalCardData cardData = new TerminalCardData
{
PINBlockFormat = 0,
PINBlock = message.Fields.Single(s => s.Fieldid == 57).Value,
IsTrack2Encrypted = false,
Track2 = trackData,
IsPANEncrypted = false,
PAN = track2.PAN
};
//PINResetISO8583(string deviceId, string operatorCode, string pinBlock, string trackData, long auditUserId, string auditWorkstation)
var resp = _terminalController.PINResetISO8583(
deviceId,
message.Fields.Single(s => s.Fieldid == 52).Value,
cardData,
//message.Fields.Single(s => s.Fieldid == 57).Value,
//message.Fields.Single(s => s.Fieldid == 35).Value,
-2, deviceId);
if (resp.ResponseType == ResponseType.SUCCESSFUL)
{
log.Trace(t => t("{0} : PIN updated successfully form device.", deviceId));
response.Fields.Add(new Field(39, null, resp.ResponseException));
}
else
{
log.Trace(t => t("{0} : Update PIN failed for device.", deviceId));
log.WarnFormat("{0} : Failed to update PIN for device, error = {1}-{2}", deviceId, resp.ResponseException, resp.ResponseMessage);
response.Fields.Add(new Field(39, null, resp.ResponseException));
}
}
}
catch (Exception ex)
{
log.Error(deviceId + " : Unexpected error.", ex);
response.Fields.Add(new Field(39, null, "99"));
}
finally
{
//echo back fields:
foreach (var field in message.Fields)
{
switch (field.Fieldid)
{
case 3:
case 11:
case 41:
case 42: response.Fields.Add(field); break;
default:
break;
}
}
if (log.IsDebugEnabled)
{
fieldDebug.Clear();
foreach (var field in response.Fields.OrderBy(o => o.Fieldid))
{
fieldDebug.AppendLine("Field " + field.Fieldid.ToString("000") + "=" + field.Value);
}
}
}
log.Trace(t => t(deviceId + " : Responding with MTI=" + response.MessageClass + response.MessageFunction + ", code=" + response.Fields.Single(s => s.Fieldid == 39).Value));
log.Debug(d => d(deviceId + " : ISO Response " + Environment.NewLine + fieldDebug.ToString().Trim()));
return(response);
}
