/// <summary>
/// Data from device. TCP
/// </summary>
/// <param name="arrData"></param>
/// <param name="iStart"></param>
/// <param name="iLength"></param>
public override void TranslateFromDevice(byte[] arrData, int iStart, int iLength)
{
m_nlog.Info(GLPParser.LogBinary("GLP", arrData));
m_parser.Write(arrData);
GLPBase report = null;
bool sendAck = false;
while ((report = m_parser.NextReport()) != null)
{
if (report.sendAck)
{
sendAck = true;
}
if (!report.parseError)
{
if (report.loginPacket == false)
{
// Login
if (NmeaConnection.Session == null)
{
try
{
NmeaConnection.Login("IMEI", report.DeviceID, null);
}
catch (Franson.Directory.AuthenticationException)
{
throw;
}
}
// Pending outgoing commands.
ProcessPendingCommand(report);
if (report.CameraStatus == 2)
{
report.CameraStatus = 0;
NmeaConnection.ProtocolToDevice("ACK1");
}
if (report.CameraStatus == 3) //pobieranie zdjec
{
report.CameraStatus = 0;
GLPPictureProcessor glpPictureProcessor = CameraPluginServices.TryCreatePictureProcessor();
if (glpPictureProcessor != null)
{
try
{
glpPictureProcessor.Process(report as GLPBinaryPictureData, this.NmeaConnection);
NmeaConnection.ProtocolToDevice("ACK1");
}
catch
{
NmeaConnection.ProtocolToDevice("ACK2"); //przerywamy z ponowieniem
}
}
else
{
NmeaConnection.ProtocolToDevice("ACK3"); //mnie ma w ogole zainstalowanej kamery wiec przerywamy calkiem
}
}
else if (report.TerminalData != null)
{
FRCMD fRCMD = null;
string text = UTF8Encoding.UTF8.GetString(report.TerminalData);
if (text == "GLP_UNDELIVERED\0")
{
text = Franson.Directory.Session.CurrentSession.Locale.Lang["GLP"].Server["GLP_UNDELIVERED"];
}
if (text == "GLP_DELIVERED\0")
{
text = Franson.Directory.Session.CurrentSession.Locale.Lang["GLP"].Server["GLP_DELIVERED"];
}
if (report.JobStatus == 100)
{
fRCMD = new ChangeAssignedWorkerStateCmdBuilder(CommandDirection.DeviceToGpsGate, report.JobID, NmeaConnection.Device.DeviceOwnerID, AssignedWorkerState.Active);
}
else if (report.JobStatus == 101)
{
fRCMD = new ChangeAssignedWorkerStateCmdBuilder(CommandDirection.DeviceToGpsGate, report.JobID, NmeaConnection.Device.DeviceOwnerID, AssignedWorkerState.Completed);
}
else if (report.JobStatus == 102)
{
fRCMD = new ChangeAssignedWorkerStateCmdBuilder(CommandDirection.DeviceToGpsGate, report.JobID, NmeaConnection.Device.DeviceOwnerID, AssignedWorkerState.Assigned);
}
else if (report.JobStatus == 103)
{
fRCMD = new ChangeAssignedWorkerStateCmdBuilder(CommandDirection.DeviceToGpsGate, report.JobID, NmeaConnection.Device.DeviceOwnerID, AssignedWorkerState.Assigned);
}
else if (report.JobStatus == 104)
{
fRCMD = new DeleteAssignedWorkerCmdBuilder(CommandDirection.DeviceToGpsGate, report.JobID, NmeaConnection.Device.DeviceOwnerID);
}
else
{
fRCMD = new FRCMD(null, "_ReceiveChatText", new string[] { text });
}
//serwer odbiera ale nie wysyła
//GpsGateClientCmd client = new GpsGateClientCmd("localhost", 30175);
//client.Connect("IMEI", report.DeviceID, null);
//client.CmdToServer(cmd);
if (fRCMD != null)
{
GpsGateClientDirect client = new GpsGateClientDirect();
client.Connect(NmeaConnection.Device, this.NmeaConnection);
client.CmdToServer(fRCMD);
client.Disconnect();
}
}
else
{
// Report to GpsGate Framework.
ToGpsGate(report.TrackPoint, report.Status);
}
}
else
{
// Login
if (NmeaConnection.Session == null)
{
NmeaConnection.Login("imei", report.DeviceID, null);
}
// to keep connection alive
ToGpsGate(null, null);
}
}
}
if (sendAck)
{
NmeaConnection.ProtocolToDevice("ACK1");
}
}
public override void TunnelToDevice(byte[] arrData)
{
NmeaConnection.ProtocolToDevice(arrData);
}