SafeDispatch/MotoRepeaterCore/MotoRepeater_GW.cs

852 lines
35 KiB
C#

using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading;
using System.Collections;
using System.Net.Sockets;
using System.Net;
using System.ComponentModel;
using Telerik.WinControls;
using SafeMobileLib;
using SafeMobileLib.Safenet;
using SafeMobileLib.MessageDecoders;
namespace MotoRepeater
{
public class MotoRepeater_GW
{
public static LOGS hLog = null;
public static TimeSpan timeDifference = new TimeSpan(0);
public static AppType appType = AppType.SAFEDISPATCH;
public static Config cfg = new Config();
public static ConsoleArgs consoleArgs;
public static List<RadioGateway> radioGWs = new List<RadioGateway>();
public static Boolean isRunning = true;
// Thread Timers
public static InternalStatistic arsStatistic = new InternalStatistic();
public static InternalStatistic gpsStatistic = new InternalStatistic();
public static InternalStatistic pollStatistic = new InternalStatistic();
public static InternalStatistic smsStatistic = new InternalStatistic();
public static InternalStatistic telemetryStatistic = new InternalStatistic();
//private MessageBus mBus;
private DataBaseInterface dbInterface;
public static DateTime startTime = DateTime.Now;
public static DateTime lastEntry;
public static bool addressLoaded = false;
private WatcherServerThread ddmsWatcher;
private LocationThread LocationConnection;
private SMSReceiveThread SMSReceiveConnection = null;
private SMSSendThread SMSSendConnection = null;
private TelemetryReceiveThread TelemetryReceiveConnection = null;
private TelemetrySendThread TelemetrySendConnection = null;
private TallysmanReceiveThread TallysmanReceiveConnection = null;
public static System.Net.Sockets.UdpClient smsUDPclient = null;
private Thread LocationThreadobj = null;
private Thread ReceiveSMSThreadobj = null;
private Thread SendSMSThreadobj = null;
private Thread TelemetryReceiveThreadObj = null;
private Thread TallysmanReceiveThreadObj = null;
private Thread TelemetrySendThreadObj = null;
private Thread SMSReceiveThreadObj = null;
private Thread SMSSendThreadObj = null;
private Thread GatewayStatusThread = null;
private DBvehiclesManager vehiclesManager;
// Voice MultiCast
private UdpMulticast voiceMulticastSlot1Send;
private UdpMulticast voiceMulticastSlot2Send;
private int DialogID = 0x2222;
// Wireline and LE
private LinkEstablishment linkEstablishment;
private Wireline wireline;
public REP_STATUS _registered = REP_STATUS.stoped;
public REP_STATUS registered
{
get { return _registered; }
set
{
_registered = value;
RegStatusChanged("RegStatusProp");
}
}
public event PropertyChangedEventHandler PropertyChanged;
protected void RegStatusChanged(string name)
{
PropertyChangedEventHandler handler = PropertyChanged;
if (handler != null)
{
PropertyChangedEventArgs e = new PropertyChangedEventArgs(name);
handler(this, e);
}
}
public MotoRepeater_GW()
{
//DB.LoadUnitInfo(gatewayID);
//cfg = new Config();;
/*
try
{
udpMulticast = new UdpMulticast(cfg.msgBusIP, cfg.msgBusPort);
//Console.WriteLine("Location thread successfully registered to multicast group");
udpMulticast.OnNewDataRecv += new UdpMulticast.newData4Send(udpMulticast_OnNewDataRecv);
udpMulticast.StartListen();
}
catch (Exception ex)
{
Utils.WriteLine("Location Thread Error while joining the multicast group: " + ex.ToString());
}
//*/
// Get the time from Internet and then save the difference in time between the local computer time
// and the internet one from time.nist.gov
Thread internetTimeThread = new Thread(new ThreadStart(delegate()
{
timeDifference = (DT.GetNetworkTime()).Subtract(DateTime.UtcNow);
}));
internetTimeThread.Start();
GatewayStatusThread = new Thread(new ThreadStart(delegate()
{
int count = 0;
while (isRunning)
{
if(++count % 120 == 0)
{
Version v = System.Reflection.Assembly.GetExecutingAssembly().GetName().Version;
Int64 upTime = DateTime.Now.DateTo70Format() - startTime.DateTo70Format();
AddGatewayStatusMessage(MotoRepeater_GW.cfg.GWCODE, (registered == REP_STATUS.ddmsUP ? true : false),
String.Format("Uptime:{0};Version:{1}", upTime, v.ToString()));
}
Thread.Sleep(500);
}
}
));
GatewayStatusThread.Start();
}
void StartGPSService()
{
// create thread to listen UDP
LocationConnection = new LocationThread((ushort)cfg.GPS_PORT, this);
#region LOCATION Received Events
// add event listener for when a location is received
LocationConnection.OnLocationReceived += delegate(LocationEventArgs e)
{
// skip this event if the units is not assigned to this gateway
if (!dbInterface.UnitIsAssignedToGw(e.RadioID + ""))
{
Utils.WriteLine("Unit " + e.RadioID + " not assigned to this gateway", ConsoleColor.Green);
return;
}
gpsStatistic.incoming++;
OnEventToDisplayOnUI(String.Format("Position [{0:0.0000},{1:0.0000}] from {2}{3}{4}", Math.Round(e.Latitude, 4),
Math.Round(e.Longitude, 4), e.RadioID ,
e.Altitude > 0 ? System.Environment.NewLine+ "\t Altitude [" + e.Altitude + " meters]" : "",
e.LevelOfConfidence > -1 ? "" + "\t Level of confidence ["
+ e.LevelOfConfidence + "%]" : ""));
Utils.WriteLine("POSITION TIME AFTER EVENT IS : " + e.GPSTime.ToString());
// send the poll through the messageBus
dbInterface.LocationResponseReceived(e.RadioID, (new DateTime(1970, 1, 1).AddSeconds(e.GPSTime)), (int)e.Speed, e.Latitude, e.Longitude);
};
// add event listener for when a poll response is received
LocationConnection.OnPollReceived += delegate(LocationEventArgs e)
{
// skip this event if the units is not assigned to this gateway
if (!dbInterface.UnitIsAssignedToGw(e.RadioID + ""))
{
Utils.WriteLine("Unit " + e.RadioID + " not assigned to this gateway", ConsoleColor.Green);
return;
}
pollStatistic.incoming++;
OnEventToDisplayOnUI(String.Format("Poll Res [{0:0.0000},{1:0.0000}]{3} from {2}", Math.Round(e.Latitude, 4),
Math.Round(e.Longitude, 4), e.RadioID,
e.Altitude > 0 ? System.Environment.NewLine + "\t Altitude [" + e.Altitude + " meters]" : "",
e.LevelOfConfidence > -1 ? "" + "\t Level of confidence ["
+ e.LevelOfConfidence + "%]" : ""));
// send the poll through the messageBus
dbInterface.PollResponseReceived(e.RadioID, (new DateTime(1970, 1, 1).AddSeconds(e.GPSTime)), (int)e.Speed, e.Latitude, e.Longitude, e.seqID);
};
LocationConnection.OnLocationThreadKilled += OnLocationThreadKilled;
#endregion
//LocationConnection.parent = this;
LocationThreadobj = new Thread(new ThreadStart(LocationConnection.handleConnection));
LocationThreadobj.IsBackground = true;
LocationThreadobj.Start();
}
private void OnLocationThreadKilled()
{
// restart location thread
if (LocationThreadobj.ThreadState != ThreadState.Running)
{
LocationThreadobj.Abort();
// restart the GPS Service
StartGPSService();
}
}
void StartDDMSService()
{
ddmsWatcher = new WatcherServerThread(cfg.DDMS_IP, cfg.DDMS_PORT);
ddmsWatcher.OnDdmsConnectionStatusChanged += new WatcherServerThread.ConnectionStatusDEl(ddmsWatcher_OnDdmsConnectionStatusChanged);
#region ARS Received Events
// add event listener for when an ARS is received
ddmsWatcher.OnARSReceived += delegate(Int64 radioID, bool isON)
{
// skip this event if the units is not assigned to this gateway
if (!dbInterface.UnitIsAssignedToGw(radioID + ""))
{
Utils.WriteLine("Unit " + radioID + " not assigned to this gateway", ConsoleColor.Green);
return;
}
string arsState = (isON) ? "ON" : "OFF";
Utils.WriteLine("ARS " + arsState + " from " + radioID);
OnEventToDisplayOnUI("ARS " + arsState + " from " + radioID);
ArsMSG ars = new ArsMSG();
ars.imei = radioID.ToString();
ars.msg = arsState;
//SN_Queues.arsMsgQueue.PostItem(ars);
dbInterface.ARSStateReceived(radioID, isON);
//mBus.SendARS(radioID + "", arsState);
if (isON)
{
//Thread.Sleep(1500);
//LocationThread.SendTriggeredLocationSTOP(radioID.ToString(), 0xEE, true);
Thread.Sleep(1000);
PerformeARSon(radioID.ToString());
}
};
ddmsWatcher.OnTriggeredLocationRequest += delegate(string radioID, int reportingInterval)
{
OnEventToDisplayOnUI("Location request [" + reportingInterval + " sec] for " + radioID);
};
#endregion
//ddmsWatcher.OnMessageRecv += new WatcherServerThread.MessageRecv(ddmsWatcher_OnMessageRecv);
ddmsWatcher.Start();
}
void ddmsWatcher_OnDdmsConnectionStatusChanged(bool isUP)
{
ddmsClientChanged(isUP);
}
private void ddmsClientChanged(bool state)
{
if (state)
{
registered = REP_STATUS.ddmsUP;
//ddmsWatcher.SubscribeList(ddmsWatcher.DialogID, new List<string>() { "101" });
ddmsWatcher.SubscribeALL(DialogID++);
//ddmsWatcher.SubscribeList(0x2222, new List<string> { "103"});
}
else
{
registered = REP_STATUS.ddmsDOWN;
}
}
private UdpClient udpClient;
void StartSMSService()
{
udpClient = null;
udpClient = new UdpClient(cfg.SMS_PORT);
//udpClient.Client.SetSocketOption(SocketOptionLevel.Socket, SocketOptionName.ReuseAddress, true);
//udpClient.Client.Bind(new IPEndPoint(IPAddress.Any, cfg.TM_port));
//create thread for sending SMSs to the radios
SMSSendConnection = new SMSSendThread((ushort)cfg.SMS_PORT, true, udpClient);
SMSSendThreadObj = new Thread(new ThreadStart(SMSSendConnection.handleConnection));
SMSSendThreadObj.IsBackground = true;
SMSSendThreadObj.Start();
SMSReceiveConnection = new SMSReceiveThread((ushort)cfg.SMS_PORT, udpClient);
#region SMS Received Events
SMSReceiveConnection.OnSMSBytesReceived += delegate(Int64 radioID, byte[] received)
{
// skip this event if the units is not assigned to this gateway
if (!dbInterface.UnitIsAssignedToGw(radioID + ""))
{
Utils.WriteLine("Unit " + radioID + " not assigned to this gateway", ConsoleColor.Green);
return;
}
smsStatistic.incoming++;
dbInterface.SMSReceived(radioID, received);
OnEventToDisplayOnUI("SMS from radio " + radioID);
};
SMSReceiveConnection.OnSMSReceived += delegate(Int64 radioID, string message)
{
// skip this event if the units is not assigned to this gateway
if (!dbInterface.UnitIsAssignedToGw(radioID + ""))
{
Utils.WriteLine("Unit " + radioID + " not assigned to this gateway", ConsoleColor.Green);
return;
}
smsStatistic.incoming++;
dbInterface.SMSReceived(radioID, message);
OnEventToDisplayOnUI("SMS from radio " + radioID);
};
SMSReceiveConnection.OnSMSAckReceived += delegate(byte[] received, string seq_no)
{
dbInterface.SMSAckReceived(received, seq_no);
OnEventToDisplayOnUI("SMS ACK ");
};
#endregion
SMSReceiveThreadObj = new Thread(new ThreadStart(SMSReceiveConnection.handleConnection));
SMSReceiveThreadObj.IsBackground = true;
SMSReceiveThreadObj.Start();
}
void StartTelemetryService()
{
//create thread for receiving telemetry notifications from the radios
TelemetryReceiveConnection = new TelemetryReceiveThread((ushort)cfg.TELEMETRY_PORT);
#region TELEMETRY Received Events
TelemetryReceiveConnection.OnTelemetryBytesReceived += delegate(Int64 radioID, byte[] received)
{
// skip this event if the units is not assigned to this gateway
if (!dbInterface.UnitIsAssignedToGw(radioID + ""))
{
Utils.WriteLine("Unit " + radioID + " not assigned to this gateway", ConsoleColor.Green);
return;
}
telemetryStatistic.incoming++;
dbInterface.TelemetryReceived(radioID, received);
OnEventToDisplayOnUI("Telemetry from radio " + radioID);
};
#endregion
TelemetryReceiveThreadObj = new Thread(new ThreadStart(TelemetryReceiveConnection.handleConnection));
TelemetryReceiveThreadObj.IsBackground = true;
TelemetryReceiveThreadObj.Start();
//create thread for sending telemetry commands to the radios
TelemetrySendConnection = new TelemetrySendThread((ushort)cfg.TELEMETRY_PORT);
TelemetrySendThreadObj = new Thread(new ThreadStart(TelemetrySendConnection.handleConnection));
TelemetrySendThreadObj.IsBackground = true;
TelemetrySendThreadObj.Start();
}
void StartTallysmanService()
{
bool writeGatewayTallysmanStatus = false;
//create thread for receiving Tallysman notifications from the radios
TallysmanReceiveConnection = new TallysmanReceiveThread((ushort)cfg.TALLYSMAN_PORT);
#region TALLYSMAN Received Events
TallysmanReceiveConnection.OnLocationReceived += delegate(LocationEventArgs e)
{
// skip this event if the units is not assigned to this gateway
if (!dbInterface.UnitIsAssignedToGw(e.RadioID + ""))
{
Utils.WriteLine("Unit " + e.RadioID + " not assigned to this gateway", ConsoleColor.Green);
return;
}
gpsStatistic.incoming++;
OnEventToDisplayOnUI(String.Format("Position [{0:0.0000},{1:0.0000}] from {2}{3}{4}", Math.Round(e.Latitude, 4),
Math.Round(e.Longitude, 4), e.RadioID,
e.Altitude > 0 ? System.Environment.NewLine + "\t Altitude [" + e.Altitude + " meters]" : "",
e.LevelOfConfidence > -1 ? "" + "\t Level of confidence ["
+ e.LevelOfConfidence + "%]" : ""));
// insert gateway status for tallysman if connected
if(!writeGatewayTallysmanStatus)
{
writeGatewayTallysmanStatus = true;
AddGatewayStatusMessage(MotoRepeater_GW.cfg.GWCODE,
(registered == REP_STATUS.ddmsUP ? true : false), "TALLYSMAN CONNECTED");
}
dbInterface.LocationReceived(e);
};
TallysmanReceiveConnection.OnTelemetryReceived += delegate(TelemetryReceivedEventArgs e)
{
// skip this event if the units is not assigned to this gateway
if (!dbInterface.UnitIsAssignedToGw(e.RadioID + ""))
{
Utils.WriteLine("Unit " + e.RadioID + " not assigned to this gateway", ConsoleColor.Green);
return;
}
telemetryStatistic.incoming++;
dbInterface.TelemetryReceived(e);
OnEventToDisplayOnUI("Telemetry from radio " + e.RadioID);
};
TallysmanReceiveConnection.OnTallysmanEventReceived += delegate(TallysmanEventArgs e)
{
// skip this event if the units is not assigned to this gateway
if (!dbInterface.UnitIsAssignedToGw(e.RadioID + ""))
{
Utils.WriteLine("Unit " + e.RadioID + " not assigned to this gateway", ConsoleColor.Green);
return;
}
dbInterface.TallysmanEventReceived(e);
};
#endregion
TallysmanReceiveThreadObj = new Thread(new ThreadStart(TallysmanReceiveConnection.handleConnection));
TallysmanReceiveThreadObj.IsBackground = true;
TallysmanReceiveThreadObj.Start();
}
public int GetReportingInterval(string radioId)
{
return dbInterface.GetReportingIntervalForUnit(radioId);
}
private void PerformeARSon(string SUID)
{
try
{
//get reporting interval
int report_time = dbInterface.GetReportingIntervalForUnit(SUID);
if (report_time != -1)
{
if (report_time != 0)
{
Thread p = new Thread(delegate()
{
LocationThread.SendTriggeredLocationSTOP(SUID, LocationThread.REQ_ID, false);
int coun = 0;
while (MotoRepeater_GW.isRunning && (coun++) < 6)
{
Thread.Sleep(500);
}
//Utils.ConsWrite(DebugMSG_Type.GPS, "Interval for SUID:" + SUID + " =" + report_time);
//LocationThread.SendTriggeredLocationRequestCSBK(SUID, report_time);
if (LocationThread.SendTriggeredLocationRequestWithLOC(SUID, report_time))
{
OnEventToDisplayOnUI("Location request [" + report_time + " sec] for " + SUID);
}
});
p.Start();
}
else
{
Utils.WriteLine("SUID:" + SUID + " interval=0 , no GPS reporting needed.", ConsoleType.GPS);
}
}
else
{
Utils.WriteLine("SUID:" + SUID + " not found in DB / not assigned here", ConsoleType.GPS);
}
}
catch (Exception ex)
{
Utils.WriteLine("SUID:" + SUID + " ERROR in PerformeARSon", ConsoleType.ARS);
Utils.WriteLine(ex.ToString(), ConsoleType.ALL);
}
}
public void StartLinkEstablishment()
{
// start Voice MultiCast for SafeDispatch
if (MotoRepeater_GW.appType == AppType.SAFEDISPATCH)
{
int dbIDSlot1 = 0;
int dbIDSlot2 = 0;
// check what slots are registered in order to wireline register
foreach (RadioGateway rg in MotoRepeater_GW.radioGWs)
{
if (rg.Imei == 1)
dbIDSlot1 = rg.Id;
else if (rg.Imei == 2)
dbIDSlot2 = rg.Id;
}
// do not create link Establishment if no gateway for any slot
if (dbIDSlot1 == 0 && dbIDSlot2 == 0)
return;
// save REPEATER IP and peer ID from the DB
MotoRepeater_GW.cfg.MASTER_IP = MotoRepeater_GW.radioGWs[0].Ip;
// update the master Repeater IP inside the config file
Config.UpdateConfigParameter("NAI", "masterRepeaterIP", MotoRepeater_GW.cfg.MASTER_IP);
//start voice bus for send
if (dbIDSlot1 > 0)
{
string voiceMulticastIP4SendSlot1 = "224.10." + MotoRepeater_GW.cfg.GWID + "." + dbIDSlot1;
voiceMulticastSlot1Send = new UdpMulticast(voiceMulticastIP4SendSlot1, 17234);
Utils.WriteLine("Slot 1 voice multicast " + voiceMulticastIP4SendSlot1, ConsoleColor.Yellow);
}
if (dbIDSlot2 > 0)
{
string voiceMulticastIP4SendSlot2 = "224.10." + MotoRepeater_GW.cfg.GWID + "." + dbIDSlot2;
voiceMulticastSlot2Send = new UdpMulticast(voiceMulticastIP4SendSlot2, 17234);
Utils.WriteLine("Slot 2 voice multicast " + voiceMulticastIP4SendSlot2, ConsoleColor.Yellow);
}
}
// create Link Establishment object
linkEstablishment = new LinkEstablishment(MotoRepeater_GW.cfg.MASTER_IP, MotoRepeater_GW.cfg.MASTER_PORT,
MotoRepeater_GW.cfg.PEER_ID, MotoRepeater_GW.cfg.PEER_PORT, LinkEstablishment.SystemReleaseNumber.R23A, MotoRepeater_GW.cfg.SYSTEM_TYPE);
linkEstablishment.SetMyselfPeerPort(MotoRepeater_GW.cfg.PEER_PORT);
linkEstablishment.SetSystemType(MotoRepeater_GW.cfg.SYSTEM_TYPE);
// register only desired slots
linkEstablishment.SetRegisteredSlots(Wireline.SlotNumber.BothSlots);
// add event listener for when the link establishment is up
linkEstablishment.OnRegistrationResponseReceived += delegate(Boolean isValid)
{
OnEventToDisplayOnUI(String.Format("Link Establishment is {0}", isValid ? "up" : "down"));//"successful" : "unsuccessful"));
if(!isValid)
OnEventToDisplayOnUI(String.Format("Please check Internet connection or Repeater IP & Port configuration"));
};
wireline = new Wireline(linkEstablishment);
// add event listener for when a station changes it's status
wireline.OnRadioStatusChanged += delegate(Int64 radioID, MotoRepeater.Wireline.SlotNumber slot, Boolean isEnabled)
{
dbInterface.RadioEnableDisableStatusReceived(radioID, slot, isEnabled);
OnEventToDisplayOnUI(String.Format("Radio {1} is {0}", (isEnabled ? "Enable" : "Disable"), radioID));
};
// add event listener for when an emergency is received
wireline.OnEmergencyChanged += delegate(Int64 radioID, MotoRepeater.Wireline.SlotNumber slot)
{
OnEventToDisplayOnUI(String.Format("Emergency from {0}", radioID));
dbInterface.EmergencyReceived(radioID, slot);
// send poll request for this unit
LocationThread.SendPollRequest(radioID+"");
};
wireline.OnRegistrationReceived += delegate(Boolean isValid, Wireline.SlotNumber slot)
{
OnEventToDisplayOnUI(String.Format("Wireline registered on {0}", slot));
};
wireline.OnCallStatusReceived += delegate(Int64 sourceID, Int64 targertID, int callType, int callStatus, Wireline.SlotNumber slot)
{
string callTypee = Definitions.GetCallStatus4UI(callStatus);
if ((CallType)callType == CallType.ALLCALL)
OnEventToDisplayOnUI(String.Format("{0} {1} from {2}", Definitions.GetCallType4UI(callType), Definitions.GetCallStatus4UI(callStatus), sourceID));
else
OnEventToDisplayOnUI(String.Format("{0} {1} from {2} to {3}", Definitions.GetCallType4UI(callType), Definitions.GetCallStatus4UI(callStatus), sourceID, targertID));
dbInterface.CallStatusBroadcastReceived(sourceID, targertID, (CallType)callType, (CallStatus)callStatus, slot);
};
wireline.OnAudioFrameReceived += delegate(byte[] audioFrame, Wireline.SlotNumber slot)
{
// send the voice on appropiate voice multicast
if (slot == Wireline.SlotNumber.Slot1)
voiceMulticastSlot1Send.Send(audioFrame, audioFrame.Length);
else
voiceMulticastSlot2Send.Send(audioFrame, audioFrame.Length);
};
// start registration via LE
linkEstablishment.StartLinkEstablishment();
}
public void StopLinkEstablishment()
{
if (linkEstablishment != null)
linkEstablishment.StopLinkEstablishment();
}
private void WirelineReg()
{
List<MotoRepeater.Wireline.RegEntry> listReg = new List<MotoRepeater.Wireline.RegEntry>();
listReg.Add(new MotoRepeater.Wireline.RegEntry(MotoRepeater.Wireline.AddressType.AllIndividualCall, 1, 0xFFFFFF));
//reg.regEntriesList.Add(new MotoRepeater.Wireline.RegEntry(MotoRepeater.Wireline.AddressType.AllTalkgroupCall, 1, 16772654));
wireline.Register(Wireline.SlotNumber.Slot1, listReg);
}
private void AddGatewayStatusMessage(Int64 gwCode, bool connected, string message)
{
//add gateway status!!
GWstatus gws = new GWstatus();
gws.gw_id = gwCode + "";
gws.status = connected ? 1 : 0;
gws.message = message;
SN_Queues.gwstatusQueue.PostItem(gws);
}
public void Start()
{
Thread threadGatewayStart = new Thread(new ThreadStart(GatewayHandler));
threadGatewayStart.Start();
Version v = System.Reflection.Assembly.GetExecutingAssembly().GetName().Version;
AddGatewayStatusMessage(MotoRepeater_GW.cfg.GWCODE,
(registered == REP_STATUS.ddmsUP ? true : false), "Started [" + v.ToString() + "]");
// display the current Date to the console and register for midnight event
// in order to display the new date each time
OnEventToDisplayOnUI("Gateway started on " + DateTime.Today.ToLongDateString());
MidnightNotifier.ItsMidnight += (s, e) =>
{
OnEventToDisplayOnUI("Today is " + DateTime.Today.ToLongDateString());
};
MidnightNotifier.UserChangedDate += (s, e) =>
{
//MotoRepeater_GW.l
};
}
public void Stop()
{
AddGatewayStatusMessage(MotoRepeater_GW.cfg.GWCODE, false, "Stopping");
Thread.Sleep(400);
isRunning = false;
StopLinkEstablishment();
if (dbInterface != null)
dbInterface.Stop();
if (LocationConnection != null)
LocationConnection.StopLocationThread();
if (ddmsWatcher != null)
ddmsWatcher.Stop();
if (udpClient != null)
udpClient.Close();
}
private void GatewayHandler()
{
try
{
if (appType == AppType.SAFEDISPATCH)
dbInterface = new DataBaseSD();
else if (appType == AppType.SAFENET)
{
dbInterface = new DataBaseSN();
((DataBaseSN)dbInterface).OnGPSInsertedBlocked += delegate ()
{
OnGPSInsertedBlocked?.Invoke();
};
}
// add event listener for when a Poll request is received
dbInterface.OnPollRequestReceived += delegate(object sender, PollRequestEventArgs e)
{
pollStatistic.outgoing++;
OnEventToDisplayOnUI(String.Format("POLL request for {0}", e.RadioID));
if(e.SeqID != 0)
LocationThread.SendPollRequest(e.RadioID.ToString(), (byte)e.SeqID);
else
LocationThread.SendPollRequest(e.RadioID.ToString());
};
// add event listener for when a radio needs to be enabled/disabled
dbInterface.OnRadioEnableDisableRequest += delegate(object sender, RadioEnableDisableRequestEventArgs e)
{
OnEventToDisplayOnUI(String.Format("Radio {0} Request for {1}", (e.Enabled ? "Enable" : "Disble"), e.RadioID));
if (e.Enabled)
wireline.EnableRadioOnSlot(e.RadioID, e.Slot);
else
wireline.DisableRadioOnSlot(e.RadioID, e.Slot);
};
// add event listener for when an emergency needs to be acknowledged
dbInterface.OnEmergencyAckRequest += delegate(object sender, EmergencyAckEventArgs e)
{
OnEventToDisplayOnUI(String.Format("Emergency ACK for {0}", e.RadioID));
wireline.EmergencyACKOnSlot(e.RadioID, e.Slot);
};
// add event listener for when the gateway needs to report its channel
dbInterface.OnChannelQuery += delegate(object sender, ChannelQueryEventArgs e)
{
dbInterface.SendChannelBroadcastMessage(e.RadioGwID);
};
dbInterface.OnSMSRequestReceived += delegate(object sender, SMSRequestEventArgs e)
{
smsStatistic.outgoing++;
OnEventToDisplayOnUI(String.Format("SMS to radio {0}", e.RadioID));
SMSSendConnection.SendSMS(e.RadioID + "", e.message, e.isACKWanted, e.seqID);
};
dbInterface.OnGroupSMSRequestReceived += delegate(object sender, SMSRequestEventArgs e)
{
smsStatistic.outgoing++;
OnEventToDisplayOnUI(String.Format("SMS to group {0}", e.RadioID));
SMSSendConnection.SendSMSGroup(e.GroupID + "", e.message, e.isACKWanted, e.seqID);
};
dbInterface.OnTelemetryRequestReceived += delegate(object sender, TelemetryRequestEventArgs e)
{
telemetryStatistic.outgoing++;
OnEventToDisplayOnUI(String.Format("Telemetry to radio {0}", e.RadioID));
TelemetrySendConnection.sendTelemetryCommand(e.RadioID, e.GPIO, e.Type, (int)e.seqID);
};
StartDDMSService();
Thread.Sleep(100);
StartGPSService();
Thread.Sleep(100);
StartSMSService();
Thread.Sleep(100);
StartTelemetryService();
Thread.Sleep(100);
StartTallysmanService();
/*
#region PRIVATECALL
// intercept events for Private Call
dbInterface.OnInitPrivateCallRequest += delegate(Int64 radioID, string broadcastAddress, Wireline.SlotNumber slot)
{
wireline.InitiatePrivateCallOnSlot(radioID, slot);
};
dbInterface.OnEndPrivateCallRequest += delegate(Int64 radioID, string broadcastAddress, Wireline.SlotNumber slot)
{
wireline.EndPrivateCallOnSlot(radioID, slot);
};
#endregion
#region GROUPCALL
// intercept events for Group Call
dbInterface.OnInitGroupCallRequest += delegate(Int64 groupID, string broadcastAddress, Wireline.SlotNumber slot)
{
wireline.InitiateGroupCallOnSlot(groupID, slot);
};
dbInterface.OnEndGroupCallRequest += delegate(Int64 groupID, string broadcastAddress, Wireline.SlotNumber slot)
{
wireline.EndGroupCallOnSlot(groupID, slot);
};
#endregion
#region ALLCALL
// intercept events for All Call
dbInterface.OnInitAllCallRequest += delegate(string broadcastAddress, Wireline.SlotNumber slot)
{
wireline.InitiateAllCallOnSlot(slot);
};
dbInterface.OnEndAllCallRequest += delegate(string broadcastAddress, Wireline.SlotNumber slot)
{
wireline.EndAllCallOnSlot(slot);
};
#endregion
*/
//registered = REP_STATUS.started;
}
catch (Exception ex)
{
registered = REP_STATUS.stoped;
Utils.WriteLine("Exception in starting repeater thread." + ex.ToString(), ConsoleColor.Red);
}
}
public delegate void EventToDisplayOnUIDEl(string msg);
public event EventToDisplayOnUIDEl OnEventToDisplayOnUI;
public delegate void GPSInsertedBlockedDel();
public event GPSInsertedBlockedDel OnGPSInsertedBlocked;
}
public enum REP_STATUS
{
started = 0x00,
stoped = 0x01,
ddmsUP = 0x02,
ddmsDOWN = 0x03
};
}