public override bool CanHandleOutputCall(uint prefix, string dst, string number, string lit = null, bool unknownResource = false)
{
if ((_State == TlfState.In) || (_State == TlfState.InPrio) ||
(_State == TlfState.RemoteIn) || (_State == TlfState.Hold))
{
return(base.CanHandleOutputCall(prefix, dst, number, lit, unknownResource));
}
if (_SipCall == null)
{
CfgEnlaceInterno link = new CfgEnlaceInterno();
CfgRecursoEnlaceInterno rs;
string literal;
TlfManager.EncapsuleIaInfo(prefix, dst, out literal, out rs);
_UnknownResource = unknownResource;
if (_UnknownResource)
{
rs.NumeroAbonado = number;
}
link.Literal = lit; // literal;
link.ListaRecursos.Add(rs);
link.Prioridad = Top.Cfg.Priority;
link.OrigenR2 = Top.Cfg.GetNumeroAbonado(Top.Cfg.MainId, Cd40Cfg.ATS_DST) ?? Top.Cfg.MainId;
Reset(link);
//Nuevo inicio de llamada saliente
//Limpia el código recibido en la llamada anterior
_LastCode = 0;
_NumberWithPrefix = number;
return(true);
}
return(false);
}
public void To(int id)
{
_FirstTransferTryKO = false;
_ToTransfer = null;
_FromTransferDisplayName = "";
if (_State == FunctionState.Idle)
{
List <TlfPosition> activeCalls = Top.Tlf.ActiveCalls;
FunctionState st = FunctionState.Error;
if (activeCalls.Count == 1)
{
if ((activeCalls[0].State == TlfState.Set) || (activeCalls[0].State == TlfState.Conf))
{
TlfPosition tlf = activeCalls[0];
TlfPosition to = Top.Tlf[id];
bool transferDone = false;
if (Top.Tlf[id].State == TlfState.Idle)
{
string toUri = to.Uri;
if (TlfManager.GetDisplayName(to.Uri) == null && to.Literal.Length > 0)
{
//Si to.Uri no tiene display name se añade el Literal como display name en la transferencia directa
toUri = "\"" + to.Literal + "\" " + to.Uri;
}
SipAgent.TransferCall(tlf.CallId, -1, toUri, null);
transferDone = true;
}
else if (Top.Tlf[id].State == TlfState.Hold)
{
SipAgent.HoldCall(activeCalls[0].CallId);
System.Threading.Thread.Sleep(50);
SipAgent.TransferCall(tlf.CallId, to.CallId, null, "\"" + to.Literal + "\"");
transferDone = true;
_ToTransfer = to;
_FromTransferDisplayName = "\"" + tlf.Literal + "\"";
}
if (transferDone)
{
_Logger.Debug("Iniciando transferencia...");
Top.Sip.TlfTransferStatus += OnTransferStatus;
AssociateCall = tlf;
st = FunctionState.Executing;
Top.WorkingThread.Enqueue("SetSnmp", delegate()
{
string snmpString = Top.Cfg.PositionId + "_" + "TRANSFER" + "_" + tlf.Literal;
General.SafeLaunchEvent(SetSnmpString, this, new SnmpStringMsg <string, string>(Settings.Default.TlfFacilityOid, snmpString));
});
}
}
}
State = st;
}
}
/// <summary>
/// Fill de data structure for an AID Position
/// Search for resource in configuration if exist or create from scratch
/// </summary>
/// <param name="info"></param>
/// <param name="inInfo"></param>
/// <returns></returns>
public bool FillData(CORESIP_CallInfo info, CORESIP_CallInInfo inInfo)
{
CfgEnlaceInterno link = new CfgEnlaceInterno();
string literal = null;
CfgRecursoEnlaceInterno rs = Top.Cfg.GetResourceFromUri(inInfo.SrcId, inInfo.SrcIp, inInfo.SrcSubId, inInfo.SrcRs);
if (rs != null)
{
_UnknownResource = false;
//El literal, es el display name que procede del SIP o el numero en su defecto
TlfManager.ExtractIaInfo(rs, out literal, out _NumberWithPrefix);
_Logger.Debug("Incoming: {0} {1} {2} lit {3} numbPre {4}", rs.Prefijo, rs.NumeroAbonado, rs.NombreRecurso, literal, _NumberWithPrefix);
}
else // para que funcionen llamadas entrantes no configuradas de transito de un SCV
{
rs = Top.Cfg.GetATSResourceFromUri(inInfo.SrcId);
if (rs != null)
{
_UnknownResource = true;
//El literal, es el display name que procede del SIP o el numero en su defecto
TlfManager.ExtractIaInfo(rs, out literal, out _NumberWithPrefix);
}
}
if (rs == null)
//No encuentro configurado el recurso
{
rs = new CfgRecursoEnlaceInterno();
rs.Prefijo = Cd40Cfg.UNKNOWN_DST;
rs.NombreRecurso = inInfo.SrcId;
rs.NumeroAbonado = string.Format("sip:{0}@{1}", inInfo.SrcId, inInfo.SrcIp);
_UnknownResource = true;
_NumberWithPrefix = string.Format("{0:D2}{1}", rs.Prefijo, inInfo.SrcId);
literal = inInfo.SrcId;
}
if (!PermisoRed((uint)rs.Prefijo, true))
{
return(false);
}
if (!String.IsNullOrEmpty(inInfo.DisplayName))
{
literal = inInfo.DisplayName;
}
link.Literal = literal;
link.ListaRecursos.Add(rs);
link.Prioridad = Top.Cfg.Priority;
link.OrigenR2 = Top.Cfg.GetNumeroAbonado(Top.Cfg.MainId, Cd40Cfg.ATS_DST) ?? Top.Cfg.MainId;
Reset(link);
return(true);
}
public TlfIaPosition(uint prefix, string dst)
: base(1000)
{
CfgEnlaceInterno link = new CfgEnlaceInterno();
CfgRecursoEnlaceInterno rs;
string literal;
TlfManager.EncapsuleIaInfo(prefix, dst, out literal, out rs);
link.Literal = literal;
link.ListaRecursos.Add(rs);
link.Prioridad = Top.Cfg.Priority;
link.OrigenR2 = Top.Cfg.MainId;
base.Reset(link);
}
public void To(uint prefix, string dst, string number)
{
_FirstTransferTryKO = false;
_ToTransfer = null;
_FromTransferDisplayName = "";
if (_State == FunctionState.Idle)
{
List <TlfPosition> activeCalls = Top.Tlf.ActiveCalls;
FunctionState st = FunctionState.Error;
if (activeCalls.Count == 1)
{
TlfPosition tlf = activeCalls[0];
if ((tlf.State == TlfState.Set) || (tlf.State == TlfState.Conf))
{
using (TlfIaPosition to = new TlfIaPosition(prefix, dst))
{
string toUri = to.Uri;
if (TlfManager.GetDisplayName(to.Uri) == null && to.Literal.Length > 0)
{
//Si to.uri no tiene display name se añade el Literal como display name en la transferencia directa
toUri = "\"" + to.Literal + "\" " + to.Uri;
}
SipAgent.TransferCall(tlf.CallId, -1, toUri, null);
Top.Sip.TlfTransferStatus += OnTransferStatus;
AssociateCall = tlf;
st = FunctionState.Executing;
Top.WorkingThread.Enqueue("SetSnmp", delegate()
{
string snmpString = Top.Cfg.PositionId + "_" + "TRANSFER" + "_" + tlf.Literal;
General.SafeLaunchEvent(SetSnmpString, this, new SnmpStringMsg <string, string>(Settings.Default.TlfFacilityOid, snmpString));
});
}
}
}
State = st;
}
}
public static void Init()
{
#if _NEWSTART_
/** AGL.START Controlado */
int Contador = 0;
var NewList = new List <VoidDelegate>
{
delegate()
{
if (string.IsNullOrEmpty(_HostId) || string.IsNullOrEmpty(_SipIp))
{
List <string> ips = General.GetOperationalV4Ips();
if (string.IsNullOrEmpty(_SipIp))
{
_SipIp = (ips.Count > 0) ? ips[ips.Count - 1] : "127.0.0.1";
}
if (string.IsNullOrEmpty(_HostId))
{
_HostId = "PICT" + _SipIp.Substring(_SipIp.LastIndexOf('.') + 1);
}
}
},
delegate(){ InitSnmp(); },
delegate(){ _WorkingThread = new EventQueue(); },
delegate(){ _PublisherThread = new EventQueue(); },
delegate()
{
#if _AUDIOGENERIC_
// switch (Properties.Settings.Default.TipoAudioUsb)
switch (HwManager.AudioDeviceType)
{
case eAudioDeviceTypes.MICRONAS:
_HwManager = new MicronasHwManager();
break;
case eAudioDeviceTypes.CMEDIA:
_HwManager = new HidCMediaHwManager();
break;
case eAudioDeviceTypes.GENERIC_PTT: // Cascos y Altavoces USB...
_HwManager = new HidGenericHwManager(true);
break;
case eAudioDeviceTypes.GENERIC: // Cascos sin PTT y Altavoces USB...
_HwManager = new HidGenericHwManager(false);
break;
case eAudioDeviceTypes.SIMUL: // Simulacion de Tarjetas HID
_HwManager = new SimCMediaHwManager();
break;
default:
throw new Exception("Dispositivos de Audio no Conocidos...");
}
#else
_HwManager = new HwManager();
#endif
},
delegate(){ _Registry = new TopRegistry(); },
delegate(){ _CfgManager = new CfgManager(); },
delegate(){ _SipManager = new SipManager(); },
delegate(){ _MixerManager = new MixerManager(); },
delegate(){ _TlfManager = new TlfManager(); },
delegate(){ _LcManager = new LcManager(); },
delegate(){ _RdManager = new RdManager(); },
delegate(){ _RecorderManager = new RecorderManager(Settings.Default.GLP); },
delegate(){ _ReplayManager = new ReplayManager(); }
};
var nNames = new List <string>
{
"_SipIp & _HostId", "InitSnmp", "_WorkingThread", "_PublisherThread", "HwManager",
"Registry", "CfgManager", "SipManager", "MixedManager", "TlfManager", "LcManager", "RdManager", "RecorderManager", "ReplayManager"
};
foreach (VoidDelegate _new in NewList)
{
try
{
_new();
Contador++;
}
catch (Exception x)
{
_Logger.Fatal("Error en Rutina {1} de Creacion TOP: \n{0}", x.Message, nNames[Contador]);
}
}
#else
if (string.IsNullOrEmpty(_HostId) || string.IsNullOrEmpty(_SipIp))
{
List <string> ips = General.GetOperationalV4Ips();
if (string.IsNullOrEmpty(_SipIp))
{
_SipIp = (ips.Count > 0) ? ips[ips.Count - 1] : "127.0.0.1";
}
if (string.IsNullOrEmpty(_HostId))
{
_HostId = "PICT" + _SipIp.Substring(_SipIp.LastIndexOf('.') + 1);
}
}
/* Inicializa la gestion SNMP */
InitSnmp();
_WorkingThread = new EventQueue();
_PublisherThread = new EventQueue();
#if _AUDIOGENERIC_
/** AGL.CMEDIA */
switch (Properties.Settings.Default.TipoAudioUsb)
{
case 0: // IAU. Micronas.
_HwManager = new MicronasHwManger();
break;
case 1: // IAU. CMedia.
_HwManager = new HidCMediaHwManager();
break;
case 2: // Cascos y Altavoces USB...
_HwManager = new HidGenericHwManager(true);
break;
case 3: // Cascos sin PTT y Altavoces USB...
_HwManager = new HidGenericHwManager(true);
break;
default:
throw new Exception("HwManager de tipo Desconocido...");
}
#else
_HwManager = new HwManager();
#endif
/** */
_Registry = new TopRegistry();
_CfgManager = new CfgManager();
_SipManager = new SipManager();
_MixerManager = new MixerManager();
_TlfManager = new TlfManager();
_LcManager = new LcManager();
_RdManager = new RdManager();
_RecorderManager = new RecorderManager();
_ReplayManager = new ReplayManager();
/** */
#endif
#if _NEWSTART_
/** AGL.START Controlado */
Contador = 0;
var InitList = new List <VoidDelegate>
{
delegate() { if (_HwManager != null)
{
_HwManager.Init();
}
},
delegate() { if (_Registry != null)
{
_Registry.Init();
}
},
delegate() { if (_CfgManager != null)
{
_CfgManager.Init();
}
},
delegate() { if (_SipManager != null)
{
_SipManager.Init();
}
},
delegate() { if (_MixerManager != null)
{
_MixerManager.Init();
}
},
delegate() { if (_TlfManager != null)
{
_TlfManager.Init();
}
},
delegate() { if (_LcManager != null)
{
_LcManager.Init();
}
},
delegate() { if (_RdManager != null)
{
_RdManager.Init();
}
},
delegate() { if (_RecorderManager != null)
{
_RecorderManager.Init();
}
}
};
var iNames = new List <string> {
"HwManager", "Registry", "CfgManager", "SipManager", "MixedManager", "TlfManager", "LcManager", "RdManager", "RecorderManager"
};
foreach (VoidDelegate init in InitList)
{
try
{
init();
Contador++;
}
catch (Exception x)
{
_Logger.Fatal("Error en Rutina {1} de Inicializacion TOP: \n{0}", x.Message, iNames[Contador]);
}
}
#else
_HwManager.Init();
_Registry.Init();
_CfgManager.Init();
_SipManager.Init();
_MixerManager.Init(_HwManager.ListaDispositivos);
_TlfManager.Init();
_LcManager.Init();
_RdManager.Init();
_RecorderManager.Init();
#endif
#if _NICMON_V0_
/** */
NetworkIFSupervisor.AutoReset = true;
NetworkIFSupervisor.Elapsed += NetworkChange_NetworkAvailabilityChanged;
NetworkIFSupervisor.Enabled = Settings.Default.SNMPEnabled == 1;
_Logger.Info("TIMER NetworkIFSupervisor Arrancado...");
#else
string jconfig = Properties.Settings.Default.LanTeamConfigs.Count > Properties.Settings.Default.LanTeamType ?
Properties.Settings.Default.LanTeamConfigs[Properties.Settings.Default.LanTeamType] : "";
mon = new NicEventMonitor(jconfig,
(lan, status) =>
{
string oid = lan == 0 ? Settings.Default.NetworkIF_1_Oid : Settings.Default.NetworkIF_2_Oid;
SnmpIntObject.Get(oid).Value = (int)status;
_Logger.Info(String.Format("Notificado cambio en LAN {0} => {1}", lan, status));
}, (m, x) =>
{
_Logger.Error(String.Format("Error Message: {0}", m));
} /*, filePath*/);
_Logger.Info("NetworkIFSupervisor Arrancado...");
#endif
/** 20170309. AGL. Supervision Cliente NTP. */
NtpClientSupervisor.AutoReset = true;
NtpClientSupervisor.Elapsed += NtpClientSupervisor_tick;
NtpClientSupervisor.Enabled = Settings.Default.SNMPEnabled == 1;
_Logger.Info("TIMER NtpClientSupervisor Arrancado...");
/*****************/
}