void RegAudiop2pClient(string P2PUri)
{
try
{
NetPeerClient npcDummyAudio = new NetPeerClient();
objNetTcpAudio = new clsNetTcpAudio();
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PJoin += new clsNetTcpAudio.DelsvcP2PJoin(P2PAudioClient_EntsvcP2PJoin);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PUnJoin += new clsNetTcpAudio.DelsvcP2PUnJoin(P2PAudioClient_EntsvcP2PUnJoin);
channelNettcpAudio = (INetTcpAudioChannel)npcDummyAudio.OpenClient <INetTcpAudioChannel>(P2PUri, P2PUri.ToString().Split(':')[2].Split('/')[2], ref objNetTcpAudio);
while (tempcounter < 20)
{
try
{
channelNettcpAudio.svcP2PJoin(UserName);
tempcounter = 20;
}
catch
{
tempcounter++;
System.Threading.Thread.Sleep(1000);
}
}
}
catch (Exception ex)
{
VMuktiHelper.ExceptionHandler(ex, "RegAudiop2pClient()", "Audio\\P2PAudioClient.cs");
}
}
void RegAudiop2pClient(string P2PUri)
{
try
{
NetPeerClient npcDummyAudio = new NetPeerClient();
objNetTcpAudio = new clsNetTcpAudio();
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PJoin += new clsNetTcpAudio.DelsvcP2PJoin(P2PAudioClient_EntsvcP2PJoin);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PUnJoin += new clsNetTcpAudio.DelsvcP2PUnJoin(P2PAudioClient_EntsvcP2PUnJoin);
channelNettcpAudio = (INetTcpAudioChannel)npcDummyAudio.OpenClient<INetTcpAudioChannel>(P2PUri, P2PUri.ToString().Split(':')[2].Split('/')[2], ref objNetTcpAudio);
while (tempcounter < 20)
{
try
{
channelNettcpAudio.svcP2PJoin(UserName);
tempcounter = 20;
}
catch
{
tempcounter++;
System.Threading.Thread.Sleep(1000);
}
}
}
catch (Exception ex)
{
VMuktiHelper.ExceptionHandler(ex, "RegAudiop2pClient()", "Audio\\P2PAudioClient.cs");
}
}
void RegNetP2PClient(object netP2pUri)
{
try
{
VMuktiService.NetPeerClient npcDummyChat = new VMuktiService.NetPeerClient();
objNetTcpAudio = new clsNetTcpAudio();
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PJoin += new clsNetTcpAudio.DelsvcP2PJoin(AudioDummy_EntsvcP2PJoin);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PStartConference += new clsNetTcpAudio.DelsvcP2PStartConference(AudioDummy_EntsvcP2PStartConference);
((clsNetTcpAudio)objNetTcpAudio).EntsvcGetUserList += new clsNetTcpAudio.DelsvcGetUserList(AudioDummy_EntsvcP2PGetUserList);
((clsNetTcpAudio)objNetTcpAudio).EntsvcSetUserList += new clsNetTcpAudio.DelsvcSetUserList(AudioDummy_EntsvcP2PSetUserList);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PUnJoin += new clsNetTcpAudio.DelsvcP2PUnJoin(AudioDummy_EntsvcP2PUnJoin);
NetTcpAudioChannel = (INetTcpAudioChannel)npcDummyChat.OpenClient <INetTcpAudioChannel>(netP2pUri.ToString(), netP2pUri.ToString().Split(':')[2].Split('/')[2], ref objNetTcpAudio);
while (tempcounter < 20)
{
try
{
NetTcpAudioChannel.svcP2PJoin(UserName);
tempcounter = 20;
}
catch
{
tempcounter++;
System.Threading.Thread.Sleep(1000);
}
}
}
catch (Exception ex)
{
VMuktiAPI.VMuktiHelper.ExceptionHandler(ex, "RegNetP2PClient()", "AudioDummy.cs");
}
}
void RegNetP2PClient(object netP2pUri)
{
try
{
VMuktiService.NetPeerClient npcDummyChat = new VMuktiService.NetPeerClient();
objNetTcpAudio = new clsNetTcpAudio();
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PJoin += new clsNetTcpAudio.DelsvcP2PJoin(AudioDummy_EntsvcP2PJoin);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PStartConference += new clsNetTcpAudio.DelsvcP2PStartConference(AudioDummy_EntsvcP2PStartConference);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PUnJoin += new clsNetTcpAudio.DelsvcP2PUnJoin(AudioDummy_EntsvcP2PUnJoin);
NetTcpAudioChannel = (INetTcpAudioChannel)npcDummyChat.OpenClient <INetTcpAudioChannel>(netP2pUri.ToString(), netP2pUri.ToString().Split(':')[2].Split('/')[2], ref objNetTcpAudio);
while (tempcounter < 20)
{
try
{
NetTcpAudioChannel.svcP2PJoin(UserName);
tempcounter = 20;
}
catch
{
tempcounter++;
System.Threading.Thread.Sleep(1000);
}
}
}
catch (Exception ex)
{
ex.Data.Add("My Key", "VMukti--:--VmuktiModules--:--Call Center--:--AutoProgressiveSoftPhone--:--AutoProgressivePhone.Presentation--:--AudioDummy.cs--:--RegNetP2PClient()--");
ClsException.LogError(ex);
ClsException.WriteToErrorLogFile(ex);
throw ex;
}
}
void AudioDummy_EntsvcJoin(string uName)
{
try
{
lstNodes.Add(uName);
NetTcpAudioChannel.svcP2PJoin(uName);
}
catch (Exception ex)
{
VMuktiAPI.VMuktiHelper.ExceptionHandler(ex, "AudioDummy_EntsvcJoin()", "AudioDummy.cs");
}
}
void FncOpenClinet(object lstParameters)
{
try
{
System.Collections.Generic.List<object> lstTempObj = (System.Collections.Generic.List<object>)lstParameters;
strUri = lstTempObj[1].ToString();
if ((VMuktiAPI.PeerType)lstTempObj[0] == VMuktiAPI.PeerType.NodeWithNetP2P || (VMuktiAPI.PeerType)lstTempObj[0] == VMuktiAPI.PeerType.BootStrap || (VMuktiAPI.PeerType)lstTempObj[0] == VMuktiAPI.PeerType.SuperNode)
{
VMuktiService.NetPeerClient ncpAudio = new VMuktiService.NetPeerClient();
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PJoin += new Audio.Business.Service.NetP2P.clsNetTcpAudio.DelsvcP2PJoin(ctlDialer_EntsvcP2PJoin);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PStartConference += new Audio.Business.Service.NetP2P.clsNetTcpAudio.DelsvcP2PStartConference(ctlDialer_EntsvcP2PStartConference);
((clsNetTcpAudio)objNetTcpAudio).EntsvcGetUserList += new clsNetTcpAudio.DelsvcGetUserList(ctlDialer_EntsvcGetUserList);
((clsNetTcpAudio)objNetTcpAudio).EntsvcSetUserList += new clsNetTcpAudio.DelsvcSetUserList(ctlDialer_EntsvcSetUserList);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PUnJoin += new Audio.Business.Service.NetP2P.clsNetTcpAudio.DelsvcP2PUnJoin(ctlDialer_EntsvcP2PUnJoin);
NetP2PChannel = (INetTcpAudioChannel)ncpAudio.OpenClient<INetTcpAudioChannel>(strUri, strUri.ToString().Split(':')[2].Split('/')[2], ref objNetTcpAudio);
while (temp < 20)
{
try
{
ClsException.WriteToLogFile("Going to call svcJoin");
NetP2PChannel.svcP2PJoin(VMuktiAPI.VMuktiInfo.CurrentPeer.DisplayName);
ClsException.WriteToLogFile("svcJoin has been called.");
temp = 20;
this.Dispatcher.BeginInvoke(System.Windows.Threading.DispatcherPriority.Normal, objDelStartIntitialConfrence);
if (strMyRole == "Host")
{
NetP2PChannel.svcGetUserList(VMuktiAPI.VMuktiInfo.CurrentPeer.DisplayName, strDefaultConfNumber);
}
else
{
NetP2PChannel.svcGetUserList(VMuktiAPI.VMuktiInfo.CurrentPeer.DisplayName, "");
}
}
catch
{
temp++;
System.Threading.Thread.Sleep(1000);
}
}
}
else
{
VMuktiService.BasicHttpClient bhcAudio = new VMuktiService.BasicHttpClient();
Httpchannel = (IHttpAudio)bhcAudio.OpenClient<IHttpAudio>(strUri);
while (tempcounter < 20)
{
try
{
Httpchannel.svcJoin(VMuktiAPI.VMuktiInfo.CurrentPeer.DisplayName);
tempcounter = 20;
this.Dispatcher.BeginInvoke(System.Windows.Threading.DispatcherPriority.Normal, objDelStartIntitialConfrence);
if (strMyRole == "Host")
{
Httpchannel.svcGetUserList(VMuktiAPI.VMuktiInfo.CurrentPeer.DisplayName, strDefaultConfNumber);
}
else
{
Httpchannel.svcGetUserList(VMuktiAPI.VMuktiInfo.CurrentPeer.DisplayName, "");
}
}
catch
{
tempcounter++;
System.Threading.Thread.Sleep(1000);
}
}
dtGetConference.Interval = TimeSpan.FromSeconds(2);
dtGetConference.Tick += new EventHandler(dtGetConference_Tick);
dtGetConference.Start();
}
ClsException.WriteToLogFile("Opening client Completed successfully");
}
catch (Exception ex)
{
VMuktiAPI.VMuktiHelper.ExceptionHandler(ex, "FncOpenClient()", "Audio\\ctlDialer.xaml.cs");
}
}
private void FncOpenClinet(object lstParameters)
{
try
{
System.Collections.Generic.List<object> lstTempObj = (System.Collections.Generic.List<object>)lstParameters;
strUri = lstTempObj[1].ToString();
if ((VMuktiAPI.PeerType)lstTempObj[0] == VMuktiAPI.PeerType.NodeWithNetP2P || (VMuktiAPI.PeerType)lstTempObj[0] == VMuktiAPI.PeerType.BootStrap || (VMuktiAPI.PeerType)lstTempObj[0] == VMuktiAPI.PeerType.SuperNode)
{
VMuktiService.NetPeerClient ncpAudio = new VMuktiService.NetPeerClient();
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PJoin += new AutoProgressivePhone.Business.Service.NetP2P.clsNetTcpAudio.DelsvcP2PJoin(ctlDialer_EntsvcP2PJoin);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PStartConference += new AutoProgressivePhone.Business.Service.NetP2P.clsNetTcpAudio.DelsvcP2PStartConference(ctlDialer_EntsvcP2PStartConference);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PUnJoin += new AutoProgressivePhone.Business.Service.NetP2P.clsNetTcpAudio.DelsvcP2PUnJoin(ctlDialer_EntsvcP2PUnJoin);
NetP2PChannel = (INetTcpAudioChannel)ncpAudio.OpenClient<INetTcpAudioChannel>(strUri, strUri.ToString().Split(':')[2].Split('/')[2], ref objNetTcpAudio);
while (temp < 20)
{
try
{
NetP2PChannel.svcP2PJoin(VMuktiAPI.VMuktiInfo.CurrentPeer.DisplayName);
temp = 20;
}
catch
{
temp++;
System.Threading.Thread.Sleep(1000);
}
}
}
else
{
VMuktiService.BasicHttpClient bhcAudio = new VMuktiService.BasicHttpClient();
Httpchannel = (IHttpAudio)bhcAudio.OpenClient<IHttpAudio>(strUri);
while (tempcounter < 20)
{
try
{
Httpchannel.svcJoin(VMuktiAPI.VMuktiInfo.CurrentPeer.DisplayName);
tempcounter = 20;
}
catch
{
tempcounter++;
System.Threading.Thread.Sleep(1000);
}
}
dtGetConference.Interval = TimeSpan.FromSeconds(2);
dtGetConference.Tick += new EventHandler(dtGetConference_Tick);
dtGetConference.Start();
}
}
catch (Exception ex)
{
VMuktiAPI.VMuktiHelper.ExceptionHandler(ex, "fncOpenClient()", "ctlDialer.xaml.cs");
}
}
void RegNetP2PClient(object netP2pUri)
{
try
{
VMuktiService.NetPeerClient npcDummyChat = new VMuktiService.NetPeerClient();
objNetTcpAudio = new clsNetTcpAudio();
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PJoin += new clsNetTcpAudio.DelsvcP2PJoin(AudioDummy_EntsvcP2PJoin);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PStartConference += new clsNetTcpAudio.DelsvcP2PStartConference(AudioDummy_EntsvcP2PStartConference);
((clsNetTcpAudio)objNetTcpAudio).EntsvcGetUserList += new clsNetTcpAudio.DelsvcGetUserList(AudioDummy_EntsvcP2PGetUserList);
((clsNetTcpAudio)objNetTcpAudio).EntsvcSetUserList += new clsNetTcpAudio.DelsvcSetUserList(AudioDummy_EntsvcP2PSetUserList);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PUnJoin += new clsNetTcpAudio.DelsvcP2PUnJoin(AudioDummy_EntsvcP2PUnJoin);
NetTcpAudioChannel = (INetTcpAudioChannel)npcDummyChat.OpenClient<INetTcpAudioChannel>(netP2pUri.ToString(), netP2pUri.ToString().Split(':')[2].Split('/')[2], ref objNetTcpAudio);
while (tempcounter < 20)
{
try
{
NetTcpAudioChannel.svcP2PJoin(UserName);
tempcounter = 20;
}
catch
{
tempcounter++;
System.Threading.Thread.Sleep(1000);
}
}
}
catch (Exception ex)
{
VMuktiAPI.VMuktiHelper.ExceptionHandler(ex, "RegNetP2PClient()", "AudioDummy.cs");
}
}
void RegNetP2PClient(object netP2pUri)
{
try
{
VMuktiService.NetPeerClient npcDummyChat = new VMuktiService.NetPeerClient();
objNetTcpAudio = new clsNetTcpAudio();
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PJoin += new clsNetTcpAudio.DelsvcP2PJoin(AudioDummy_EntsvcP2PJoin);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PStartConference += new clsNetTcpAudio.DelsvcP2PStartConference(AudioDummy_EntsvcP2PStartConference);
((clsNetTcpAudio)objNetTcpAudio).EntsvcP2PUnJoin += new clsNetTcpAudio.DelsvcP2PUnJoin(AudioDummy_EntsvcP2PUnJoin);
NetTcpAudioChannel = (INetTcpAudioChannel)npcDummyChat.OpenClient<INetTcpAudioChannel>(netP2pUri.ToString(), netP2pUri.ToString().Split(':')[2].Split('/')[2], ref objNetTcpAudio);
while (tempcounter < 20)
{
try
{
NetTcpAudioChannel.svcP2PJoin(UserName);
tempcounter = 20;
}
catch
{
tempcounter++;
System.Threading.Thread.Sleep(1000);
}
}
}
catch (Exception ex)
{
ex.Data.Add("My Key", "VMukti--:--VmuktiModules--:--Call Center--:--AutoProgressiveSoftPhone--:--AutoProgressivePhone.Presentation--:--AudioDummy.cs--:--RegNetP2PClient()--");
ClsException.LogError(ex);
ClsException.WriteToErrorLogFile(ex);
throw ex;
}
}