private void newMessageRecived(object myObject, MessageArgs myArgs)
{
addLog(logs, Constants.NEW_MSG_RECEIVED + " " + myArgs.message, Constants.LOG_INFO);
string[] fromWho = myArgs.message.Split('%');
if (fromWho[0].Contains("C"))
{
string forwarded = switchTable.forwardMessage(myArgs.message);
try
{
string port = forwarded.Split('^')[0];
string slot = forwarded.Split('^')[1].Split('&')[0];
STM.ElementAt(portsOutTemp.IndexOf(port)).reserveSlot(Convert.ToInt32(slot), forwarded.Split('^')[1].Split('&')[1]);
addLog(logs, "slot reserved ", Constants.LOG_INFO);
addLog(logs, Constants.FORWARD_MESSAGE + " " + forwarded, Constants.LOG_INFO);
}
catch (Exception e)
{
//addLog(logs, "slot reserved before/not empty", Constants.LOG_ERROR);
addLog(logs, Constants.INVALID_PORT, Constants.LOG_ERROR);
}
}
else if (fromWho[1].Split('/').Length > 1)
{
string[] slots = SynchronousTransportModule.getSlots(fromWho[1].Split(':')[1]);
try
{
int i = 0;
foreach (string s in slots)
{
if (s.Length != 0)
{
string forwarded = switchTable.forwardMessage(fromWho[0] + "%" + fromWho[1].Split('&')[0] + "." + i + "&" + s);
addLog(logs, forwarded, Constants.LOG_INFO);
string port = forwarded.Split('^')[0];
string slot = forwarded.Split('^')[1].Split('&')[0];
if (!port.Contains("C"))
{
STM.ElementAt(portsOutTemp.IndexOf(port)).reserveSlot(Convert.ToInt32(slot), forwarded.Split('^')[1].Split('&')[1]);
addLog(logs, "slot reserved ", Constants.LOG_INFO);
addLog(logs, Constants.FORWARD_MESSAGE + " " + forwarded, Constants.LOG_INFO);
}
else
{
cloud.sendMessage(forwarded);
}
}
i++;
}
}
catch
{
addLog(logs, Constants.INVALID_PORT, Constants.LOG_ERROR);
}
}
}
private void startSending()
{
DispatcherTimer timer = new DispatcherTimer();
timer.Interval = new TimeSpan(0, 0, 1);
timer.Tick += ((sender, e) =>
{
int i = 0;
foreach (SynchronousTransportModule stm in STM)
{
string tos = stm.prepareToSend().Split(':')[1];
if (SynchronousTransportModule.getSlots(tos) != null)
{
cloud.sendMessage(portsOutTemp[i] + "&" + stm.prepareToSend());
addLog(logs, stm.prepareToSend(), Constants.LOG_INFO);
}
stm.clearSTM();
i++;
}
});
timer.Start();
}
//mozna to przerobic na jakies bardziej obiektowe
private void newMessageRecived(object a, MessageArgs e)
{
string getSenderId = null;
try
{
getSenderId = clientSockets.FirstOrDefault(x => x.Value == e.ID).Key;
}
catch { }
if (e.message.Contains("CP") && !getSenderId.Contains("CallControl"))
{
addLog(this.logs, Constants.NEW_MSG_RECEIVED + " from " + getSenderId + " " + e.message, Constants.LOG_INFO);
try
{
string[] msg = e.message.Split('^');
string forwarded = switchBox.forwardMessage(getSenderId + "%" + msg[0] + "&" + e.message);
string[] getNextNode = forwarded.Split('%');
server.sendMessage(clientSockets[getNextNode[0]], getSenderId + "%" + getNextNode[1] + msg[1].Split('&')[1]);
addLog(this.logs, Constants.FORWARD_MESSAGE + " " + forwarded, Constants.LOG_INFO);
}
catch
{
addLog(this.logs, Constants.UNREACHABLE_DST + " " + switchBox.forwardMessage(getSenderId + "%" + e.message), Constants.LOG_ERROR);
}
}
else if (e.message.Split('#').Length == 1 && e.message.Split('/').Length != 2 && e.message.Split(':').Length > 1 && !getSenderId.Contains("CallControl"))
{
addLog(this.logs, Constants.NEW_MSG_RECEIVED + " from " + getSenderId + " " + e.message, Constants.LOG_INFO);
try
{
string forwarded = switchBox.forwardMessage(getSenderId + "%" + e.message);
string[] getNextNode = forwarded.Split('%');
server.sendMessage(clientSockets[getNextNode[0]], getSenderId + "%" + getNextNode[1]);
addLog(this.logs, Constants.FORWARD_MESSAGE + " " + forwarded, Constants.LOG_INFO);
}
catch
{
addLog(this.logs, Constants.UNREACHABLE_DST + " " + switchBox.forwardMessage(getSenderId + "%" + e.message), Constants.LOG_ERROR);
}
}
else if (e.message.Split('#').Length == 1 && e.message.Split('/').Length == 2 && !getSenderId.Contains("CallControl"))
{
string[] receivedSlots = SynchronousTransportModule.getSlots(e.message.Split('/')[0]);
if (receivedSlots != null)
{
addLog(this.logs, Constants.NEW_MSG_RECEIVED + " from " + getSenderId + " " + e.message, Constants.LOG_INFO);
try
{
string forwarded = switchBox.forwardMessage(getSenderId + "%" + e.message);
addLog(this.logs, Constants.FORWARD_MESSAGE + " " + forwarded, Constants.LOG_INFO);
string[] getNextNode = forwarded.Split('%');
server.sendMessage(clientSockets[getNextNode[0]], getSenderId + "%" + getNextNode[1]);
addLog(this.logs, Constants.FORWARD_MESSAGE + " " + forwarded, Constants.LOG_INFO);
}
catch
{
addLog(this.logs, Constants.UNREACHABLE_DST + " " + switchBox.forwardMessage(getSenderId + "%" + e.message), Constants.LOG_ERROR);
}
}
}
else if (getSenderId != null)
{
if (getSenderId.Contains("CallControl"))
{
addLog(this.logs, Constants.NEW_MSG_RECEIVED + " from " + getSenderId + " " + e.message, Constants.LOG_INFO);
if (getSenderId.Contains("NetworkNode") && getSenderId.Contains("rtadd"))
{
try
{
string[] getNextNode = e.message.Split('#');
string pdu = "";
for (int i = 1; i < getNextNode.Length; i++)
{
pdu += "#" + getNextNode[i];
}
server.sendMessage(clientSockets[getNextNode[0]], getSenderId + "%" + pdu);
addLog(this.logs, Constants.FORWARD_MESSAGE + " " + getSenderId + "%" + pdu, Constants.LOG_INFO);
}
catch
{
addLog(this.logs, Constants.UNREACHABLE_DST + " ", Constants.LOG_ERROR);
}
}
else
{
try
{
string[] getNextNode = e.message.Split('#');
string pdu = "";
for (int i = 1; i < getNextNode.Length; i++)
{
pdu += "#" + getNextNode[i];
}
server.sendMessage(clientSockets[getNextNode[0]], getSenderId + "%" + pdu);
addLog(this.logs, Constants.FORWARD_MESSAGE + " " + getSenderId + "%" + pdu, Constants.LOG_INFO);
}
catch
{
addLog(this.logs, Constants.UNREACHABLE_DST + " ", Constants.LOG_ERROR);
}
}
}
}
else
{
addNewClient(e.message, e);
}
}
