public NetworkClNode ConfigureNode()
{
List <NodeInput> ports = new List <NodeInput>();
string nodeName = null;
ManagementClientPort managementPort = null;
NetworkNodeSender sender = null;
while (configReader.Read())
{
if (configReader.IsStartElement())
{
if (configReader.NodeType == XmlNodeType.Element)
{
if (configReader.Name == "port")
{
int portNumber = int.Parse(configReader.GetAttribute("local"));
int tcp = int.Parse(configReader.GetAttribute("tcp"));
string stm = configReader.GetAttribute("stm");
ports.Add(new NodeInput(tcp, portNumber, StmLevelExt.GetContainer(stm)));
}
else if (configReader.Name == "cloud-server")
{
int tcp = int.Parse(configReader.GetAttribute("tcp"));
sender = new NetworkNodeSender(tcp);
}
else if (configReader.Name == "managment-port")
{
int portNumber = int.Parse(configReader.GetAttribute("number"));
managementPort = new ManagementClientPort(portNumber);
}
else if (configReader.Name == "node" && configReader.IsStartElement())
{
nodeName = configReader.GetAttribute("name");
}
}
}
}
SynchronousPhysicalInterface spi = new SynchronousPhysicalInterface(ports, sender, nodeName);
TransportTerminalFunction ttf = new TransportTerminalFunction(spi, NodeMode.CLIENT);
AdaptationFunction adpt = new AdaptationFunction(ttf);
NetworkClNode node = new NetworkClNode(adpt, nodeName);
//TODO
List <StreamData> records = new List <StreamData>();
records.Add(new StreamData(1, StmLevel.STM1, VirtualContainerLevel.VC32, 0, 0));
//node.AddStreamData(records);
ManagementCenter managementCenter = new ManagementCenter(managementPort, node);
managementPort.SetManagementCenter(managementCenter);
managementPort.StartListening();
foreach (NodeInput input in ports)
{
input.SetUpServer(10000, 10);
input.StartListening();
}
return(node);
}
public NetworkNode configureNode()
{
List <NodeInput> ports = new List <NodeInput>();
string nodeName = null;
string nodeType = null;
ManagementPort managementPort = null;
NetworkNodeSender sender = null;
while (configReader.Read())
{
if (configReader.IsStartElement())
{
if (configReader.NodeType == XmlNodeType.Element)
{
if (configReader.Name == "port")
{
int portNumber = int.Parse(configReader.GetAttribute("local"));
int tcp = int.Parse(configReader.GetAttribute("tcp"));
string stm = configReader.GetAttribute("stm");
ports.Add(new NodeInput(tcp, portNumber, StmLevelExt.GetContainer(stm)));
}
else if (configReader.Name == "cloud-server")
{
int tcp = int.Parse(configReader.GetAttribute("tcp"));
sender = new NetworkNodeSender(tcp);
}
else if (configReader.Name == "managment-port")
{
int portNumber = int.Parse(configReader.GetAttribute("number"));
managementPort = new ManagementPort(portNumber);
}
else if (configReader.Name == "node" && configReader.IsStartElement())
{
nodeName = configReader.GetAttribute("name");
nodeType = configReader.GetAttribute("type");
}
}
}
}
SynchronousPhysicalInterface spi = new SynchronousPhysicalInterface(ports, sender, nodeName);
TransportTerminalFunction ttf = new TransportTerminalFunction(spi, getMode(nodeType));
HigherOrderPathConnection hpc = new HigherOrderPathConnection(ttf);
NetworkNode node = new NetworkNode(hpc, ttf, nodeName);
ManagementCenter managementCenter = new ManagementCenter(managementPort, node);
managementPort.SetManagementCenter(managementCenter);
managementPort.StartListening();
foreach (NodeInput input in ports)
{
input.SetUpServer(10000, 10);
input.StartListening();
}
return(node);
}
