/// <summary>
/// Initializes the instance. Use this method to construct pipelines and subscribe to messages.
/// </summary>
public override void Initialize()
{
ServerSection config = ConfigurationManager.GetSection(ServerSection.SectionKey) as ServerSection;
MessagingSection engineConfig = ConfigurationManager.GetSection(MessagingSection.SectionKey) as MessagingSection;
ContextTraceListener contextListener = ((ContextTraceListener)MessageEngine.Instance.Tracing.Listeners["ContextTraceListener"]);
if (contextListener == null)
{
contextListener = new ContextTraceListener(new RollingFileTraceListener(Path.Combine(config.LogPath, InstanceName + ".log"), config.MaxLogSize));
contextListener.TraceOutputOptions = TraceOptions.ProcessId | TraceOptions.ThreadId | TraceOptions.DateTime;
contextListener.Name = "ContextTraceListener";
MessageEngine.Instance.Tracing.Listeners.Add(contextListener);
}
PropertyCollection tcpAdapterConfig = new PropertyCollection();
tcpAdapterConfig.Write("TcpAdapterPort", config.TcpAdapter.Port);
tcpAdapterConfig.Write("TcpEndPointTimeout", config.TcpAdapter.SocketIdleTimeout * 1000);
TcpAdapter tcpAdapter = new TcpAdapter(tcpAdapterConfig, "tcp");
tcpAdapter.MessageReceived += new EventHandler <AdapterReceiveEventArgs>(MessageReceivedEventHandler);
ComponentPipeline tcpReceivePipeline = new ComponentPipeline(PipelineType.Receive);
PropertyCollection receiveCfg = new PropertyCollection();
tcpReceivePipeline.AddComponent(typeof(StreamToMessageDisassembler), receiveCfg);
PropertyCollection traceCfg = new PropertyCollection();
traceCfg.Write("MaxLogSize", config.MaxLogSize);
traceCfg.Write("LogPath", config.LogPath);
tcpReceivePipeline.AddComponent(typeof(TraceContextComponent), traceCfg);
ComponentPipeline tcpSendPipeline = new ComponentPipeline(PipelineType.Send);
PropertyCollection appAdapterConfig = new PropertyCollection();
appAdapterConfig.Write("ApplicationIdleTimeout", 999999999);
ApplicationAdapter appAdapter = new ApplicationAdapter(appAdapterConfig, "app");
appAdapter.EndPointDestroyed += EndPointDestroyedEventHandler;
ComponentPipeline appReceivePipeline = new ComponentPipeline(PipelineType.Receive);
ComponentPipeline appSendPipeline = new ComponentPipeline(PipelineType.Send);
//Bind adapters to pipelines
MessageEngine.Instance.Bind(tcpAdapter, tcpReceivePipeline);
MessageEngine.Instance.Bind(tcpAdapter, tcpSendPipeline);
MessageEngine.Instance.Bind(appAdapter, appReceivePipeline);
MessageEngine.Instance.Bind(appAdapter, appSendPipeline);
MessageEngine.Instance.SubscriptionManager.Subscribe("http://www.im.se/wms/mobile/CreateSessionRequest", new CreateSessionSubscriber());
MessageEngine.Instance.SubscriptionManager.Subscribe("http://www.im.se/wms/mobile/StateRequest", new StateSubscriber());
MessageEngine.Instance.SubscriptionManager.Subscribe("http://www.im.se/wms/mobile/EventRequest", new EventSubscriber());
MessageEngine.Instance.SubscriptionManager.Subscribe("http://www.im.se/wms/mobile/Application", new ApplicationSubscriber());
MessageEngine.Instance.SubscriptionManager.Subscribe("http://www.im.se/wms/mobile/ConfigurationRequest", new ConfigurationSubscriber());
//Add subscriber to reset the trace context after threads have finished
MessageEngine.Instance.SubscriptionManager.Subscribe(new TraceContextReset());
_remoteInterface = new RemoteInterfaceProxy(SessionManager.Instance);
_remoteInterface.Initialize(config.ManagerPort, "IMIServer");
}
/// <summary>
/// Initializes the instance. Use this method to construct pipelines and subscribe to messages.
/// </summary>
public override void Initialize()
{
VocollectSection config = ConfigurationManager.GetSection(VocollectSection.SectionKey) as VocollectSection;
MessagingSection engineConfig = ConfigurationManager.GetSection(MessagingSection.SectionKey) as MessagingSection;
ContextTraceListener contextListener = ((ContextTraceListener)MessageEngine.Instance.Tracing.Listeners["ContextTraceListener"]);
if (contextListener == null)
{
contextListener = new ContextTraceListener(new RollingFileTraceListener(Path.Combine(config.LogPath, InstanceName + ".log"), config.MaxLogSize));
contextListener.TraceOutputOptions = TraceOptions.ProcessId | TraceOptions.ThreadId | TraceOptions.DateTime;
contextListener.Name = "ContextTraceListener";
MessageEngine.Instance.Tracing.Listeners.Add(contextListener);
}
PropertyCollection tcpAdapterConfig = new PropertyCollection();
tcpAdapterConfig.Write("TcpAdapterPort", config.TcpAdapter.Port);
tcpAdapterConfig.Write("TcpEndPointTimeout", engineConfig.PendingOperationsTimeout);
TcpAdapter tcpAdapter = new TcpAdapter(tcpAdapterConfig, "tcp");
tcpAdapter.EndPointCreated += new EventHandler <AdapterEndPointEventArgs>(EndPointCreatedEventHandler);
tcpAdapter.MessageReceived += new EventHandler <AdapterReceiveEventArgs>(MessageReceivedEventHandler);
ComponentPipeline tcpReceivePipeline = new ComponentPipeline(PipelineType.Receive);
PropertyCollection receiveCfg = new PropertyCollection();
receiveCfg.Write("CodePageName", config.CodePageName);
tcpReceivePipeline.AddComponent(typeof(StreamToXmlDisassembler), receiveCfg);
PropertyCollection traceCfg = new PropertyCollection();
traceCfg.Write("MaxLogSize", config.MaxLogSize);
traceCfg.Write("LogPath", config.LogPath);
tcpReceivePipeline.AddComponent(typeof(TraceContextComponent), traceCfg);
/*
* tcpReceivePipeline.AddComponent(typeof(MessageAcknowledgeComponent), ackCfg);
*/
PropertyCollection transmissionControlCfg = new PropertyCollection();
transmissionControlCfg.Write("PendingOperationsTimeout", engineConfig.PendingOperationsTimeout);
tcpReceivePipeline.AddComponent(typeof(TransmissionControlComponent), transmissionControlCfg);
PropertyCollection xsltCfg = new PropertyCollection();
xsltCfg.Write("XsltPath", config.XsltPath);
tcpReceivePipeline.AddComponent(typeof(XslTransformComponent), xsltCfg);
ComponentPipeline tcpSendPipeline = new ComponentPipeline(PipelineType.Send);
PropertyCollection sendCfg = new PropertyCollection();
sendCfg.Write("CodePageName", config.CodePageName);
tcpSendPipeline.AddComponent(typeof(MessageToStreamAssembler), sendCfg);
PropertyCollection whAdapterConfig = new PropertyCollection();
//Read connection strings
foreach (ConnectionStringSettings connection in ConfigurationManager.ConnectionStrings)
{
whAdapterConfig.Write(connection.Name, connection.ConnectionString);
}
WarehouseAdapter whAdapter = new WarehouseAdapter(whAdapterConfig, "warehouse");
ComponentPipeline whReceivePipeline = new ComponentPipeline(PipelineType.Receive);
ComponentPipeline whSendPipeline = new ComponentPipeline(PipelineType.Send);
//Bind adapters to pipelines
MessageEngine.Instance.Bind(tcpAdapter, tcpReceivePipeline);
MessageEngine.Instance.Bind(tcpAdapter, tcpSendPipeline);
MessageEngine.Instance.Bind(whAdapter, whReceivePipeline);
MessageEngine.Instance.Bind(whAdapter, whSendPipeline);
//Add subscribers
foreach (Type t in Assembly.GetExecutingAssembly().GetTypes())
{
if (t.BaseType == typeof(VocollectSubscriber) && t.Namespace == "Imi.Wms.Voice.Vocollect.Subscribers")
{
MessageEngine.Instance.SubscriptionManager.Subscribe("http://www.im.se/wms/voice/vocollect/" + t.Name, (SubscriberBase)t.GetConstructor(new Type[] {}).Invoke(new object[] {}));
}
}
//Add subscriber to reset the trace context after threads have finished
MessageEngine.Instance.SubscriptionManager.Subscribe(new TraceContextReset());
}