/// <summary>
/// Constructo Parametrizado
/// </summary>
/// <param name="configuration">El objeto con los datos de configuración previamente llenado</param>
/// <param name="subProtocols">Lista de SubProtocolos</param>
/// <param name="extraMessageTypes">Tipos de mensajes no especificados en los sub protocolos</param>
public Communication(Configuration configuration, SubProtocolList subProtocols, MessageTypeList extraMessageTypes)
{
try
{
this.configuration = configuration;
if (extraMessageTypes != null)
{
messageTypes = extraMessageTypes.Collection;
}
else
{
messageTypes = new Hashtable();
}
if (subProtocols != null)
{
Hashtable sub = subProtocols.Collection;
foreach (DictionaryEntry en in sub)
{
SubProtocolI subProtocol = (SubProtocolI)en.Value;
Hashtable spMessageTypes = subProtocol.getMessageTypes().Collection;
foreach (DictionaryEntry de in spMessageTypes)
{
messageTypes.Add(de.Key, de.Value);
}
subProtocol.sendMessageEvent += internalSendMessage;
}
this.subProtocols = sub;
}
netHandler = new NetHandler(configuration.NetData, this);
eventQueuePC = new EventQueuePC();
eventConsumer = new Thread(new ThreadStart(consumeEvent));
eventConsumerStarted = false;
eventConsumerLock = new Object();
init();
}
catch (ThreadAbortException e)
{
throw e;
}
catch (Exception e)
{
throw e;
}
}
/// <summary>
/// Constructo Parametrizado
/// </summary>
/// <param name="configuration">El objeto con los datos de configuración previamente llenado</param>
/// <param name="subProtocols">Lista de SubProtocolos</param>
/// <param name="extraMessageTypes">Tipos de mensajes no especificados en los sub protocolos</param>
public Communication(Configuration configuration, SubProtocolList subProtocols, MessageTypeList extraMessageTypes)
{
try
{
this.configuration = configuration;
if (extraMessageTypes != null)
{
messageTypes = extraMessageTypes.Collection;
}
else
{
messageTypes = new Hashtable();
}
if (subProtocols != null)
{
Hashtable sub = subProtocols.Collection;
foreach (DictionaryEntry en in sub)
{
SubProtocolI subProtocol = (SubProtocolI)en.Value;
Hashtable spMessageTypes = subProtocol.getMessageTypes().Collection;
foreach (DictionaryEntry de in spMessageTypes)
{
messageTypes.Add(de.Key, de.Value);
}
subProtocol.sendMessageEvent += internalSendMessage;
}
this.subProtocols = sub;
}
netHandler = new NetHandler(configuration.NetData, this);
eventQueuePC = new EventQueuePC();
eventConsumer = new Thread(new ThreadStart(consumeEvent));
eventConsumerStarted = false;
eventConsumerLock = new Object();
init();
}
catch (ThreadAbortException e)
{
throw e;
}
catch (Exception e)
{
throw e;
}
}
public void init()
{
try
{
//incializamos una configuracion
configuration = new Configuration();
//OS
configuration.NetData.OpSystem = OpSystemType.WIN7;
//configuramos los controles
statusControl.connectNotification += connect;
statusControl.disConnectNotification += disconnect;
chatControl.NetUser = configuration.NetUser;
//configuramos los sub protocolos
SubProtocolList subProtocols = new SubProtocolList();
chatProtocol = new ChatProtocol(chatControl);
subProtocols.add(SubProtocol.Chat.Types.CHATPROTOCOL, chatProtocol);
fileTransferProtocol = new FileTransferProtocol(fileControl, fileListControl, createFileData());
subProtocols.add(SubProtocol.FileTransfer.Types.FILETRANSFERPROTOCOL, fileTransferProtocol);
pingProtocol = new PingProtocol(this);
subProtocols.add(SubProtocol.Ping.Types.PINGPROTOCOL, pingProtocol);
chatControl.ChatProtocol = chatProtocol;
fileListControl.FileTransferProtocol = fileTransferProtocol;
//Configuramos los tipos de mensajes que no pertenecen a subprotocolos
MessageTypeList messageTypeList = new MessageTypeList();
//se crea el objeto de comunicación
communication = new Communication(configuration, subProtocols, messageTypeList);
//Se setean los handlers de los eventos de usuarios
communication.addUserEvent += netUserControl.addUserHandler;
communication.addUserEvent += fileTransferProtocol.sendFileListRequest;
communication.addUserEvent += networkGraphControl.addUserHandler;
communication.refreshUserEvent += netUserControl.refreshUserHandler;
communication.refreshUserEvent += networkGraphControl.refreshUserHandler;
communication.refreshLocalUserEvent += netUserControl.refreshLocalUserHandler;
communication.refreshLocalUserEvent += networkGraphControl.refreshLocalUserHandler;
communication.removeUserEvent += netUserControl.removeUserHandler;
communication.removeUserEvent += fileListControl.removeFileList;
communication.removeUserEvent += networkGraphControl.removeUserHandler;
//Se setean los handlers de los eventos de conexion
communication.connectEvent += statusControl.connectHandler;
communication.connectEvent += fileTransferProtocol.start;
communication.connectingEvent += statusControl.connectingHandler;
communication.disconnectEvent += statusControl.disconnectHandler;
communication.disconnectEvent += fileTransferProtocol.stop;
communication.disconnectEvent += clear;
communication.disconnectingEvent += statusControl.disconnectingHandler;
communication.reconnectingEvent += statusControl.reconnectingHandler;
communication.reconnectingEvent += fileTransferProtocol.stop;
communication.reconnectingEvent += clear;
//Se setean los handlers de los eventos del sistems
communication.exceptionEvent += exceptionHandler;
communication.netInformationEvent += netInformationHandler;
//iniciamos el consumidor de eventos
communication.startEventConsumer();
//Se abre el archivo para log
FileInfo t = new FileInfo("CommLayer.log");
Tex = t.AppendText();
}
catch (Exception e)
{
MessageBox.Show("Ups!: " + e.Message);
Close();
}
}
public void init()
{
try
{
//se inicializa la configuración
configuration = new Configuration();
configuration.NetData.OpSystem = NetLayer.OpSystemType.WINMOBILE5POCKETPC;
//Configuración de controles
statusControl.connectNotification += connect;
statusControl.disConnectNotification += disconnect;
chatControl.NetUser = configuration.NetUser;
//Configuración de subprotocolos
SubProtocolList subProtocols = new SubProtocolList();
chatProtocol = new ChatProtocol(chatControl);
subProtocols.add(SubProtocol.Chat.Types.CHATPROTOCOL, chatProtocol);
fileTransferProtocol = new FileTransferProtocol(fileControl, fileListControl, createFileData());
subProtocols.add(SubProtocol.FileTransfer.Types.FILETRANSFERPROTOCOL, fileTransferProtocol);
pingProtocol = new PingProtocol(this);
subProtocols.add(SubProtocol.Ping.Types.PINGPROTOCOL, pingProtocol);
chatControl.ChatProtocol = chatProtocol;
fileListControl.FileTransferProtocol = fileTransferProtocol;
//se crea el objeto de comunicación
communication = new Communication(configuration, subProtocols, null);
//Se setean los handlers de los eventos de usuarios
communication.addUserEvent += netUserControl.addUserHandler;
communication.addUserEvent += fileTransferProtocol.sendFileListRequest;
communication.refreshUserEvent += netUserControl.refreshUserHandler;
communication.refreshLocalUserEvent += netUserControl.refreshLocalUserHandler;
communication.removeUserEvent += netUserControl.removeUserHandler;
communication.removeUserEvent += fileListControl.removeFileList;
//Se setean los handlers de los eventos de conexion
communication.connectEvent += statusControl.connectHandler;
communication.connectEvent += fileTransferProtocol.start;
communication.connectingEvent += statusControl.connectingHandler;
communication.disconnectEvent += statusControl.disconnectHandler;
communication.disconnectEvent += fileTransferProtocol.stop;
communication.disconnectEvent += clear;
communication.disconnectingEvent += statusControl.disconnectingHandler;
communication.reconnectingEvent += statusControl.reconnectingHandler;
communication.reconnectingEvent += fileTransferProtocol.stop;
communication.reconnectingEvent += clear;
//se setean los handlers de los eventos del sistema
communication.exceptionEvent += exceptionHandler;
communication.netInformationEvent += log;
//iniciamos el consumidor de eventos
communication.startEventConsumer();
}
catch (Exception e)
{
MessageBox.Show("Ups!: " + e.Message);
Close();
}
}
