public static void Main_1(string[] args)
{
///Bofre facade implementation
//ScheduleServer scheduleServer = new ScheduleServer();
//scheduleServer.startBooting();
//scheduleServer.readSystemConfigFile();
//scheduleServer.init();
//scheduleServer.initializeContext();
//scheduleServer.initializeListeners();
//scheduleServer.createSystemObjects();
//Console.WriteLine("Start working......");
//Console.WriteLine("After work done.........");
//////To stop the server, the client needs to call the following methods in the same sequence.
//scheduleServer.releaseProcesses();
//scheduleServer.destory();
//scheduleServer.destroySystemObjects();
//scheduleServer.destoryListeners();
//scheduleServer.destoryContext();
//scheduleServer.shutdown();
////After Facade Implementation
ScheduleServer scheduleServer = new ScheduleServer();
ScheduleServerFacade facadeServer = new ScheduleServerFacade(scheduleServer);
facadeServer.startServer();
Console.WriteLine("Start working......");
Console.WriteLine("After work done.........");
facadeServer.stopServer();
/*
* Please note that, although the facade class has provided a simple interface to the complex subsystem, it has not encapsulated
* the subsystem. A client can still access the low-level interfaces of the subsystem. So, a facade provides an extra layer, a simple
* interface to the complex subsystem, but it does not completely hide the direct accessibility to the low-level interfaces of the
* complex subsystem.
*/
}
public ScheduleServerFacade(ScheduleServer scheduleServer)
{
this.scheduleServer = scheduleServer;
}
