public static void Main()
{
EventSimulator simulator = new EventSimulator();
simulator.Run();
simulator.Exit();
}
//SimpleServiceClient client;
public void Start()
{
// Initialize the binding
string guid = "urn:uuid:18571766-87df-06e2-bb68-5136c48f483a";
ProtocolVersion version = new ProtocolVersion10();
Device.Initialize(new WS2007HttpBinding(new HttpTransportBindingConfig(guid, 8084)), version);
// Set device information
Device.ThisModel.Manufacturer = "Microsoft Corporation";
Device.ThisModel.ManufacturerUrl = "http://www.microsoft.com/";
Device.ThisModel.ModelName = "SimpleService Test Device";
Device.ThisModel.ModelNumber = "1.0";
Device.ThisModel.ModelUrl = "http://www.microsoft.com/";
Device.ThisModel.PresentationUrl = "http://www.microsoft.com/";
Device.ThisDevice.FriendlyName = "SimpleService";
Device.ThisDevice.FirmwareVersion = "alpha";
Device.ThisDevice.SerialNumber = "12345678";
// Add a Host service type
Device.Host = new SimpleDeviceHost();
// Add Dpws hosted service(s) to the device
Device.HostedServices.Add(new SimpleService(new SimpleServiceImplementation()));
EventingService eventingService = new EventingService();
Device.HostedServices.Add(eventingService);
Device.HostedServices.Add(new AttachmentService(new AttachmentServiceImplementation()));
// Add a Dpws client to this device. Uncomment to run a client and device
//client = new SimpleServiceClient();
// Set this device property if you want to ignore this clients request
Device.IgnoreLocalClientRequest = false;
// Turn console messages on
Console.Verbose = true;
System.Ext.Console.Write("Start DPWS device service with endpoint address: '" + Device.EndpointAddress + "'");
// Start the device
ServerBindingContext ctx = new ServerBindingContext(version);
Device.Start(ctx);
//TEST RESTART CAPABILITY
//Thread.Sleep(3000);
//Device.Stop();
//Thread.Sleep(100);
//Device.Start(ctx);
// Events cause WsFaultExceptions if loopback messages are used.
if (Device.IgnoreLocalClientRequest)
{
// Create and start EventSimulator
EventSimulator eventSimulator = new EventSimulator(eventingService);
eventSimulator.StartEventSimulator();
}
}
public void WriteToCSVTest()
{
double paramLambda = 4;
double[] roValues = new double[] { 0.25, 0.5, 0.75 };
string output = "";
foreach (double ro in roValues)
{
double paramMi = paramLambda / ro;
var queueSystem = new Mm1QueueSystem(paramMi, paramLambda);
var simulator = new EventSimulator(queueSystem);
simulator.RunSim();
output += $"Wartości_dla_Ro_{ro}. Oczekiwane_p0_{1 - ro}\n";
output += string.Join("\n", simulator.P0Points.Select(point => $"{point.X} {point.Y}"));
output += "\n\n";
}
string path = @"C:\Users\Krzysztof Krupiński\Desktop\data.txt";
using (var file = new System.IO.StreamWriter(path))
{
file.Write(output);
}
Console.WriteLine(output);
}
public void EventSimulatorTest_Get_EN()
{
var events = new List <QEvent>
{
new QEvent {
Type = QEventType.Arrival, Time = 1
},
new QEvent {
Type = QEventType.Arrival, Time = 2
},
new QEvent {
Type = QEventType.Leave, Time = 3
},
new QEvent {
Type = QEventType.Arrival, Time = 4
},
new QEvent {
Type = QEventType.Arrival, Time = 5
},
new QEvent {
Type = QEventType.Leave, Time = 6
},
new QEvent {
Type = QEventType.Arrival, Time = 7
}
};
var simulator = new EventSimulator(new Mm1QueueSystem(1, 1));
simulator.EventPool.AddOldEvents(events);
double wanted = 11.0 / 6.0;
Assert.AreEqual(wanted, simulator.EN);
}
public void ServiceStepTest()
{
double[] roValues = new double[] { 0.25, 0.5, 0.75 };
double paramLambda = 4;
foreach (double ro in roValues)
{
double paramMi = paramLambda / ro;
var queueSystem = new Mm1Continuous(paramMi, paramLambda);
var simulator = new EventSimulator(queueSystem);
simulator.RunSim();
Console.WriteLine($"Ro: {ro}, P: " + simulator.QueueSystem.TimeStats.ImgClientServicedProbability);
}
}
public void ChartTest()
{
double[] roValues = new double[] { 0.25, 0.5, 0.75 };
double paramLambda = 4;
double ro = 0.25;
double paramMi = paramLambda / ro;
var queueSystem = new Mm1QueueSystem(paramMi, paramLambda);
var simulator = new EventSimulator(queueSystem);
simulator.RunSim();
var chartMaker = new ChartMaker();
chartMaker.SetData(simulator.P0Points);
chartMaker.Show();
}
public static void Init(int seed)
{
StaticRandom.Init(seed);
des = new EventSimulator <EventQueue>();
parties = new Dictionary <int, Party>();
}
public DkmsNetwork(EventSimulator s, int seed)
: base(s, seed)
{
}
public MaskzNetwork(EventSimulator s, int seed)
: base(s, seed)
{
}
public MaskzNetwork(EventSimulator s, int seed)
: base(s, seed)
{
}
public static void Init(int seed)
{
StaticRandom.Init(seed);
des = new EventSimulator<EventQueue>();
parties = new Dictionary<int, Party>();
}
public QuorumSystem(EventSimulator s, int seed)
: base(s, seed)
{
}