private void btnRun_Click(object sender, EventArgs e)
{
outputBox.Clear();
SimCore core = SimCore.GetSimCore(codeBox.Text);
var result = core.Run();
if (result != null)
{
byte[][] bytes = core.GetBytes();
outputBox.Text += "Code: ";
for (int i = 0; i < bytes.Length; i++)
{
for (int j = 0; j < bytes[i].Length; j++)
{
outputBox.Text += (bytes[i][j].ToString("x2") + " ");
}
}
outputBox.Text += "\n";
if ((int)ptr != -1)
{
outputBox.Text += "Sending ...\n";
new Thread(new ThreadStart(() =>
{
Report report; int index = 0;
List <byte> buf = new List <byte>();
while (index < bytes.Length)
{
if (buf.Count + bytes[index].Length < BUF_SIZE)
{
buf.AddRange(bytes[index]);
index += 1;
if (index >= bytes.Length)
{
report = new Report(0x55, buf.ToArray());
hid.Write(report);
buf.Clear();
break;
}
}
else
{
report = new Report(0x55, buf.ToArray());
hid.Write(report);
Thread.Sleep(500);
buf.Clear();
}
}
})).Start();
}
}
}
public override void Set(object item, SimCore.Entities.Entity ent)
{
base.Set(item, ent);
TheTank = item as FluidTankSystem;
if (TheTank == null)
return;
FluidType.SelectedItem = TheTank.TankType;
MaxFlowRate.Value = (decimal)TheTank.MaxFlowRate;
Capacity.Value = (decimal)TheTank.MaxCapacity;
Quantity.Value = (decimal)TheTank.Quantity;
}
public SimEngine()
{
simCore = new SimCore();
logPlayer = null;
coordinator = null;
simModelFile = null;
serverPortNumber = null;
replayLogger = null;
textChatServer = null;
whiteboardServer = null;
voiceServer = null;
//handshakeManager = null;
viewManager = null;
}
public SimEngine()
{
simCore = new SimCore();
logPlayer = null;
coordinator = null;
simModelFile = null;
serverPortNumber = null;
replayLogger = null;
textChatServer = null;
whiteboardServer = null;
voiceServer = null;
//handshakeManager = null;
viewManager = null;
}
public override void Set(object item, SimCore.Entities.Entity ent)
{
base.Set(item, ent);
TheComputer = item as ComputerSystem;
if (TheComputer == null)
return;
foreach (ComputerSystem.ComputerTypes compType in Enum.GetValues(typeof(ComputerSystem.ComputerTypes)))
ComputerType.Items.Add(compType);
ComputerType.SelectedItem = TheComputer.ComputerType;
CompSpeed.Value = (decimal)TheComputer.ComputationFactor;
}
public void Stop()
{
if (coordinator != null)
{
coordinator.Stop();
coordinator = null;
}
//Thread.Sleep(100);
if (simCore != null)
{
simCore.Stop();
}
if (logPlayer != null)
{
logPlayer.Stop();
logPlayer = null;
}
if (viewManager != null)
{
viewManager.ResetViewManager();
}
simCore = new SimCore();
}
public override void Set(object item, SimCore.Entities.Entity ent)
{
base.Set(item, ent);
TheGenerator = item as GenerationSystem;
if (TheGenerator == null)
return;
foreach (GenerationSystem.GenerationTypes genType in Enum.GetValues(typeof(GenerationSystem.GenerationTypes)))
GeneratorType.Items.Add(genType);
GeneratorType.SelectedItem = TheGenerator.GenerationType;
PowerGeneration.Value = (decimal)TheGenerator.PowerGeneration;
FuelList.Items.Clear();
ByproductList.Items.Clear();
foreach (GenerationSystem.FuelConsumption fuel in TheGenerator.FuelConsumptions)
FuelList.Items.Add(fuel);
foreach (GenerationSystem.FuelConsumption byproduct in TheGenerator.Byproducts)
ByproductList.Items.Add(byproduct);
}
//customer1, druhy, zakaznik, auto a pdodobne
protected AutoserviceEvent(double eventTime, SimCore simulation, Zakaznik aktualnyZakaznik)
: base(eventTime, simulation)
{
AktualnyZakaznik = aktualnyZakaznik;
}
public ZaciatokSpracovaniaObjednavkyEvent(double eventTime, SimCore simulation, Zakaznik aktualnyZakaznik)
: base(eventTime, simulation, aktualnyZakaznik)
{
}
public StartPayment(double eventTime, SimCore simulation, Customer currentCustomer) : base(eventTime, currentCustomer, simulation)
{
}
public Arrival(double eventTime, SimCore simulation, Customer currentCustomer) : base(eventTime, currentCustomer, simulation)
{
}
public ZaciatokReplikacieEvent(double eventTime, SimCore simulation, Zakaznik aktualnyZakaznik)
: base(eventTime, simulation, aktualnyZakaznik)
{
}
public void Stop()
{
if (coordinator != null)
{
coordinator.Stop();
coordinator = null;
}
//Thread.Sleep(100);
if (simCore != null)
{
simCore.Stop();
}
if (logPlayer != null)
{
logPlayer.Stop();
logPlayer = null;
}
if (viewManager != null)
{
viewManager.ResetViewManager();
}
simCore = new SimCore();
}
public KoniecSpracovaniaObjednavky(double eventTime, SimCore simulation, Zakaznik aktualnyZakaznik)
: base(eventTime, simulation, aktualnyZakaznik)
{
}
public PrevzatieAutaOdZakaznikaEvent(double eventTime, SimCore simulation, Zakaznik aktualnyZakaznik)
: base(eventTime, simulation, aktualnyZakaznik)
{
}
public KoniecDnaEvent(double eventTime, SimCore simulation, Zakaznik aktualnyZakaznik)
: base(eventTime, simulation, aktualnyZakaznik)
{
}
public PreparkovanieAutaSpatEvent(double eventTime, SimCore simulation, Zakaznik aktualnyZakaznik)
: base(eventTime, simulation, aktualnyZakaznik)
{
}
public OdchodZakaznikaEvent(double eventTime, SimCore simulation, Zakaznik aktualnyZakaznik)
: base(eventTime, simulation, aktualnyZakaznik)
{
}
public void RunTest()
{
const int RUNS = 10;
int _numIt = RUNS;
var _rnd = new Random();
int _exec = 0;
SimCore target = SimCore_Accessor.Instance; // TODO: Initialize to an appropriate value
for (int i = 0; i < _numIt; i++)
{
Event _event = new Event("test", _rnd.NextDouble() * 1000d); // TODO: Initialize to an appropriate value
_event.OnEventExecutionPreEdges += (o, e) =>
{
_exec++;
};
//target.ScheduleEvent(_event);
_event.Schedule();
}
// Test edges
int _numEvtFrom = RUNS;
int _numEvtTo = RUNS;
Event _eventTo = new Event("testWithEdge"); // TODO: Initialize to an appropriate value
Event _eventFrom = new Event("testWithEdge", _rnd.NextDouble() * 1000d); // TODO: Initialize to an appropriate value
Edge _edge = new Edge(_eventFrom, _eventTo);
_edge.Distribution = new GenerateExponential();
_eventFrom.OnEventExecutionPostEdges += (o, e) =>
{
_numEvtFrom++;
};
_eventTo.OnEventExecutionPostEdges += (o, e) =>
{
_numEvtTo++;
};
//target.ScheduleEvent(_eventFrom);
_eventFrom.Schedule();
target.Run();
Assert.IsTrue(_exec == _numIt);
Assert.IsTrue(_numEvtFrom == _numEvtTo);
// Test self edges
int _numSelf = 0;
Event _eventFromTo = new Event("testWithEdge", 0); // TODO: Initialize to an appropriate value
Edge _edgeSelf = new Edge(_eventFromTo, _eventFromTo);
_edge.Distribution = new GenerateNormal(20, 0.1);
_eventFromTo.OnEventExecutionPreEdges += (o, e) =>
{
_numSelf++;
if (_numSelf > RUNS)
{
((Event)o).Edges.Clear();
}
};
//target.ScheduleEvent(_eventFromTo);
_eventFromTo.Schedule();
target.Run();
Assert.IsTrue(_numSelf == RUNS + 1);
}
public SimEventShop(double eventTime, Customer currentCustomer, SimCore simulation) : base(eventTime, simulation)
{
CurrentCustomer = currentCustomer;
}
