public static void SaveToSingleXml(this SimulationDataSet simulationDataSet, string fileName)
{
using (var writer = XmlWriter.Create(fileName, XmlIO.SimManningXmlWriterSettings))
{
simulationDataSet.SaveToSingleXml(writer);
}
}
public static void SaveToXml(this SimulationDataSet simulationDataSet, string path)
{
if (!Directory.Exists(path))
{
Directory.CreateDirectory(path);
}
simulationDataSet.Workplace.SaveToXml(path + FileIO.WorkplaceFileName);
simulationDataSet.TaskDictionary.SaveToXml(path + FileIO.TasksFileName);
simulationDataSet.Crew.SaveToXml(path + simulationDataSet.Crew.Name + CrewFileNameExtension);
foreach (var phase in simulationDataSet.Scenario.Phases)
{
phase.SaveToXml(path + phase.Name + FileIO.PhaseFileNameExtension);
}
simulationDataSet.Scenario.SaveToXml(path + simulationDataSet.Scenario.Name + FileIO.ScenarioFileNameExtension);
}
protected DomainDispatcher(SimulationDataSet dataSet)
{
this.dataSet = dataSet;
}
static void Main(string[] args)
{
Console.InputEncoding = Encoding.UTF8;
Console.OutputEncoding = Encoding.UTF8;
//DomainCreator is an object creating all other objects.
//It is supposed to be inherited by custom domain implementations.
//(Example here for a 'basic' domain).
DomainCreator basicCreator = new BasicCreator();
//SimulationDataSet is the central class for all simulation data input.
//It is supposed to be inherited by custom domain implementations.
//Here, loads the data from a single XML string provided on the standard input.
Console.WriteLine("Load XML simulation data from standard input…");
SimulationDataSet simulationDataSet =
basicCreator.LoadSimulationDataSetFromSingleXmlString(Console.In);
//Prepare the simulation input data:
//For some tasks, automatically create one task instance per crewman.
simulationDataSet.AutoExpandTasks();
//A dispatcher contains the logic for task dispatch (assignment strategy).
//It is supposed to be inherited by custom domain implementations.
DomainDispatcher dispatcher = new BasicDispatcher(simulationDataSet);
dispatcher.OnTaskAssignment += (simulationTime, phase, crewman, task) =>
{ //Event when a task is assigned to a crewman (task is null when ideling)
Console.WriteLine("{0}\tCrewman “{1}” is assigned to the task “{2}”",
simulationTime.ToStringUI(), crewman.Name,
task == null ? "-" : task.Name);
//Room to do something more with this event…
};
//The Simulator class is the simulation engine.
//This one is _not_ supposed to be inherited.
var simulator = new Simulator(simulationDataSet);
simulator.OnErrorMessage += (text) => Console.Error.WriteLine(text);
simulator.OnPhaseTransitionBegin += (phase, nextPhase, simulationTime) =>
{ //Event when starting a transition to the next phase of the scenario
if (nextPhase == null)
{
Console.WriteLine("{0}\tEnd of scenario.",
simulationTime.ToStringUI());
}
else
{
Console.WriteLine("{0}\tStart phase “{1}”",
simulationTime.ToStringUI(), nextPhase.Name);
}
//Room to do something more with this event…
};
//Run one replication of the simulation.
Console.WriteLine("Start simulation");
if (!simulator.Run(timeOrigin: SimulationTime.Zero, domainDispatcher: dispatcher))
{
Console.Error.WriteLine("Error while running simulation!");
}
//Display some basic statistics.
//It is up to implementers to gather more statistics.
Console.WriteLine();
Console.WriteLine("==== Example of statistics: cumulated work time ====");
foreach (var crewman in simulationDataSet.Crew.Values)
{
Console.WriteLine("Crewman “{0}”:\t{1}", crewman.Name,
crewman.CumulatedWorkTime.ToStringUI());
}
}
public BasicDispatcher(SimulationDataSet dataSet) : base(dataSet)
{
}
