public override object EditValue(ITypeDescriptorContext context, IServiceProvider provider, object value)
{
var service = provider.GetService(typeof(IWindowsFormsEditorService)) as IWindowsFormsEditorService;
if (service != null && value != null)
{
// ReSharper disable SuspiciousTypeConversion.Global
var gridItem = provider as GridItem;
// ReSharper restore SuspiciousTypeConversion.Global
var propertyName = value.GetType().Name;
if (gridItem != null)
{
propertyName = gridItem.Label;
}
var label = propertyName;
var oldJson = JsonSerializerHelper.Serialize(value);
using (var form = new CollectionEditorForm(string.Format("Edit {0}", propertyName), label, value))
{
if (service.ShowDialog(form) == DialogResult.OK)
{
if (string.Compare(oldJson,
JsonSerializerHelper.Serialize(value),
StringComparison.InvariantCulture) != 0)
{
value = GenericCopier <object> .DeepCopy(form.Value);
}
}
}
}
// ReSharper disable AssignNullToNotNullAttribute
return(value);
// ReSharper restore AssignNullToNotNullAttribute
}
public void Run()
{
string srcFile = GetType().Name + "1.bts";
if (File.Exists(srcFile))
{
File.Delete(srcFile);
}
string dstFile = GetType().Name + "2.bts";
if (File.Exists(dstFile))
{
File.Delete(dstFile);
}
try
{
// Create sample file and put some data into it
CreateSampleFile(srcFile);
// Open sample file in a generic way without specifying the item and index types
using (var bf = BinaryFile.Open(srcFile))
{
var src = bf as IGenericInvoker2;
if (src == null)
{
// This could be a BinIndexedFile or some legacy file that we no longer support.
// Even though BinaryFile supports RunGenericMethod() with one generic argument,
// for the purposes of this demo we will only show using it with two that IEnumerableFeed has.
Console.WriteLine("File {0} does not support reading through IEnumerableFeed<,>", srcFile);
return;
}
// Print content of the source file
Console.WriteLine("Source file\n{0}", Utils.DumpFeed(src));
// We need a class that implements IGenericCallable2<,>
// As an alternative, "this" class could implement it
var callable = new GenericCopier();
// Run generic method on the callable class, passing string as a parameter to it
long copied = src.RunGenericMethod(callable, dstFile);
// Done
Console.WriteLine("{0} items was copied from {1} to {2}", copied, srcFile, dstFile);
}
}
finally // Cleanup
{
if (File.Exists(srcFile))
{
File.Delete(srcFile);
}
if (File.Exists(dstFile))
{
File.Delete(dstFile);
}
}
}
public static int StepWalking(int num)
{
if (num < 0 || num > 15)
{
return(-1);
}
var stepIncrements = new List <int>();
stepIncrements.Add(1); //Possible step increments
stepIncrements.Add(2);
//List of valid step combinations
var stepCombinations = new List <List <int> >();
//Breadth-first search
var queue = new List <List <int> >();
queue.Add(new List <int> {
1
}); //Arbitrary low starting values to use iterative approach
queue.Add(new List <int> {
1, 1
});
while (queue.Count != 0)
{
var nextQueue = new List <List <int> >();
foreach (var stepList in queue)
{
var sumOfSteps = stepList.Sum(x => Convert.ToInt32(x));
//Add step combination if step list adds up to number of stairs (num)
if (sumOfSteps == num)
{
stepCombinations.Add(stepList);
continue;
}
//Use both 1 and 2 step increments
foreach (var increment in stepIncrements)
{
if (sumOfSteps + increment <= num)
{
//If not exceeding total number of stairs, take further steps with new queue
var stepListCopy = GenericCopier <List <int> > .DeepCopy(stepList);
stepListCopy.Add(increment);
nextQueue.Add(stepListCopy);
}
}
}
queue = nextQueue;
}
return(stepCombinations.Count);
}
private void ResetProperties()
{
Title = OriginalTitle;
TimesheetId = OriginalTimesheetId;
// Unhook propertyChanged eventhandlers for ProjectTimeItems
if (ProjectTimeItems != null)
{
ListUtility.AttachPropertyChangedEventHandlers(ProjectTimeItems, ProjectTimeItems_Item_PropertyChanged, attach: false);
}
ProjectTimeItems = OriginalProjectTimeItems == null ? null : GenericCopier <ObservableCollection <ObservableProjectTaskTimesheetItem> > .DeepCopy(OriginalProjectTimeItems);
// Hookup propertyChanged eventhandlers for ProjectTimeItems
if (ProjectTimeItems != null)
{
ListUtility.AttachPropertyChangedEventHandlers(ProjectTimeItems, ProjectTimeItems_Item_PropertyChanged, attach: true);
}
// Unhook propertyChanged eventhandlers for NonProjectActivityItems
if (NonProjectActivityItems != null)
{
ListUtility.AttachPropertyChangedEventHandlers(NonProjectActivityItems, NonProjectActivityItems_Item_PropertyChanged, attach: false);
}
NonProjectActivityItems = OriginalNonProjectActivityItems == null ? null : GenericCopier <ObservableCollection <ObservableProjectTaskTimesheetItem> > .DeepCopy(OriginalNonProjectActivityItems);
// Hookup propertyChanged eventhandlers for NonProjectActivityItems
if (NonProjectActivityItems != null)
{
ListUtility.AttachPropertyChangedEventHandlers(NonProjectActivityItems, NonProjectActivityItems_Item_PropertyChanged, attach: true);
}
RequiredHours = OriginalRequiredHours == null ? null : GenericCopier <ObservableCollection <TimeSpan> > .DeepCopy(OriginalRequiredHours);
TotalRequiredHours = OriginalTotalRequiredHours;
// Unhook propertyChanged eventhandlers for DummyTimeEntry
if (DummyTimeEntry != null)
{
DummyTimeEntry.PropertyChanged -= DummyTimeEntry_PropertyChanged;
}
DummyTimeEntry = OriginalDummyTimeEntry == null ? null : GenericCopier <ObservableTimeEntry> .DeepCopy(OriginalDummyTimeEntry);
// Hookup propertyChanged eventhandlers for DummyTimeEntry
if (DummyTimeEntry != null)
{
DummyTimeEntry.PropertyChanged += DummyTimeEntry_PropertyChanged;
}
DummyValueTypeCollection = OriginalDummyValueTypeCollection == null ? null : GenericCopier <ObservableCollection <int> > .DeepCopy(OriginalDummyValueTypeCollection);
}
private GenericCopier CreateGenericCopier()
{
var cp = new GenericCopier();
cp.SetCopyCmd(CopyType.GsUtilCp, "echo");
cp.SetCopyCmd(CopyType.Cp, "echo");
cp.SetCopyCmd(CopyType.Http, "echo");
return(cp);
}
private void ResetProperties()
{
Title = OriginalTitle;
TimesheetId = OriginalTimesheetId;
// Unhook propertyChanged eventhandlers for ProjectTimeItems
if (ProjectTimeItems != null)
{
ListUtility.AttachPropertyChangedEventHandlers(ProjectTimeItems, ProjectTimeItems_Item_PropertyChanged, attach: false);
}
ProjectTimeItems = OriginalProjectTimeItems == null ? null : GenericCopier <ObservableCollection <ObservableProjectTaskTimesheetItem> > .DeepCopy(OriginalProjectTimeItems);
// Hookup propertyChanged eventhandlers for ProjectTimeItems
if (ProjectTimeItems != null)
{
ListUtility.AttachPropertyChangedEventHandlers(ProjectTimeItems, ProjectTimeItems_Item_PropertyChanged, attach: true);
}
// Unhook propertyChanged eventhandlers for NonProjectActivityItems
if (NonProjectActivityItems != null)
{
ListUtility.AttachPropertyChangedEventHandlers(NonProjectActivityItems, NonProjectActivityItems_Item_PropertyChanged, attach: false);
}
NonProjectActivityItems = OriginalNonProjectActivityItems == null ? null : GenericCopier <ObservableCollection <ObservableProjectTaskTimesheetItem> > .DeepCopy(OriginalNonProjectActivityItems);
// Hookup propertyChanged eventhandlers for NonProjectActivityItems
if (NonProjectActivityItems != null)
{
ListUtility.AttachPropertyChangedEventHandlers(NonProjectActivityItems, NonProjectActivityItems_Item_PropertyChanged, attach: true);
}
RequiredHours = OriginalRequiredHours == null ? null : GenericCopier <ObservableCollection <TimeSpan> > .DeepCopy(OriginalRequiredHours);
TotalRequiredHours = OriginalTotalRequiredHours;
// Unhook propertyChanged eventhandlers for Totals
if (Totals != null)
{
ListUtility.AttachPropertyChangedEventHandlers(Totals, Totals_Item_PropertyChanged, attach: false);
}
Totals = OriginalTotals == null ? null : GenericCopier <ObservableCollection <ObservableHoursSummary> > .DeepCopy(OriginalTotals);
// Hookup propertyChanged eventhandlers for Totals
if (Totals != null)
{
ListUtility.AttachPropertyChangedEventHandlers(Totals, Totals_Item_PropertyChanged, attach: true);
}
}
internal void AddVehicles(List <Vehicle> vehicles, Problem problem)
{
//Copiar los vehículos y añadir depósitos al inicio y al final
foreach (var vehicle in vehicles)
{
var depot = problem.Requests.Find(t => t.ID_Unique == 0);
vehicle.Requests.Insert(0, GenericCopier <Request> .DeepCopy(depot));
depot.Origin = false;
vehicle.Requests.Add(GenericCopier <Request> .DeepCopy(depot));
}
Vehicles = vehicles.ToList();
}
public void AcceptChanges()
{
_projectCode.AcceptChanges();
OriginalProjectCode = GenericCopier <ObservablePickListItem> .DeepCopy(_projectCode);
_taskCode.AcceptChanges();
OriginalTaskCode = GenericCopier <ObservablePickListItem> .DeepCopy(_taskCode);
foreach (var item in _timeEntries)
{
item.AcceptChanges();
}
OriginalTimeEntries = GenericCopier <ObservableCollection <ObservableTimeEntry> > .DeepCopy(_timeEntries);
ResetChangeTracking();
}
private void ResetProperties()
{
// Unhook propertyChanged eventhandlers for ProjectCode
if (ProjectCode != null)
{
ProjectCode.PropertyChanged -= ProjectCode_PropertyChanged;
}
ProjectCode = OriginalProjectCode == null ? null : GenericCopier <ObservablePickListItem> .DeepCopy(OriginalProjectCode);
// Hookup propertyChanged eventhandlers for ProjectCode
if (ProjectCode != null)
{
ProjectCode.PropertyChanged += ProjectCode_PropertyChanged;
}
// Unhook propertyChanged eventhandlers for TaskCode
if (TaskCode != null)
{
TaskCode.PropertyChanged -= TaskCode_PropertyChanged;
}
TaskCode = OriginalTaskCode == null ? null : GenericCopier <ObservablePickListItem> .DeepCopy(OriginalTaskCode);
// Hookup propertyChanged eventhandlers for TaskCode
if (TaskCode != null)
{
TaskCode.PropertyChanged += TaskCode_PropertyChanged;
}
// Unhook propertyChanged eventhandlers for TimeEntries
if (TimeEntries != null)
{
ListUtility.AttachPropertyChangedEventHandlers(TimeEntries, TimeEntries_Item_PropertyChanged, attach: false);
}
TimeEntries = OriginalTimeEntries == null ? null : GenericCopier <ObservableCollection <ObservableTimeEntry> > .DeepCopy(OriginalTimeEntries);
// Hookup propertyChanged eventhandlers for TimeEntries
if (TimeEntries != null)
{
ListUtility.AttachPropertyChangedEventHandlers(TimeEntries, TimeEntries_Item_PropertyChanged, attach: true);
}
}
static bool BruteForce(int x, int y, int trialValue)
{
RemoveNeighbours(x, y, spaces[x, y][trialValue]);
Solving();
if (Check())
{
spaces = GenericCopier <List <int> [, ]> .DeepCopy(spacesSave);
grid = GenericCopier <char[, ]> .DeepCopy(gridSave);
return(false);
}
else
{
return(true);
}
}
public static List <Solution> Optimization(RunMetaheuristicInput input)
{
var problems = input.Problems;
//Set randomized value.
_random = input.Random;
List <Solution> Solutions = new List <Solution>();
var default_Metaheuristic = Constants.TypeMetaheuristics.ILS;
IMetaheuristic metaheuristic = MetaheuristicFactory.CreateMetaheuristic(default_Metaheuristic, input.HeuristicSettings, input.Problems.First(), input.Random);
//Ejecutar cada problema.
foreach (var problem in problems)
{
//Primer paso. Preprocesar los problemas (ajustar ventanas de tiempo cuando sea posible).
SplashGlobalData.SetSplashData(Constants.SPLASH_NAME_PROBLEM, problem.ID_Problem);
SplashGlobalData.SetSplashData(Constants.SPLASH_PROGRESS, 0.0);
//Create Solution
for (int number_Repetition = 0; number_Repetition < input.HeuristicSettings.MaxRepetitions; number_Repetition++)
{
var watch = System.Diagnostics.Stopwatch.StartNew();
Solution solution = new Solution(problem.ID_Problem);
DARPAlgorithms.BuildInitialSolution(ref solution, problem, ref _random);
solution.InitialSolution = GenericCopier <Solution> .DeepCopy(solution);
//Update Splash.
SplashGlobalData.SetSplashData(Constants.SPLASH_NUMBER_REPETITION, number_Repetition + 1);
SplashGlobalData.SetSplashData(Constants.SPLASH_PROGRESS, Convert.ToDouble(SplashGlobalData.GetSplashData <double>(Constants.SPLASH_PROGRESS)) + 1);
//Execute Heuristic
metaheuristic.ExecuteMetaheuristic(ref solution);
watch.Stop();
solution.ExecutionTime = watch.ElapsedMilliseconds;
Solutions.Add(solution);
//Validation.Validator.ValidateSolution(ref solution, problem);
}
}
return(Solutions);
}
public void AcceptChanges()
{
OriginalTitle = _title;
OriginalTimesheetId = _timesheetId;
foreach (var item in _projectTimeItems)
{
item.AcceptChanges();
}
OriginalProjectTimeItems = GenericCopier <ObservableCollection <ObservableProjectTaskTimesheetItem> > .DeepCopy(_projectTimeItems);
foreach (var item in _nonProjectActivityItems)
{
item.AcceptChanges();
}
OriginalNonProjectActivityItems = GenericCopier <ObservableCollection <ObservableProjectTaskTimesheetItem> > .DeepCopy(_nonProjectActivityItems);
OriginalRequiredHours = GenericCopier <ObservableCollection <TimeSpan> > .DeepCopy(_requiredHours);
OriginalTotalRequiredHours = _totalRequiredHours;
foreach (var item in _totals)
{
item.AcceptChanges();
}
OriginalTotals = GenericCopier <ObservableCollection <ObservableHoursSummary> > .DeepCopy(_totals);
ResetChangeTracking();
}
public void AcceptChanges()
{
OriginalTitle = _title;
OriginalTimesheetId = _timesheetId;
foreach (var item in _projectTimeItems)
{
item.AcceptChanges();
}
OriginalProjectTimeItems = GenericCopier <ObservableCollection <ObservableProjectTaskTimesheetItem> > .DeepCopy(_projectTimeItems);
foreach (var item in _nonProjectActivityItems)
{
item.AcceptChanges();
}
OriginalNonProjectActivityItems = GenericCopier <ObservableCollection <ObservableProjectTaskTimesheetItem> > .DeepCopy(_nonProjectActivityItems);
OriginalRequiredHours = GenericCopier <ObservableCollection <TimeSpan> > .DeepCopy(_requiredHours);
OriginalTotalRequiredHours = _totalRequiredHours;
_dummyTimeEntry.AcceptChanges();
OriginalDummyTimeEntry = GenericCopier <ObservableTimeEntry> .DeepCopy(_dummyTimeEntry);
OriginalDummyValueTypeCollection = GenericCopier <ObservableCollection <int> > .DeepCopy(_dummyValueTypeCollection);
ResetChangeTracking();
}
private void SolveClick(object sender, RoutedEventArgs e)
{
#region Parsing
Reset();
ReadData();
#endregion
#region Pencil
for (int x = 0; x < 9; x++)
{
for (int y = 0; y < 9; y++)
{
#region Setup
int box = ((x / 3) * 3) + (y / 3);
if (grid[x, y] != ' ')
{
spaces[x, y].Add(int.Parse(grid[x, y].ToString()));
continue;
}
for (int i = 1; i <= 9; i++)
{
spaces[x, y].Add(i);
}
#endregion
#region Pencil by Box
for (int a = (box / 3) * 3; a < ((box / 3) * 3) + 3; a++)
{
for (int b = (box % 3) * 3; b < ((box % 3) * 3) + 3; b++)
{
if (grid[a, b] != ' ')
{
spaces[x, y].Remove(int.Parse(grid[a, b].ToString()));
}
}
}
#endregion
#region Pencil by Row
for (int i = 0; i < 9; i++)
{
if (grid[x, i] != ' ')
{
spaces[x, y].Remove(int.Parse(grid[x, i].ToString()));
}
}
#endregion
#region Pencil by Column
for (int i = 0; i < 9; i++)
{
if (grid[i, y] != ' ')
{
spaces[x, y].Remove(int.Parse(grid[i, y].ToString()));
}
}
#endregion
}
}
#endregion
#region Solving
Solving();
if (Check())
{
#region Brute Forceing
spacesSave = GenericCopier <List <int> [, ]> .DeepCopy(spaces);
gridSave = GenericCopier <char[, ]> .DeepCopy(grid);
for (int x = 0; x < 9; x++)
{
for (int y = 0; y < 9; y++)
{
if (spaces[x, y].Count > 1)
{
for (int i = 0; i < spaces[x, y].Count; i++)
{
if (BruteForce(x, y, i))
{
goto Exit;
}
}
}
}
}
#endregion
}
Exit:
#endregion
#region Display
Display();
Sudoku.IsEnabled = false;
Choices.IsEnabled = false;
if (Check())
{
MessageBox.Show("Sorry, this is the best I could do.");
}
else
{
MessageBox.Show("Solution Found!");
}
#endregion
}
public void ExecuteMetaheuristic(ref Solution bestSolution)
{
int bestIteration = 0;
Solution partialSolution = GenericCopier <Solution> .DeepCopy(bestSolution);
int control_Diversify = 0;
SummaryDetails summary = new SummaryDetails();
Splash.SplashGlobalData.SetSplashData(Constants.SPLASH_BEST_SOLUTION, bestSolution.Fitness);
double pertCost = 0, vnsCost = 0;
int iterations = 0;
//Guardar coste inicial.
summary.ILSSummary.InitCost = bestSolution.Parc_Cost;
for (int i = 0; iterations < _ilsSettings.MaxILSIterations && i < _ilsSettings.MaxILSNoImprovement; i++)
{
//Control de intensificación-diversificación.
if (i % _DIVERSIFY_MAX == 0)
{
_diversify--;
}
_diversify = _diversify < 3 ? 3 : _diversify;
if (i % 100 == 0)
{
_diversify = _DIVERSIFY_MAX;
}
//Guardar valores estadísticos.
var initCost = partialSolution.Parc_Cost;
var initFitness = partialSolution.Fitness;
Splash.SplashGlobalData.SetSplashData(Constants.SPLASH_ILS_TOTAL_ITERATIONS, iterations + 1);
//Apply VNS local search.
_vns.ExecuteMetaheuristic(ref partialSolution);
//Validator.ValidateSolution(ref partialSolution, _problem);
bool feasible = partialSolution.Feasible;
//Guardar valores estadísticos.
vnsCost = Costs.ParcialCostSolution(partialSolution, _problem); // partialSolution.Parc_Cost;
var vnsFitness = partialSolution.Fitness;
if (vnsFitness < initFitness)
{
summary.ILSSummary.TotalImpPrevious++; //Incrementar el número de veces que se mejora la solución previa (perturbada).
}
if (bestSolution.Feasible)
{
if (partialSolution.Feasible && (Math.Round(partialSolution.Fitness, 2) < Math.Round(bestSolution.Fitness, 2)))
{
bestSolution = GenericCopier <Solution> .DeepCopy(partialSolution);
//Actualizar la mejor solución con los nuevos parámetros.
control_Diversify = 0;
bestIteration = i;
i = 0;
_diversify = _DIVERSIFY_MAX;
summary.ILSSummary.BestIteration = iterations + 1; //Guardar mejor iteración encontrada.
summary.ILSSummary.TotalImpBest++; //Incrementar el número de veces que se mejora la mejor solución.
Singleton.Instance.UpdatePenaltyTerms(partialSolution);
Splash.SplashGlobalData.SetSplashData(Constants.SPLASH_ILS_IMPROVEMENTS, summary.ILSSummary.TotalImpBest);
Splash.SplashGlobalData.SetSplashData(Constants.SPLASH_BEST_SOLUTION, Math.Round(bestSolution.Fitness, 2));
}
else
{
control_Diversify++;
}
}
else
{
if (partialSolution.Feasible || Math.Round(partialSolution.Fitness, 2) < Math.Round(bestSolution.Fitness, 2))
{
if (partialSolution.Feasible && summary.ILSSummary.FirstItFeasible == null)
{
summary.ILSSummary.FirstItFeasible = iterations + 1; //Guardar primera iteración factible.
}
bestSolution = GenericCopier <Solution> .DeepCopy(partialSolution);
control_Diversify = 0;
i = 0;
_diversify = _DIVERSIFY_MAX;
summary.ILSSummary.BestIteration = iterations + 1; //Guardar mejor iteración encontrada.
summary.ILSSummary.TotalImpBest++; //Incrementar el número de veces que se mejora la mejor solución.
Singleton.Instance.UpdatePenaltyTerms(partialSolution);
//bestSolution.Fitness = Costs.EvaluationSolution(bestSolution, _problem);
Splash.SplashGlobalData.SetSplashData(Constants.SPLASH_ILS_IMPROVEMENTS, summary.ILSSummary.TotalImpBest);
Splash.SplashGlobalData.SetSplashData(Constants.SPLASH_BEST_SOLUTION, bestSolution.Fitness);
}
else
{
control_Diversify++;
}
}
if (control_Diversify > _diversify)
{
partialSolution = GenericCopier <Solution> .DeepCopy(bestSolution);
control_Diversify = 0;
}
var perturbation = _perturbations.ExecutePerturbation(ref partialSolution);
//Guardar valores estadísticos.
pertCost = partialSolution.Parc_Cost;
var pertFitness = partialSolution.Fitness;
//Añadir resumen de la iteración.
summary.VNSOperators.Add(new VNSOperators(iterations, _vns.ShiftInter, 0, _vns.WRI_IntraOP, _vns.IntraRouteInsertionOP, _vns.IntraSwap));
summary.ILSEvolution.Add(new ILSEvolution(iterations, Math.Round(initCost, 2), Math.Round(initFitness, 2), Math.Round(vnsCost, 2), Math.Round(vnsFitness, 2), perturbation, Math.Round(pertFitness, 2), Math.Round(pertCost, 2), feasible));
Splash.SplashGlobalData.SetSplashData(Constants.SPLASH_PROGRESS, Convert.ToDouble(Splash.SplashGlobalData.GetSplashData <double>(Constants.SPLASH_PROGRESS)) + _coef_Updater_Splash);
//Guardar cambios de cada operador.
iterations++;
}
//Recalcular con el proceso de 8 pasos y actualizar el coste.
foreach (var vehicle in bestSolution.Vehicles)
{
DARPAlgorithms.EightStepsEvaluationProcedure(ref bestSolution, vehicle, _problem);
}
bestSolution.TotalDuration = bestSolution.Vehicles.Sum(t => t.VehicleDuration);
bestSolution.TimeWindowViolation = bestSolution.Vehicles.Sum(t => t.TotalTimeWindowViolation);
bestSolution.RideTimeViolation = bestSolution.Vehicles.Sum(r => r.TotalRideTimeViolation);
bestSolution.DurationViolation = bestSolution.Vehicles.Sum(d => d.TotalDurationViolation);
bestSolution.LoadViolation = bestSolution.Vehicles.Sum(l => l.TotalLoadViolation);
bestSolution.TotalWaitingTime = bestSolution.Vehicles.Sum(t => t.TotalWaitingTime);
DARPAlgorithms.UpdateConstraintsSolution(ref bestSolution, _problem);
bestSolution.Fitness = Costs.EvaluationSolution(bestSolution, _problem);
bestSolution.Parc_Cost = Costs.ParcialCostSolution(bestSolution, _problem);
summary.ILSSummary.TotalIterations = iterations + 1;
summary.ILSSummary.FinalCost = bestSolution.Parc_Cost;
bestSolution.SummaryDetails = summary;
}
public List <ProcessData> working()
{
if (estimate_data.Count == 0)
{
List <ProcessData> ready_queue = new List <ProcessData>();
end_job_flag = new List <bool>();
int limit = data.Sum(item => Convert.ToInt32(item.arrived_time)) + data.Sum(item => Convert.ToInt32(item.service_time));
init();
for (int time = 0; time < limit;)
{
for (int i = 0; i < data.Count; i++)
{
if (Convert.ToInt32(data[i].arrived_time) <= time &&
!end_job_flag[Convert.ToInt32(data[i].no) - 1])
{
ready_queue.Add(data[i]);
// 작업 수행 확인
end_job_flag[Convert.ToInt32(data[i].no) - 1] = true;
}
}
if (ready_queue.Count > 0)
{
ready_queue = calculate(time, ready_queue);
estimate_data.Add(new ProcessData(new string[]
{
ready_queue[0].no,
ready_queue[0].pid,
ready_queue[0].priority,
"" + time,
ready_queue[0].service_time
}));
time += Convert.ToInt32(ready_queue[0].service_time);
ready_queue.RemoveAt(0);
}
else
{
time++;
}
}
List <ProcessData> time_data = GenericCopier <List <ProcessData> > .DeepCopy(estimate_data);
time_data = Common.Sort_Default(time_data);
data = Common.Sort_Default(data);
for (int idx = 0; idx < time_data.Count; idx++)
{
delay_data[idx] = Convert.ToInt32(time_data[idx].arrived_time) - Convert.ToInt32(data[idx].arrived_time);
return_data[idx] = delay_data[idx] + Convert.ToInt32(time_data[idx].service_time);
}
}
return(estimate_data);
}
