/// <summary>
/// Updates Process and Activity and Refreshes operators status
/// </summary>
/// <param name="processVm"></param>
public void Refresh(ProcessEditorVm processVm)
{
if (processVm != null)
{
Process = processVm.Model;
Activity = processVm.ActivityModel;
IsEnabled = true;
}
else
{
Process = null;
Activity = null;
IsEnabled = false;
}
refresh();
}
/// <summary>
/// Recreate all activities within this task
/// </summary>
internal void RebuildProcesses()
{
ProcessList.Clear();
//convert and add each activity (ssaGroup) within current StateStation to ProcessList
//note that: each group of SSA (grouped by activity) MUST be added ONCE (not 0 not 5)
// if SSA of one of processModels is in ssaGroup, consider that SSA
// else create a new processModel
foreach (var ssaGroup in Model.Block.StateStation.StateStationActivities.GroupBy(ssa => ssa.Activity.Id))
{
ProcessEditorVm processVm = null;
#region processVm = Create a new PPEditorProcess for this ssaGroup
//processModel: existing process which its ssa is in ssaGroup
var processModel = Model.Processes
.Where(p => p.StateStationActivity != null)
.FirstOrDefault(p => ssaGroup.Any(ssa => ssa.Id == p.StateStationActivity.Id));
if (processModel != null)//a process exists matching a ssa in ssaGroup
{
processVm = new ProcessEditorVm(processModel, _uow);
}
else//no process matches any ssa in ssaGroup
{
processModel = new Model.Process();
processModel.Task = Model;
processVm = new ProcessEditorVm(processModel, _uow, ssaGroup);
}
#endregion
#region Set the event handlers of processVm
processVm.ActivityChoiceChanged += (oldVal, newVal) =>
{
if (newVal == null) return;
//update TargetPoint of process
if (IsSameQtyForActivitiesSelected)
{
processVm.TargetPoint = SameQtyForActivities;
var newDuration = SameQtyForActivities * (int)newVal.CycleTime;
if (newDuration != processVm.DurationSeconds)
processVm.DurationSeconds = newDuration;
}
else if (IsSameTimeForActivitiesSelected)
{
processVm.TargetPoint = (int)Math.Floor(SameTimeForActivities.TotalSeconds / newVal.CycleTime);
var newDuration = processVm.TargetPoint * (int)newVal.CycleTime;
if (newDuration != processVm.DurationSeconds)
processVm.DurationSeconds = newDuration;
}
else
{
if (processVm.DurationSeconds > 0)
processVm.TargetPoint = (int)Math.Floor(processVm.DurationSeconds / newVal.CycleTime);
else if (processVm.TargetPoint > 0)
processVm.DurationSeconds = (int)Math.Floor(processVm.TargetPoint * newVal.CycleTime);
}
};
processVm.ProcessTargetPointChanged += (oldVal, newVal) =>
{
};
processVm.ProcessDurationChanged += (oldVal, newVal) =>
{
DurationSeconds = ProcessList.Max(x => x.DurationSeconds);
};
#endregion
//finally add it to ProcessList
ProcessList.Add(processVm);
}
}
void ProcessList_Added(ProcessEditorVm processVm)
{
//create choice menuitems for process
processVm.Choices.Clear();
foreach (var choice in Choices)
{
var choiceVm = new ChoiceEditorVm(choice.Model);
choiceVm.Selected += ch =>
processVm.SelectedChoice = Choices.FirstOrDefault(x => x.ManHour == ch.ManHour);
processVm.Choices.Add(choiceVm);
}
//notify Block about selection and delete
processVm.Selected += Process_Selected;
processVm.Deleted += Process_Deleted;
//notify Block about changes in times
processVm.TimesChanged += Process_TimesChanged;
//change selected choice for the process
processVm.SelectedOperatorsCountChanged += Process_OperatorsCountChanged;
//Updates process TargetPoint or DurationSeconds based on Block fixed data (deferred, fixedDuration, fixedTP)
processVm.SelectedChoiceChanged += Process_SelectedChoiceChanged;
if (processVm.Model.StateStationActivity != null)
{
//select the right choice based on manHour
//processVm.SelectedChoice = Choices.FirstOrDefault(x => x.ManHour == processVm.SelectedOperatorsCount);
//select the right choice based on SSA
processVm.SelectedChoice = Choices.FirstOrDefault(x => x.ManHour == processVm.Model.StateStationActivity.ManHour);
}
}
void Process_SelectedChoiceChanged(ProcessEditorVm processVm, ChoiceEditorVm newChoice)
{
if (SelectedChoiceChanged != null)
SelectedChoiceChanged(processVm, newChoice);
}
public ActivityEditorVm(
Model.Task task,
Dal.SoheilEdmContext uow,
IGrouping<Model.Activity, Model.StateStationActivity> ssaGroup)
: base(ssaGroup.Key)
{
Message = new Common.SoheilException.EmbeddedException();
if (!ssaGroup.Any())
{
Message.AddEmbeddedException("فعالیتی وجود ندارد");
return;
}
//make ProcessList self-aware of all changes
ProcessList.CollectionChanged += (s, e) =>
{
if (e.NewItems != null)
foreach (ProcessEditorVm processVm in e.NewItems)
{
ProcessList_Added(processVm);
}
};
//Add Choices
foreach (var choice in ssaGroup.OrderBy(ssa => ssa.ManHour))
{
Choices.Add(new ChoiceEditorVm(choice));
}
//Add existing processes
foreach (var process in task.Processes.Where(x => x.StateStationActivity.Activity.Id == ssaGroup.Key.Id))
{
ProcessList.Add(new ProcessEditorVm(process, Model, uow));
}
//Add process command
AddProcessCommand = new Commands.Command(o =>
{
DateTime dt;
if (GetTaskStart == null)
dt = ProcessList.Any() ?
ProcessList
.Where(x => x.ActivityModel.Id == ssaGroup.Key.Id)
.Max(x => x.Model.EndDateTime)
: task.StartDateTime;
else
dt = GetTaskStart();
var minMH = ssaGroup.Min(x => x.ManHour);
var processVm = new ProcessEditorVm(
new Model.Process
{
StartDateTime = dt,
EndDateTime = dt,
StateStationActivity = ssaGroup.First(x=>x.ManHour == minMH),
TargetCount = 0,
Task = task,
}, Model, uow);//activity Model is set here
ProcessList.Add(processVm);
processVm.IsSelected = true;
});
}
void Process_TimesChanged(ProcessEditorVm processVm, DateTime start, DateTime end)
{
if (TimesChanged != null)
TimesChanged(processVm, start, end);
}
void Process_OperatorsCountChanged(ProcessEditorVm processVm, int count)
{
processVm.SelectedChoice = Choices.FirstOrDefault(x => x.ManHour == count);
}
void Process_Deleted(ProcessEditorVm processVm)
{
processVm.IsSelected = false;
ProcessList.Remove(processVm);
if (ProcessList.Any()) ProcessList.First().IsSelected = true;
else
{
if (Selected != null)
Selected(processVm, false);
}
}
void Process_Selected(ProcessEditorVm processVm)
{
if (Selected != null)
Selected(processVm, true);
}
void Activity_TimesChanged(ProcessEditorVm process, DateTime start, DateTime end)
{
if (start < Model.StartDateTime)
{
StartDate = start.Date;
StartTime = start.TimeOfDay;
}
else
{
var max = ActivityList.Where(a => a.ProcessList.Any())
.Max(a => a.ProcessList.Max(p => p.Timing.EndDateTime));
EndDate = max.Date;
EndTime = max.TimeOfDay;
Model.EndDateTime = max;
}
Duration = Model.EndDateTime - Model.StartDateTime;
OperatorManager.refresh();
}
void Activity_Selected(ProcessEditorVm processVm, bool isSelected)
{
if (isSelected)
{
foreach (var activity in ActivityList)
{
foreach (var process in activity.ProcessList)
{
if (process != processVm) process.IsSelected = false;
}
}
OperatorManager.Refresh(processVm);
}
else
{
OperatorManager.Refresh(null);
}
}
void activityVm_SelectedChoiceChanged(ProcessEditorVm processVm, ChoiceEditorVm newChoice)
{
if (newChoice == null) return;
if (IsTargetPointFixed)
{
processVm.Timing.TargetPoint = 0;
processVm.Timing.TargetPoint = FixedTargetPoint;
}
else if (IsDurationFixed)
{
processVm.Timing.DurationSeconds = 0;
processVm.Timing.DurationSeconds = FixedDurationSeconds;
}
else if (IsDeferred)
{
//set target point
if (processVm.Timing.DurationSeconds > 0)
processVm.Timing.TargetPoint = (int)(processVm.Timing.DurationSeconds / newChoice.CycleTime);
//or set duration seconds
else
processVm.Timing.DurationSeconds = (int)(processVm.Timing.TargetPoint * newChoice.CycleTime);
}
}
