public Object GetObjectFromInitiator(Initiator init)
{
int cell_id = init.ID_of_MemoryCell;
Object finded_obj = this.Memory.GetObjectByID(cell_id);
return(finded_obj);
}
public void SetCurrentUnit(Unit unit)
{
this.INITIATOR = new Initiator(InitiatorType.Description);
this.INITIATOR.NextOperator = new Operator();
this.INITIATOR.NextOperator.ParentSubprogram = new Subprogram();
this.INITIATOR.NextOperator.ParentSubprogram.Unit = unit;
}
public Executor(Model model)
{
this.ParentModel = model;
this.TC_Cont = new TimeAndConditionController(this);
this.TIME = 0;
this.INITIATOR = null;
this.RAND = new Random();
}
public void InsertConditionRecord(Phrase phrase, Initiator init, Subprogram subp /*int lable*/, bool islast)
{
if (islast)
{
ID_event_Counter--;
}
RecordCT NewRec = new RecordCT(ID_event_Counter, phrase, init, subp);
ID_event_Counter++;
CT.Insert(NewRec);
}
public void AddTimeRecord(double time, Initiator init, Subprogram subp /*int lable*/, bool islast)
{
if (islast)
{
ID_event_Counter--;
}
RecordFTT NewRec = new RecordFTT(ID_event_Counter, time, init, subp);
ID_event_Counter++;
FTT.Add(NewRec);
}
public Initiator ActivateFromLink(string link_name, string link_unit)
{
Initiator init = new Initiator(InitiatorType.Flow);
Object obj = GetObjectFromLink(link_name, link_unit);
//obj = this.ParentModel.Memory.AddSingletonObject(obj);
init.ID_of_MemoryCell = obj.ID;
this.IT.Add(init);
return(init);
}
//public Scalar GetScalar(string name, string unit)
//{
// return (Scalar)this.GVT.Vars[unit].Find(o => o.Name == name);
//}
//public Link GetLink(string name, string unit)
//{
// return (Link)this.GVT.Vars[unit].Find(o => o.Name == name);
//}
///!!!
//public Object GetVectorNode(string vector_name, Phrase path, string unit)
//{
// Object result;
// //string vector_name = ((Word)(path.Value[0])).LValue;
// Phrase inner_node = path.Value[1];
// Vector parent_vector = (Vector)this.GVT.Vars[unit].Find(v => v.Name == vector_name);
// //SLT.Scalar updated_scalar = (Scalar)this.ParentModel.GVT.Vars[unit].Find(o => o.Name == name);
// result = parent_vector.FindNode(inner_node);//Scalar or Link
// return result;
// //updated_obj.SetValue(value);
//}
//INITIAORS
public Initiator CreateInitiator(string unit_name)
{
Initiator init = new Initiator(InitiatorType.Aggregate);
//Subprogram subp = this.ParentModel.ST_Cont.Tracks.Find(sp => sp.Unit.Name == unit_name);
//init.Position = subp;
Object obj = new Scalar("Инициатор блока", unit_name, unit_name);
obj = this.Memory.AddSingletonObject(obj);
init.ID_of_MemoryCell = obj.ID;
this.IT.Add(init);
return(init);
}
int GetArrowType(Queue queue, int index)
{
int arrow = (int)Queue.ArrowType.None;
int position = queue.Place.Operators[0].Start;
if (queue.Items.Count < index + 1)
{
return((int)Queue.ArrowType.None);
}
Initiator init = queue.Items[index].Initiator;
bool finded = false;
List <Queue> qt = this.Model.Executor.QT.Queues;
foreach (Queue inner_q in qt)
{
if (inner_q.Items.Exists(i => (i.Initiator == init) && (inner_q != queue)))
{
finded = true;
break;
}
}
arrow += (int)Queue.ArrowType.Full;
if (finded)
{
arrow = (int)Queue.ArrowType.Half;
}
switch (queue.Items[index].Delay)
{
case Queue.DelayType.Ready:
arrow += (int)Queue.ArrowType.Ready;
break;
case Queue.DelayType.WaitTime:
arrow += (int)Queue.ArrowType.WaitTime;
break;
case Queue.DelayType.Stopped:
arrow += (int)Queue.ArrowType.Stopped;
break;
}
return(arrow);
}
void SetState()
{
RecordEvent next_event = this.TC_Cont.FindNextEvent();
if (next_event != null)
{
this.TC_Cont.DeleteRecords(next_event.ID);
this.INITIATOR = next_event.Initiator;
this.INITIATOR.NextOperator = next_event.Subprogram.Operators[0];
if (next_event.GetType() == typeof(RecordFTT))
{
double active_time = ((RecordFTT)next_event).ActiveTime;
this.TIME = active_time;
}
}
else
{
this.ParentModel.StatusInfo = "Модель выполнилась до конца.";
}
}
public void Add(Initiator init, DelayType delay)
{
this.Items.Add(new QueueItem(init, delay));
}
public QueueItem(Initiator init, DelayType delay)
{
this.Initiator = init;
this.Delay = delay;
}
public RecordCT(int id, Phrase cond, Initiator init, Subprogram subp)
: base(id, init, subp)
{
this.Condition = cond;
}
public void SetInitiator(Initiator init)
{
this.INITIATOR = init;
}
public void Add(Initiator init)
{
init.Number = this.NumberCount;
this.NumberCount++;
this.Initiators.Add(init);
}
public RecordFTT(int id, double time, Initiator init, Subprogram subpr) :
base(id, init, subpr)
{
this.ActiveTime = time;
}
public void Delete(int id)
{
Initiator init = this.Initiators.Find(i => i.ID_of_MemoryCell == id);
this.Initiators.Remove(init);
}
public RecordEvent(int id, Initiator init, Subprogram subpr)
{
this.ID = id;
this.Initiator = init;
this.Subprogram = subpr;
}
