public DependencyConstraintModel(DependencyConstraint constraint)
{
Id = constraint.Id;
Index = constraint.Index;
Negated = constraint.Negated;
SelectedMode = constraint.Mode;
Description = constraint.Description;
if (constraint.ForPeriodicTimeInterval != null)
{
if (constraint.ForPeriodicTimeInterval.Id != 0)
{
ForPeriodicTimeInterval = new PeriodicTimeIntervalModel(constraint.ForPeriodicTimeInterval, (DateTime)constraint.ForTimeInterval.StartTime.Instant, (DateTime)constraint.ForTimeInterval.EndTime.Instant);
ForPeriodicTimeInterval.IsSet = true;
ForPeriodicTimeInterval.Index = constraint.Index;
}
}
else
{
ForPeriodicTimeInterval = new PeriodicTimeIntervalModel();
}
ResourceObjects = new List <string>();
ResourceObjects.Add("Single Resource");
Implicit = constraint.Implicit;
Quantity = constraint.Quantity;
QuantityComparisonOperator = constraint.QuantityComparisonOperator;
ObjectName = constraint.ForResource.Name;
ObjectId = constraint.ForResource.Id.ToString();
}
public BlockingConstraintModel(BlockingConstraint constraint)
{
Id = constraint.Id;
Index = constraint.Index;
Negated = constraint.Negated;
SelectedMode = constraint.Mode;
Description = constraint.Description;
AllUsers = constraint.AllUsers;
ForEver = constraint.ForEver;
ForTimeInterval = new TimeInterval();
if (constraint.ForPeriodicTimeInterval != null)
{
if (constraint.ForPeriodicTimeInterval.Id != 0)
{
ForPeriodicTimeInterval = new PeriodicTimeIntervalModel(constraint.ForPeriodicTimeInterval, (DateTime)constraint.ForTimeInterval.StartTime.Instant, constraint.ForTimeInterval.EndTime.Instant);
ForPeriodicTimeInterval.IsSet = true;
ForPeriodicTimeInterval.Index = constraint.Index;
}
else
{
ForPeriodicTimeInterval = new PeriodicTimeIntervalModel();
}
}
if (constraint.ForPerson != null)
{
if (constraint.ForPerson.Self is PersonGroup)
{
PersonGroup pGroup = (PersonGroup)constraint.ForPerson.Self;
// pGroup.Users.ToList().ForEach(u => ForPersons.Add(new PersonInConstraint(u, pGroup.Id, constraint.Index)));
}
else if (constraint.ForPerson.Self is IndividualPerson)
{
IndividualPerson iPerson = (IndividualPerson)constraint.ForPerson.Self;
ForPersons.Add(new PersonInConstraint(iPerson.Person, iPerson.Id, constraint.Index));
}
}
if (constraint.ForTimeInterval != null)
{
TimeInterval timeInterval = new TimeInterval();
timeInterval = constraint.ForTimeInterval.Self;
timeInterval.StartTime = constraint.ForTimeInterval.StartTime.Self;
timeInterval.EndTime = constraint.ForTimeInterval.EndTime.Self;
ForTimeInterval = timeInterval;
}
else
{
ForTimeInterval = new TimeInterval();
}
}
public ResourceConstraintModel()
{
Index = 0;
ConstraintType = new List <string>();
ConstraintType.Add("Dependency");
ConstraintType.Add("Blocking");
ConstraintType.Add("Quantity");
Mode = new List <ConstraintMode>();
Mode.Add(ConstraintMode.all);
Mode.Add(ConstraintMode.each);
ForPersons = new List <PersonInConstraint>();
ForPeriodicTimeInterval = new PeriodicTimeIntervalModel();
}
public BlockingConstraintModel()
{
ForTimeInterval = new TimeInterval();
ForPeriodicTimeInterval = new PeriodicTimeIntervalModel();
}
