/// <summary>
///
/// </summary>
/// <remarks></remarks>
/// <seealso cref=""/>
/// <param name="data"></param>
/// <param name="auxiliary"></param>
public override bool IsSatisfied(object data, object auxiliary = null)
{
ResourceConstraintData cData = (ResourceConstraintData)data;
bool isSatisfied = true;
bool peopleMatch = false;
bool timeMatchComplete = false;
if (ForPerson != null && ForTimeInterval != null)
{
peopleMatch = ConstraintCheckHelpers.PeopleMatch(ForPerson, cData.PersonsInSchedule);
timeMatchComplete = ConstraintCheckHelpers.TimeMatchComplete(ForTimeInterval.StartTime.Instant, ForTimeInterval.EndTime.Instant, (DateTime)cData.TimePeriodInSchedule.StartTime.Instant, (DateTime)cData.TimePeriodInSchedule.EndTime.Instant);
if (peopleMatch && timeMatchComplete)
{
isSatisfied = false;
MessageTemplate = "The resource is blocked for the choosen time period and selected people.";
}
}
else if (ForPerson != null)
{
peopleMatch = ConstraintCheckHelpers.PeopleMatch(ForPerson, cData.PersonsInSchedule);
if (peopleMatch)
{
isSatisfied = false;
MessageTemplate = "The resource is blocked selected people.";
}
}
else if (ForTimeInterval != null)
{
timeMatchComplete = ConstraintCheckHelpers.TimeMatchComplete(ForTimeInterval.StartTime.Instant, ForTimeInterval.EndTime.Instant, (DateTime)cData.TimePeriodInSchedule.StartTime.Instant, (DateTime)cData.TimePeriodInSchedule.EndTime.Instant);
if (timeMatchComplete)
{
isSatisfied = false;
MessageTemplate = "The resource is blocked for the choosen time period";
}
}
if (ForPeriodicTimeInterval != null)
{
PeriodicTimeHelper pHelper = new PeriodicTimeHelper();
List <DateTime> tempDates = pHelper.PeriodicTimeMatch(ForPeriodicTimeInterval, ForTimeInterval, (DateTime)cData.TimePeriodInSchedule.StartTime.Instant, (DateTime)cData.TimePeriodInSchedule.EndTime.Instant);
if (tempDates.Count() > 0)
{
isSatisfied = false;
string m = "";
foreach (DateTime d in tempDates)
{
m += d.ToString() + "\r\n";
}
MessageTemplate = String.Format("The resource is blocked on the followings day(s): {0}", m);
}
}
return(isSatisfied);
}
/// <summary>
///
/// </summary>
/// <remarks></remarks>
/// <seealso cref=""/>
/// <param name="data"></param>
/// <param name="auxiliary"></param>
public override bool IsSatisfied(object data, object auxiliary = null)
{
bool isSatisfied = true;
bool peopleMatch = false;
bool timeMatchComplete = false;
ResourceConstraintData cData = (ResourceConstraintData)data;
List <long> personInConstraint = new List <long>();
//Case 1: Person AND Time Period restriction
if ((ForPerson != null || AllUsers) && (ForTimeInterval != null || ForEver))
{
if (ForPerson != null)
{
peopleMatch = ConstraintCheckHelpers.PeopleMatch(ForPerson, cData.PersonsInSchedule);
}
if (ForTimeInterval != null)
{
timeMatchComplete = ConstraintCheckHelpers.TimeMatchComplete(ForTimeInterval.StartTime.Instant, ForTimeInterval.EndTime.Instant, (DateTime)cData.TimePeriodInSchedule.StartTime.Instant, (DateTime)cData.TimePeriodInSchedule.EndTime.Instant);
}
if ((peopleMatch && timeMatchComplete) || (peopleMatch && ForEver) || (timeMatchComplete && AllUsers) || (ForEver && AllUsers))
{
switch (ComparisonOperator)
{
case ComparisonOperator.Equals:
{
if (Quantity != cData.QuantityInSchedule)
{
isSatisfied = false;
MessageTemplate = String.Format("You must book a Quantity {0} {1}.", ComparisonOperator, Quantity);
}
break;
}
}
}
}
else if (ForPerson != null || AllUsers)
{
if (ForPerson != null)
{
peopleMatch = ConstraintCheckHelpers.PeopleMatch(ForPerson, cData.PersonsInSchedule);
}
if (peopleMatch || AllUsers)
{
switch (ComparisonOperator)
{
case ComparisonOperator.Equals:
{
if (Quantity != cData.QuantityInSchedule)
{
isSatisfied = false;
MessageTemplate = String.Format("You must book a Quantity {0} {1}.", ComparisonOperator, Quantity);
}
break;
}
}
}
}
else if (ForTimeInterval != null || ForEver)
{
if (ForTimeInterval != null)
{
timeMatchComplete = ConstraintCheckHelpers.TimeMatchComplete(ForTimeInterval.StartTime.Instant, ForTimeInterval.EndTime.Instant, (DateTime)cData.TimePeriodInSchedule.StartTime.Instant, (DateTime)cData.TimePeriodInSchedule.EndTime.Instant);
}
if (timeMatchComplete || ForEver)
{
switch (ComparisonOperator)
{
case ComparisonOperator.Equals:
{
if (Quantity != cData.QuantityInSchedule)
{
isSatisfied = false;
MessageTemplate = String.Format("You must book a Quantity {0} {1}.", ComparisonOperator, Quantity);
}
break;
}
}
}
}
//else
//{
// switch (ComparisonOperator)
// {
// case ComparisonOperator.Equals:
// {
// if (Quantity != cData.Quantity)
// {
// isSatisfied = false;
// MessageTemplate = String.Format("You must book a Quantity {0} {1}.", ComparisonOperator, Quantity);
// }
// break;
// }
// }
//}
return(isSatisfied);
}
/// <summary>
///
/// </summary>
/// <remarks></remarks>
/// <seealso cref=""/>
/// <param name="data"></param>
/// <param name="auxiliary"></param>
public override bool IsSatisfied(object data, object auxiliary = null)
{
bool isSatisfied = true;
ResourceConstraintData cData = (ResourceConstraintData)data;
int countdependentQuantity = 0;
var dependentResources = cData.SchedulesInEvent.Where(a => a.Resource.Id == ForResource.Id).ToList();
if (dependentResources.Count() > 0)
{
var q = dependentResources.Where(a => a.Quantity > 1).Select(a => a.Quantity).ToList().Sum();
countdependentQuantity = dependentResources.Count() * q;
}
//check if the time period for the resource in this schedule match with the time period from the depented resources
foreach (Schedule s in cData.SchedulesInEvent)
{
if (!ConstraintCheckHelpers.TimeMatchComplete(s.StartDate, s.EndDate, cData.TimePeriodInSchedule.StartTime.Instant.Value, cData.TimePeriodInSchedule.EndTime.Instant.Value))
{
isSatisfied = false;
MessageTemplate += String.Format("The booking time period for the resource {0} must fit with this time period. \r\n", s.Resource.Name);
}
}
if (Quantity == 1)
{
if (dependentResources.Count() == 0)
{
isSatisfied = false;
//if you book more then 1 of the resouce which have a Dependency then you need also more depend resources
if (cData.QuantityInSchedule > 1)
{
MessageTemplate += String.Format("If you book this resource you have to book additionally this resource {0} {1} times.", ForResource.Name, cData.QuantityInSchedule);
}
else
{
MessageTemplate += String.Format("If you book this resource you have to book additionally this resource {0} one times.", ForResource.Name);
}
}
else if (countdependentQuantity != cData.QuantityInSchedule)
{
isSatisfied = false;
MessageTemplate += String.Format("If you book this resource with a Quanity of {2} you have to book additionally this resource {0} {1} times.", ForResource.Name, cData.QuantityInSchedule, Quantity);
}
}
else
{
//Constraint quantity multiply in schedule quantity from the source resource result in the quantiry that you need from the dependent resource
int neededQuantity = Quantity * cData.QuantityInSchedule;
if (dependentResources.Count() > 0)
{
switch (QuantityComparisonOperator)
{
case ComparisonOperator.Equals:
{
if (neededQuantity != countdependentQuantity)
{
isSatisfied = false;
MessageTemplate += String.Format("If you book this resource {2} times you have to book additionally this resource {0} with a Quantity of {1}", ForResource.Name, neededQuantity, cData.QuantityInSchedule);
}
break;
}
}
}
else
{
isSatisfied = false;
MessageTemplate = String.Format("If you book this resource {2} times you have to book additionally this resource {0} with a Quantity of {1}", ForResource.Name, neededQuantity, cData.QuantityInSchedule);
}
}
return(isSatisfied);
}
