/// <summary>
/// Active Dependent type names of this object
/// </summary>
public List <string> DependentObjectNames()
{
var dependentObjects = new List <string>();
if (PerformanceMeasureActualSubcategoryOptions.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureActualSubcategoryOption).Name);
}
if (PerformanceMeasureActualSubcategoryOptionUpdates.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureActualSubcategoryOptionUpdate).Name);
}
if (PerformanceMeasureExpectedSubcategoryOptions.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureExpectedSubcategoryOption).Name);
}
if (PerformanceMeasureExpectedSubcategoryOptionUpdates.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureExpectedSubcategoryOptionUpdate).Name);
}
return(dependentObjects.Distinct().ToList());
}
/// <summary>
/// Active Dependent type names of this object
/// </summary>
public List <string> DependentObjectNames()
{
var dependentObjects = new List <string>();
if (ClassificationPerformanceMeasures.Any())
{
dependentObjects.Add(typeof(ClassificationPerformanceMeasure).Name);
}
if (PerformanceMeasureActuals.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureActual).Name);
}
if (PerformanceMeasureActualSubcategoryOptions.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureActualSubcategoryOption).Name);
}
if (PerformanceMeasureActualSubcategoryOptionUpdates.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureActualSubcategoryOptionUpdate).Name);
}
if (PerformanceMeasureActualUpdates.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureActualUpdate).Name);
}
if (PerformanceMeasureExpecteds.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureExpected).Name);
}
if (PerformanceMeasureExpectedSubcategoryOptions.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureExpectedSubcategoryOption).Name);
}
if (PerformanceMeasureNotes.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureNote).Name);
}
if (PerformanceMeasureSubcategories.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureSubcategory).Name);
}
if (ProjectTypePerformanceMeasures.Any())
{
dependentObjects.Add(typeof(ProjectTypePerformanceMeasure).Name);
}
return(dependentObjects.Distinct().ToList());
}
public string GetPerformanceMeasureSubcategoriesAsString()
{
return(PerformanceMeasureActualSubcategoryOptionUpdates.Any()
? string.Join("\r\n",
PerformanceMeasureActualSubcategoryOptionUpdates.OrderBy(x =>
x.PerformanceMeasureSubcategory.PerformanceMeasureSubcategoryDisplayName)
.Select(x => string.Format("{0}: {1}",
x.PerformanceMeasureSubcategory.PerformanceMeasureSubcategoryDisplayName,
x.PerformanceMeasureSubcategoryOption.PerformanceMeasureSubcategoryOptionName)))
: ViewUtilities.NoneString);
}
/// <summary>
/// Does this object have any dependent objects? (If it does have dependent objects, these would need to be deleted before this object could be deleted.)
/// </summary>
/// <returns></returns>
public bool HasDependentObjects()
{
return(PerformanceMeasureActualSubcategoryOptions.Any() || PerformanceMeasureActualSubcategoryOptionUpdates.Any() || PerformanceMeasureExpectedSubcategoryOptions.Any());
}
/// <summary>
/// Does this object have any dependent objects? (If it does have dependent objects, these would need to be deleted before this object could be deleted.)
/// </summary>
/// <returns></returns>
public bool HasDependentObjects()
{
return(ClassificationPerformanceMeasures.Any() || PerformanceMeasureActuals.Any() || PerformanceMeasureActualSubcategoryOptions.Any() || PerformanceMeasureActualSubcategoryOptionUpdates.Any() || PerformanceMeasureActualUpdates.Any() || PerformanceMeasureExpecteds.Any() || PerformanceMeasureExpectedSubcategoryOptions.Any() || PerformanceMeasureNotes.Any() || PerformanceMeasureSubcategories.Any() || ProjectTypePerformanceMeasures.Any());
}
/// <summary>
/// Active Dependent type names of this object
/// </summary>
public List <string> DependentObjectNames()
{
var dependentObjects = new List <string>();
if (ClassificationPerformanceMeasures.Any())
{
dependentObjects.Add(typeof(ClassificationPerformanceMeasure).Name);
}
if (GeospatialAreaPerformanceMeasureFixedTargets.Any())
{
dependentObjects.Add(typeof(GeospatialAreaPerformanceMeasureFixedTarget).Name);
}
if (GeospatialAreaPerformanceMeasureNoTargets.Any())
{
dependentObjects.Add(typeof(GeospatialAreaPerformanceMeasureNoTarget).Name);
}
if (GeospatialAreaPerformanceMeasureReportingPeriodTargets.Any())
{
dependentObjects.Add(typeof(GeospatialAreaPerformanceMeasureReportingPeriodTarget).Name);
}
if (MatchmakerOrganizationPerformanceMeasures.Any())
{
dependentObjects.Add(typeof(MatchmakerOrganizationPerformanceMeasure).Name);
}
if (PerformanceMeasureActuals.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureActual).Name);
}
if (PerformanceMeasureActualSubcategoryOptions.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureActualSubcategoryOption).Name);
}
if (PerformanceMeasureActualSubcategoryOptionUpdates.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureActualSubcategoryOptionUpdate).Name);
}
if (PerformanceMeasureActualUpdates.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureActualUpdate).Name);
}
if (PerformanceMeasureExpecteds.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureExpected).Name);
}
if (PerformanceMeasureExpectedSubcategoryOptions.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureExpectedSubcategoryOption).Name);
}
if (PerformanceMeasureExpectedSubcategoryOptionUpdates.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureExpectedSubcategoryOptionUpdate).Name);
}
if (PerformanceMeasureExpectedUpdates.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureExpectedUpdate).Name);
}
if (PerformanceMeasureFixedTargets.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureFixedTarget).Name);
}
if (PerformanceMeasureImages.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureImage).Name);
}
if (PerformanceMeasureNotes.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureNote).Name);
}
if (PerformanceMeasureReportingPeriodTargets.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureReportingPeriodTarget).Name);
}
if (PerformanceMeasureSubcategories.Any())
{
dependentObjects.Add(typeof(PerformanceMeasureSubcategory).Name);
}
if (TaxonomyLeafPerformanceMeasures.Any())
{
dependentObjects.Add(typeof(TaxonomyLeafPerformanceMeasure).Name);
}
return(dependentObjects.Distinct().ToList());
}
/// <summary>
/// Does this object have any dependent objects? (If it does have dependent objects, these would need to be deleted before this object could be deleted.)
/// </summary>
/// <returns></returns>
public bool HasDependentObjects()
{
return(ClassificationPerformanceMeasures.Any() || GeospatialAreaPerformanceMeasureFixedTargets.Any() || GeospatialAreaPerformanceMeasureNoTargets.Any() || GeospatialAreaPerformanceMeasureReportingPeriodTargets.Any() || MatchmakerOrganizationPerformanceMeasures.Any() || PerformanceMeasureActuals.Any() || PerformanceMeasureActualSubcategoryOptions.Any() || PerformanceMeasureActualSubcategoryOptionUpdates.Any() || PerformanceMeasureActualUpdates.Any() || PerformanceMeasureExpecteds.Any() || PerformanceMeasureExpectedSubcategoryOptions.Any() || PerformanceMeasureExpectedSubcategoryOptionUpdates.Any() || PerformanceMeasureExpectedUpdates.Any() || PerformanceMeasureFixedTargets.Any() || PerformanceMeasureImages.Any() || PerformanceMeasureNotes.Any() || PerformanceMeasureReportingPeriodTargets.Any() || PerformanceMeasureSubcategories.Any() || TaxonomyLeafPerformanceMeasures.Any());
}