public static void isValid_HasPersistentOrder(RelationEnd obj, PropertyIsValidEventArgs e)
{
if (obj.HasPersistentOrder && obj.Multiplicity != Multiplicity.ZeroOrMore)
{
e.IsValid = false;
e.Error = String.Format("Can only require persistent order when multiplicity is ZeroOrMore, but multiplicity is {0}", obj.Multiplicity);
}
}
public static void isValid_NextStates(StateChangeDefinition obj, PropertyIsValidEventArgs e)
{
// Check if next states are member of the same workflow definition
if (obj.StateDefinition != null)
{
var invalidNextStates = obj.NextStates.Where(ns => ns.WFDefinition != obj.StateDefinition.WFDefinition).ToList();
e.IsValid = invalidNextStates.Count == 0;
e.Error = e.IsValid ? string.Empty : "At least one next state does not belong to the same workflow. These states are: " + string.Join(", ", invalidNextStates.Select(ns => ns.Name).ToArray());
}
}
public static void isValid_InvokedByActions(StateChangeDefinition obj, PropertyIsValidEventArgs e)
{
// Check if actions invoke only one state change
if (obj.StateDefinition != null)
{
var allOtherActions = obj.StateDefinition.StateChanges.Except(new[] { obj }).SelectMany(sc => sc.InvokedByActions);
var actions = allOtherActions.Intersect(obj.InvokedByActions).ToList();
e.IsValid = actions.Count == 0;
e.Error = e.IsValid ? string.Empty : "A Action is invoking more than one state change. This state change is one of it. Actions found: " + string.Join(", ", actions.Select(a => a.Action.Name).ToArray());
}
}
public static void isValid_FulfillmentDate(Receipt obj, PropertyIsValidEventArgs e)
{
if (obj.FulfillmentDate.HasValue && obj.Status.In(ReceiptStatus.Open, ReceiptStatus.Canceled))
{
e.IsValid = false;
e.Error = "Current status does not allow a fullfillment date";
}
else if (!obj.FulfillmentDate.HasValue && obj.Status.In(ReceiptStatus.Fulfilled, ReceiptStatus.Partial, ReceiptStatus.WriteOff))
{
e.IsValid = false;
e.Error = "Current status requieres a Fulfillment date";
}
else
{
e.IsValid = true;
}
}
public static void isValid_DatumVon(Task obj, PropertyIsValidEventArgs e)
{
e.IsValid = !obj.IsInitialized("DatumBis") || obj.DatumBis >= obj.DatumVon || obj.DatumBis == null;
e.Error = e.IsValid ? string.Empty : "Falsches Zeitalter";
}
public static void isValid_Aufwand(Task obj, PropertyIsValidEventArgs e)
{
e.IsValid = obj.Aufwand >= 0;
e.Error = e.IsValid ? string.Empty : "Ungültiger Aufwand";
}
public static void isValid_KickOffBis(Projekt obj, PropertyIsValidEventArgs e)
{
e.IsValid = obj.KickOffBis == null || obj.KickOffBis >= obj.KickOffAm;
e.Error = e.IsValid ? string.Empty : "Bis-Datum ist leer oder liegt vor dem Von-Datum";
}
public static void isValid_DatumBis(Task obj, PropertyIsValidEventArgs e)
{
e.IsValid = !obj.IsInitialized("DatumVon") || obj.DatumBis >= obj.DatumVon || obj.DatumBis == null;
e.Error = e.IsValid ? string.Empty : "Falsches Zeitalter";
}
public static void isValid_Aufwand(Task obj, PropertyIsValidEventArgs e)
{
e.IsValid = obj.Aufwand >= 0;
e.Error = e.IsValid ? string.Empty : "Ungültiger Aufwand";
}
public static void isValid_Name(Property obj, PropertyIsValidEventArgs e)
{
e.IsValid = true;
var dataType = obj.ObjectClass;
while (dataType != null)
{
if (dataType.Properties.Where(p => p != obj && p.Name == obj.Name).Count() > 0)
{
e.IsValid = false;
}
var cls = dataType as ObjectClass;
if (cls != null)
{
dataType = cls.BaseObjectClass;
}
else
{
break;
}
}
e.Error = e.IsValid ? string.Empty : "Propertyname is not unique";
}
public static void isValid_DefaultSortPriority(Property obj, PropertyIsValidEventArgs e)
{
var cls = obj.ObjectClass;
if (cls == null || obj.DefaultSortPriority == null)
{
e.IsValid = true;
return;
}
var other = cls.Properties
.Except(new[] { obj })
.Where(p => p.DefaultSortPriority == obj.DefaultSortPriority)
.ToList();
e.IsValid = other.Count == 0;
e.Error = e.IsValid
? string.Empty
: string.Format("{0} other property/ies have the same default sort priority: {1}", other.Count, string.Join(", ", other.Select(p => p.Name)));
}
public static void isValid_Storage(Relation obj, PropertyIsValidEventArgs e)
{
var rel = obj;
if (rel.A != null && rel.B != null)
{
if (rel.A.Multiplicity == 0 || rel.B.Multiplicity == 0)
{
e.IsValid = false;
e.Error = "Incomplete Relation (Multiplicity is missing)";
return;
}
var aUpper = rel.A.Multiplicity.UpperBound();
var bUpper = rel.B.Multiplicity.UpperBound();
switch (rel.Storage)
{
case StorageType.MergeIntoA:
e.IsValid = bUpper <= 1;
if (!e.IsValid) e.Error = "B side could be more than one. Not able to merge foreign key into A";
break;
case StorageType.MergeIntoB:
e.IsValid = aUpper <= 1;
if (!e.IsValid) e.Error = "A side could be more than one. Not able to merge foreign key into B";
break;
case StorageType.Separate:
e.IsValid = aUpper > 1 && bUpper > 1;
if (!e.IsValid)
{
if (aUpper <= 1 && bUpper <= 1)
{
e.Error = "A side is only one-ary. Please use MergeIntoA or MergeIntoB";
}
else if (aUpper <= 1)
{
e.Error = "A side is only one-ary. Please use MergeIntoB";
}
else if (bUpper <= 1)
{
e.Error = "B side is only one-ary. Please use MergeIntoA";
}
}
break;
case StorageType.Replicate:
default:
e.IsValid = false;
e.Error = String.Format("StorageType.{0} not implemented.", rel.Storage);
break;
}
}
else
{
e.IsValid = false;
e.Error = "Incomplete Relation (A or B missing)";
}
}
public static void isValid_Containment(Relation obj, PropertyIsValidEventArgs e)
{
var rel = obj;
if (rel.A != null && rel.B != null)
{
if (rel.A.Multiplicity == 0 || rel.B.Multiplicity == 0)
{
e.IsValid = false;
e.Error = "Incomplete Relation (A.Multiplicity or B.Multiplicity missing)";
return;
}
var relType = rel.GetRelationType();
switch (rel.Containment)
{
case ContainmentSpecification.AContainsB:
if (relType == RelationType.n_m)
{
e.IsValid = false;
e.Error = "N:M relations cannot be containment relations";
}
else if (relType == RelationType.one_n)
{
e.IsValid = rel.B.Multiplicity.UpperBound() > 1;
if (!e.IsValid) e.Error = "Can only contain the N-side of a 1:N relationship (which is A).";
}
else if (relType == RelationType.one_one)
{
e.IsValid = true;
}
else
{
e.IsValid = false;
e.Error = String.Format("RelationType.{0} not implemented.", relType);
}
break;
case ContainmentSpecification.BContainsA:
if (relType == RelationType.n_m)
{
e.IsValid = false;
e.Error = "N:M relations cannot be containment relations";
}
else if (relType == RelationType.one_n)
{
e.IsValid = rel.A.Multiplicity.UpperBound() > 1;
if (!e.IsValid) e.Error = "Can only contain the N-side of a 1:N relationship (which is B).";
}
else if (relType == RelationType.one_one)
{
e.IsValid = true;
}
else
{
e.IsValid = false;
e.Error = String.Format("RelationType.{0} not implemented.", relType);
}
break;
case ContainmentSpecification.Independent:
e.IsValid = true;
break;
default:
{
e.IsValid = false;
e.Error = String.Format("ContainmentType.{0} not implemented.", rel.Containment);
break;
}
}
}
else
{
e.IsValid = false;
e.Error = "Incomplete Relation (A or B missing)";
}
}
public static void isValid_TableMapping(ObjectClass obj, PropertyIsValidEventArgs e)
{
e.IsValid = obj.TableMapping == null || (obj.TableMapping != null && obj.BaseObjectClass == null);
e.Error = e.IsValid ? string.Empty : "TableMapping is valid only on base classes.";
}
public static void isValid_Navigator(RelationEnd obj, PropertyIsValidEventArgs e)
{
var relEnd = obj;
var rel = relEnd.GetParent();
if (rel == null)
{
e.IsValid = false;
e.Error = "No Relation assigned to Relation end";
return;
}
var otherEnd = rel.GetOtherEnd(relEnd);
var orp = obj.Navigator;
e.IsValid = true;
if (orp != null)
{
if (orp.ObjectClass == null)
{
e.IsValid = false;
e.Error = String.Format("Navigator should be attached to {0}", relEnd.Type);
}
if (orp.ObjectClass != relEnd.Type)
{
e.IsValid = false;
e.Error = String.Format("Navigator is attached to {0} but should be attached to {1}",
orp.ObjectClass,
relEnd.Type);
}
switch (otherEnd.Multiplicity)
{
case Multiplicity.One:
if(orp.Constraints.OfType<NotNullableConstraint>().Count() == 0)
{
e.IsValid = false;
e.Error = "Navigator should have NotNullableConstraint because Multiplicity of opposite RelationEnd is One";
}
break;
case Multiplicity.ZeroOrMore:
if(orp.Constraints.OfType<NotNullableConstraint>().Count() > 0)
{
e.IsValid = false;
e.Error = "Navigator should not have NotNullableConstraint because Multiplicity of opposite RelationEnd is ZeroOrMore";
}
break;
case Multiplicity.ZeroOrOne:
if(orp.Constraints.OfType<NotNullableConstraint>().Count() > 0)
{
e.IsValid = false;
e.Error = "Navigator should not have NotNullableConstraint because Multiplicity of opposite RelationEnd is ZeroOrOne";
}
break;
}
}
}
public static void isValid_KickOffBis(Projekt obj, PropertyIsValidEventArgs e)
{
e.IsValid = obj.KickOffBis == null || obj.KickOffBis >= obj.KickOffAm;
e.Error = e.IsValid ? string.Empty : "Bis-Datum ist leer oder liegt vor dem Von-Datum";
}
