protected virtual string GetKeyColumnName(PropertyPath subject)
{
// Note: in a double usage of a collection of children the user can choose to solve it
// using a different 'key-column' or a specific 'where-clause'.
// Is better to delegate this responsibility case-by-case to a customizer instead use a general pattern.
// In case of unidirectional relation the UnidirectionalOneToManyMultipleCollectionsKeyColumnApplier is available
Type propertyType = subject.LocalMember.GetPropertyOrFieldType();
Type childType = propertyType.DetermineCollectionElementType();
var entity = subject.GetContainerEntity(DomainInspector);
var parentPropertyInChild = DomainInspector.GetBidirectionalMember(entity, subject.LocalMember, childType) ?? childType.GetFirstPropertyOfType(entity);
var baseName = parentPropertyInChild == null ? subject.PreviousPath == null ? entity.Name : entity.Name + subject.PreviousPath : parentPropertyInChild.Name;
return(GetKeyColumnName(baseName));
}
protected virtual string GetManyToManyTableName(PropertyPath subject)
{
var manyToManyRelation = GetRelation(subject.LocalMember);
var fromMany = manyToManyRelation.From;
var toMany = manyToManyRelation.To;
bool fromIsMaster = DomainInspector.IsMasterManyToMany(fromMany, toMany);
bool toIsMaster = DomainInspector.IsMasterManyToMany(toMany, fromMany);
fromMany = subject.GetContainerEntity(DomainInspector);
var explicitBidirectionalMember = DomainInspector.GetBidirectionalMember(fromMany, subject.LocalMember, toMany);
if (explicitBidirectionalMember == null)
{
Relation[] twoRelations = GetTwoRelation(fromMany, fromIsMaster, toMany, toIsMaster);
return(GetTableNameForRelation(twoRelations[0], twoRelations[1]));
}
else
{
RelationOn[] twoRelationOn = GetTwoRelationOn(fromMany, fromIsMaster, subject, toMany, toIsMaster, explicitBidirectionalMember);
return(GetTableNameForRelationOnProperty(twoRelationOn[0], twoRelationOn[1]));
}
}