public void Version <TProperty>(Expression <Func <TEntity, TProperty> > versionProperty, Action <IVersionMapper> versionMapping)
{
MemberInfo member = TypeExtensions.DecodeMemberAccessExpression(versionProperty);
ExplicitDeclarationsHolder.AddAsVersionProperty(member);
CustomizersHolder.AddCustomizer(typeof(TEntity), (IClassMapper m) => m.Version(member, versionMapping));
}
protected override void RegisterMapMapping <TKey, TElement>(Expression <Func <TEntity, IDictionary <TKey, TElement> > > property, Action <IMapPropertiesMapper <TEntity, TKey, TElement> > collectionMapping, Action <IMapKeyRelation <TKey> > keyMapping, Action <ICollectionElementRelation <TElement> > mapping)
{
MemberInfo member = TypeExtensions.DecodeMemberAccessExpression(property);
ExplicitDeclarationsHolder.AddAsPropertySplit(new SplitDefinition(typeof(TEntity), splitGroupId, member));
base.RegisterMapMapping(property, collectionMapping, keyMapping, mapping);
}
public void Version(string notVidiblePropertyOrFieldName, Action <IVersionMapper> versionMapping)
{
var member = typeof(TEntity).GetPropertyOrFieldMatchingName(notVidiblePropertyOrFieldName);
ExplicitDeclarationsHolder.AddAsVersionProperty(member);
CustomizersHolder.AddCustomizer(typeof(TEntity), (IClassMapper m) => m.Version(member, versionMapping));
}
protected override void RegisterNoVisiblePropertyMapping(string notVisiblePropertyOrFieldName, System.Action <IPropertyMapper> mapping)
{
MemberInfo member = typeof(TEntity).GetPropertyOrFieldMatchingName(notVisiblePropertyOrFieldName);
ExplicitDeclarationsHolder.AddAsPropertySplit(new SplitDefinition(typeof(TEntity), splitGroupId, member));
base.RegisterNoVisiblePropertyMapping(notVisiblePropertyOrFieldName, mapping);
}
protected override void RegisterComponentMapping <TComponent>(Expression <Func <TEntity, TComponent> > property, Action <IComponentMapper <TComponent> > mapping)
{
MemberInfo member = TypeExtensions.DecodeMemberAccessExpression(property);
ExplicitDeclarationsHolder.AddAsPropertySplit(new SplitDefinition(typeof(TEntity), splitGroupId, member));
base.RegisterComponentMapping(property, mapping);
}
protected override void RegisterManyToOneMapping <TProperty>(System.Linq.Expressions.Expression <System.Func <TEntity, TProperty> > property, System.Action <IManyToOneMapper> mapping)
{
MemberInfo member = TypeExtensions.DecodeMemberAccessExpression(property);
ExplicitDeclarationsHolder.AddAsPartOfComposedId(member);
base.RegisterManyToOneMapping(property, mapping);
}
protected override void RegisterAnyMapping <TProperty>(Expression <Func <TEntity, TProperty> > property, System.Type idTypeOfMetaType, Action <IAnyMapper> mapping)
{
MemberInfo member = TypeExtensions.DecodeMemberAccessExpression(property);
ExplicitDeclarationsHolder.AddAsPropertySplit(new SplitDefinition(typeof(TEntity), splitGroupId, member));
base.RegisterAnyMapping(property, idTypeOfMetaType, mapping);
}
public void WhenNotDeclaredExplicitOneToOneThenNoMatch()
{
var edo = new ExplicitDeclarationsHolder();
var relation = new Relation(typeof(MyClass), typeof(MyOneClass));
var pattern = new OneToOneUnidirectionalToManyToOnePattern(edo);
pattern.Match(relation).Should().Be.False();
}
protected override void RegisterAnyMapping <TProperty>(System.Linq.Expressions.Expression <System.Func <TEntity, TProperty> > property, System.Type idTypeOfMetaType, System.Action <IAnyMapper> mapping)
{
MemberInfo member = TypeExtensions.DecodeMemberAccessExpression(property);
MemberInfo memberOf = TypeExtensions.DecodeMemberAccessExpressionOf(property);
ExplicitDeclarationsHolder.AddAsNaturalId(member);
ExplicitDeclarationsHolder.AddAsNaturalId(memberOf);
base.RegisterAnyMapping(property, idTypeOfMetaType, mapping);
}
protected override void RegisterComponentMapping <TComponent>(System.Linq.Expressions.Expression <System.Func <TEntity, TComponent> > property, System.Action <IComponentMapper <TComponent> > mapping)
{
MemberInfo member = TypeExtensions.DecodeMemberAccessExpression(property);
MemberInfo memberOf = TypeExtensions.DecodeMemberAccessExpressionOf(property);
ExplicitDeclarationsHolder.AddAsNaturalId(member);
ExplicitDeclarationsHolder.AddAsNaturalId(memberOf);
base.RegisterComponentMapping(property, mapping);
}
protected override void RegisterNoVisiblePropertyMapping(string notVisiblePropertyOrFieldName, System.Action <IPropertyMapper> mapping)
{
MemberInfo member = typeof(TEntity).GetPropertyOrFieldMatchingName(notVisiblePropertyOrFieldName);
MemberInfo memberOf = member.GetMemberFromReflectedType(typeof(TEntity));
ExplicitDeclarationsHolder.AddAsNaturalId(member);
ExplicitDeclarationsHolder.AddAsNaturalId(memberOf);
base.RegisterNoVisiblePropertyMapping(notVisiblePropertyOrFieldName, mapping);
}
public void MergeComposedId()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsPartOfComposedId(property);
destination.Merge(source);
destination.ComposedIds.Should().Have.Count.EqualTo(1);
}
public void MergeRootEntities()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsRootEntity(typeof(MyClass));
destination.Merge(source);
destination.RootEntities.Should().Have.Count.EqualTo(1);
}
public void MergeComponents()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsComponent(typeof(MyClass));
destination.Merge(source);
destination.Components.Should().Have.Count.EqualTo(1);
}
public void MergeOneToOneRelations()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsOneToOneRelation(property);
destination.Merge(source);
destination.OneToOneRelations.Should().Have.Count.EqualTo(1);
}
public void MergeRootEntities()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsRootEntity(typeof(MyClass));
destination.Merge(source);
Assert.That(destination.RootEntities, Has.Count.EqualTo(1));
}
public void MergeDictionaries()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsMap(property);
destination.Merge(source);
Assert.That(destination.Dictionaries, Has.Count.EqualTo(1));
}
public void MergeDictionaries()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsMap(property);
destination.Merge(source);
destination.Dictionaries.Should().Have.Count.EqualTo(1);
}
public void MergePersistentMembers()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsPersistentMember(property);
destination.Merge(source);
Assert.That(destination.PersistentMembers, Has.Count.EqualTo(1));
}
public void MergeSplitDefinitions()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsPropertySplit(new SplitDefinition(typeof(MyClass), "foo", property));
destination.Merge(source);
destination.SplitDefinitions.Should().Have.Count.EqualTo(1);
}
public void MergeOneToOneRelations()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsOneToOneRelation(property);
destination.Merge(source);
Assert.That(destination.OneToOneRelations, Has.Count.EqualTo(1));
}
public void WhenDeclaredExplicitOneToOneAndIsUnirectionalThenMatch()
{
var edo = new ExplicitDeclarationsHolder();
var relation = new Relation(typeof(MyClass), typeof(MyOneClass));
edo.OneToOneRelations.Add(relation);
var pattern = new OneToOneUnidirectionalToManyToOnePattern(edo);
pattern.Match(relation).Should().Be.True();
}
public void MergeComponents()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsComponent(typeof(MyClass));
destination.Merge(source);
Assert.That(destination.Components, Has.Count.EqualTo(1));
}
public void MergeManyToManyRelations()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsManyToManyItemRelation(property);
destination.Merge(source);
Assert.That(destination.ItemManyToManyRelations, Has.Count.EqualTo(1));
}
public void MergeAny()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsAny(property);
destination.Merge(source);
Assert.That(destination.Any, Has.Count.EqualTo(1));
}
public void MergeNaturalIds()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsNaturalId(property);
destination.Merge(source);
destination.NaturalIds.Should().Have.Count.EqualTo(1);
}
public void MergeVersionProperties()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsVersionProperty(property);
destination.Merge(source);
destination.VersionProperties.Should().Have.Count.EqualTo(1);
}
public void MergeAny()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsAny(property);
destination.Merge(source);
destination.Any.Should().Have.Count.EqualTo(1);
}
public void MergePersistentMembers()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsPersistentMember(property);
destination.Merge(source);
destination.PersistentMembers.Should().Have.Count.EqualTo(1);
}
public void MergeComposedId()
{
var destination = new ExplicitDeclarationsHolder();
var source = new ExplicitDeclarationsHolder();
source.AddAsPartOfComposedId(property);
destination.Merge(source);
Assert.That(destination.ComposedIds, Has.Count.EqualTo(1));
}
