public void CollectionUpdateInheritance()
{
var source = new ReadOnlyCollection <TestClass>(new TestClass[]
{
new TestClass()
{
String = "A"
},
new TestClass()
{
String = "B"
}
}
);
var target = new ObservableCollection <TestClass>();
var ultraMapper = new Mapper(cfg =>
{
cfg.MapTypes <IEnumerable <TestClass>, IEnumerable <TestClass>, TestClass, TestClass>((s, t) => s.String == t.String);
});
ultraMapper.Map(source, target);
var userDefinedTypePair = new Internals.TypePair(typeof(IEnumerable <TestClass>), typeof(IEnumerable <TestClass>));
var userDefinedMap = ultraMapper.MappingConfiguration[userDefinedTypePair];
var inheritedTypePair = new Internals.TypePair(typeof(ReadOnlyCollection <TestClass>), typeof(ObservableCollection <TestClass>));
var conventionDefinedMap = ultraMapper.MappingConfiguration[inheritedTypePair];
var conventionDefinedMapOptionCrawler = new TypeMappingOptionsInheritanceTraversal(conventionDefinedMap);
Assert.IsTrue(userDefinedMap.CollectionBehavior == conventionDefinedMapOptionCrawler.CollectionBehavior);
Assert.IsTrue(userDefinedMap.CollectionItemEqualityComparer == conventionDefinedMapOptionCrawler.CollectionItemEqualityComparer);
Assert.IsTrue(userDefinedMap.ReferenceBehavior == conventionDefinedMapOptionCrawler.ReferenceBehavior);
var isResultOk = ultraMapper.VerifyMapperResult(source, target);
Assert.IsTrue(isResultOk);
}
public MemberMappingOptionsInheritanceTraversal(MemberMapping memberMapping)
{
this.MemberMapping = memberMapping;
this.MemberMappingTypeCrawler = new TypeMappingOptionsInheritanceTraversal(this.MemberMapping.MemberTypeMapping);
}
