public void InvokeCache()
{
var propertyPath = new PropertyPath(null, ForClass<MyClass>.Property(x => x.MyCollection));
var customizersHolder = new CustomizersHolder();
var customizer = new CollectionPropertiesCustomizer<MyClass, MyEle>(propertyPath, customizersHolder);
var collectionMapper = new Mock<ISetPropertiesMapper>();
var cacheMapper = new Mock<ICacheMapper>();
collectionMapper.Setup(x => x.Cache(It.IsAny<Action<ICacheMapper>>())).Callback<Action<ICacheMapper>>(
x => x.Invoke(cacheMapper.Object));
customizer.Cache(x=> x.Region("static"));
customizersHolder.InvokeCustomizers(propertyPath, collectionMapper.Object);
cacheMapper.Verify(x => x.Region(It.Is<string>(v => v == "static")));
}
public void InvokeFilter()
{
var propertyPath = new PropertyPath(null, ConfOrm.ForClass <MyClass> .Property(x => x.MyCollection));
var customizersHolder = new CustomizersHolder();
var customizer = new CollectionPropertiesCustomizer <MyClass, MyEle>(propertyPath, customizersHolder);
var collectionMapper = new Mock <ISetPropertiesMapper>();
var filterMapper = new Mock <IFilterMapper>();
collectionMapper.Setup(x => x.Filter(It.IsAny <string>(), It.IsAny <Action <IFilterMapper> >())).Callback <string, Action <IFilterMapper> >(
(fn, x) => x.Invoke(filterMapper.Object));
customizer.Filter("myfilter", x => x.Condition("condition"));
customizersHolder.InvokeCustomizers(propertyPath, collectionMapper.Object);
filterMapper.Verify(x => x.Condition(It.Is <string>(v => v == "condition")));
}
public void InvokeCache()
{
var propertyPath = new PropertyPath(null, ConfOrm.ForClass <MyClass> .Property(x => x.MyCollection));
var customizersHolder = new CustomizersHolder();
var customizer = new CollectionPropertiesCustomizer <MyClass, MyEle>(propertyPath, customizersHolder);
var collectionMapper = new Mock <ISetPropertiesMapper>();
var cacheMapper = new Mock <ICacheMapper>();
collectionMapper.Setup(x => x.Cache(It.IsAny <Action <ICacheMapper> >())).Callback <Action <ICacheMapper> >(
x => x.Invoke(cacheMapper.Object));
customizer.Cache(x => x.Region("static"));
customizersHolder.InvokeCustomizers(propertyPath, collectionMapper.Object);
cacheMapper.Verify(x => x.Region(It.Is <string>(v => v == "static")));
}
public void InvokeDirectMethods()
{
var propertyPath = new PropertyPath(null, ConfOrm.ForClass <MyClass> .Property(x => x.MyCollection));
var customizersHolder = new CustomizersHolder();
var customizer = new CollectionPropertiesCustomizer <MyClass, MyEle>(propertyPath, customizersHolder);
var collectionMapper = new Mock <ISetPropertiesMapper>();
customizer.Inverse(true);
customizer.Mutable(true);
customizer.Where("aa");
customizer.BatchSize(10);
customizer.Lazy(CollectionLazy.Extra);
customizer.OrderBy(x => x.Name);
customizer.Sort();
customizer.Sort <object>();
customizer.Cascade(Cascade.DeleteOrphans);
customizer.Type <FakeUserCollectionType>();
customizer.Type(typeof(FakeUserCollectionType));
customizer.Table("table");
customizer.Catalog("catalog");
customizer.Schema("schema");
customizer.OptimisticLock(true);
customizer.Access(Accessor.NoSetter);
customizer.Access(typeof(object)); // <== only to check the call
customizersHolder.InvokeCustomizers(propertyPath, collectionMapper.Object);
collectionMapper.Verify(x => x.Inverse(It.Is <bool>(v => v)), Times.Once());
collectionMapper.Verify(x => x.Mutable(It.Is <bool>(v => v)), Times.Once());
collectionMapper.Verify(x => x.Where(It.Is <string>(v => v == "aa")), Times.Once());
collectionMapper.Verify(x => x.BatchSize(It.Is <int>(v => v == 10)), Times.Once());
collectionMapper.Verify(x => x.Lazy(It.Is <CollectionLazy>(v => v == CollectionLazy.Extra)), Times.Once());
collectionMapper.Verify(x => x.OrderBy(It.Is <MemberInfo>(v => v == ConfOrm.ForClass <MyEle> .Property(p => p.Name))), Times.Once());
collectionMapper.Verify(x => x.Sort(), Times.Once());
collectionMapper.Verify(x => x.Sort <object>(), Times.Once());
collectionMapper.Verify(x => x.Cascade(It.Is <Cascade>(v => v == Cascade.DeleteOrphans)), Times.Once());
collectionMapper.Verify(x => x.Type <FakeUserCollectionType>(), Times.Once());
collectionMapper.Verify(x => x.Type(It.Is <Type>(v => v == typeof(FakeUserCollectionType))), Times.Once());
collectionMapper.Verify(x => x.Table(It.Is <string>(v => v == "table")), Times.Once());
collectionMapper.Verify(x => x.Catalog(It.Is <string>(v => v == "catalog")), Times.Once());
collectionMapper.Verify(x => x.Schema(It.Is <string>(v => v == "schema")), Times.Once());
collectionMapper.Verify(x => x.OptimisticLock(It.Is <bool>(v => v)), Times.Once());
collectionMapper.Verify(x => x.Access(It.Is <Accessor>(v => v == Accessor.NoSetter)), Times.Once());
collectionMapper.Verify(x => x.Access(It.IsAny <Type>()), Times.Once());
}
public void InvokeDirectMethods()
{
var propertyPath = new PropertyPath(null, ForClass<MyClass>.Property(x => x.MyCollection));
var customizersHolder = new CustomizersHolder();
var customizer = new CollectionPropertiesCustomizer<MyClass, MyEle>(propertyPath, customizersHolder);
var collectionMapper = new Mock<ISetPropertiesMapper>();
customizer.Inverse(true);
customizer.Mutable(true);
customizer.Where("aa");
customizer.BatchSize(10);
customizer.Lazy(CollectionLazy.Extra);
customizer.OrderBy(x=>x.Name);
customizer.Sort();
customizer.Sort<object>();
customizer.Cascade(Cascade.DeleteOrphans);
customizer.Type<FakeUserCollectionType>();
customizer.Type(typeof(FakeUserCollectionType));
customizer.Table("table");
customizer.Catalog("catalog");
customizer.Schema("schema");
customizer.OptimisticLock(true);
customizer.Access(Accessor.NoSetter);
customizer.Access(typeof(object)); // <== only to check the call
customizersHolder.InvokeCustomizers(propertyPath, collectionMapper.Object);
collectionMapper.Verify(x => x.Inverse(It.Is<bool>(v => v)), Times.Once());
collectionMapper.Verify(x => x.Mutable(It.Is<bool>(v => v)), Times.Once());
collectionMapper.Verify(x => x.Where(It.Is<string>(v => v == "aa")), Times.Once());
collectionMapper.Verify(x => x.BatchSize(It.Is<int>(v => v == 10)), Times.Once());
collectionMapper.Verify(x => x.Lazy(It.Is<CollectionLazy>(v => v == CollectionLazy.Extra)), Times.Once());
collectionMapper.Verify(x => x.OrderBy(It.Is<MemberInfo>(v => v == ForClass<MyEle>.Property(p=>p.Name))), Times.Once());
collectionMapper.Verify(x => x.Sort(), Times.Once());
collectionMapper.Verify(x => x.Sort<object>(), Times.Once());
collectionMapper.Verify(x => x.Cascade(It.Is<Cascade>(v => v == Cascade.DeleteOrphans)), Times.Once());
collectionMapper.Verify(x => x.Type<FakeUserCollectionType>(), Times.Once());
collectionMapper.Verify(x => x.Type(It.Is<Type>(v => v == typeof(FakeUserCollectionType))), Times.Once());
collectionMapper.Verify(x => x.Table(It.Is<string>(v => v == "table")), Times.Once());
collectionMapper.Verify(x => x.Catalog(It.Is<string>(v => v == "catalog")), Times.Once());
collectionMapper.Verify(x => x.Schema(It.Is<string>(v => v == "schema")), Times.Once());
collectionMapper.Verify(x => x.OptimisticLock(It.Is<bool>(v => v)), Times.Once());
collectionMapper.Verify(x => x.Access(It.Is<Accessor>(v => v == Accessor.NoSetter)), Times.Once());
collectionMapper.Verify(x => x.Access(It.IsAny<Type>()), Times.Once());
}
public void InvokeFilter()
{
var propertyPath = new PropertyPath(null, ForClass<MyClass>.Property(x => x.MyCollection));
var customizersHolder = new CustomizersHolder();
var customizer = new CollectionPropertiesCustomizer<MyClass, MyEle>(propertyPath, customizersHolder);
var collectionMapper = new Mock<ISetPropertiesMapper>();
var filterMapper = new Mock<IFilterMapper>();
collectionMapper.Setup(x => x.Filter(It.IsAny<string>(), It.IsAny<Action<IFilterMapper>>())).Callback<string, Action<IFilterMapper>>(
(fn, x) => x.Invoke(filterMapper.Object));
customizer.Filter("myfilter", x => x.Condition("condition"));
customizersHolder.InvokeCustomizers(propertyPath, collectionMapper.Object);
filterMapper.Verify(x => x.Condition(It.Is<string>(v => v == "condition")));
}
