public void Int参照コレクションをモデルに書きこむことができる()
{
var collection = new ComplicateCollectionProperty(typeof(Hoge[]), new PropertyFactory());
ReferencableMasterInfo source = new ReferencableMasterInfo()
{
Collection = collection.Collection.ToReadOnlyReactiveCollection(x => x.Value.Value),
Type = typeof(Hoge),
};
var model = new ReferenceByIntCollectionProperty(source, "Id", new PropertyFactory());
var value = new int[] { 12, 13, 14 };
var references = new References();
Load(model, value, references);
var ref0 = model.Collection[0].IsInstanceOf <ReferenceByIntProperty>();
var ref1 = model.Collection[1].IsInstanceOf <ReferenceByIntProperty>();
var ref2 = model.Collection[2].IsInstanceOf <ReferenceByIntProperty>();
references[0].id.Is(12);
references[0].reference.Is(ref0);
references[1].id.Is(13);
references[1].reference.Is(ref1);
references[2].id.Is(14);
references[2].reference.Is(ref2);
}
public void ComplicateCollectionをモデルに書きこむことができる()
{
var model = new ComplicateCollectionProperty(typeof(Hoge[]), new PropertyFactory());
var value = new Hoge[]
{
new Hoge {
X = 91
},
new Hoge {
X = 82
},
new Hoge {
X = 73
},
};
Load(model, value);
var hoge0 = model.Collection[0].Value.Value.IsInstanceOf <Hoge>();
hoge0.X.Is(91);
var hoge1 = model.Collection[1].Value.Value.IsInstanceOf <Hoge>();
hoge1.X.Is(82);
var hoge2 = model.Collection[2].Value.Value.IsInstanceOf <Hoge>();
hoge2.X.Is(73);
}
public void ComplicateCollectionOnAddingTest()
{
bool isCalled = false;
var factory = new PropertyFactory();
var prop = new ComplicateCollectionProperty(typeof(MyClass[]), factory);
var vm = new ComplicateCollectionViewModel(prop, new ViewModelFactory(factory, false));
vm.OnChanged.Subscribe(x => isCalled = true);
vm.AddCommand.Execute();
isCalled.IsTrue();
}
public void AddNewElementTest()
{
var property = new ComplicateCollectionProperty(typeof(TestClass[]), new PropertyFactory());
property.AddNewElement();
property.Collection.ToArray().Length.Is(1);
property.Collection[0].Title.Value.Is(CollectionHolder.ElementTitle);
property.Collection[0].IsInstanceOf <ClassProperty>();
var e1 = property.Collection[0] as ClassProperty;
e1.Members.Length.Is(2);
e1.Members[0].IsInstanceOf <IntProperty>();
e1.Members[1].IsInstanceOf <StringProperty>();
}
public void 換中にReferenceByIntが来たら参照情報に書き込む()
{
var collection = new ComplicateCollectionProperty(typeof(Hoge[]), new PropertyFactory());
ReferencableMasterInfo source = new ReferencableMasterInfo()
{
Collection = collection.Collection.ToReadOnlyReactiveCollection(x => x.Value.Value),
Type = typeof(Hoge),
};
var refModel = new ReferenceByIntProperty(source, "Id");
var references = new References();
Load(refModel, 12, references);
references[0].id.Is(12);
references[0].reference.Is(refModel);
}
public void RemoveElementAtTest()
{
var property = new ComplicateCollectionProperty(typeof(TestClass[]), new PropertyFactory());
var ee1 = property.AddNewElement() as ClassProperty;
var ee2 = property.AddNewElement() as ClassProperty;
(ee1.Members[0] as IntProperty).IntValue.Value = 1;
(ee2.Members[0] as IntProperty).IntValue.Value = 2;
property.RemoveElementAt(0);
property.Collection.Count.Is(1);
var e1 = property.Collection[0] as ClassProperty;
var e1m1 = e1.Members[0] as IntProperty;
e1m1.IntValue.Value.Is(2);
}
public SubtypingClassCollectionViewModel(ComplicateCollectionProperty property, ViewModelFactory factory)
: base(property, factory)
{
}
public void RemoveFromEmptyTest()
{
var prop = new ComplicateCollectionProperty(typeof(TestClass[]), new PropertyFactory());
prop.RemoveElementAt(-1);
}
