public void ItIncludeSelectedGrandChildrenInTheSlectedAvailableItems()
{
var grandChild1 = Mock.Of <ITreeNode>(i => i.IsSelected == false);
var grandChild2 = Mock.Of <ITreeNode>(i => i.IsSelected == true);
var grandChild3 = Mock.Of <ITreeNode>(i => i.IsSelected == false);
var grandChild4 = Mock.Of <ITreeNode>(i => i.IsSelected == true);
var child1 = Mock.Of <ITreeNode>(
i =>
i.IsSelected == false &&
i.Children == A.ObservableCollection(grandChild1, grandChild2));
var child2 = Mock.Of <ITreeNode>(
i =>
i.IsSelected == true &&
i.Children == A.ObservableCollection(grandChild3, grandChild4));
var child3 = Mock.Of <ITreeNode>(i => i.IsSelected == false);
var child4 = Mock.Of <ITreeNode>(i => i.IsSelected == true);
var item1 = Mock.Of <ITreeNode>(
i =>
i.IsSelected == false &&
i.Children == A.ObservableCollection(child1, child2));
var item2 = Mock.Of <ITreeNode>(i => i.IsSelected == true);
var item3 = Mock.Of <ITreeNode>(i => i.IsSelected == false);
var item4 = Mock.Of <ITreeNode>(
i =>
i.IsSelected == true &&
i.Children == A.ObservableCollection(child3, child4));
var items = A.ObservableCollection(item1, item2, item3, item4);
var tree = new MultiSelectHierarchy("name", "label", items, new ObservableCollection <ITreeNode>());
tree.SelectedAvailableItems.AssertContains(item2, item4, child2, child4, grandChild2, grandChild4);
}
public void ItDoesNotReSelectTheItemIfItHasAlreadyBeenSelected()
{
var grandChild1 = Mock.Of<ITreeNode>(i => i.IsSelected == false);
var grandChild2 = Mock.Of<ITreeNode>(i => i.IsSelected == true);
var grandChild3 = Mock.Of<ITreeNode>(i => i.IsSelected == false);
var grandChild4 = Mock.Of<ITreeNode>(i => i.IsSelected == true);
var child1 = Mock.Of<ITreeNode>(
i =>
i.IsSelected == false &&
i.Children == A.ObservableCollection(grandChild1, grandChild2));
var child2 = Mock.Of<ITreeNode>(
i =>
i.IsSelected == true &&
i.Children == A.ObservableCollection(grandChild3, grandChild4));
var child3 = Mock.Of<ITreeNode>(i => i.IsSelected == false);
var child4 = Mock.Of<ITreeNode>(i => i.IsSelected == true);
var item1 = Mock.Of<ITreeNode>(
i =>
i.IsSelected == false &&
i.Children == A.ObservableCollection(child1, child2));
var item2 = Mock.Of<ITreeNode>(i => i.IsSelected == true);
var item3 = Mock.Of<ITreeNode>(i => i.IsSelected == false);
var item4 = Mock.Of<ITreeNode>(
i =>
i.IsSelected == true &&
i.Children == A.ObservableCollection(child3, child4));
var items = A.ObservableCollection(item1, item2, item3, item4);
var tree = new MultiSelectHierarchy("name", "label", items, new ObservableCollection<ITreeNode>());
tree.SelectItems.Execute(null);
tree.SelectedItems.AssertContains(item2, item4, child2, child4, grandChild2, grandChild4);
tree.SelectedAvailableItems.AssertContains(item2, item4, child2, child4, grandChild2, grandChild4);
}
public void ItSetsTheAvailableItemsDuringConstruction()
{
var expected = A.ObservableCollection(Mock.Of <ITreeNode>());
var selectedItems = A.ObservableCollection(Mock.Of <ITreeNode>());
var tree = new MultiSelectHierarchy("name", "label", expected, selectedItems);
Assert.AreEqual(expected, tree.AvailableItems);
}
public void ItUsesTheIsSelectedItemsFlagToDetermineTheSelctedAvailableItems()
{
var item1 = Mock.Of <ITreeNode>(i => i.IsSelected == false);
var item2 = Mock.Of <ITreeNode>(i => i.IsSelected == true);
var item3 = Mock.Of <ITreeNode>(i => i.IsSelected == false);
var item4 = Mock.Of <ITreeNode>(i => i.IsSelected == true);
var items = A.ObservableCollection(item1, item2, item3, item4);
var tree = new MultiSelectHierarchy("name", "label", items, new ObservableCollection <ITreeNode>());
tree.SelectedAvailableItems.AssertContains(item2, item4);
}
public void ItUsesTheMultiSelectHierarchyProviderWhenTheViewModelIsAMultiSelectHierarchy()
{
var viewModel = new MultiSelectHierarchy(
"name",
"label",
new ObservableCollection <ITreeNode>(),
new ObservableCollection <ITreeNode>());
var expected = new UserControl();
_multiSelectHierarchyViewProvider.Setup(p => p.Get(viewModel)).Returns(expected);
var actual = _provider.Get(viewModel);
Assert.AreEqual(actual, expected);
}
public void ItIncludeSelectedChildrenInTheSlectedAvailableItems()
{
var child1 = Mock.Of<ITreeNode>(i => i.IsSelected == false);
var child2 = Mock.Of<ITreeNode>(i => i.IsSelected == true);
var child3 = Mock.Of<ITreeNode>(i => i.IsSelected == false);
var child4 = Mock.Of<ITreeNode>(i => i.IsSelected == true);
var item1 = Mock.Of<ITreeNode>(
i =>
i.IsSelected == false &&
i.Children == A.ObservableCollection(child1, child2));
var item2 = Mock.Of<ITreeNode>(i => i.IsSelected == true);
var item3 = Mock.Of<ITreeNode>(i => i.IsSelected == false);
var item4 = Mock.Of<ITreeNode>(
i =>
i.IsSelected == true &&
i.Children == A.ObservableCollection(child3, child4));
var items = A.ObservableCollection(item1, item2, item3, item4);
var tree = new MultiSelectHierarchy("name", "label", items, new ObservableCollection<ITreeNode>());
tree.SelectedAvailableItems.AssertContains(item2, item4, child2, child4);
}
public void ItDoesNotReSelectTheItemIfItHasAlreadyBeenSelected()
{
var grandChild1 = Mock.Of <ITreeNode>(i => i.IsSelected == false);
var grandChild2 = Mock.Of <ITreeNode>(i => i.IsSelected == true);
var grandChild3 = Mock.Of <ITreeNode>(i => i.IsSelected == false);
var grandChild4 = Mock.Of <ITreeNode>(i => i.IsSelected == true);
var child1 = Mock.Of <ITreeNode>(
i =>
i.IsSelected == false &&
i.Children == A.ObservableCollection(grandChild1, grandChild2));
var child2 = Mock.Of <ITreeNode>(
i =>
i.IsSelected == true &&
i.Children == A.ObservableCollection(grandChild3, grandChild4));
var child3 = Mock.Of <ITreeNode>(i => i.IsSelected == false);
var child4 = Mock.Of <ITreeNode>(i => i.IsSelected == true);
var item1 = Mock.Of <ITreeNode>(
i =>
i.IsSelected == false &&
i.Children == A.ObservableCollection(child1, child2));
var item2 = Mock.Of <ITreeNode>(i => i.IsSelected == true);
var item3 = Mock.Of <ITreeNode>(i => i.IsSelected == false);
var item4 = Mock.Of <ITreeNode>(
i =>
i.IsSelected == true &&
i.Children == A.ObservableCollection(child3, child4));
var items = A.ObservableCollection(item1, item2, item3, item4);
var tree = new MultiSelectHierarchy("name", "label", items, new ObservableCollection <ITreeNode>());
tree.SelectItems.Execute(null);
tree.SelectedItems.AssertContains(item2, item4, child2, child4, grandChild2, grandChild4);
tree.SelectedAvailableItems.AssertContains(item2, item4, child2, child4, grandChild2, grandChild4);
}
public void ItUsesTheIsSelectedItemsFlagToDetermineTheSelctedAvailableItems()
{
var item1 = Mock.Of<ITreeNode>(i => i.IsSelected == false);
var item2 = Mock.Of<ITreeNode>(i => i.IsSelected == true);
var item3 = Mock.Of<ITreeNode>(i => i.IsSelected == false);
var item4 = Mock.Of<ITreeNode>(i => i.IsSelected == true);
var items = A.ObservableCollection(item1, item2, item3, item4);
var tree = new MultiSelectHierarchy("name", "label", items, new ObservableCollection<ITreeNode>());
tree.SelectedAvailableItems.AssertContains(item2, item4);
}
public void ItSetsTheAvailableItemsDuringConstruction()
{
var expected = A.ObservableCollection(Mock.Of<ITreeNode>());
var selectedItems = A.ObservableCollection(Mock.Of<ITreeNode>());
var tree = new MultiSelectHierarchy("name", "label", expected, selectedItems);
Assert.AreEqual(expected, tree.AvailableItems);
}
