/// <summary> /// Constructor</summary> public ObjectSelectionContext() { m_selection = new AdaptableSelection <object>(); m_selection.Changing += selection_Changing; m_selection.Changed += selection_Changed; }
/// <summary> /// Constructor</summary> /// <param name="treeView">Data context of ITreeView to apply a filter</param> /// <param name="filterFunc">Callback to determine if an item in the tree is filtered in (return true) or out</param> public IndependentFilteredTreeView(ITreeView treeView, Predicate <object> filterFunc) : base(treeView, filterFunc) { m_selection = new AdaptableSelection <object>(); m_selection.Changing += (s, e) => SelectionChanging.Raise(this, e); m_selection.Changed += (s, e) => SelectionChanged.Raise(this, e);; }
/// <summary> /// Constructor</summary> /// <param name="root">Root of the tree view. Should implement IItemView, too.</param> public TreeViewWithSelection(ITreeView root) { m_treeView = root; m_itemView = root as IItemView; m_selection = new AdaptableSelection <object>(); m_selection.Changed += (s, e) => SelectionChanged.Raise(this, e); m_selection.Changing += (s, e) => SelectionChanging.Raise(this, e); }
public void TestAdaptation() { AdaptableSelection<object> test = new AdaptableSelection<object>(); var a1 = new UnitTests.Atf.Adaptation.SimpleAdaptable(); object o1 = new object(); test.Add(a1); test.Add(o1); Utilities.TestSequenceEqual(test.AsIEnumerable<object>(), a1, o1); Utilities.TestSequenceEqual(test.AsIEnumerable<string>(), a1.As<string>()); CollectionAssert.IsEmpty(test.AsIEnumerable<TestAdaptableSelection>()); CollectionAssert.AreEqual(test.GetSnapshot<object>(), new object[] { a1, o1 }); CollectionAssert.AreEqual(test.GetSnapshot<string>(), new string[] { a1.As<string>() }); CollectionAssert.IsEmpty(test.GetSnapshot<TestAdaptableSelection>()); Assert.AreSame(test.GetLastSelected<string>(), a1.As<string>()); Assert.AreSame(test.GetLastSelected<object>(), o1); Assert.Null(test.GetLastSelected<TestAdaptableSelection>()); }
public void TestAdaptation() { AdaptableSelection <object> test = new AdaptableSelection <object>(); var a1 = new UnitTests.Atf.Adaptation.SimpleAdaptable(); object o1 = new object(); test.Add(a1); test.Add(o1); Utilities.TestSequenceEqual(test.AsIEnumerable <object>(), a1, o1); Utilities.TestSequenceEqual(test.AsIEnumerable <string>(), a1.As <string>()); CollectionAssert.IsEmpty(test.AsIEnumerable <TestAdaptableSelection>()); CollectionAssert.AreEqual(test.GetSnapshot <object>(), new object[] { a1, o1 }); CollectionAssert.AreEqual(test.GetSnapshot <string>(), new string[] { a1.As <string>() }); CollectionAssert.IsEmpty(test.GetSnapshot <TestAdaptableSelection>()); Assert.AreSame(test.GetLastSelected <string>(), a1.As <string>()); Assert.AreSame(test.GetLastSelected <object>(), o1); Assert.Null(test.GetLastSelected <TestAdaptableSelection>()); }