public void RunDataBindingTests() { AvalonTestRunner.RunInSTA(delegate { AvalonTestRunner.RunDataBindingTests(new RangeSlider()); }); }
public void RunDataBindingTests() { AvalonTestRunner.RunInSTA(delegate { AvalonTestRunner.RunDataBindingTests(new Magnifier()); }); }
public void RunDataBindingTests() { AvalonTestRunner.RunInSTA(delegate { AvalonTestRunner.RunDataBindingTests(new DataGridView()); }); }
public void SetNewTimeTest() { AvalonTestRunner.RunInSTA(delegate { TimePicker picker = new TimePicker(); picker.SelectedHour = 1; picker.SelectedMinute = 2; picker.SelectedSecond = 3; Assert.AreEqual(1, picker.SelectedTime.Hours, "Invalid hour set"); Assert.AreEqual(2, picker.SelectedTime.Minutes, "Invalid minute set"); Assert.AreEqual(3, picker.SelectedTime.Seconds, "Invalid second set"); //try to set some invalid values picker = new TimePicker(); bool hasEventFired = false; picker.SelectedTimeChanged += delegate { hasEventFired = true; }; picker.SelectedHour = 44; //check if the event has been fired Assert.IsTrue(hasEventFired, "Event not fired"); hasEventFired = false; picker.SelectedMinute = 2; Assert.IsTrue(hasEventFired, "Event not fired"); hasEventFired = false; picker.SelectedSecond = 99; Assert.IsTrue(hasEventFired, "Event not fired"); Assert.AreEqual(23, picker.SelectedTime.Hours, "Invalid hour set"); Assert.AreEqual(2, picker.SelectedTime.Minutes, "Invalid minute set"); Assert.AreEqual(59, picker.SelectedTime.Seconds, "Invalid second set"); }); }
public void RunDataBindingTests() { AvalonTestRunner.RunInSTA(delegate { AvalonTestRunner.RunDataBindingTests(new RatingSelector()); }); }
public void RunDataBindingTests() { AvalonTestRunner.RunInSTA(delegate { AvalonTestRunner.RunDataBindingTests(new DateTimePicker()); }); }
public void RunDataBindingTests() { AvalonTestRunner.RunInSTA(delegate { AvalonTestRunner.RunDataBindingTests(new TreeListBox()); }); }
public void TestResetItemsSource() { AvalonTestRunner.RunInSTA(delegate { //populate sample data List <string> businessObjects = new List <string>(4); businessObjects.Add("A"); businessObjects.Add("AA"); businessObjects.Add("AAA"); businessObjects.Add("AAAA"); businessObjects.Add("AAAA"); TreeListBox treeListBox = new TreeListBox(); treeListBox.ExposedGenerateItemsSource(businessObjects); //check that there are 4 items in the items source and that they are of type TreeLiistBoxInfo Assert.AreEqual(5, treeListBox.Items.Count, "Invalid number of items added"); for (int i = 0; i < treeListBox.Items.Count; i++) { Assert.AreEqual(typeof(TreeListBoxInfo), treeListBox.Items[i].GetType(), "Invalid type added to tree list box"); } }); }
public void TrimSelectedTextTest() { AvalonTestRunner.RunInSTA(delegate { TextBox textBox = new TextBox(); //try to trim when there are no text TimePicker.ExposeTrimSelectedText(textBox); Assert.AreEqual("", textBox.Text, "Trim failed"); textBox = new TextBox(); textBox.Text = "10"; textBox.SelectAll(); TimePicker.ExposeTrimSelectedText(textBox); Assert.AreEqual("", textBox.Text, "Trim failed when selection was All"); textBox = new TextBox(); textBox.Text = "10"; textBox.SelectionStart = 0; textBox.SelectionLength = 1; TimePicker.ExposeTrimSelectedText(textBox); Assert.AreEqual("0", textBox.Text, "Trim failed when selection was at the first char"); textBox = new TextBox(); textBox.Text = "10"; textBox.SelectionStart = 1; textBox.SelectionLength = 1; TimePicker.ExposeTrimSelectedText(textBox); Assert.AreEqual("1", textBox.Text, "Trim failed when selection was at the second char"); }); }
public void RunDataBindingTests() { AvalonTestRunner.RunInSTA(delegate { AvalonTestRunner.RunDataBindingTests(new MaskedTextBoxTest()); }); }
public void TestMainWindow() { AvalonTestRunner.RunInSTA( delegate { MainWindow window = new MainWindow(); Assert.AreEqual(300, window.Height); }); }
public void TestEventFire() { AvalonTestRunner.RunInSTA(delegate { DatePicker picker = new DatePicker(); bool hasEventFired = false; picker.SelectedDateChanged += delegate { hasEventFired = true; }; picker.CurrentlySelectedDate = new DateTime(10); Assert.IsTrue(hasEventFired, "Event not fired"); }); }
public void TestDataBindingForControls() { AvalonTestRunner.RunInSTA(delegate { //test the main window XAML. //This will assert all data binding errors AvalonTestRunner.RunDataBindingTests(new MainWindow()); //runs the test for a specific user control AvalonTestRunner.RunDataBindingTests(new UserControlTests()); }); }
public void TestItemsSourceCollectionNotifications() { AvalonTestRunner.RunInSTA(delegate { //populate sample data ObservableCollection <string> businessObjects = new ObservableCollection <string>(); businessObjects.Add("A"); businessObjects.Add("AA"); businessObjects.Add("AAA"); businessObjects.Add("AAAA"); TreeListBox treeListBox = new TreeListBox(); treeListBox.ExposedGenerateItemsSource(businessObjects); Assert.AreEqual(4, treeListBox.Items.Count, "Invalid number of items added"); //add anew item and verify that this item was added to the items source businessObjects.Add("NewItem1"); //check the Count Assert.AreEqual(5, treeListBox.Items.Count, "Invalid number of items added"); //check the position of the item Assert.AreEqual("NewItem1", ((TreeListBoxInfo)treeListBox.Items[4]).DataItem, "Item was added at an invalid index"); //insert another item in the begining of the list businessObjects.Insert(1, "NewItem2"); //check the Count Assert.AreEqual(6, treeListBox.Items.Count, "Invalid number of items added"); //check the position of the item Assert.AreEqual("NewItem2", ((TreeListBoxInfo)treeListBox.Items[1]).DataItem, "Item was added at an invalid index"); //Check the remove businessObjects.RemoveAt(1); //check the Count Assert.AreEqual(5, treeListBox.Items.Count, "Invalid number of items added"); //validate that the item was deleted properly for (int i = 0; i < treeListBox.Items.Count; i++) { Assert.AreNotEqual("NewItem2", ((TreeListBoxInfo)treeListBox.Items[i]).DataItem, "Item was removed from the wrong index"); } }); }
public void AdjustCarretIndexOrMoveToNeighbourTest() { AvalonTestRunner.RunInSTA(delegate { TextBox textBox = new TextBox(); TextBox neighbour = new TextBox(); textBox.Text = "10"; TimePicker.ExposeAdjustCarretIndexOrMoveToNeighbour(textBox, neighbour); Assert.AreEqual(1, textBox.CaretIndex, "Invalid caret index"); Assert.IsFalse(neighbour.IsFocused, "Neighbour is focused"); //the carrot is now moved...try to call the method again to focus the neighbour TimePicker.ExposeAdjustCarretIndexOrMoveToNeighbour(textBox, neighbour); Assert.IsTrue(neighbour.IsFocused, "Neighbour is not focused"); }); }
public void TestChangeDateSelected() { AvalonTestRunner.RunInSTA(delegate { DateTimePicker picker = new DateTimePicker(); picker.OnApplyTemplate(); bool hasEventFired = false; picker.SelectedDateTimeChanged += delegate { hasEventFired = true; }; picker.DateTimeSelected = new DateTime(10); Assert.IsTrue(hasEventFired, "Event not fired"); DateTime s = new DateTime(1, 1, 1, 2, 2, 2); picker.DateTimeSelected = new DateTime(1, 1, 1, 2, 2, 2); Assert.AreEqual(new DateTime(1, 1, 1, 2, 2, 2), picker.DateTimeSelected, "Invalid date set"); }); }
public void MaskTest() { AvalonTestRunner.RunInSTA(delegate { MaskedTextBox textBox = new MaskedTextBox(); //set mask and test output textBox.Mask = "00-00"; textBox.Text = "1111"; Assert.AreEqual("11-11", textBox.Text, "Invalid text set"); //make same test but this time first set the text textBox = new MaskedTextBox(); textBox.Text = "1111"; textBox.Mask = "00-00"; Assert.AreEqual("11-11", textBox.Text, "Invalid text set"); } ); }
public void TryFocusNeighbourControlTest() { AvalonTestRunner.RunInSTA(delegate { TextBox current = new TextBox(); TextBox left = new TextBox(); TextBox right = new TextBox(); current.Text = "10"; current.CaretIndex = 2; //test going focus left with null TimePicker.ExposeTryFocusNeighbourControl(current, null, null, Key.Left); //now test with left textbox but with the invalid caret index TimePicker.ExposeTryFocusNeighbourControl(current, left, right, Key.Left); Assert.IsFalse(left.IsFocused, "left was focused"); current.CaretIndex = 0; TimePicker.ExposeTryFocusNeighbourControl(current, left, right, Key.Left); Assert.IsTrue(left.IsFocused, "left was NOT focused"); current = new TextBox(); left = new TextBox(); right = new TextBox(); current.Text = "10"; current.CaretIndex = 0; //test going focus right with null TimePicker.ExposeTryFocusNeighbourControl(current, null, null, Key.Right); //now test with right textbox but with the invalid caret index TimePicker.ExposeTryFocusNeighbourControl(current, left, right, Key.Right); Assert.IsFalse(right.IsFocused, "right was focused"); current.CaretIndex = 2; TimePicker.ExposeTryFocusNeighbourControl(current, left, right, Key.Right); Assert.IsTrue(right.IsFocused, "right was NOT focused"); }); }
public void TestSyncronizationOFPickers() { AvalonTestRunner.RunInSTA(delegate { DateTimePicker picker = new DateTimePicker(); DatePicker datePicker = null; TimePicker timePicker = null; picker.OnApplyTemplate();//force the apply template picker.ExposedDatePicker(ref datePicker, ref timePicker); picker.DateTimeSelected = new DateTime(1, 1, 1, 2, 2, 2); Assert.AreEqual(picker.DateTimeSelected.Date, datePicker.CurrentlySelectedDate.Date, "Invalid date set"); Assert.AreEqual(picker.DateTimeSelected.TimeOfDay, timePicker.SelectedTime, "Invalid time set"); //now check that if the date is changed from the picker the date for DateTimePicker is updated as well DateTime testDate = new DateTime(1, 2, 1); datePicker.CurrentlySelectedDate = testDate; Assert.AreEqual(testDate, picker.DateTimeSelected.Date, "Invalid date set from date picker"); TimeSpan testTime = new TimeSpan(1, 2, 1); timePicker.SelectedTime = testTime; Assert.AreEqual(testTime, picker.DateTimeSelected.TimeOfDay, "Invalid time set from time picker"); }); }
public void TestPopulationOfChildrenFromNotifications() { AvalonTestRunner.RunInSTA(delegate { //children collection ObservableCollection <MockHierarchalObject> childNodes = new ObservableCollection <MockHierarchalObject>( new List <MockHierarchalObject>(new MockHierarchalObject[] { //children new MockHierarchalObject( "child1 of A"), new MockHierarchalObject( "child2 of A"), new MockHierarchalObject( "child3 of A"), })); //create sample data MockHierarchalObject dataSource = new MockHierarchalObject("A", childNodes); //prepare the parent collection TreeListBox parentControl = new TreeListBox(); parentControl.ChildItemSourcePath = "Children"; parentControl.ExposedGenerateItemsSource(new MockHierarchalObject[] { new MockHierarchalObject( "First, item with no children") , //add a simple item that has no children dataSource, //add the item that has children to test on new MockHierarchalObject( "Last, item with no children") }); Assert.AreEqual(3, parentControl.Items.Count, "Invalid number of items"); //create an item to test TreeListBoxItem item = new TreeListBoxItem(parentControl); item.ExposePrepareItem(parentControl.Items[1] as TreeListBoxInfo); //pass the info that was create for the item that has children //expand the item this should result in the items source of the parent include the children item.IsExpanded = true; //3 root nodes and 3 children are suppose to be in the list Assert.AreEqual(3 + 3, parentControl.Items.Count, "Invalid number of items"); //add a new item to child collection and check if it is added childNodes.Add(new MockHierarchalObject("child4 of A")); //3 root nodes and 3 + 1(which is the new one) children are suppose to be in the list Assert.AreEqual(3 + childNodes.Count, parentControl.Items.Count, "Invalid number of items"); //check the index of the new item in the flat list //1 is the index of the container item, and 4 is the count of the children Assert.AreEqual("child4 of A", ((MockHierarchalObject) ((TreeListBoxInfo)parentControl.Items[1 + 4]).DataItem). Text, "Item was not added in the right index"); //check that the insert in a specific index childNodes.Insert(2, new MockHierarchalObject("inserted child of A")); Assert.AreEqual(3 + childNodes.Count, parentControl.Items.Count, "Invalid number of items"); //check that the insert was done in the right index(where 1 is the parent index and 2 is the index in the children collection) Assert.AreEqual("inserted child of A", ((MockHierarchalObject) ((TreeListBoxInfo)parentControl.Items[1 + 3]).DataItem). Text, "Item was not added in the right index"); //check the remove of items childNodes.RemoveAt(2); //check the Count Assert.AreEqual(3 + childNodes.Count, parentControl.Items.Count, "Invalid number of items added"); //validate that the item was deleted properly for (int i = 0; i < parentControl.Items.Count; i++) { Assert.AreNotEqual("inserted child of A", ((MockHierarchalObject) ((TreeListBoxInfo)parentControl.Items[i]). DataItem).Text, "Item was removed from the wrong index"); } //check that if we collapse the items no children are add item.IsExpanded = false; //check that the items where collapsed Assert.AreEqual(3, parentControl.Items.Count, "Invalid number of items after collapse item"); childNodes.Add(new MockHierarchalObject("Test collapse")); //check that the item was not added to the flat list since the item is collapsed Assert.AreEqual(3, parentControl.Items.Count, "Invalid number of items after collapse item"); //check that when you re expand the item all items are generated item.IsExpanded = true; Assert.AreEqual(3 + childNodes.Count, parentControl.Items.Count, "Invalid number of items after collapse item"); }); }
public void TestPopulationOfChildren() { AvalonTestRunner.RunInSTA(delegate { //create sample data MockHierarchalObject dataSource = new MockHierarchalObject("A", new List <MockHierarchalObject>( new MockHierarchalObject[] { //children new MockHierarchalObject( "child1 of A"), new MockHierarchalObject( "child2 of A"), new MockHierarchalObject( "child3 of A"), })); //prepare the parent collection TreeListBox parentControl = new TreeListBox(); parentControl.ChildItemSourcePath = "Children"; parentControl.ExposedGenerateItemsSource(new MockHierarchalObject[] { new MockHierarchalObject( "First, item with no children") , //add a simple item that has no children dataSource, //add the item that has children to test on new MockHierarchalObject( "Last, item with no children") }); Assert.AreEqual(3, parentControl.Items.Count, "Invalid number of items"); //create an item to test TreeListBoxItem item = new TreeListBoxItem(parentControl); item.ExposePrepareItem(parentControl.Items[1] as TreeListBoxInfo); //pass the info that was create for the item that has children //expand the item this should result in the items source of the parent include the children item.IsExpanded = true; //3 root nodes and 3 children are suppose to be in the list Assert.AreEqual(3 + 3, parentControl.Items.Count, "Invalid number of items"); //check that the items where create in the right indeces Assert.AreEqual("child1 of A", ((MockHierarchalObject) ((TreeListBoxInfo)parentControl.Items[2]).DataItem).Text, "Child Item was placed in the wrong index"); //validate that the last item(which is index to of the root nodes) of the root nodes has been moved to the proper index //2 is the index in the root nodes, 3 is the count of the children, so the last item should have moved to index 5 Assert.AreEqual("Last, item with no children", ((MockHierarchalObject) ((TreeListBoxInfo)parentControl.Items[2 + 3]).DataItem). Text, "Root Item was placed in the wrong index"); //validate that the level of the items has been incremented //start from index 2, since the children are place at index 2 for (int i = 2; i < 3 + 2; i++) { Assert.AreEqual(1, ((TreeListBoxInfo)parentControl.Items[i]).Level, "Invalid level set for child nodes"); } //Validate the Collapse item.IsExpanded = false; //all children should be dropped Assert.AreEqual(3, parentControl.Items.Count, "Invalid number of items"); //check that the indeces of the items is back to normal Assert.AreEqual("First, item with no children", ((MockHierarchalObject) ((TreeListBoxInfo)parentControl.Items[0]).DataItem).Text, "Root Item was placed in the wrong index"); Assert.AreEqual("A", ((MockHierarchalObject) ((TreeListBoxInfo)parentControl.Items[1]).DataItem).Text, "Root Item was placed in the wrong index"); Assert.AreEqual("Last, item with no children", ((MockHierarchalObject) ((TreeListBoxInfo)parentControl.Items[2]).DataItem).Text, "Root Item was placed in the wrong index"); }); }