public void AppLauncherUwpAppTest()
{
var fixture = new UiAutomationFixture();
UiAutomationFixture.TimeoutSeconds = 2;
Assert.IsTrue(
fixture.StartApplicationWithArguments(@"windows.immersivecontrolpanel_cw5n1h2txyewy", null));
Assert.IsTrue(fixture.IsUwpApp(), "Is UWP App");
// Switch to parent as that contains the close button. Elements on child windows are found too.
// UWP apps have a container called Application Frame Host.
// So they are not direct children of the desktop, unlike "normal" applications.
// That means that you need to use "descendants" rather than "children" in findfirst,
// which is slow especially if a control is not found
// TODO: You need to be very careful here. Sometimes the wrong close button gets pushed.
// e.g. once I had an existing Calculator instance running, and the process closed
// Edge instead of the new calculator window. Still need to find out how to prevent that.
// For now the workaround is ensuring that there are no other instances of your app running.
Assert.IsTrue(fixture.SwitchToParentWindow(), "Switch to parent.");
Assert.IsTrue(fixture.ClickControl("ControlType:ListItem && name:System"));
Assert.IsTrue(fixture.WaitForControl("id:PagesListView"));
Assert.IsTrue(fixture.WaitForControlAndClick("Name:About"));
// This is needed. If you don't do it, the process gets into a locked state.
Assert.IsTrue(fixture.WaitForControl("ControlType:Text && name:About"), "Wait for About text");
// The About title comes earlier than the rest of the page, so wait for the control we want to examine
Assert.IsTrue(fixture.WaitForControl("id:SystemSettings_PCSystem_VersionString_ValueTextBlock"));
var version = fixture.ValueOfControl("id:SystemSettings_PCSystem_VersionString_ValueTextBlock");
Debug.Print("Version from settings: " + version);
Assert.IsTrue(int.TryParse(version, out _), "Version is numerical");
Assert.IsTrue(fixture.ClickControl("name:Close Settings"), "Press Close Settings");
}
public void FixtureIsUwpTest()
{
var fixture = new UiAutomationFixture();
fixture.StartApplication("notepad");
Assert.IsNotNull(fixture.ApplicationProcessId);
var process = Process.GetProcessById(fixture.ApplicationProcessId.Value);
Assert.IsFalse(AppLauncher.IsUwpApp(process.Handle), "Notepad is not UWP");
Assert.IsTrue(fixture.CloseApplication(), "Close notepad");
fixture.StartApplicationWithArguments(@"windows.immersivecontrolpanel_cw5n1h2txyewy", null);
Assert.IsNotNull(fixture.ApplicationProcessId);
var pid = fixture.ApplicationProcessId.Value;
process = Process.GetProcessById(pid);
Assert.IsTrue(AppLauncher.IsUwpApp(process.Handle), "App is UWP");
Assert.AreEqual(IntPtr.Zero, process.MainWindowHandle, "Main window handle for Uwp window is 0");
Assert.IsTrue(fixture.SwitchToParentWindow(), "Switch to parent");
Assert.AreNotEqual(pid, fixture.ApplicationProcessId, @"Pids are not equal");
Assert.IsTrue(AppLauncher.IsUwpApp(process.Handle), "Parent is UWP");
Assert.IsNotNull(fixture.ApplicationProcessId);
process = Process.GetProcessById(fixture.ApplicationProcessId.Value);
Assert.AreNotEqual(IntPtr.Zero, process.MainWindowHandle, "Main window handle for Uwp parent window is not 0");
Assert.IsTrue(fixture.SwitchToProcess("ProcessId:" + pid), "Switch to child");
Assert.IsTrue(fixture.CloseApplication(), "Close UWP app");
}
public void FixtureRunWord()
{
// Word doesn't always start a new process, but will re-use an existing process if that was already running.
// That's why we don't use the automatic switch to the process, but switch by its process name separately
var fixture = new UiAutomationFixture();
UiAutomationFixture.SearchBy("Name");
fixture.NoAutomaticSwitchToStartedApplication();
UiAutomationFixture.TimeoutSeconds = 10;
Assert.IsTrue(fixture.StartApplicationWithArguments(WordPath, "/w /q"), "Started Word");
UiAutomationFixture.WaitSeconds(3);
// todo: this fails when Word is already active when the test runs. Make more resilient
Assert.IsTrue(fixture.SwitchToProcess(@"name:winword"), "Switched to Word");
fixture.PressKey(@"The Quick Brown Fox Jumps Over the Lazy Dog+{HOME}");
Assert.IsTrue(fixture.ClickControl("ControlType:Button && Name:Bold"), "Click Bold");
Assert.IsTrue(fixture.ControlExists("Name:Heading 1"), "Heading 1 found");
Assert.IsTrue(fixture.ClickControl("Heading 1"), "Click Heading 1");
Assert.IsTrue(fixture.ClickControl("ControlType:Button && Name:Underline"), "Click Underline");
Assert.IsFalse(fixture.CloseApplication(), "Close application doesn't work due to dialog");
// This is a tricky one, as it is a control on a modal dialog.
// It works because click has a fallback to simulate a mouseclick in the center of the control's bounding rectangle
Assert.IsTrue(fixture.ClickControl("Name:Don't Save"), "click Don't Save");
// Normally exiting Word can take a very long time. 10 seconds is typically not enough
UiAutomationFixture.TimeoutSeconds = 30;
Assert.IsTrue(UiAutomationFixture.WaitUntilProcessEnds(@"winword"), "WinWord process ends");
UiAutomationFixture.TimeoutSeconds = 3;
fixture.SetAutomaticSwitchToStartedApplication();
}
public void ListOfControlsTableTest()
{
var fixture = new UiAutomationFixture();
fixture.StartApplication("notepad");
var processId = fixture.ApplicationProcessId;
var listOfControls = new ListOfControls(processId, "ProcessId:" + processId);
var result = listOfControls.DoTable();
var headerRow = result[0] as Collection <string>;
Assert.IsNotNull(headerRow);
Assert.AreEqual("report:Name", headerRow[1]);
var controls = result.Skip(1).ToList();
Assert.IsTrue(controls.Any());
foreach (Collection <string> row in controls)
{
foreach (var cell in row)
{
Console.Write(cell + "; ");
}
Console.WriteLine();
}
var emptyList = new ListOfControls(processId, "id:q");
var emptyResult = emptyList.Query();
Assert.IsNull(emptyResult);
fixture.ForcedCloseApplication();
}
public void WpfDemoCheckRadioButtons()
{
Assert.IsTrue(UiAutomationFixture.SearchBy("Caption"));
Assert.IsTrue(_fixture.SelectItem("Usual Controls"), "Select 'Usual Controls' tab");
Assert.AreEqual(string.Empty, _fixture.ValueOfControl("RadioButton1"));
Assert.AreEqual(string.Empty, _fixture.ValueOfControl("RadioButton2"));
Assert.AreEqual(string.Empty, _fixture.ValueOfControl("RadioButton3"));
Assert.IsTrue(_fixture.SelectItem("RadioButton1"), "Select RadioButton1");
Assert.AreEqual("Selected", _fixture.ValueOfControl("RadioButton1"));
Assert.AreEqual(string.Empty, _fixture.ValueOfControl("RadioButton2"));
Assert.AreEqual(string.Empty, _fixture.ValueOfControl("RadioButton3"));
Assert.AreEqual("Checked RadioButton1", _fixture.ValueOfControl("id:TextBlock1"));
Assert.IsTrue(_fixture.SelectItem("RadioButton2"), "Select RadioButton2");
Assert.AreEqual(string.Empty, _fixture.ValueOfControl("RadioButton1"));
Assert.AreEqual("Selected", _fixture.ValueOfControl("RadioButton2"));
Assert.AreEqual(string.Empty, _fixture.ValueOfControl("RadioButton3"));
Assert.AreEqual("Checked RadioButton2", _fixture.ValueOfControl("id:TextBlock1"));
Assert.IsTrue(_fixture.SelectItem("RadioButton3"), "Select RadioButton3");
Assert.AreEqual(string.Empty, _fixture.ValueOfControl("RadioButton1"));
Assert.AreEqual(string.Empty, _fixture.ValueOfControl("RadioButton2"));
Assert.AreEqual("Selected", _fixture.ValueOfControl("RadioButton3"));
Assert.AreEqual("Checked RadioButton3", _fixture.ValueOfControl("id:TextBlock1"));
}
public void CalcCheckSimplifiedApi()
{
Assert.IsTrue(_fixture.ClickControl("Clear"), "Push Clear");
Assert.IsTrue(_fixture.ClickControl("One"), "Push 1");
Assert.IsTrue(UiAutomationFixture.SearchBy("ID"), "Search by ID");
Assert.AreEqual("1", _fixture.ValueOfControl("CalculatorResults"), "Result is 1");
}
public void WpfDemoCheckCheckBox()
{
Assert.IsTrue(_fixture.SelectItem("Caption:Usual Controls"), "Select 'Usual Controls' tab");
UiAutomationFixture.SearchBy("id");
Assert.AreEqual("Off", _fixture.ValueOfControl("CheckBox1"), "Default value of CheckBox1");
Assert.IsTrue(_fixture.ToggleControl("CheckBox1"), "First toggle on CheckBox1");
Assert.AreEqual("On", _fixture.ValueOfControl("CheckBox1"), "Value of CheckBox1 after first toggle");
Assert.AreEqual("Checked CheckBox1", _fixture.ValueOfControl("TextBlock1"));
Assert.IsTrue(_fixture.ToggleControl("CheckBox1"), "Second toggle on CheckBox1");
Assert.AreEqual("Off", _fixture.ValueOfControl("CheckBox1"), "Value of CheckBox1 after second toggle");
Assert.AreEqual("Unchecked CheckBox1", _fixture.ValueOfControl("TextBlock1"));
Assert.AreEqual("Off", _fixture.ValueOfControl("ThreeStateCheckBox"), "Default Value of ThreeStateCheckBox");
Assert.IsTrue(_fixture.ToggleControl("ThreeStateCheckBox"), "First toggle on ThreeStateCheckBox");
Assert.AreEqual("On", _fixture.ValueOfControl("ThreeStateCheckBox"),
"Value of ThreeStateCheckBox after first toggle");
Assert.AreEqual("Checked ThreeStateCheckBox", _fixture.ValueOfControl("TextBlock1"));
Assert.IsTrue(_fixture.ToggleControl("ThreeStateCheckBox"), "Second toggle on ThreeStateCheckBox");
Assert.AreEqual("Indeterminate", _fixture.ValueOfControl("ThreeStateCheckBox"),
"Value of ThreeStateCheckBox after second toggle");
Assert.IsTrue(_fixture.ToggleControl("ThreeStateCheckBox"), "Third toggle on ThreeStateCheckBox");
Assert.AreEqual("Off", _fixture.ValueOfControl("ThreeStateCheckBox"),
"Value of ThreeStateCheckBox after third toggle");
Assert.AreEqual("Unchecked ThreeStateCheckBox", _fixture.ValueOfControl("TextBlock1"));
Assert.IsFalse(_fixture.ToggleControl("DisabledCheckBox"), "Toggle on DisabledCheckBox");
}
public void Win10SetUpTest()
{
Debug.Print("Test #" + ++_testCounter);
Assert.IsTrue(UiAutomationFixture.SearchBy("name"));
Assert.IsTrue(_fixture.PressKey(Win10AppKeys.StandardMode), "Switch to standard mode");
Assert.IsTrue(_fixture.PressKey(Win10AppKeys.ClearAllInput));
}
public void FixtureTestCloseDuringModalDialog()
{
UiAutomationFixture.SearchBy("Name");
Assert.IsTrue(_fixture.StartApplication("notepad.exe"), "Notepad started");
Assert.IsTrue(_fixture.ClickControl("File"), "Click File Menu");
Assert.IsTrue(_fixture.WaitForControlAndClick("Page Setup..."), "Click Page Setup menu");
Assert.IsTrue(_fixture.WaitForControl("Page Setup"), "Wait for Page Setup dialog");
Assert.IsFalse(_fixture.CloseApplication(), "Closing application with a modal dialog open should fail");
Assert.IsTrue(_fixture.ForcedCloseApplication(), "Forced closing application with a modal dialog open should succeed");
}
public static void Win10SetupCalc(TestContext testContext)
{
_fixture = new UiAutomationFixture();
UiAutomationFixture.TimeoutSeconds = 5;
Assert.IsFalse(_fixture.SwitchToProcess("name:Calculator"), "Check there is no calculator running already");
_fixture.NoAutomaticSwitchToStartedApplication();
_fixture.StartApplication("calc.exe");
Assert.IsTrue(UiAutomationFixture.WaitForProcess("name:Calculator"), "Wait for process Calculator");
Assert.IsTrue(_fixture.SwitchToProcess("name:Calculator"), "Switch to calc app");
}
public void FixtureImmediatelyClosingCmdTest()
{
_fixture.NoAutomaticSwitchToStartedApplication();
// the command should almost immediately stop, but still slow enough to need a wait.
Assert.IsTrue(_fixture.StartApplicationWithArguments("test.cmd", "wait 0"), @"Immediately closing Cmd");
var processId = _fixture.ApplicationProcessId;
Assert.IsNotNull(processId);
Assert.IsTrue(_fixture.ApplicationIsActive);
Assert.IsTrue(UiAutomationFixture.WaitUntilProcessEnds("ProcessId:" + processId.Value));
}
public void FixtureDelayedClosingCmdTest()
{
_fixture.NoAutomaticSwitchToStartedApplication();
UiAutomationFixture.TimeoutSeconds = 2;
// Another way of starting via cmd /c should work as well. Also letting it wait a second.
Assert.IsTrue(_fixture.StartApplicationWithArguments(@"cmd.exe", "/c \"test.cmd wait 1\""), @"delayed closing Cmd");
var processId = _fixture.ApplicationProcessId;
Assert.IsNotNull(processId);
Assert.IsTrue(_fixture.ApplicationIsActive);
Assert.IsTrue(UiAutomationFixture.WaitUntilProcessEnds("ProcessId:" + processId.Value));
}
public void FixtureNotePadCheckSetValueResizeMoveAndScreenshot()
{
try
{
UiAutomationFixture.TimeoutSeconds = 1;
UiAutomationFixture.SearchBy("Name");
Assert.IsTrue(_fixture.CloseApplication(), "Stopping an app before it started should succeed");
Assert.IsTrue(_fixture.ForcedCloseApplication(), "Forced stopping an app before it started should succeed");
Assert.IsTrue(_fixture.StartApplication("notepad.exe"), "Notepad started");
Assert.IsTrue(_fixture.SetValueOfControlTo("classname:edit",
"The quick brown fox jumps over the lazy dog."), "Set Text");
Assert.IsTrue(_fixture.PressKey("^{END}{ENTER}Hello{ENTER}there"));
Assert.AreEqual("The quick brown fox jumps over the lazy dog.\r\nHello\r\nthere",
_fixture.ValueOfControl(@"controltype:edit"));
var desiredSize = new Coordinate(400, 140);
#pragma warning disable 618
Assert.IsTrue(_fixture.ResizeWindow(desiredSize), "Resize succeeds");
#pragma warning restore 618
Assert.AreEqual(desiredSize, _fixture.WindowSize);
Assert.IsTrue(_fixture.MaximizeWindow());
Assert.AreNotEqual(desiredSize, _fixture.WindowSize);
Assert.IsTrue(_fixture.MinimizeWindow());
Assert.IsTrue(_fixture.NormalWindow());
Assert.AreEqual(desiredSize, _fixture.WindowSize);
var desiredLocation = new Coordinate(200, 250);
#pragma warning disable 618
Assert.IsTrue(_fixture.MoveWindow(desiredLocation), "Move succeeds");
#pragma warning restore 618
Assert.AreEqual(desiredLocation, _fixture.WindowTopLeft);
var snapshot = _fixture.WindowSnapshot(8);
var expected1 = File.ReadAllText("NotepadScreenshotNoCursor.txt");
var expected2 = File.ReadAllText("NotepadScreenshotWithCursor.txt");
var expected3 = File.ReadAllText("NotepadScreenshotWithCursorAndScrollbar.txt");
var expected4 = File.ReadAllText("NotepadScreenshotNoCursorWithScrollbar.txt");
Console.WriteLine(snapshot);
Assert.IsTrue(snapshot.Equals(expected1, StringComparison.Ordinal) || snapshot.Equals(expected2, StringComparison.Ordinal) ||
snapshot.Equals(expected3, StringComparison.Ordinal) || snapshot.Equals(expected4, StringComparison.Ordinal),
"Snapshot matches");
UiAutomationFixture.WaitSeconds(1);
Assert.IsTrue(_fixture.ClickControl("Close"));
Assert.IsTrue(_fixture.WaitForControl("Save"), "Wait for Save");
Assert.IsTrue(_fixture.ClickControl("Don't Save"), "Push Don't Save");
Thread.Sleep(500);
}
finally
{
Assert.IsTrue(_fixture.ForcedCloseApplication(), "Stopping Notepad a second time should succeed (already stopped)");
}
}
public static void PrepareTestSuite(TestContext testContext)
{
UiAutomationFixture.TimeoutSeconds = 10;
_fixture = new UiAutomationFixture();
_fixture.SetAutomaticSwitchToStartedApplication();
Assert.IsTrue(_fixture.StartApplicationWithWorkingFolder(WpfDemoAppPath, TempFolder), "WpfDemoApp started with working folder");
_fixture.WaitForControl("id:workingFolder");
var actualWorkFolder = _fixture.ValueOfControl("id:WorkingFolder");
Assert.AreEqual(TempFolder, actualWorkFolder, "Working folder is OK");
Assert.IsTrue(_fixture.CloseApplication(), "WPF Demo App stopped");
Assert.IsTrue(_fixture.StartApplicationWithWorkingFolder(WpfDemoAppPath, ""), "WpfDemoApp started with empty working folder");
Assert.AreNotEqual(TempFolder, _fixture.ValueOfControl("id:WorkingFolder"), "Working folder is OK 2");
}
public void WpfDemoControlSearchOnBooleanCriteriaTest()
{
UiAutomationFixture.SearchBy("Tooltip");
Assert.IsTrue(_fixture.SelectItem("Caption:Usual Controls"), "Select 'Usual Controls' tab");
var control1 = _fixture.GetControl("ControlType:CheckBox && IsEnabled:false");
Assert.IsNotNull(control1.AutomationElement, "Found a disabled checkbox");
Assert.AreEqual("Disabled CheckBox", _fixture.NameOfControl("ControlType:CheckBox && IsEnabled:false"),
"Found right (only) disabled control");
Assert.AreEqual("DisabledCheckBox", control1.AutomationElement.CurrentAutomationId, "Found right (only) disabled control");
Assert.IsTrue(_fixture.SelectItem("Caption:More Controls"), "Select 'More Controls' tab");
var control2 = _fixture.GetControl("IsPassword:true");
Assert.IsNotNull(control2.AutomationElement, "Found a password control");
Assert.AreEqual("PasswordBox1", control2.AutomationElement.CurrentAutomationId, "Found right (only) password control");
}
public void WpfDemoControlSearchOnHelpTextTest()
{
Assert.IsTrue(_fixture.SelectItem("caption:Usual Controls"), "Select 'Usual Controls' tab");
UiAutomationFixture.SearchBy("Tooltip");
var control1 = _fixture.GetControl("HelpText:Checkbox with two states");
Assert.IsNotNull(control1, "Found a control with two states");
Assert.AreEqual("CheckBox1", control1.AutomationElement.CurrentAutomationId, "Found right two state checkbox");
var control2 = _fixture.GetControl("HelpText:CheckBox with three states");
Assert.IsNotNull(control2, "Found a control with three states");
Assert.AreEqual("ThreeStateCheckBox", control2.AutomationElement.CurrentAutomationId, "Found right three state checkbox");
var control3 = _fixture.GetControl("HelpText:");
Assert.IsNotNull(control3.AutomationElement, "Found a control without helptext");
Assert.IsFalse(string.IsNullOrEmpty(control3.AutomationElement.CurrentClassName), "ClassName is not null or empty");
}
public void WpfDemoCheckGrid()
{
const string dataGrid = "DataGrid1";
Assert.IsTrue(UiAutomationFixture.SearchBy("id"), "Default search is by ID");
Assert.IsTrue(_fixture.SelectItem("Caption:Data Grid"), "Select 'Data Grid' tab");
Assert.AreEqual(5, _fixture.RowCountOfControl(dataGrid), "Get Row Count");
Assert.AreEqual(3, _fixture.ColumnCountOfControl(dataGrid), "Get Column Count");
#pragma warning disable 618
Assert.AreEqual("1", _fixture.RowNumberOfControlContaining(dataGrid, "100"), "Get row with cell '100'");
#pragma warning restore 618
Assert.AreEqual("row 2, column 3",
_fixture.CellInControlContaining(dataGrid, "Create demo UI Automation application").ToString(), "Get row with cell 'Demo UI...'");
Assert.AreEqual("row 3, column 2", _fixture.CellInControlContaining("DataGrid1", "Approved").ToString(), "Get row with cell 'Approved'");
Assert.IsNull(_fixture.CellInControlContaining(dataGrid, "Non-existing value"), "Search non-existent cell");
Assert.IsNull(_fixture.CellInControlContaining("NoGrid", "Non-existing value"), "Search non-existing grid");
var item = _fixture.CellInControlContaining(dataGrid, "101");
Assert.AreEqual(2, item.Row, "Row OK");
Assert.AreEqual(1, item.Column, "Column OK");
var locator = $"{dataGrid}[{item}]";
Assert.AreEqual("101", _fixture.ValueOfControl(locator), "Contains 101");
Assert.AreNotEqual("101", _fixture.ValueOfControl("GridTextbox"), "Initial value of GridBox != 101");
Assert.IsTrue(_fixture.DoubleClickControl(locator), "DoubleClick 101");
Assert.AreEqual("101", _fixture.ValueOfControl("GridTextbox"), "GridBox contains 101");
Assert.IsTrue(_fixture.DoubleClickControl($"{dataGrid}[row 3, col 2]"), "DoubleClick row 3 column 2");
Assert.IsTrue(_fixture.ClickControl($"{dataGrid} [4,3]"), "Click row 4 column 3");
Assert.AreEqual("row 4, column 3", _fixture.SelectedCellInControl(dataGrid).ToString(), "selected cell is 4,3");
Assert.AreEqual("Approved", _fixture.ValueOfControl("GridTextbox"), "GridBTextBox contains Approved");
Assert.IsTrue(_fixture.ClickControl($"{dataGrid}[row 2]"), "Click Row 2");
Assert.AreEqual("row 2, column 1", _fixture.SelectedCellInControl("DataGrid1").ToString(), "Selected cell returns value of first column");
Assert.IsTrue(_fixture.ClickControl($"{dataGrid}[col 2]"), "Click Header 2");
Assert.AreEqual("Active", _fixture.ValueOfControl($"{dataGrid}[1,2]"), "Clicking header sorts column");
Assert.IsTrue(_fixture.ClickControl($"{dataGrid}[column 1]"));
Assert.AreEqual("100", _fixture.ValueOfControl($"{dataGrid}[row 1, column 1]"));
Assert.IsTrue(_fixture.SelectItem("Caption:Usual Controls"), "Select 'Usual Controls' tab");
Assert.AreEqual(0, _fixture.RowCountOfControl("Button1"), "Buttons don't have rows");
Assert.AreEqual(0, _fixture.ColumnCountOfControl("MultiValueListBox"), "ListBoxes don't have rows");
Assert.IsNull(_fixture.CellInControlContaining("TreeView1", "Core Product 1"), "TreeViews don't have cells");
}
public void FixtureStartAndSwitchTestOnWord2016()
{
UiAutomationFixture.TimeoutSeconds = 3;
Assert.IsFalse(_fixture.SwitchToProcess(@"name:winword"), "Word not running already");
_fixture.NoAutomaticSwitchToStartedApplication();
UiAutomationFixture.TimeoutSeconds = 10;
// command line switch /w opens Word with a blank page.
Assert.IsTrue(_fixture.StartApplicationWithArguments(WordPath, "/w /q"), @"first start of Winword succeeds (no autoswitch)");
var processId = _fixture.ApplicationProcessId;
Assert.IsTrue(UiAutomationFixture.WaitForProcess("ProcessId:" + processId), "Wait for Word process");
Assert.IsTrue(_fixture.SwitchToProcess("ProcessId:" + processId), "Now Word is running");
_fixture.SetAutomaticSwitchToStartedApplication();
Assert.IsTrue(_fixture.StartApplicationWithArguments(WordPath, "/w /q"), @"second start of Winword succeeds too (autoswitch)");
Assert.AreNotEqual(processId, _fixture.ApplicationProcessId, "Process IDs are not equal");
Assert.IsTrue(_fixture.ForcedCloseApplication(), "Forced close of 2nd instance succeeds");
Assert.IsTrue(_fixture.SwitchToProcess("ProcessId:" + processId), "Can switch to first Word instance");
Assert.IsTrue(_fixture.ForcedCloseApplication(), "Forced close 1st instance succeeds");
Assert.IsTrue(UiAutomationFixture.WaitUntilProcessEnds(@"name:winword"), "WinWord process ends");
}
public void PatternTest1()
{
var fixture = new UiAutomationFixture();
try
{
UiAutomationFixture.TimeoutSeconds = 1;
UiAutomationFixture.SearchBy("Name");
Assert.IsTrue(fixture.StartApplication("notepad.exe"), "Notepad started");
var control = fixture.GetControl("classname:edit");
var pattern = new LegacyIAccessiblePattern(control.AutomationElement);
Assert.AreEqual(SetResult.Success, pattern.TrySet("hello"));
Assert.IsTrue(pattern.TryGet(out var content));
Assert.AreEqual("hello", content);
}
finally
{
fixture.ForcedCloseApplication();
}
}
public void WpfDemoCheckExpandCollapse()
{
Assert.IsTrue(_fixture.SelectItem("Caption:Usual Controls"), "Select 'Usual Controls' tab");
Assert.IsTrue(UiAutomationFixture.SearchBy("Caption"), "Default search is by Caption");
Assert.IsTrue(_fixture.SelectItem("Tree View"), "Select 'Tree View' tab");
Assert.IsFalse(_fixture.ControlExists("Step 2"), "Step 2 tree item does not exist yet");
Assert.IsTrue(_fixture.ExpandControl("ID:TreeView1"), "Expanding TreeView1 succeeds");
Assert.IsTrue(_fixture.ExpandControl("Processes"), "Expand Processes");
Assert.IsTrue(_fixture.SetFocusToControl("Main Process 1"));
Assert.IsTrue(_fixture.ExpandControl("Main Process 1"), "Expand Main Process 1");
Assert.IsTrue(_fixture.SetFocusToControl("Sub Process 1"));
Assert.IsTrue(_fixture.ExpandControl("Sub Process 1"), "Expand Sub Process 1");
Assert.IsTrue(_fixture.SetFocusToControl("Step 2"));
Assert.IsTrue(_fixture.ControlExists("Step 2"), "Step 2 tree item now exists");
Assert.IsTrue(_fixture.ControlIsVisible("Step 2"), "Step 2 tree item is visible");
Assert.IsTrue(_fixture.ExpandControl("Products"), "Expanding already expanded control is OK");
Assert.IsTrue(_fixture.ControlIsVisible("Core Product 1"), "Core Product 1 tree item is still visible");
Assert.IsTrue(_fixture.CollapseControl("Processes"), "Collapsing Processes tree item");
Assert.IsTrue(_fixture.ControlExists("Step 2"), "Step 2 tree item still exists");
Assert.IsFalse(_fixture.ControlIsVisible("Step 2"), "Ste p2 tree item is now invisible");
Assert.IsTrue(_fixture.CollapseControl("ID:TreeView1"), "Collapsing TreeView1");
Assert.IsFalse(_fixture.ControlIsVisible("Core Product 1"), "Core Product 1 tree item is now invisible");
}
public void FixtureAppUsageFailures()
{
var fixture = new UiAutomationFixture();
UiAutomationFixture.SearchBy("Name");
Assert.IsFalse(fixture.SwitchToAppWindow(), "Cannot switch to app window if not started");
Assert.IsFalse(fixture.SwitchToParentWindow(), "cannot switch to parent if no app launched");
Assert.IsFalse(fixture.IsUwpApp(), "IsUwpApp returns false if no app started");
#pragma warning disable 618
Assert.IsFalse(fixture.SwitchToWindow("irrelevant"), @"Can't switch to nonexisting window");
#pragma warning restore 618
Assert.IsFalse(fixture.SwitchToProcess("irrelevant"));
Assert.IsFalse(fixture.MaximizeWindow(), "Can't maximize nonexisting window");
Assert.IsFalse(fixture.MinimizeWindow(), "Can't minimize nonexisting window");
Assert.IsFalse(fixture.MoveWindowTo(new Coordinate(10, 10)), "Can't move nonexisting window");
Assert.IsFalse(fixture.NormalWindow(), "Can't restore nonexisting window");
Assert.IsFalse(fixture.ResizeWindowTo(new Coordinate(100, 100)), "Can't resize nonexisting window");
var topleft = fixture.WindowTopLeft;
var size = fixture.WindowSize;
Assert.AreEqual(0, size.X, "Width of nonexisting window is 0");
Assert.AreEqual(0, size.Y, "height of nonexisting window is 0");
Assert.AreEqual(0, topleft.X, "Row of nonexisting window is 0");
Assert.AreEqual(0, topleft.Y, "Column of nonexisting window is 0");
}
public void CalcCheckWindowValue()
{
UiAutomationFixture.SearchBy("ControlType");
// also test legacy pattern get since we don't use the Window pattern yet.
Assert.AreEqual("Calculator", _fixture.ValueOfControl("Window"), "value of Window is 'Calculator'");
}
public void FixtureTestInvalidSearchBy()
{
Assert.IsFalse(UiAutomationFixture.SearchBy(""), "Search by empty value fails");
Assert.IsFalse(UiAutomationFixture.SearchBy("InvalidConditionType"), "Search by wrong value fails");
}
public void SetUp()
{
Debug.Print("Test #" + ++_testCounter);
UiAutomationFixture.SearchBy("Name");
}
public void SetUp()
{
UiAutomationFixture.TimeoutSeconds = 3;
_fixture = new UiAutomationFixture();
}
public void Init()
{
_fixture = new UiAutomationFixture();
Assert.IsTrue(_fixture.StartApplication("notepad.exe"), "notepad started");
_fixture.WaitForControl(@"controltype:edit");
}
