public void MyTestInitialize()
{
// Create the factory and register schemas
_nFactory = new CUIAutomationClass();
// Start the app
var curDir = Environment.CurrentDirectory;
_app = new TargetApp(curDir + "\\WpfAppWithAdvTextControl.exe");
_app.Start();
// Find the main control
var appElement = _nFactory.ElementFromHandle(_app.MainWindow);
var advTestBoxCondition = _nFactory.CreatePropertyCondition(UIA_PropertyIds.UIA_AutomationIdPropertyId, "advTextBox1");
_nAdvancedTextBoxElement = appElement.FindFirst(NTreeScope.TreeScope_Children, advTestBoxCondition);
Assert.IsNotNull(_nAdvancedTextBoxElement);
var testControlCondition = _nFactory.CreatePropertyCondition(UIA_PropertyIds.UIA_AutomationIdPropertyId, "testControl");
_nTestControlElement = appElement.FindFirst(NTreeScope.TreeScope_Children, testControlCondition);
Assert.IsNotNull(_nTestControlElement);
var window = AutomationElement.RootElement.FindFirst(WTreeScope.Children, new PropertyCondition(AutomationElement.NameProperty, "MainWindow"));
_wAdvancedTextBoxElement = window.FindFirst(WTreeScope.Descendants, new PropertyCondition(AutomationElement.AutomationIdProperty, "advTextBox1"));
_wTestControlElement = window.FindFirst(WTreeScope.Descendants, new PropertyCondition(AutomationElement.AutomationIdProperty, "testControl"));
}
public void MyTestInitialize()
{
// Create the factory and register schemas
_nFactory = new CUIAutomationClass();
// Start the app
var curDir = Environment.CurrentDirectory;
_app = new TargetApp(curDir + "\\WpfAppWithAdvTextControl.exe");
_app.Start();
// Find the main control
var appElement = _nFactory.ElementFromHandle(_app.MainWindow);
var advTestBoxCondition = _nFactory.CreatePropertyCondition(UIA_PropertyIds.UIA_AutomationIdPropertyId, "advTextBox1");
_nAdvancedTextBoxElement = appElement.FindFirst(NTreeScope.TreeScope_Children, advTestBoxCondition);
Assert.IsNotNull(_nAdvancedTextBoxElement);
var testControlCondition = _nFactory.CreatePropertyCondition(UIA_PropertyIds.UIA_AutomationIdPropertyId, "testControl");
_nTestControlElement = appElement.FindFirst(NTreeScope.TreeScope_Children, testControlCondition);
Assert.IsNotNull(_nTestControlElement);
var window = AutomationElement.RootElement.FindFirst(WTreeScope.Children, new PropertyCondition(AutomationElement.NameProperty, "MainWindow"));
_wAdvancedTextBoxElement = window.FindFirst(WTreeScope.Descendants, new PropertyCondition(AutomationElement.AutomationIdProperty, "advTextBox1"));
_wTestControlElement = window.FindFirst(WTreeScope.Descendants, new PropertyCondition(AutomationElement.AutomationIdProperty, "testControl"));
}
public static bool ExpandAll(this IUIAutomationElement element, IUIAutomation automation, int level)
{
if (element.CurrentIsOffscreen != 0)
{
return(false);
}
var returnValue = false;
if (element.GetCurrentPattern(UIA_PatternIds.UIA_ExpandCollapsePatternId) is IUIAutomationExpandCollapsePattern expandCollapsePattern &&
expandCollapsePattern.CurrentExpandCollapseState != ExpandCollapseState.ExpandCollapseState_LeafNode)
{
returnValue = true;
// TODO: find timing issue and resolve structurally. This issue shows with CalcVolume
Thread.Sleep(100);
expandCollapsePattern.Expand();
}
var condition = automation.CreatePropertyCondition(UIA_PropertyIds.UIA_IsEnabledPropertyId, true);
var item = element.FindAll(TreeScope.TreeScope_Children, condition);
for (var i = 0; i < item.Length; i++)
{
if (ExpandAll(item.GetElement(i), automation, level + 1))
{
returnValue = true;
}
}
return(returnValue);
}
public static bool CollapseAll(this IUIAutomationElement element, IUIAutomation automation)
{
if (element.CurrentIsOffscreen != 0)
{
return(false);
}
var returnValue = false;
var condition = automation.CreatePropertyCondition(UIA_PropertyIds.UIA_IsEnabledPropertyId, true);
var item = element.FindAll(TreeScope.TreeScope_Children, condition);
for (var i = 0; i < item.Length; i++)
{
if (CollapseAll(item.GetElement(i), automation))
{
returnValue = true;
}
}
if (!(element.GetCurrentPattern(UIA_PatternIds.UIA_ExpandCollapsePatternId) is IUIAutomationExpandCollapsePattern
expandCollapsePattern) || expandCollapsePattern.CurrentExpandCollapseState ==
ExpandCollapseState.ExpandCollapseState_LeafNode)
{
return(returnValue);
}
expandCollapsePattern.Collapse();
return(true);
}
/// <summary>
/// Enumerates the automation elements from the given window
/// </summary>
/// <param name="hWnd">The window handle</param>
/// <returns>All of the automation elements found</returns>
private List <IUIAutomationElement> EnumElements(IntPtr hWnd)
{
var result = new List <IUIAutomationElement>();
var automationElement = _automation.ElementFromHandle(hWnd);
var conditionControlView = _automation.ControlViewCondition;
var conditionEnabled = _automation.CreatePropertyCondition(UIA_PropertyIds.UIA_IsEnabledPropertyId, true);
var enabledControlCondition = _automation.CreateAndCondition(conditionControlView, conditionEnabled);
var conditionOnScreen = _automation.CreatePropertyCondition(UIA_PropertyIds.UIA_IsOffscreenPropertyId, false);
var condition = _automation.CreateAndCondition(enabledControlCondition, conditionOnScreen);
var elementArray = automationElement.FindAll(TreeScope.TreeScope_Descendants, condition);
for (var i = 0; i < elementArray.Length; ++i)
{
result.Add(elementArray.GetElement(i));
}
return(result);
}
public override IUIAutomationElement GetUIAutomationElement(IUIAutomation automation)
{
var listElement = _listElement.GetUIAutomationElement(automation);
var listItems = listElement.FindAll(
interop.UIAutomationCore.TreeScope.TreeScope_Descendants,
automation.CreatePropertyCondition(
UIA_PropertyIds.UIA_ControlTypePropertyId,
UIA_ControlTypeIds.UIA_ListItemControlTypeId));
return(listItems.GetElement(_index));
}
public override IUIAutomationElement GetUIAutomationElement(IUIAutomation automation)
{
var listElement = _listElement.GetUIAutomationElement(automation);
var listItems = listElement.FindAll(
interop.UIAutomationCore.TreeScope.TreeScope_Descendants,
automation.CreatePropertyCondition(
UIA_PropertyIds.UIA_ControlTypePropertyId,
UIA_ControlTypeIds.UIA_ListItemControlTypeId));
return listItems.GetElement(_index);
}
/// <summary>
/// Get DesktopElements based on Process Id.
/// </summary>
/// <param name="pid"></param>
/// <returns>return null if we fail to get elements by process Id</returns>
public static IEnumerable <DesktopElement> ElementsFromProcessId(int pid)
{
IUIAutomationElement root = null;
IEnumerable <DesktopElement> elements = null;
IUIAutomationCondition condition = null;
IUIAutomationElementArray elementArray = null;
try
{
// check whether process exists first.
// if not, it will throw an ArgumentException
using (var proc = Process.GetProcessById(pid))
{
root = UIAutomation.GetRootElement();
condition = UIAutomation.CreatePropertyCondition(PropertyType.UIA_ProcessIdPropertyId, pid);
elementArray = root.FindAll(TreeScope.TreeScope_Children, condition);
elements = ElementsFromUIAElements(elementArray);
}
}
#pragma warning disable CA1031 // Do not catch general exception types
catch (Exception ex)
{
// report and let it return null
ex.ReportException();
}
#pragma warning restore CA1031 // Do not catch general exception types
finally
{
if (root != null)
{
Marshal.ReleaseComObject(root);
}
if (condition != null)
{
Marshal.ReleaseComObject(condition);
}
if (elementArray != null)
{
Marshal.ReleaseComObject(elementArray);
}
}
return(elements);
}
public void MyTestInitialize()
{
// Create the factory and register schemas
_factory = new CUIAutomationClass();
ReadyStateSchema.GetInstance().Register();
TestSchema.GetInstance().Register();
ColorSchema.GetInstance().Register();
// Start the app
var curDir = Environment.CurrentDirectory;
_app = new TargetApp(curDir + "\\UiaControls.exe");
_app.Start();
// Find the main control
var appElement = _factory.ElementFromHandle(_app.MainWindow);
var condition = _factory.CreatePropertyCondition(
UIA_PropertyIds.UIA_AutomationIdPropertyId,
"triColorControl1");
_customElement = appElement.FindFirst(TreeScope.TreeScope_Children,
condition);
Assert.IsNotNull(_customElement);
}
public SetResult TrySet(string value)
{
if (!DoesApply())
{
return(SetResult.NotApplicable);
}
_element.ExpandAll(_automation, 0);
if (string.IsNullOrWhiteSpace(value))
{
DeselectAll(_selectionPattern.GetCurrentSelection());
return(SetResult.Success);
}
var condition = _automation.CreatePropertyCondition(UIA_PropertyIds.UIA_NamePropertyId, value);
var item = _element.FindFirst(TreeScope.TreeScope_Descendants, condition);
return(item == null
? SetResult.Failure
: new SelectionItemPattern(item, _selectionPattern.CurrentCanSelectMultiple != 0).TrySet(SelectionItemPattern
.SelectValue));
}
public Guid?FindElement(Session session, string locator, string value, Guid?elementId)
{
var sw = Stopwatch.StartNew();
while (sw.Elapsed < session.Timeouts.Implicit)
{
var conditions = new List <IUIAutomationCondition>();
switch (locator.ToLowerInvariant())
{
case "name":
conditions.Add(_automation.CreatePropertyCondition(UIA_PropertyIds.UIA_ValueValuePropertyId, value));
conditions.Add(_automation.CreatePropertyCondition(UIA_PropertyIds.UIA_AutomationIdPropertyId, value));
break;
case "id":
conditions.Add(_automation.CreatePropertyCondition(UIA_PropertyIds.UIA_AutomationIdPropertyId, value));
break;
default:
throw new NotSupportedException();
}
var container = elementId.HasValue
? GetUIAutomationElement(elementId.Value)
: _automation.ElementFromHandle(session.Process.MainWindowHandle);
var condition = _automation.CreateOrConditionFromArray(conditions.ToArray());
var element = container.FindFirst(TreeScope.TreeScope_Descendants, condition);
if (element != null)
{
return(_elementRepository.AddByHandle(element.CurrentNativeWindowHandle.ToInt32()));
}
Thread.Sleep(500);
}
return(null);
}
public void MyTestInitialize()
{
// Create the factory and register schemas
_factory = new CUIAutomationClass();
ReadyStateSchema.GetInstance().Register();
TestSchema.GetInstance().Register();
ColorSchema.GetInstance().Register();
// Start the app
var curDir = Environment.CurrentDirectory;
_app = new TargetApp(curDir + "\\UiaControls.exe");
_app.Start();
// Find the main control
var appElement = _factory.ElementFromHandle(_app.MainWindow);
var condition = _factory.CreatePropertyCondition(
UIA_PropertyIds.UIA_AutomationIdPropertyId,
"triColorControl1");
_customElement = appElement.FindFirst(TreeScope.TreeScope_Children,
condition);
Assert.IsNotNull(_customElement);
}
private void timer1_Tick(object sender, EventArgs e)
{
if (count < 4)
{
title = list[count];
count++;
}
else
{
count = 0;
title = list[count];
count++;
}
//找到QQ
Process[] process = Process.GetProcessesByName("QQ");
foreach (Process p in process)
{
textBox1.Clear();
//從QQ產生root automation
IUIAutomationElement _viveportAutomationElement = _automation.ElementFromHandle(
p.MainWindowHandle);
if (_viveportAutomationElement == null)
{
throw new InvalidOperationException("QQ must be running");
}
//依據屬性名稱 找出tabbox
IUIAutomationCondition conditionNote = _automation.CreatePropertyCondition(
_propertyIdName, title);
IUIAutomationElement _tabBoxAutomationElement = _viveportAutomationElement.FindFirst(
TreeScope.TreeScope_Descendants,
conditionNote);
if (_tabBoxAutomationElement == null)
{
throw new InvalidOperationException("Could not find " + title);
}
//由tab找出按鍵範圍 移動游標點擊
tagPOINT point = new tagPOINT();
_tabBoxAutomationElement.GetClickablePoint(out point);
Cursor.Position = new Point((int)point.x, (int)point.y);
LeftClick();
Thread.Sleep(150);
//找出QQ聊天室顯示框
conditionNote = _automation.CreatePropertyCondition(
_propertyIdName, "消息");
IUIAutomationElement _resultTextBoxAutomationElement = _viveportAutomationElement.FindFirst(
TreeScope.TreeScope_Descendants,
conditionNote);
if (_resultTextBoxAutomationElement == null)
{
throw new InvalidOperationException("Could not find 消息");
}
//取出消息
UIAutomationClient.IUIAutomationLegacyIAccessiblePattern legacyPattern1 = (UIAutomationClient.IUIAutomationLegacyIAccessiblePattern)_resultTextBoxAutomationElement.GetCurrentPattern(patternId);
//放到texebox
List <char> list = legacyPattern1.CurrentValue.ToList();
foreach (char i in list)
{
if (i != '\r')
{
textBox1.AppendText(i.ToString());
}
else
{
textBox1.AppendText(Environment.NewLine);
}
}
}
}
public List <DrawItem> execute()
{
List <DrawItem> items = new List <DrawItem>();
IUIAutomationElement boxToBorder;
IUIAutomationElement tmpElement;
Stopwatch watch = new Stopwatch();
watch.Reset();
watch.Start();
IntPtr storeHwnd = IntPtr.Zero;
foreach (Process proc in Process.GetProcesses())
{
if (proc.MainWindowTitle.StartsWith("Simplify3D"))
{
storeHwnd = proc.MainWindowHandle;
}
}
// IntPtr storeHwnd = NativeMethods.FindWindow ("Qt5QWindowIcon", "Simplify3D (Licensed to ...)");
IntPtr fffSetings = NativeMethods.FindWindow("Qt5QWindowIcon", "FFF settings");
bool exit = false;
if (storeHwnd == IntPtr.Zero)
{
exit = true;
}
if (storeHwnd != NativeMethods.GetForegroundWindow() && fffSetings != NativeMethods.GetForegroundWindow())
{
exit = true;
}
if (exit)
{
//Highlighter.BufferList(new List<DrawItem>());
return(items);
}
IUIAutomationElement windowApp = _automation.ElementFromHandle(storeHwnd);
IUIAutomationCondition[] conditionArray = new IUIAutomationCondition[1];
conditionArray[0] = _automation.CreatePropertyCondition(UIA_PropertyIds.UIA_NamePropertyId, "FFF Settings");
IUIAutomationCondition conditions = _automation.CreateAndConditionFromArray(conditionArray);
IUIAutomationElement settingsPanel = windowApp.FindFirst(TreeScope.TreeScope_Children, conditionArray[0]);
//can u see ?
if (settingsPanel != null)
{
try
{
conditionArray[0] = _automation.CreatePropertyCondition(UIA_PropertyIds.UIA_NamePropertyId, "Auto-Configure for Material");
boxToBorder = settingsPanel.FindFirst(TreeScope.TreeScope_Descendants, conditionArray[0]);
items.Add(new DrawItem(false, boxToBorder.CurrentBoundingRectangle, Color.Orange));
conditionArray[0] = _automation.CreatePropertyCondition(UIA_PropertyIds.UIA_NamePropertyId, "Auto-Configure for Print Quality");
boxToBorder = settingsPanel.FindFirst(TreeScope.TreeScope_Descendants, conditionArray[0]);
items.Add(new DrawItem(false, boxToBorder.CurrentBoundingRectangle, Color.Blue));
pane = this.GetSettingsMainPane(settingsPanel);
var rowElement = GetRowOfTabs(settingsPanel);
var columnElement = GetColumnFromTabRow(rowElement, EXTRUDER);
items.Add(new DrawItem(false, columnElement.CurrentBoundingRectangle, Color.Orange));
columnElement = GetColumnFromTabRow(rowElement, LAYER);
items.Add(new DrawItem(false, columnElement.CurrentBoundingRectangle, Color.Blue));
columnElement = GetColumnFromTabRow(rowElement, ADDITIONS);
items.Add(new DrawItem(false, columnElement.CurrentBoundingRectangle, Color.Blue));
columnElement = GetColumnFromTabRow(rowElement, INFILL);
items.Add(new DrawItem(false, columnElement.CurrentBoundingRectangle, Color.Blue));
columnElement = GetColumnFromTabRow(rowElement, SUPPORT);
items.Add(new DrawItem(false, columnElement.CurrentBoundingRectangle, Color.Blue));
columnElement = GetColumnFromTabRow(rowElement, TEMPERATURE);
items.Add(new DrawItem(false, columnElement.CurrentBoundingRectangle, Color.Orange));
columnElement = GetColumnFromTabRow(rowElement, COOLING);
items.Add(new DrawItem(false, columnElement.CurrentBoundingRectangle, Color.Orange));
if (rowElement.CurrentName == EXTRUDER)
{
tmpElement = this.GetElementFromPane(pane, "Extrusion Multiplier");
items.Add(new DrawItem(true, tmpElement.CurrentBoundingRectangle, Color.Orange));
}
else if (rowElement.CurrentName == LAYER)
{
tmpElement = this.GetElementFromPane(pane, "Primary Layer Height");
items.Add(new DrawItem(true, tmpElement.CurrentBoundingRectangle, Color.Blue));
tmpElement = this.GetElementFromPane(pane, "Top Solid Layers");
items.Add(new DrawItem(true, tmpElement.CurrentBoundingRectangle, Color.Blue));
tmpElement = this.GetElementFromPane(pane, "Bottom Solid Layers");
items.Add(new DrawItem(true, tmpElement.CurrentBoundingRectangle, Color.Blue));
}
else if (rowElement.CurrentName == ADDITIONS)
{
tmpElement = this.GetElementFromPane(pane, "Skirt Layers");
items.Add(new DrawItem(true, tmpElement.CurrentBoundingRectangle, Color.Blue));
}
else if (rowElement.CurrentName == INFILL)
{
tmpElement = this.GetElementFromPane(pane, "Interior Fill Percentage");
items.Add(new DrawItem(true, tmpElement.CurrentBoundingRectangle, Color.Blue));
}
else if (rowElement.CurrentName == SUPPORT)
{
tmpElement = this.GetElementFromPane(pane, "Support Infill Percentage");
items.Add(new DrawItem(true, tmpElement.CurrentBoundingRectangle, Color.Blue));
}
else if (rowElement.CurrentName == TEMPERATURE)
{
tmpElement = this.GetBoxFromPane(pane, UIA_ControlTypeIds.UIA_ListControlTypeId);
items.Add(new DrawItem(true, tmpElement.CurrentBoundingRectangle, Color.Orange));
}
else if (rowElement.CurrentName == COOLING)
{
tmpElement = this.GetBoxFromPane(pane, UIA_ControlTypeIds.UIA_TreeControlTypeId);
items.Add(new DrawItem(true, tmpElement.CurrentBoundingRectangle, Color.Orange));
}
}
catch (NullReferenceException)
{
Console.WriteLine("shit happens");
}
watch.Stop();
int timeout = (1000 / 75) - (int)watch.ElapsedMilliseconds;
//Thread.Sleep(timeout);
}
//Highlighter.BufferList(items);
return(items);
// grab the context from the state
}
public string GetMail()
{
string strMailContent = "";
// Try to find a Windows Live Mail window for composing and reading e-mails.
// Using the Spy tool, the class of the main window can be found. This test
// app assumes there's only one Windows Live Mail window of interest.
IntPtr hwnd = Win32.FindWindow("ATH_Note", null);
if (hwnd != IntPtr.Zero)
{
// We found a window, so get the UIA element associated with the window.
IUIAutomationElement elementMailAppWindow = _automation.ElementFromHandle(
hwnd);
// Find an element somewhere beneath the main window element in the UIA
// tree which represents the main area where the e-mail content is shown.
// Using the Inspect SDK tool, we can see that the main e-mail content
// is contained within an element whose accessible name is "NoteWindow".
// So create a condition such that the FindFirst() call below will only
// return an element if its name is "NoteWindow".
IUIAutomationCondition conditionNote = _automation.CreatePropertyCondition(
_propertyIdName, "NoteWindow");
IUIAutomationElement elementNoteWindow = elementMailAppWindow.FindFirst(
TreeScope.TreeScope_Descendants,
conditionNote);
// As it happens, the actual element that supports the Text Pattern is
// somewhere beneath the "NoteWindow" element in the UIA tree. Using
// Inspect we can see that there is an element that supports the
// Text Pattern. Once we have that element, we can avoid a cross-process
// call to access the Text Pattern object by using cache request.
IUIAutomationCacheRequest cacheRequest = _automation.CreateCacheRequest();
cacheRequest.AddPattern(_patternIdTextPattern);
// Now find the element that supports the Text Pattern. This test app assumes
// there’s only one element that can be returned which supports the Text Pattern.
bool fTextPatternSupported = true;
IUIAutomationCondition conditionTextPattern = _automation.CreatePropertyCondition(
_propertyIdIsTextPatternAvailable,
fTextPatternSupported);
IUIAutomationElement elementMailContent = elementMailAppWindow.FindFirstBuildCache(
TreeScope.TreeScope_Descendants,
conditionTextPattern,
cacheRequest);
// Because the Text Pattern object is cached, we don't have to make a cross-process
// call here to get object. Later calls which actually use methods and properties
// on the Text Pattern object will incur cross-proc calls.
IUIAutomationTextPattern textPattern = (IUIAutomationTextPattern)
elementMailContent.GetCachedPattern(
_patternIdTextPattern);
// This test app is only interested in getting all the e-mail text, so we get that through
// the DocumentRange property. A more fully featured app might be interested in getting a
// collection of Text Ranges from the e-mail. Each range might relate to an individual
// word or paragraph. Given that a provider which supports the Text Pattern allows a
// client to find the bounding rectangles of these ranges, the client could choose to use
// its own method of highlighting the text as the text is being spoken.
IUIAutomationTextRange rangeDocument = textPattern.DocumentRange;
// Pass -1 here because we're not interested in limiting the amount of text here.
strMailContent = rangeDocument.GetText(-1);
}
return(strMailContent);
}
//////////////////////////////////////////////////////////////////////////////////////////////////////////////
//
// BuildListOfHyperlinksFromElement()
//
// Retrieve a list of hyperlinks from a UIAutomation element. Notifies the main
// UI thread when it's found all the hyperlinks to be added to the app's list of
// hyperlinks.
//
// Runs on the background thread.
//
//////////////////////////////////////////////////////////////////////////////////////////////////////////////
private void BuildListOfHyperlinksFromElement(IUIAutomationElement elementBrowser,
bool fUseCache, bool fSearchLinkChildren)
{
IUIAutomationCacheRequest cacheRequest = null;
// If a cache is used, then for each of the elements returned to us after a search
// for elements, specific properties (and patterns), can be cached with the element.
// This means that when we access one of the properties later, a cross-proc call
// does not have to be made. (But it also means that when such a call is made, we
// don't learn whether the original element still exists.)
if (fUseCache)
{
// Create a cache request containing all the properties and patterns
// we will need once we've retrieved the hyperlinks. By using this
// cache, when can avoid time-consuming cross-process calls when
// getting hyperlink properties later.
cacheRequest = _automation.CreateCacheRequest();
// We'll need the hyperlink's name and bounding rectangle later.
// A full list of Automation element properties can be found at
// http://msdn.microsoft.com/en-us/library/ee684017(v=VS.85).aspx.
cacheRequest.AddProperty(_propertyIdName);
cacheRequest.AddProperty(_propertyIdBoundingRectangle);
// The target of the hyperlink might be stored in the Value property of
// the hyperlink. The Value property is only avaliable if an element
// supports the Value pattern. This sample doesn't use the Value, but
// if it did, it would call the following here.
// hr = pCacheRequest->AddProperty(UIA_ValueValuePropertyId);
// It's ok to attempt to cache a property on a pattern which might not
// exist on the cached elements. In that case, the property just won't
// be available when we try to retrieve it from the cache later.
// Note that calling AddPattern() does not cache the properties
// associated with a pattern. The pattern's properties must be
// added explicitly to the cache if required.
// Cache the Invoke pattern too. This means when we prepare to invoke a link later,
// we won't need to make a cross-proc call during that preparation. (A cross-proc
// call will occur at the time Invoke() is actually called.) A full list of patterns
// can be found at http://msdn.microsoft.com/en-us/library/ee684023(v=VS.85).aspx.
cacheRequest.AddPattern(_patternIdInvoke);
// The next step is to specify for which elements we want to have the properties, (and
// pattern) cached. By default, caching will occur on each element found in the search
// below. But we can also request that the data is cached for direct children of the
// elements found, or even all the descendants of the elements founds. (A scope of
// Parent or Ancestors cannot be used in a cached request.)
// So in this sample, if TreeScope_Element is used as the scope here, (which is the
// default), then only properties for the found hyperlinks will be cached. The sample
// optionally caches the properties for the direct children of the hyperlinks too.
// This means that if we find a hyperlink with no name, we can search the hyperlink's
// children to see if one of the child elements has a name we can use. (Searching the
// children could be done without using the cache, but it would incur the time cost of
// making cross-proc calls.)
TreeScope scope = TreeScope.TreeScope_Element;
if (fSearchLinkChildren)
{
scope = scope | TreeScope.TreeScope_Children;
}
cacheRequest.TreeScope = scope;
// Note: By default the cache request has a Mode of Full. This means a reference to the
// target element is included in the cache, as well as whatever properties and patterns
// we specified should be in the cache. With a reference to the target element, we can:
//
// (i) Retrieve a property later for an element which we didn't request should be in
// the cache. Eg we could call get_CurrentHasKeyboardFocus().
//
// (ii) We can call a method of a pattern that the element supports. Eg if Full mode was
// not used here, we would not be able to call Invoke() on the hyperlink later.
// If we specified a Mode of None for the cache request here, then the results only include
// cached data, with no connection at all after the call returns to the source elements. If
// only data is required, then it would be preference to use a Mode of None, as less work is
// required by UIA. (Also, if a reference to the element is returned in the cache and kept
// around for a non-trivial time, then it increases the chances that the target process
// attempts to free the element, but it can't do so in a clean manner as it would like,
// due to the client app here holding a reference to it.) To specify that we want a Mode of
// None, we'd make this call here:
// cacheRequest.AutomationElementMode = AutomationElementMode.AutomationElementMode_None;
}
// Now regardless of whether we're using a cache, we need to specify which elements
// we're interested in during our search for elements. We do this by building up a
// property condition. This property condition tells UIA which properties must be
// satisfied by an element for it to be included in the search results. We can
// combine a number of properties with AND and OR logic.
// We shall first say that we're only interested in elements that exist in the Control view.
// By default, a property condition uses the Raw view, which means that every element in the
// target browser's UIA tree will be examined. The Control view is a subset of the Raw view,
// and only includes elements which present some useful UI. (The Raw view might include
// container elements which simply group elements logically together, but the containers
// themselves might have no visual representation on the screen.)
IUIAutomationCondition conditionControlView = _automation.ControlViewCondition;
IUIAutomationCondition conditionHyperlink = _automation.CreatePropertyCondition(_propertyIdControlType, _controlTypeIdHyperlink);
// Now combine these two properties such that the search results only contain
// elements that are in the Control view AND are hyperlinks. We would get the
// same results here if we didn't include the Control view clause, (as hyperlinks
// won't exist only in the Raw view), but by specifying that we're only interested
// in the Control view, UIA won't bother checking all the elements that only exist
// in the Raw view to see if they're hyperlinks.
IUIAutomationCondition condition = _automation.CreateAndCondition(conditionControlView, conditionHyperlink);
// Now retrieve all the hyperlinks in the browser. We must specify a scope in the Find calls here,
// to control how far UIA will go in looking for elements to include in the search results. For
// this sample, we must check all descendants of the browser window.
// *** Note: use TreeScope_Descendants with care, as depending on what you're searching for, UIA may
// have to process potentially thousands of elements. For example, if you only need to find top level
// windows on your desktop, you would search for TreeScope_Children of the root of the UIA tree. (The
// root element can be found with a call to IUIAutomation::GetRootElement().)
// *** Note: If the following searches included searching for elements in the client app's own UI,
// then the calls must be made on a background thread. (ie not your main UI thread.) Once event
// handlers are used, then it's preferable to have all UIA calls made on a background thread
// regardless of whether the app interacts with its own UI.
IUIAutomationElementArray elementArray;
if (fUseCache)
{
elementArray = elementBrowser.FindAllBuildCache(TreeScope.TreeScope_Descendants, condition, cacheRequest);
}
else
{
elementArray = elementBrowser.FindAll(TreeScope.TreeScope_Descendants, condition);
}
// Build up a list of items to be passed to the main thread in order for it to
// populate the list of hyperlinks shown in the UI.
_linkItems.Clear();
if (elementArray != null)
{
// Find the number of hyperlinks returned by the search. (The number of hyperlinks
// found might be zero if the browser window is minimized.)
int cLinks = elementArray.Length;
// Process each returned hyperlink element.
for (int idxLink = 0; idxLink < cLinks; ++idxLink)
{
IUIAutomationElement elementLink = elementArray.GetElement(idxLink);
// Get the name property for the hyperlink element. How we get this depends
// on whether we requested that the property should be cached or not.
string strLinkName = null;
if (fUseCache)
{
strLinkName = GetCachedDataFromElement(elementLink, fSearchLinkChildren);
}
else
{
strLinkName = GetCurrentDataFromElement(elementLink, fSearchLinkChildren);
}
// If we have non-null name, add the link to the list. (This sample does not check
// for names that only contains whitespace.)
if (strLinkName != null)
{
strLinkName = strLinkName.Trim();
LinkItem item = new LinkItem();
item.linkName = strLinkName;
item.element = elementLink;
_linkItems.Add(item);
}
}
}
// Notify the main UI thread that a list of links is ready for processing. Do not block in this call.
_listViewLinks.BeginInvoke(_UIUpdateDelegate, _linkItems);
}
public void GoBack(IUIAutomationElement updateElement)
{
IUIAutomationCondition[] conditionArray = new IUIAutomationCondition[4];
conditionArray[0] = _automation.CreatePropertyCondition(UIA_PropertyIds.UIA_ControlTypePropertyId, UIA_ControlTypeIds.UIA_ButtonControlTypeId);
conditionArray[1] = _automation.CreatePropertyCondition(UIA_PropertyIds.UIA_NamePropertyId, "Back");
conditionArray[2] = _automation.CreatePropertyCondition(UIA_PropertyIds.UIA_AutomationIdPropertyId, "backButton");
conditionArray[3] = _automation.CreatePropertyCondition(UIA_PropertyIds.UIA_FrameworkIdPropertyId, "InternetExplorer");
IUIAutomationCondition conditions = _automation.CreateAndConditionFromArray(conditionArray);
IUIAutomationElement backElement = updateElement.FindFirst(TreeScope.TreeScope_Children, conditions);
this.ClickElement(backElement);
Thread.Sleep(2000);
}