// 20131114
//this.getElementFromPoint();
// 20131210
// this.getElementFromPoint(Cursor.Position);
// // use Windows forms mouse code instead of WPF
// System.Drawing.Point mouse = System.Windows.Forms.Cursor.Position;
//
// // commented 20120618 to switch to UiaCOMWrapper
// element =
// System.Windows.Automation.AutomationElement.FromPoint(
// new System.Windows.Point(mouse.X, mouse.Y));
// //element =
// // //(UiaNET::System.Windows.Automation.AutomationElement)
// // UiaCOM3.UiaCOMHelper.GetAutomationElementFromPoint();
// 20120618 UiaCOMWrapper
// && (int)element.Current.ProcessId > 0)
// if (element != null && ((element as AutomationElement) != null)) { // && (int)element.Current.ProcessId > 0)
//if (element != null && ((element as UiaCOM::System.Windows.Automation.AutomationElement) != null)) { // && (int)element.Current.ProcessId > 0)
// 20131210
// this.createTranscriptingCmdlet();
// as UiaNET::System.Windows.Automation.AutomationElement);
//
// this.richTextBox1.Text +=
// "failed to get element.Current.ProcessId\r\n";
// this.richTextBox1.Text +=
// "failed to get element.Cached.ProcessId\r\n";
// ||
// there is usually nothing to report
// writing to the property grid control
// writing to the family tree and the code
//try {
//}
//catch (Exception eCollectAncestry) {
// this.richTextBox1.Text = eCollectAncestry.Message;
//}
// the Hierarchy tree
// the code generated
//
// 20131114
//
// 20131210
// writingAvailablePatterns(element);
// end of if (elementPID != tabooPID)
// end of if (element != null && ((element as AutomationElement) != null))
// +
public void ProcessSpyingCycle() //TranscriptCmdletBase cmdlet, IUiElement element)
{
do
{
Application.DoEvents();
try {
// use Windows forms mouse code instead of WPF
IUiElement element = ExSpyCode.GetElementFromPoint(Cursor.Position);
if (null != element)
{
TranscriptCmdletBase cmdlet = ExSpyCode.CreateTranscriptingCmdlet();
try {
bool res = UiaHelper.ProcessingElement(cmdlet, element);
if (!res)
{
}
} catch (Exception eProcessingElement) {
txtFullCode.Text = "eProcessingElement element method:\r\n" + eProcessingElement.Message;
element = null;
System.Threading.Thread.Sleep(Preferences.TranscriptInterval);
continue;
}
int elementPID = 0;
try {
// 20140312
// elementPID = element.Current.ProcessId;
elementPID = element.GetCurrent().ProcessId;
} catch {
try {
// 20140312
// elementPID = element.Cached.ProcessId;
// elementPID = (element as ISupportsCached).Cached.ProcessId;
elementPID = element.GetCached().ProcessId;
} catch (Exception) {
}
}
// 20131227
// int elementPID = UiaHelper.GetElementProcessIdSafely(element);
if (elementPID != tabooPID)
{
if (cmdlet.LastRecordedItem.Count > 0)
{
try {
richControlCode.Text = cmdlet.WritingRecord(cmdlet.LastRecordedItem, null, null, null);
if (chkClipboard.Checked)
{
Clipboard.SetDataObject(richControlCode.Text);
}
} catch (Exception eCollectingElements) {
txtFullCode.Text = "Collecting:\r\n" + eCollectingElements.Message;
Exception eCollectingElements2 = new Exception("Collecting (eCollectingElements):\r\n" + eCollectingElements.Message);
throw (eCollectingElements2);
}
guiWritingAutomationElementToPropertyGridControl(element);
try {
collectAncestry(ref ancestorsNodesList, ref ancestorsCodeList, element);
guiFillHierarchyTree();
guiWriteCodeGenerated();
} catch (Exception eInner) {
txtFullCode.Text += "Inner cycle (eInner):\r\n" + eInner.Message;
}
}
richPatterns.Text = ExSpyCode.WritingAvailablePatterns(element);
}
}
System.Threading.Thread.Sleep(Preferences.TranscriptInterval);
} catch (Exception eUnknown) {
txtFullCode.Text += "External cycle (eUnknown):\r\n" + eUnknown.Message;
System.Threading.Thread.Sleep(Preferences.TranscriptInterval);
}
} while (!stopNow);
}
