public void DFSwalk()
{
pApp = Process.Start(@"D:\Users\Dennis\Desktop\Hackathon\guitesting\WpfApplication1\WpfApplication1\bin\Debug\WpfApplication1.exe");
//pApp = Process.Start(@"D:\Users\Dennis\RPCPro.NET_local\RPCPro .NET\Bin\ProjectManager.exe");
while (pApp.MainWindowHandle == IntPtr.Zero)
{
Thread.Sleep(1000);
}
AutomationElement ParentWindow = AutomationElement.FromHandle(pApp.MainWindowHandle);
//AutomationElementCollection DesktopChildren = AutomationElement.RootElement.FindAll(TreeScope.Children, new PropertyCondition(AutomationElement.IsEnabledProperty, true));
Random rand = new Random();
while (true)
{
AutomationElementCollection ElementCollection = ParentWindow.FindAll(TreeScope.Descendants, new PropertyCondition(AutomationElement.IsEnabledProperty, true));
List <AutomationElement> windows = new List <AutomationElement> {
};
foreach (AutomationElement myIter in ElementCollection)
{
if (myIter.Current.ControlType == ControlType.Window)
{
windows.Add(myIter);
}
}
AutomationElement iter = elemPicker.GetElementPriority(ElementCollection);
if (iter == null)
{
continue;
}
AutomationPattern[] validPatterns = iter.GetSupportedPatterns();
if (validPatterns.Count() > 0)
{
int patternIndex = rand.Next(0, validPatterns.Count() - 1);
patternManager.executePattern(iter, validPatterns[patternIndex]);
StreamManager.WriteLine(validPatterns[patternIndex].ProgrammaticName + " " + iter.Current.Name.ToString(), true, false);
StreamManager.WriteLine(iter.Current.Name + " " + iter.Current.AutomationId + " " + validPatterns[patternIndex].ProgrammaticName, false);
}
}
}
public AutomationElement GetElementPriority(AutomationElementCollection inCollection)
{
//gather the current elements in the GUI.
List <ElementEntry> currentElements = new List <ElementEntry> {
};
foreach (AutomationElement iter in inCollection)
{
if (SkipElement(iter))
{
continue;
}
var elementLog =
from myElem in mElementTracker
where (ElementIsEntry(iter, myElem))
select myElem;
if (elementLog.Count() == 0)
{ //new element
mElementTracker.Add(new ElementEntry {
Name = iter.Current.Name, AutomationId = iter.Current.AutomationId, mControlType = iter.Current.ControlType, Priority = 100
});
}
if (elementLog.Count() <= 1)
{ //recover old element
currentElements.Add(elementLog.First());
}
else
{ //multiple matches to element. Add more criteria.
Debug.Assert(false);
}
}
//sort current elements by rank.
//currentElements.Sort(PrioritizeElementEntries);
foreach (var elem in currentElements.OrderBy(p => p.Priority))
{
StreamManager.WriteLine(elem.Name + " " + elem.AutomationId + " " + elem.Priority);
}
int sumPriority = 0;
foreach (ElementEntry elem in currentElements)
{
sumPriority += elem.Priority;
}
//randomly choose a ElementEntry weighted by priority.
AutomationElement returnElement = null;
int randomVal = rand.Next(sumPriority);
int count = randomVal;
foreach (ElementEntry myEntry in currentElements)
{
if (count < myEntry.Priority && returnElement == null)
{
myEntry.Priority--;
var elementLog =
from AutomationElement myElem in inCollection
where (ElementIsEntry(myElem, myEntry))
select myElem;
StreamManager.WriteLine("CHOOSE: " + elementLog.First().Current.Name + elementLog.First().Current.AutomationId);
myEntry.Priority = 100;
returnElement = elementLog.First();
}
else
{
count -= myEntry.Priority;
myEntry.Priority++;
}
var updateLog =
from myElem in mElementTracker
where (myElem.Name == myEntry.Name)
select myElem;
updateLog.First().Priority = myEntry.Priority;
}
return(returnElement);
}
