rik/jlibwinapi
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

Updated Synthuse to list WPF and Silverlight Windows

Browse Source 
The WpfBridge native library can now enumerate all WPF and Silverlight
Windows and list them in Synthuse.  Still need to add a method to
connect the Drag Target to locate the WPF window.
This commit is contained in:
Edward Jakubowski
2014-04-05 17:24:08 -04:00
parent d92f85e1b8
commit 1809e2ad55
14 changed files with 297 additions and 79 deletions
Download Patch File Download Diff File Expand all files Collapse all files

110
native/WpfBridge/WpfAutomation.cpp
View File

@@ -34,6 +34,8 @@ array<System::Int32> ^ WpfAutomation::convertRuntimeIdString(System::String ^run
AutomationElement ^ WpfAutomation::findAutomationElementById(System::String ^runtimeIdValue)
{
if (runtimeIdValue == nullptr || runtimeIdValue->Equals(L""))
return AutomationElement::RootElement;
array<System::Int32> ^idArray = this->convertRuntimeIdString(runtimeIdValue);
Condition ^pcFramework = gcnew PropertyCondition(AutomationElement::FrameworkIdProperty, this->frameworkId);
Condition ^pcRunId = gcnew PropertyCondition(AutomationElement::RuntimeIdProperty, idArray);
@@ -47,22 +49,28 @@ array<System::String ^> ^ WpfAutomation::getRuntimeIdsFromCollection(System::Win
System::Int32 count = 0;
for each(AutomationElement ^child in collection)
{
System::Object ^currentVal = child->GetCurrentPropertyValue(AutomationElement::RuntimeIdProperty);
if (currentVal != nullptr)
{
array<System::Int32> ^idArray = (array<System::Int32> ^)currentVal;
for each(System::Int32 val in idArray)
{
idStrArray[count] += System::Convert::ToString(val) + L"-";
//System::String->Concat(idStrArray[count], System::String->Concat(val->ToString(), L"-"));
}
idStrArray[count] = idStrArray[count]->TrimEnd('-');
//System::Console::WriteLine("id: {0}", idStrArray[count]);
}
idStrArray[count] = getRuntimeIdFromElement(child);
++count;
}
return idStrArray;
}
System::String ^ WpfAutomation::getRuntimeIdFromElement(System::Windows::Automation::AutomationElement ^element)
{
System::String ^result = L"";
System::Object ^currentVal = element->GetCurrentPropertyValue(AutomationElement::RuntimeIdProperty);
if (currentVal != nullptr)
{
array<System::Int32> ^idArray = (array<System::Int32> ^)currentVal;
for each(System::Int32 val in idArray)
{
result += System::Convert::ToString(val) + L"-";
}
result = result->TrimEnd('-');
//System::Console::WriteLine("id: {0}", result);
}
return result;
}
//Descendants will walk the full tree of windows, NOT just one level of children
System::Int32 WpfAutomation::countDescendantWindows()
@@ -135,6 +143,84 @@ array<System::String ^> ^ WpfAutomation::EnumDescendantWindowIdsFromHandle(Syste
return getRuntimeIdsFromCollection(aec);
}
array<System::String ^> ^ WpfAutomation::EnumDescendantWindowInfo(System::String ^runtimeIdValue, System::String ^properties)
{
AutomationElement ^parent = findAutomationElementById(runtimeIdValue);
AutomationElementCollection ^aec = parent->FindAll(TreeScope::Descendants, gcnew PropertyCondition(AutomationElement::FrameworkIdProperty, this->frameworkId));
//create array for keeping order of properties
System::String ^delim = L",";
array<System::String ^> ^propSpltArray = properties->Split(delim->ToCharArray());
TreeWalker ^tw = TreeWalker::ControlViewWalker;
array<System::String ^> ^winInfoList = gcnew array<System::String ^>(aec->Count);
System::Int32 count = 0;
for each(AutomationElement ^child in aec) //loop through all descendants
{
array<AutomationProperty^> ^aps = child->GetSupportedProperties();
array<System::String ^> ^propValues = gcnew array<System::String ^>(propSpltArray->Length);//keep order
for(int i=0 ; i < propValues->Length ; i++)
{
propValues[i] = L"";
if (propSpltArray[i]->Equals("ParentRuntimeIdProperty"))//custom property for getting parent
{
propValues[i] = getRuntimeIdFromElement(tw->GetParent(child));
}
}
for each(AutomationProperty ^ap in aps) //loop through all supported Properties for a child
{
System::String ^currentPropertyStr = L""; //current property values
//System::Console::WriteLine("property: {0}", ap->ProgrammaticName);
System::String ^shortPropName = L" null ";
if (ap->ProgrammaticName->Contains(L"."))
shortPropName = ap->ProgrammaticName->Substring(ap->ProgrammaticName->IndexOf(L".") + 1);
if (properties->Contains(shortPropName) || properties->Contains(ap->ProgrammaticName) || ap->ProgrammaticName->Equals(properties))
{
//System::Console::WriteLine("shortPropName: {0}", shortPropName);
System::Object ^currentVal = child->GetCurrentPropertyValue(ap);
if (currentVal == nullptr)
continue;
if (ap->ProgrammaticName->Equals(L"AutomationElementIdentifiers.RuntimeIdProperty"))
{
array<System::Int32> ^idArray = (array<System::Int32> ^)currentVal;
for each(System::Int32 val in idArray)
{
currentPropertyStr += System::Convert::ToString(val) + L"-";
}
currentPropertyStr = currentPropertyStr->TrimEnd('-');
//System::Console::WriteLine("id: {0}", result);
}
else//not runtimeId which is an Int32[]
{
currentPropertyStr = currentVal->ToString();
}
}
if (currentPropertyStr->Equals(L"")) //if there isn't a value skip
continue;
//System::Console::WriteLine("currentPropertyStr: {0}", currentPropertyStr);
//find the correct order to return this property
for(int i=0 ; i < propSpltArray->Length ; i++)
{
if (propSpltArray[i]->Equals(shortPropName) || propSpltArray[i]->Equals(ap->ProgrammaticName))
propValues[i] = currentPropertyStr;
}
}
//output properties in the correct order
for(int i=0 ; i < propSpltArray->Length ; i++)
winInfoList[count] += propValues[i] + L",";
++count;
}
return winInfoList;
}
System::String ^ WpfAutomation::getParentRuntimeId(System::String ^runtimeIdValue)
{
AutomationElement ^target = findAutomationElementById(runtimeIdValue);
TreeWalker ^tw = TreeWalker::ControlViewWalker;
AutomationElement ^parent = tw->GetParent(target);
return getRuntimeIdFromElement(parent);
}
System::String ^ WpfAutomation::getProperty(System::String ^propertyName, System::String ^runtimeIdValue)
{
AutomationElement ^parent = findAutomationElementById(runtimeIdValue);