private String GetText(ThreadStack threadStack)
{
Int32 osid = threadStack.OsThreadId;
Int64 ktid = threadStack.KTrhead;
return("Thread: " + r_manager.GetValue(osid) + " (" + r_manager.GetValue(ktid) + ")");
}
private void RefreshWaitedObjects(ThreadStack threadStack)
{
List <WaitBlock> newWaitedNodes = new List <WaitBlock>(threadStack.WaitBlocks.Values);
int countOld = r_waitedNodes.Count;
int countNew = newWaitedNodes.Count;
int to = countNew;
if (countNew < countOld)
{
for (int i = countNew; i < countOld; ++i)
{
r_ownedNodes[countNew].Remove();
r_ownedNodes.RemoveAt(countNew);
}
}
else if (countOld < countNew)
{
to = countOld;
int index = countOld;
for (int i = 0; i < (countNew - countOld); ++i)
{
WaitBlock objectAddress = newWaitedNodes[index];
ThreadStackWaitedOnNode waitedOnNode = new ThreadStackWaitedOnNode(r_manager, r_threadStackNode, index, objectAddress);
r_waitedNodes.Add(waitedOnNode);
++index;
}
}
for (int i = 0; i < to; ++i)
{
r_waitedNodes[i].Refresh(newWaitedNodes[i]);
}
}
public void Poke_does_not_modify_StackPointer()
{
var uut = new ThreadStack();
uut.Poke(Variable.One);
uut.StackPointer.Should().Be(0);
}
private String GetText(ThreadStack threadStack)
{
Int32 osid = threadStack.OsThreadId;
Int64 ktid = threadStack.KTrhead;
return "Thread: " + r_manager.GetValue(osid) + " (" + r_manager.GetValue(ktid) + ")";
}
void AddChildren(ThreadStack parent)
{
if (parent.ThreadStackChildren == null || parent.ThreadStackChildren.Count == 0)
{
return;
}
foreach (var ts in parent.ThreadStackChildren)
{
if (ts == null)
{
continue;
}
graph.AddVertex(ts);
graph.AddEdge(new ParallelStacksEdge(parent, ts));
if (ts.ThreadStackChildren == null || ts.ThreadStackChildren.Count == 0)
{
continue;
}
AddChildren(ts);
}
}
void CreateThreadStack(Thread thread)
{
var items = CreateItems(thread);
if (items == null || items.Count == 0)
{
return;
}
ThreadStack threadStack = new ThreadStack();
threadStack.StackSelected += OnThreadStackSelected;
threadStack.FrameSelected += OnFrameSelected;
threadStack.Process = debuggedProcess;
threadStack.ItemCollection = items;
threadStack.UpdateThreadIds(parallelStacksView == ParallelStacksView.Tasks, thread.ID);
if (debuggedProcess.SelectedThread != null)
{
threadStack.IsSelected = threadStack.ThreadIds.Contains(debuggedProcess.SelectedThread.ID);
if (selectedFrame == null)
{
selectedFrame = debuggedProcess.SelectedStackFrame;
}
}
currentThreadStacks.Add(threadStack);
}
public void BasePointer_is_modifiable()
{
var uut = new ThreadStack();
uut.BasePointer = 1;
uut.BasePointer.Should().Be(1);
}
public void Push_Increments_StackPointer()
{
var uut = new ThreadStack();
uut.Push(Variable.Null);
uut.StackPointer.Should().Be(1);
}
private void RefreshChildren(ThreadStack threadStack)
{
RefreshWaitedObjects(threadStack);
RefreshOwnedObjects(threadStack);
RefreshFrames(threadStack.StackFrames);
}
private void RefreshChildren(ThreadStack threadStack)
{
r_waitedOnNode.Refresh(threadStack);
RefreshOwnedObjects(threadStack);
RefreshFrames(threadStack.Frames);
}
private void RefreshChildren(ThreadStack threadStack)
{
RefreshWaitedObjects(threadStack);
RefreshOwnedObjects(threadStack);
RefreshFrames(threadStack.StackFrames);
}
public void Pop_decrements_StackPointer()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Pop();
uut.StackPointer.Should().Be(0);
}
private void RefreshChildren(ThreadStack threadStack)
{
r_waitedOnNode.Refresh(threadStack);
RefreshOwnedObjects(threadStack);
RefreshFrames(threadStack.Frames);
}
public void Can_Pop_a_pushed_item()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
var result = uut.Pop();
result.Should().Be(Variable.One);
}
public void Pop_with_param_decrements_StackPointer_by_same_value()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Push(2);
uut.Pop(2);
uut.StackPointer.Should().Be(0);
}
public void Poke_modifies_top_value()
{
var uut = new ThreadStack();
uut.Poke(Variable.One);
var result = uut.Peek();
result.Should().Be(Variable.One);
}
public void Peek_with_param_returns_the_item_offset_from_StackPointer()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Push(2);
var result = uut.Peek(-2);
result.Should().Be(Variable.One);
}
public void Pop_with_param_returns_the_correct_item()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Push(2);
var result = uut.Pop(2);
result.Should().Be(Variable.One);
}
public void PeekAbsreturns_the_item_at_offset()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Push(2);
var result = uut.PeekAbs(0);
result.Should().Be(Variable.One);
}
public void Peek_returns_the_top_item()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Push(2);
var result = uut.Peek();
result.Should().BeNull();
}
private String GetText(Dictionary <UInt32, ThreadStack> threadStacks)
{
Dictionary <UInt32, ThreadStack> .Enumerator enumer = threadStacks.GetEnumerator();
if (enumer.MoveNext())
{
ThreadStack threadStack = enumer.Current.Value;
return("AppDomain (" + r_manager.GetValue(threadStack.DomainId) + ") " + threadStack.DomainName);
}
return(r_appDomainNode.Text);
}
public void PokeAbs_modifies_the_item_at_offset()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Push(2);
uut.PokeAbs(1, 15);
var result = uut.PeekAbs(1);
result.GetInteger().Should().Be(15);
}
public void Poke_with_param_modifies_the_item_offset_from_StackPointer()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Push(2);
uut.Poke(-2, 15);
var result = uut.Peek(-2);
result.GetInteger().Should().Be(15);
}
public void PeekBase_returns_the_item_at_offset_from_BasePointer()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Push(2);
uut.BasePointer = 1;
var result = uut.PeekBase(-1);
result.Should().Be(Variable.One);
}
public void PeekBase_with_zero_returns_the_item_at_BasePointer()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Push(2);
uut.BasePointer = 1;
var result = uut.PeekBase(0);
result.GetInteger().Should().Be(2);
}
public void PokeBase_modifes_the_item_at_offset_from_BasePointer()
{
var uut = new ThreadStack();
uut.Push(Variable.One);
uut.Push(2);
uut.BasePointer = 1;
uut.PokeBase(-1, 5);
var result = uut.PeekBase(-1);
result.GetInteger().Should().Be(5);
}
public void Refresh(List <ThreadStack> threadStacks)
{
Dictionary <UInt64, Dictionary <UInt32, ThreadStack> > segregated = new Dictionary <UInt64, Dictionary <UInt32, ThreadStack> >();
for (int i = 0; i < threadStacks.Count; ++i)
{
ThreadStack tStack = threadStacks[i];
Dictionary <UInt32, ThreadStack> tStacks;
UInt64 did = tStack.DomainId;
if (!(segregated.TryGetValue(did, out tStacks)))
{
tStacks = new Dictionary <UInt32, ThreadStack>();
segregated.Add(did, tStacks);
}
tStacks.Add(tStack.OsThreadId, tStack);
}
List <UInt64> appDomainsNoLonger = new List <UInt64>();
foreach (KeyValuePair <UInt64, AppDomainNode> pair in r_appDomainNodes)
{
UInt64 oldId = pair.Key;
AppDomainNode oldDomain = pair.Value;
Dictionary <UInt32, ThreadStack> tStacks;
if (segregated.TryGetValue(oldId, out tStacks))
{
oldDomain.Refresh(tStacks);
}
else
{
oldDomain.Remove();
appDomainsNoLonger.Add(oldId);
}
}
foreach (UInt64 key in appDomainsNoLonger)
{
r_appDomainNodes.Remove(key);
}
foreach (KeyValuePair <UInt64, Dictionary <UInt32, ThreadStack> > pair in segregated)
{
UInt64 newId = pair.Key;
AppDomainNode appDomainNode;
if (!r_appDomainNodes.TryGetValue(newId, out appDomainNode))
{
appDomainNode = new AppDomainNode(r_manager, r_rootNode, pair.Value);
r_appDomainNodes.Add(newId, appDomainNode);
}
}
}
internal ThreadStackNode(ThreadStackNodeManager manager, TreeNode appDomainNode, ThreadStack threadStack)
{
if (appDomainNode == null)
throw new ArgumentNullException("appDomainNode");
if (manager == null)
throw new ArgumentNullException("manager");
r_manager = manager;
r_appDomainNode = appDomainNode;
String text = GetText(threadStack);
r_threadStackNode = appDomainNode.Nodes.Add(text);
r_threadStackNode.ImageKey = "cog.png";
r_threadStackNode.SelectedImageKey = r_threadStackNode.ImageKey;
r_threadStackNode.Tag = this;
r_waitedOnNode = new ThreadStackWaitedOnNode(r_manager, r_threadStackNode);
r_ownedNodes = new List<ThreadStackOwnedNode>();
r_frameNodes = new List<ThreadStackFrameNode>();
RefreshChildren(threadStack);
}
internal void Refresh(ThreadStack threadStack)
{
if (threadStack.SyncBlockObjectWaitedOn > 0)
{
if (_waitedOnNode == null)
{
_waitedOnNode = r_threadStackNode.Nodes.Insert(0, GetText(threadStack));
_waitedOnNode.ImageKey = "hourglass.png";
_waitedOnNode.SelectedImageKey = _waitedOnNode.ImageKey;
_waitedOnNode.Tag = this;
}
else
{
_waitedOnNode.Text = GetText(threadStack);
}
}
else if (_waitedOnNode != null)
{
_waitedOnNode.Tag = null;
_waitedOnNode.Remove();
_waitedOnNode = null;
}
}
internal void Refresh(ThreadStack threadStack)
{
if (threadStack.SyncBlockObjectWaitedOn > 0)
{
if (_waitedOnNode == null)
{
_waitedOnNode = r_threadStackNode.Nodes.Insert(0, GetText(threadStack));
_waitedOnNode.ImageKey = "hourglass.png";
_waitedOnNode.SelectedImageKey = _waitedOnNode.ImageKey;
_waitedOnNode.Tag = this;
}
else
{
_waitedOnNode.Text = GetText(threadStack);
}
}
else if (_waitedOnNode != null)
{
_waitedOnNode.Tag = null;
_waitedOnNode.Remove();
_waitedOnNode = null;
}
}
private void RefreshOwnedObjects(ThreadStack threadStack)
{
List <UInt64> newOwnedNodes = threadStack.SyncBlockObjectsOwned;
int indexDelta = r_waitedOnNode.Ordinal;
int countOld = r_ownedNodes.Count;
int countNew = newOwnedNodes.Count;
int to = countNew;
if (countNew < countOld)
{
for (int i = countNew; i < countOld; ++i)
{
r_ownedNodes[countNew].Remove();
r_ownedNodes.RemoveAt(countNew);
}
}
else if (countOld < countNew)
{
to = countOld;
int index = countOld;
for (int i = 0; i < (countNew - countOld); ++i)
{
UInt64 objectAddress = newOwnedNodes[index];
ThreadStackOwnedNode ownedNode = new ThreadStackOwnedNode(r_manager, r_threadStackNode, index + indexDelta, objectAddress);
r_ownedNodes.Add(ownedNode);
++index;
}
}
for (int i = 0; i < to; ++i)
{
r_ownedNodes[i].Refresh(newOwnedNodes[i]);
}
}
private void RefreshWaitedObjects(ThreadStack threadStack)
{
List<WaitBlock> newWaitedNodes = new List<WaitBlock>(threadStack.WaitBlocks.Values);
int countOld = r_waitedNodes.Count;
int countNew = newWaitedNodes.Count;
int to = countNew;
if (countNew < countOld)
{
for (int i = countNew; i < countOld; ++i)
{
r_ownedNodes[countNew].Remove();
r_ownedNodes.RemoveAt(countNew);
}
}
else if (countOld < countNew)
{
to = countOld;
int index = countOld;
for (int i = 0; i < (countNew - countOld); ++i)
{
WaitBlock objectAddress = newWaitedNodes[index];
ThreadStackWaitedOnNode waitedOnNode = new ThreadStackWaitedOnNode(r_manager, r_threadStackNode, index, objectAddress);
r_waitedNodes.Add(waitedOnNode);
++index;
}
}
for (int i = 0; i < to; ++i)
{
r_waitedNodes[i].Refresh(newWaitedNodes[i]);
}
}
internal void Refresh(ThreadStack threadStack)
{
RefreshMe(threadStack);
RefreshChildren(threadStack);
}
private String GetText(ThreadStack threadStack)
{
uint osid = threadStack.OsThreadId;
return "Thread: " + r_manager.GetValue(osid) + " " + r_manager.GetThreadName((int)osid);
}
internal void Refresh(ThreadStack threadStack)
{
RefreshMe(threadStack);
RefreshChildren(threadStack);
}
void CreateCommonStacks()
{
// stack.ItemCollection order
// 0 -> top of stack = S.C
// 1 -> ............ = S.B
// .......................
// n -> bottom of stack = [External Methods]
// ThreadStacks with common frame
var commonFrameThreads = new Dictionary <string, List <ThreadStack> >();
bool isOver = false;
while (true)
{
for (int i = currentThreadStacks.Count - 1; i >= 0; --i)
{
var stack = currentThreadStacks[i];
if (stack.ItemCollection.Count == 0)
{
currentThreadStacks.Remove(stack);
continue;
}
}
//get all thread stacks with common start frame
foreach (var stack in currentThreadStacks)
{
int count = stack.ItemCollection.Count;
ParallelStackFrameModel frame = stack.ItemCollection[count - 1];
string fullname = frame.MethodName + stack.Level.ToString();
if (!commonFrameThreads.ContainsKey(fullname))
{
commonFrameThreads.Add(fullname, new List <ThreadStack>());
}
if (!commonFrameThreads[fullname].Contains(stack))
{
commonFrameThreads[fullname].Add(stack);
}
}
// for every list of common stacks, find split place and add them to currentThreadStacks
foreach (var frameName in commonFrameThreads.Keys)
{
var listOfCurrentStacks = commonFrameThreads[frameName];
if (listOfCurrentStacks.Count == 1) // just skip the parents
{
isOver = true; // we finish when all are pseodo-parents: no more spliting
continue;
}
isOver = false;
// find the frameIndex where we can split
int frameIndex = 0;
string fn = string.Empty;
bool canContinue = true;
while (canContinue)
{
for (int i = 0; i < listOfCurrentStacks.Count; ++i)
{
var stack = listOfCurrentStacks[i];
if (stack.ItemCollection.Count == frameIndex)
{
canContinue = false;
break;
}
ParallelStackFrameModel item = stack.ItemCollection[stack.ItemCollection.Count - frameIndex - 1];
string currentName = item.MethodName;
if (i == 0)
{
fn = currentName;
continue;
}
if (fn == currentName)
{
continue;
}
else
{
canContinue = false;
break;
}
}
if (canContinue)
{
frameIndex++;
}
}
// remove last [frameIndex] and create a new ThreadStack as the parent of what remained in the children
var threadIds = new List <uint>();
var parentItems = new Stack <ParallelStackFrameModel>();
while (frameIndex > 0)
{
for (int i = 0; i < listOfCurrentStacks.Count; ++i)
{
var stack = listOfCurrentStacks[i];
int indexToRemove = stack.ItemCollection.Count - 1;
#if DEBUG
ParallelStackFrameModel d_item = stack.ItemCollection[indexToRemove];
string name = d_item.MethodName;
#endif
if (i == 0)
{
parentItems.Push(stack.ItemCollection[indexToRemove]);
}
stack.ItemCollection.RemoveAt(indexToRemove);
}
frameIndex--;
}
// update thread ids
for (int i = 0; i < listOfCurrentStacks.Count; ++i)
{
threadIds.AddRange(listOfCurrentStacks[i].ThreadIds);
}
// remove stacks with no items
for (int i = listOfCurrentStacks.Count - 1; i >= 0; --i)
{
var stack = listOfCurrentStacks[i];
if (stack.ItemCollection.Count == 0)
{
listOfCurrentStacks.Remove(stack);
}
}
// increase the Level
for (int i = 0; i < listOfCurrentStacks.Count; ++i)
{
listOfCurrentStacks[i].Level++;
}
// create new parent stack
ThreadStack commonParent = new ThreadStack();
commonParent.UpdateThreadIds(parallelStacksView == ParallelStacksView.Tasks, threadIds.ToArray());
commonParent.ItemCollection = parentItems.ToObservable();
commonParent.Process = debuggedProcess;
commonParent.StackSelected += OnThreadStackSelected;
commonParent.FrameSelected += OnFrameSelected;
commonParent.IsSelected = commonParent.ThreadIds.Contains(debuggedProcess.SelectedThread.ID);
// add new children
foreach (var stack in listOfCurrentStacks)
{
if (stack.ItemCollection.Count == 0)
{
currentThreadStacks.Remove(stack);
continue;
}
ParallelStackFrameModel item = stack.ItemCollection[stack.ItemCollection.Count - 1];
// add the parent to the parent
if (stack.ThreadStackParents != null)
{
// remove stack from it's parent because it will have the commonParent as parent
stack.ThreadStackParents[0].ThreadStackChildren.Remove(stack);
commonParent.ThreadStackParents = stack.ThreadStackParents.Clone();
commonParent.ThreadStackParents[0].ThreadStackChildren.Add(commonParent);
// set level
commonParent.Level = stack.Level - 1;
}
else
{
stack.ThreadStackParents = new List <ThreadStack>();
}
// update thread ids
if (commonParent.ThreadStackParents != null)
{
commonParent.ThreadStackParents[0].UpdateThreadIds(
parallelStacksView == ParallelStacksView.Tasks,
commonParent.ThreadIds.ToArray());
}
stack.ThreadStackParents.Clear();
stack.ThreadStackParents.Add(commonParent);
string currentName = item.MethodName + stack.Level.ToString();;
// add name or add to list
if (!commonFrameThreads.ContainsKey(currentName))
{
var newList = new List <ThreadStack>();
newList.Add(stack);
commonFrameThreads.Add(currentName, newList);
}
else
{
var list = commonFrameThreads[currentName];
list.Add(stack);
}
}
commonParent.ThreadStackChildren = listOfCurrentStacks.Clone();
commonFrameThreads[frameName].Clear();
commonFrameThreads[frameName].Add(commonParent);
currentThreadStacks.Add(commonParent);
// exit and retry
break;
}
if (isOver || currentThreadStacks.Count == 0)
{
break;
}
}
}
private void RefreshOwnedObjects(ThreadStack threadStack)
{
List<UInt64> newOwnedNodes = threadStack.SyncBlockObjectsOwned;
int indexDelta = r_waitedOnNode.Ordinal;
int countOld = r_ownedNodes.Count;
int countNew = newOwnedNodes.Count;
int to = countNew;
if (countNew < countOld)
{
for (int i = countNew; i < countOld; ++i)
{
r_ownedNodes[countNew].Remove();
r_ownedNodes.RemoveAt(countNew);
}
}
else if (countOld < countNew)
{
to = countOld;
int index = countOld;
for (int i = 0; i < (countNew - countOld); ++i)
{
UInt64 objectAddress = newOwnedNodes[index];
ThreadStackOwnedNode ownedNode = new ThreadStackOwnedNode(r_manager, r_threadStackNode, index+indexDelta, objectAddress);
r_ownedNodes.Add(ownedNode);
++index;
}
}
for (int i = 0; i < to; ++i)
{
r_ownedNodes[i].Refresh(newOwnedNodes[i]);
}
}
void CreateMethodViewStacks()
{
var list = new List <Tuple <ObservableCollection <ParallelStackFrameModel>, ObservableCollection <ParallelStackFrameModel>, List <uint> > >();
// find all threadstacks that contains the selected frame
for (int i = currentThreadStacks.Count - 1; i >= 0; --i)
{
var tuple = currentThreadStacks[i].ItemCollection.SplitStack(selectedFrame, currentThreadStacks[i].ThreadIds);
if (tuple != null)
{
list.Add(tuple);
}
}
currentThreadStacks.Clear();
// common
ThreadStack common = new ThreadStack();
var observ = new ObservableCollection <ParallelStackFrameModel>();
bool dummy = false;
ParallelStackFrameModel obj = CreateItemForFrame(selectedFrame, ref dummy);
obj.Image = PresentationResourceService.GetImage("Icons.48x48.CurrentFrame").Source;
observ.Add(obj);
common.ItemCollection = observ;
common.StackSelected += OnThreadStackSelected;
common.FrameSelected += OnFrameSelected;
common.UpdateThreadIds(parallelStacksView == ParallelStacksView.Tasks, selectedFrame.Thread.ID);
common.Process = debuggedProcess;
common.ThreadStackChildren = new List <ThreadStack>();
common.ThreadStackParents = new List <ThreadStack>();
// for all thread stacks, split them in 2 :
// one that invokes the method frame, second that get's invoked by current method frame
foreach (var tuple in list)
{
// add top
if (tuple.Item1.Count > 0)
{
ThreadStack topStack = new ThreadStack();
topStack.ItemCollection = tuple.Item1;
topStack.StackSelected += OnThreadStackSelected;
topStack.FrameSelected += OnFrameSelected;
topStack.UpdateThreadIds(parallelStacksView == ParallelStacksView.Tasks, tuple.Item3.ToArray());
topStack.Process = debuggedProcess;
topStack.ThreadStackParents = new List <ThreadStack>();
topStack.ThreadStackParents.Add(common);
currentThreadStacks.Add(topStack);
common.ThreadStackChildren.Add(topStack);
}
// add bottom
if (tuple.Item2.Count > 0)
{
ThreadStack bottomStack = new ThreadStack();
bottomStack.ItemCollection = tuple.Item2;
bottomStack.StackSelected += OnThreadStackSelected;
bottomStack.FrameSelected += OnFrameSelected;
bottomStack.UpdateThreadIds(parallelStacksView == ParallelStacksView.Tasks, tuple.Item3.ToArray());
bottomStack.Process = debuggedProcess;
bottomStack.ThreadStackChildren = new List <ThreadStack>();
bottomStack.ThreadStackChildren.Add(common);
common.UpdateThreadIds(parallelStacksView == ParallelStacksView.Tasks, tuple.Item3.ToArray());
common.ThreadStackParents.Add(bottomStack);
currentThreadStacks.Add(bottomStack);
}
}
currentThreadStacks.Add(common);
common.IsSelected = true;
}
private String GetText(ThreadStack threadStack)
{
return "Waiting On (" + r_manager.GetValue(threadStack.SyncBlockObjectWaitedOn) + ") " + threadStack.SyncBlockObjectWaitedOnName;
}
ObservableCollection <ParallelStackFrameModel> CreateItems(Thread thread)
{
bool lastItemIsExternalMethod = false;
int noTasks = 0;
var result = new ObservableCollection <ParallelStackFrameModel>();
var callstack = thread.GetCallstack(100);
if (parallelStacksView == ParallelStacksView.Threads)
{
foreach (StackFrame frame in callstack)
{
ParallelStackFrameModel obj = CreateItemForFrame(frame, ref lastItemIsExternalMethod);
if (obj != null)
{
result.Add(obj);
}
}
}
else
{
for (int i = 0; i < callstack.Length; ++i)
{
StackFrame frame = callstack[i];
ParallelStackFrameModel obj = CreateItemForFrame(frame, ref lastItemIsExternalMethod);
if (frame.MethodInfo.FullName.IndexOf("System.Threading.Tasks.Task.ExecuteEntry") != -1)
{
noTasks++;
}
if (noTasks == 1)
{
if (frame.HasSymbols)
{
// create thread stack for the items collected until now
ThreadStack threadStack = new ThreadStack();
threadStack.StackSelected += OnThreadStackSelected;
threadStack.FrameSelected += OnFrameSelected;
threadStack.Process = debuggedProcess;
threadStack.ItemCollection = result.Clone();
threadStack.UpdateThreadIds(true, frame.Thread.ID);
if (debuggedProcess.SelectedThread != null)
{
threadStack.IsSelected = threadStack.ThreadIds.Contains(debuggedProcess.SelectedThread.ID);
if (selectedFrame == null)
{
selectedFrame = debuggedProcess.SelectedStackFrame;
}
}
currentThreadStacks.Add(threadStack);
// reset
result.Clear();
noTasks = 0;
}
}
if (obj != null)
{
result.Add(obj);
}
}
// return null if we are dealing with a simple thread
return(noTasks == 0 ? null : result);
}
return(result);
}
private void RefreshMe(ThreadStack threadStack)
{
r_threadStackNode.Text = GetText(threadStack);
}