void OnMainTreeViewSelectionChanged(ProfilerTimeSampleSelection selection)
{
if (selectionChanged != null)
{
selectionChanged.Invoke(selection);
}
}
public void SetSelection(ProfilerTimeSampleSelection selection, bool expandSelection)
{
m_Selected = selection;
m_LocalSelectedItemMarkerIdPath.Clear();
m_LocalSelectedItemMarkerIdPath.AddRange(selection.markerIdPath);
m_ExpandDuringNextSelectionMigration = expandSelection;
m_SelectionNeedsMigration = true;
proxySelectionInfo = default;
}
// setClearedSelection = false is only supposed to be used when a selection change was reported by the Tree View via SelectionChanged
// if SetSelection(new List<int>()) would be triggered during SelectionChanged, the TreeViews selection state would get corrupted before it is even fully set.
void ClearSelection(bool setClearedSelection)
{
m_Selected = null;
m_LocalSelectedItemMarkerIdPath.Clear();
m_ExpandDuringNextSelectionMigration = false;
m_SelectionNeedsMigration = false;
proxySelectionInfo = default;
if (setClearedSelection)
{
SetSelection(new List <int>());
}
}
protected override void SelectionChanged(IList <int> selectedIds)
{
ProfilerTimeSampleSelection selection;
// When we navigate through frames and there is no path exists,
// we still want to be able to frame and select proper sample once it is present again.
// Thus we invalidate selection only if user selected new item.
// Same applies to expanded state.
if (selectedIds.Count > 0)
{
ClearSelection(setClearedSelection: false);
}
if (selectedIds.Count > 0 && m_FrameDataView.valid)
{
List <int> rawIds = new List <int>();
if (selectedIds.Count > 1)
{
List <int> ids = new List <int>();
for (int i = 0; i < selectedIds.Count; i++)
{
m_FrameDataView.GetItemRawFrameDataViewIndices(selectedIds[i], ids);
}
}
else
{
m_FrameDataView.GetItemRawFrameDataViewIndices(selectedIds[0], rawIds);
}
selection = new ProfilerTimeSampleSelection(m_FrameDataView.frameIndex, m_FrameDataView.threadGroupName, m_FrameDataView.threadName, m_FrameDataView.threadId, rawIds, m_ProfilerSampleNameProvider.GetItemName(m_FrameDataView, selectedIds[0]));
var selectedId = selectedIds[0];
var rawSampleIndices = new List <int>(m_FrameDataView.GetItemMergedSamplesCount(selectedId));
m_FrameDataView.GetItemRawFrameDataViewIndices(selectedId, rawSampleIndices);
var markerIDs = new List <int>(m_FrameDataView.GetItemDepth(selectedId));
using (var iterator = new RawFrameDataView(m_FrameDataView.frameIndex, m_FrameDataView.threadIndex))
{
string name = null;
ProfilerTimelineGUI.GetItemMarkerIdPath(iterator, m_ProfilerSampleNameProvider, rawSampleIndices[0], ref name, ref markerIDs);
}
selection.GenerateMarkerNamePath(m_FrameDataView, markerIDs);
}
else
{
selection = null;
}
var id = selectedIds.Count > 0 ? selectedIds[0] : RawFrameDataView.invalidSampleIndex;
if (selectionChanged != null)
{
selectionChanged.Invoke(selection);
}
}
public void SetSelection(ProfilerTimeSampleSelection selection, bool expandSelection)
{
if (selection.markerIdPath == null)
{
throw new ArgumentNullException(nameof(selection.markerIdPath));
}
if (selection.markerNamePath == null)
{
throw new ArgumentNullException(nameof(selection.markerNamePath));
}
if (selection.markerIdPath.Count != selection.markerPathDepth)
{
throw new ArgumentException($"ProfilerFrameDataHierarchyView.SetSelectionFromMarkerIDPath needs to be called with {nameof(selection)} having {nameof(selection.markerIdPath)} and {nameof(selection.markerNamePath)} with the same amount of elements.");
}
InitIfNeeded();
m_TreeView.SetSelection(selection, expandSelection);
}
private void OnSelectionChangedInCpuProfilerModule(IProfilerFrameTimeViewSampleSelectionController controller, ProfilerTimeSampleSelection selection)
{
if (controller == m_CpuProfilerModule && !m_SendingSelectionEventToProfilerWindowInProgress)
{
if (selection != null && selection.markerNamePath != null && selection.markerNamePath.Count > 0)
{
selectedMarkerChanged(selection.markerNamePath[selection.markerNamePath.Count - 1], selection.threadGroupName, selection.threadName);
}
}
}
