public FMemoryPoolInfoCollection()
{
for (int i = 0; i < MemoryPoolInfos.Length; i++)
{
MemoryPoolInfos[i] = new FMemoryPoolInfo();
}
}
/// <summary> Reads additional data required for GCM callstacks. </summary>
/// <param name="BinaryStream"> Stream to serialize data from </param>
bool ReadGCMData(BinaryReader BinaryStream, ref UInt32 UnsignedSize)
{
// @see FMallocGcmProfiler.h
const UInt32 GCM_MEMORY_PROFILER_ID_BIT = 0x80000000;
bool bHasGCMData = false;
if ((UnsignedSize & GCM_MEMORY_PROFILER_ID_BIT) == GCM_MEMORY_PROFILER_ID_BIT)
{
// Lower five bits are EAllocationType, upper three bits are EMemoryPool
byte AllocationType = BinaryStream.ReadByte();
Pool = FMemoryPoolInfo.ConvertToMemoryPoolFlag(( EMemoryPoolSerialized )(AllocationType & 0xe0));
UnsignedSize &= ~GCM_MEMORY_PROFILER_ID_BIT;
bHasGCMData = true;
}
return(bHasGCMData);
}
public static void ParseSnapshot(List <FCallStackAllocationInfo> CallStackList, string FilterText)
{
// Progress bar
long ProgressInterval = CallStackList.Count / 20;
long NextProgressUpdate = ProgressInterval;
int CallStackCurrent = 0;
OwnerWindow.ToolStripProgressBar.Value = 0;
OwnerWindow.ToolStripProgressBar.Visible = true;
OwnerWindow.UpdateStatus("Updating histogram view for " + OwnerWindow.CurrentFilename);
List <ClassGroup> CallStackGroups = OwnerWindow.Options.ClassGroups;
List <FHistogramBar>[] Bars = new List <FHistogramBar> [NUM_MEMORY_BANKS];
for (int BankIndex = 0; BankIndex < Bars.Length; BankIndex++)
{
Bars[BankIndex] = new List <FHistogramBar>();
// The first bar in each column is for callstacks unmatched by any pattern.
Bars[BankIndex].Add(new FHistogramBar("Other", Color.White));
// Add all groups to all memory bank columns.
foreach (ClassGroup CallStackGroup in CallStackGroups)
{
var Bar = new FHistogramBar(CallStackGroup);
Bar.BeginBatchAddition();
Bars[BankIndex].Add(Bar);
}
}
using (FScopedLogTimer ParseTiming = new FScopedLogTimer("HistogramParser.ParseSnapshot"))
{
long Size = 0;
int Count = 0;
bool bFilterIn = OwnerWindow.IsFilteringIn();
var FilteredCallstackList = new List <FCallStackAllocationInfo>(CallStackList.Count);
foreach (var AllocationInfo in CallStackList)
{
var FilteredAllocationInfo = AllocationInfo.GetAllocationInfoForTags(OwnerWindow.GetTagsFilter(), bFilterIn);
if (FilteredAllocationInfo.TotalCount != 0)
{
FilteredCallstackList.Add(FilteredAllocationInfo);
}
}
foreach (FCallStackAllocationInfo AllocationInfo in FilteredCallstackList)
{
// Update progress bar.
if (CallStackCurrent >= NextProgressUpdate)
{
OwnerWindow.ToolStripProgressBar.PerformStep();
NextProgressUpdate += ProgressInterval;
Debug.WriteLine("FHistogramParser.ParseSnapshot " + OwnerWindow.ToolStripProgressBar.Value + "/20");
}
CallStackCurrent++;
FCallStack OriginalCallStack = FStreamInfo.GlobalInstance.CallStackArray[AllocationInfo.CallStackIndex];
if (OriginalCallStack.RunFilters(FilterText, CallStackGroups, bFilterIn, OwnerWindow.SelectedMemoryPool))
{
bool bFound = false;
int Column = FMemoryPoolInfo.GetMemoryPoolHistogramColumn(OriginalCallStack.MemoryPool);
if (Column == -1)
{
// If the callstack is in multiple pools, just put it in the first bank.
// The user has already been warned about multi-pool callstacks.
Column = 0;
}
for (int GroupIndex = 0; GroupIndex < CallStackGroups.Count; GroupIndex++)
{
foreach (CallStackPattern CallStackPatternIt in CallStackGroups[GroupIndex].CallStackPatterns)
{
if (CallStackPatternIt.ContainsCallStack(FStreamInfo.GlobalInstance.CallStackArray[AllocationInfo.CallStackIndex]))
{
Bars[Column][GroupIndex + 1].AddAllocation(AllocationInfo);
bFound = true;
goto HackyBreakAll;
}
}
}
HackyBreakAll:
if (!bFound)
{
// No pattern matched this callstack, so add it to the Other bar
Bars[Column][0].AddAllocation(AllocationInfo);
}
}
Size += AllocationInfo.TotalSize;
Count += AllocationInfo.TotalCount;
}
}
// End the update batch and allow things to sort
for (int BankIndex = 0; BankIndex < Bars.Length; BankIndex++)
{
foreach (ClassGroup CallStackGroup in CallStackGroups)
{
foreach (var Bar in Bars[BankIndex])
{
Bar.EndBatchAddition();
}
}
}
OwnerWindow.ToolStripProgressBar.Visible = false;
HistogramBars = Bars;
// Select first valid histogram bar.
SelectFirstValidHistogramBar();
}
public static void RefreshMemoryBitmap()
{
if (OwnerWindow == null || OwnerWindow.CurrentSnapshot == null || !FStreamInfo.GlobalInstance.CreationOptions.KeepLifecyclesCheckBox.Checked || OwnerWindow.WindowState == FormWindowState.Minimized)
{
return;
}
if (MemoryBitmap != null)
{
MemoryBitmap.Dispose();
MemoryBitmap = null;
}
if (bZoomSelectionActive)
{
MemoryBase = ZoomSelectionMemoryBase;
MemorySize = ZoomSelectionMemorySize;
}
else
{
MemoryBase = ulong.MaxValue;
ulong MemoryTop = ulong.MinValue;
bool bAtLeastOnePoolSelected = false;
bool bAtLeastOneAllocation = false;
foreach (EMemoryPool MemoryPool in FMemoryPoolInfo.GetMemoryPoolEnumerable())
{
if (((OwnerWindow.SelectedMemoryPool & MemoryPool) != EMemoryPool.MEMPOOL_None)
== OwnerWindow.IsFilteringIn())
{
bAtLeastOnePoolSelected = true;
FMemoryPoolInfo MemPoolInfo = FStreamInfo.GlobalInstance.MemoryPoolInfo[MemoryPool];
if (!MemPoolInfo.IsEmpty)
{
bAtLeastOneAllocation = true;
MemoryBase = Math.Min(MemPoolInfo.MemoryBottom, MemoryBase);
MemoryTop = Math.Max(MemPoolInfo.MemoryTop, MemoryTop);
}
}
}
if (!bAtLeastOnePoolSelected)
{
MessageBox.Show("All memory pools are being filtered out. No data to display.");
return;
}
if (!bAtLeastOneAllocation)
{
MessageBox.Show("The selected memory pools were never allocated to in this profiling run.");
return;
}
MemorySize = MemoryTop - MemoryBase;
}
ulong DiffbaseSnapshotStreamIndex = FStreamInfo.INVALID_STREAM_INDEX;
ulong CurrentSnapshotStreamIndex = OwnerWindow.CurrentSnapshot.StreamIndex;
if (OwnerWindow.CurrentSnapshot.bIsDiffResult)
{
if (OwnerWindow.DiffStartComboBox.SelectedIndex == 0)
{
DiffbaseSnapshotStreamIndex = 0;
}
else
{
DiffbaseSnapshotStreamIndex = FStreamInfo.GlobalInstance.SnapshotList[OwnerWindow.DiffStartComboBox.SelectedIndex - 1].StreamIndex;
}
if (OwnerWindow.DiffEndComboBox.SelectedIndex == 0)
{
CurrentSnapshotStreamIndex = 0;
}
else
{
CurrentSnapshotStreamIndex = FStreamInfo.GlobalInstance.SnapshotList[OwnerWindow.DiffEndComboBox.SelectedIndex - 1].StreamIndex;
}
}
OwnerWindow.SetWaitCursor(true);
MemoryBitmap = ParseSnapshot(OwnerWindow.MemoryBitmapPanel.ClientRectangle.Width - MEMORY_BITMAP_LEFT_MARGIN, OwnerWindow.MemoryBitmapPanel.ClientRectangle.Height, CurrentSnapshotStreamIndex, DiffbaseSnapshotStreamIndex, OwnerWindow.FilterTextBox.Text);
OwnerWindow.SetWaitCursor(false);
if (MemoryBitmap != null)
{
OwnerWindow.MemoryBitmapMemorySpaceLabel.Text = "0x" + MemoryBase.ToString("x16") + " - 0x" + (MemoryBase + MemorySize - 1).ToString("x16");
OwnerWindow.MemoryBitmapSpaceSizeLabel.Text = MainWindow.FormatSizeString(( long )MemorySize);
OwnerWindow.MemoryBitmapAllocatedMemoryLabel.Text = MainWindow.FormatSizeString(AllocatedMemorySize);
}
else
{
OwnerWindow.MemoryBitmapMemorySpaceLabel.Text = "0x00000000 - 0x00000000";
OwnerWindow.MemoryBitmapSpaceSizeLabel.Text = "0 bytes";
OwnerWindow.MemoryBitmapAllocatedMemoryLabel.Text = "0 bytes";
}
OwnerWindow.MemoryBitmapBytesPerPixelLabel.Text = BytesPerPixel.ToString();
OwnerWindow.MemoryBitmapAllocationHistoryListView.Items.Clear();
OwnerWindow.MemoryBitmapCallStackListView.Items.Clear();
OwnerWindow.MemoryBitmapPanel.Invalidate();
}
