public void EndMyProfilingBlock(int id, bool memoryProfiling)
{
if (EnableAsserts) //Check that thread which begun this block is same which ends it
{
System.Diagnostics.Debug.Assert(m_managedThreadId == Thread.CurrentThread.ManagedThreadId);
}
if (LevelSkipCount > 0)
{
LevelSkipCount--;
return;
}
MyProfilerBlock profilingBlock = m_currentProfilingStack.Pop();
if (profilingBlock != null)
{
if (EnableAsserts && id != -1)
{
System.Diagnostics.Debug.Assert(profilingBlock.Id == id, "Corrupted profilling stack, mismatched IDs");
}
profilingBlock.End(memoryProfiling);
}
else
if (EnableAsserts)
{
System.Diagnostics.Debug.Assert(false, "Corrupted profilling stack");
}
}
public static MyObjectBuilder_ProfilerBlock GetObjectBuilder(MyProfilerBlock profilerBlock)
{
MyProfilerBlock.MyProfilerBlockObjectBuilderInfo data = profilerBlock.GetObjectBuilderInfo();
MyObjectBuilder_ProfilerBlock objectBuilder = new MyObjectBuilder_ProfilerBlock();
objectBuilder.Id = data.Id;
objectBuilder.Key = data.Key;
objectBuilder.Invalid = data.Invalid;
objectBuilder.TimeFormat = data.TimeFormat;
objectBuilder.ValueFormat = data.ValueFormat;
objectBuilder.CallFormat = data.CallFormat;
objectBuilder.ProcessMemory = data.ProcessMemory;
objectBuilder.ManagedMemoryBytes = data.ManagedMemoryBytes;
objectBuilder.Miliseconds = data.Miliseconds;
objectBuilder.CustomValues = data.CustomValues;
objectBuilder.NumCallsArray = data.NumCallsArray;
objectBuilder.Children = new List <MyProfilerBlockKey>();
foreach (var child in data.Children)
{
objectBuilder.Children.Add(child.Key);
}
if (data.Parent != null)
{
objectBuilder.Parent = data.Parent.Key;
}
return(objectBuilder);
}
public static MyProfilerBlock Init(MyObjectBuilder_ProfilerBlock objectBuilder, MyProfiler.MyProfilerObjectBuilderInfo profiler)
{
MyProfilerBlock.MyProfilerBlockObjectBuilderInfo data = new MyProfilerBlock.MyProfilerBlockObjectBuilderInfo();
data.Id = objectBuilder.Id;
data.Key = objectBuilder.Key;
data.Invalid = objectBuilder.Invalid;
data.TimeFormat = objectBuilder.TimeFormat;
data.ValueFormat = objectBuilder.ValueFormat;
data.CallFormat = objectBuilder.CallFormat;
data.ProcessMemory = objectBuilder.ProcessMemory;
data.ManagedMemoryBytes = objectBuilder.ManagedMemoryBytes;
data.Miliseconds = objectBuilder.Miliseconds;
data.CustomValues = objectBuilder.CustomValues;
data.NumCallsArray = objectBuilder.NumCallsArray;
data.Children = new List <MyProfilerBlock>();
foreach (MyProfilerBlockKey child in objectBuilder.Children)
{
data.Children.Add(profiler.ProfilingBlocks[child]);
}
if (objectBuilder.Parent.File != null)
{
data.Parent = profiler.ProfilingBlocks[objectBuilder.Parent];
}
MyProfilerBlock profilerBlock = profiler.ProfilingBlocks[data.Key];
profilerBlock.Init(data);
return(profilerBlock);
}
public static MyProfilerBlock FindBlockByMax(int frameIndex, int lastValidFrame)
{
if (!IsValidIndex(frameIndex, lastValidFrame))
{
return(null);
}
float max = float.MinValue;
MyProfilerBlock block = null;
var children = m_selectedProfiler.SelectedRootChildren;
for (int i = 0; i < children.Count; i++)
{
var profilerBlock = children[i];
float val = profilerBlock.Miliseconds[frameIndex];
if (val > max)
{
max = val;
block = profilerBlock;
}
}
return(block);
}
static MyRenderProfiler()
{
m_levelLimit = VRage.MyCompilationSymbols.ProfileFromStart ? -1 : 0;
// Create block, some unique id
m_fpsBlock = MyProfiler.CreateExternalBlock("FPS", -2);
}
void DrawEvent(float textPosY, MyProfilerBlock profilerBlock, int blockIndex, int frameIndex, int lastValidFrame, ref Color color)
{
float miliseconds = 0;
long managedMemory = 0;
float processMemory = 0;
int numCalls = -1; // To show update window in profiler
float customValue = 0;
if (IsValidIndex(frameIndex, lastValidFrame))
{
miliseconds = profilerBlock.Miliseconds[frameIndex];
managedMemory = profilerBlock.ManagedMemoryBytes[frameIndex];
processMemory = profilerBlock.ProcessMemory[frameIndex];
numCalls = profilerBlock.NumCallsArray[frameIndex];
customValue = profilerBlock.CustomValues[frameIndex];
}
float Y_TEXT_POSITION = ViewportSize.Y / 2;
float textScale = 0.7f;
if (blockIndex >= 0)
m_text.Clear().Append(blockIndex + 1).Append(" ").Append(profilerBlock.Name);
else
m_text.Clear().Append("- ").Append(profilerBlock.Name);
DrawTextShadow(new Vector2(20, textPosY), m_text, color, textScale);
float length = 500;
m_text.Clear();
m_text.Append("(").Append(profilerBlock.Children.Count).Append(") ");
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += 50 * textScale;
m_text.Clear();
//text.Append(((index != -1 ? profilerBlock.TimePercentage[index] : profilerBlock.averagePctg)).ToString("#,#0.0%"));
//MyDebugDraw.DrawTextShadow(new Vector2(20 + length, textPosY), text, color, textScale);
length += 155 * textScale;
m_text.Clear();
m_text.ConcatFormat(profilerBlock.TimeFormat ?? "{0:.00}ms", miliseconds);
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += 155 * textScale;
m_text.Clear();
if (managedMemory < 1024 && managedMemory > -1024) // Still in bytes?
{
m_text.Append(managedMemory.ToString()).Append(" B");
}
else if (managedMemory < 1048576 && managedMemory > -1048576) // Still in kilobytes?
{
float managedMemoryKB = managedMemory / 1024f;
m_text.Concat(managedMemoryKB, 3).Append(" KB");
}
else // Else display in megabytes
{
float managedMemoryKB = managedMemory / 1048576;
m_text.Concat(managedMemoryKB, 3).Append(" MB");
}
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += 40 + 158 * textScale;
m_text.Clear();
if (MemoryProfiling)
{
m_text.Concat(processMemory, 3).Append(" MB");
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += 158 * textScale;
m_text.Clear();
}
length += 40 + 40 * textScale;
m_text.ConcatFormat(profilerBlock.CallFormat ?? "{0} calls", numCalls);
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += 150 * textScale;
m_text.Clear();
m_text.ConcatFormat(profilerBlock.ValueFormat ?? "Custom: {0:.00}", customValue);
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
int maxIndex;
length += 250 * textScale;
float max = FindMaxWrap(profilerBlock.Miliseconds, frameIndex - m_frameLocalArea / 2, frameIndex + m_frameLocalArea / 2, lastValidFrame, out maxIndex);
m_text.Clear();
m_text.ConcatFormat(profilerBlock.TimeFormat ?? "{0:.00}ms", max);
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
}
void CheckEndBlock(MyProfilerBlock profilingBlock, string member, string file, int parentId)
{
if (EnableAsserts && !profilingBlock.Key.Member.Equals(member) || profilingBlock.Key.ParentId != parentId || profilingBlock.Key.File != file)
{
var trace = new StackTrace(2, true);
for (int i = 0; i < trace.FrameCount; i++)
{
var frame = trace.GetFrame(i);
if (frame.GetFileName() == profilingBlock.Key.File && frame.GetMethod().Name == member)
{
Debug.Fail(String.Format("Premature call to EndProfilingBlock in {0}({1}){2}", file, frame.GetFileLineNumber(), Environment.NewLine));
return;
}
}
Debug.Fail(String.Format("Profiling end block missing for '{0}'{1}File: {2}({3}){1}", profilingBlock.Key.Name, Environment.NewLine, profilingBlock.Key.File, profilingBlock.Key.Line));
}
}
public int StartMyProfilingBlock(string name, bool memoryProfiling, float customValue = 0)
{
if (m_managedThreadId != Thread.CurrentThread.ManagedThreadId)
{
return(-1);
}
//lock (m_lock)
{
if (MyProfiler.EnableAsserts)
{ /*
* foreach (MyProfilerBlock block in m_currentProfilingStack)
* {
* if (block.Name.ToString() == name)
* {
* System.Diagnostics.Debug.Assert(false, "Event is already in stack!");
* return -1;
* }
* } */
}
MyProfilerBlock profilingBlock = null;
int key;
unchecked
{
key = (397 * name.GetHashCode()) ^ GetParentHash();
}
int id = 1;
//if (!m_profilingBlocks.TryGetValue(m_nameComposer.ToString(), out profilingBlock))
if (!m_profilingBlocks.TryGetValue(key, out profilingBlock))
{
profilingBlock = new MyProfilerBlock(name /*m_nameComposer.ToString()*/);
if (m_currentProfilingStack.Count > 0)
{
MyProfilerBlock parentBlock = m_currentProfilingStack.Peek();
if (!parentBlock.Children.Contains(profilingBlock))
{
parentBlock.Children.Add(profilingBlock);
}
profilingBlock.Parent = m_currentProfilingStack.Peek();
}
m_profilingBlocks.Add(key, profilingBlock);
profilingBlock.Id = m_profilingBlocks.Count - 1;
}
id = profilingBlock.Id;
profilingBlock.Start(memoryProfiling);
profilingBlock.CustomValue = customValue;
m_currentProfilingStack.Push(profilingBlock);
return(id);
}
}
void DrawEvent(float textPosY, MyProfilerBlock profilerBlock, int blockIndex, int frameIndex, int lastValidFrame, ref Color color)
{
float miliseconds = 0;
long managedMemory = 0;
float processMemory = 0;
int numCalls = -1; // To show update window in profiler
float customValue = 0;
if (IsValidIndex(frameIndex, lastValidFrame))
{
miliseconds = profilerBlock.Miliseconds[frameIndex];
managedMemory = profilerBlock.ManagedMemoryBytes[frameIndex];
processMemory = profilerBlock.ProcessMemory[frameIndex];
numCalls = profilerBlock.NumCallsArray[frameIndex];
customValue = profilerBlock.CustomValues[frameIndex];
}
float Y_TEXT_POSITION = ViewportSize.Y / 2;
float textScale = 0.7f;
if (blockIndex >= 0)
{
m_text.Clear().Append(blockIndex + 1).Append(" ").Append(profilerBlock.Name);
}
else
{
m_text.Clear().Append("- ").Append(profilerBlock.Name);
}
DrawTextShadow(new Vector2(20, textPosY), m_text, color, textScale);
float length = 500;
m_text.Clear();
m_text.Append("(").Append(profilerBlock.Children.Count).Append(") ");
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += 50 * textScale;
m_text.Clear();
//text.Append(((index != -1 ? profilerBlock.TimePercentage[index] : profilerBlock.averagePctg)).ToString("#,#0.0%"));
//MyDebugDraw.DrawTextShadow(new Vector2(20 + length, textPosY), text, color, textScale);
length += 155 * textScale;
m_text.Clear();
m_text.ConcatFormat(profilerBlock.TimeFormat ?? "{0:.00}ms", miliseconds);
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += 155 * textScale;
m_text.Clear();
if (managedMemory < 1024 && managedMemory > -1024) // Still in bytes?
{
m_text.Append(managedMemory.ToString()).Append(" B");
}
else if (managedMemory < 1048576 && managedMemory > -1048576) // Still in kilobytes?
{
float managedMemoryKB = managedMemory / 1024f;
m_text.Concat(managedMemoryKB, 3).Append(" KB");
}
else // Else display in megabytes
{
float managedMemoryKB = managedMemory / 1048576;
m_text.Concat(managedMemoryKB, 3).Append(" MB");
}
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += 40 + 158 * textScale;
m_text.Clear();
if (MemoryProfiling)
{
m_text.Concat(processMemory, 3).Append(" MB");
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += 158 * textScale;
m_text.Clear();
}
length += 40 + 40 * textScale;
m_text.ConcatFormat(profilerBlock.CallFormat ?? "{0} calls", numCalls);
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += 150 * textScale;
m_text.Clear();
m_text.ConcatFormat(profilerBlock.ValueFormat ?? "Custom: {0:.00}", customValue);
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
int maxIndex;
length += 250 * textScale;
float max = FindMaxWrap(profilerBlock.Miliseconds, frameIndex - m_frameLocalArea / 2, frameIndex + m_frameLocalArea / 2, lastValidFrame, out maxIndex);
m_text.Clear();
m_text.ConcatFormat(profilerBlock.TimeFormat ?? "{0:.00}ms", max);
DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
length += DrawTextShadow(new Vector2(20 + length, textPosY), m_text, color, textScale);
}
protected sealed override void Draw(MyProfiler drawProfiler, int lastFrameIndex, int frameToDraw)
{
Debug.Assert(frameToDraw >= 0 && frameToDraw < MyProfiler.MAX_FRAMES, "Invalid selected frame");
if (!m_initialized)
{
// Init linebatch
Init();
m_initialized = true;
m_fpsBlock.Start(false);
}
// Handle FPS timer
m_fpsBlock.End(false);
float elapsedTime = (float)m_fpsBlock.Elapsed.Seconds;
float invElapsedTime = elapsedTime > 0 ? 1 / elapsedTime : 0;
m_fpsPctg = 0.9f * m_fpsPctg + 0.1f * invElapsedTime;
if (MemoryProfiling)
{
// Handle memory usage for frame
float processDeltaMB = m_fpsBlock.ProcessDeltaMB;
m_fpsBlock.ProcessMemory[lastFrameIndex] = processDeltaMB;
}
long managedDeltaMB = m_fpsBlock.ManagedDeltaMB;
m_fpsBlock.ManagedMemoryBytes[lastFrameIndex] = managedDeltaMB;
m_fpsBlock.CustomValues[lastFrameIndex] = m_fpsBlock.CustomValue;
m_fpsBlock.Reset();
m_fpsBlock.Start(false);
if (m_enabled)
{
// Draw events as text
float eventLineSize = 20;
float largeTextLineSize = 28;
float textOffsetY = ViewportSize.Y / 2 - 8 * largeTextLineSize;
// Draw thread name and level limit
m_text.Clear();
m_text.ConcatFormat("\"{2}\" ({0}/{1})", m_threadProfilers.IndexOf(m_selectedProfiler) + 1, m_threadProfilers.Count, m_selectedProfiler.DisplayedName).AppendLine();
m_text.Append("Level limit: ").AppendInt32(m_selectedProfiler.LevelLimit).AppendLine();
DrawText(new Vector2(20, textOffsetY), m_text, Color.LightGray, 1);
textOffsetY += largeTextLineSize * 2 + 10;
// Draw frame number and local area
m_text.Clear();
m_text.Append("Frame: ").AppendInt32(frameToDraw).AppendLine();
m_text.Append("Local area: ").AppendInt32(m_frameLocalArea);
DrawText(new Vector2(20, textOffsetY), m_text, Color.Yellow, 1);
textOffsetY += largeTextLineSize * 2 + 10;
// Draw fps and total calls
m_text.Clear();
m_text.Append(m_fpsBlock.Name).Append(" ");
if (!m_useCustomFrame) // Show FPS only when not using custom frame
{
m_text.AppendDecimal(m_fpsPctg, 3);
}
m_text.AppendLine();
m_text.Append("Total calls: ").AppendInt32(IsValidIndex(frameToDraw, lastFrameIndex) ? m_selectedProfiler.TotalCalls[frameToDraw] : -1);
DrawText(new Vector2(20, textOffsetY), m_text, Color.Red, 1);
textOffsetY += largeTextLineSize;
m_text.Clear();
if (!VRage.MyCompilationSymbols.PerformanceProfiling)
{
m_text.Append("MyCompilationSymbols.PerformanceProfiling NOT ENABLED!").AppendLine();
}
if (!ProfilerProcessingEnabled)
{
m_text.Append("Profiler processing disabled, F12 -> Profiler").AppendLine();
}
DrawText(new Vector2(0, 0), m_text, Color.Yellow, 0.6f);
textOffsetY = ViewportSize.Y / 2;
List <MyProfilerBlock> children = m_selectedProfiler.SelectedRootChildren;
List <MyProfilerBlock> sortedChildren = GetSortedChildren(frameToDraw);
// Draw the 'stack trace'
m_text.Clear();
MyProfilerBlock currentBlock = m_selectedProfiler.SelectedRoot;
while (currentBlock != null)
{
// Stop inserting new elements if the path becomes too long
if (currentBlock.Name.Length + 3 + m_text.Length > 170)
{
m_text.Insert(0, "... > ");
break;
}
if (m_text.Length > 0)
{
m_text.Insert(0, " > ");
}
m_text.Insert(0, currentBlock.Name);
currentBlock = currentBlock.Parent;
}
DrawTextShadow(new Vector2(20, textOffsetY), m_text, Color.White, 0.7f);
textOffsetY += eventLineSize;
if (m_selectedProfiler.SelectedRoot != null)
{
Color whiteColor = Color.White;
DrawEvent(textOffsetY, m_selectedProfiler.SelectedRoot, -1, frameToDraw, lastFrameIndex, ref whiteColor);
textOffsetY += eventLineSize;
}
if (sortedChildren.Count > 0)
{
// Draw the sorting order indicator
m_text.Clear().Append("\\/");
switch (m_sortingOrder)
{
case RenderProfilerSortingOrder.Id:
m_text.Append(" ASC");
DrawTextShadow(new Vector2(20, textOffsetY), m_text, Color.White, 0.7f);
break;
case RenderProfilerSortingOrder.MillisecondsLastFrame:
m_text.Append(" DESC");
DrawTextShadow(new Vector2(660, textOffsetY), m_text, Color.White, 0.7f);
break;
case RenderProfilerSortingOrder.MillisecondsAverage:
m_text.Append(" DESC");
DrawTextShadow(new Vector2(1270, textOffsetY), m_text, Color.White, 0.7f);
break;
}
textOffsetY += eventLineSize;
// Draw the profiler blocks
for (int i = 0; i < sortedChildren.Count; i++)
{
MyProfilerBlock profilerBlock = sortedChildren[i];
Color lineColor = IndexToColor(children.IndexOf(profilerBlock));
DrawEvent(textOffsetY, profilerBlock, i, frameToDraw, lastFrameIndex, ref lineColor);
textOffsetY += eventLineSize;
}
}
else
{
m_text.Clear().Append("No more blocks at this point!");
textOffsetY += eventLineSize;
DrawTextShadow(new Vector2(20, textOffsetY), m_text, Color.White, 0.7f);
textOffsetY += eventLineSize;
}
// Draw graphs
BeginLineBatch();
DrawPerfEvents(lastFrameIndex);
EndLineBatch();
}
// Update horizontal offset
if (!Paused && !m_useCustomFrame)
{
m_selectedFrame = lastFrameIndex;
}
}
public static void HandleInput(RenderProfilerCommand command, int index)
{
switch (command)
{
case RenderProfilerCommand.Enable:
{
if (!m_enabled)
{
m_enabled = true;
m_profilerProcessingEnabled = true; // Enable when disabled and keep enabled
SetLevel();
}
break;
}
case RenderProfilerCommand.ToggleEnabled:
{
// Enable or Disable profiler drawing
if (m_enabled)
{
m_enabled = false;
m_useCustomFrame = false;
}
else
{
m_enabled = true;
m_profilerProcessingEnabled = true; // Enable when disabled and keep enabled
}
break;
}
case RenderProfilerCommand.JumpToRoot:
m_selectedProfiler.SelectedRoot = null;
break;
case RenderProfilerCommand.JumpToLevel:
{
// Enable when disabled, added this for programmers who are too used to using the numpad 0 to open the profiler.
if (index == 0 && !m_enabled)
{
m_enabled = true;
m_profilerProcessingEnabled = true; // Enable when disabled and keep enabled
}
else
{
m_selectedProfiler.SelectedRoot = FindBlockByIndex(index - 1); // On screen it's indexed from 1 (zero is level up)
}
break;
}
case RenderProfilerCommand.Pause:
{
Paused = !Paused;
break;
}
case RenderProfilerCommand.NextThread:
{
lock (m_threadProfilers)
{
int profilerIndex = (m_threadProfilers.IndexOf(m_selectedProfiler) + 1) % m_threadProfilers.Count;
m_selectedProfiler = m_threadProfilers[profilerIndex];
}
break;
}
case RenderProfilerCommand.PreviousThread:
{
lock (m_threadProfilers)
{
int profilerIndex = (m_threadProfilers.IndexOf(m_selectedProfiler) - 1 + m_threadProfilers.Count) % m_threadProfilers.Count;
m_selectedProfiler = m_threadProfilers[profilerIndex];
}
break;
}
case RenderProfilerCommand.Reset:
{
lock (m_threadProfilers)
{
foreach (var profiler in m_threadProfilers)
{
profiler.Reset();
}
m_selectedFrame = 0;
}
break;
}
case RenderProfilerCommand.NextFrame:
{
MyRenderProfiler.NextFrame(index);
break;
}
case RenderProfilerCommand.PreviousFrame:
{
MyRenderProfiler.PreviousFrame(index);
break;
}
case RenderProfilerCommand.DisableFrameSelection:
{
m_useCustomFrame = false;
break;
}
case RenderProfilerCommand.IncreaseLevel:
{
m_levelLimit++;
SetLevel();
break;
}
case RenderProfilerCommand.DecreaseLevel:
{
m_levelLimit--;
if (m_levelLimit < -1)
{
m_levelLimit = -1;
}
SetLevel();
break;
}
case RenderProfilerCommand.CopyPathToClipboard:
{
StringBuilder pathBuilder = new StringBuilder(200);
MyProfilerBlock currentBlock = m_selectedProfiler.SelectedRoot;
while (currentBlock != null)
{
if (pathBuilder.Length > 0)
{
pathBuilder.Insert(0, " > ");
}
pathBuilder.Insert(0, currentBlock.Name);
currentBlock = currentBlock.Parent;
}
if (pathBuilder.Length > 0)
{
// Clipboard can only be accessed from a thread on the STA apartment
System.Threading.Thread thread = new System.Threading.Thread(() => System.Windows.Forms.Clipboard.SetText(pathBuilder.ToString()));
thread.SetApartmentState(System.Threading.ApartmentState.STA);
thread.Start();
thread.Join();
}
break;
}
case RenderProfilerCommand.TryGoToPathInClipboard:
{
string fullPath = string.Empty;
Exception threadEx = null;
System.Threading.Thread staThread = new System.Threading.Thread(
delegate()
{
try
{
fullPath = System.Windows.Forms.Clipboard.GetText();
}
catch (Exception ex)
{
threadEx = ex;
}
});
staThread.SetApartmentState(System.Threading.ApartmentState.STA);
staThread.Start();
staThread.Join();
if (!string.IsNullOrEmpty(fullPath))
{
string[] split = fullPath.Split(new string[] { " > " }, StringSplitOptions.None);
MyProfilerBlock pathBlock = null;
List <MyProfilerBlock> blockSet = m_selectedProfiler.RootBlocks;
for (int i = 0; i < split.Length; i++)
{
string blockName = split[i];
MyProfilerBlock oldPath = pathBlock;
for (int j = 0; j < blockSet.Count; j++)
{
MyProfilerBlock block = blockSet[j];
if (block.Name == blockName)
{
pathBlock = block;
blockSet = pathBlock.Children;
break;
}
}
// If the path did not change, we cannot go any deeper, break out of this loop
if (oldPath == pathBlock)
{
break;
}
}
if (pathBlock != null)
{
m_selectedProfiler.SelectedRoot = pathBlock;
}
}
break;
}
case RenderProfilerCommand.SetLevel:
{
m_levelLimit = index;
if (m_levelLimit < -1)
{
m_levelLimit = -1;
}
SetLevel();
break;
}
case RenderProfilerCommand.DecreaseLocalArea:
m_frameLocalArea = Math.Max(2, m_frameLocalArea / 2);
break;
case RenderProfilerCommand.IncreaseLocalArea:
m_frameLocalArea = Math.Min(MyProfiler.MAX_FRAMES, m_frameLocalArea * 2);
break;
case RenderProfilerCommand.IncreaseRange:
m_milisecondsGraphScale.IncreaseYRange();
break;
case RenderProfilerCommand.DecreaseRange:
m_milisecondsGraphScale.DecreaseYRange();
break;
case RenderProfilerCommand.ChangeSortingOrder:
m_sortingOrder += 1;
if (m_sortingOrder >= RenderProfilerSortingOrder.NumSortingTypes)
{
m_sortingOrder = RenderProfilerSortingOrder.Id;
}
break;
default:
System.Diagnostics.Debug.Assert(false, "Unknown command");
break;
}
}
static MyRenderProfiler()
{
m_levelLimit = VRage.MyCompilationSymbols.ProfileFromStart ? -1 : 0;
// Create block, some unique id
m_fpsBlock = MyProfiler.CreateExternalBlock("FPS", -2);
}
public void StartBlock(string name, string memberName, int line, string file)
{
Debug.Assert(!EnableAsserts || OwnerThread == Thread.CurrentThread);
if (m_levelLimit != -1 && m_currentProfilingStack.Count >= m_levelLimit)
{
m_levelSkipCount++;
return;
}
MyProfilerBlock profilingBlock = null;
MyProfilerBlockKey key = new MyProfilerBlockKey(file, memberName, name, line, GetParentId());
if (!m_profilingBlocks.TryGetValue(key, out profilingBlock) && !m_blocksToAdd.TryGetValue(key, out profilingBlock))
{
profilingBlock = new MyProfilerBlock(ref key, memberName, m_nextId++);
if (m_currentProfilingStack.Count > 0)
{
profilingBlock.Parent = m_currentProfilingStack.Peek();
Debug.Assert(!profilingBlock.Parent.Children.Contains(profilingBlock), "Why is already between children?");
}
m_blocksToAdd.Add(key, profilingBlock);
}
profilingBlock.Start(MemoryProfiling);
m_currentProfilingStack.Push(profilingBlock);
}
public int StartMyProfilingBlock(string name, bool memoryProfiling, float customValue = 0)
{
if (m_managedThreadId != Thread.CurrentThread.ManagedThreadId)
return -1;
//lock (m_lock)
{
if (MyProfiler.EnableAsserts)
{ /*
foreach (MyProfilerBlock block in m_currentProfilingStack)
{
if (block.Name.ToString() == name)
{
System.Diagnostics.Debug.Assert(false, "Event is already in stack!");
return -1;
}
} */
}
MyProfilerBlock profilingBlock = null;
int key;
unchecked
{
key = (397 * name.GetHashCode()) ^ GetParentHash();
}
int id = 1;
//if (!m_profilingBlocks.TryGetValue(m_nameComposer.ToString(), out profilingBlock))
if (!m_profilingBlocks.TryGetValue(key, out profilingBlock))
{
profilingBlock = new MyProfilerBlock(name/*m_nameComposer.ToString()*/);
if (m_currentProfilingStack.Count > 0)
{
MyProfilerBlock parentBlock = m_currentProfilingStack.Peek();
if (!parentBlock.Children.Contains(profilingBlock))
parentBlock.Children.Add(profilingBlock);
profilingBlock.Parent = m_currentProfilingStack.Peek();
}
m_profilingBlocks.Add(key, profilingBlock);
profilingBlock.Id = m_profilingBlocks.Count - 1;
}
id = profilingBlock.Id;
profilingBlock.Start(memoryProfiling);
profilingBlock.CustomValue = customValue;
m_currentProfilingStack.Push(profilingBlock);
return id;
}
}
