private void dumpInfo()
{
if (CPUPerf.PerfNameMap == null)
{
return;
}
foreach (FuncInfo current in CPUPerf.PerfNameMap.Values)
{
if (current.callCount > 0)
{
double num = (double)current.total * this.mRadix;
double num2 = (double)current.maxTime * this.mRadix;
double num3 = num / (double)current.callCount;
this.addCell(current.name);
this.addCell(current.callCount);
this.addCell(num);
this.addCell(num / this.mSpendTime * 100.0);
this.addCell(num3);
this.addCell(num2);
CPUPerf.writeLine();
current.callCount = 0;
current.total = 0L;
current.maxTime = 0L;
}
}
}
public static void Error(string printOut)
{
try
{
CPUPerf.mCacheString.Append(printOut);
CPUPerf.writeLine();
CPUPerf.mPerfFile.Flush();
}
catch (Exception var_0_20)
{
}
}
private void Update()
{
if (++this.mFrameCnt >= this.mUpdateInterval)
{
long num = this.mCPUTime;
this.mCPUTime = Stopwatch.GetTimestamp();
this.mSpendTime = (double)(this.mCPUTime - num) * this.mRadix;
double num2 = (double)(this.mFrameCnt * 1000) / this.mSpendTime;
this.mTotalTime += this.mSpendTime;
this.mFrameCnt = 0;
if (num2 < (double)this.mDumpFPSLimit)
{
CPUPerf.ForcePrint = false;
try
{
CPUPerf.writeLine();
CPUPerf.mCacheString.Append("FPS:");
CPUPerf.mCacheString.Append((float)num2);
CPUPerf.mCacheString.Append(" | ");
CPUPerf.mCacheString.Append(this.mUpdateInterval);
CPUPerf.mCacheString.Append(" frame spend time about(ms): ");
CPUPerf.mCacheString.Append((float)this.mSpendTime);
CPUPerf.mCacheString.Append(" | cur time(s): ");
CPUPerf.mCacheString.Append((float)(this.mTotalTime / 1000.0));
CPUPerf.writeLine();
this.dumpInfo();
CPUPerf.mPerfFile.Flush();
}
catch (Exception var_2_133)
{
}
}
if (CPUPerf.PerfNameMap != null)
{
foreach (FuncInfo current in CPUPerf.PerfNameMap.Values)
{
current.callCount = 0;
current.total = 0L;
current.maxTime = 0L;
}
}
}
}