internal void ReportCallCountSizes(Histogram callstackHistogram)
{
uint[] callCount = new uint[readNewLog.funcName.Length];
callstackHistogram.CalculateCallCounts(callCount);
Console.WriteLine("{0},{1},{2} {3}", "# Calls", "Function Size", "Function Name", "Function Signature");
foreach (FunctionDescriptor fd in functionList)
{
Console.WriteLine("{0},{1},{2} {3}", callCount[fd.functionId], fd.funcSize,
readNewLog.funcName[fd.functionId], readNewLog.funcSignature[fd.functionId]);
}
}
internal void UpdateObjects(Histogram relocatedHistogram, ulong oldId,
ulong newId, uint length, int tickIndex, SampleObjectTable sampleObjectTable)
{
if (lastPos >= readNewLog.pos)
return;
lastPos = readNewLog.pos;
lastTickIndex = tickIndex;
intervalTable.Relocate(oldId, newId, length);
if (oldId == newId)
return;
ulong nextId;
ulong lastId = oldId + length;
LiveObject o;
for (GetNextObject(oldId, lastId, out o); o.id < lastId; GetNextObject(nextId, lastId, out o))
{
nextId = o.id + o.size;
ulong offset = o.id - oldId;
if (sampleObjectTable != null)
sampleObjectTable.Delete(o.id, o.id + o.size, tickIndex);
Zero(o.id, o.size);
InsertObject(newId + offset, o.typeSizeStacktraceIndex, o.allocTickIndex, tickIndex, false, sampleObjectTable);
if (relocatedHistogram != null)
relocatedHistogram.AddObject(o.typeSizeStacktraceIndex, 1);
}
}