public static Event CreateEvent(LogFileReader reader, EventType type, byte extendedInfo)
{
switch (type)
{
case EventType.Alloc:
return(AllocEvent.Read(reader, extendedInfo));
case EventType.Exception:
return(ExceptionEvent.Read(reader, extendedInfo));
case EventType.Gc:
switch (extendedInfo)
{
case TYPE_GC_EVENT:
return(GcEvent.Read(reader));
case TYPE_GC_RESIZE:
return(ResizeGcEvent.Read(reader));
case TYPE_GC_MOVE:
return(MoveGcEvent.Read(reader));
case TYPE_GC_HANDLE_CREATED:
case TYPE_GC_HANDLE_CREATED_BT:
return(HandleCreatedGcEvent.Read(reader, extendedInfo));
case TYPE_GC_HANDLE_DESTROYED:
case TYPE_GC_HANDLE_DESTROYED_BT:
return(HandleDestroyedGcEvent.Read(reader, extendedInfo));
}
throw new InvalidOperationException("unknown gc type:" + extendedInfo);
case EventType.Heap:
return(HeapEvent.Read(reader, extendedInfo));
case EventType.Metadata:
return(MetadataEvent.Read(reader, extendedInfo));
case EventType.Method:
return(MethodEvent.Read(reader, extendedInfo));
case EventType.Monitor:
return(MonitiorEvent.Read(reader, extendedInfo));
case EventType.Sample:
return(SampleEvent.Read(reader, extendedInfo));
case EventType.Runtime:
return(RuntimeEvent.Read(reader, extendedInfo));
case EventType.Coverage:
return(CoverageEvent.Read(reader, extendedInfo));
}
throw new InvalidOperationException("invalid event type " + type);
}
public virtual object Visit (HandleCreatedGcEvent handleCreatedGcEvent)
{
return null;
}
public override object Visit (HandleCreatedGcEvent handleCreatedGcEvent)
{
TimeBase += handleCreatedGcEvent.TimeDiff;
return null;
}
public virtual object Visit(HandleCreatedGcEvent handleCreatedGcEvent)
{
return(null);
}
public override object Visit(HandleCreatedGcEvent handleCreatedGcEvent)
{
TimeBase += handleCreatedGcEvent.TimeDiff;
return(null);
}
public static Event CreateEvent(BinaryReader reader, EventType type, byte extendedInfo)
{
switch (type)
{
case EventType.Alloc:
return(AllocEvent.Read(reader, extendedInfo));
case EventType.Exception:
switch (extendedInfo & (TYPE_EXCEPTION_BT - 1))
{
case TYPE_CLAUSE:
return(new ExceptionClauseEvent(reader));
case TYPE_THROW:
return(new ExceptionThrowEvent(reader));
default:
throw new InvalidOperationException("Unknown exception event type:" + (extendedInfo & (TYPE_EXCEPTION_BT - 1)));
}
case EventType.Gc:
switch (extendedInfo)
{
case TYPE_GC_EVENT:
return(GcEvent.Read(reader));
case TYPE_GC_RESIZE:
return(ResizeGcEvent.Read(reader));
case TYPE_GC_MOVE:
return(MoveGcEvent.Read(reader));
case TYPE_GC_HANDLE_CREATED:
return(HandleCreatedGcEvent.Read(reader));
case TYPE_GC_HANDLE_DESTROYED:
return(HandleDestroyedGcEvent.Read(reader));
}
throw new InvalidOperationException("unknown gc type:" + extendedInfo);
case EventType.Heap:
switch (extendedInfo)
{
case TYPE_HEAP_START:
return(new HeapStartEvent(reader));
case TYPE_HEAP_END:
return(new HeapEndEvent(reader));
case TYPE_HEAP_OBJECT:
return(new HeapObjectEvent(reader));
case TYPE_HEAP_ROOT:
return(new HeapRootEvent(reader));
default:
throw new InvalidOperationException("Unknown heap event type:" + extendedInfo);
}
case EventType.Metadata:
return(MetadataEvent.Read(reader));
case EventType.Method:
switch (extendedInfo)
{
case TYPE_LEAVE:
return(new MethodLeaveEvent(reader));
case TYPE_ENTER:
return(new MethodEnterEvent(reader));
case TYPE_EXC_LEAVE:
return(new MethodExcLeaveEvent(reader));
case TYPE_JIT:
return(new MethodJitEvent(reader));
default:
throw new InvalidOperationException("Unknown method event type:" + extendedInfo);
}
case EventType.Monitor:
return(MonitiorEvent.Read(reader, extendedInfo));
case EventType.Sample:
switch (extendedInfo)
{
case TYPE_SAMPLE_HIT:
return(new SampleHitEvent(reader));
case TYPE_SAMPLE_USYM:
return(new SampleUSymEvent(reader));
case TYPE_SAMPLE_UBIN:
return(new SampleUBinEvent(reader));
default:
throw new InvalidOperationException("Unknown sample event:" + extendedInfo);
}
}
throw new InvalidOperationException("invalid event type " + type);
}