public HeapDumpObjectPacket(_DBG.BitStream stream)
: base(Commands.c_Profiling_HeapDump_Object)
{
m_address = ReadAndUnpackBits(stream);
m_size = ReadAndUnpackBits(stream) * ProfilerSession.HeapBlockSize;
m_dt = (_DBG.RuntimeDataType)stream.ReadBits(Commands.Bits.DataType);
if (m_dt == _DBG.RuntimeDataType.DATATYPE_CLASS || m_dt == _DBG.RuntimeDataType.DATATYPE_VALUETYPE)
{
m_typedef = ReadTypeDefIndex(stream);
}
else if (m_dt == _DBG.RuntimeDataType.DATATYPE_SZARRAY)
{
m_arrayElementType = ReadTypeDefIndex(stream);
m_arrayLevels = (ushort)ReadAndUnpackBits(stream);
}
m_refs = new List <uint>();
bool moreRefs;
while (moreRefs = ReadBoolean(stream))
{
m_refs.Add(ReadAndUnpackBits(stream));
}
}
public ObjectAllocationPacket(_DBG.BitStream stream)
: base(Commands.c_Profiling_Allocs_Alloc)
{
m_address = ReadAndUnpackBits(stream);
m_size = ReadAndUnpackBits(stream) * ProfilerSession.HeapBlockSize;
m_dt = (_DBG.RuntimeDataType)stream.ReadBits(Commands.Bits.DataType);
if (m_dt == _DBG.RuntimeDataType.DATATYPE_CLASS || m_dt == _DBG.RuntimeDataType.DATATYPE_VALUETYPE ||
m_dt == _DBG.RuntimeDataType.DATATYPE_SZARRAY)
{
m_type = ReadTypeDefIndex(stream);
if (m_dt == _DBG.RuntimeDataType.DATATYPE_SZARRAY)
{
m_rank = (ushort)ReadAndUnpackBits(stream);
}
}
else
{
m_type = (uint)m_dt;
}
}
internal override void Process(ProfilerSession sess)
{
if (sess.m_currentHeapDump == null)
{
//Lost heap-dump start packet, and probably the roots too.
throw new System.IO.IOException();
}
HeapDumpObject hdo = new HeapDumpObject();
hdo.m_address = m_address;
hdo.m_size = m_size;
if (m_dt == _DBG.RuntimeDataType.DATATYPE_CLASS || m_dt == _DBG.RuntimeDataType.DATATYPE_VALUETYPE)
{
sess.ResolveTypeName(m_typedef); //Cache type name.
hdo.m_type = new ObjectType(m_typedef);
}
else
{
_DBG.RuntimeDataType dt = (_DBG.RuntimeDataType)m_dt;
if (dt == _DBG.RuntimeDataType.DATATYPE_SZARRAY)
{
sess.ResolveTypeName(m_arrayElementType); //Cache type name.
hdo.m_type = new ObjectType(m_arrayElementType, m_arrayLevels);
}
else
{
hdo.m_type = new ObjectType((uint)m_dt);
}
}
hdo.m_references = m_refs;
Tracing.PacketTrace("object @ {0} ({1})", m_address, hdo.m_type);
sess.m_currentHeapDump.m_objectTable.Add(hdo);
}
public ObjectAllocationPacket(_DBG.BitStream stream)
: base(Commands.c_Profiling_Allocs_Alloc)
{
m_address = ReadAndUnpackBits(stream);
m_size = ReadAndUnpackBits(stream) * ProfilerSession.HeapBlockSize;
m_dt = (_DBG.RuntimeDataType)stream.ReadBits(Commands.Bits.DataType);
if (m_dt == _DBG.RuntimeDataType.DATATYPE_CLASS || m_dt == _DBG.RuntimeDataType.DATATYPE_VALUETYPE ||
m_dt == _DBG.RuntimeDataType.DATATYPE_SZARRAY)
{
m_type = ReadTypeDefIndex(stream);
if (m_dt == _DBG.RuntimeDataType.DATATYPE_SZARRAY)
{
m_rank = (ushort)ReadAndUnpackBits(stream);
}
}
else
{
m_type = (uint)m_dt;
}
}
public HeapDumpObjectPacket(_DBG.BitStream stream)
: base(Commands.c_Profiling_HeapDump_Object)
{
m_address = ReadAndUnpackBits(stream);
m_size = ReadAndUnpackBits(stream) * ProfilerSession.HeapBlockSize;
m_dt = (_DBG.RuntimeDataType)stream.ReadBits(Commands.Bits.DataType);
if (m_dt == _DBG.RuntimeDataType.DATATYPE_CLASS || m_dt == _DBG.RuntimeDataType.DATATYPE_VALUETYPE)
{
m_typedef = ReadTypeDefIndex(stream);
}
else if (m_dt == _DBG.RuntimeDataType.DATATYPE_SZARRAY)
{
m_arrayElementType = ReadTypeDefIndex(stream);
m_arrayLevels = (ushort)ReadAndUnpackBits(stream);
}
m_refs = new List<uint>();
bool moreRefs;
while (moreRefs = ReadBoolean(stream))
{
m_refs.Add(ReadAndUnpackBits(stream));
}
}
