internal TypeDescriptionEntries(MemorySnapshotFileReader reader)
{
flags = new ArrayEntries <TypeFlags>(reader, EntryType.TypeDescriptions_Flags, ConversionFunctions.ToTypeFlags);
typeDescriptionName = new ArrayEntries <string>(reader, EntryType.TypeDescriptions_Name, ConversionFunctions.ToString);
assembly = new ArrayEntries <string>(reader, EntryType.TypeDescriptions_Assembly, ConversionFunctions.ToString);
fieldIndices = new ArrayEntries <int[]>(reader, EntryType.TypeDescriptions_FieldIndices, ConversionFunctions.ToInt32Array);
staticFieldBytes = new ByteArrayEntries(reader, EntryType.TypeDescriptions_StaticFieldBytes);
baseOrElementTypeIndex = new ArrayEntries <int>(reader, EntryType.TypeDescriptions_BaseOrElementTypeIndex, ConversionFunctions.ToInt32);
size = new ArrayEntries <int>(reader, EntryType.TypeDescriptions_Size, ConversionFunctions.ToInt32);
typeInfoAddress = new ArrayEntries <ulong>(reader, EntryType.TypeDescriptions_TypeInfoAddress, ConversionFunctions.ToUInt64);
typeIndex = new ArrayEntries <int>(reader, EntryType.TypeDescriptions_TypeIndex, ConversionFunctions.ToInt32);
}
internal ManagedMemorySectionEntries(MemorySnapshotFileReader reader, EntryType entryTypeBase, bool hasHeapTypeEncodedInAddr)
{
//all addresses store the heap type in their highest bit (ver 12+)
//only the new reader inside com.unity.memoryprofiler will read the encodings
GetItem <ulong> func;
if (hasHeapTypeEncodedInAddr)
{
func = ConversionFunctions.ToUInt64WithMask;
}
else
{
func = ConversionFunctions.ToUInt64;
}
startAddress = new ArrayEntries <ulong>(reader, (EntryType)(entryTypeBase + 0), func);
bytes = new ByteArrayEntries(reader, (EntryType)(entryTypeBase + 1));
}
internal ManagedMemorySectionEntries(MemorySnapshotFileReader reader, EntryType entryTypeBase)
{
startAddress = new ArrayEntries <ulong>(reader, (EntryType)(entryTypeBase + 0), ConversionFunctions.ToUInt64);
bytes = new ByteArrayEntries(reader, (EntryType)(entryTypeBase + 1));
}
