internal NdrBogusArrayTypeReference(NdrParseContext context, BinaryReader reader)
: base(context, NdrFormatCharacter.FC_BOGUS_ARRAY, reader)
{
NumberofElements = reader.ReadInt16();
ConformanceDescriptor = new NdrCorrelationDescriptor(context, reader);
VarianceDescriptor = new NdrCorrelationDescriptor(context, reader);
ReadElementType(context, reader);
}
internal NdrConformantStringTypeReference(NdrParseContext context,
NdrFormatCharacter format, BinaryReader reader) : base(format)
{
NdrFormatCharacter padding = (NdrFormatCharacter)reader.ReadByte();
if (padding == NdrFormatCharacter.FC_STRING_SIZED)
{
ConformanceDescriptor = new NdrCorrelationDescriptor(context, reader);
}
else
{
ConformanceDescriptor = new NdrCorrelationDescriptor();
}
}
internal NdrConformantStructureStringTypeReference(NdrParseContext context, BinaryReader reader) : base(NdrFormatCharacter.FC_C_SSTRING)
{
ElementSize = reader.ReadByte();
if (NdrFormatCharacter.FC_STRING_SIZED == (NdrFormatCharacter)reader.ReadByte())
{
// Padding.
reader.ReadByte();
ConformanceDescriptor = new NdrCorrelationDescriptor(context, reader);
}
else
{
ConformanceDescriptor = new NdrCorrelationDescriptor();
}
}
internal NdrInterfacePointerTypeReference(NdrParseContext context, BinaryReader reader) : base(NdrFormatCharacter.FC_IP)
{
NdrFormatCharacter type = ReadFormat(reader);
if (type == NdrFormatCharacter.FC_CONSTANT_IID)
{
Iid = new Guid(reader.ReadAll(16));
IsConstant = true;
}
else
{
Iid = NdrNativeUtils.IID_IUnknown;
IidIsDescriptor = new NdrCorrelationDescriptor(context, reader);
}
}
internal NdrByteCountPointerReferenceType(NdrParseContext context, BinaryReader reader) : base(NdrFormatCharacter.FC_BYTE_COUNT_POINTER)
{
NdrFormatCharacter format = (NdrFormatCharacter)reader.ReadByte();
if (format != NdrFormatCharacter.FC_PAD)
{
Type = new NdrSimpleTypeReference(format);
Description = new NdrCorrelationDescriptor();
}
else
{
Description = new NdrCorrelationDescriptor(context, reader);
Type = Read(context, ReadTypeOffset(reader));
}
}
internal NdrConformantArrayTypeReference(NdrFormatCharacter format, NdrParseContext context,
BinaryReader reader) : base(context, format, reader)
{
_element_size = reader.ReadInt16();
ConformanceDescriptor = new NdrCorrelationDescriptor(context, reader);
if (format == NdrFormatCharacter.FC_CVARRAY)
{
VarianceDescriptor = new NdrCorrelationDescriptor(context, reader);
}
else
{
VarianceDescriptor = new NdrCorrelationDescriptor();
}
ReadElementType(context, reader);
}
internal NdrVaryingArrayTypeReference(NdrParseContext context, NdrFormatCharacter format, BinaryReader reader)
: base(context, format, reader)
{
if (format == NdrFormatCharacter.FC_SMVARRAY)
{
TotalSize = reader.ReadUInt16();
NumberofElements = reader.ReadUInt16();
}
else
{
TotalSize = reader.ReadInt32();
NumberofElements = reader.ReadInt32();
}
_element_size = reader.ReadUInt16();
VarianceDescriptor = new NdrCorrelationDescriptor(context, reader);
ReadElementType(context, reader);
}
internal NdrUnionTypeReference(NdrFormatCharacter format, NdrParseContext context, BinaryReader reader)
: base($"Union_{context.TypeCache.GetNextComplexId()}", format)
{
int switch_type = reader.ReadByte();
if (NonEncapsulated)
{
SwitchType = (NdrFormatCharacter)switch_type;
Correlation = new NdrCorrelationDescriptor(context, reader);
Arms = new NdrUnionArms(context, ReadTypeOffset(reader));
}
else
{
SwitchIncrement = (switch_type >> 4) & 0xF;
SwitchType = (NdrFormatCharacter)(switch_type & 0xF);
Correlation = new NdrCorrelationDescriptor();
Arms = new NdrUnionArms(context, reader);
}
}