public _StructureDeclBoolTuple(_StructureDecl item1, bool item2)
{
Item1 = item1;
Item2 = item2;
}
private static List <_StructureDecl> _ReadDna1Block(ReadValueContext context)
{
var declList = new List <_StructureDecl>();
var header = BlendStructures.GlobalHeader.ReadValue(context);
if (header.GetMember("pointer_size").GetRawValue <char>() == '_')
{
throw new BlenderException("32bit pointer-size is unsupported");
}
if (header.GetMember("endianness").GetRawValue <char>() == 'V')
{
throw new BlenderException("big endian is unsupported");
}
while (true)
{
var fileBlock = BlendStructures.FileBlockHeader.ReadValue(context);
var code = fileBlock.GetMember("code").GetAllValueAsString();
int size = fileBlock.GetMember("size").GetRawValue <int>();
if (code == "DNA1")
{
context.reader.ReadBytes(4); // SDNA
context.reader.ReadBytes(4); // NAME
int nameCount = context.reader.ReadInt32();
var names = new string[nameCount];
int readByteCount = 0;
for (int index = 0; index < nameCount; ++index)
{
string s = BinaryUtil.ReadAsciiString(context.reader);
names[index] = s;
readByteCount += (s.Length + 1);
}
context.reader.ReadBytes(readByteCount * 3 % 4); // align
context.reader.ReadBytes(4); // TYPE
int typeCount = context.reader.ReadInt32();
readByteCount = 0;
var types = new string[typeCount];
for (int index = 0; index < typeCount; ++index)
{
string s = BinaryUtil.ReadAsciiString(context.reader);
types[index] = s;
readByteCount += (s.Length + 1);
}
context.reader.ReadBytes(readByteCount * 3 % 4); // align
context.reader.ReadBytes(4); // TLEN
readByteCount = 0;
var tLens = new int[typeCount];
for (int index = 0; index < typeCount; ++index)
{
int len = context.reader.ReadUInt16();
tLens[index] = len;
readByteCount += 2;
}
context.reader.ReadBytes(readByteCount * 3 % 4); // align
context.reader.ReadBytes(4); // STRC
int structCount = context.reader.ReadInt32();
readByteCount = 0;
for (int index = 0; index < structCount; ++index)
{
var decl = new _StructureDecl();
int typeIndex = context.reader.ReadInt16();
decl.name = types[typeIndex];
decl.sdnaIndex = index;
decl.size = tLens[typeIndex];
int fieldCount = context.reader.ReadInt16();
decl.fieldTypes = new string[fieldCount];
decl.fieldLengths = new int[fieldCount];
decl.fieldNames = new string[fieldCount];
for (int fieldIndex = 0; fieldIndex < fieldCount; ++fieldIndex)
{
int fieldTypeIndex = context.reader.ReadInt16();
int fieldNameIndex = context.reader.ReadInt16();
decl.fieldTypes[fieldIndex] = types[fieldTypeIndex];
decl.fieldLengths[fieldIndex] = tLens[fieldTypeIndex];
decl.fieldNames[fieldIndex] = names[fieldNameIndex];
}
declList.Add(decl);
}
}
else if (code == "ENDB")
{
// END
break;
}
else
{
// Skip
context.reader.ReadBytes(size);
}
}
return(declList);
}
