Class LFunctionType51

UnLuac/src/unluac/parse/LFunctionType.java:226–268

}

class LFunctionType51 extends LFunctionType {
  
  protected void parse_main(ByteBuffer buffer, BHeader header, LFunctionParseState s) {
    s.name = header.string.parse(buffer, header);
    s.lineBegin = header.integer.parse(buffer, header).asInt();
    s.lineEnd = header.integer.parse(buffer, header).asInt();
    s.lenUpvalues = 0xFF & buffer.get();
    create_upvalues(buffer, header, s);
    s.lenParameter = 0xFF & buffer.get();
    s.vararg = 0xFF & buffer.get();
    s.maximumStackSize = 0xFF & buffer.get();
    parse_code(buffer, header, s);
    parse_constants(buffer, header, s);
    parse_debug(buffer, header, s);
  }
  
  @Override
  public List<Directive> get_directives() {
    return Arrays.asList(new Directive[] {
      Directive.SOURCE,
      Directive.LINEDEFINED,
      Directive.LASTLINEDEFINED,
      Directive.NUMPARAMS,
      Directive.IS_VARARG,
      Directive.MAXSTACKSIZE,
    });
  }
  
  @Override
  public void write(OutputStream out, BHeader header, LFunction object) throws IOException {
    header.string.write(out, header, object.name);
    header.integer.write(out, header, new BInteger(object.linedefined));
    header.integer.write(out, header, new BInteger(object.lastlinedefined));
    out.write(object.numUpvalues);
    out.write(object.numParams);
    out.write(object.vararg);
    out.write(object.maximumStackSize);
    write_code(out, header, object);
    write_constants(out, header, object);
    write_debug(out, header, object);
  }
  
}

class LFunctionType52 extends LFunctionType {