Parse a String and return the data

    :param s: The string to read
    :type s: :py:obj:`str`
    :returns: A dict object containing the data from s
    :raises: SyntaxError - An error occured reading the data.

def reads(s):
    """
    Parse a String and return the data

    :param s: The string to read
    :type s: :py:obj:`str`
    :returns: A dict object containing the data from s
    :raises: SyntaxError - An error occured reading the data.
    """
    _dict = PyVDF.__UseDict
    _len = len
    _whitespace = frozenset('\t ')
    _newline = frozenset('\n\r')

    _quote_match = PyVDF.__RE_Token_Quoted.match
    _unquote_match = PyVDF.__RE_Token_UnQuoted.match
    _max_length = PyVDF.__MaxTokenLength

    ci = 0
    line = 0
    grabKey = 1

    data = _dict()
    tree = data

    keys = deque()
    keyApp = keys.append
    keyPop = keys.pop

    try:
      while 1:

        while s[ci] in _whitespace:
          ci += 1

        char = s[ci]

        if char == '"':
          ci += 1
          string = _quote_match(s[ci:ci + _max_length]).group()[:-1]
          ci += _len(string)

          if grabKey:
            k = string
            grabKey = 0
          else:
            tree[k] = string
            grabKey = 1

        elif char == '\n':
          line += 1

        # elif char == '\r':
        #   if s[ci + 1] == '\n':
        #     ci += 1
        #   line += 1

        elif char == '{':
          if grabKey:
            raise Exception(PyVDF.__ERR_BlockNoKey.format(line, k))
          else:
            keyApp(k)
            tree[k] = _dict()
            tree = tree[k]
            grabKey = 1

        elif char == '}':
          if grabKey:
            keyPop()
            tree = data
            for key in keys:
              tree = tree[key]
          else:
            raise Exception(PyVDF.__ERR_CompanionBrace.format(line, k))

        elif char == '/' and s[ci + 1] == '/':
          ci += 1
          line += 1
          while 1:
            ci += 1
            if s[ci] in _newline:
              break

        elif char == '[':
          while 1:
            ci += 1
            if s[ci] == ']':
              break

        else:
          string = _unquote_match(s[ci:ci + _max_length]).group()
          ci += _len(string)

          if grabKey:
            k = string
            grabKey = 0
          else:
            tree[k] = string
            grabKey = 1
          continue

        ci += 1

    except IndexError:
      if _len(keys) == 0:
        return data
      raise Exception(PyVDF.__ERR_EODArray)
    except AttributeError:
      raise Exception(PyVDF.__ERR_BadToken.format(line, _max_length))