new_contents: 
  
  def assign_binary_data(variable_name, initial_indent, maximum_width, data_string):
      """
      Assign :attr:`data_string` to :attr:`variable_name` using parentheses to wrap multiple lines as needed.
  
      :param str variable_name: The name of the variable being defined
      :param int initial_indent: The initial indentation, which should be a multiple of 4
      :param int maximum_width: The maximum width for each line (often between 80 and 160)
      :param str data_string: The binary data
      :return str: The text of the entire variable definition
      """
      variable_name = variable_name.strip()
      data_buffer = StringIO()
      data_buffer.write(" " * initial_indent)  # start with initial indent
      data_buffer.write(variable_name)  # declare the variable
      data_buffer.write(" = (")  # opening parenthesis
  
      line_indent = data_buffer.tell()
      max_string_length = maximum_width - line_indent - 2
  
      chars = [chr(i) for i in xrange(0, 256)]
      reprs = [repr(ch).strip("\'") for ch in chars]
      reprs[ord("\'")] = "\\\'"
      lengths = [len(r) for r in reprs]
  
      total = 0
      data_buffer.write("\'")  # start the first string
      for i, ch in enumerate(compressedData):
          next_total = total + lengths[ord(ch)]
          if next_total > max_string_length:
              data_buffer.write("\'\n")  # end quote for current line, plus line separator
              data_buffer.write(" " * line_indent)
              data_buffer.write("\'")
              total = 0
          data_buffer.write(reprs[ord(ch)])
          total += lengths[ord(ch)]
      data_buffer.write("\')\n")
      return data_buffer
  
subject: Add script for assigning wrapped string variables (for storing binary data)