def decode_missing(line):
 result = {}
 parts = line.split()
 result['object_hash'] = urllib.parse.unquote(parts[0])
 t_data = urllib.parse.unquote(parts[1])
 result['ts_data'] = Timestamp(t_data)
 result['ts_meta'] = result['ts_ctype'] = result['ts_data']
 if (len(parts) > 2):
  subparts = urllib.parse.unquote(parts[2]).split(',')
  for item in [subpart for subpart in subparts if (':' in subpart)]:
   (k, v) = item.split(':')
   if (k == 'm'):
    result['ts_meta'] = Timestamp(t_data, delta=int(v, 16))
   elif (k == 't'):
    result['ts_ctype'] = Timestamp(t_data, delta=int(v, 16))
 return result

def decode_missing ( line ) : result = { } parts = line . split ( ) result [ 'object_hash' ] = urllib . parse . unquote ( parts [ 0 ] ) t_data = urllib . parse . unquote ( parts [ 1 ] ) result [ 'ts_data' ] = Timestamp ( t_data ) result [ 'ts_meta' ] = result [ 'ts_ctype' ] = result [ 'ts_data' ] if ( len ( parts ) > 2 ) : subparts = urllib . parse . unquote ( parts [ 2 ] ) . split ( ',' ) for item in [ subpart for subpart in subparts if ( ':' in subpart ) ] : ( k , v ) = item . split ( ':' ) if ( k == 'm' ) : result [ 'ts_meta' ] = Timestamp ( t_data , delta = int ( v , 16 ) ) elif ( k == 't' ) : result [ 'ts_ctype' ] = Timestamp ( t_data , delta = int ( v , 16 ) ) return result
parse a string of the form generated by :py:func:~swift .