text: from typing import Mapping, Sequence, List, Union, Callable, cast
  
  from clutch.method.convert.response.shared import (
      convert_response_arguments,
      convert_key,
  )
  from clutch.method.typing.torrent.accessor import (
      TorrentAccessorResponse,
      TorrentAccessorResponseObject,
  )
  from clutch.method.typing.torrent.add import TorrentAddResponse
  from clutch.method.typing.torrent.mutator import TorrentMutatorArguments
  from clutch.network.rpc.typing import FlatTrackerReplaceArg, TrackerReplace
  
  
  def convert_accessor_response(
      arguments: TorrentAccessorResponse,
  ) -> TorrentAccessorResponse:
      torrents_value = arguments["torrents"]
      if isinstance(torrents_value, list) and len(torrents_value) >= 1:
  
          def convert_array(array):
              return [convert_response_arguments(obj) for obj in array]
  
          processors: Mapping[str, Callable] = {
              "trackers": convert_array,
              "trackers_stats": convert_array,
              "files": convert_array,
              "file_stats": convert_array,
              "peers": convert_array,
              "peers_from": convert_response_arguments,
          }
          # this will be effectively dead code until version 3.0 is released - it's been in the process *for years*
          if isinstance(torrents_value[0], list):
              arguments["torrents"] = process_torrent_lists(torrents_value, processors)
          elif isinstance(torrents_value[0], dict):
              arguments["torrents"] = process_torrent_objects(torrents_value, processors)
          return arguments
      return arguments
  
  
  def process_torrent_lists(
      torrents_value: List[List], processors: Mapping[str, Callable]
  ) -> TorrentAccessorResponse:
      names: Sequence[str] = torrents_value[0]
      converted_names: List[str] = []
      for name_index, name in enumerate(names):
          converted_names.append(convert_key(name))
      torrents_value[0] = converted_names
  
      for line_index, line in enumerate(torrents_value[1:], 1):
          if len(line) != len(processors):
              continue
          else:
              for member_index, (member, processor_name) in enumerate(zip(line, names)):
                  try:
                      torrents_value[line_index][member_index] = processors[
                          processor_name
                      ](member)
                  except KeyError:
                      pass
      return cast(TorrentAccessorResponse, torrents_value)
  
  
  def process_torrent_objects(
      torrents_value: Sequence[Mapping[str, object]], processors: Mapping[str, Callable]
  ) -> TorrentAccessorResponse:
      result: List[Mapping[str, object]] = []
      print(f"torrentvalues: {torrents_value}")
      for torrent in torrents_value:
          new_torrent = {}
          for (key, value) in torrent.items():
              converted_key = convert_key(key)
              try:
                  new_torrent[converted_key] = processors[converted_key](value)
              except KeyError:
                  new_torrent[converted_key] = value
              except AttributeError as e:
                  print(e)
          result.append(new_torrent)
      return cast(TorrentAccessorResponse, result)
  
  
  def convert_add_response(arguments: Mapping[str, object]) -> TorrentAddResponse:
      return convert_response_arguments(
          arguments,
          processors={
              "torrent_added": convert_response_arguments,
              "torrent_duplicated": convert_response_arguments,
          },
      )
  