def find_cards(
self,
query: str,
order: Union[bool, str, BuiltinSort.Kind.V] = False,
reverse: bool = False,
) -> Sequence[int]:
"""Return card ids matching the provided search.
To programmatically construct a search string, see .build_search_string().
If order=True, use the sort order stored in the collection config
If order=False, do no ordering
If order is a string, that text is added after 'order by' in the sql statement.
You must add ' asc' or ' desc' to the order, as Anki will replace asc with
desc and vice versa when reverse is set in the collection config, eg
order="c.ivl asc, c.due desc".
If order is a BuiltinSort.Kind value, sort using that builtin sort, eg
col.find_cards("", order=BuiltinSort.Kind.CARD_DUE)
The reverse argument only applies when a BuiltinSort.Kind is provided;
otherwise the collection config defines whether reverse is set or not.
"""
if isinstance(order, str):
mode = _pb.SortOrder(custom=order)
elif isinstance(order, bool):
if order is True:
mode = _pb.SortOrder(from_config=_pb.Empty())
else:
mode = _pb.SortOrder(none=_pb.Empty())
else:
mode = _pb.SortOrder(
builtin=_pb.SortOrder.Builtin(kind=order, reverse=reverse))
return self._backend.search_cards(search=query, order=mode)
def drag_drop_decks(self, *, source_deck_ids: Sequence[int],
target_deck_id: int) -> pb.Empty:
input = pb.DragDropDecksIn(source_deck_ids=source_deck_ids,
target_deck_id=target_deck_id)
output = pb.Empty()
output.ParseFromString(self._run_command(57, input))
return output
def drag_drop_tags(self, *, source_tags: Sequence[str],
target_tag: str) -> pb.Empty:
input = pb.DragDropTagsIn(source_tags=source_tags,
target_tag=target_tag)
output = pb.Empty()
output.ParseFromString(self._run_command(109, input))
return output
def bury_or_suspend_cards(
self, *, card_ids: Sequence[int],
mode: pb.BuryOrSuspendCardsIn.Mode.V) -> pb.Empty:
input = pb.BuryOrSuspendCardsIn(card_ids=card_ids, mode=mode)
output = pb.Empty()
output.ParseFromString(self._run_command(24, input))
return output
def find_cards(
self,
query: str,
order: Union[bool, str, BuiltinSort.Kind.V] = False,
reverse: bool = False,
) -> Sequence[int]:
if isinstance(order, str):
mode = _pb.SortOrder(custom=order)
elif isinstance(order, bool):
if order is True:
mode = _pb.SortOrder(from_config=_pb.Empty())
else:
mode = _pb.SortOrder(none=_pb.Empty())
else:
mode = _pb.SortOrder(
builtin=_pb.SortOrder.Builtin(kind=order, reverse=reverse))
return self._backend.search_cards(search=query, order=mode)
def extend_limits(self, *, deck_id: int, new_delta: int,
review_delta: int) -> pb.Empty:
input = pb.ExtendLimitsIn(deck_id=deck_id,
new_delta=new_delta,
review_delta=review_delta)
output = pb.Empty()
output.ParseFromString(self._run_command(19, input))
return output
def open_collection(self, *, collection_path: str, media_folder_path: str,
media_db_path: str, log_path: str) -> pb.Empty:
input = pb.OpenCollectionIn(collection_path=collection_path,
media_folder_path=media_folder_path,
media_db_path=media_db_path,
log_path=log_path)
output = pb.Empty()
output.ParseFromString(self._run_command(87, input))
return output
def after_note_updates(self, *, nids: Sequence[int],
mark_notes_modified: bool,
generate_cards: bool) -> pb.Empty:
input = pb.AfterNoteUpdatesIn(nids=nids,
mark_notes_modified=mark_notes_modified,
generate_cards=generate_cards)
output = pb.Empty()
output.ParseFromString(self._run_command(76, input))
return output
def update_stats(self, *, deck_id: int, new_delta: int, review_delta: int,
millisecond_delta: int) -> pb.Empty:
input = pb.UpdateStatsIn(deck_id=deck_id,
new_delta=new_delta,
review_delta=review_delta,
millisecond_delta=millisecond_delta)
output = pb.Empty()
output.ParseFromString(self._run_command(18, input))
return output
def sort_cards(self, *, card_ids: Sequence[int], starting_from: int,
step_size: int, randomize: bool,
shift_existing: bool) -> pb.Empty:
input = pb.SortCardsIn(card_ids=card_ids,
starting_from=starting_from,
step_size=step_size,
randomize=randomize,
shift_existing=shift_existing)
output = pb.Empty()
output.ParseFromString(self._run_command(29, input))
return output
def answer_card(self, *, card_id: int, current_state: pb.SchedulingState,
new_state: pb.SchedulingState,
rating: pb.AnswerCardIn.Rating.V, answered_at_millis: int,
milliseconds_taken: int) -> pb.Empty:
input = pb.AnswerCardIn(card_id=card_id,
current_state=current_state,
new_state=new_state,
rating=rating,
answered_at_millis=answered_at_millis,
milliseconds_taken=milliseconds_taken)
output = pb.Empty()
output.ParseFromString(self._run_command(34, input))
return output
def get_all_config(self) -> bytes:
input = pb.Empty()
output = pb.Json()
output.ParseFromString(self._run_command(113, input))
return output.json
def remove_config(self, val: str) -> pb.Empty:
input = pb.String(val=val)
output = pb.Empty()
output.ParseFromString(self._run_command(112, input))
return output
def set_config_json(self, *, key: str, value_json: bytes) -> pb.Empty:
input = pb.SetConfigJsonIn(key=key, value_json=value_json)
output = pb.Empty()
output.ParseFromString(self._run_command(111, input))
return output
def sync_media(self, input: pb.SyncAuth) -> pb.Empty:
output = pb.Empty()
output.ParseFromString(self._run_command(90, input))
return output
def all_tags(self) -> Sequence[str]:
input = pb.Empty()
output = pb.StringList()
output.ParseFromString(self._run_command(105, input))
return output.vals
def get_preferences(self) -> pb.Preferences:
input = pb.Empty()
output = pb.Preferences()
output.ParseFromString(self._run_command(118, input))
return output
def i18n_resources(self) -> bytes:
input = pb.Empty()
output = pb.Json()
output.ParseFromString(self._run_command(102, input))
return output.json
def close_collection(self, downgrade_to_schema11: bool) -> pb.Empty:
input = pb.CloseCollectionIn(
downgrade_to_schema11=downgrade_to_schema11)
output = pb.Empty()
output.ParseFromString(self._run_command(88, input))
return output
def full_download(self, input: pb.SyncAuth) -> pb.Empty:
output = pb.Empty()
output.ParseFromString(self._run_command(98, input))
return output
def before_upload(self) -> pb.Empty:
input = pb.Empty()
output = pb.Empty()
output.ParseFromString(self._run_command(93, input))
return output
def abort_media_sync(self) -> pb.Empty:
input = pb.Empty()
output = pb.Empty()
output.ParseFromString(self._run_command(92, input))
return output
def set_config_bool(self, *, key: pb.Config.Bool.Key.V,
value: bool) -> pb.Empty:
input = pb.SetConfigBoolIn(key=key, value=value)
output = pb.Empty()
output.ParseFromString(self._run_command(115, input))
return output
def set_tag_expanded(self, *, name: str, expanded: bool) -> pb.Empty:
input = pb.SetTagExpandedIn(name=name, expanded=expanded)
output = pb.Empty()
output.ParseFromString(self._run_command(106, input))
return output
def set_config_string(self, *, key: pb.Config.String.Key.V,
value: str) -> pb.Empty:
input = pb.SetConfigStringIn(key=key, value=value)
output = pb.Empty()
output.ParseFromString(self._run_command(117, input))
return output
def clear_tag(self, val: str) -> pb.Empty:
input = pb.String(val=val)
output = pb.Empty()
output.ParseFromString(self._run_command(107, input))
return output
def set_preferences(self, input: pb.Preferences) -> pb.Empty:
output = pb.Empty()
output.ParseFromString(self._run_command(119, input))
return output
def tag_tree(self) -> pb.TagTreeNode:
input = pb.Empty()
output = pb.TagTreeNode()
output.ParseFromString(self._run_command(108, input))
return output
def clear_unused_tags(self) -> pb.Empty:
input = pb.Empty()
output = pb.Empty()
output.ParseFromString(self._run_command(104, input))
return output
def check_database(self) -> Sequence[str]:
input = pb.Empty()
output = pb.CheckDatabaseOut()
output.ParseFromString(self._run_command(89, input))
return output.problems
