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b9251290ca
This adds Python 3.9 and 3.10 typing syntax to files that import attributions from __future___. Python 3.9 should be able to cope with the 3.10 syntax, but Python 3.8 will no longer work. On Windows/Mac, install the latest Python 3.9 version from python.org. There are currently no orjson wheels for Python 3.10 on Windows/Mac, which will break the build unless you have Rust installed separately. On Linux, modern distros should have Python 3.9 available already. If you're on an older distro, you'll need to build Python from source first.
340 lines
12 KiB
Python
340 lines
12 KiB
Python
# Copyright: Ankitects Pty Ltd and contributors
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# License: GNU AGPL, version 3 or later; http://www.gnu.org/licenses/agpl.html
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# pylint: disable=invalid-name
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from __future__ import annotations
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import html
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import unicodedata
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from typing import Optional, Union
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from anki.collection import Collection
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from anki.config import Config
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from anki.consts import NEW_CARDS_RANDOM, STARTING_FACTOR
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from anki.importing.base import Importer
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from anki.models import NotetypeId
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from anki.notes import NoteId
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from anki.utils import (
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fieldChecksum,
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guid64,
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intTime,
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joinFields,
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splitFields,
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timestampID,
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)
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TagMappedUpdate = tuple[int, int, str, str, NoteId, str, str]
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TagModifiedUpdate = tuple[int, int, str, str, NoteId, str]
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NoTagUpdate = tuple[int, int, str, NoteId, str]
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Updates = Union[TagMappedUpdate, TagModifiedUpdate, NoTagUpdate]
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# Stores a list of fields, tags and deck
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######################################################################
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class ForeignNote:
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"An temporary object storing fields and attributes."
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def __init__(self) -> None:
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self.fields: list[str] = []
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self.tags: list[str] = []
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self.deck = None
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self.cards: dict[int, ForeignCard] = {} # map of ord -> card
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self.fieldsStr = ""
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class ForeignCard:
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def __init__(self) -> None:
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self.due = 0
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self.ivl = 1
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self.factor = STARTING_FACTOR
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self.reps = 0
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self.lapses = 0
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# Base class for CSV and similar text-based imports
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######################################################################
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# The mapping is list of input fields, like:
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# ['Expression', 'Reading', '_tags', None]
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# - None means that the input should be discarded
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# - _tags maps to note tags
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# If the first field of the model is not in the map, the map is invalid.
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# The import mode is one of:
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# UPDATE_MODE: update if first field matches existing note
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# IGNORE_MODE: ignore if first field matches existing note
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# ADD_MODE: import even if first field matches existing note
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UPDATE_MODE = 0
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IGNORE_MODE = 1
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ADD_MODE = 2
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class NoteImporter(Importer):
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needMapper = True
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needDelimiter = False
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allowHTML = False
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importMode = UPDATE_MODE
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mapping: Optional[list[str]]
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tagModified: Optional[str]
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def __init__(self, col: Collection, file: str) -> None:
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Importer.__init__(self, col, file)
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self.model = col.models.current()
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self.mapping = None
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self.tagModified = None
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self._tagsMapped = False
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def run(self) -> None:
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"Import."
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assert self.mapping
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c = self.foreignNotes()
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self.importNotes(c)
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def fields(self) -> int:
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"The number of fields."
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return 0
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def initMapping(self) -> None:
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flds = [f["name"] for f in self.model["flds"]]
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# truncate to provided count
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flds = flds[0 : self.fields()]
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# if there's room left, add tags
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if self.fields() > len(flds):
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flds.append("_tags")
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# and if there's still room left, pad
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flds = flds + [None] * (self.fields() - len(flds))
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self.mapping = flds
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def mappingOk(self) -> bool:
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return self.model["flds"][0]["name"] in self.mapping
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def foreignNotes(self) -> list:
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"Return a list of foreign notes for importing."
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return []
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def importNotes(self, notes: list[ForeignNote]) -> None:
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"Convert each card into a note, apply attributes and add to col."
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assert self.mappingOk()
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# note whether tags are mapped
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self._tagsMapped = False
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for f in self.mapping:
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if f == "_tags":
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self._tagsMapped = True
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# gather checks for duplicate comparison
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csums: dict[str, list[NoteId]] = {}
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for csum, id in self.col.db.execute(
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"select csum, id from notes where mid = ?", self.model["id"]
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):
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if csum in csums:
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csums[csum].append(id)
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else:
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csums[csum] = [id]
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firsts: dict[str, bool] = {}
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fld0idx = self.mapping.index(self.model["flds"][0]["name"])
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self._fmap = self.col.models.field_map(self.model)
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self._nextID = NoteId(timestampID(self.col.db, "notes"))
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# loop through the notes
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updates: list[Updates] = []
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updateLog = []
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new = []
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self._ids: list[NoteId] = []
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self._cards: list[tuple] = []
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dupeCount = 0
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dupes: list[str] = []
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for n in notes:
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for c, field in enumerate(n.fields):
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if not self.allowHTML:
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n.fields[c] = html.escape(field, quote=False)
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n.fields[c] = field.strip()
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if not self.allowHTML:
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n.fields[c] = field.replace("\n", "<br>")
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fld0 = unicodedata.normalize("NFC", n.fields[fld0idx])
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# first field must exist
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if not fld0:
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self.log.append(
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self.col.tr.importing_empty_first_field(val=" ".join(n.fields))
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)
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continue
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csum = fieldChecksum(fld0)
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# earlier in import?
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if fld0 in firsts and self.importMode != ADD_MODE:
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# duplicates in source file; log and ignore
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self.log.append(self.col.tr.importing_appeared_twice_in_file(val=fld0))
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continue
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firsts[fld0] = True
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# already exists?
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found = False
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if csum in csums:
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# csum is not a guarantee; have to check
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for id in csums[csum]:
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flds = self.col.db.scalar("select flds from notes where id = ?", id)
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sflds = splitFields(flds)
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if fld0 == sflds[0]:
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# duplicate
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found = True
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if self.importMode == UPDATE_MODE:
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data = self.updateData(n, id, sflds)
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if data:
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updates.append(data)
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updateLog.append(
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self.col.tr.importing_first_field_matched(val=fld0)
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)
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dupeCount += 1
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found = True
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elif self.importMode == IGNORE_MODE:
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dupeCount += 1
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elif self.importMode == ADD_MODE:
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# allow duplicates in this case
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if fld0 not in dupes:
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# only show message once, no matter how many
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# duplicates are in the collection already
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updateLog.append(
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self.col.tr.importing_added_duplicate_with_first_field(
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val=fld0,
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)
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)
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dupes.append(fld0)
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found = False
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# newly add
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if not found:
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new_data = self.newData(n)
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if new_data:
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new.append(new_data)
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# note that we've seen this note once already
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firsts[fld0] = True
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self.addNew(new)
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self.addUpdates(updates)
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# generate cards + update field cache
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self.col.after_note_updates(self._ids, mark_modified=False)
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# apply scheduling updates
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self.updateCards()
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# we randomize or order here, to ensure that siblings
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# have the same due#
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did = self.col.decks.selected()
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conf = self.col.decks.config_dict_for_deck_id(did)
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# in order due?
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if not conf["dyn"] and conf["new"]["order"] == NEW_CARDS_RANDOM:
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self.col.sched.randomizeCards(did)
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part1 = self.col.tr.importing_note_added(count=len(new))
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part2 = self.col.tr.importing_note_updated(count=self.updateCount)
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if self.importMode == UPDATE_MODE:
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unchanged = dupeCount - self.updateCount
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elif self.importMode == IGNORE_MODE:
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unchanged = dupeCount
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else:
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unchanged = 0
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part3 = self.col.tr.importing_note_unchanged(count=unchanged)
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self.log.append(f"{part1}, {part2}, {part3}.")
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self.log.extend(updateLog)
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self.total = len(self._ids)
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def newData(
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self, n: ForeignNote
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) -> tuple[NoteId, str, NotetypeId, int, int, str, str, str, int, int, str]:
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id = self._nextID
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self._nextID = NoteId(self._nextID + 1)
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self._ids.append(id)
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self.processFields(n)
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# note id for card updates later
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for ord, c in list(n.cards.items()):
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self._cards.append((id, ord, c))
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return (
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id,
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guid64(),
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self.model["id"],
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intTime(),
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self.col.usn(),
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self.col.tags.join(n.tags),
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n.fieldsStr,
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"",
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0,
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0,
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"",
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)
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def addNew(
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self,
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rows: list[
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tuple[NoteId, str, NotetypeId, int, int, str, str, str, int, int, str]
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],
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) -> None:
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self.col.db.executemany(
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"insert or replace into notes values (?,?,?,?,?,?,?,?,?,?,?)", rows
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)
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def updateData(
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self, n: ForeignNote, id: NoteId, sflds: list[str]
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) -> Optional[Updates]:
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self._ids.append(id)
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self.processFields(n, sflds)
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if self._tagsMapped:
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tags = self.col.tags.join(n.tags)
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return (intTime(), self.col.usn(), n.fieldsStr, tags, id, n.fieldsStr, tags)
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elif self.tagModified:
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tags = self.col.db.scalar("select tags from notes where id = ?", id)
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tagList = self.col.tags.split(tags) + self.tagModified.split()
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tags = self.col.tags.join(tagList)
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return (intTime(), self.col.usn(), n.fieldsStr, tags, id, n.fieldsStr)
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else:
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return (intTime(), self.col.usn(), n.fieldsStr, id, n.fieldsStr)
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def addUpdates(self, rows: list[Updates]) -> None:
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changes = self.col.db.scalar("select total_changes()")
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if self._tagsMapped:
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self.col.db.executemany(
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"""
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update notes set mod = ?, usn = ?, flds = ?, tags = ?
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where id = ? and (flds != ? or tags != ?)""",
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rows,
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)
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elif self.tagModified:
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self.col.db.executemany(
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"""
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update notes set mod = ?, usn = ?, flds = ?, tags = ?
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where id = ? and flds != ?""",
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rows,
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)
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else:
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self.col.db.executemany(
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"""
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update notes set mod = ?, usn = ?, flds = ?
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where id = ? and flds != ?""",
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rows,
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)
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changes2 = self.col.db.scalar("select total_changes()")
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self.updateCount = changes2 - changes
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def processFields(
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self, note: ForeignNote, fields: Optional[list[str]] = None
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) -> None:
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if not fields:
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fields = [""] * len(self.model["flds"])
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for c, f in enumerate(self.mapping):
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if not f:
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continue
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elif f == "_tags":
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note.tags.extend(self.col.tags.split(note.fields[c]))
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else:
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sidx = self._fmap[f][0]
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fields[sidx] = note.fields[c]
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note.fieldsStr = joinFields(fields)
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# temporary fix for the following issue until we can update the code:
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# https://forums.ankiweb.net/t/python-checksum-rust-checksum/8195/16
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if self.col.get_config_bool(Config.Bool.NORMALIZE_NOTE_TEXT):
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note.fieldsStr = unicodedata.normalize("NFC", note.fieldsStr)
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def updateCards(self) -> None:
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data = []
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for nid, ord, c in self._cards:
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data.append((c.ivl, c.due, c.factor, c.reps, c.lapses, nid, ord))
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# we assume any updated cards are reviews
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self.col.db.executemany(
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"""
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update cards set type = 2, queue = 2, ivl = ?, due = ?,
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factor = ?, reps = ?, lapses = ? where nid = ? and ord = ?""",
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data,
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)
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