def test_mnemosyne10(): deck = Deck() deck.addModel(BasicModel()) file = unicode(os.path.join(testDir, "importing/test.mem")) i = mnemosyne10.Mnemosyne10Importer(deck, file) i.doImport() assert i.total == 5 deck.close()
def test_dingsbums(): deck = Deck() deck.addModel(BasicModel()) startNumberOfFacts = deck.factCount() file = unicode(os.path.join(testDir, "importing/dingsbums.xml")) i = dingsbums.DingsBumsImporter(deck, file) i.doImport() assert 7 == i.total deck.close()
def test_csv(): deck = Deck() deck.addModel(BasicModel()) file = unicode(os.path.join(testDir, "importing/text-2fields.txt")) i = csvfile.TextImporter(deck, file) i.doImport() # four problems - missing front, dupe front, wrong num of fields assert len(i.log) == 4 assert i.total == 5 deck.close()
def test_csv_tags(): deck = Deck() deck.addModel(BasicModel()) file = unicode(os.path.join(testDir, "importing/text-tags.txt")) i = csvfile.TextImporter(deck, file) i.doImport() facts = deck.db.query(Fact).all() assert len(facts) == 2 assert facts[0].tags == "baz qux" or facts[1].tags == "baz qux" deck.close()
def test_supermemo_xml_01_unicode(): deck = Deck() deck.addModel(BasicModel()) file = unicode(os.path.join(testDir, "importing/supermemo1.xml")) i = supermemo_xml.SupermemoXmlImporter(deck, file) #i.META.logToStdOutput = True i.doImport() # only returning top-level elements? assert i.total == 1 deck.close()
def _checkDecks(self): self._decks = [] decks = self.mw.config.recentDecks() if not decks: return tx = time.time() self.mw.progress.start(max=len(decks)) for c, d in enumerate(decks): self.mw.progress.update( _("Checking deck %(x)d of %(y)d...") % { 'x': c + 1, 'y': len(decks) }) base = os.path.basename(d) if not os.path.exists(d): self._decks.append({ 'name': base, 'state': 'missing', 'path': d }) continue try: mod = os.stat(d)[stat.ST_MTIME] t = time.time() deck = Deck(d, queue=False, lock=False) counts = deck.sched.selCounts() dtime = deck.sched.timeToday() dreps = deck.sched.repsToday() self._decks.append({ 'path': d, 'state': 'ok', 'name': deck.name(), 'due': counts[1] + counts[2], 'new': counts[0], 'mod': deck.mod, # these multiply deck check time by a factor of 6 'time': dtime, 'reps': dreps }) deck.close(save=False) # reset modification time for the sake of backup systems try: os.utime(d, (mod, mod)) except: # some misbehaving filesystems may fail here pass except Exception, e: if "locked" in unicode(e): state = "in use" else: state = "corrupt" self._decks.append({'name': base, 'state': state, 'path': d})
def test_create(): global newPath, newMod path = "/tmp/test_attachNew.anki" try: os.unlink(path) except OSError: pass deck = Deck(path) # for open() newPath = deck.path deck.save() newMod = deck.mod deck.close() del deck
def _checkDecks(self): self._decks = [] decks = self.mw.config.recentDecks() if not decks: return tx = time.time() self.mw.progress.start(max=len(decks)) for c, d in enumerate(decks): self.mw.progress.update(_("Checking deck %(x)d of %(y)d...") % { 'x': c+1, 'y': len(decks)}) base = os.path.basename(d) if not os.path.exists(d): self._decks.append({'name': base, 'state': 'missing', 'path':d}) continue try: mod = os.stat(d)[stat.ST_MTIME] t = time.time() deck = Deck(d, queue=False, lock=False) counts = deck.sched.selCounts() dtime = deck.sched.timeToday() dreps = deck.sched.repsToday() self._decks.append({ 'path': d, 'state': 'ok', 'name': deck.name(), 'due': counts[1]+counts[2], 'new': counts[0], 'mod': deck.mod, # these multiply deck check time by a factor of 6 'time': dtime, 'reps': dreps }) deck.close(save=False) # reset modification time for the sake of backup systems try: os.utime(d, (mod, mod)) except: # some misbehaving filesystems may fail here pass except Exception, e: if "locked" in unicode(e): state = "in use" else: state = "corrupt" self._decks.append({'name': base, 'state':state, 'path':d})
def test_anki10(): # though these are not modified, sqlite updates the mtime, so copy to tmp # first file_ = unicode(os.path.join(testDir, "importing/test10.anki")) file = "/tmp/test10.anki" shutil.copy(file_, file) file2_ = unicode(os.path.join(testDir, "importing/test10-2.anki")) file2 = "/tmp/test10-2.anki" shutil.copy(file2_, file2) deck = Deck() i = anki10.Anki10Importer(deck, file) i.doImport() assert i.total == 2 deck.db.rollback() deck.close() # import a deck into itself - 10-2 is the same as test10, but with one # card answered and another deleted. nothing should be synced to client deck = Deck(file, backup=False) i = anki10.Anki10Importer(deck, file2) i.doImport() assert i.total == 0 deck.db.rollback()
def test_updating(): # get the standard csv deck first deck = Deck() deck.addModel(BasicModel()) file = unicode(os.path.join(testDir, "importing/text-2fields.txt")) i = csvfile.TextImporter(deck, file) i.doImport() # now update file = unicode(os.path.join(testDir, "importing/text-update.txt")) i = csvfile.TextImporter(deck, file) # first field i.updateKey = (0, deck.currentModel.fieldModels[0].id) i.multipleCardsAllowed = False i.doImport() ans = deck.db.scalar( u"select answer from cards where question like '%食べる%'") assert "to ate" in ans # try again with tags i.updateKey = (0, deck.currentModel.fieldModels[0].id) i.mapping[1] = 0 i.doImport() deck.close()
def test_open(): deck = Deck(newPath) assert deck.mod == newMod deck.close()