def check(self):
goals = get_text_from_slides(self.presentation, self.goals)
conclusions = get_text_from_slides(self.presentation, self.conclusion)
if goals == "" or conclusions == "":
return answer(False, 'Задач или заключения не существует')
results = check_similarity(goals, conclusions)
return answer(results[0] >= self.actual_number, *tasks_conclusions_feedback(results))
def check(self):
for i, text in enumerate(self.presentation.get_text_from_slides(), 1):
if self.key_slide.lower() in str(text).lower():
found = self.format_page_link([i])
return answer(
True,
'Найден под номером: {}'.format(', '.join(map(str,
found))))
return answer(False, 'Слайд не найден')
def check(self):
concl_sld = FindDefSld(self.presentation, 'Заключение', self.pdf_id).check()
goals = get_text_from_slides(self.presentation, self.goals)
conclusions = get_text_from_slides(self.presentation, self.conclusion)
if goals == "" or conclusions == "":
return answer(False, 'Задач или заключения не существует')
results = check_similarity(goals, conclusions)
return answer(results[1].get('found_dev'),
format_header(results[1].get('dev_sentence')), *concl_sld['verdict'])
def check(self):
error = []
if self.presentation.slides[0].page_number[0] != -1:
error.append(1)
for i in range(1, len(self.presentation.slides)):
if self.presentation.slides[i].page_number[0] != i + 1:
error.append(i+1)
if not error:
return answer(True, "Пройдена!")
else:
error = self.format_page_link(error)
return answer(False, format_header('Не пройдена, проблемные слайды: {}'.format(', '.join(map(str, error)))), \
'Убедитесь в корректности формата номеров слайдов')
def check(self):
found_slides, found_idxs = [], []
for i, title in enumerate(self.presentation.get_titles(), 1):
if str(title).lower().find(str(self.type_of_slide).lower()) != -1:
found_slides.append(
self.presentation.get_text_from_slides()[i - 1])
found_idxs.append(i)
if len(found_slides) == 0:
return answer(False, 'Слайд не найден')
else:
found_idxs = self.format_page_link(found_idxs)
return answer(
True,
'Найден под номером: {}'.format(', '.join(map(str,
found_idxs))))
def check(self):
self.get_failing_headers()
error_slides = list(
itertools.chain(self.empty_headers, self.len_exceeded))
if not error_slides:
return answer(not bool(error_slides), "Пройдена!")
elif len(self.empty_headers) == 0 and len(self.len_exceeded) != 0:
return answer(False, *self.exceeded_verdict())
elif len(self.empty_headers) != 0 and len(self.len_exceeded) == 0:
return answer(False, *self.empty_verdict())
else:
return answer(
False,
*list(
itertools.chain(self.empty_verdict(),
self.exceeded_verdict())))
def get_sldnum_range(self, find_additional, suspected_additional=None):
if self.slides_number[0] <= find_additional <= self.slides_number[1]:
return answer(True, self.RANGE_VERDICTS.get('in_range'))
elif find_additional <= self.slides_number[0]:
return self.sldnum_verdict(find_additional,
self.RANGE_VERDICTS.get('lt_min'))
else:
if suspected_additional and self.detect_additional:
return self.sldnum_verdict(
find_additional,
self.RANGE_VERDICTS.get('gt_max_suspected'))
else:
return self.sldnum_verdict(find_additional,
self.RANGE_VERDICTS.get('gt_max'))
def sldnum_verdict(self, find_additional, msg):
return answer(False, format_header('Всего: {}'.format(find_additional)), \
'{}. Допустимые границы: {}'.format(msg, self.slides_number))
