def do_predict_constants(result: QualityResult):
if result.problem_content is None or result.problem_content.original_html is None:
result.modulo_error = Skipped()
result.yes_str_error = Skipped()
result.no_str_error = Skipped()
result.constant_set = ProblemConstantSet()
return
try:
result.modulo = predict_modulo(result.problem_content.original_html)
except Exception as e:
result.modulo_error = e
result.yes_str, result.no_str = predict_yes_no(
result.problem_content.original_html)
judge_method = None
try:
judge_method = predict_judge_method(
result.problem_content.original_html)
if judge_method is not None:
result.judge_method = judge_method.to_dict()
except Exception as e:
result.judge_method_error = e
result.constant_set = ProblemConstantSet(mod=result.modulo,
yes_str=result.yes_str,
no_str=result.no_str,
judge_method=judge_method)
def test_tricky_yes_no_case_difficult_to_recognize(self):
# This test exists in order to demonstrate the current wrong behavior that doesn't detect some yes/no strings.
# Please remove @unittest.expectedFailure when predict_yes_no() behaves
# correctly.
yes_str, no_str = predict_yes_no(self._load("abc110-B.html"))
self.assertEqual("War", yes_str)
self.assertEqual("No War", no_str)
def test_tricky_yes_no_case_difficult_to_recognize(self):
# This test exists in order to demonstrate the current wrong behavior that doesn't detect some yes/no strings.
# Please remove @unittest.expectedFailure when predict_yes_no() behaves
# correctly.
yes_str, no_str = predict_yes_no(self._load("abc110-B.html"))
self.assertEqual("War", yes_str)
self.assertEqual("No War", no_str)
def do_predict_constants(result: QualityResult):
if result.problem_content is None:
result.modulo_error = Skipped()
result.yes_str_error = Skipped()
result.no_str_error = Skipped()
return
try:
result.modulo = predict_modulo(result.problem_content.original_html)
except Exception as e:
result.modulo_error = e
result.yes_str, result.no_str = predict_yes_no(
result.problem_content.original_html)
result.constant_set = ProblemConstantSet(mod=result.modulo,
yes_str=result.yes_str,
no_str=result.no_str)
def do_predict_constants(result: QualityResult):
if result.problem_content is None or result.problem_content.original_html is None:
result.modulo_error = Skipped()
result.yes_str_error = Skipped()
result.no_str_error = Skipped()
result.constant_set = ProblemConstantSet()
return
try:
result.modulo = predict_modulo(result.problem_content.original_html)
except Exception as e:
result.modulo_error = e
result.yes_str, result.no_str = predict_yes_no(
result.problem_content.original_html)
result.constant_set = ProblemConstantSet(
mod=result.modulo,
yes_str=result.yes_str,
no_str=result.no_str
)
def test_case_only_with_no_str(self):
yes_str, no_str = predict_yes_no(self._load("agc001-D.html"))
self.assertEqual(None, yes_str)
self.assertEqual("Impossible", no_str)
def test_yes_no_prediction_fails_when_failing_to_parse_html(self):
try:
predict_yes_no("broken html")
self.fail("Must not reach here")
except YesNoPredictionFailedError:
pass
def test_case_only_with_no_str(self):
yes_str, no_str = predict_yes_no(self._load("agc001-D.html"))
self.assertEqual(None, yes_str)
self.assertEqual("Impossible", no_str)
def test_yes_no_prediction_fails_when_failing_to_parse_html(self):
try:
predict_yes_no("broken html")
self.fail("Must not reach here")
except YesNoPredictionFailedError:
pass
