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 predict_constants(html: str) -> ProblemConstantSet:
try:
yes_str, no_str = predict_yes_no(html)
except YesNoPredictionFailedError:
yes_str = no_str = None
try:
mod = predict_modulo(html)
except MultipleModCandidatesError as e:
logger.warning(
"Modulo prediction failed -- "
"two or more candidates {} are detected as modulo values".format(
e.cands))
mod = None
try:
judge = predict_judge_method(html)
except MultipleModCandidatesError as e:
logger.warning(
"decimal prediction failed -- "
"two or more candidates {} are detected as decimal values".format(
e.cands))
judge = NormalJudge()
return ProblemConstantSet(mod=mod,
yes_str=yes_str,
no_str=no_str,
judge_method=judge)
def _compile_and_run(self, lang, format, template_file,
expected_generated_code_file, input_file):
code_file = os.path.join(self.temp_dir, lang.source_code_name("main"))
exec_file, exec_args = self._exec_file_and_args(lang)
compile_cmd = self._compile_command(lang, code_file)
args = CodeGenArgs(template=load_text_file(template_file),
format_=format,
constants=ProblemConstantSet(123, "yes", "NO"),
config=CodeStyleConfig(lang=lang.name))
code = lang.default_code_generator(args)
# to remove version strings from test resources
code = re.sub(r'Generated by \d+.\d+.\d+', 'Generated by x.y.z', code)
self.compare_two_texts_ignoring_trailing_spaces(
load_text_file(expected_generated_code_file), code)
create_code(code, code_file)
try:
print("Executing:", compile_cmd)
print(run_command(compile_cmd, self.temp_dir))
print("Run program:", [exec_file] + exec_args)
exec_result = run_program(exec_file, input_file, 2, exec_args,
self.temp_dir)
finally:
self._clean_up(lang)
print("== stdout ==")
print(exec_result.output)
print("== stderr ==")
print(exec_result.stderr)
self.assertEqual(exec_result.status.NORMAL, exec_result.status)
return exec_result
def _compile_and_run(self, lang, format, template_file,
expected_generated_code_file, input_file):
code_file = os.path.join(self.temp_dir, lang.source_code_name("main"))
exec_file, exec_args = self._exec_file_and_args(lang)
compile_cmd = self._compile_command(lang, code_file)
args = CodeGenArgs(template=load_text_file(template_file),
format_=format,
constants=ProblemConstantSet(123, "yes", "NO"),
config=CodeStyleConfig())
code = lang.default_code_generator(args)
self.compare_two_texts_ignoring_trailing_spaces(
load_text_file(expected_generated_code_file), code)
create_code(code, code_file)
print(run_command(compile_cmd, self.temp_dir))
exec_result = run_program(exec_file, input_file, 2, exec_args,
self.temp_dir)
print("== stdout ==")
print(exec_result.output)
print("== stderr ==")
print(exec_result.stderr)
self.assertEqual(exec_result.status.NORMAL, exec_result.status)
return exec_result
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 verify(self,
response: Response,
py_test_name: str,
lang: Language,
template_type: str = "old",
constants: ProblemConstantSet = ProblemConstantSet()):
self.assertEqual(load_intermediate_format(py_test_name),
str(response.simple_format))
self.assertEqual(load_intermediate_types(py_test_name),
str(response.types))
self.assertEqual(
load_generated_code(py_test_name, lang),
self.lang_to_code_generator_func[lang](CodeGenArgs(
self.get_template(lang, template_type),
response.original_result.format, constants,
CodeStyleConfig(lang=lang.name))))
def test_yes_no_case(self):
response = self.runner.run('agc021-C')
for l in ALL_LANGUAGES:
self.verify(response,
sys._getframe().f_code.co_name, l, "jinja",
ProblemConstantSet(yes_str="YES", no_str="NO"))
def test_mod_case(self):
response = self.runner.run('agc019-E')
for l in ALL_LANGUAGES:
self.verify(response,
sys._getframe().f_code.co_name, l, "jinja",
ProblemConstantSet(mod=998244353))