def _compile(self):
return self._compile_raw(
self.request,
_configure_cmd(
self.request.lang.compile,
'main.%s' % self.request.lang.extension
),
self.executor,
self.result_dir
)
def _compile(self):
return self._compile_raw(
self.request,
_configure_cmd(
self.request.problem.reference.lang_ref.compile,
self.request.problem.reference.name
),
self.executor,
self.problem_dir
)
def _run(self):
self._solve_raw(self.request,
_configure_cmd(
self.request.problem.reference.lang_ref.run
or ['main'], self.request.problem.reference.name),
self.executor,
self.problem_dir.joinpath('input'),
self.problem_dir.joinpath('output'),
self.problem_dir.joinpath('.error'),
self.problem_dir.joinpath('output'),
teacher=True)
def _run(self):
self._solve_raw(
self.request,
_configure_cmd(
self.request.lang.run,
'main.%s' % self.request.lang.extension
),
self.executor,
self.problem_dir.joinpath('input'),
self.result_dir.joinpath('output'),
self.result_dir.joinpath('.error'),
self.problem_dir.joinpath('output'),
)
def _run(self):
cmd_base = _configure_cmd(
self.request.problem.reference.lang_ref.run or ['main'],
self.request.problem.reference.name
)
logger.opt(ansi=True).info('<red>{}</red> - {}', 'RUNNING', cmd_base)
for id, case, subcase in self.request:
if not case.size:
logger.opt(ansi=True).warning(
'{course.name}<b,e,>:</b,e,>{problem.id}<b,e,>:</b,e,>{case.id} - '
'Cannot generate input file, property '
'"<b,e,>size</b,e,>" not specified',
case=case, problem=self.request.problem, course=self.request.course
)
self.request[id].status = ExecutorStatus.IGNORE
self.request[id].message = 'Test skipped'
self.request[id].console = 'Cannot generate input file, property "size" not specified'
self.request.event_execute_test.close_event.trigger(
self.request, self.request[id]
)
continue
inn = None
out = self.problem_dir.joinpath('input', subcase.id)
err = self.problem_dir.joinpath('.error', subcase.id)
cmd = cmd_base + subcase.generate_input_args()
logger.opt(ansi=True).info(
'{course.name}<b,g,>:</b,g,>{problem.id}<b,g,>:</b,g,>{case.id} - {}',
cmd, case=subcase, problem=self.request.problem, course=self.request.course
)
self.request[id].status = ExecutorStatus.RUNNING
self.request.event_execute_test.open_event.trigger(
self.request, self.request[id]
)
with self.executor.set_streams(stdin=inn, stdout=out, stderr=err) as ex:
result = ex.run(cmd).register(id)
self.request[id] = result
self.request[id] = add_cmd_to_result(id, self.request[id])
self.request.event_execute_test.close_event.trigger(
self.request, self.request[id]
)
def _compile_cmd(self):
if self.request.type is ProcessRequestType.SOLVE:
pipeline = self.request.lang.compile
name = 'main.%s' % self.request.lang.extension
elif self.request.type in (ProcessRequestType.GENERATE_INPUT,
ProcessRequestType.GENERATE_OUTPUT):
if self.request.problem.reference:
pipeline = self.request.problem.reference.lang_ref.compile
name = self.request.problem.reference.name
else:
pipeline, name = None, None
else:
logger.error('Invalid action type')
raise FatalException('Invalid action type {}', self.request.type)
if not pipeline:
return None
return _configure_cmd(pipeline, name)
