def _verify_inputs(self, tests):
"""Check if correct solution exits with code 0 on all tests.
:raises: :class:`~oioioi.problems.package.ProblemPackageError`
otherwise.
"""
env = self._find_and_compile('inwer')
if env and not self.use_make:
jobs = {}
for test in tests:
job = env.copy()
job['job_type'] = 'inwer'
job['task_priority'] = TASK_PRIORITY
job['exe_file'] = env['compiled_file']
job['in_file'] = django_to_filetracker_path(test.input_file)
job['use_sandboxes'] = self.use_sandboxes
jobs[test.name] = job
jobs = run_sioworkers_jobs(jobs)
get_client().delete_file(env['compiled_file'])
for test_name, job in six.iteritems(jobs):
if job['result_code'] != 'OK':
raise ProblemPackageError(_("Inwer failed on test "
"%(test)s. Inwer output %(output)s") %
{
'test': test_name,
'output': '\n'.join(job['stdout'])}
)
logger.info("%s: inwer success", self.filename)
def _verify_inputs(self, tests):
"""Check if correct solution exits with code 0 on all tests.
:raises: :class:`~oioioi.problems.package.ProblemPackageError`
otherwise.
"""
env = self._find_and_compile('inwer')
if env and not self.use_make:
jobs = {}
for test in tests:
job = env.copy()
job['job_type'] = 'inwer'
job['task_priority'] = TASK_PRIORITY
job['exe_file'] = env['compiled_file']
job['in_file'] = django_to_filetracker_path(test.input_file)
job['use_sandboxes'] = self.use_sandboxes
jobs[test.name] = job
jobs = run_sioworkers_jobs(jobs)
get_client().delete_file(env['compiled_file'])
for test_name, job in jobs.iteritems():
if job['result_code'] != 'OK':
raise ProblemPackageError(
_("Inwer failed on test "
"%(test)s. Inwer output %(output)s") % {
'test': test_name,
'output': '\n'.join(job['stdout'])
})
logger.info("%s: inwer success", self.filename)
def _make_outs(self, outs_to_make):
"""Compiles the model solution and executes it in order to generate
test outputs.
:return: Result from workers.
"""
env = self._find_and_compile('', command='outgen')
if not env:
return {}
jobs = {}
for outname, test in outs_to_make:
job = env.copy()
job['job_type'] = 'exec' if self.use_sandboxes else 'unsafe-exec'
job['task_priority'] = TASK_PRIORITY
job['exe_file'] = env['compiled_file']
job['upload_out'] = True
job['in_file'] = django_to_filetracker_path(test.input_file)
job['out_file'] = outname
if test.memory_limit:
job['exec_mem_limit'] = test.memory_limit
jobs[test.name] = job
jobs = run_sioworkers_jobs(jobs)
get_client().delete_file(env['compiled_file'])
return jobs
def test_sioworkers_bindings(self):
env = run_sioworkers_job(dict(job_type='ping', ping='e1'))
self.assertEqual(env.get('pong'), 'e1')
envs = run_sioworkers_jobs(
dict(key1=dict(job_type='ping', ping='e1'),
key2=dict(job_type='ping', ping='e2')))
self.assertEqual(envs['key1'].get('pong'), 'e1')
self.assertEqual(envs['key2'].get('pong'), 'e2')
self.assertEqual(len(envs), 2)
def test_sioworkers_bindings(self):
env = run_sioworkers_job(dict(job_type='ping', ping='e1'))
self.assertEqual(env.get('pong'), 'e1')
envs = run_sioworkers_jobs(
dict(key1=dict(job_type='ping', ping='e1'),
key2=dict(job_type='ping', ping='e2')))
self.assertEqual(envs['key1'].get('pong'), 'e1')
self.assertEqual(envs['key2'].get('pong'), 'e2')
self.assertEqual(len(envs), 2)
def _make_outs(self, outs_to_make):
env = self._find_and_compile('', command='outgen')
if not env:
return {}
jobs = {}
for outname, test in outs_to_make:
job = env.copy()
job['job_type'] = 'exec' if self.use_sandboxes else 'unsafe-exec'
job['exe_file'] = env['compiled_file']
job['upload_out'] = True
job['in_file'] = django_to_filetracker_path(test.input_file)
job['out_file'] = outname
jobs[test.name] = job
jobs = run_sioworkers_jobs(jobs)
get_client().delete_file(env['compiled_file'])
return jobs
def _verify_ins(self, tests):
env = self._find_and_compile('inwer')
if env and not self.use_make:
jobs = {}
for test in tests:
job = env.copy()
job['job_type'] = 'inwer'
job['exe_file'] = env['compiled_file']
job['in_file'] = django_to_filetracker_path(test.input_file)
job['use_sandboxes'] = self.use_sandboxes
jobs[test.name] = job
jobs = run_sioworkers_jobs(jobs)
get_client().delete_file(env['compiled_file'])
for test_name, job in jobs.iteritems():
if job['result_code'] != 'OK':
raise ProblemPackageError(_("Inwer failed on test "
"%(test)s. Inwer output %(output)s") %
{'test': test_name, 'output': '\n'.join(job['stdout'])}
)
logger.info("%s: inwer success", self.filename)
def _make_outs(self, outs_to_make):
"""Run jobs to generate test outputs.
:return: Result from workers.
"""
env = self._find_and_compile('', command='outgen')
if not env:
return {}
jobs = {}
for outname, test in outs_to_make:
job = env.copy()
job['job_type'] = 'exec' if self.use_sandboxes else 'unsafe-exec'
job['task_priority'] = TASK_PRIORITY
job['exe_file'] = env['compiled_file']
job['upload_out'] = True
job['in_file'] = django_to_filetracker_path(test.input_file)
job['out_file'] = outname
if test.memory_limit:
job['exec_mem_limit'] = test.memory_limit
jobs[test.name] = job
jobs = run_sioworkers_jobs(jobs)
get_client().delete_file(env['compiled_file'])
return jobs
def run_tests(env, kind=None, **kwargs):
"""Runs tests and saves their results into the environment
If ``kind`` is specified, only tests with the given kind will be run.
Used ``environ`` keys:
* ``tests``: this should be a dictionary, mapping test name into
the environment to pass to the ``exec`` job
* ``unsafe_exec``: set to ``True`` if we want to use only
``ulimit()`` to limit the executable file resources, ``False``
otherwise (see the documentation for ``unsafe-exec`` job for
more information),
* ``compiled_file``: the compiled file which will be tested,
* ``check_outputs``: set to ``True`` if the output should be verified
* ``checker``: if present, it should be the filetracker path
of the binary used as the output checker,
* ``save_outputs``: set to ``True`` if and only if each of
test results should have its output file attached.
* ``sioworkers_extra_args``: dict mappting kinds to additional
arguments passed to :fun:`oioioi.sioworkers.jobs.run_sioworkers_jobs`
(kwargs).
Produced ``environ`` keys:
* ``test_results``: a dictionary, mapping test names into
dictionaries with the following keys:
``result_code``
test status: OK, WA, RE, ...
``result_string``
detailed supervisor information (for example, where the
required and returned outputs differ)
``time_used``
total time used, in miliseconds
``mem_used``
memory usage, in KiB
``num_syscalls``
number of syscalls performed
``out_file``
filetracker path to the output file (only if
``env['save_outputs']`` was set)
If the dictionary already exists, new test results are appended.
"""
jobs = dict()
for test_name, test_env in env['tests'].iteritems():
if kind and test_env['kind'] != kind:
continue
job = test_env.copy()
job['job_type'] = (env.get('exec_mode', '') + '-exec').lstrip('-')
job['exe_file'] = env['compiled_file']
job['check_output'] = env.get('check_outputs', True)
if env.get('checker'):
job['chk_file'] = env['checker']
if env.get('save_outputs'):
job.setdefault('out_file', _make_filename(env, test_name + '.out'))
job['upload_out'] = True
jobs[test_name] = job
extra_args = env.get('sioworkers_extra_args', {}).get(kind, {})
jobs = run_sioworkers_jobs(jobs, **extra_args)
env.setdefault('test_results', {})
for test_name, result in jobs.iteritems():
env['test_results'].setdefault(test_name, {}).update(result)
return env
def run_tests(env, kind=None, **kwargs):
"""Runs tests and saves their results into the environment
If ``kind`` is specified, only tests with the given kind will be run.
Used ``environ`` keys:
* ``tests``: this should be a dictionary, mapping test name into
the environment to pass to the ``exec`` job
* ``unsafe_exec``: set to ``True`` if we want to use only
``ulimit()`` to limit the executable file resources, ``False``
otherwise (see the documentation for ``unsafe-exec`` job for
more information),
* ``compiled_file``: the compiled file which will be tested,
* ``checker``: if present, it should be the filetracker path]
of the binary used as the output checker,
* ``save_outputs``: set to ``True`` if and only if each of
test results should have its output file attached.
Produced ``environ`` keys:
* ``test_results``: a dictionary, mapping test names into
dictionaries with the following keys:
``result_code``
test status: OK, WA, RE, ...
``result_string``
detailed supervisor information (for example, where the
required and returned outputs differ)
``time_used``
total time used, in seconds
``exectime_used``
CPU time used, in seconds
``mem_used``
memory usage, in kB
``num_syscalls``
number of syscalls performed
``out_file``
filetracker path to the output file (only if
``env['save_outputs']`` was set)
If the dictionary already exists, new test results are appended.
"""
jobs = dict()
for test_name, test_env in env["tests"].iteritems():
if kind and test_env["kind"] != kind:
continue
job = test_env.copy()
job["job_type"] = (env.get("exec_mode", "") + "-exec").lstrip("-")
job["exe_file"] = env["compiled_file"]
job["check_output"] = True
if env.get("checker"):
job["chk_file"] = env["checker"]
if env.get("save_outputs"):
job["out_file"] = _make_filename(env, test_name + ".out")
job["upload_out"] = True
jobs[test_name] = job
jobs = run_sioworkers_jobs(jobs)
env.setdefault("test_results", {})
for test_name, result in jobs.iteritems():
env["test_results"].setdefault(test_name, {}).update(result)
return env
def run_tests(env, kind=None, **kwargs):
"""Runs tests and saves their results into the environment
If ``kind`` is specified, only tests with the given kind will be run.
Used ``environ`` keys:
* ``tests``: this should be a dictionary, mapping test name into
the environment to pass to the ``exec`` job
* ``unsafe_exec``: set to ``True`` if we want to use only
``ulimit()`` to limit the executable file resources, ``False``
otherwise (see the documentation for ``unsafe-exec`` job for
more information),
* ``compiled_file``: the compiled file which will be tested,
* ``checker``: if present, it should be the filetracker path]
of the binary used as the output checker,
* ``save_outputs``: set to ``True`` if and only if each of
test results should have its output file attached.
Produced ``environ`` keys:
* ``test_results``: a dictionary, mapping test names into
dictionaries with the following keys:
``result_code``
test status: OK, WA, RE, ...
``result_string``
detailed supervisor information (for example, where the
required and returned outputs differ)
``time_used``
total time used, in seconds
``exectime_used``
CPU time used, in seconds
``mem_used``
memory usage, in kB
``num_syscalls``
number of syscalls performed
``out_file``
filetracker path to the output file (only if
``env['save_outputs']`` was set)
If the dictionary already exists, new test results are appended.
"""
jobs = dict()
for test_name, test_env in env['tests'].iteritems():
if kind and test_env['kind'] != kind:
continue
job = test_env.copy()
job['job_type'] = (env.get('exec_mode', '') + '-exec').lstrip('-')
job['exe_file'] = env['compiled_file']
job['check_output'] = True
if env.get('checker'):
job['chk_file'] = env['checker']
if env.get('save_outputs'):
job['out_file'] = _make_filename(env, test_name + '.out')
job['upload_out'] = True
jobs[test_name] = job
jobs = run_sioworkers_jobs(jobs)
env.setdefault('test_results', {})
for test_name, result in jobs.iteritems():
env['test_results'].setdefault(test_name, {}).update(result)
return env
