def compile_source(env, **kwargs):
env.update(dict(
source_file=env['remote_source_file'],
out_file=env['binary_file'],
compiler='system-gcc',
job_type='compile'))
return run_sioworkers_job(env)
def compile_source(env, **kwargs):
env.update(
dict(source_file=env['remote_source_file'],
out_file=env['binary_file'],
compiler='system-gcc',
job_type='compile'))
return run_sioworkers_job(env)
def compile(env, **kwargs):
"""Compiles source file on the remote machine and returns name of
the executable that may be ran
USES
* env['source_file'] - source file name
* env['language'] - if ``env['compiler']`` is not set and
``env['language']`` is, the compiler is set to ``'default-' +
env['language']``.
* the entire ``env`` is also passed to the ``compile`` job
PRODUCES
* env['compilation_result'] - may be OK if the file compiled
successfully or CE otherwise.
* env['compiled_file'] - exists if and only if
env['compilation_result'] is set to OK and contains compiled
binary path
* env['compilation_message'] - contains compiler stdout and stderr
"""
compilation_job = env.copy()
compilation_job['job_type'] = 'compile'
compilation_job['out_file'] = _make_filename(env, 'exe')
if 'language' in env and 'compiler' not in env:
compilation_job['compiler'] = 'default-' + env['language']
new_env = run_sioworkers_job(compilation_job)
env['compiled_file'] = compilation_job['out_file']
env['compilation_message'] = new_env.get('compiler_output', '')
env['compilation_result'] = new_env.get('result_code', 'CE')
return env
def compile(env, **kwargs):
"""Compiles source file on the remote machine and returns name of
the executable that may be ran
USES
* env['source_file'] - source file name
* env['language'] - if ``env['compiler']`` is not set and
``env['language']`` is, the compiler is set to ``'default-' +
env['language']``.
* the entire ``env`` is also passed to the ``compile`` job
PRODUCES
* env['compilation_result'] - may be OK if the file compiled
successfully or CE otherwise.
* env['compiled_file'] - exists if and only if
env['compilation_result'] is set to OK and contains compiled
binary path
* env['compilation_message'] - contains compiler stdin and stdout
"""
compilation_job = env.copy()
compilation_job["job_type"] = "compile"
compilation_job["out_file"] = _make_filename(env, "exe")
if "language" in env and "compiler" not in env:
compilation_job["compiler"] = "default-" + env["language"]
new_env = run_sioworkers_job(compilation_job)
env["compiled_file"] = compilation_job["out_file"]
env["compilation_message"] = new_env.get("compiler_output", "")
env["compilation_result"] = new_env.get("result_code", "CE")
return env
def compile(env, **kwargs):
"""Compiles source file on the remote machine and returns name of
the executable that may be ran
USES
* env['source_file'] - source file name
* env['language'] - if ``env['compiler']`` is not set and
``env['language']`` is, the compiler is set to ``'default-' +
env['language']``.
* the entire ``env`` is also passed to the ``compile`` job
PRODUCES
* env['compilation_result'] - may be OK if the file compiled
successfully or CE otherwise.
* env['compiled_file'] - exists if and only if
env['compilation_result'] is set to OK and contains compiled
binary path
* env['compilation_message'] - contains compiler stdin and stdout
"""
compilation_job = env.copy()
compilation_job['job_type'] = 'compile'
compilation_job['out_file'] = _make_filename(env, 'exe')
if 'language' in env and 'compiler' not in env:
compilation_job['compiler'] = 'default-' + env['language']
new_env = run_sioworkers_job(compilation_job)
env['compiled_file'] = compilation_job['out_file']
env['compilation_message'] = new_env.get('compiler_output', '')
env['compilation_result'] = new_env.get('result_code', 'CE')
return env
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_ins(self, re_string):
env = self._find_and_compile('ingen')
if env and not self.use_make:
env['job_type'] = 'ingen'
env['exe_file'] = env['compiled_file']
env['re_string'] = re_string
env['use_sandboxes'] = self.use_sandboxes
env['collected_files_path'] = _make_filename(self.env, 'in')
renv = run_sioworkers_job(env)
get_client().delete_file(env['compiled_file'])
return renv['collected_files']
else:
return {}
def _make_ins(self, re_string):
env = self._find_and_compile('ingen')
if env and not self.use_make:
env['job_type'] = 'ingen'
env['task_priority'] = TASK_PRIORITY
env['exe_file'] = env['compiled_file']
env['re_string'] = re_string
env['use_sandboxes'] = self.use_sandboxes
env['collected_files_path'] = \
_make_filename_in_job_dir(self.env, 'in')
renv = run_sioworkers_job(env)
get_client().delete_file(env['compiled_file'])
return renv['collected_files']
return {}
def _make_ins(self, re_string):
env = self._find_and_compile('ingen')
if env and not self.use_make:
env['job_type'] = 'ingen'
env['task_priority'] = TASK_PRIORITY
env['exe_file'] = env['compiled_file']
env['re_string'] = re_string
env['use_sandboxes'] = self.use_sandboxes
env['collected_files_path'] = \
_make_filename_in_job_dir(self.env, 'in')
renv = run_sioworkers_job(env)
get_client().delete_file(env['compiled_file'])
return renv['collected_files']
return {}
def _compile(self, filename, prog_name, ext, out_name=None):
client = get_client()
source_name = '%s.%s' % (prog_name, ext)
ft_source_name = client.put_file(_make_filename(self.env, source_name),
filename)
if not out_name:
out_name = _make_filename(self.env, '%s.e' % prog_name)
compilation_job = self.env.copy()
compilation_job['job_type'] = 'compile'
compilation_job['source_file'] = ft_source_name
compilation_job['out_file'] = out_name
lang = ext
compilation_job['language'] = lang
if self.use_sandboxes:
prefix = 'default'
else:
prefix = 'system'
compilation_job['compiler'] = prefix + '-' + lang
if not self.use_make and self.prog_archive:
compilation_job['additional_archive'] = self.prog_archive
add_extra_files(compilation_job, self.problem,
additional_args=self.extra_compilation_args)
new_env = run_sioworkers_job(compilation_job)
client.delete_file(ft_source_name)
compilation_message = new_env.get('compiler_output', '')
compilation_result = new_env.get('result_code', 'CE')
if compilation_result != 'OK':
logger.warning("%s: compilation of file %s failed with code %s",
self.filename, filename, compilation_result)
logger.warning("%s: compiler output: %r", self.filename,
compilation_message)
raise ProblemPackageError(_("Compilation of file %(filename)s "
"failed. Compiler output: %(output)s") % {
'filename': filename, 'output': compilation_message})
# TODO Remeber about 'exec_info' when Java support is introduced.
new_env['compiled_file'] = new_env['out_file']
return new_env
def _run_compilation_job(self, ext, ft_source_name, out_name):
compilation_job = self.env.copy()
compilation_job['job_type'] = 'compile'
compilation_job['task_priority'] = TASK_PRIORITY
compilation_job['source_file'] = ft_source_name
compilation_job['out_file'] = out_name
lang = ext
compilation_job['language'] = lang
if self.use_sandboxes:
prefix = 'default'
else:
prefix = 'system'
compilation_job['compiler'] = prefix + '-' + lang
if not self.use_make and self.prog_archive:
compilation_job['additional_archive'] = self.prog_archive
add_extra_files(compilation_job, self.problem,
additional_args=self.extra_compilation_args)
new_env = run_sioworkers_job(compilation_job)
return new_env
def run(env, **kwargs):
env.update(dict(
exe_file=env['binary_file'],
check_output=True,
job_type='unsafe-exec'))
return run_sioworkers_job(env)
def run(env, **kwargs):
env.update(
dict(exe_file=env['binary_file'],
check_output=True,
job_type='unsafe-exec'))
return run_sioworkers_job(env)