def test_parallel_execution(self):
dtemp = tempfile.mkdtemp()
outs_dir = os.path.join(dtemp, 'pabot_results')
self._options['outputdir'] = dtemp
self._pabot_args['pabotlibport'] = 4000+random.randint(0, 1000)
lib_process = pabot._start_remote_library(self._pabot_args)
try:
suite_names = ['Fixtures.Suite One',
'Fixtures.Suite Second',
'Fixtures.Suite&(Specia|)Chars']
pabot._parallel_execute(datasources=self._datasources,
options=self._options,
outs_dir=outs_dir,
pabot_args=self._pabot_args,
suite_names=suite_names)
result_code = pabot._report_results(outs_dir,
self._pabot_args,
self._options,
pabot._now(),
pabot._get_suite_root_name(
[suite_names]))
self.assertEqual(6, result_code)
finally:
pabot._stop_remote_library(lib_process)
shutil.rmtree(dtemp)
def test_parallel_execution(self):
dtemp = tempfile.mkdtemp()
outs_dir = os.path.join(dtemp, "pabot_results")
self._options["outputdir"] = dtemp
self._pabot_args["pabotlibport"] = 4000 + random.randint(0, 1000)
self._pabot_args["testlevelsplit"] = False
lib_process = pabot._start_remote_library(self._pabot_args)
pabot._initialize_queue_index()
try:
suite_names = [s(_s) for _s in self._all_suites]
items = [
pabot.QueueItem(
self._datasources,
outs_dir,
self._options,
suite,
self._pabot_args["command"],
self._pabot_args["verbose"],
argfile,
) for suite in suite_names
for argfile in self._pabot_args["argumentfiles"] or [("",
None)]
]
pabot._parallel_execute(items, self._pabot_args["processes"])
result_code = pabot._report_results(
outs_dir,
self._pabot_args,
self._options,
pabot._now(),
pabot._get_suite_root_name([suite_names]),
)
self.assertEqual(8, result_code)
finally:
pabot._stop_remote_library(lib_process)
shutil.rmtree(dtemp)
def test_parallel_execution_with_testlevelsplit(self):
dtemp = tempfile.mkdtemp()
outs_dir = os.path.join(dtemp, 'pabot_results')
self._options['outputdir'] = dtemp
self._pabot_args['pabotlibport'] = 4000 + random.randint(0, 1000)
self._pabot_args['testlevelsplit'] = True
lib_process = pabot._start_remote_library(self._pabot_args)
pabot._initialize_queue_index()
try:
test_names = [t(_t) for _t in self._all_tests]
items = [
pabot.QueueItem(self._datasources, outs_dir, self._options,
test, self._pabot_args['command'],
self._pabot_args['verbose'], argfile)
for test in test_names
for argfile in self._pabot_args['argumentfiles'] or [("",
None)]
]
pabot._parallel_execute(items, self._pabot_args['processes'])
result_code = pabot._report_results(
outs_dir, self._pabot_args, self._options, pabot._now(),
pabot._get_suite_root_name([test_names]))
self.assertEqual(10, result_code)
finally:
pabot._stop_remote_library(lib_process)
shutil.rmtree(dtemp)
def test_start_and_stop_remote_library_without_resourcefile(self):
pabot_args = dict(self._pabot_args)
pabot_args['resourcefile'] = None
lib_process = pabot._start_remote_library(pabot_args)
self.assertTrue(lib_process.poll() is None)
time.sleep(1)
pabot._stop_remote_library(lib_process)
self.assertTrue(lib_process.poll() == 0)
def test_start_and_stop_remote_library_without_resourcefile(self):
pabot_args = dict(self._pabot_args)
pabot_args['resourcefile'] = None
lib_process = pabot._start_remote_library(pabot_args)
self.assertTrue(lib_process.poll() is None)
time.sleep(1)
pabot._stop_remote_library(lib_process)
self.assertTrue(lib_process.poll() == 0)
def test_parallel_execution(self):
suite_names = ['Fixtures.Suite One', 'Fixtures.Suite Second']
lib_process = pabot._start_remote_library(self._pabot_args)
pabot._parallel_execute(datasources=self._datasources,
options=self._options,
outs_dir=self._outs_dir,
pabot_args=self._pabot_args,
suite_names=suite_names)
result_code = pabot._report_results(
self._outs_dir, self._pabot_args, self._options, pabot._now(),
pabot._get_suite_root_name(suite_names))
pabot._stop_remote_library(lib_process)
self.assertEqual(5, result_code)
def test_parallel_execution(self):
suite_names = ['Fixtures.Suite One',
'Fixtures.Suite Second']
lib_process = pabot._start_remote_library(self._pabot_args)
pabot._parallel_execute(datasources=self._datasources,
options=self._options,
outs_dir=self._outs_dir,
pabot_args=self._pabot_args,
suite_names=suite_names)
result_code = pabot._report_results(self._outs_dir,
self._pabot_args,
self._options,
pabot._now(),
pabot._get_suite_root_name(
suite_names))
pabot._stop_remote_library(lib_process)
self.assertEqual(5, result_code)
def test_parallel_execution(self):
dtemp = tempfile.mkdtemp()
outs_dir = os.path.join(dtemp, 'pabot_results')
self._options['outputdir'] = dtemp
self._pabot_args['pabotlibport'] = 4000+random.randint(0, 1000)
lib_process = pabot._start_remote_library(self._pabot_args)
try:
suite_names = [s(_s) for _s in self._all_suites]
items = [(self._datasources, outs_dir, self._options, suite,
self._pabot_args['command'],
self._pabot_args['verbose'], argfile)
for suite in suite_names
for argfile in self._pabot_args['argumentfiles'] or [("", None)]]
pabot._parallel_execute(items, self._pabot_args['processes'])
result_code = pabot._report_results(outs_dir,
self._pabot_args,
self._options,
pabot._now(),
pabot._get_suite_root_name(
[suite_names]))
self.assertEqual(8, result_code)
finally:
pabot._stop_remote_library(lib_process)
shutil.rmtree(dtemp)
def test_start_and_stop_remote_library(self):
lib_process = pabot._start_remote_library(self._pabot_args)
self.assertTrue(lib_process.poll() is None)
time.sleep(1)
pabot._stop_remote_library(lib_process)
self.assertTrue(lib_process.poll() == 0)
def test_start_and_stop_remote_library(self):
lib_process = pabot._start_remote_library(self._pabot_args)
self.assertTrue(lib_process.poll() is None)
time.sleep(1)
pabot._stop_remote_library(lib_process)
self.assertTrue(lib_process.poll() == 0)
