def handle(self, *test_labels, **options):
from impatient_test.find_all_tests import get_all_TestDescriptions
from impatient_test.distributor import run_tests_parallel, summarize_results
from impatient_test.filters import culled_apps, construct_envs
from django.conf import settings
import pdb
print options
#
all_tds = []
for app in culled_apps():
all_tds.extend(get_all_TestDescriptions(app))
#1/0
env_tds = construct_envs(all_tds)
#summarize_results(run_tests_parallel(all_tds[0:5]))
#pdb.set_trace()
max_tests = int(options.get("max_tests", False) or len(env_tds))
test_results = run_tests_parallel(env_tds[0:max_tests])
summarize_results(
test_results,
verbose=options.get('show_all_output',False)
)
def test_mysql_passthrough(self):
# self.assert
from output_fixture.tests import stdout_string, stderr_string
env_mysql = os.environ.get("PPY_MYSQL", False)
self.assertEquals(env_mysql, False)
td = make_td("env_check.EnvCheckClass.test_mysql_env")
td.env = {"PPY_MYSQL": "True"}
[tr] = distributor.run_tests_parallel([td])
self.assertEquals(tr.return_code, 0)
# we want to make sure that we aren't dirtying the
# environment, since this runs with the multiprocessing module
# in a subprocess, that shouldn't be an issue
env_mysql = os.environ.get("PPY_MYSQL", False)
self.assertEquals(env_mysql, False)
