def _prepare_case_env(self):
self.node_count = self.__check_compute_count()
self.case_recorder.write_interval(ansible_ctl.get_data_interval())
self.case_recorder.write_start()
self.case_recorder.write_node_number(self.node_count)
assert_equal(True, ansible_ctl.start_daemon(), \
message='Failed to start data collection daemon!')
def _prepare_case_env(self):
self.__node_count = self.__check_compute_count()
self.case_recorder.write_interval(ansible_ctl.get_data_interval())
self.case_recorder.write_start()
self.case_recorder.write_node_number(self.__node_count)
assert_equal(True, ansible_ctl.start_daemon(), \
message='Failed to start data collection daemon!')
def test_runtime(self):
""" Testing footprint scenario: poller """
self.__case_recorder.write_interval(ansible_ctl.get_data_interval())
self.__case_recorder.write_start()
assert_equal(True, ansible_ctl.start_daemon(), \
message='Failed to start data collection daemon!')
# Run test scenario
# In this case, wait for 15 mins to let RackHD run pollers
LOG.info('Start test case...')
time.sleep(900)
LOG.info('End test case. Fetch log...')
assert_equal(True, ansible_ctl.collect_data(), message='Failed to collect footprint data!')
self.__case_recorder.write_end()
parser.parse(self.__data_path)
def test_runtime(self):
""" Testing footprint scenario: poller """
self.__case_recorder.write_interval(ansible_ctl.get_data_interval())
self.__case_recorder.write_start()
assert_equal(True, ansible_ctl.start_daemon(), \
message='Failed to start data collection daemon!')
# Run test scenario
# In this case, wait for 15 mins to let RackHD run pollers
LOG.info('Start test case...')
time.sleep(900)
LOG.info('End test case. Fetch log...')
assert_equal(True,
ansible_ctl.collect_data(),
message='Failed to collect footprint data!')
self.__case_recorder.write_end()
parser.parse(self.__data_path)
