def setnextppm(ppms):
# Move to the next scheduled [CO2] value,
# update controllers to produce it,
# or stop polling if done.
try:
ppm = next(ppms)
except StopIteration:
return (schedule.CancelJob())
spikeccm, bulkccm = conc2flows(ppm, spiketankppm, totalflowccm)
sendflow(sio, spike, spikeccm)
sendflow(sio, bulk, bulkccm)
def execute_test(lt_command, name):
if name == 'SanityTest':
logging.info("Starting the Sanity test....")
global sanity_status
sanity_status = 0
try:
sanity_process = subprocess.Popen(lt_command, shell=True)
sanity_process.wait(sanityTestDuration)
except subprocess.TimeoutExpired:
stop_sanity = f'sh {path.join(JMETER_HOME, "bin/stoptest.sh")}'
subprocess.call(stop_sanity, shell=True)
logging.info("Finished the Sanity test....")
schedule.CancelJob()
else:
logging.info("Starting the Load test....")
global run_status
run_status = 0
test_start_time = datetime.now()
subprocess.Popen(lt_command, shell=True).wait()
test_end_time = datetime.now()
# global test_duration
# test_duration = float((test_end_time - test_start_time).seconds)
logging.info("Finished the Load test....")
schedule.CancelJob()
def cancel_job():
schedule.CancelJob()
def run(self):
super().run()
return schedule.CancelJob()
def _stop_recording_job(self, session):
self._recorder.end_session_recording(
session, videoname=self._args["--video-name"])
return schedule.CancelJob()
def _start_recording_job(self, session):
self._recorder.record_session(session)
return schedule.CancelJob()
def run(self):
# This prevents the job from running more than once
self.should_run = False
super().run()
return schedule.CancelJob()