def autostart():
"""
Starts the cleaning service.
"""
cleaner = Cleaner()
service_sleep = 4 # Lower than 4 causes too much stress on resource limited systems such as RPi
ticker = 0
delayed_completed = False
while not cleaner.monitor.abortRequested():
if get_setting(service_enabled):
scan_interval_ticker = get_setting(scan_interval) * 60 / service_sleep
delayed_start_ticker = get_setting(delayed_start) * 60 / service_sleep
if delayed_completed and ticker >= scan_interval_ticker:
results, _ = cleaner.clean_all()
notify(results)
ticker = 0
elif not delayed_completed and ticker >= delayed_start_ticker:
delayed_completed = True
results, _ = cleaner.clean_all()
notify(results)
ticker = 0
cleaner.monitor.waitForAbort(service_sleep)
ticker += 1
else:
cleaner.monitor.waitForAbort(service_sleep)
log("Abort requested. Terminating.")
return
def autostart():
"""
Starts the cleaning service.
"""
cleaner = Cleaner()
service_sleep = 10
ticker = 0
delayed_completed = False
while not xbmc.abortRequested:
if get_setting(service_enabled):
scan_interval_ticker = get_setting(scan_interval) * 60 / service_sleep
delayed_start_ticker = get_setting(delayed_start) * 60 / service_sleep
if delayed_completed and ticker >= scan_interval_ticker:
results, exit_status = cleaner.cleanup()
if results and exit_status == 0:
notify(results)
ticker = 0
elif not delayed_completed and ticker >= delayed_start_ticker:
delayed_completed = True
results, exit_status = cleaner.cleanup()
if results and exit_status == 0:
notify(results)
ticker = 0
xbmc.sleep(service_sleep * 1000)
ticker += 1
else:
xbmc.sleep(service_sleep * 1000)
debug("Abort requested. Terminating.")
return
def autostart():
"""
Starts the cleaning service.
"""
cleaner = Cleaner()
service_sleep = 4 # Lower than 4 causes too much stress on resource limited systems such as RPi
ticker = 0
delayed_completed = False
while not cleaner.monitor.abortRequested():
if get_setting(service_enabled):
scan_interval_ticker = get_setting(scan_interval) * 60 / service_sleep
delayed_start_ticker = get_setting(delayed_start) * 60 / service_sleep
if delayed_completed and ticker >= scan_interval_ticker:
results, _ = cleaner.clean_all()
notify(results)
ticker = 0
elif not delayed_completed and ticker >= delayed_start_ticker:
delayed_completed = True
results, _ = cleaner.clean_all()
notify(results)
ticker = 0
cleaner.monitor.waitForAbort(service_sleep)
ticker += 1
else:
cleaner.monitor.waitForAbort(service_sleep)
debug(u"Abort requested. Terminating.")
return
def autostart():
"""
Starts the cleaning service.
"""
cleaner = Cleaner()
service_sleep = 4 # Lower than 4 causes too much stress on resource limited systems such as RPi
ticker = 0
delayed_completed = False
while not xbmc.abortRequested:
if get_setting(service_enabled):
scan_interval_ticker = get_setting(scan_interval) * 60 / service_sleep
delayed_start_ticker = get_setting(delayed_start) * 60 / service_sleep
if delayed_completed and ticker >= scan_interval_ticker:
results = cleaner.clean_all()
if results:
notify(results)
ticker = 0
elif not delayed_completed and ticker >= delayed_start_ticker:
delayed_completed = True
results = cleaner.clean_all()
if results:
notify(results)
ticker = 0
xbmc.sleep(service_sleep * 1000)
ticker += 1
else:
xbmc.sleep(service_sleep * 1000)
print("Abort requested. Terminating.")
return
def autostart():
"""
Starts the cleaning service.
"""
cleaner = Cleaner()
service_sleep = 10
ticker = 0
delayed_completed = False
while not xbmc.abortRequested:
if get_setting(service_enabled):
scan_interval_ticker = get_setting(
scan_interval) * 60 / service_sleep
delayed_start_ticker = get_setting(
delayed_start) * 60 / service_sleep
if delayed_completed and ticker >= scan_interval_ticker:
results = cleaner.clean_all()
if results:
notify(results)
ticker = 0
elif not delayed_completed and ticker >= delayed_start_ticker:
delayed_completed = True
results = cleaner.clean_all()
if results:
notify(results)
ticker = 0
xbmc.sleep(service_sleep * 1000)
ticker += 1
else:
xbmc.sleep(service_sleep * 1000)
debug("Abort requested. Terminating.")
return
