def _onScheduleTimer(self, event):
""" Schedule timer """
if appcfg.options[appcfg.CFG_AUTO_UPDATE_TIMED]:
# check if we passed a day
d = datetime.datetime.now() - appcfg.last_timed_update
if d.days > 0 or not appcfg.initially_updated:
tl = appcfg.options[appcfg.CFG_TIMED_UPDATE].split(':')
if len(tl) > 1:
try:
check_hour = int(tl[0])
check_min = int(tl[1])
except ValueError:
appcfg.options[appcfg.CFG_AUTO_UPDATE_TIMED] = False
return
# compare two equal dates, but only the time
# we do this to also bridge a check more then one day
d1 = datetime.datetime.now()
d2 = datetime.datetime(d1.year,
d1.month,
d1.day,
hour=check_hour,
minute=check_min)
if d1 > d2:
appcfg.initially_updated = True
appcfg.last_timed_update = datetime.datetime.now()
viewmgr.get_all_series()
def _onScheduleTimer(self, event):
""" Schedule timer """
if appcfg.options[appcfg.CFG_AUTO_UPDATE_TIMED]:
# check if we passed a day
d = datetime.datetime.now() - appcfg.last_timed_update
if d.days > 0 or not appcfg.initially_updated:
tl = appcfg.options[appcfg.CFG_TIMED_UPDATE].split(':')
if len(tl) > 1:
try:
check_hour = int(tl[0])
check_min = int(tl[1])
except ValueError:
appcfg.options[appcfg.CFG_AUTO_UPDATE_TIMED] = False
return
# compare two equal dates, but only the time
# we do this to also bridge a check more then one day
d1 = datetime.datetime.now()
d2 = datetime.datetime(d1.year, d1.month, d1.day, hour = check_hour, minute = check_min)
if d1 > d2:
appcfg.initially_updated = True
appcfg.last_timed_update = datetime.datetime.now()
viewmgr.get_all_series()
def _onUpdateAll(self, event):
"""
Update all event, will send all series to the receive thread, where they
will be updated as they come back in
"""
viewmgr.get_all_series()
def _onUpdateAll(self, event):
viewmgr.get_all_series()
def _onUpdateAll(self, event):
viewmgr.get_all_series()
