def updateSchedules(self, reference=0):
"""
set scheduler events for current alarm:
* autoclose
* autoarchive
:param reference: 0 (default)= time.time()
1 = alarm.timestamp
"""
for job in scheduler.get_jobs(): # remove schedules of current alarm
if job.name.startswith('alarms_') and job.name.endswith('_{}'.format(self.id)):
scheduler.remove_job(job.id)
if reference == 0:
reference = time.time()
else:
reference = time.mktime(self.timestamp.timetuple())
# test autoclose
if self.state == 1 and self.type == 1 and Settings.get('alarms.autoclose', '0') != '0': # only for open alarms
closingtime = reference + float(Settings.get('alarms.autoclose', 30)) * 60.0 # minutes -> seconds
if closingtime > time.time(): # close alarm in future
logger.debug("add close schedule in future for alarmid {}".format(self.id))
scheduler.add_job(self.changeState, run_date=datetime.datetime.fromtimestamp(closingtime), args=[self.id, 2], name="alarms_close_{}".format(self.id))
else: # close alarm now
logger.debug("add close schedule now for alarmid {}".format(self.id))
scheduler.add_job(self.changeState, args=[self.id, 2], name="alarms_close_{}".format(self.id))
self.state = 2
# test autoarchive
if self.state == 2 and Settings.get('alarms.autoarchive', '0') != '0': # only closed alarms
archivetime = reference + float(Settings.get('alarms.autoarchive', 12)) * 3600.0 # hours -> seconds
if archivetime > time.time(): # archive alarm in future
logger.debug("add archive schedule in future for alarmid {}".format(self.id))
scheduler.add_job(self.changeState, run_date=datetime.datetime.fromtimestamp(archivetime), args=[self.id, 3], name="alarms_archive_{}".format(self.id))
else: # archive alarm now
logger.debug("add archive schedule now for alarmid {}".format(self.id))
scheduler.add_job(self.changeState, args=[self.id, 3], name="alarms_archive_{}".format(self.id))
def updateSchedules(self, reference=0):
"""
set scheduler events for current alarm:
* autoclose
* autoarchive
:param reference: 0 (default)= time.time()
1 = alarm.timestamp
"""
for job in scheduler.get_jobs(): # remove schedules of current alarm
if job.name.startswith('alarms_') and job.name.endswith('_{}'.format(self.id)):
scheduler.remove_job(job.id)
if reference == 0:
reference = time.time()
else:
reference = time.mktime(self.timestamp.timetuple())
# autoclose
if self.state == 1 and self.type == 1 and Settings.get('alarms.autoclose', '0') != '0': # only for open alarms
closingtime = reference + float(Settings.get('alarms.autoclose', 30)) * 60.0 # minutes -> seconds
if closingtime > time.time(): # close alarm in future
logger.debug("add close schedule in future for alarmid {}".format(self.id))
scheduler.add_job(Alarm.changeState, run_date=datetime.datetime.fromtimestamp(closingtime), args=[self.id, 2], name="alarms_close_{}".format(self.id))
else: # close alarm now
logger.debug("add close schedule now for alarmid {}".format(self.id))
scheduler.add_job(Alarm.changeState, args=[self.id, 2], name="alarms_close_{}".format(self.id))
self.state = 2
# autoarchive
if self.state == 2 and Settings.get('alarms.autoarchive', '0') != '0': # only closed alarms
archivetime = reference + float(Settings.get('alarms.autoarchive', 12)) * 3600.0 # hours -> seconds
if archivetime > time.time(): # archive alarm in future
logger.debug("add archive schedule in future for alarmid {}".format(self.id))
scheduler.add_job(Alarm.changeState, run_date=datetime.datetime.fromtimestamp(archivetime), args=[self.id, 3], name="alarms_archive_{}".format(self.id))
else: # archive alarm now
logger.debug("add archive schedule now for alarmid {}".format(self.id))
scheduler.add_job(Alarm.changeState, args=[self.id, 3], name="alarms_archive_{}".format(self.id))
def monitorContent(clientid=0):
"""
Create monitor area under url */monitor*
:return: rendered template */emonitor/monitor/templates/monitor.html*
"""
alarmid = None
footer = 0
count = []
pos = 0
if 'alarmid' in request.args: # eval active alarms or defined id
alarmid = int(request.args.get('alarmid'))
if len(Alarm.getActiveAlarms()) > 0:
count = Alarm.getActiveAlarms()
elif len(Alarm.getActiveAlarms()) > 0:
alarmid = Alarm.getActiveAlarms()[0].id
count = Alarm.getActiveAlarms()
alarm = Alarm.getAlarms(id=alarmid)
defmonitor = Monitor.getMonitors(clientid=int(clientid))
try:
layout = defmonitor.currentlayout
except AttributeError:
return render_template('monitor-test.html')
if 'layoutid' in request.args: # eval current layout
layout = defmonitor.layout(int(request.args.get('layoutid')))
else:
try: layout = defmonitor.getLayouts(triggername='default')[0]
except: pass
if len(count) > 0: # eval layout for current and next alarm
footer = 1
nextalarm = currentalarm = count[0]
for c in count:
if c.id == alarmid:
pos = count.index(c) + 1
currentalarm = count[(pos - 1) % len(count)]
nextalarm = count[pos % len(count)]
for j in [job for job in scheduler.get_jobs(name='changeLayout') if "'alarmid', %s" % c.id in str(job.args)]:
scheduler.remove_job(j.id) # layout changes for given alarm
for l in defmonitor.getLayouts(triggername='alarm_added'):
for tr in l.trigger.split(';'): # support more than one trigger for layout
if ('.' in tr and len(count) >= 1 and tr.split('.')[-1] == currentalarm.get('alarmtype')) or ('.' not in tr and currentalarm.get('alarmtype', '') == ""):
layout = l
break
if len(count) > 1:
for l in defmonitor.getLayouts(triggername='alarm_added'):
for tr in l.trigger.split(';'): # support more than one trigger for layout
if ('.' in tr and tr.split('.')[-1] == nextalarm.get('alarmtype')) or ('.' not in tr and nextalarm.get('alarmtype', '') == ""):
if int(l.mintime) != 0:
#scheduler.add_job(monitorserver.changeLayout, next_run_time=datetime.datetime.fromtimestamp(time.time() + float(l.mintime)), args=[defmonitor.clientid, l.id, [('alarmid', nextalarm.id), ('monitorid', defmonitor.id)]])
scheduler.add_job(monitorserver.changeLayout, next_run_time=datetime.datetime.fromtimestamp(time.time() + float(l.mintime)), args=[defmonitor.clientid, l.id], kwargs=dict(alarmid=nextalarm.id)) # TODO
# render content for monitor
content = '<div id="content">%s</div>' % layout.htmllayout
for w in re.findall('\[\[\s?(.+?)\s?\]\]', content):
for widgets in current_app.blueprints['widget'].modules:
for widget in widgets.getMonitorWidgets():
if widget.getName() == w:
params = widget.addParameters(alarmid=alarmid, alarm=alarm, clientid=clientid, layout=layout)
if params and 'footer' in params and params['footer'] == 1:
footer = 1
content = content.replace(u'[[%s]]' % w, widget.getHTML(request))
return render_template('monitor.html', content=content, clientid=clientid, theme=layout.theme, activecount=len(count), footer=footer, position=pos, app_name=current_app.config.get('PROJECT'), app_version=current_app.config.get('APP_VERSION'))
