def run(self):
"""Thread main loop"""
while (app.running):
time.sleep(self.poll_interval)
if not hasattr(settings, 'server_url'):
continue
try:
log.debug("Calling home...")
data = {
'playlist': settings.content.playlist_name,
'mac_address': self.mac_address,
'ip_address': utils.get_ip_address(),
'cpu_freq': utils.get_cpu_freq(),
'cpu_temp': utils.get_cpu_temp(),
'cpu_usage': utils.get_cpu_usage(),
'browser_ram': utils.get_pid_rss(self.browser.uzbl.pid),
'uptime': utils.get_uptime()
}
if self.send_logs:
data['logs'] = '\n'.join(utils.get_log_entries())
self.send_logs = False
reply = self.call_home(data)
log.debug("Got reply %s" % reply)
self.do_clock(reply)
try:
method = getattr(self, 'do_' + reply['action'])
except AttributeError:
log.debug("Cannot handle reply %s", reply)
if app.running: # state may have changed in the meantime
method(reply['data'])
except Exception as e:
log.debug("Got %s while calling home" % e)
pass
log.info("Exiting beacon thread.")
def run(self):
"""Thread main loop"""
while(app.running):
time.sleep(self.poll_interval)
if not hasattr(self.config,'server_url'):
continue
try:
log.debug("Calling home...")
data = {
'playlist' : self.playlist,
'mac_address' : self.mac_address,
'ip_address' : self.ip_address,
'cpu_freq' : utils.get_cpu_freq(),
'cpu_temp' : utils.get_cpu_temp(),
'cpu_usage' : utils.get_cpu_usage(),
'browser_ram' : utils.get_pid_rss(self.browser.uzbl.pid),
'uptime' : utils.get_uptime()
}
if self.send_logs:
data['logs'] = '\n'.join(utils.get_log_entries())
self.send_logs = False
reply = self.call_home(data)
log.debug("Got reply %s" % reply)
self.do_clock(reply)
try:
method = getattr(self, 'do_' + reply['action'])
except AttributeError:
log.debug("Cannot handle reply %s", reply)
if app.running: # state may have changed in the meantime
method(reply['data'])
except Exception as e:
log.debug("Got %s while calling home" % e)
pass
log.info("Exiting beacon thread.")
def save_data():
_, received, transmitted = get_bytes()
uptime, _ = get_uptime()
now = DateTimeCol.now()
boot_time = now - timedelta(seconds=uptime)
boot_time = boot_time - timedelta(seconds=boot_time.second,
microseconds=boot_time.microsecond)
bws = Bandwidth.select(Bandwidth.q.booted_at==boot_time)
for bw in bws:
dr = received - bw.received
dt = transmitted - bw.transmitted
bw.received = received
bw.transmitted = transmitted
bw.retrieved_at = now
break
else:
dr, dt = received, transmitted
Bandwidth(booted_at=boot_time, retrieved_at=now, received=received,
transmitted=transmitted)
return dr, dt
def save_data():
_, received, transmitted = get_bytes()
uptime, _ = get_uptime()
now = DateTimeCol.now()
boot_time = now - timedelta(seconds=uptime)
boot_time = boot_time - timedelta(seconds=boot_time.second,
microseconds=boot_time.microsecond)
bws = Bandwidth.select(Bandwidth.q.booted_at == boot_time)
for bw in bws:
dr = received - bw.received
dt = transmitted - bw.transmitted
bw.received = received
bw.transmitted = transmitted
bw.retrieved_at = now
break
else:
dr, dt = received, transmitted
Bandwidth(booted_at=boot_time,
retrieved_at=now,
received=received,
transmitted=transmitted)
return dr, dt
