def test_notifications_at_idle_state(self):
pattern = [
(.0, "\r\n^RSSI:27\r\n"),
(.5, "\r\n^RSSI:26\r\n"),
(.3, "\r\n^RSSI:12\r\n"),
]
expected = [
N.UnsolicitedNotification(N.SIG_RSSI, 27),
N.UnsolicitedNotification(N.SIG_RSSI, 26),
N.UnsolicitedNotification(N.SIG_RSSI, 12),
]
def load_pattern_cb(ignored):
resp = []
while self.stub.protocol.notifications.pending:
d = self.stub.protocol.notifications.get()
d.addCallback(lambda noti: resp.append(noti))
self.assertEqual(expected, resp)
d = self.stub.load_pattern(pattern)
d.addCallback(load_pattern_cb)
return d
def get_network_bear_cb(netinfo): # Bearer
if netinfo[1] in 'GPRS':
sig = N.GPRS_SIGNAL
else:
sig = N.UMTS_SIGNAL
noti = N.UnsolicitedNotification(N.SIG_NEW_CONN_MODE, sig)
self.manager.on_notification_received(noti)
def get_network_name_cb(netinfo): # Network name
noti = N.UnsolicitedNotification(N.SIG_NEW_NETWORK, netinfo[0])
self.manager.on_notification_received(noti)
return netinfo
def get_signal_level_cb(rssi):
noti = N.UnsolicitedNotification(N.SIG_RSSI, rssi)
self.manager.on_notification_received(noti)
def function(self):
up, down = self.netspeed['up'], self.netspeed['down']
n = N.UnsolicitedNotification(N.SIG_SPEED, bps_to_human(up, down))
self.manager.on_notification_received(n)
def get_network_info_cb(netinfo):
noti = N.UnsolicitedNotification(N.SIG_NEW_CONN_MODE, netinfo[1])
self.manager.on_notification_received(noti)