def get_diagnostics_data():
"""Gets diagnostics data on the SupaBRCK
Includes:
- temperature information
- connected clients information
:return: dict
"""
status = {}
client_data = run_command(['connected_clients'], output=True) or '{}'
try:
_data = json.loads(client_data)
status['clients'] = _data.get('clients', [])
except ValueError as exc:
LOG.error('Failed to load connected_clients: %r', exc)
modem_temp = run_command(['querymodem', 'temp'], output=True)
try:
status['modem'] = dict(temperature=[float(modem_temp)])
except (ValueError, TypeError) as e:
LOG.error('Failed to get modem temperature: %r', e)
status['modem'] = dict(temperature=[STATE_UNKNOWN])
bat_temp = get_battery_temperature()
# cpu temperatures
sensors_temp = psutil.sensors_temperatures() or {}
cpu_temps = [t.current for t in sensors_temp.get('coretemp', [])]
status['cpu'] = dict(temperature=cpu_temps)
status['battery'] = dict(temperature=[bat_temp])
return status
def get_software():
"""Gets the versions of the installed software on the system.
This includes packages, firmware and operating system versions.
See the REST API documentation for payload schema.
:return: dict
"""
os_version = run_command(['uname', '-s', '-r', '-v', '-o'],
output=True) or STATE_UNKNOWN
firmware_version = get_firmware_version()
packages_text = run_command(['opkg', 'list-installed'], output=True) or ''
package_data = dict(
[p.split(' - ') for p in packages_text.splitlines() if p])
# we're only interested in a subset of packages
package_list = []
for package_name in BRCK_PACKAGES:
version = package_data.get(package_name)
installed = version is not None
package_list.append(
dict(name=package_name, version=version, installed=installed))
return dict(os=os_version,
firmware=firmware_version,
packages=package_list)
def restart_modem():
"""Restarts the current modem
"""
LOG.warn("Restarting modem")
s0 = run_command(['querymodem', 'run', 'AT+CFUN=4'])
s1 = run_command(['querymodem', 'run', 'AT+CFUN=6'])
LOG.warn("Restart modem status|%r|%r", s0, s1)
def apply_wifi_configuration(config):
"""Applies wireless configuration to UCI.
Also reloads wireless.
:param dict config:
:return: None
"""
if uci_get('mwan3.wwan.enabled') != '1':
LOG.warn('Enabling wwan interface')
uci_set('mwan3.wwan.enabled', '1')
uci_commit('mwan3')
base_bridge_path = 'wireless.wifibridge.{}'
base_radio_path = 'wireless.radio1.{}'
mode = config['mode']
if mode == MODE_STA:
config['hidden'] = '1'
for k,v in config.iteritems():
if v:
uci_path = (
base_radio_path.format(k)
if k in RADIO_CONFIGS else
base_bridge_path.format(k)
)
LOG.warn('configuring wireless [%s] | [%s]', uci_path, v)
uci_set(uci_path, v)
uci_commit('wireless')
LOG.warn('Reloading Network')
run_command(['wifi', 'reload'])
def get_battery_status(no_cache=False):
"""Gets the battery status of the BRCK device.
Sample Response:
{
'state': 'CHARGING',
'battery_level': 98
}
:return: dict
"""
if no_cache:
run_command(['check_battery'])
state = read_file('/tmp/battery/status') or STATE_UNKNOWN
battery_level = read_file('/tmp/battery/capacity') or 0
extended = read_file('/tmp/battery/status_ex') or '{}'
try:
battery_level = int(battery_level)
extended = json.loads(extended)
except ValueError:
battery_level = 0
LOG.error('Failed to ready battery capacity | Returned: %s',
battery_level)
state = dict(state=state.upper(), battery_level=battery_level)
state.update(extended)
if 'charging current' in state:
state['charging_current'] = state['charging current']
state.pop('charging current')
if 'iadp' in state:
state.pop('iadp')
return state
def get_uci_state(option, command='show', as_dict=True):
"""Gets the uci state stored at `option`
:param str option: the name of the uci option
:param str command: the command to run on state (`show` or `get`)
:param bool expand_options: whether the response should be expanded
:return: dict|string
"""
cmd_list = ['uci', '-P']
cmd_list.append('/var/state')
cmd_list.append(command)
cmd_list.append(option)
response = run_command(cmd_list, output=True) or ''
if response is False:
LOG.warn("No UCI state found at: %s", option)
return {} if as_dict else False
out = response
if as_dict:
out = dict()
if not (response is False) and len(response):
out.update(
[l.replace("'", "").split('=') for l in response.splitlines()])
return out
def get_connection_status():
"""Gets the connection status via 3g-wan interface
:return bool:
"""
command = ['ping', '-c', '2', '-I', '3g-wan', '-W', '1', '8.8.8.8']
return run_command(command)
def get_modem_network_info(*args):
"""Gets network information.
"""
net_info = {}
try:
info_str = run_command(['querymodem', 'run', 'AT+XCELLINFO?'], output=True)
if not info_str:
info_str = run_command(['querymodem', 'run', 'AT+XCELLINFO?'], output=True)
LOG.debug("XCELL_INFO INFO: %r", info_str)
cell_data = info_str.split(',')
_mode, cell_type, _mcc, mnc, lac, cell_id = cell_data[:6]
net_info = dict(
mnc=mnc,
lac=int('0x{}'.format(lac), 16),
cell_id=int('0x{}'.format(cell_id), 16),
net_type=MOBILE_TECH_MAP.get(cell_type, 'Unknown')
)
except Exception as e:
LOG.error("Failed to load modem network information: %r", e)
return net_info
def get_network_status():
"""Gets the network state of the BRCK
This is a summarized view of the connection state of the BRCK
Sample Response:
{
"connected": true,
"connection": {
"connection_type": "WAN",
"up_speed": 1000000,
"down_speed": 1000000,
"signal_strengh": 77
},
"connected_clients": 0
}
:return: dict
"""
num_clients = 0
connected = False
net_type = STATE_NO_CONNECTION
chilli_list = run_command(['connected_clients', 'list'], output=True)
if chilli_list:
num_clients = (chilli_list.splitlines().__len__() - 1)
net_order = get_uci_state('brck.network.order',
command='get',
as_dict=False)
active_net = None
if net_order:
nets = [n.strip() for n in net_order.split(' ')]
net_state = get_uci_state('network')
for net in nets:
conn_state = net_state.get('network.{}.connected'.format(net),
'') == '1'
if conn_state:
active_net = net
net_type = net.upper()
if net in ['wan', 'wan2']:
net_type = net_state.get('network.{}.proto'.format(net),
STATE_UNKNOWN).upper()
elif net == 'wwan':
net_type = 'Wireless'
break
up, down = get_interface_speed(active_net)
state = dict(connected=connected,
connected_clients=num_clients,
connection=dict(
connection_type=net_type,
up_speed=up,
down_speed=down,
signal_strength=get_signal_strength(net_type)))
return state
def configure_ip(net_id, dhcp_enabled, net_info):
"""Configures ethernet IP configuration.
Reloads the network.
"""
interface = CONNECTION_MAP.get(net_id)
if dhcp_enabled:
LOG.warn('Configuring interface [%s] proto to DHCP', interface)
uci_set('network.{}.proto'.format(interface), 'dhcp')
for static_key in ['ipaddr', 'netmask', 'gateway', 'dns']:
uci_option = 'network.{}.{}'.format(interface, static_key)
LOG.warn('Deleting UCI option:[%s]', uci_option)
uci_delete(uci_option)
else:
net_info['proto'] = 'static'
for k, v in net_info.iteritems():
if v:
uci_option = 'network.{}.{}'.format(interface, k)
LOG.warn('Configuring network: [%s = %s]', uci_option, v)
uci_set(uci_option, v)
uci_commit('network.{}'.format(interface))
run_command(['iptables', '--flush'])
run_command(['/etc/init.d/network', 'reload'])
run_command(['iptables', '--flush'])
LOG.warn(
'Sleeping for five (5) seconds to see if interface connection comes up.'
)
time.sleep(NETWORK_CONFIG_WAIT_TIME)
return (200, 'OK')
def get_signal_strength(net_type):
"""Get wireless signal strength (Mobile)
:return: int (percentage 0-100)
"""
if net_type == 'wan':
signal_strength = 0
model_id = run_command(['querymodem', 'model_id'], output=True)
resp = run_command(['querymodem', 'signal'], output=True)
try:
rssi = int(resp or '')
if model_id == 'MU736' or not model_id:
if (rssi >= 0 and rssi <= 31):
signal_strength = (rssi * 827 + 127) >> 8
else:
signal_strength = 0 if (rssi == 255) else rssi
except ValueError:
LOG.error(
"Failed to load signal strength: QueryModem Response: %s",
resp)
else:
signal_strength = 100
return signal_strength
def get_modems():
"""Gets active modem set
:return: (bool, bool)
"""
m1 = False
m2 = False
_path = '/sys/class/tty'
_paths_str = run_command(['ls', '-l', _path], output=True)
_paths = _paths_str.splitlines()
matches1 = [p for p in _paths if MODEM1_PATTERN.match(p)]
matches2 = [p for p in _paths if MODEM2_PATTERN.match(p)]
if len(matches1) == 4:
m1 = True
if len(matches2) == 4:
m2 = True
return (m1, m2)
def get_wan_connections(sim_id=None):
"""Returns list of SIM connections
Sample Reponse:
[
{
"id": "SIM1",
"name": "SIM 1",
"connection_type": "SIM",
"connection_available": true,
"connected": true,
"info": {
"pin_locked": true,
"puk_locked": false,
"apn_configured": true,
"network_info": {
"operator": "Operator Name",
"imei": 350089999084990,
"cell_id": 300300,
"lac": 300,
"mnc": 304,
"mcc": 639,
"network_type": "2G"
}
}
}
]
:return: list(dict)
"""
conns = []
conn_paths = SIM_STATUS_FILES
if sim_id is not None:
sim_id_num = int(sim_id[-1])
if sim_id_num in [1, 2, 3]:
conn_paths = [SIM_STATUS_FILES[sim_id_num - 1]]
net_connected = get_connection_status()
active_sim = uci_get('brck.active_sim')
sim_statuses = [read_file(p) for p in conn_paths]
# when only one SIM is available - assume that's the active SIM
active_sims = len([s for s in sim_statuses if s == '1'])
for (i, sim_status) in enumerate(sim_statuses):
key = i + 1
c_id = 'SIM%d' %(key)
name = 'SIM %d' % (key)
available = False
connected = False
if sim_status != False and sim_status == '1':
available = True
info = {}
if available:
sim_state = get_sim_state(key)
info['apn_configured'] = sim_state.get('apn', '') != ''
is_active_sim = (active_sims == 1 and net_connected) or (str(key) == active_sim)
if is_active_sim and (not net_connected):
sim_status = run_command(['querymodem', 'check_pin'],
output=True) or ''
if REG_PIN_LOCK.match(sim_status):
info['pin_locked'] = True
else:
info['pin_locked'] = False
if REG_PUK_LOCK.match(sim_status):
info['puk_locked'] = True
else:
info['puk_locked'] = False
elif is_active_sim:
info['pin_locked'] = False
info['puk_locked'] = False
if net_connected:
ex_net_info = {}
connected = True
signal_strength = get_signal_strength('wan')
operator = run_command(['querymodem', 'carrier'], output=True)
imei = run_command(['querymodem', 'imei'], output=True)
imsi = run_command(['querymodem', 'imsi'], output=True)
if REG_ERROR.match(operator) or operator == "0":
operator = 'Unknown'
connected = False
else:
ex_net_info['imei'] = imei
ex_net_info['imsi'] = imsi
ex_net_info['mcc'] = imsi[:3]
ex_net_info.update(get_modem_network_info(imsi, imei))
ex_net_info.update(dict(
operator=operator,
signal_strength=signal_strength
))
info['network_info'] = ex_net_info
c_data = dict(
id=c_id,
name=name,
available=available,
connected=connected,
info=info
)
conns.append(c_data)
return conns
def start_service(name):
run_command(['/etc/init.d/{}'.format(name), 'start'])
def disable_pin(pin):
"""Disable PIN
"""
s0 = run_command(['querymodem', 'run', "AT+CLCK=SC,0,{}".format(pin)])
LOG.warn("Disable PIN status|%r", s0)
def connect_sim_actual(sim_id, modem_id, previous_sim):
"""Connects to the selected SIM in interactive fashion.
This method pushes all events to a websocket topic for consumption.
:param int sim_id: SIM ID (1 or 2 or 3)
:param int modem_Id: Modem ID (1 or 2)
"""
from local_api import socketio as io, NS_SIM_CONNECTIVITY as ns
try:
if is_service_running(THREEG_MONITOR_SERVICE):
LOG.warn("Stopping 3g-monitor")
disable_service(THREEG_MONITOR_SERVICE)
stop_service(THREEG_MONITOR_SERVICE)
emit_event(io, DISABLE_3G_MONITOR, ns)
else:
LOG.warn("3g-monitor is already stopped")
flags = SIM_FLAGS.get('%d-%d' % (modem_id, sim_id))
if flags:
LOG.warn("Bringing down WAN")
run_command(['ifdown', 'wan'])
emit_event(io, STOP_WAN, ns)
emit_event(io, SELECT_SIM, ns)
for (key, flag) in enumerate(flags):
port_path = SIM_CONFIG_PATHS[key]
run_call(port_path, flag)
for modem_flag_path in MODEM_FLAG_PATHS:
run_call(modem_flag_path, '0')
eventlet.sleep(1)
run_call(modem_flag_path, '1')
eventlet.sleep(5)
emit_event(io, CHECK_SIM, ns)
check_imei_status = run_command(['querymodem', 'imei'],
output=True)
LOG.warn("SIM|IMEI STATUS|%s", check_imei_status)
requires_input = False
if not REG_ERROR.match(check_imei_status):
emit_event(io, SIM_DETECTED, ns)
emit_event(io, CHECK_PIN, ns)
pin_status = run_command(['querymodem', 'check_pin'],
output=True)
if not pin_status:
eventlet.sleep(2)
pin_status = run_command(['querymodem', 'check_pin'],
output=True)
LOG.warn("SIM|PIN STATUS|%s", pin_status)
puk_path = 'brck.sim{}.puk'.format(sim_id)
pin_path = 'brck.sim{}.pin'.format(sim_id)
ready = False
if REG_PUK.match(pin_status):
puk = uci_get(puk_path)
pin = uci_get(pin_path)
if puk:
emit_event(io, SET_PUK, ns)
pin = pin or DEFAULT_PIN
set_puk_status = run_command([
'querymodem', 'run', 'AT+CPIN={},{}'.format(
puk, pin)
],
output=True)
LOG.warn("SIM|SET PUK STATUS|%s", set_puk_status)
if REG_OK.match(set_puk_status):
emit_event(io, DISABLE_PIN, ns)
disable_pin(pin)
eventlet.sleep(3)
emit_event(io, PUK_OK, ns)
emit_event(io, CHECK_READY, ns)
eventlet.sleep(5)
check_sim_ready_status = run_command(
['querymodem', 'check_pin'], output=True)
if REG_READY.match(check_sim_ready_status):
emit_event(io, SIM_READY, ns)
ready = True
else:
emit_event(io, DELETE_PUK, ns)
uci_delete(puk_path)
uci_commit('brck')
emit_event(io, SIM_NOT_READY, ns)
else:
emit_event(io, PUK_REJECTED, ns)
emit_event(io, DELETE_PUK, ns)
uci_delete(puk_path)
uci_commit('brck')
emit_event(io, REQUIRES_PUK, ns)
requires_input = True
else:
emit_event(io, REQUIRES_PUK, ns)
requires_input = True
elif REG_PIN.match(pin_status):
pin = uci_get(pin_path)
if pin:
emit_event(io, SET_PIN, ns)
set_pin_status = run_command(
['querymodem', 'run', 'AT+CPIN={}'.format(pin)],
output=True)
LOG.warn("SIM|SET PIN STATUS|%s", set_pin_status)
eventlet.sleep(5)
sim_status = run_command(['querymodem', 'check_pin'],
output=True)
if REG_OK.match(set_pin_status) or REG_READY.match(
sim_status):
emit_event(io, PIN_OK, ns)
emit_event(io, DISABLE_PIN, ns)
disable_pin(pin)
emit_event(io, CHECK_READY, ns)
eventlet.sleep(5)
check_sim_ready_status = run_command(
['querymodem', 'check_pin'], output=True)
if REG_READY.match(check_sim_ready_status):
emit_event(io, SIM_READY, ns)
ready = True
else:
emit_event(io, DELETE_PIN, ns)
uci_delete(pin_path)
uci_commit('brck')
emit_event(io, SIM_NOT_READY, ns)
else:
emit_event(io, PIN_REJECTED, ns)
emit_event(io, DELETE_PIN, ns)
uci_delete(pin_path)
uci_commit('brck')
emit_event(io, REQUIRES_PIN, ns)
requires_input = True
else:
emit_event(io, REQUIRES_PIN, ns)
requires_input = True
elif REG_READY.match(pin_status):
emit_event(io, PIN_NOT_REQUIRED, ns)
ready = True
else:
emit_event(io, SIM_NOT_READY, ns)
restore_sim(previous_sim)
emit_event(io, ACTIVE_SIM_RESET, ns)
if ready:
if uci_get('network.wan.apn'):
emit_event(io, WAIT_CARRIER, ns)
eventlet.sleep(10)
emit_event(io, CHECK_CARRIER, ns)
carrier_resp = run_command(['querymodem', 'carrier'],
output=True)
LOG.warn("SIM|CHECK CARRIER STATUS|%s", carrier_resp)
if REG_ERROR.match(
carrier_resp) or carrier_resp == "0":
emit_event(io, NO_CARRIER, ns)
# emit_event(io, RESTART_MODEM, ns)
# restart_modem()
# eventlet.sleep(10)
else:
emit_event(io, CARRIER_DETECTED, ns)
emit_event(io, START_WAN, ns)
LOG.warn("Bringing up WAN")
run_command(['ifup', 'wan'])
emit_event(io, WAIT_CONNECTION, ns)
_connected = False
for _ in xrange(6):
_connected = get_connection_status()
if _connected:
emit_event(io, CONNECTED, ns)
break
else:
eventlet.sleep(10)
if not _connected:
emit_event(io, NO_CONNECTION, ns)
else:
emit_event(io, REQUIRES_APN, ns)
requires_input = True
else:
emit_event(io, SIM_NOT_READY, ns)
else:
LOG.error('No such modem configuration exists: SIM: %d MODEM: %d',
sim_id, modem_id)
emit_event(io, NO_MODEM, ns)
if not requires_input:
LOG.warn("Bringing up WAN")
run_command(['ifup', 'wan'])
emit_event(io, ENABLE_3G_MONITOR, ns)
LOG.warn('Enabling 3G Monitor')
enable_service(THREEG_MONITOR_SERVICE)
start_service(THREEG_MONITOR_SERVICE)
except Exception as e:
restore_sim(previous_sim)
LOG.error("Failed to connect with SIM CARD|%d|%r", sim_id, e)
emit_event(io, ACTIVE_SIM_RESET, ns)
restore_sim(previous_sim)
emit_event(io, NO_CONNECTION, ns)
run_command(['ifup', 'wan'])
emit_event(io, ENABLE_3G_MONITOR, ns)
LOG.warn('Enabling 3G Monitor')
enable_service(THREEG_MONITOR_SERVICE)
start_service(THREEG_MONITOR_SERVICE)
def disable_service(name):
run_command(['/etc/init.d/{}'.format(name), 'disable'])
