def start_ap_mode(pifi_conf_settings, ApModeDevice, ClientModeDevice):
print("Starting AP mode")
if pifi_conf_settings['delete_existing_ap_connections'] == False:
print("Looking for existing AP mode connection")
for connection in nm.existingAPConnections():
print("Found existing AP mode connection, SSID: %s" %
connection.GetSettings()['802-11-wireless']['ssid'])
print("Initializing AP Mode")
NetworkManager.NetworkManager.ActivateConnection(connection, ApModeDevice, "/")
return # We don't acutally want to loop, just use the first iter
else:
for connection in nm.existingAPConnections():
print("Deleting existing AP mode connection, SSID: %s" %
connection.GetSettings()['802-11-wireless']['ssid'])
connection.Delete()
print("No existing AP mode connections found")
print("Creating new default AP mode connection with config:")
# Default AP mode connection
settings = etc_io.get_default_ap_conf(ApModeDevice.HwAddress)
print(json.dumps(settings, indent=1)) ## Pretty Print settings
print("Initializing AP Mode")
NetworkManager.NetworkManager.AddAndActivateConnection(settings, ApModeDevice, "/")
status_led = pifi_conf_settings['status_led']
leds.blink(status_led, delay_on=100, delay_off=500)
def test_one_led_blink(self):
f = mock.mock_open()
leds.blink('/led0', open=f)
self.assertIn(mock.call('/led0/trigger', 'w+'), f.mock_calls)
self.assertIn(mock.call().write('timer'), f.mock_calls)
self.assertIn(mock.call('/led0/delay_on', 'w+'), f.mock_calls)
self.assertIn(mock.call('/led0/delay_off', 'w+'), f.mock_calls)
def main():
pifi_conf_settings = etc_io.get_conf()
ApModeDevice, ClientModeDevice = nm.select_devices(pifi_conf_settings)
print("Using %s for AP mode support" % ApModeDevice.Interface)
print("Using %s for wifi client mode" % ClientModeDevice.Interface)
var_io.writeSeenSSIDs(nm.seenSSIDs([ClientModeDevice]))
status_led = pifi_conf_settings['status_led']
leds.blink(status_led, delay_on=100, delay_off=500)
# Allow 30 seconds for network manager to sort itself out
time.sleep(30)
if (ClientModeDevice.State == NetworkManager.NM_DEVICE_STATE_ACTIVATED):
print("Client Device currently connected to: %s" %
ClientModeDevice.SpecificDevice().ActiveAccessPoint.Ssid)
leds.off(status_led)
# Run button handler, and when that is done, exit
if (pifi_conf_settings['button_device_name'] == "ap_req"):
print("required AP")
handle_ap(pifi_conf_settings, ApModeDevice, ClientModeDevice)
else:
handle_button(pifi_conf_settings, ApModeDevice, ClientModeDevice)
return
else:
print(
"Device is not connected to any network, Looking for pending connections"
)
pending = var_io.readPendingConnections()
# Try to pick a connection to use, if none found, just continue
try:
# Use the best connection
best_ap, best_con = nm.selectConnection(
nm.availibleConnections(ClientModeDevice, pending))
print("Connecting to %s" % best_con['802-11-wireless']['ssid'])
NetworkManager.NetworkManager.AddAndActivateConnection(
best_con, ClientModeDevice, best_ap)
new_pending = var_io.readPendingConnections().remove(best_con)
var_io.writePendingConnections(new_pending)
leds.off(status_led)
# Run button handler, and when that is done, exit
handle_button(pifi_conf_settings, ApModeDevice, ClientModeDevice)
return
except ValueError:
pass
# If we reach this point, we gave up on Client mode
print("No SSIDs from pending connections found")
start_ap_mode(pifi_conf_settings, ApModeDevice, ClientModeDevice)