def populate_wifi_panel(self, scan=True):
# remove everything from the existing panel
self.WFP.reset()
self.toggle_controls(False, ALL_WIRELESS_CONTROLS)
if osmc_network.is_wifi_available():
if osmc_network.is_wifi_enabled():
self.populate_wifi_networks(scan)
if self.conn_ssid:
self.update_manual_DHCP_button(WIRELESS_DHCP_MANUAL_BUTTON,
WIRELESS_IP_VALUES,
WIRELESS_IP_LABELS)
self.populate_ip_controls(self.current_network_config,
WIRELESS_IP_VALUES)
self.toggle_controls(True, [
WIRELESS_ADAPTER_TOGGLE, WIRELESS_SCAN_BUTTON,
WIRELESS_NETWORKS, WIRELESS_DHCP_MANUAL_BUTTON
])
else: # not connected to a network
self.toggle_controls(True, [
WIRELESS_ADAPTER_TOGGLE, WIRELESS_SCAN_BUTTON,
WIRELESS_NETWORKS
])
self.clear_ip_controls(WIRELESS_IP_VALUES)
self.setFocusId(WIRELESS_SCAN_BUTTON)
else:
self.setFocusId(WIRELESS_ADAPTER_TOGGLE)
adapterRadioButton = self.getControl(WIRELESS_ADAPTER_TOGGLE)
adapterRadioButton.setSelected(osmc_network.is_wifi_enabled())
adapterRadioButton.setEnabled(True)
def populate_wifi_panel(self, scan=False):
if osmc_network.is_wifi_available():
if osmc_network.is_wifi_enabled():
# Start the wifi population thread
threadRunning = False
for t in threading.enumerate():
if t.getName() == WIFI_THREAD_NAME:
threadRunning = True
if not threadRunning:
log('Starting ' + WIFI_THREAD_NAME)
self.wifi_populate_bot = wifi_populate_bot(scan, self.getControl(5000), self.conn_ssid)
self.wifi_populate_bot.setDaemon(True)
self.wifi_populate_bot.start()
self.current_network_config = osmc_network.get_connected_wifi()
self.conn_ssid = None
log(self.current_network_config)
if 'SSID' in self.current_network_config:
self.conn_ssid = self.current_network_config['SSID']
if self.conn_ssid:
if 'Address' in self.current_network_config:
self.update_manual_DHCP_button(WIRELESS_DHCP_MANUAL_BUTTON, WIRELESS_IP_VALUES, WIRELESS_IP_LABELS)
self.populate_ip_controls(self.current_network_config, WIRELESS_IP_VALUES)
self.toggle_controls(True, [WIRELESS_ADAPTER_TOGGLE, WIRELESS_NETWORKS,
WIRELESS_DHCP_MANUAL_BUTTON])
if osmc_network.has_internet_connection():
# 'Status' 'Connected'
status = lang(32044) + ': ' + lang(32046)
else:
# 'Status' 'No internet'
status = lang(32044) + ': ' + lang(32047)
self.wireless_status_label.setLabel(status)
else: # not connected to a network
self.hide_controls(WIRELESS_IP_VALUES + WIRELESS_IP_LABELS + [WIRELESS_DHCP_MANUAL_BUTTON,
WIRELESS_APPLY_BUTTON,
WIRELESS_RESET_BUTTON])
self.toggle_controls(True, [WIRELESS_ADAPTER_TOGGLE, WIRELESS_NETWORKS])
self.clear_ip_controls(WIRELESS_IP_VALUES)
# 'Status' 'No wireless Connection'
status = lang(32044) + ': ' + lang(32050)
self.wireless_status_label.setLabel(status)
else: # Wifi disabled
self.hide_controls(ALL_WIRELESS_CONTROLS)
# 'Status' 'disabled'
status = lang(32044) + ': ' + lang(32048)
self.wireless_status_label.setLabel(status)
adapterRadioButton = self.getControl(WIRELESS_ADAPTER_TOGGLE)
adapterRadioButton.setSelected(osmc_network.is_wifi_enabled())
adapterRadioButton.setEnabled(True)
else: # Wifi not available
self.toggle_controls(False, ALL_WIRELESS_CONTROLS)
waitForNetworkRadioButton = self.getControl(WIRELESS_WAIT_FOR_NETWORK)
waitForNetworkRadioButton.setSelected(osmc_network.is_connman_wait_for_network_enabled())
waitForNetworkRadioButton.setEnabled(True)
def toggle_wifi(self):
self.WFP.reset()
item = xbmcgui.ListItem(lang(32016))
self.toggle_controls(False, ALL_WIRELESS_CONTROLS)
self.WFP.addItem(item)
osmc_network.toggle_wifi_state(not osmc_network.is_wifi_enabled())
# 5 second wait to allow connman to make the changes before refreshing
time.sleep(5)
if not osmc_network.is_wifi_enabled():
self.current_network_config = {}
def toggle_wifi(self):
self.show_busy_dialogue()
self.WFP.reset()
self.hide_controls(ALL_WIRELESS_CONTROLS)
self.toggle_controls(True, [WIRELESS_NETWORKS])
osmc_network.toggle_wifi_state(not osmc_network.is_wifi_enabled())
# 5 second wait to allow connman to make the changes before refreshing
time.sleep(5)
if not osmc_network.is_wifi_enabled():
self.current_network_config = {}
self.clear_busy_dialogue()
def toggle_wifi(self):
self.WFP.reset()
item = xbmcgui.ListItem(lang(32016))
self.hide_controls(ALL_WIRELESS_CONTROLS)
self.toggle_controls(True, [WIRELESS_NETWORKS])
self.WFP.addItem(item)
osmc_network.toggle_wifi_state(not osmc_network.is_wifi_enabled())
# 5 second wait to allow connman to make the changes before refreshing
time.sleep(5)
if not osmc_network.is_wifi_enabled():
self.current_network_config = {}
def toggle_wifi(self):
self.show_busy_dialogue()
self.WFP.reset()
self.hide_controls(ALL_WIRELESS_CONTROLS)
self.toggle_controls(True, [WIRELESS_NETWORKS])
osmc_network.toggle_wifi_state(not osmc_network.is_wifi_enabled())
# 5 second wait to allow connman to make the changes before refreshing
time.sleep(5)
if not osmc_network.is_wifi_enabled():
self.current_network_config = {}
self.clear_busy_dialogue()
def run(self):
running_dict = {}
runs = 0
while not self.exit:
# ask the thread to exit if wifi is no longer enabled
if not osmc_network.is_wifi_enabled():
self.stop_thread()
# only run the network check every 2 seconds, but allow the exit command to be checked every 10ms
if runs % 200 == 0 and not self.exit:
log('Updating Wifi networks')
wifis = osmc_network.get_wifi_networks()
running_dict.update(wifis)
self.update_list_control(running_dict)
# find any connected setting and load its values into the controls
for k, v in running_dict.iteritems():
try:
if v.getProperty('Connected') == 'True':
self.current_network_config = self.get_wireless_config(k)
self.populate_ip_controls(v, WIRELESS_IP_VALUES)
except:
pass
if not self.exit and runs % 600 == 0: # every minute re-scan wifi unless the thread has been asked to exit
self.wifi_scanner_bot = wifi_scanner_bot()
self.wifi_scanner_bot.setDaemon(True)
self.wifi_scanner_bot.start()
xbmc.sleep(10)
runs += 1
log('Wifi thread ended')
def run(self):
running_dict = {}
runs = 0
while not self.exit:
# ask the thread to exit if wifi is no longer enabled
if not osmc_network.is_wifi_enabled():
self.stop_thread()
# only run the network check every 2 seconds, but allow the exit command to be checked every 10ms
if runs % 200 == 0 and not self.exit:
log('Updating Wifi networks')
wifis = osmc_network.get_wifi_networks()
running_dict.update(wifis)
self.update_list_control(running_dict)
# find any connected setting and load its values into the controls
for k, v in running_dict.iteritems():
try:
if v.getProperty('Connected') == 'True':
self.current_network_config = self.get_wireless_config(
k)
self.populate_ip_controls(v, WIRELESS_IP_VALUES)
except:
pass
if not self.exit and runs % 600 == 0: # every minute re-scan wifi unless the thread has been asked to exit
self.wifi_scanner_bot = wifi_scanner_bot()
self.wifi_scanner_bot.setDaemon(True)
self.wifi_scanner_bot.start()
xbmc.sleep(10)
runs += 1
log('Wifi thread ended')
def populate_wifi_panel(self, scan=False):
# remove everything from the existing panel
if osmc_network.is_wifi_available():
if osmc_network.is_wifi_enabled():
self.populate_wifi_networks(scan)
self.current_network_config = osmc_network.get_connected_wifi()
self.conn_ssid = None
if 'SSID' in self.current_network_config:
self.conn_ssid = self.current_network_config['SSID']
if self.conn_ssid:
self.update_manual_DHCP_button(WIRELESS_DHCP_MANUAL_BUTTON, WIRELESS_IP_VALUES, WIRELESS_IP_LABELS)
self.populate_ip_controls(self.current_network_config, WIRELESS_IP_VALUES)
self.toggle_controls(True, [WIRELESS_ADAPTER_TOGGLE, WIRELESS_SCAN_BUTTON, WIRELESS_NETWORKS,
WIRELESS_DHCP_MANUAL_BUTTON])
if osmc_network.has_internet_connection():
# 'Status' 'Connected'
status = lang(32044) + ': ' + lang(32046)
else:
# 'Status' 'No internet'
status = lang(32044) + ': ' + lang(32047)
self.wireless_status_label.setLabel(status)
else:# not connected to a network
self.hide_controls(WIRELESS_IP_VALUES + WIRELESS_IP_LABELS + [WIRELESS_DHCP_MANUAL_BUTTON,
WIRELESS_APPLY_BUTTON, WIRELESS_RESET_BUTTON])
self.toggle_controls(True, [WIRELESS_ADAPTER_TOGGLE, WIRELESS_SCAN_BUTTON, WIRELESS_NETWORKS])
self.clear_ip_controls(WIRELESS_IP_VALUES)
# 'Status' 'No wireless Connection'
status = lang(32044) + ': ' + lang(32050)
self.wireless_status_label.setLabel(status)
else:# Wifi disabled
self.hide_controls(ALL_WIRELESS_CONTROLS)
# 'Status' 'disabled'
status = lang(32044) + ': ' + lang(32048)
self.wireless_status_label.setLabel(status)
adapterRadioButton = self.getControl(WIRELESS_ADAPTER_TOGGLE)
adapterRadioButton.setSelected(osmc_network.is_wifi_enabled())
adapterRadioButton.setEnabled(True)
else:# Wifi not available
self.toggle_controls(False, ALL_WIRELESS_CONTROLS)
waitForNetworkRadioButton = self.getControl(WIRELESS_WAIT_FOR_NETWORK)
waitForNetworkRadioButton.setSelected(osmc_network.is_connman_wait_for_network_enabled())
waitForNetworkRadioButton.setEnabled(True)
def setup_networking_from_preseed(self):
wired = False
connected = False
if self.preseed_data['Interface'].startswith(
'wlan') and osmc_network.is_wifi_available():
if not osmc_network.is_wifi_enabled():
self.toggle_wifi()
ssid = self.preseed_data['SSID']
encrypted = False
preseed_password = None
if 'Password' in self.preseed_data:
encrypted = True
preseed_password = self.preseed_data['Password']
connected = self.connect_to_wifi(ssid, encrypted, preseed_password,
True)
if self.preseed_data is None or self.preseed_data[
'Interface'].startswith('eth') or not connected:
wired = True
if not osmc_network.is_ethernet_enabled():
self.toggle_ethernet()
self.current_network_config = self.get_wired_config()
connected = True
if connected:
if self.preseed_data is None or 'dhcp' in self.preseed_data[
'Method']:
self.current_network_config['Method'] = 'dhcp'
else:
self.current_network_config['Method'] = 'manual'
self.current_network_config['Address'] = self.preseed_data[
'Address']
self.current_network_config['Netmask'] = self.preseed_data[
'Netmask']
if 'Gateway' in self.preseed_data:
self.current_network_config['Gateway'] = self.preseed_data[
'Gateway']
if 'DNS_1' in self.preseed_data:
self.current_network_config['DNS_1'] = self.preseed_data[
'DNS_1']
if 'DNS_2' in self.preseed_data:
self.current_network_config['DNS_2'] = self.preseed_data[
'DNS_2']
osmc_network.apply_network_changes(self.current_network_config)
if wired:
self.populate_wired_panel()
else:
self.populate_wifi_panel(False)
def setup_networking_from_preseed(self):
wired = False
connected = False
if self.preseed_data['Interface'].startswith('wlan') and osmc_network.is_wifi_available():
if not osmc_network.is_wifi_enabled():
self.toggle_wifi()
ssid = self.preseed_data['SSID']
encrypted = False
preseed_password = None
if 'Password' in self.preseed_data:
encrypted = True
preseed_password = self.preseed_data['Password']
connected = self.connect_to_wifi(ssid, encrypted, preseed_password, True)
if self.preseed_data is None or self.preseed_data['Interface'].startswith('eth') or not connected:
wired = True
if not osmc_network.is_ethernet_enabled():
self.toggle_ethernet()
self.current_network_config = self.get_wired_config()
connected = True
if connected:
if self.preseed_data is None or 'dhcp' in self.preseed_data['Method']:
self.current_network_config['Method'] = 'dhcp'
else:
self.current_network_config['Method'] = 'manual'
self.current_network_config['Address'] = self.preseed_data['Address']
self.current_network_config['Netmask'] = self.preseed_data['Netmask']
if 'Gateway' in self.preseed_data:
self.current_network_config['Gateway'] = self.preseed_data['Gateway']
if 'DNS_1' in self.preseed_data:
self.current_network_config['DNS_1'] = self.preseed_data['DNS_1']
if 'DNS_2' in self.preseed_data:
self.current_network_config['DNS_2'] = self.preseed_data['DNS_2']
osmc_network.apply_network_changes(self.current_network_config)
if wired:
self.populate_wired_panel()
else:
self.populate_wifi_panel(False)
def populate_wifi_panel(self, scan=False):
if osmc_network.is_wifi_available():
if osmc_network.is_wifi_enabled():
# Start the wifi population thread
threadRunning = False
for t in threading.enumerate():
if t.getName() == WIFI_THREAD_NAME:
threadRunning = True
if not threadRunning:
log('Starting ' + WIFI_THREAD_NAME)
self.wifi_populate_bot = wifi_populate_bot(
scan, self.getControl(5000), self.conn_ssid)
self.wifi_populate_bot.setDaemon(True)
self.wifi_populate_bot.start()
self.current_network_config = osmc_network.get_connected_wifi()
self.conn_ssid = None
log(self.current_network_config)
if 'SSID' in self.current_network_config:
self.conn_ssid = self.current_network_config['SSID']
if self.conn_ssid:
if 'Address' in self.current_network_config:
self.update_manual_DHCP_button(
WIRELESS_DHCP_MANUAL_BUTTON, WIRELESS_IP_VALUES,
WIRELESS_IP_LABELS)
self.populate_ip_controls(self.current_network_config,
WIRELESS_IP_VALUES)
self.toggle_controls(True, [
WIRELESS_ADAPTER_TOGGLE, WIRELESS_NETWORKS,
WIRELESS_DHCP_MANUAL_BUTTON
])
if osmc_network.has_internet_connection():
# 'Status' 'Connected'
status = lang(32044) + ': ' + lang(32046)
else:
# 'Status' 'No internet'
status = lang(32044) + ': ' + lang(32047)
self.wireless_status_label.setLabel(status)
else: # not connected to a network
self.hide_controls(
WIRELESS_IP_VALUES + WIRELESS_IP_LABELS + [
WIRELESS_DHCP_MANUAL_BUTTON, WIRELESS_APPLY_BUTTON,
WIRELESS_RESET_BUTTON
])
self.toggle_controls(
True, [WIRELESS_ADAPTER_TOGGLE, WIRELESS_NETWORKS])
self.clear_ip_controls(WIRELESS_IP_VALUES)
# 'Status' 'No wireless Connection'
status = lang(32044) + ': ' + lang(32050)
self.wireless_status_label.setLabel(status)
else: # Wifi disabled
self.hide_controls(ALL_WIRELESS_CONTROLS)
# 'Status' 'disabled'
status = lang(32044) + ': ' + lang(32048)
self.wireless_status_label.setLabel(status)
adapterRadioButton = self.getControl(WIRELESS_ADAPTER_TOGGLE)
adapterRadioButton.setSelected(osmc_network.is_wifi_enabled())
adapterRadioButton.setEnabled(True)
else: # Wifi not available
self.toggle_controls(False, ALL_WIRELESS_CONTROLS)
waitForNetworkRadioButton = self.getControl(WIRELESS_WAIT_FOR_NETWORK)
waitForNetworkRadioButton.setSelected(
osmc_network.is_connman_wait_for_network_enabled())
waitForNetworkRadioButton.setEnabled(True)