def add_wireless_sub(self, ssid, encryption, connection_created, con_path, asked=False):
# Prompt for key
key = ""
if not encryption == 'NONE':
message = 'Enter Password:'******'Connection Failed, please enter password again:'
kb = xbmc.Keyboard("", message, False)
kb.doModal()
if (kb.isConfirmed()):
key = kb.getText()
errors = qfpynm.validate_wifi_input(key, encryption)
if key == "" or errors != '':
self.msg = getLS(30109)
self.status_label.setLabel(self.msg)
return True, connection_created, con_path
if encryption == 'WEP':
wep_alg = 'shared'
else:
wep_alg = ''
if connection_created == False:
con_path = qfpynm.add_wifi(ssid, key, encryption, wep_alg, True)
else:
aUUID = qfpynm.get_con_uuid_by_path(con_path)
qfpynm.update_wifi(aUUID, key, encryption)
qfpynm.activate_connection(aUUID)
asked = False
for i in range(1, 150):
state, stateTXT = qfpynm.get_device_state(qfpynm.get_wifi_device())
self.msg = stateTXT
self.status_label.setLabel(self.msg)
# Do not exit directly just to be sure.
# If trying with a bad key when wifi is disconnected do not give state 60 but 30....
# better never to disconnect wifi and only deactivate c
if (i > 10 and state == 60) or (i > 10 and state == 30) or (state == 100 and i > 2):
break
time.sleep(1)
self.msg = ''
self.status_label.setLabel(self.msg)
time.sleep(1)
if state == 100:
self.msg = getLS(30120) # "Connected!"
self.status_label.setLabel(self.msg)
xbmc.executebuiltin('XBMC.ActivateWindow(Home)')
self.close()
return True, True, con_path
if (state == 60 or state == 30) and encryption != "NONE":
self.msg = getLS(30121) # "Not Autorized!"
self.status_label.setLabel(self.msg)
return False, True, con_path
self.msg = qfpynm.nm_state.get(state, '') # "Connection failed"
self.status_label.setLabel(self.msg)
return True, True, con_path
def add_wireless_sub(self, ssid, encryption, connection_created, con_path):
#Prompt for key
key = ""
if not encryption == 'NONE':
kb = xbmc.Keyboard("", getLS(30104), False)
kb.doModal()
if (kb.isConfirmed()):
key = kb.getText()
errors = qfpynm.validate_wifi_input(key, encryption)
if key == "" or errors != '':
self.msg = getLS(30109)
self.status_label.setLabel(self.msg)
return True, connection_created, con_path
if encryption == 'WEP':
wep_alg = 'shared'
else:
wep_alg = ''
if connection_created == False:
con_path = qfpynm.add_wifi(ssid, key, encryption, wep_alg,
self.disable_ipv6)
else:
aUUID = qfpynm.get_con_uuid_by_path(con_path)
qfpynm.update_wifi(aUUID, key, encryption)
qfpynm.activate_connection(aUUID)
for i in range(1, 150):
state, stateTXT = qfpynm.get_device_state(qfpynm.get_wifi_device())
self.msg = stateTXT
self.status_label.setLabel(self.msg)
# Do not exit directly just to be sure.
# If trying with a bad key when wifi is disconnected do not give state 60 but 30....
# better never to disconnect wifi and only deactivate c
if (i > 10 and state == 60) or (i > 10
and state == 30) or (state == 100
and i > 2):
break
time.sleep(1)
self.msg = ''
self.status_label.setLabel(self.msg)
time.sleep(1)
if state == 100:
self.msg = getLS(30120) #"Connected!"
self.status_label.setLabel(self.msg)
return True, True, con_path
if (state == 60 or state == 30) and encryption != "NONE":
self.msg = getLS(30121) #"Not Autorized!"
self.status_label.setLabel(self.msg)
return False, True, con_path
self.msg = getLS(30122) #"Connection failed"
self.status_label.setLabel(self.msg)
return True, True, con_path
def add_wireless_sub(self, ssid, encryption, connection_created, con_path):
#Prompt for key
key = ""
if not encryption == 'NONE':
kb = xbmc.Keyboard("", getLS(30104), False)
kb.doModal()
if (kb.isConfirmed()):
key=kb.getText()
errors = qfpynm.validate_wifi_input(key,encryption)
if key == "" or errors != '':
self.msg = getLS(30109)
self.status_label.setLabel(self.msg)
return True, connection_created, con_path
if encryption == 'WEP':
wep_alg = 'shared'
else:
wep_alg = ''
if connection_created == False:
con_path = qfpynm.add_wifi(ssid,key,encryption,wep_alg,self.disable_ipv6 )
else:
aUUID = qfpynm.get_con_uuid_by_path(con_path)
qfpynm.update_wifi(aUUID, key, encryption)
qfpynm.activate_connection(aUUID)
for i in range(1, 150):
state,stateTXT = qfpynm.get_device_state(qfpynm.get_wifi_device())
self.msg = stateTXT
self.status_label.setLabel(self.msg)
# Do not exit directly just to be sure.
# If trying with a bad key when wifi is disconnected do not give state 60 but 30....
# better never to disconnect wifi and only deactivate c
if (i > 10 and state == 60) or (i > 10 and state == 30) or (state == 100 and i >2):
break
time.sleep(1)
self.msg = ''
self.status_label.setLabel(self.msg)
time.sleep(1)
if state == 100:
self.msg = getLS(30120) #"Connected!"
self.status_label.setLabel(self.msg)
return True, True, con_path
if (state == 60 or state == 30) and encryption != "NONE":
self.msg = getLS(30121) #"Not Autorized!"
self.status_label.setLabel(self.msg)
return False, True, con_path
self.msg = getLS(30122) #"Connection failed"
self.status_label.setLabel(self.msg)
return True, True, con_path
def onClick(self, controlId):
self.msg = ""
self.status_label.setLabel(self.msg)
#Activate connection from list
if controlId == self.control_list_id:
#position = self.list.getSelectedPosition()
#Get UUID
item = self.list.getSelectedItem()
uuid = item.getProperty('uuid')
encryption = item.getProperty('encryption')
#print uuid
self.activate_connection(uuid)
for i in range(1, 100):
state,stateTXT = qfpynm.get_device_state(qfpynm.get_wifi_device())
msg = stateTXT
self.status_label.setLabel(msg)
if (state == 100 and i >2):
break
if (i > 2 and state == 60):
if encryption not in ['WPA','WEP']:
print ("Strange encryption:" + encryption)
break
#Prompt for key
key = ""
kb = xbmc.Keyboard("", getLS(30104), False)
kb.doModal()
if (kb.isConfirmed()):
key=kb.getText()
errors = qfpynm.validate_wifi_input(key,encryption)
if key == "" or errors != '':
self.msg = getLS(30109)
self.status_label.setLabel(self.msg)
break
qfpynm.update_wifi(uuid, key, encryption)
qfpynm.activate_connection(uuid)
continue
time.sleep(1)
msg = ''
self.status_label.setLabel(msg)
time.sleep(1)
if state == 100:
msg = getLS(30120) #"Connected!"
elif state == 60:
msg = getLS(30121) #"Not Autorized!"
else:
msg = getLS(30122) #"Connection failed"
self.updateList()
self.status_label.setLabel(msg)
#Add connection button
elif controlId == self.control_add_connection_button_id:
import addConnection
addConnectionUI = addConnection.GUI("script_linux_nm1-add.xml", __cwd__, "default")
self.close()
del addConnectionUI
#disconnect button
elif controlId == self.control_disconnect_button_id:
self.disconnect()
for i in range(1, 20):
state,stateTXT = qfpynm.get_device_state(qfpynm.get_wifi_device())
self.msg = stateTXT
self.status_label.setLabel(self.msg)
if (state == 30):
break
time.sleep(1)
self.updateList()
#Delete button
elif controlId == self.control_delete_button_id:
item = self.list.getSelectedItem()
uuid = item.getProperty('uuid')
self.delete_connection(uuid)
msg = getLS(30115) #Refreshing
self.status_label.setLabel(msg)
time.sleep(2)
self.updateList()
msg = getLS(30126) #Done
self.status_label.setLabel(msg)
self.setFocus(self.control_add_connection_button)
#Status button
elif controlId == self.control_status_button_id:
state,stateTXT = qfpynm.get_nm_state()
msg = stateTXT
self.status_label.setLabel(msg)
#cancel dialog
elif controlId == self.control_cancel_button_id:
self.closeDialog()
def onClick(self, controlId):
self.msg = ""
self.status_label.setLabel(self.msg)
#Activate connection from list
if controlId == self.control_list_id:
#position = self.list.getSelectedPosition()
#Get UUID
item = self.list.getSelectedItem()
uuid = item.getProperty('uuid')
encryption = item.getProperty('encryption')
#print uuid
self.activate_connection(uuid)
for i in range(1, 100):
state, stateTXT = qfpynm.get_device_state(
qfpynm.get_wifi_device())
msg = stateTXT
self.status_label.setLabel(msg)
if (state == 100 and i > 2):
break
if (i > 2 and state == 60):
if encryption not in ['WPA', 'WEP']:
print("Strange encryption:" + encryption)
break
#Prompt for key
key = ""
kb = xbmc.Keyboard("", getLS(30104), False)
kb.doModal()
if (kb.isConfirmed()):
key = kb.getText()
errors = qfpynm.validate_wifi_input(key, encryption)
if key == "" or errors != '':
self.msg = getLS(30109)
self.status_label.setLabel(self.msg)
break
qfpynm.update_wifi(uuid, key, encryption)
qfpynm.activate_connection(uuid)
continue
time.sleep(1)
msg = ''
self.status_label.setLabel(msg)
time.sleep(1)
if state == 100:
msg = getLS(30120) #"Connected!"
elif state == 60:
msg = getLS(30121) #"Not Autorized!"
else:
msg = getLS(30122) #"Connection failed"
self.updateList()
self.status_label.setLabel(msg)
#Add connection button
elif controlId == self.control_add_connection_button_id:
import addConnection
addConnectionUI = addConnection.GUI("script_linux_nm-add.xml",
__cwd__, "default")
self.close()
del addConnectionUI
#disconnect button
elif controlId == self.control_disconnect_button_id:
self.disconnect()
for i in range(1, 20):
state, stateTXT = qfpynm.get_device_state(
qfpynm.get_wifi_device())
self.msg = stateTXT
self.status_label.setLabel(self.msg)
if (state == 30):
break
time.sleep(1)
self.updateList()
#Delete button
elif controlId == self.control_delete_button_id:
item = self.list.getSelectedItem()
uuid = item.getProperty('uuid')
self.delete_connection(uuid)
msg = getLS(30115) #Refreshing
self.status_label.setLabel(msg)
time.sleep(2)
self.updateList()
msg = getLS(30126) #Done
self.status_label.setLabel(msg)
self.setFocus(self.control_add_connection_button)
#Status button
elif controlId == self.control_status_button_id:
state, stateTXT = qfpynm.get_nm_state()
msg = stateTXT
self.status_label.setLabel(msg)
#cancel dialog
elif controlId == self.control_cancel_button_id:
self.closeDialog()
def make_connection(self, item, ask_password=False):
if item.getProperty('active') == 'True':
return True
ssid = item.getProperty('ssid')
uuid = item.getProperty('uuid')
encryption = item.getProperty('encryption')
# print uuid
# if ask_password:
# key = ""
# kb = xbmc.Keyboard("", getLS(30104), False)
# kb.doModal()
# if (kb.isConfirmed()):
# key=kb.getText()
# errors = qfpynm.validate_wifi_input(key,encryption)
# if key == "" or errors != '':
# self.msg = getLS(30109)
# self.status_label.setLabel(self.msg)
# else:
# qfpynm.update_wifi(uuid, key, encryption)
# qfpynm.activate_connection(uuid)
# else:
if uuid != '':
self.activate_connection(uuid)
else:
self.add_wireless(ssid, encryption)
state, stateTXT = qfpynm.get_device_state(qfpynm.get_wifi_device())
self.updateList()
asked = False
for i in range(1, 150):
state, stateTXT = qfpynm.get_device_state(qfpynm.get_wifi_device())
msg = stateTXT
self.status_label.setLabel(msg)
if (state == 100 and i > 2):
break
if (i > 2 and state == 60):
if encryption not in ['WPA', 'WEP']:
print("Strange encryption:" + encryption)
break
# Prompt for key
key = ""
message = 'Enter Password:'******'Connection Failed, please enter password again:'
kb = xbmc.Keyboard("", message, False)
kb.doModal()
if (kb.isConfirmed()):
key = kb.getText()
asked = True
errors = qfpynm.validate_wifi_input(key, encryption)
if key == "" or errors != '':
self.msg = getLS(30109)
self.status_label.setLabel(self.msg)
break
qfpynm.update_wifi(uuid, key, encryption)
qfpynm.activate_connection(uuid)
continue
time.sleep(1)
msg = msg
self.status_label.setLabel(msg)
if state == 100:
msg = getLS(30120) # "Connected!"
elif state == 60:
msg = getLS(30121) # "Not Autorized!"
else:
msg = qfpynm.nm_state.get(state, '') # "Connection failed"
self.updateList()
self.status_label.setLabel(msg)
if state == 100:
xbmc.executebuiltin('XBMC.ActivateWindow(Home)')
self.close()
return True
return False