def POST(self):
input = web.input()
if input.Submit == "stop_pairing":
set_bt_discoverable(False)
if bluetooth.stop_pairing() is True:
# show info and then go back to Index screen
return render.info("Pairing stopped", "/bluetooth")
return render.error(
"Pairing process could not be stopped. Wait for timeout to happen."
)
# Set the bluetooth device as discoverable so that we can find
# it while pairing
error = set_bt_discoverable(True)
bluetooth_set_pairable(True)
if error is None:
# if input.pin != "":
# use_pin = True
# else:
# use_pin = False
input.pin = ""
use_pin = False
status = bluetooth.start_pairing(use_pin, input.pin)
set_bt_discoverable(False)
bluetooth_set_pairable(False)
else:
return render.error("%s: %s" %
(error._dbus_error_name, error.message))
if status is False:
return render.error("Pairing failed")
return view.main_screen()
def POST(self):
if not logged():
raise web.seeother("/login")
input = web.input()
if input.Submit == "stop_pairing":
set_bt_discoverable(False)
if bluetooth.stop_pairing() == True:
return render.error("Pairing stopped")
return render.error("Pairing process could not be stopped. Wait for timeout to happen.")
# Set the bluetooth device as discoverable so that we can find
# it while pairing
error = set_bt_discoverable(True)
if error == None:
if input.pin != "":
use_pin = True
else:
use_pin = False
status = bluetooth.start_pairing(use_pin, input.pin)
set_bt_discoverable(False)
else:
return render.error("%s: %s" % (error._dbus_error_name, error.message))
if status == False:
return render.error("Pairing failed")
return view.main_screen()
def POST(self):
if not logged():
raise web.seeother("/login")
input = web.input()
if input.Submit == "tethering":
if input["wifi"] == "ON":
# Only validating the form if Wlan tethering is turned ON
input.valid = True
try:
len_passphrase = len(input["passphrase"])
except:
len_passphrase = 0;
try:
len_ssid = len(input["ssid"])
except:
len_ssid = 0;
if len_ssid == 0:
tethering.form.note = "Wlan SSID missing"
input.valid = False
elif len_passphrase < 8 or len_passphrase > 64:
tethering.form.note = "Passphrase must be between 8 and 64 characters"
input.valid = False
if not input.valid:
return render.base(view.listing(),
title, logout, help)
else:
tethering.form.note = ""
tethering.update(input)
else:
tethering.form.note = ""
tethering.update(input)
elif input.Submit == "technology":
if not technology.form.validates():
return render.base(view.listing(),
title, logout, help)
else:
technology.update(input)
elif input.Submit == "rescan":
rescan.update(input)
# allow some time for the scan to return some results
time.sleep(6)
return view.main_screen()
def POST(self):
input = web.input()
if input.Submit == "tethering":
if input["wifi"] == "ON":
# Only validating the form if Wlan tethering is turned ON
input.valid = True
try:
len_passphrase = len(input["passphrase"])
except:
len_passphrase = 0
try:
len_ssid = len(input["ssid"])
except:
len_ssid = 0
if len_ssid == 0:
tethering.form.note = "Wlan SSID missing"
input.valid = False
elif len_passphrase < 8 or len_passphrase > 64:
tethering.form.note = "Passphrase must be between 8 and 64 characters"
input.valid = False
if not input.valid:
return render.base(view.listing(), title, help)
else:
tethering.form.note = ""
tethering.update(input)
else:
tethering.form.note = ""
tethering.update(input)
elif input.Submit == "technology":
if not technology.form.validates():
return render.base(view.listing(), title, help)
else:
technology.update(input)
elif input.Submit == "rescan":
rescan.update(input)
# allow some time for the scan to return some results
time.sleep(6)
return view.main_screen()
def POST(self):
if not cellular.form.validates():
return cellular.view()
input = web.input()
(error, modem) = set_cellular_pin(input.pin)
if error != None:
return render.error("Setting PIN failed.<br>%s: %s" %
(error._dbus_error_name, error.message))
(error, text) = activate_cellular()
if error != None:
return render.error("Activating cellular context failed. %s: %s" %
(error._dbus_error_name, error.message))
if text != None:
return render.error(text)
return view.main_screen()
def POST(self):
if not logged():
raise web.seeother("/login")
if not cellular.form.validates():
return cellular.view()
input = web.input()
(error, modem) = set_cellular_pin(input.pin)
if error != None:
return render.error("Setting PIN failed.<br>%s: %s" % (error._dbus_error_name, error.message))
(error, text) = activate_cellular()
if error != None:
return render.error("Activating cellular context failed. %s: %s" % (error._dbus_error_name, error.message))
if text != None:
return render.error(text)
return view.main_screen()
def POST(self):
if is_allowed() and logged():
raise web.seeother("/")
if not self.login_form.validates():
return render.login(self.login_form,
"Login failed. Please authenticate yourself")
username, password = web.input().user, web.input().passwd
salt = ""
password_without_hash = ""
for userpwd in allowed:
(allowed_username, hashed_password) = userpwd
if username == allowed_username:
split_password = hashed_password.rsplit("$", 1)
salt = split_password[0] + "$"
password_without_hash = split_password[1]
break
hashed_password = crypt.crypt(password, salt)
if (username, hashed_password) in allowed:
session.logged_in = True
return view.main_screen()
else:
session.logged_in = False
return render.login_error()
def GET(self):
return view.main_screen()
def GET(self):
if not logged():
raise web.seeother('/login')
return view.main_screen()