def opt1(self, p_iJoy=None, p_iLine=None):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
if p_iJoy == None:
return self.opt1_datas()
def opt6(self, p_iJoy=None, p_iLine=None):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
if p_iJoy == None:
return self.opt6_datas()
if p_iJoy & CRT_OK:
value = self.m_oWIFIClass.get_ssid()
if value == "[A:SCAN]":
if len(self.m_oWIFIClass.get_ssid_list()) > 1:
self.info("Select an SSID", "icon_info")
else:
self.info("Scan SSIDs", "icon_info")
elif value == "[Your SSID]":
self.info("Write your SSID", "icon_info")
elif value == self.m_oWIFIClass.status():
self.info("Already connected", "icon_info")
elif not self.m_oWIFIClass.get_pwd():
self.info("Write a password", "icon_info")
else:
self.info("Connecting", "icon_clock")
if self.m_oWIFIClass.connect():
self.info("Connected", "icon_info")
else:
self.info("Could not connect", "icon_info")
#self.m_oWIFIClass.clear()
time.sleep(2)
self.info()
def opt4(self, p_iJoy=None, p_iLine=None):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
if p_iJoy == None:
return self.opt4_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
if self.m_oWIFIClass.get_mode().lower() == "manual":
return
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
self.m_oWIFIClass.ssid(new)
self.m_lLines[p_iLine]['value'] = new
elif p_iJoy & CRT_OK:
if self.m_oWIFIClass.get_mode().lower() == "manual":
value = self.m_lLines[p_iLine]['value']
new = self._launch_kbd("", 30).strip()
if new:
self.m_oWIFIClass.ssid(new)
self.m_lLines[p_iLine]['value'] = new
elif self.m_oWIFIClass.get_mode().lower() == "detect":
value = self.m_lLines[p_iLine]['value']
self.info("Scanning SSIDs", "icon_clock")
list = self.m_oWIFIClass.detect(value)
if list:
self.m_lLines[p_iLine]['options'] = list
self.m_lLines[p_iLine][
'value'] = self.m_oWIFIClass.get_ssid()
self.info()
def opt7_datas(self):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
p_lLines = {'color_val': "type_color_1", 'icon': "icon_bin"}
if self.m_oWIFIClass.status():
p_lLines.update({'text': "Disconnect from SSID"})
else:
p_lLines.update({'text': "Clear config"})
return p_lLines
def opt6_datas(self):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
p_lLines = {
'text': "Connect to WIFI",
'color_val': "type_color_1",
'icon': "icon_bin"
}
return p_lLines
def opt7(self, p_iJoy=None, p_iLine=None):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
if p_iJoy == None:
return self.opt7_datas()
if p_iJoy & CRT_OK:
self.info("Please Wait", "icon_clock")
self.m_oWIFIClass.clear()
self.info("WIFI config cleared", "icon_info")
time.sleep(2)
self.info()
def opt5_datas(self):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
p_lLines = {
'text': "Password",
'color_val': "type_color_1",
'icon': "icon_edit"
}
value = '*****'
p_lLines.update({'value': value})
return p_lLines
def opt3(self, p_iJoy=None, p_iLine=None):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
if p_iJoy == None:
return self.opt3_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
self.m_oWIFIClass.mode(new)
self.m_lLines[p_iLine]['value'] = new
def opt3_datas(self):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
p_lLines = {
'text': "SSID Input Mode",
'color_val': "type_color_1",
'icon': None
}
value = self.m_oWIFIClass.get_mode()
list = self.m_oWIFIClass.get_mode_list()
p_lLines.update({'value': value})
p_lLines.update({'options': list})
return p_lLines
def opt2_datas(self):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
p_lLines = {
'text': "WIFI Country",
'color_val': "type_color_1",
'icon': None
}
value = self.m_oWIFIClass.get_country()
list = self.m_oWIFIClass.get_country_list()
p_lLines.update({'value': value})
p_lLines.update({'options': list})
return p_lLines
def opt5(self, p_iJoy=None, p_iLine=None):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
if p_iJoy == None:
return self.opt5_datas()
if p_iJoy & CRT_OK:
new = self._launch_kbd(self.m_oWIFIClass.get_pwd(), 30)
if new:
if not self.m_oWIFIClass.pwd(new):
self.info([
"Password length", "must be between", "8-63 characters"
], "icon_info")
time.sleep(2)
self.info()
def opt2(self, p_iJoy=None, p_iLine=None):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
if p_iJoy == None:
return self.opt2_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
self.info("Please Wait", "icon_info")
self.m_oWIFIClass.country(new)
value = self.m_oWIFIClass.get_country()
self.m_lLines[p_iLine]['value'] = value
self.info()
def opt1_datas(self):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
p_lLines = {'color_val': "type_color_1", 'icon': None}
value = self.m_oWIFIClass.status()
if value:
text = "Connected"
value = "SSID:" + value
else:
text = "Disconnected"
value = "SSID:N/A"
p_lLines.update({'color_val': "type_color_7"})
p_lLines.update({'text': text})
p_lLines.update({'value': value})
return p_lLines
def opt4_datas(self):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
p_lLines = {'text': "SSID", 'color_val': "type_color_1"}
if self.m_oWIFIClass.get_mode().lower() == "manual":
value = self.m_oWIFIClass.get_ssid()
p_lLines.update({'icon': "icon_edit"})
p_lLines.update({'options': None})
if self.m_oWIFIClass.get_mode().lower() == "detect":
list = self.m_oWIFIClass.get_ssid_list()
value = self.m_oWIFIClass.get_ssid()
if value == "[A:SCAN]":
p_lLines.update({'icon': "icon_bin"})
else:
p_lLines.update({'icon': None})
p_lLines.update({'options': list})
p_lLines.update({'value': value})
return p_lLines