def modem_setup(host, passwd, wifi_passwd):
modem = Compal(host, passwd)
modem.login()
# And/or change wifi settings
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
settings.radio_2g.ssid = '🏚 Open' # \u1F3DA'
settings.radio_2g.mode = 1
settings.radio_2g.security = 0
# 8 = WPA2/PSK
# 20/40MHz
settings.radio_5g.ssid = '\U0001F916\u2028\u2028\u0085🏚\u00A0 Open'
settings.radio_5g.mode = 1
settings.radio_5g.security = 0
if settings.radio_5g.security == 0 or settings.radio_2g.security == 0:
print('[warning]: WiFi security is disabled')
settings.radio_2g.pre_shared_key = wifi_passwd
settings.radio_5g.pre_shared_key = wifi_passwd
wifi.update_wifi_settings(settings)
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
pprint.pprint(settings)
modem.logout()
def switch(host, password, state, band, guest, pause, verbose=False):
if guest:
if state == Switch.OFF:
raise ValueError('Argument guest (--guest, -g) not allowed for switch OFF action!')
modem = Compal(host, password)
modem.login()
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
print(f"Switching wifi {state.name} (band = {band})")
if band == Band.BAND_2G or band == Band.ALL:
settings.radio_2g.bss_enable = 1 if state == Switch.ON else 2
if band == Band.BAND_5G or band == Band.ALL:
settings.radio_5g.bss_enable = 1 if state == Switch.ON else 2
if state == Switch.ON:
band_mode_mask_on = {
Band.BAND_2G: 1,
Band.BAND_5G: 2,
Band.ALL: 3
}
settings.band_mode = (settings.band_mode & 3) | band_mode_mask_on.get(band, None)
else:
band_mode_mask_off = {
Band.BAND_2G: 2,
Band.BAND_5G: 1,
Band.ALL: 0
}
new_mode = settings.band_mode & band_mode_mask_off.get(band, None)
settings.band_mode = new_mode if new_mode != 0 else 4
wifi.update_wifi_settings(settings, verbose)
modem.logout()
print(f"Wait {pause}s till wifi state is changed ...")
time.sleep(pause)
if guest:
modem.login()
wifi_guest_network = WifiGuestNetworkSettings(modem)
guest_settings = wifi_guest_network.wifi_guest_network_settings
wifi_guest_network.update_wifi_guest_network_settings(guest_settings.properties, True)
modem.logout()
print(f"Wait {pause}s till wifi state is changed ...")
time.sleep(pause)
print("Finished.")
def wifi_enabled(ip, password):
modem = Compal(ip, password)
modem.login()
wifi = WifiSettings(modem)
enabled = wifi.wifi_settings.radio_2g.bss_enable == 1
modem.logout()
return enabled
def modem_setup(host, passwd, wifi_passwd):
modem = Compal(host, passwd)
modem.login()
# And/or change wifi settings
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
settings.radio_2g.ssid = '🏚 Open' # \u1F3DA'
settings.radio_2g.mode = 1
settings.radio_2g.security = 0
# 8 = WPA2/PSK
# 20/40MHz
settings.radio_5g.ssid = '\U0001F916\u2028\u2028\u0085🏚\u00A0 Open'
settings.radio_5g.mode = 1
settings.radio_5g.security = 0
if settings.radio_5g.security == 0 or settings.radio_2g.security == 0:
print('[warning]: WiFi security is disabled')
settings.radio_2g.pre_shared_key = wifi_passwd
settings.radio_5g.pre_shared_key = wifi_passwd
wifi.update_wifi_settings(settings)
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
pprint.pprint(settings)
modem.logout()
def toggle_wifi(ip, password):
modem = Compal(ip, password)
modem.login()
# And/or change wifi settings
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
if settings.radio_2g.bss_enable == 2:
# ENABLE 2.4Ghz
settings.radio_2g.bss_enable = 1
else:
# DISABLE 2.4Ghz
settings.radio_2g.bss_enable = 2
wifi.update_wifi_settings(settings)
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
pprint.pprint(settings)
modem.logout()
if settings.radio_2g.bss_enable == 1:
return "WIFI ("+ str(wifi.wifi_settings.radio_2g.ssid) + ") is now ON!"
elif settings.radio_2g.bss_enable == 2:
return "WIFI ("+ str(wifi.wifi_settings.radio_2g.ssid) + ") is now OFF!"
else:
return "ERROR! Something went wrong... :("
def change_wifi_to(ip, password, enableWifi):
lock.acquire()
modem = Compal(ip, password)
modem.login()
# And/or change wifi settings
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
if enableWifi:
if settings.radio_2g.bss_enable == 2:
# ENABLE 2.4Ghz
settings.radio_2g.bss_enable = 1
else:
modem.logout()
lock.release()
return "WIFI was already ON"
if not enableWifi:
if settings.radio_2g.bss_enable == 1:
# DISABLE 2.4Ghz
settings.radio_2g.bss_enable = 2
else:
modem.logout()
lock.release()
return "WIFI was already OFF"
wifi.update_wifi_settings(settings, False)
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
# pprint.pprint(settings)
if enableWifi and settings.radio_2g.bss_enable == 1:
to_return = "WIFI (" + str(wifi.wifi_settings.radio_2g.ssid) + ") is now ON!"
elif not enableWifi and settings.radio_2g.bss_enable == 2:
to_return = "WIFI (" + str(wifi.wifi_settings.radio_2g.ssid) + ") is now OFF!"
else:
to_return = "\nERROR! Something went wrong... :("
modem.logout()
lock.release()
return to_return
def modem_setup(host, passwd, wifi_passwd, factory_reset=False):
print("Attempting connection to %s with password: %s" % (host, passwd))
try:
modem = Compal(host, passwd)
modem.login()
except Exception as err:
print("Login to modem failed! Error: %s" % err)
return
if factory_reset:
# Factory reset
print("Performing factory reset...")
modem.factory_reset()
print("Sleeping for 5 minutes")
time.sleep(300)
# New connection + login again
print("Logging in again...")
modem = Compal(host, passwd)
modem.login()
# And/or change wifi settings
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
if wifi_passwd:
settings.radio_2g.ssid = "modem_setup-2.4"
settings.radio_2g.mode = False
settings.radio_2g.security = 8
# 20/40MHz
settings.radio_2g.bandwidth = 2
settings.radio_5g.ssid = "modem_setup-5"
settings.radio_5g.mode = False
settings.radio_5g.security = 8
settings.radio_2g.pre_shared_key = wifi_passwd
settings.radio_5g.pre_shared_key = wifi_passwd
wifi.update_wifi_settings(settings)
dhcp = DHCPSettings(modem)
dhcp.add_static_lease("192.168.178.17", "d0:50:99:0a:65:52")
dhcp.add_static_lease("192.168.178.16", "BC:5F:F4:FE:05:15")
dhcp.set_upnp_status(False)
fw = PortForwards(modem)
# Disable the firewall
fw.update_firewall(enabled=True)
# Delete all old rules
rules = list(fw.rules)
for rule in rules:
rule.delete = True
fw.update_rules(rules)
# Create the new forwards
fw.add_forward("192.168.178.17", 80, 80, Proto.tcp)
fw.add_forward("192.168.178.17", 1022, 22, Proto.tcp)
fw.add_forward("192.168.178.17", 443, 443, Proto.tcp)
fw.add_forward("192.168.178.17", 32400, 32400, Proto.tcp)
modem.logout()
def modem_setup(host, passwd, wifi_passwd, factory_reset=False):
print("Attempting connection to %s with password: %s" % (host, passwd))
try:
modem = Compal(host, passwd)
modem.login()
except Exception as err:
print("Login to modem failed! Error: %s" % err)
return
if factory_reset:
# Factory reset
print("Performing factory reset...")
modem.factory_reset()
print("Sleeping for 5 minutes")
time.sleep(300)
# New connection + login again
print("Logging in again...")
modem = Compal(host, passwd)
modem.login()
# And/or change wifi settings
wifi = WifiSettings(modem)
settings = wifi.wifi_settings
if wifi_passwd:
settings.radio_2g.ssid = 'modem_setup-2.4'
settings.radio_2g.mode = False
settings.radio_2g.security = 8
# 20/40MHz
settings.radio_2g.bandwidth = 2
settings.radio_5g.ssid = 'modem_setup-5'
settings.radio_5g.mode = False
settings.radio_5g.security = 8
settings.radio_2g.pre_shared_key = wifi_passwd
settings.radio_5g.pre_shared_key = wifi_passwd
wifi.update_wifi_settings(settings)
dhcp = DHCPSettings(modem)
dhcp.add_static_lease('192.168.178.17', 'd0:50:99:0a:65:52')
dhcp.add_static_lease('192.168.178.16', 'BC:5F:F4:FE:05:15')
dhcp.set_upnp_status(False)
fw = PortForwards(modem)
# Disable the firewall
fw.update_firewall(enabled=True)
# Delete all old rules
rules = list(fw.rules)
for rule in rules:
rule.delete = True
fw.update_rules(rules)
# Create the new forwards
fw.add_forward('192.168.178.17', 80, 80, Proto.tcp)
fw.add_forward('192.168.178.17', 1022, 22, Proto.tcp)
fw.add_forward('192.168.178.17', 443, 443, Proto.tcp)
fw.add_forward('192.168.178.17', 32400, 32400, Proto.tcp)
modem.logout()
def status(host, password):
modem = Compal(host, password)
modem.login()
parser = etree.XMLParser(recover=True)
global_settings = etree.fromstring(modem.xml_getter(GetFunction.GLOBALSETTINGS, {}).content, parser=parser)
system_info = etree.fromstring(modem.xml_getter(GetFunction.CM_SYSTEM_INFO, {}).content, parser=parser)
basic_status = etree.fromstring(modem.xml_getter(GetFunction.WIRELESSBASIC_2, {}).content, parser=parser)
status_2 = etree.fromstring(modem.xml_getter(GetFunction.STATUS_2, {}).content, parser=parser)
modem_status = {
"model": global_settings.find("ConfigVenderModel").text,
"hw_version": system_info.find("cm_hardware_version").text,
"sw_version": global_settings.find("SwVersion").text,
"cm_serial_number": system_info.find("cm_serial_number").text,
"cm_mac_addr": system_info.find("cm_mac_addr").text,
"operator_id": global_settings.find("OperatorId").text,
"network_mode": global_settings.find("GwProvisionMode").text,
"status": basic_status.find("cm_status").text.lower(),
"uptime": system_info.find("cm_system_uptime").text
}
wifi_settings = WifiSettings(modem).wifi_settings
wifi_band_settings = [wifi_settings.radio_2g, wifi_settings.radio_5g]
wifi_status = []
for wifi_band in wifi_band_settings:
wifi_band = {
"radio": wifi_band.radio,
"enabled": wifi_band.bss_enable == 1,
"ssid": wifi_band.ssid,
"hidden": wifi_band.hidden == 1
}
wifi_status.append(wifi_band)
wifi_guest_network_settings = WifiGuestNetworkSettings(modem).wifi_guest_network_settings
wifi_guest_status = [
{
"radio": "2g",
"enabled": wifi_guest_network_settings.enabling_2g.enabled,
"mac": wifi_guest_network_settings.enabling_2g.guest_mac,
"ssid": wifi_guest_network_settings.properties.ssid,
"hidden": wifi_guest_network_settings.properties.hidden == 1
},
{
"radio": "5g",
"enabled": wifi_guest_network_settings.enabling_5g.enabled,
"mac": wifi_guest_network_settings.enabling_5g.guest_mac,
"ssid": wifi_guest_network_settings.properties.ssid,
"hidden": wifi_guest_network_settings.properties.hidden == 1
},
]
telephone_lines = list(status_2.iter("Line"))
telephone_line = [
Commands.__create_telephone_line(telephone_lines[0]),
Commands.__create_telephone_line(telephone_lines[1]),
]
modem.logout()
return {
"modem": modem_status,
"wifi": wifi_status,
"wifi_guest": wifi_guest_status,
"telephone_line": telephone_line,
}