def test_local_ipv6(self, setUp):
"""Check if a WiFi 5GHz Client can ping gateway's local IPV6 address"""
assertion = Assert()
network = conn()
# select wireless interface and enable wireless
radio_page = RadioPage(self.firefox)
radio_page.select_wifi_interface(iface="5.0GHZ")
radio_page.enable(radio_page.get_wireless())
radio_page.apply_changes()
# assert wireless and bandwidth
assertion.is_equal(radio_page.get_wifi_interface(), "5 Ghz")
wireless = radio_page.get_wireless()
assertion.is_true(radio_page.is_enabled(wireless), "Wireless")
# enable primary network -> broadcast ssid
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_primary_network())
network_page.apply_changes()
# assert primary network is enabled
netwrk = network_page.get_primary_network()
assertion.is_true(network_page.is_enabled(netwrk), 'Primary Network')
# Get DUT local ipv6 address through WebUI
time.sleep(2)
basic_page = BasicPage(self.firefox)
DUT_ipv6_addr = basic_page.get_ipv6_address()
# Wifi connection attempt
wifi_connection = network.wifi_connection(ssid=self.SSID,
pswd=self.SSID_PASS,
timeout=20)
try:
assertion.is_wificonnected(wifi_connection)
except WifiConnError:
# reset changes
radio_page = RadioPage(self.firefox)
radio_page.reset_wireless_default()
raise
# Disconnect wired interface
eth_iface = network.eth_iface_name() # get name of wired iface
eth_disc_attempt = network.disconnect_iface(eth_iface)
try:
assertion.is_sucessful(eth_disc_attempt, "ethernet disconnect")
except NetworkError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# Ping attempt to local ipv6 of DUT
wifi_iface = network.wifi_iface_name()
dut_ping6_attempt = network.ping6_attempt(wifi_iface, DUT_ipv6_addr)
try:
assertion.is_sucessful(dut_ping6_attempt, "ping attempt")
finally:
network.connect_iface(eth_iface)
self.reset_wifisession(self.firefox, self.SSID)
def test_open_sec(self, setUp):
"""Connect station to open wifi network"""
network = conn()
assertion = Assert()
# select wireless interface and enable wireless
radio_page = RadioPage(self.firefox)
radio_page.select_wifi_interface(iface="2.4GHZ")
radio_page.enable_wireless()
radio_page.apply_changes()
# assert wireless and bandwidth
assertion.is_equal(radio_page.get_wifi_interface(), "2.4 Ghz")
assertion.is_equal(radio_page.wireless_isenabled(), "Enabled")
# disable WPA2
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_primary_network())
network_page.disable(network_page.get_wpa2())
network_page.apply_changes()
# assert WPA2 (therefore WPA too for 3P Box) is disabled
assertion.is_true(
network_page.is_enabled(network_page.get_primary_network()),
'Primary Network')
assertion.is_false(network_page.is_enabled(network_page.get_wpa2()),
'WPA 2')
# Wifi connection attempt
network.reset_network_mngr()
time.sleep(5)
wifi_connection = network.wifi_connection_nosec(ssid=self.SSID)
try:
assertion.is_wificonnected(wifi_connection)
except WifiConnError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# Disconnect wired interface
eth_iface = network.eth_iface_name() # get name of wired iface
eth_disc_attempt = network.disconnect_iface(eth_iface)
try:
assertion.is_sucessful(eth_disc_attempt, "ethernet disconnect")
except NetworkError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# ping attempt
wifi_iface = network.wifi_iface_name() # get name of wifi iface
ip = 'www.google.com'
ping_attempt = network.ping_attempt(wifi_iface, ip)
try:
assertion.is_sucessful(ping_attempt, "ping attempt")
finally:
network.connect_iface(eth_iface)
self.reset_wifisession(self.firefox, self.SSID)
def test_defaultkey(self, setUp):
"""Connect client to DUT wifi 5.0Ghz network with default key
"""
assertion = Assert()
network = conn()
# select wireless interface and enable wireless
radio_page = RadioPage(self.firefox)
radio_page.select_wifi_interface(iface="5.0GHZ")
radio_page.enable(radio_page.get_wireless())
radio_page.apply_changes()
# assert wireless and bandwidth
assertion.is_equal(radio_page.get_wifi_interface(), "5 Ghz")
wireless = radio_page.get_wireless()
assertion.is_true(radio_page.is_enabled(wireless), "Wireless")
# enable primary network -> broadcast ssid
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_primary_network())
network_page.apply_changes()
# assert primary network is enabled
netwrk = network_page.get_primary_network()
assertion.is_true(network_page.is_enabled(netwrk), 'Primary Network')
# Wifi connection attempt
wifi_connection = network.wifi_connection(
ssid=self.SSID, pswd=self.SSID_PASS, timeout=20)
try:
assertion.is_wificonnected(wifi_connection)
except WifiConnError:
# reset changes
radio_page = RadioPage(self.firefox)
radio_page.reset_wireless_default()
raise
# Disconnect wired interface
eth_iface = network.eth_iface_name() # get name of wired iface
eth_disc_attempt = network.disconnect_iface(eth_iface)
try:
assertion.is_sucessful(eth_disc_attempt, "ethernet disconnect")
except NetworkError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# ping attempt
ip = '192.168.0.1'
wifi_iface = network.wifi_iface_name() # get name of wifi iface
ping_attempt = network.ping_attempt(wifi_iface, ip)
try:
assertion.is_sucessful(ping_attempt, "ping attempt")
finally:
network.connect_iface(eth_iface)
self.reset_wifisession(self.firefox, self.SSID)
def common_bandwidth(self, band=None):
"""Test Bandwidth"""
assertion = Assert()
network = conn()
# select wireless interface and bandwidth and enable wireless
radio_page = RadioPage(self.firefox)
radio_page.select_wifi_interface(iface="2.4GHZ")
radio_page.enable_wireless()
radio_page.select_bandwidth(band)
radio_page.apply_changes()
radio_page.refresh_page()
# assert wireless and bandwidth
assertion.is_equal(radio_page.get_wifi_interface(), "2.4 Ghz")
assertion.is_equal(radio_page.wireless_isenabled(), "Enabled")
assertion.is_equal(radio_page.get_bandwidth(), band)
# enable primary network and wpa2
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_primary_network())
network_page.enable(network_page.get_wpa2())
# check primary network and wpa2 are enabled
assertion.is_true(
network_page.is_enabled(network_page.get_primary_network()),
'Primary Network')
assertion.is_true(network_page.is_enabled(network_page.get_wpa2()),
'WPA 2')
# wifi connection attempt
time.sleep(5)
wifi_connection = network.wifi_connection(ssid=self.SSID,
pswd=self.SSID_PASS)
assertion.is_wificonnected(wifi_connection)
# Disconnect wired interface
eth_iface = network.eth_iface_name() # get name of wired interface
eth_disc_attempt = network.disconnect_iface(eth_iface)
try:
assertion.is_sucessful(eth_disc_attempt, 'ethernet disconnect')
except NetworkError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# ping attempt
wifi_iface = network.wifi_iface_name() # get name of wifi iface
ip = '192.168.0.1'
ping_attempt = network.ping_attempt(wifi_iface, ip)
try:
assertion.is_sucessful(ping_attempt, 'ping attempt')
finally:
network.connect_iface(eth_iface)
self.reset_wifisession(self.firefox, self.SSID)
def test_default_encryp(self, setUp):
""" Test default Encryption WPA2-PSK/AES - Transfer data"""
assertion = Assert()
network = conn()
# factory reset
security_page = SecurityPage(self.firefox)
security_page.factory_reset()
time.sleep(60)
# log in
login_page = LoginPage(self.firefox)
login_page.enter_credentials(self.USERNAME, self.PASSWORD)
# select wireless interface and enable wireless
radio_page = RadioPage(self.firefox)
radio_page.select_wifi_interface(iface="2.4GHZ")
radio_page.enable(radio_page.get_wireless())
radio_page.apply_changes()
# assert wireless and bandwidth
assertion.is_equal(radio_page.get_wifi_interface(), "2.4 Ghz")
wireless = radio_page.get_wireless()
assertion.is_true(radio_page.is_enabled(wireless), "Wireless")
# Assert if WPA is disabled as default
network_page = NetworkPage(self.firefox)
wpa = network_page.get_wpa()
assertion.is_false(network_page.is_enabled(wpa), "WPA disabled")
# Assert if WPA2 is enabled as defaul
wpa2 = network_page.get_wpa2()
assertion.is_true(network_page.is_enabled(wpa2), "WPA2 enabled")
# Assert if AES encryption mode is enabled as default
encrypt = network_page.get_encryption()
assertion.is_equal(encrypt, 'AES')
# wifi connection attempt
wifi_conn_attempt = network.wifi_connection(
ssid=self.SSID, pswd=self.SSID_PASS, timeout=20)
assertion.is_wificonnected(wifi_conn_attempt)
# disconnect ethernet interface
try:
eth_iface = network.eth_iface_name()
eth_disc_attempt = network.disconnect_iface(eth_iface)
assertion.is_true(eth_disc_attempt, "Disconnect ethernet")
except Exception:
self.reset_wifisession(self.firefox, self.SSID)
raise
# Transfer data between Wlan client and DUT
time.sleep(3)
url = '192.168.0.1'
try:
data_transf = network.transfer_data(url)
assertion.is_true(data_transf, 'Data Transfer')
finally:
# reconfigure network interfaces to original settings
network.connect_iface(eth_iface)
self.reset_wifisession(self.firefox, self.SSID)
def test_wpa2_to_wpa(self, setUp):
"""Connect WS to DUT then change sec wpa2 to wpa/wpa2
"""
network = conn()
assertion = Assert()
# select wireless interface and enable wireless
radio_page = RadioPage(self.firefox)
radio_page.select_wifi_interface(iface="2.4GHZ")
radio_page.enable(radio_page.get_wireless())
radio_page.apply_changes()
# assert wireless is enabled and wifi interface is 2.4Ghz
assertion.is_equal(radio_page.get_wifi_interface(), "2.4 Ghz")
wireless = radio_page.get_wireless()
assertion.is_true(radio_page.is_enabled(wireless), "Wireless")
# enable primary network and wpa2 and disable wpa
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_primary_network())
network_page.enable(network_page.get_wpa2())
network_page.disable(network_page.get_wpa())
network_page.apply_changes()
# check primary network and wpa2 are enabled and encryption is AES
netwrk = network_page.get_primary_network()
assertion.is_true(network_page.is_enabled(netwrk), 'Primary Network')
wpa2 = network_page.get_wpa2()
assertion.is_true(network_page.is_enabled(wpa2), 'WPA2 enabled')
wpa = network_page.get_wpa()
assertion.is_false(network_page.is_enabled(wpa), 'WPA disabled')
# Wifi connection attempt
network.reset_network_mngr()
wifi_connection = network.wifi_connection(ssid=self.SSID,
pswd=self.SSID_PASS,
timeout=20)
try:
assertion.is_wificonnected(wifi_connection)
except WifiConnError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# enable wpa
time.sleep(30)
network_page.enable(network_page.get_wpa())
# Set encryption to TKIP
network_page.set_encryption("TKIP")
network_page.apply_changes()
# check wpa-psk is enabled and encryption is TKIP
print(network_page.is_enabled(network_page.get_wpa()))
assertion.is_true(network_page.is_enabled(network_page.get_wpa()),
'WPA is enabled')
assertion.is_equal(network_page.get_encryption(), 'TKIP+AES')
# Disconnect wired interface
eth_iface = network.eth_iface_name() # get name of wired iface
eth_disc_attempt = network.disconnect_iface(eth_iface)
try:
assertion.is_sucessful(eth_disc_attempt, "ethernet disconnect")
except NetworkError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# ping attempt
ip = 'www.google.com'
wifi_iface = network.wifi_iface_name() # get name of wifi iface
ping_attempt = network.ping_attempt(wifi_iface, ip)
try:
assertion.is_sucessful(ping_attempt, "ping attempt")
finally:
network.connect_iface(eth_iface)
self.reset_wifisession(self.firefox, self.SSID)
def test_custom_key(self, setUp):
"""Set new key passphrase then connect WS to DUT.
"""
network = conn()
assertion = Assert()
# select wireless interface and enable wireless
radio_page = RadioPage(self.firefox)
radio_page.select_wifi_interface(iface="2.4GHZ")
radio_page.enable_wireless()
radio_page.apply_changes()
# assert wireless and bandwidth
assertion.is_equal(radio_page.get_wifi_interface(), "2.4 Ghz")
assertion.is_equal(radio_page.wireless_isenabled(), "Enabled")
# enable primary network, enable WPA2 and disable WPA
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_primary_network())
network_page.enable(network_page.get_wpa2())
network_page.disable(network_page.get_wpa())
network_page.apply_changes()
# Assert only WPA2 is enabled
assertion.is_true(
network_page.is_enabled(network_page.get_primary_network()),
'Primary Network')
assertion.is_true(network_page.is_enabled(network_page.get_wpa2()),
'WPA 2')
assertion.is_false(network_page.is_enabled(network_page.get_wpa()),
'WPA')
# change key passphrase to '1234567890'
password = '******'
network_page.set_password(password)
network_page.apply_changes()
# assert password was changed
print(network_page.get_password())
assertion.is_equal(network_page.get_password(), password)
# Wifi connection attempt
network.reset_network_mngr()
wifi_connection = network.wifi_connection(ssid=self.SSID,
pswd=password,
timeout=20)
try:
assertion.is_wificonnected(wifi_connection)
except WifiConnError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# Disconnect wired interface
eth_iface = network.eth_iface_name() # get name of wired iface
eth_disc_attempt = network.disconnect_iface(eth_iface)
try:
assertion.is_sucessful(eth_disc_attempt, "ethernet disconnect")
except NetworkError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# ping attempt
wifi_iface = network.wifi_iface_name() # get name of wifi iface
ip = 'www.google.com'
time.sleep(10)
ping_attempt = network.ping_attempt(wifi_iface, ip)
time.sleep(10)
try:
assertion.is_sucessful(ping_attempt, "ping attempt")
finally:
network.connect_iface(eth_iface)
self.reset_wifisession(self.firefox, self.SSID)
# enable wpa
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_wpa())
# Set encryption to TKIP
network_page.set_encryption("TKIP")
# Change WiFi password
new_pass = '******'
network_page.set_password(new_pass)
network_page.apply_changes()
# check wpa-psk is enabled and encryption is TKIP
assertion.is_true(network_page.is_enabled(network_page.get_wpa()),
'WPA is enabled')
assertion.is_equal(network_page.get_encryption(), 'TKIP+AES')
# check password is 'WpaPskChange'
assertion.is_equal(network_page.get_password(), new_pass)
# Wifi connection attempt
network.reset_network_mngr()
wifi_connection = network.wifi_connection(ssid=self.SSID,
pswd=new_pass,
timeout=20)
try:
assertion.is_wificonnected(wifi_connection)
except WifiConnError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# Disconnect wired interface
eth_disc_attempt = network.disconnect_iface(eth_iface)
try:
assertion.is_sucessful(eth_disc_attempt, "ethernet disconnect")
except NetworkError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# ping attempt
ip = 'www.google.com'
ping_attempt = network.ping_attempt(wifi_iface, ip)
try:
assertion.is_sucessful(ping_attempt, "ping attempt")
finally:
network.connect_iface(eth_iface)
self.reset_wifisession(self.firefox, self.SSID)
def test_ssid_newname(self, setUp):
"""Check DUT disconnects connected client after ssid name change
"""
network = conn()
assertion = Assert()
# select wireless interface and enable wireless
radio_page = RadioPage(self.firefox)
radio_page.select_wifi_interface(iface="2.4GHZ")
radio_page.enable(radio_page.get_wireless())
radio_page.apply_changes()
# assert wireless is enabled and wifi interface is 2.4Ghz
assertion.is_equal(radio_page.get_wifi_interface(), "2.4 Ghz")
wireless = radio_page.get_wireless()
assertion.is_true(radio_page.is_enabled(wireless), "Wireless")
# enable primary network and wpa2
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_primary_network())
network_page.enable(network_page.get_wpa2())
network_page.apply_changes()
# check primary network and wpa2 are enabled and encryption is AES
netwrk = network_page.get_primary_network()
assertion.is_true(network_page.is_enabled(netwrk), 'Primary Network')
wpa2 = network_page.get_wpa2()
assertion.is_true(network_page.is_enabled(wpa2), 'WPA2 enabled')
# Wifi connection attempt
network.reset_network_mngr()
wifi_connection = network.wifi_connection(ssid=self.SSID,
pswd=self.SSID_PASS,
timeout=20)
try:
assertion.is_wificonnected(wifi_connection)
except WifiConnError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# Change SSID name to 'NET_2G215F64NEWSSIDNAME'
new_ssid = "{0}NEWSSIDNAME".format(self.SSID)
network_page.set_ssid_name(new_ssid)
network_page.apply_changes()
# Assert SSID was changed
ssid = network_page.get_ssid_name()
try:
assertion.is_equal(ssid, new_ssid)
except WebElementError:
# reset wireless configuration
self.reset_wifisession(self.firefox, self.SSID)
raise
# Check if WS still connected
time.sleep(20)
connection_status = network.ssid_isconnected(ssid=self.SSID)
try:
assertion.is_false(connection_status, 'client online')
except Exception:
self.reset_wifisession(self.firefox, self.SSID)
raise
# Connect to the DUT with new ssid name NET_2G215F64NEWSSIDNAME
conn_attempt = network.wifi_connection(ssid=new_ssid,
pswd=self.SSID_PASS)
try:
assertion.is_true(conn_attempt, "connection attempt")
finally:
network.delete_wifi_profile(ssid=new_ssid)
self.reset_wifisession(self.firefox, self.SSID)
def common_channel(self, band=None, channel=None):
"""Connect client to band and channel provided"""
network = conn()
assertion = Assert()
# select wireless interface and bandwidth and enable wireless
radio_page = RadioPage(self.firefox)
radio_page.select_wifi_interface(iface="5.0GHZ")
radio_page.enable(radio_page.get_wireless())
radio_page.select_bandwidth(band)
radio_page.set_channel(channel)
radio_page.apply_changes()
# assert wireless and bandwidth
assertion.is_equal(radio_page.get_wifi_interface(), "5 Ghz")
wireless = radio_page.get_wireless()
assertion.is_true(radio_page.is_enabled(wireless), "Wireless Enabled")
assertion.is_equal(radio_page.get_bandwidth(), band)
assertion.is_equal(radio_page.get_channel(), channel)
# enable primary network
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_primary_network())
network_page.apply_changes()
# assert primary network is enabled
netwrk = network_page.get_primary_network()
assertion.is_true(network_page.is_enabled(netwrk), 'Primary Network')
# Wifi connection attempt
time.sleep(120) # DUT needs time to apply channel changes
wifi_connection = network.wifi_connection(ssid=self.SSID,
pswd=self.SSID_PASS,
timeout=20)
try:
assertion.is_wificonnected(wifi_connection)
except WifiConnError:
# reset changes
radio_page = RadioPage(self.firefox)
radio_page.reset_wireless_default()
raise
# Disconnect wired interface
eth_iface = network.eth_iface_name() # get name of wired iface
eth_disc_attempt = network.disconnect_iface(eth_iface)
try:
assertion.is_sucessful(eth_disc_attempt, "ethernet disconnect")
except NetworkError:
self.reset_wifisession(self.firefox, self.SSID)
raise
# ping attempt
ip = '192.168.0.1'
wifi_iface = network.wifi_iface_name() # get name of wifi iface
ping_attempt = network.ping_attempt(wifi_iface, ip)
try:
assertion.is_sucessful(ping_attempt, "ping attempt")
finally:
network.connect_iface(eth_iface)
self.reset_wifisession(self.firefox, self.SSID)
def test_deny_opensec(self, setUp):
"""DUT denies access to client without password"""
network = conn()
assertion = Assert()
# select wireless interface and enable wireless
radio_page = RadioPage(self.firefox)
radio_page.select_wifi_interface(iface="2.4GHZ")
radio_page.enable_wireless()
radio_page.apply_changes()
# assert wireless is enabled and bandwidth is 2.4Ghz
assertion.is_equal(radio_page.get_wifi_interface(), "2.4 Ghz")
assertion.is_equal(radio_page.wireless_isenabled(), "Enabled")
# enable Primary Network and WPA2 and disable WPA
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_primary_network())
network_page.enable(network_page.get_wpa2())
network_page.disable(network_page.get_wpa())
network_page.apply_changes()
# Assert only WPA2 is enabled
assertion.is_true(
network_page.is_enabled(network_page.get_primary_network()),
'Primary Network')
assertion.is_true(network_page.is_enabled(network_page.get_wpa2()),
'WPA 2')
assertion.is_false(network_page.is_enabled(network_page.get_wpa()),
'WPA')
# Wifi connection attempt
network.reset_network_mngr()
wifi_connection = network.wifi_connection_nosec(ssid=self.SSID)
try:
assertion.is_false(wifi_connection, 'wifi connection')
finally:
self.reset_wifisession(self.firefox, self.SSID)
# enable wpa and set encryption to TKIP
network_page = NetworkPage(self.firefox)
network_page.enable(network_page.get_wpa())
network_page.set_encryption("TKIP")
network_page.apply_changes()
# check wpa-psk is enabled and encryption is TKIP
assertion.is_true(network_page.is_enabled(network_page.get_wpa()),
'WPA is enabled')
assertion.is_equal(network_page.get_encryption(), 'TKIP+AES')
# Wifi connection attempt
network.reset_network_mngr()
wifi_connection = network.wifi_connection_nosec(ssid=self.SSID)
try:
assertion.is_false(wifi_connection, 'wifi connection')
finally:
self.reset_wifisession(self.firefox, self.SSID)
# disable WPA2
network_page = NetworkPage(self.firefox)
network_page.disable(network_page.get_wpa2())
network_page.apply_changes()
# assert WPA2 (therefore WPA too for 3P Box) is disabled
assertion.is_false(network_page.is_enabled(network_page.get_wpa2()),
'WPA 2')
# Wifi connection attempt
network.reset_network_mngr()
time.sleep(5)
wifi_connection = network.wifi_connection_nosec(ssid=self.SSID)
try:
assertion.is_wificonnected(wifi_connection)
finally:
self.reset_wifisession(self.firefox, self.SSID)