def scan_wifi(self, serial):
wifi_generic_steps.scan_and_check_ap(attrs["ap_name"],
option = "refresh",
serial = serial)()
# check we are connected to the correct network.
wifi_generic_steps.check_connection_info(serial=serial,
SSID=ddwrt_ap_name,
state='CONNECTED/CONNECTED')()
# hide APs SSID
ap_steps.setup(mode,
security,
encryption=encryption,
wifi_password=ddwrt_ap_pass,
serial=serial,
hidden_ssid="1")()
# wait for the SSID to hide then seek : DUT auto-disconnects and AP disappears from AP list
wifi_generic_steps.scan_and_check_ap(ddwrt_ap_name,
should_exist=False,
serial=serial)()
# add the hidden Wi-Fi network
wifi_generic_steps.add_network(ssid=ddwrt_ap_name,
security=dut_security,
password=ddwrt_ap_pass,
serial=serial)()
# wait until the device connects to the wifi network
wifi_generic_steps.wait_until_connected(serial=serial)()
# check we are connected to the correct network
wifi_generic_steps.check_connection_info(serial=serial,
SSID=ddwrt_ap_name,
state='CONNECTED/CONNECTED')()
args[key] = val # mandatory params ap_name = args["ap_name"] ##### test start ##### adb_steps.connect_device(serial=serial, port=adb_server_port)() # turn display on, if turned off ui_steps.wake_up_device(serial=serial)() # ensure the device is unlocked ui_steps.unlock_device(serial=serial, pin=wifi_defaults.wifi['pin'])() # go to home screen ui_steps.press_home(serial=serial)() # make sure there are no saved networks wifi_generic_steps.clear_saved_networks(serial=serial)() # airplane mode on wifi_generic_steps.set_airplane_mode(state="ON", serial=serial)() # wifi ON wifi_generic_steps.set_wifi(state="ON", serial=serial)() # scan and look for ap_name wifi_generic_steps.scan_and_check_ap(serial=serial, ap=ap_name)() ##### test end #####
adb_steps.reboot(serial=serial, ip_enabled=False)()
wifi_steps.open_wifi_settings(serial=serial)()
# Click "More"
ui_steps.click_button(serial=serial,
view_to_find={"descriptionContains": "More"},
view_to_check={"textContains": "Add network"})()
# Click "Advanced"
ui_steps.click_button(serial=serial,
view_to_find={"textContains": "Advanced"},
view_to_check={"textContains": "5 GHz only"})()
wifi_steps.check_scanned_ssid_frequencies(serial=serial,
frequency_band='5')
if test_type == 'reconnect_2.4GHz':
wifi_generic_steps.scan_and_check_ap(new_ssid + '5',
trycount=10,
should_exist=True,
serial=serial)()
# add the 2.4GHz Wi-Fi network
wifi_generic_steps.connect_with_password(ap_name=new_ssid,
password='******',
serial=serial)()
wifi_generic_steps.wait_until_connected(serial=serial)()
# add the 5GHz Wi-Fi network
wifi_generic_steps.connect_with_password(ap_name=new_ssid + '5',
password='******',
serial=serial)()
# wait until the device connects to a wifi network
# go to home screen
ui_steps.press_home(serial=serial)()
# make sure the test SSID is not saved in the known list
wifi_generic_steps.clear_saved_networks(serial=serial)()
# try to connect to the AP with wrong password
wifi_generic_steps.add_network(ssid=ddwrt_ap_name,
security=dut_security,
password=ddwrt_ap_pass + "_wrong",
identity=radius_identity,
EAP_method=EAP_method,
phase_2_auth=phase_2_auth,
serial=serial)()
# verify in the GUI that DUT is not connected
wifi_generic_steps.check_wifi_state_disconnected(ap_name=ddwrt_ap_name,
security=dut_security,
encryption=encryption,
wrong_password=True,
serial=serial)()
# check that the SSID is "remembered" on DUT
wifi_generic_steps.scan_and_check_ap(ap=ddwrt_ap_name, serial=serial)()
#wifi_generic_steps.wifi_check_SSID_known(ap_name = ddwrt_ap_name,
# serial = serial)()
# remove the SSID from the known list
wifi_generic_steps.clear_saved_networks(serial=serial)()
##### test end #####
ui_steps.wake_up_device(serial = serial)() # ensure the device is unlocked ui_steps.unlock_device(serial = serial, pin=wifi_defaults.wifi['pin'])() # go to home screen ui_steps.press_home(serial = serial)() # make sure there are no saved networks wifi_generic_steps.clear_saved_networks(serial = serial)() # check we are disconnected from AP wifi_generic_steps.check_wifi_state_disconnected(ap_name=ap_name, serial=serial)() # Check we can scan and find the AP wifi_generic_steps.scan_and_check_ap(serial=serial, ap=ap_name, should_exist=True)() # Put the device to sleep ui_steps.put_device_into_sleep_mode(serial=serial)() # Set the wireless interface on the AP down ap_steps.set_ap_wireless(state="down")() # Wait for 10 seconds time.sleep(10) # Wake up the device ui_steps.wake_up_device(serial=serial)() # Unlock the device using swipe ui_steps.unlock_device(serial = serial, pin=wifi_defaults.wifi['pin'])()
# config AP2 virt ON
ap_steps.setup_virtual_interface(True,
security,
encryption=encryption,
wifi_password=ap_pass,
radius_ip=radius_ip,
radius_secret=radius_secret,
new_ssid=ap_name_virt_2,
interface5ghz=interface5ghz_ap2,
virt_if_idx=virt_if_idx,
reload_ap=False,
serial=serial)()
# wait AP2/ap_name_virt_2 is scanned
wifi_generic_steps.scan_and_check_ap(ap_name_virt_2,
serial=serial,
option="refresh")()
# check we are connected to the correct network.
wifi_generic_steps.check_connection_info(serial=serial,
SSID=ap_name_virt_1,
state='CONNECTED/CONNECTED')()
wifi_generic_steps.ping_gateway(serial=serial, trycount=10, timeout=30)()
# config AP1 virt disabled
ap_steps.setup_virtual_interface(enable=False,
interface5ghz=interface5ghz_ap1,
virt_if_idx="1",
reload_ap=False,
serial=serial)()
