def set_vpn(self, type, profile="profile_1", **kwargs):
log.info("start set vpn")
if type.lower() not in ["cisco", "pptp", "none"]:
log.error("vpn type error")
return False
pyautogui.click(wait_element(self.vpn_pic("_connection_type"),
offset=(400, 10))[0],
interval=1)
pyautogui.click(wait_element(
self.vpn_pic("_type_{}".format(type.lower())))[0],
interval=1)
if type.lower() == "none":
pass
else:
profile_data = YamlOperator(
self.network_profile()).read()["vpn"][type.lower()][profile]
print(profile_data)
for key, value in profile_data.items():
pic_name = "_{}".format("_".join(key.split()))
pyautogui.click(wait_element(self.vpn_pic(pic_name),
offset=(200, 10))[0],
interval=0.2)
self.__clear()
pyautogui.write(value, interval=0.1)
auto_start = kwargs.get("auto_start", "null")
if auto_start.lower() == "enable":
self.enable_auto_start()
elif auto_start.lower() == "disable":
self.disable_auto_start()
else:
pass
log.info("set vpn complete")
return True
def restart_network():
log.info("restart network from network systray icon")
nw = wait_element(
cf.get_current_dir(
"Test_Data/td_network/wired/_wired_connect_systray"))
if not nw:
log.error("not found network systray icon")
return False
pyautogui.click(nw[0])
stop = wait_element(
cf.get_current_dir("Test_Data/td_network/wired/_systray_restart"))
if not stop:
log.error("not found network systray stop icon")
return False
pyautogui.click(stop[0])
wireless = network_setting.Wireless()
for i in range(20):
log.info("wait network disconnect...")
time.sleep(2)
if not wireless.check_wireless_connected():
log.info("network disconnected")
break
else:
log.error("network disconnect fail")
return False
for i in range(40):
log.info("wait network connect...")
time.sleep(3)
if wireless.check_wireless_connected():
log.info("network connected success")
log.info("restart network from network systray icon success")
return True
log.error("network connected fail")
log.error("restart network from network systray icon fail")
return False
def step_2_2():
log.info("start check wireless after reboot")
cf.SwitchThinProMode("admin")
wireless = network_setting.Wireless()
for i in range(24):
log.info("wait connect wireless...")
time.sleep(5)
if wireless.check_wireless_connected():
log.info("wireless is connected")
break
else:
log.error("connect wireless time out")
return [False, "connect wireless time out"]
if not wait_element(pic("_systray_connect")):
log.error("not found the wireless systray icon")
pyautogui.screenshot(
cf.get_current_dir(
"Test_Report/ssid_disable_and_enable_wireless_error.png"))
return [False, "not found the wireless systray icon"]
log.info("found the wireless systray icon")
wireless.open_network()
wireless.switch_to_wireless_tab()
if not wait_element(pic("_black_add_gray_edit_del"), rate=0.99):
log.error("not found the black add and edit delete")
return [False, "not found the black add and edit delete"]
log.info("found the black add and edit delete")
wireless.close_control_panel()
restore()
# log.info("{:+^80}".format("test case pass"))
return [True, "success"]
def __choose_cert_from_usb_disk(self, cert):
pyautogui.click(wait_element(self.pic("_auth_ca_cert_USB_Disk"))[0])
pyautogui.click(wait_element(self.pic("_auth_USB_Disk"))[0],
interval=1)
# pyautogui.click(wait_element(self.pic("_auth_USB_Disk_certs"))[0], interval=1)
pyautogui.click(wait_element(
self.pic("_auth_USB_Disk_certs_{}".format(cert)))[0],
interval=1)
pyautogui.click(wait_element(self.pic("_auth_PEAP_ca_cert_open"))[0],
interval=1)
def delete(self, ssid=""):
icon = wait_element(self.pic("_move_mouse"), offset=(0, 10))[0]
tool.click(icon[0], icon[1], num=2)
if ssid:
log.info("delete '{}' wireless ".format(ssid))
if wait_element(self.pic("_{}".format(ssid))):
pyautogui.click(wait_element(self.pic("_{}".format(ssid)))[0],
interval=2)
pyautogui.press(keys='tab', presses=3)
pyautogui.press(keys='space')
pyautogui.press(keys='space')
else:
down_menu = wait_element(self.pic("_down_menu"))
if down_menu:
tool.click(down_menu[0][0], down_menu[0][1], num=10)
if wait_element(self.pic("_{}".format(ssid))):
pyautogui.click(wait_element(
self.pic("_{}".format(ssid)))[0],
interval=2)
pyautogui.press(keys='tab', presses=3)
pyautogui.press(keys='space')
pyautogui.press(keys='space')
else:
log.info('{} wireless not exists'.format(ssid))
return False
else:
log.info('{} wireless not exists'.format(ssid))
return False
else:
log.info("delete the first wireless ".format(ssid))
ssid_title = wait_element(self.pic("_ssid_title".format(ssid)),
offset=(20, 30))[0]
tool.click(ssid_title[0], ssid_title[1])
pyautogui.click(wait_element(self.pic("_delete"))[0], interval=2)
pyautogui.click(wait_element(self.pic("_yes"))[0], interval=2)
def disable_auto_start(self):
disable = wait_element(self.vpn_pic("_auto_start_disable"), rate=0.99)
if disable:
log.info("auto start has disabled")
return True
else:
pyautogui.click(
wait_element(self.vpn_pic("_auto_start_enable"),
rate=0.99,
offset=(320, 10))[0])
log.info("disable auto start complate")
return True
def edit(self, ssid, edit_value_dict):
"""
edit_value_dict like : {"ssid": "R1-TC_5G_n", "password": "******", ... ,
"static_ip": [ip, subnet_mask, gateway]}
"""
log.info("edit '{}' wireless profile".format(ssid))
icon = wait_element(self.pic("_move_mouse"), offset=(0, 10))[0]
tool.click(icon[0], icon[1], num=2)
if wait_element(self.pic("_{}".format(ssid))):
pyautogui.click(wait_element(self.pic("_{}".format(ssid)))[0],
interval=2)
pyautogui.click(wait_element(self.pic("_edit"))[0], interval=2)
else:
down_menu = wait_element(self.pic("_down_menu"))[0]
if down_menu:
tool.click(down_menu[0], down_menu[1], num=10)
if wait_element(self.pic("_{}".format(ssid))):
pyautogui.click(wait_element(self.pic(
"_{}".format(ssid)))[0],
interval=2)
pyautogui.click(wait_element(self.pic("_edit"))[0],
interval=2)
else:
log.info('{} wireless not exists'.format(ssid))
return False
else:
log.info('{} wireless not exists'.format(ssid))
return False
self.set_wireless_profile(edit_value_dict)
if "static_ip" in edit_value_dict.keys():
self.set_ipv4_static(ip=edit_value_dict["static_ip"][0],
subnet_mask=edit_value_dict["static_ip"][1],
gateway=edit_value_dict["static_ip"][2])
self.apply_and_ok()
def logon_desktop_by_pic(self):
desktops_path = get_current_dir("Test_Data/td_vdi/vdi_pic/citrix_workspace/desktops")
desktop_path = get_current_dir("Test_Data/td_vdi/vdi_pic/citrix_workspace/{}".format(self.session.lower()))
result = wait_element(desktops_path)
if not result:
return False
loc, shape = result
mouse.click(loc[0] + int(shape[1] / 2), loc[1] + int(shape[0] / 2))
result = wait_element(desktop_path)
if not result:
return False
loc, shape = result
# mouse.click(loc[0] + int(shape[1] / 2), loc[1] + int(shape[0] / 2))
pyautogui.click(loc[0] + int(shape[1] / 2), loc[1] + int(shape[0] / 2), interval=0.3, clicks=2)
return True
def disable_wireless(self):
disable = wait_element(self.pic("_disable_wireless"), rate=0.95)
if disable:
log.info("wireless has disabled")
return True
enable = wait_element(self.pic("_enable_wireless"), rate=0.99)
if enable:
pyautogui.click(enable[0][0] + 97, enable[0][1])
disable_1 = wait_element(self.pic("_disable_wireless"), rate=0.99)
if disable_1:
log.info("disable wireless success")
return True
else:
log.error("disable wireless fail")
return False
def __capture_part_screen(self, icon_path, position: tuple) -> tuple:
save_path = get_current_dir("loc_demo.png")
if not position:
return picture_operator.wait_element(icon_path, offset=(0, 0))
if not len(position) == 4:
raise KeyError(
"Position must be a tuple as: (left, top, width, height)")
left, top, width, height = position
current_x, current_y = self.loc
pos = {
"left": current_x + left,
"top": current_y + top,
"width": width,
"height": height
}
capture_screen_by_loc(file_path=save_path, loc_dic=pos)
items = get_folder_items(icon_path, file_only=True, filter_name=".png")
pic_path_list = list(
map(lambda file_name: icon_path + f"/{file_name}", items))
for pic_item in pic_path_list:
element_shape = compare_pic_similarity(img=pic_item, tmp=save_path)
if element_shape:
loc, size = element_shape
loc_x, loc_y = loc
current_left, current_top = current_x + left + loc_x, current_y + top + loc_y
return (current_left, current_top), size
return ()
def check_min_to_zero():
path = get_current_dir(
"Test_Data/td_power_manager/verify_sleep_mode_disabled")
res = wait_element(path)
if res:
return True
return False
def __getattr__(self, item):
log.info(f"-> Find Item: {item}")
pic_path, offset, position = self.pic_settings.get(item, (None, ()))
if not pic_path:
raise KeyError(f"pic settings doesn't have Item: {item}")
icon_path = get_current_dir(pic_path)
if not os.path.exists(icon_path):
raise PathNotFoundError(
f"Pic Path: '{icon_path}' Not Exists, Current Path: {icon_path}"
)
if not self.loc:
element_shape = picture_operator.wait_element(icon_path,
offset=(0, 0))
else:
element_shape = self.__capture_part_screen(icon_path=icon_path,
position=position)
if not element_shape:
raise PicNotFoundError(
f"Item: '{item}' Icon not found, Current Path: {icon_path}")
loc = self.__calculate_midpoint(loc=element_shape[0],
size=element_shape[1],
offset=offset)
flow_obj = self.__class__(loc=loc, name=item, pic_path=pic_path)
log.info(flow_obj)
return flow_obj
def linux_check_locked(**kwargs):
path = os.path.join(common_function.get_current_dir(), 'Test_Data', 'td_power_manager', 'locked_pic')
path1 = kwargs.get('path', path)
if picture_operator.wait_element(os.path.join(path1), cycle=1):
return True
else:
return False
def check_password_frame_exist(flag=True):
time.sleep(2)
pic_path = common_function.get_current_dir("Test_Data/td_power_manager/loc_screen_pic")
res = picture_operator.wait_element(pic_path)
res_flag = True if res else False
if res_flag == flag:
return True
return False
def click_icon(lis):
log.info('check icon and click')
path = os.path.join(common_function.get_current_dir(), 'Test_Data',
'td_power_manager', 'verify_s3_work')
for i in lis:
power_icon = picture_operator.wait_element(os.path.join(path, i),
offset=(20, 10))
tool.click(power_icon[0][0], power_icon[0][1], 1)
def power_off_by_screen_lock(self):
pyautogui.press("enter")
time.sleep(1)
tool_pic_rs = wait_element(self.pic("_tool"))
if tool_pic_rs:
pyautogui.click(tool_pic_rs[0])
power_rs = wait_element(self.pic("_power"))
if not power_rs:
self.log.error("not found power button")
return False
pyautogui.click(power_rs[0])
reboot_rs = wait_element(self.pic("_power_off"))
if not reboot_rs:
self.log.error("not found power_off button")
return False
pyautogui.click(reboot_rs[0])
self.log.info("start power off")
def check_powerpic():
path = get_root_path("Test_Data/td_precheck/Thinpro7.1/{}".format("estar_logo.png"))
press_keys([keyboard.control_l_key, keyboard.alt_l_key, 's'])
type_string('power')
press_key(keyboard.down_key)
press_key(keyboard.enter_key)
estart_position = picture_operator.wait_element(path)
return estart_position
def sw_user(p):
path = os.path.join(common_function.get_current_dir(), 'Test_Data',
'td_power_manager', 'verify_domain_users',
'{}'.format(p))
power_icon = picture_operator.wait_element(path, offset=(10, 10))
print(power_icon)
if power_icon:
tool.click(power_icon[0][0], power_icon[0][1], 3)
def check_object_exist(filename, cycle=3, offset=(10, 10), back=False):
"""
if you want to debug in main,back = True in get_root_path
"""
path = get_root_path(
"Test_Data/td_precheck/Thinpro7.1/{}".format(filename), back=back)
response = wait_element(path, cycle=cycle, offset=offset)
print(response)
return response
def click_icon(name, **kwargs):
try:
n = ''
count = kwargs.get('count', n)
path = os.path.join(common_function.get_current_dir(), 'Test_Data',
'td_power_manager', 'verify_screen_lock_dialog',
'{}'.format(name))
if count:
icon_location = picture_operator.wait_element(path, offset=(8, 10))
print(icon_location)
if icon_location:
tool.click(icon_location[0][0], icon_location[0][1], count)
print('click icon')
else:
return picture_operator.wait_element(path)
except:
log.warning(traceback.format_exc())
pass
def get_cup_mode():
path = os.path.join(common_function.get_current_dir(), 'Test_Data', 'td_power_manager', 'verify_ac_default_value',
'ondemand')
if wait_element(path):
cpu_mode = 'ondemand'
else:
cpu_mode = 'performance'
log.info('get cpu mode:{}'.format(cpu_mode))
return cpu_mode
def check_icon(name):
log.info('check the picture {}'.format(name))
path = os.path.join(common_function.get_current_dir(), 'Test_Data',
'td_power_manager',
'verify_screensaver_works_in_system_image_mode',
'{}'.format(name))
if os.path.exists(path):
if wait_element(path):
return True
def step_7_8(**kwargs):
log = kwargs.get("log")
case_name = kwargs.get("case_name")
user_password = kwargs.get("user_password", "1")
try:
log.info("start set the user password")
set_user_password(password=user_password)
os.system("mclient --quiet set root/screensaver/lockScreenUser 1"
) # enable require password for general users
os.system("mclient commit")
log.info("enable require password for general users")
pmcf.SwitchThinProMode("user")
screensaver = ScreenSaver()
log.info("lock screen")
screensaver.lock_screen_by_hotkey() # lock screen
time.sleep(2)
pyautogui.click()
time.sleep(2)
if not wait_element(pic("_screen_lock_by_user")):
log.error("not found the lock screen dialog")
pyautogui.click()
return [False, "not found the lock screen dialog"]
log.info("found the lock screen dialog")
pyautogui.typewrite(user_password)
time.sleep(1)
pyautogui.press("enter")
time.sleep(2)
if wait_element(pic("_screen_lock_by_user")):
log.error("unlock fail")
log.debug(
"unlock fail",
cf.get_current_dir(
'Test_Report', 'img',
'{}.png'.format(case_name.replace(' ', '_'))))
screensaver.resume_screensaver_by_keyboard()
pyautogui.screenshot(
cf.get_current_dir("Test_Report/screen_lock_citrix_error.png"))
return [False, "unlock fail"]
log.info("unlock success")
return [True, "unlock success"]
except:
log.error(traceback.format_exc())
return [False, traceback.format_exc()]
def lock_screen():
log.info('lock the screen')
path = common_function.get_current_dir('Test_Data', 'td_power_manager',
'desktop')
for _ in range(3):
pyautogui.hotkey('ctrl', 'alt', 'l')
time.sleep(2)
if not wait_element(path):
break
time.sleep(2)
def clear_text(self, name):
log.info('clear {} proxy info'.format(name))
icon_location = wait_element(self.dns_pic(name), offset=(200, 10))
if icon_location:
tool.click(icon_location[0][0], icon_location[0][1], 3)
else:
return
time.sleep(1)
pyautogui.press('backspace')
time.sleep(0.5)
return True
def connect_vdi_by_pic(self):
pth = get_current_dir("Test_Data/td_vdi/vdi_pic/{}".format(self.vdi))
res = wait_element(pth)
if not res:
log.error('picture {} match fail'.format(pth))
return False
offset, shape = res
print(offset, shape)
# mouse.click(offset[0] + int(shape[1] / 2), offset[1] + int(shape[0] / 2), n=3)
pyautogui.click(offset[0] + int(shape[1] / 2), offset[1] + int(shape[0] / 2), interval=0.1, clicks=3)
return True
def __set_value(self, name, text):
icon_location = wait_element(self.dns_pic(name), offset=(200, 10))
if icon_location:
tool.click(icon_location[0][0], icon_location[0][1], 3)
time.sleep(0.5)
pyautogui.press('backspace')
else:
log.info('not find position {}'.format(self.dns_pic(name)))
return
time.sleep(1)
pyautogui.typewrite(text)
return True
def open_dns(self):
log.info('Open NetWork DNS from Control Panel')
for i in range(2):
self.open_network()
time.sleep(5)
icon_location = wait_element(self.dns_pic("dns"), offset=(10, 10))
if not icon_location:
log.info('not find position {}'.format(self.dns_pic("dns")))
continue
tool.click(icon_location[0][0], icon_location[0][1], 1)
break
return True
def wait_pictures(self, pic_folder_name):
'''
Wait a desired picture. If exists, return its coordinate.
:param pic_folder_name: folder name of pictures. e.g. 'right_down_corner'
:return: tuple of coordinate. e.g. ()
'''
pic_folder = self.path + '/Test_Data/td_network/wireless/{}'.format(pic_folder_name)
result = wait_element(pic_folder, rate=0.97)
if result:
return result[0]
else:
self.log.info('Not found {} picture.'.format(pic_folder_name))
return False
def check_ac_default_value():
power_manager = PowerManagerFactory("AC")
power_manager.AC.open_power_manager_from_control_panel()
power_manager.AC.switch()
path = os.path.join(common_function.get_current_dir(), 'Test_Data',
'td_power_manager', 'verify_ac_default_value',
'sleep_time')
if wait_element(path):
sleep = '30'
else:
sleep = ''
log.info('get default value on AC sleep after:{}'.format(sleep))
power_manager.AC.close_all_power_manager()
return sleep
