def run():
log = co.logger()
testname = "Local_USB_printer_print_test_page"
pyautogui.hotkey('ctrl', 'alt', 'end')
co.check_resolution()
co.check_network_status()
if not cp.check_printer_by_system(testname):
return
if cp.check_printers() > 0:
cp.clear_previous_printer()
flag = ad.open_window('printer', "./Test_Data/1920x1200/template_file/printers_localhost.png")
if flag:
flag = ad.add_printer()
else:
return False
if flag:
log.logger.info("Printer added successful.")
flag = cp.check_printer_added()
else:
return False
if flag:
ad.print_page()
flag = ad.delete_printer()
else:
return False
if flag:
log.logger.info("Printer deleted successful.")
ad.close_window("./Test_Data/1920x1200/template_file/printers_localhost.png")
return True
else:
return False
def run():
desktop_list = ['citrix_win10.png']
module_name = 'XenDesktop_Storefront_win10_USB_key_mapping'
comfun.check_resolution()
if not comfun.check_network_status():
fail_report('Network status is not available', module_name)
return
flag = script_general.check_localusb_exist()
if flag:
script_general.remove_usb_file()
script_difference.set_citrix_usbkey_mapping()
else:
fail_report('can not find local usb key', module_name)
return False
flag = script_difference.login_storefront(desktop_list)
if flag is not True:
fail_report(flag, module_name)
return False
mapping = script_difference.xen_usbkey_mapping()
sign_out = script_general.check_succeed_signout()
if mapping is not True:
fail_report(mapping, module_name)
return False
if sign_out is not True:
fail_report(sign_out, module_name)
return False
flag = script_difference.confirm_usbkeymapping_file()
if flag is not True:
fail_report(flag, module_name)
return False
else:
pass_report(module_name)
def run():
desktop_list = ['citrix_win10_pnagent.png']
module_name = 'XenDesktop_PNagent_USB_key_USBR'
comfun.check_resolution()
if not comfun.check_network_status():
fail_report('Network status is not available', module_name)
return
flag = script_general.check_localusb_exist()
if flag:
script_general.remove_usb_file()
script_difference.set_citrix_usbkey_usbr()
else:
fail_report('can not find local usb key', module_name)
return False
flag = script_difference.login_pnagent(desktop_list)
if flag is not True:
fail_report(flag, module_name)
return False
usbr = script_difference.xen_usbkey_redirection()
sign_out = script_general.check_succeed_signout()
if usbr is not True:
fail_report(usbr, module_name)
return False
if sign_out is not True:
fail_report(sign_out, module_name)
return False
flag = script_difference.confirm_usbkeyredirection_file()
if flag is not True:
fail_report(flag, module_name)
return False
else:
pass_report(module_name)
def run():
test_name = 'XenDesktop_Storefront_win10_smartcard'
desktop_list = ['xd_smartcard_win10.png']
comfun.check_resolution()
if not comfun.check_network_status():
fail_report('Network status is not available', test_name)
return
if xd_storefront_smartcard.login_storefront_smartcard(desktop_list):
result = NormalLogonTest()
result.record_result(test_name)
os.popen('pkill -f CitrixApps')
return False
def run():
desktop_list = ['citrix_win10.png']
module_name = 'XenDesktop_Storefront_USB_printer_mapping'
co.check_resolution()
if not co.check_network_status():
fail_report('Network status is not available', module_name)
return
if not cp.check_printer_by_system(module_name):
return
if cp.check_printers() > 0:
log.info('clear printer')
cp.clear_previous_printer()
flag = ad.open_window(
'printer',
"./Test_Data/1920x1200/template_file/printers_localhost.png")
if flag:
flag = ad.add_printer()
else:
return False
if flag:
ad.cancel_print_page()
# ad.close_window("./Test_Data/1920x1200/template_file/printers_localhost.png")
log.logger.info("Printer added successful.")
flag = cp.check_printer_added()
else:
return False
if flag:
script_difference.set_citrix_usbprinter_mapping()
flag = script_difference.login_storefront(desktop_list)
else:
return
if flag is not True:
fail_report(flag, module_name)
delete_printer()
close_window(
"./Test_Data/1920x1200/template_file/printers_localhost.png")
return False
mapping = script_difference.usbprinter_mapping()
sign_out = script_general.check_succeed_signout()
delete_printer()
close_window("./Test_Data/1920x1200/template_file/printers_localhost.png")
if mapping is not True:
fail_report(mapping, module_name)
return False
if sign_out is not True:
fail_report(sign_out, module_name)
return False
else:
pass_report(module_name)
def run():
module_name = 'XenDesktop_Storefront_connect_to_win10'
desktop_list = ['citrix_win10.png']
comfun.check_resolution()
if not comfun.check_network_status():
fail_report('Network status is not available', module_name)
return
flag = script_difference.login_storefront(desktop_list)
if flag is not True:
fail_report(flag, module_name)
return False
flag = script_difference.logoff()
if flag is not True:
fail_report(flag, module_name)
return False
else:
pass_report(module_name)
def run():
test_case_name = "Connect_Cisco_VPN"
# Read VPN configuration from yaml -- To be optimized
vpn_cisco_gw = wired_common.get_config("./Test_Data/WiredNetwork/", "wired_configuration.yml", "vpn_cisco_gw")
vpn_cisco_gn = wired_common.get_config("./Test_Data/WiredNetwork/", "wired_configuration.yml", "vpn_cisco_gn")
vpn_cisco_gp = wired_common.get_config("./Test_Data/WiredNetwork/", "wired_configuration.yml", "vpn_cisco_gp")
vpn_cisco_un = wired_common.get_config("./Test_Data/WiredNetwork/", "wired_configuration.yml", "vpn_cisco_un")
vpn_cisco_up = wired_common.get_config("./Test_Data/WiredNetwork/", "wired_configuration.yml", "vpn_cisco_up")
target_type = wired_common.get_config("./Test_Data/WiredNetwork/", "wired_configuration.yml", "target_type")
vpn_auto_start = wired_common.get_config("./Test_Data/WiredNetwork/", "wired_configuration.yml", "vpn_auto_start")
vpn_destination = wired_common.get_config("./Test_Data/WiredNetwork/", "wired_configuration.yml", "vpn_destination")
# Check current network status.
if common_function.check_network_status() is False:
common_function.fail_report("Failed to check network status.", test_case_name)
return
# Set VPN as Cisco.
if wired_vpn.set_vpn_as_cisco(target_type, vpn_cisco_gw, vpn_cisco_gn, vpn_cisco_gp, vpn_cisco_un, vpn_cisco_up) \
is not True:
common_function.fail_report("Failed to set vpn settings as cisco", test_case_name)
return
# Wait some while for vpn settings taking effect
time.sleep(60)
# Check vpn settings
if wired_vpn.check_cisco_settings(target_type, vpn_auto_start, vpn_cisco_gw, vpn_cisco_gn, vpn_cisco_un) is False:
common_function.fail_report("Fail to check cisco settings.", test_case_name)
return
# Ping
if wired_common.destination_ping_check("VPN", vpn_destination) is False:
common_function.fail_report("Fail to ping destination.", test_case_name)
return
# Disable Cisco VPN setings to restore the testing environment
vpn_info_reg = wired_vpn.get_value_from_reg()
if vpn_info_reg is not False:
wired_vpn.disable_cisco_vpn(vpn_info_reg[3], vpn_info_reg[0])
# else:
# return
# Print pass report
common_function.pass_report(test_case_name)
def run():
test_case_name = "Dynamic_IP_Mode"
# Check current network status
if common_function.check_network_status() is False:
common_function.fail_report("Check current network status failed.",
test_case_name)
return
# If vpn is set, disable it.
if wired_common.disable_vpn() is False:
common_function.fail_report("Disable vpn failed.", test_case_name)
return
# Check the network method, if it is Automatic, return the ip address. If it is Static, change the network to \
# Auto then get the ip.
if wired_dhcp_ip.check_method_for_auto('Wired') is False:
common_function.fail_report("Check method for auto failed.",
test_case_name)
return
# Check the format of ip, all the four address should be in [0, 255].
if wired_dhcp_ip.check_ip() is False:
common_function.fail_report("Check ip failed.", test_case_name)
return
# Check current network status in case of changing network to Automatic from Static.
if common_function.check_network_status() is False:
common_function.fail_report(
"Check network status is failed after checking method.",
test_case_name)
return
# Check the network setting result.
if wired_common.setting_check_for("Automatic") is False:
common_function.fail_report("Setting check for Automatic failed.",
test_case_name)
return
# Ping the destination.
if wired_common.destination_ping_check("Normal", "15.83.240.98") is False:
common_function.fail_report(
"Destination ping failed after network setting for preparation.",
test_case_name)
return
# Enable left click menu for wired icon from registry.
wired_common.enable_left_click_nt()
# Stop network from the wired tray icon at desktop
if wired_common.stop_network() is False:
common_function.fail_report("Stop network failed.", test_case_name)
return
# Start network from the wired tray icon at desktop.
if wired_common.start_network() is False:
common_function.fail_report("Start network failed.", test_case_name)
# Check the format of ip after regaining the dynamic IP, all the four address should be in [0, 255].
if wired_dhcp_ip.check_ip() is False:
common_function.fail_report("Check ip failed after starting network.",
test_case_name)
return
# Ping the destination after stopping then starting network.
if wired_common.destination_ping_check("Normal", "15.83.240.98") is False:
common_function.fail_report(
"Destination ping failed after stopping then starting network.",
test_case_name)
return
# Restart network from the wired tray icon at desktop
if wired_common.restart_network() is False:
common_function.fail_report("Restarting network fails.",
test_case_name)
return
# Check the network setting result after restarting network.
wired_common.setting_check_for("Automatic")
# Check the format of ip after restarting network then get the ip, all the four address should be in [0, 255].
if wired_dhcp_ip.check_ip() is False:
common_function.fail_report(
"Check ip failed after restarting network.", test_case_name)
return
# Ping the destination after restarting network.
if wired_common.destination_ping_check("Normal", "15.83.240.98") is False:
common_function.fail_report(
"Destination ping failed after restarting network.",
test_case_name)
return
# Restore the registry settings for network left click menu
wired_common.disable_left_click_nt()
# Print pass report
common_function.pass_report(test_case_name)
def run():
test_case_name = "Static_IP_Mode_works"
# Check current network status
if common_function.check_network_status() is False:
common_function.fail_report("Check current network status failed.", test_case_name)
return
# If vpn is set, disable it.
if wired_common.disable_vpn() is False:
common_function.fail_report("Disable vpn failed.", test_case_name)
return
# Check the network method, if it is Automatic, change the network to static and return the ip.
ip = wired_static_ip.check_method_for_static("Wired")
if ip is False:
common_function.fail_report("Check method for static failed.", test_case_name)
return
time.sleep(5)
# Check the network setting result. If checking for Static, it compares the runtime ip, registry ip and \
# transferring ip.
if wired_common.setting_check_for("Static", ip[0], ip[1], ip[2]) is False:
common_function.fail_report("Setting check for static is failed.", test_case_name)
return
# Check current network status
if common_function.check_network_status() is False:
common_function.fail_report("Check network status failed after network setting.", test_case_name)
return
# Ping the default gateway.
if wired_common.destination_ping_check("Normal", ip[2]) is False:
common_function.fail_report("Ping default gateway failed.", test_case_name)
return
# Enable left click menu for wired icon from registry.
wired_common.enable_left_click_nt()
# Stop network from the wired tray icon at desktop
if wired_common.stop_network() is False:
common_function.fail_report("Stop Network failed.", test_case_name)
return
# Start network from the wired tray icon at desktop.
if wired_common.start_network() is False:
common_function.fail_report("Start network failed.", test_case_name)
return
time.sleep(5)
# Check the network setting result after stopping then starting network.
if wired_common.setting_check_for("Static", ip[0], ip[1], ip[2]) is False:
common_function.fail_report("Setting check for static is failed after stopping then starting network.",
test_case_name)
return
# Ping the default gateway after stopping and restarting network.
if wired_common.destination_ping_check("Normal", ip[2]) is False:
common_function.fail_report("Ping default gateway failed after stopping then starting network.", test_case_name)
return
# Restart network.
if wired_common.restart_network() is False:
common_function.fail_report("Restart network failed.", test_case_name)
time.sleep(5)
# Check the network setting result after restarting network.
if wired_common.setting_check_for("Static", ip[0], ip[1], ip[2]) is False:
common_function.fail_report("Setting check for static is failed after restarting network.",
test_case_name)
return
# Ping the default gateway after restarting network.
if wired_common.destination_ping_check("Normal", ip[2]) is False:
common_function.fail_report("Ping default gateway failed after restarting network.", test_case_name)
return
# Restore to Auto network.
wired_common.set_method_as("Automatic")
# Restore the registry settings for network left click menu
wired_common.disable_left_click_nt()
# Print pass result
common_function.pass_report(test_case_name)