class LoginPageObject(PageObject):
title = Text(By.ID, 'title')
username = InputText(By.XPATH, '//input[0]')
password = InputText(By.ID, 'password')
language = Select(By.ID, 'language')
login = Button(By.ID, 'login')
menu = Menu(By.ID, 'menu')
class UserPageObject(PageObject):
def init_page_elements(self):
self.username = InputText(By.XPATH, '//*[@id="txtUsername"]')
self.password = InputText(By.XPATH, '//*[@id="txtPassword"]')
self.login_button = Button(By.XPATH, '//*[@id="btnLogin"]')
def open(self):
""" Open login url in browser
:returns: this page object instance
"""
self.driver.get('{}/login'.format(self.config.get('Test', 'url')))
return self
def wait_until_loaded(self):
""" Wait until login page is loaded
:returns: this page object instance
"""
self.username.wait_until_visible()
return self
def login(self, user):
""" Fill login form and submit it
:param user: dict with username and password values
:returns: secure area page object instance
"""
self.logger.debug("Login with user '%s'", user['username'])
self.username.text = user['username']
self.password.text = user['password']
self.login_button.click()
time.sleep(5)
def admin_tab(self):
self.admin = self.driver.find_element(By.XPATH, '//*[@id="menu_admin_viewAdminModule"]').click()
time.sleep(3)
return self
def add_btn(self):
self.add = Button(By.ID, 'btnAdd').click()
time.sleep(3)
def add_user(self):
self.user_role = self.driver.find_element(By.XPATH, '//*[@id="systemUser_userType"]/option[@value=2]').click()
time.sleep(2)
self.employee_name = self.driver.find_element(By.XPATH, '//*[@id="systemUser_employeeName_empName"]').send_keys('Robert Craig')
time.sleep(2)
self.username = self.driver.find_element(By.XPATH, '//*[@id="systemUser_userName"]').send_keys('robert.craig')
time.sleep(2)
self.status = self.driver.find_element(By.XPATH, '//*[@id="systemUser_status"]/option[@value=1]').click()
time.sleep(2)
self.password = self.driver.find_element(By.XPATH, '//*[@id="systemUser_password"]').send_keys('Passw0rd123')
time.sleep(2)
self.confirm_pass = self.driver.find_element(By.XPATH, '//*[@id="systemUser_confirmPassword"]').send_keys('Passw0rd123')
time.sleep(2)
self.save_button = Button(By.XPATH, '//*[@id="btnSave"]').click()
time.sleep(5)
class AddEmployeePageObject(PageObject):
def init_page_elements(self):
self.username = InputText(By.XPATH, '//*[@id="txtUsername"]')
self.password = InputText(By.XPATH, '//*[@id="txtPassword"]')
self.login_button = Button(By.XPATH, '//*[@id="btnLogin"]')
def open(self):
""" Open login url in browser
:returns: this page object instance
"""
self.driver.get('{}/login'.format(self.config.get('Test', 'url')))
return self
def wait_until_loaded(self):
""" Wait until login page is loaded
:returns: this page object instance
"""
self.username.wait_until_visible()
return self
def login(self, user):
""" Fill login form and submit it
:param user: dict with username and password values
:returns: secure area page object instance
"""
self.logger.debug("Login with user '%s'", user['username'])
self.username.text = user['username']
self.password.text = user['password']
self.login_button.click()
time.sleep(5)
def pim_tab(self):
self.pim_click = self.driver.find_element(
By.XPATH, '//*[@id="menu_pim_viewPimModule"]').click()
time.sleep(3)
return self
def add_employee(self):
self.employee = self.driver.find_element(
By.XPATH, '//*[@id="menu_pim_addEmployee"]').click()
time.sleep(3)
return self
def empl_details(self):
self.first_name = self.driver.find_element(
By.XPATH, '//*[@id="firstName"]').send_keys('Steve')
self.last_name = self.driver.find_element(
By.XPATH, '//*[@id="lastName"]').send_keys('Smith')
self.save_btn = Button(By.XPATH, '//*[@id="btnSave"]').click()
time.sleep(3)
return self
class LoginPage(BasePageObject):
"""Selenium Page Object Model: LoginPage."""
# Page Elements
username = InputText(By.NAME, "sUserName", wait=True)
password = InputText(By.NAME, "sSysPass", wait=True)
login_button = Button(By.NAME, "btnOk", wait=True)
login_error_message = Text(By.ID, "errmsg")
def login(self, username, passsword):
"""Submit login details to Web Admin login page.
:param username: The username
:param password: The password
"""
self.set_element_value(self.username, username)
self.set_element_value(self.password, passsword)
self.login_button.click()
def login_error(self):
"""Check for presence of login error text.
:returns: True if error displayed, False otherwise
"""
if self.login_error_message.is_visible():
return True
return False
def error_message(self):
"""Return error message displayed on login page.
:returns: Error message string
"""
if self.login_error_message.is_visible():
message = self.read_element_value(self.login_error_message)
else:
message = "No Error message returned - Login Failed"
return message
class LoginPage(PageObject):
def init_page_elements(self):
self.username = InputText(By.NAME, 'email')
self.password = InputText(By.NAME, 'passwd')
self.login_button = Button(By.ID, 'SubmitLogin')
self.message = MessagePageObject()
def open(self):
""" Open login url in browser
:returns: this page object instance
"""
self.driver.get('{}/login'.format(self.config.get('Test', 'url')))
return self
def wait_until_loaded(self):
""" Wait until login page is loaded
:returns: this page object instance
"""
self.username.wait_until_visible()
return self
def login(self, user):
""" Fill login form and submit it
:param user: dict with username and password values
:returns: secure area page object instance
"""
#self.logger.debug("Login with user '%s'", user['username'])
self.username.text = user['username']
self.password.text = user['password']
time.sleep(3)
self.login_button.click()
time.sleep(3)
class LoginPage(PageObject):
def init_page_elements(self):
self.username = InputText(By.NAME, 'email')
self.password = InputText(By.NAME, 'passwd')
self.login_button = Button(By.ID, 'SubmitLogin')
self.message = MessagePageObject()
def open(self):
""" Open login url in browser
:returns: this page object instance
"""
self.driver.get('{}/login'.format(self.config.get('Test', 'url')))
return self
def wait_until_loaded(self):
""" Wait until login page is loaded
:returns: this page object instance
"""
self.username.wait_until_visible()
return self
def login(self, user):
""" Fill login form and submit it
:param user: dict with username and password values
:returns: secure area page object instance
"""
#self.logger.debug("Login with user '%s'", user['username'])
time.sleep(5)
self.username.text = user['username']
self.password.text = user['password']
time.sleep(3)
self.login_button.click()
time.sleep(3)
class VacanciesPageObject(PageObject):
def init_page_elements(self):
self.username = InputText(By.NAME, 'txtUsername')
self.password = InputText(By.NAME, 'txtPassword')
self.login_button = Button(By.XPATH, '//*[@id="btnLogin"]')
self.message = MessagePageObject()
def open(self):
""" Open login url in browser
:returns: this page object instance
"""
self.driver.get('{}/submit'.format(self.config.get('Test', 'url')))
return self
def wait_until_loaded(self):
""" Wait until login page is loaded
:returns: this page object instance
"""
self.username.wait_until_visible()
return self
def login(self, user):
""" Fill login form and submit it
:param user: dict with username and password values
:returns: secure area page object instance
"""
#self.logger.debug("Login with user '%s'", user['username'])
self.username.text = user['username']
self.password.text = user['password']
time.sleep(5)
self.login_button.click()
time.sleep(10)
return self
#hover abover recruitment tab and make a cursor move to the vacancies tab
def hover(self):
self.element = self.driver.find_element(
By.XPATH, '//*[@id="menu_recruitment_viewRecruitmentModule"]/b')
self.hover = ActionChains(self.driver).move_to_element(
self.element).perform()
time.sleep(5)
return self
#clicks on vacancies
def click_vacancies(self):
self.click_element = self.driver.find_element(
By.XPATH, '//*[@id="menu_recruitment_viewJobVacancy"]')
self.hover = ActionChains(self.driver).move_to_element(
self.click_element).click(self.click_element).perform()
time.sleep(5)
return self
def click_add(self):
self.click_element = self.driver.find_element(By.XPATH,
'//*[@id="btnAdd"]')
self.hover = ActionChains(self.driver).move_to_element(
self.click_element).click(self.click_element).perform()
time.sleep(5)
return self
class IosLoginPageObject(BaseLoginPageObject):
username = InputText(By.ID, 'username_id_ios')
password = InputText(By.ID, 'password_id_ios')
login_button = Button(By.ID, 'login_id_ios')
def init_page_elements(self):
self.username = InputText(By.NAME, 'email')
self.password = InputText(By.NAME, 'passwd')
self.login_button = Button(By.ID, 'SubmitLogin')
self.message = MessagePageObject()
def init_page_elements(self):
self.username = InputText(By.NAME, 'txtUsername')
self.password = InputText(By.NAME, 'txtPassword')
self.login_button = Button(By.XPATH, '//*[@id="btnLogin"]')
self.message = MessagePageObject()
class CandidatesPageObject(PageObject):
def init_page_elements(self):
self.username = InputText(By.NAME, 'txtUsername')
self.password = InputText(By.NAME, 'txtPassword')
self.login_button = Button(By.XPATH, '//*[@id="btnLogin"]')
self.message = MessagePageObject()
def open(self):
""" Open login url in browser
:returns: this page object instance
"""
self.driver.get('{}/submit'.format(self.config.get('Test', 'url')))
return self
def wait_until_loaded(self):
""" Wait until login page is loaded
:returns: this page object instance
"""
self.username.wait_until_visible()
return self
def login(self, user):
""" Fill login form and submit it
:param user: dict with username and password values
:returns: secure area page object instance
"""
#self.logger.debug("Login with user '%s'", user['username'])
self.username.text = user['username']
self.password.text = user['password']
time.sleep(3)
self.login_button.click()
time.sleep(3)
return self
def hover(self):
self.element = self.driver.find_element(
By.XPATH, '//*[@id="menu_recruitment_viewRecruitmentModule"]/b')
self.hover = ActionChains(self.driver).move_to_element(
self.element).perform()
time.sleep(3)
return self
def click_candidates(self):
self.click_element = self.driver.find_element(
By.XPATH, '//*[@id="menu_recruitment_viewCandidates"]')
self.hover = ActionChains(self.driver).move_to_element(
self.click_element).click(self.click_element).perform()
time.sleep(3)
return self
def click_add(self):
self.click_element = self.driver.find_element(By.XPATH,
'//*[@id="btnAdd"]')
self.hover = ActionChains(self.driver).move_to_element(
self.click_element).click(self.click_element).perform()
time.sleep(3)
return self
def fill_form(self):
self.fname = self.driver.find_element(
By.XPATH, '//*[@id="addCandidate_firstName"]').send_keys("Samkelo")
self.mname = self.driver.find_element(
By.XPATH, '//*[@id="addCandidate_middleName"]').send_keys("Sam")
self.lname = self.driver.find_element(
By.XPATH, '//*[@id="addCandidate_lastName"]').send_keys("Samkelo")
self.email = self.driver.find_element(
By.XPATH, '//*[@id="addCandidate_email"]').send_keys(
"*****@*****.**")
self.cnumber = self.driver.find_element(
By.XPATH,
'//*[@id="addCandidate_contactNo"]').send_keys("780479246")
self.driver.execute_script(
"window.scrollTo(0, document.body.scrollHeight);")
self.save_btn = Button(By.XPATH, '//*[@id="btnSave"]').click()
time.sleep(3)
return self
def back_btn(self):
self.driver.execute_script(
"window.scrollTo(0, document.body.scrollHeight);")
self.back_btn = Button(By.XPATH, '//*[@id="btnBack"]').click()
time.sleep(3)
return self
def dlt_record(self):
self.driver.execute_script(
"window.scrollTo(0, document.body.scrollHeight);")
self.click_element = self.driver.find_element(
By.XPATH, '//*[@id="ohrmList_chkSelectAll"]')
self.driver.implicitly_wait(15)
self.hover = ActionChains(self.driver).move_to_element(
self.click_element).click(self.click_element).perform()
self.driver.find_element(By.XPATH, '//*[@id="btnDelete"]').click()
self.driver.implicitly_wait(10)
#self.driver.find_element(By.XPATH, '//*[@id="dialogDeleteBtn"]').click()
time.sleep(5)
return self
class SNMPpage(BasePageObject):
"""Selenium Page Object Model: SNMPpage."""
# Page Elements
snmp_agent_enable = Checkbox(By.NAME, "SNMPAgentEn")
get_community = InputText(By.NAME, "SNMPGetCom")
set_community = InputText(By.NAME, "SNMPSetCom")
manager_host_v4_index_1 = InputText(By.NAME, "SNMPMngHostIP0")
manager_host_v4_index_2 = InputText(By.NAME, "SNMPMngHostIP1")
manager_host_v4_index_3 = InputText(By.NAME, "SNMPMngHostIP2")
manager_host_v4_subnet_index_1 = Select(By.NAME, "SNMPMngHostMask0")
manager_host_v4_subnet_index_2 = Select(By.NAME, "SNMPMngHostMask1")
manager_host_v4_subnet_index_3 = Select(By.NAME, "SNMPMngHostMask2")
manager_host_v6_index_1 = InputText(By.NAME, "SNMPMngHostIP_V60")
manager_host_v6_index_2 = InputText(By.NAME, "SNMPMngHostIP_V61")
manager_host_v6_index_3 = InputText(By.NAME, "SNMPMngHostIP_V62")
manager_host_v6_prelen_index_1 = InputText(By.NAME, "SNMPMngHostPreLen_V60")
manager_host_v6_prelen_index_2 = InputText(By.NAME, "SNMPMngHostPreLen_V61")
manager_host_v6_prelen_index_3 = InputText(By.NAME, "SNMPMngHostPreLen_V62")
trap_community = InputText(By.NAME, "SNMPTrapCom")
trap_timeout = InputText(By.NAME, "SNMPTrapTimeOut")
trap_host_v4_index_1 = InputText(By.NAME, "SNMPNotiHostIP0")
trap_host_v4_index_2 = InputText(By.NAME, "SNMPNotiHostIP1")
trap_host_v6_index_1 = InputText(By.NAME, "SNMPNotiHostIP_V60")
trap_host_v6_index_2 = InputText(By.NAME, "SNMPNotiHostIP_V61")
snmpv3_agent_enable = Checkbox(By.NAME, "SNMPV3En")
snmpv3_usm_user = InputText(By.NAME, "SNMPUSMUser")
snmpv3_auth_algo = Select(By.NAME, "SNMPAuthProto")
snmpv3_auth_password = InputText(By.NAME, "SNMPAuthPwd")
snmpv3_priv_algo = Select(By.NAME, "SNMPPrivProto")
snmpv3_priv_password = InputText(By.NAME, "SNMPPrivPwd")
ok_button = Button(By.NAME, "snmp_btnOk")
def open_page(self):
"""Navigate menus to open SNMP configuration page."""
menu = MenuNavigator(self.driver_wrapper)
menu.open_sysmain_snmp()
def check_reboot(self):
"""Check if reboot page is displayed, if so set flag to indicate a reboot is required.
:returns: True if reboot page found. False otherwise
"""
return MenuNavigator(self.driver_wrapper).is_reboot_system_displayed()
def read_snmp_ipv4_settings(self):
"""Return the current SNMPIPv4 setting.
:returns SNMPIPv4 object
"""
self.open_page()
return SNMPIPv4(
enable_agent=self.read_element_value(self.snmp_agent_enable),
get_community=self.read_element_value(self.get_community),
set_community=self.read_element_value(self.set_community),
manager_host_1=self.read_element_value(self.manager_host_v4_index_1),
manager_host_subnet_1=self.read_element_value(
self.manager_host_v4_subnet_index_1
),
manager_host_2=self.read_element_value(self.manager_host_v4_index_2),
manager_host_subnet_2=self.read_element_value(
self.manager_host_v4_subnet_index_2
),
manager_host_3=self.read_element_value(self.manager_host_v4_index_3),
manager_host_subnet_3=self.read_element_value(
self.manager_host_v4_subnet_index_3
),
)
def write_snmp_ipv4_settings(self, settings: SNMPIPv4):
"""Populate the SNMPIPv4 settings.
:param settings: SNMPIPv4 object
:returns reboot required (bool) - Indicating if settings change requires a reboot
"""
self.open_page()
self.set_element_value(self.snmp_agent_enable, settings.enable_agent)
self.set_element_value(self.get_community, settings.get_community)
self.set_element_value(self.set_community, settings.set_community)
self.set_element_value(self.manager_host_v4_index_1, settings.manager_host_1)
self.set_element_value(self.manager_host_v4_index_2, settings.manager_host_2)
self.set_element_value(self.manager_host_v4_index_3, settings.manager_host_3)
self.set_element_value(
self.manager_host_v4_subnet_index_1, settings.manager_host_subnet_1
)
self.set_element_value(
self.manager_host_v4_subnet_index_2, settings.manager_host_subnet_2
)
self.set_element_value(
self.manager_host_v4_subnet_index_3, settings.manager_host_subnet_3
)
self.ok_button.click()
return self.check_reboot()
def read_snmp_ipv6_settings(self):
"""Return the current SNMPIPv6 settings.
:returns SNMPIPv6 object
"""
self.open_page()
return SNMPIPv6(
enable_agent=self.read_element_value(self.snmp_agent_enable),
get_community=self.read_element_value(self.get_community),
set_community=self.read_element_value(self.set_community),
manager_host_1=self.read_element_value(self.manager_host_v6_index_1),
manager_host_prelen_1=self.read_element_value(
self.manager_host_v6_prelen_index_1
),
manager_host_2=self.read_element_value(self.manager_host_v6_index_2),
manager_host_prelen_2=self.read_element_value(
self.manager_host_v6_prelen_index_2
),
manager_host_3=self.read_element_value(self.manager_host_v6_index_3),
manager_host_prelen_3=self.read_element_value(
self.manager_host_v6_prelen_index_3
),
)
def write_snmp_ipv6_settings(self, settings: SNMPIPv6):
"""Populate the SNMPIPv6 settings.
:param settings: SNMPIPv6 object
:returns: reboot required (bool) - Indicating if settings change requires a reboot
"""
self.open_page()
self.set_element_value(self.snmp_agent_enable, settings.enable_agent)
self.set_element_value(self.get_community, settings.get_community)
self.set_element_value(self.set_community, settings.set_community)
self.set_element_value(self.manager_host_v6_index_1, settings.manager_host_1)
self.set_element_value(self.manager_host_v6_index_2, settings.manager_host_2)
self.set_element_value(self.manager_host_v6_index_3, settings.manager_host_3)
self.set_element_value(
self.manager_host_v6_prelen_index_1, settings.manager_host_prelen_1
)
self.set_element_value(
self.manager_host_v6_prelen_index_2, settings.manager_host_prelen_2
)
self.set_element_value(
self.manager_host_v6_prelen_index_3, settings.manager_host_prelen_3
)
self.ok_button.click()
return self.check_reboot()
def read_snmp_ipv4_trap_setting(self):
"""Return the current SNMPIPv4 Trap settings.
:returns: SNMPIPv4Trap object
"""
self.open_page()
return SNMPTrapIPv4(
community=self.read_element_value(self.trap_community),
timeout=self.read_element_value(self.trap_timeout),
host_1=self.read_element_value(self.trap_host_v4_index_1),
host_2=self.read_element_value(self.trap_host_v4_index_2),
)
def write_snmp_ipv4_trap_settings(self, settings: SNMPTrapIPv4):
"""Populate the SNMPIPv4 Trap settings.
:param settings: SNMPIPv4Trap object
:returns: reboot required (bool) - Indicating if settings change requires a reboot
"""
self.open_page()
self.set_element_value(self.trap_community, settings.community)
self.set_element_value(self.trap_timeout, settings.timeout)
self.set_element_value(self.trap_host_v4_index_1, settings.host_1)
self.set_element_value(self.trap_host_v4_index_2, settings.host_2)
self.ok_button.click()
return self.check_reboot()
def read_snmp_ipv6_trap_setting(self):
"""Return the current SNMPIPv6 Trap settings.
:returns: SNMPIPv6Trap object
"""
self.open_page()
return SNMPTrapIPv6(
community=self.read_element_value(self.trap_community),
timeout=self.read_element_value(self.trap_timeout),
host_1=self.read_element_value(self.trap_host_v6_index_1),
host_2=self.read_element_value(self.trap_host_v6_index_2),
)
def write_snmp_ipv6_trap_settings(self, settings: SNMPTrapIPv6):
"""Populate the SNMPIPv6 Trap settings.
:param settings: SNMPIPv6Trap object
:returns: reboot required (bool) - Indicating if settings change requires a reboot
"""
self.open_page()
self.set_element_value(self.trap_community, settings.community)
self.set_element_value(self.trap_timeout, settings.timeout)
self.set_element_value(self.trap_host_v6_index_1, settings.host_1)
self.set_element_value(self.trap_host_v6_index_2, settings.host_2)
self.ok_button.click()
return self.check_reboot()
def read_snmp_v3_settings(self):
"""Return the current SNMPv3 settings.
:returns: SNMPv3 object
"""
self.open_page()
return SNMPv3(
enable_v3_agent=self.read_element_value(self.snmpv3_agent_enable),
usm_user=self.read_element_value(self.snmpv3_usm_user),
auth_algorithm=self.read_element_value(self.snmpv3_auth_algo),
auth_password=self.read_element_value(self.snmpv3_auth_password),
priv_algorithm=self.read_element_value(self.snmpv3_priv_algo),
priv_password=self.read_element_value(self.snmpv3_priv_password),
)
def write_snmp_v3_settings(self, settings: SNMPv3):
"""Populate the SNMPv3 settings.
:param settings: SNMPv3 object
:returns: reboot required (bool) - Indicating if settings change requires a reboot
"""
# Note: To enable SNMPv3 agent, you also have to enable the SNMPv1v2 agent.
# Which also needs v1v2 community strings, manager hosts etc.
self.open_page()
if not self.set_element_value(
self.snmpv3_agent_enable, settings.enable_v3_agent
):
# Unable to enable V3 - Likely SNMP Agent for v1/v2 not enabled
raise ValueError(
f"Can't enable SNMPv3 Agent. Draytek requires v2 to be enabled and configured to use SNMPv3."
)
self.set_element_value(self.snmpv3_usm_user, settings.usm_user)
self.set_element_value(self.snmpv3_auth_algo, settings.auth_algorithm)
self.set_element_value(self.snmpv3_auth_password, settings.auth_password)
self.set_element_value(self.snmpv3_priv_algo, settings.priv_algorithm)
self.set_element_value(self.snmpv3_priv_password, settings.priv_password)
self.ok_button.click()
return self.check_reboot()
class ManagementPage(BasePageObject):
"""Selenium Page Object Model: ManagementPage."""
# Page Elements
ipv4_management_setup_tab = Link(By.ID, "tab1")
ipv6_management_setup_tab = Link(By.ID, "tab2")
lan_access_setup_tab = Link(By.ID, "tab3")
ok_button = Button(By.CLASS_NAME, "btnw")
# TAB: IPv4 Management Setup
router_name = InputText(By.NAME, "sRouterName")
disable_auto_logout = Checkbox(By.NAME, "sDeflogoff")
enable_validation_code = Checkbox(By.NAME, "sValidatedCode")
# Internet Access Control
enable_internet_access = Checkbox(By.NAME, "sRMC")
domain_name_allowed = InputText(By.NAME, "sSysAllDomain")
ftp = Checkbox(By.NAME, "sRMCFtp")
http = Checkbox(By.NAME, "sRMCHttp")
enforce_https_access = Checkbox(By.NAME, "iRMCHsfrc")
https = Checkbox(By.NAME, "sRMCHttps")
telnet = Checkbox(By.NAME, "sRMCTelnet")
tr069 = Checkbox(By.NAME, "sRMCTr069")
ssh = Checkbox(By.NAME, "sRMCSsh")
snmp = Checkbox(By.NAME, "sRMCSnmp")
disable_ping_from_internet = Checkbox(By.NAME, "sWPing")
# Access List from the Internet
access_index_1 = InputText(By.NAME, "index1")
access_index_2 = InputText(By.NAME, "index2")
access_index_3 = InputText(By.NAME, "index3")
access_index_4 = InputText(By.NAME, "index4")
access_index_5 = InputText(By.NAME, "index5")
access_index_6 = InputText(By.NAME, "index6")
access_index_7 = InputText(By.NAME, "index7")
access_index_8 = InputText(By.NAME, "index8")
access_index_9 = InputText(By.NAME, "index9")
access_index_10 = InputText(By.NAME, "index10")
# Management Port Setup
user_defined_ports_radio = InputRadio(
By.XPATH,
"//input[@name='ConfigPort' and @type='radio' and @value='UserDefine']",
)
default_ports_radio = InputRadio(
By.XPATH,
"//input[@name='ConfigPort' and @type='radio' and @value='Default']")
telnet_port = InputText(By.NAME, "TelnetPort")
http_port = InputText(By.NAME, "HttpPort")
https_port = InputText(By.NAME, "HttpsPort")
ftp_port = InputText(By.NAME, "txtFtpPort")
tr069_port = InputText(By.NAME, "txtTr069Port")
ssh_port = InputText(By.NAME, "txtSshPort")
# Bruce Force Protection
bf_enable = Checkbox(By.NAME, "iBrEn")
bf_ftp = Checkbox(By.NAME, "iBrFtp")
bf_http = Checkbox(By.NAME, "iBrHttp")
bf_https = Checkbox(By.NAME, "iBrHttps")
bf_telnet = Checkbox(By.NAME, "iBrTelnet")
bf_tr069 = Checkbox(By.NAME, "iBrTr069")
bf_ssh = Checkbox(By.NAME, "iBrSsh")
bf_max_login_failures = InputText(By.NAME, "iLoginFailures")
bf_penality_period = InputText(By.NAME, "iPenaltyPeriod")
# TLS/SSL Encryption Setup
enc_tls12 = Checkbox(By.NAME, "enTLSv1_2")
enc_tls11 = Checkbox(By.NAME, "enTLSv1_1")
enc_tls10 = Checkbox(By.NAME, "enTLSv1")
enc_ssl30 = Checkbox(By.NAME, "enSSLv3")
# CVM Access Control
cvm_port_enable = Checkbox(By.NAME, "CvmHttpEnb")
cvm_port = InputText(By.NAME, "CvmHttpPort")
cvm_ssl_port_enable = Checkbox(By.NAME, "CvmHttpsEnb")
cvm_ssl_port = InputText(By.NAME, "CvmHttpsPort")
# AP Management
ap_management = Checkbox(By.NAME, "ApmEn")
# Device Management
device_management = Checkbox(By.NAME, "chkDevMng")
device_management_respond_external = Checkbox(By.NAME, "NoRsp2ExDev")
# TAB: IPv6 Management Setup
ipv6_enable_internet_access = Checkbox(By.NAME, "sIp6RMC")
ipv6_http = Checkbox(By.NAME, "sIp6Http")
ipv6_https = Checkbox(By.NAME, "sIp6Https")
ipv6_telnet = Checkbox(By.NAME, "sIp6Telnt")
ipv6_ssh = Checkbox(By.NAME, "sIp6Ssh")
ipv6_snmp = Checkbox(By.NAME, "sIp6Snmp")
ipv6_disable_ping_from_internet = Checkbox(By.NAME, "sIp6Ping")
ipv6_access_list_index_1 = InputText(By.NAME, "v6index1")
ipv6_access_list_index_2 = InputText(By.NAME, "v6index2")
ipv6_access_list_index_3 = InputText(By.NAME, "v6index3")
ipv6_access_list_index_4 = InputText(By.NAME, "v6index4")
ipv6_access_list_index_5 = InputText(By.NAME, "v6index5")
ipv6_access_list_index_6 = InputText(By.NAME, "v6index6")
ipv6_access_list_index_7 = InputText(By.NAME, "v6index7")
ipv6_access_list_index_8 = InputText(By.NAME, "v6index8")
ipv6_access_list_index_9 = InputText(By.NAME, "v6index9")
ipv6_access_list_index_10 = InputText(By.NAME, "v6index10")
# TAB: LAN Access Setup
allow_management_from_lan = Checkbox(By.NAME, "sMngtfrmLanEn1")
lan_ftp = Checkbox(By.NAME, "iMngtlanftp1")
lan_http = Checkbox(By.NAME, "iMngtlanHttp1")
lan_enforce_https_access = Checkbox(By.NAME, "iMngtHsfrc1")
lan_https = Checkbox(By.NAME, "iMngtlanHttps1")
lan_telnet = Checkbox(By.NAME, "iMngtlanTelnet1")
lan_tr069 = Checkbox(By.NAME, "iMngtlanTr0691")
lan_ssh = Checkbox(By.NAME, "iMngtlanSsh1")
subnet_lan_1 = Checkbox(By.NAME, "iMngtlanacc0")
subnet_lan_1_use_index = Checkbox(By.NAME, "iMngObjen0")
subnet_lan_1_index = InputText(By.NAME, "iMngObjidx0")
subnet_lan_2 = Checkbox(By.NAME, "iMngtlanacc1")
subnet_lan_2_use_index = Checkbox(By.NAME, "iMngObjen1")
subnet_lan_2_index = InputText(By.NAME, "iMngObjidx1")
subnet_lan_3 = Checkbox(By.NAME, "iMngtlanacc2")
subnet_lan_3_use_index = Checkbox(By.NAME, "iMngObjen2")
subnet_lan_3_index = InputText(By.NAME, "iMngObjidx2")
subnet_lan_4 = Checkbox(By.NAME, "iMngtlanacc3")
subnet_lan_4_use_index = Checkbox(By.NAME, "iMngObjen3")
subnet_lan_4_index = InputText(By.NAME, "iMngObjidx3")
subnet_lan_5 = Checkbox(By.NAME, "iMngtlanacc4")
subnet_lan_5_use_index = Checkbox(By.NAME, "iMngObjen4")
subnet_lan_5_index = InputText(By.NAME, "iMngObjidx4")
subnet_lan_6 = Checkbox(By.NAME, "iMngtlanacc5")
subnet_lan_6_use_index = Checkbox(By.NAME, "iMngObjen5")
subnet_lan_6_index = InputText(By.NAME, "iMngObjidx5")
subnet_lan_dmz = Checkbox(By.NAME, "iMngObjendmz")
subnet_lan_ip_routed = Checkbox(By.NAME, "iMngtlanSub1")
subnet_lan_ip_routed_use_index = Checkbox(By.NAME, "iMngObjensub")
subnet_lan_ip_routed_index = InputText(By.NAME, "iMngObjidxsub")
def open_page(self, tab=None):
"""Navigate menus to open SNMP configuration page."""
menu = MenuNavigator(self.driver_wrapper)
menu.open_sysmain_management(tab)
def check_reboot(self):
"""Check if reboot page is displayed, if so set flag to indicate a reboot is required.
:returns: True if reboot page found. False otherwise
"""
return MenuNavigator(self.driver_wrapper).is_reboot_system_displayed()
def read_management_settings(self):
"""Return the current Management settings.
:returns: Management object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
return Management(
router_name=self.read_element_value(self.router_name),
disable_auto_logout=self.read_element_value(
self.disable_auto_logout),
enable_validation_code=self.read_element_value(
self.enable_validation_code),
)
def write_management_settings(self, settings: Management):
"""Populate the Management setting.
:param settings: Management object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
self.set_element_value(self.router_name, settings.router_name)
self.set_element_value(self.disable_auto_logout,
settings.disable_auto_logout)
self.set_element_value(self.enable_validation_code,
settings.enable_validation_code)
self.ok_button.click()
return self.check_reboot()
def read_internet_access_control_settings(self):
"""Return the current InternetAccessControl settings.
:returns: InternetAccessControl object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
return InternetAccessControl(
internet_management=self.read_element_value(
self.enable_internet_access),
domain_name_allowed=self.read_element_value(
self.domain_name_allowed),
ftp_server=self.read_element_value(self.ftp),
http_server=self.read_element_value(self.http),
enforce_https_access=self.read_element_value(
self.enforce_https_access),
https_server=self.read_element_value(self.https),
telnet_server=self.read_element_value(self.telnet),
tr069_server=self.read_element_value(self.tr069),
ssh_server=self.read_element_value(self.ssh),
snmp_server=self.read_element_value(self.snmp),
disable_ping_from_internet=self.read_element_value(
self.disable_ping_from_internet),
)
def write_internet_access_control_settings(
self, settings: InternetAccessControl):
"""Populate the InternetAccessControl setting.
:param settings: InternetAccessControl object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
self.set_element_value(self.enable_internet_access,
settings.internet_management)
self.set_element_value(self.domain_name_allowed,
settings.domain_name_allowed)
self.set_element_value(self.ftp, settings.ftp_server)
self.set_element_value(self.http, settings.http_server)
self.set_element_value(self.enforce_https_access,
settings.enforce_https_access)
self.set_element_value(self.https, settings.https_server)
self.set_element_value(self.telnet, settings.telnet_server)
self.set_element_value(self.tr069, settings.tr069_server)
self.set_element_value(self.ssh, settings.ssh_server)
self.set_element_value(self.snmp, settings.snmp_server)
self.set_element_value(self.disable_ping_from_internet,
settings.disable_ping_from_internet)
self.ok_button.click()
return self.check_reboot()
def read_access_list_settings(self):
"""Return the current AccessList settings.
:returns: AccessList object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
return AccessList(
list_1_ip_object_index=self.read_element_value(
self.access_index_1),
list_2_ip_object_index=self.read_element_value(
self.access_index_2),
list_3_ip_object_index=self.read_element_value(
self.access_index_3),
list_4_ip_object_index=self.read_element_value(
self.access_index_4),
list_5_ip_object_index=self.read_element_value(
self.access_index_5),
list_6_ip_object_index=self.read_element_value(
self.access_index_6),
list_7_ip_object_index=self.read_element_value(
self.access_index_7),
list_8_ip_object_index=self.read_element_value(
self.access_index_8),
list_9_ip_object_index=self.read_element_value(
self.access_index_9),
list_10_ip_object_index=self.read_element_value(
self.access_index_10),
)
def write_access_list_settings(self, settings: AccessList):
"""Populate the AccessList setting.
:param settings: AccessList object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
self.set_element_value(self.access_index_1,
settings.list_1_ip_object_index)
self.set_element_value(self.access_index_2,
settings.list_2_ip_object_index)
self.set_element_value(self.access_index_3,
settings.list_3_ip_object_index)
self.set_element_value(self.access_index_4,
settings.list_4_ip_object_index)
self.set_element_value(self.access_index_5,
settings.list_5_ip_object_index)
self.set_element_value(self.access_index_6,
settings.list_6_ip_object_index)
self.set_element_value(self.access_index_7,
settings.list_7_ip_object_index)
self.set_element_value(self.access_index_8,
settings.list_8_ip_object_index)
self.set_element_value(self.access_index_9,
settings.list_9_ip_object_index)
self.set_element_value(self.access_index_10,
settings.list_10_ip_object_index)
self.ok_button.click()
return self.check_reboot()
def read_management_port_settings(self):
"""Return the current ManagementPort settings.
:returns: ManagementPort object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
return ManagementPort(
user_defined_ports=self.read_element_value(
self.user_defined_ports_radio),
telnet_port=self.read_element_value(self.telnet_port),
http_port=self.read_element_value(self.http_port),
https_port=self.read_element_value(self.https_port),
ftp_port=self.read_element_value(self.ftp_port),
tr069_port=self.read_element_value(self.tr069_port),
ssh_port=self.read_element_value(self.ssh_port),
)
def write_management_port_settings(self, settings: ManagementPort):
"""Populate the ManagementPort setting.
:param settings: ManagementPort object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
if settings.user_defined_ports:
self.set_element_value(self.user_defined_ports_radio,
settings.user_defined_ports)
self.set_element_value(self.telnet_port, settings.telnet_port)
self.set_element_value(self.http_port, settings.http_port)
self.set_element_value(self.https_port, settings.https_port)
self.set_element_value(self.ftp_port, settings.ftp_port)
self.set_element_value(self.tr069_port, settings.tr069_port)
self.set_element_value(self.ssh_port, settings.ssh_port)
else:
self.set_element_value(self.default_ports_radio, True)
self.ok_button.click()
return self.check_reboot()
def read_brute_force_protection_settings(self):
"""Return the current BruteForceProtection settings.
:returns: BruteForceProtection object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
return BruteForceProtection(
enable=self.read_element_value(self.bf_enable),
ftp_server=self.read_element_value(self.bf_ftp),
http_server=self.read_element_value(self.bf_http),
https_server=self.read_element_value(self.bf_https),
telnet_server=self.read_element_value(self.bf_telnet),
tr069_server=self.read_element_value(self.bf_tr069),
ssh_server=self.read_element_value(self.bf_ssh),
max_login_failures=self.read_element_value(
self.bf_max_login_failures),
penalty_period=self.read_element_value(self.bf_penality_period),
)
def write_brute_force_protection_settings(self,
settings: BruteForceProtection):
"""Populate the BruteForceProtection setting.
:param settings: BruteForceProtection object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
self.set_element_value(self.bf_enable, settings.enable)
self.set_element_value(self.bf_ftp, settings.ftp_server)
self.set_element_value(self.bf_http, settings.http_server)
self.set_element_value(self.bf_https, settings.https_server)
self.set_element_value(self.bf_telnet, settings.telnet_server)
self.set_element_value(self.bf_tr069, settings.tr069_server)
self.set_element_value(self.bf_ssh, settings.ssh_server)
self.set_element_value(self.bf_max_login_failures,
settings.max_login_failures)
self.set_element_value(self.bf_penality_period,
settings.penalty_period)
self.ok_button.click()
return self.check_reboot()
def read_encryption_settings(self):
"""Return the current Encryption settings.
:returns: Encryption object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
return Encryption(
tls_1_2=self.read_element_value(self.enc_tls12),
tls_1_1=self.read_element_value(self.enc_tls11),
tls_1_0=self.read_element_value(self.enc_tls10),
ssl_3_0=self.read_element_value(self.enc_ssl30),
)
def write_encryption_settings(self, settings: Encryption):
"""Populate the Encryption setting.
:param settings: Encryption object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
self.set_element_value(self.enc_tls12, settings.tls_1_2)
self.set_element_value(self.enc_tls11, settings.tls_1_1)
self.set_element_value(self.enc_tls10, settings.tls_1_0)
self.set_element_value(self.enc_ssl30, settings.ssl_3_0)
self.ok_button.click()
return self.check_reboot()
def read_cvm_access_control_settings(self):
"""Return the current CVM_AccessControl settings.
:returns: CVM_AccessControl object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
return CVM_AccessControl(
enable=self.read_element_value(self.cvm_port_enable),
ssl_enable=self.read_element_value(self.cvm_ssl_port_enable),
port=self.read_element_value(self.cvm_port),
ssl_port=self.read_element_value(self.cvm_ssl_port),
)
def write_cvm_access_control_settings(self, settings: CVM_AccessControl):
"""Populate the CVM_AccessControl setting.
:param settings: CVM_AccessControl object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
self.set_element_value(self.cvm_port_enable, settings.enable)
self.set_element_value(self.cvm_ssl_port_enable, settings.ssl_enable)
self.set_element_value(self.cvm_port, settings.port)
self.set_element_value(self.cvm_ssl_port, settings.ssl_port)
self.ok_button.click()
return self.check_reboot()
def read_ap_management_settings(self):
"""Return the current AP_Management settings.
:returns: AP_Management object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
return AP_Management(enable=self.read_element_value(
self.ap_management), )
def write_ap_management_settings(self, settings: AP_Management):
"""Populate the AP_Management setting.
:param settings: AP_Management object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
self.set_element_value(self.ap_management, settings.enable)
self.ok_button.click()
return self.check_reboot()
def read_device_management_settings(self):
"""Return the current DeviceManagement settings.
:returns: DeviceManagement object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
return DeviceManagement(
enable=self.read_element_value(self.device_management),
respond_to_external_device=self.read_element_value(
self.device_management_respond_external),
)
def write_device_management_settings(self, settings: DeviceManagement):
"""Populate the DeviceManagement setting.
:param settings: DeviceManagement object
"""
self.open_page(tab=self.ipv4_management_setup_tab)
self.set_element_value(self.device_management, settings.enable)
self.set_element_value(self.device_management_respond_external,
settings.respond_to_external_device)
self.ok_button.click()
return self.check_reboot()
def read_ipv6_management_settings(self):
"""Return the currrent IPv6 Management settings.
:returns IPv6Management object
"""
self.open_page(tab=self.ipv6_management_setup_tab)
return IPv6Management(
internet_management=self.read_element_value(
self.ipv6_enable_internet_access),
telnet_server=self.read_element_value(self.ipv6_telnet),
http_server=self.read_element_value(self.ipv6_http),
https_server=self.read_element_value(self.ipv6_https),
ssh_server=self.read_element_value(self.ipv6_ssh),
snmp_server=self.read_element_value(self.ipv6_snmp),
disable_ping_from_internet=self.read_element_value(
self.ipv6_disable_ping_from_internet),
access_index_1=self.read_element_value(
self.ipv6_access_list_index_1),
access_index_2=self.read_element_value(
self.ipv6_access_list_index_2),
access_index_3=self.read_element_value(
self.ipv6_access_list_index_3),
access_index_4=self.read_element_value(
self.ipv6_access_list_index_4),
access_index_5=self.read_element_value(
self.ipv6_access_list_index_5),
access_index_6=self.read_element_value(
self.ipv6_access_list_index_6),
access_index_7=self.read_element_value(
self.ipv6_access_list_index_7),
access_index_8=self.read_element_value(
self.ipv6_access_list_index_8),
access_index_9=self.read_element_value(
self.ipv6_access_list_index_9),
access_index_10=self.read_element_value(
self.ipv6_access_list_index_10),
)
def write_ipv6_management_settings(self, settings: IPv6Management):
"""Populate the IPv6Management setting.
:param settings: IPv6Management object
"""
self.open_page(tab=self.ipv6_management_setup_tab)
self.set_element_value(self.ipv6_enable_internet_access,
settings.internet_management)
self.set_element_value(self.ipv6_telnet, settings.telnet_server)
self.set_element_value(self.ipv6_http, settings.http_server)
self.set_element_value(self.ipv6_https, settings.https_server)
self.set_element_value(self.ipv6_ssh, settings.ssh_server)
self.set_element_value(self.ipv6_snmp, settings.snmp_server)
self.set_element_value(self.ipv6_disable_ping_from_internet,
settings.disable_ping_from_internet)
self.set_element_value(self.ipv6_access_list_index_1,
settings.access_index_1)
self.set_element_value(self.ipv6_access_list_index_1,
settings.access_index_2)
self.set_element_value(self.ipv6_access_list_index_1,
settings.access_index_3)
self.set_element_value(self.ipv6_access_list_index_1,
settings.access_index_4)
self.set_element_value(self.ipv6_access_list_index_1,
settings.access_index_5)
self.set_element_value(self.ipv6_access_list_index_1,
settings.access_index_6)
self.set_element_value(self.ipv6_access_list_index_1,
settings.access_index_7)
self.set_element_value(self.ipv6_access_list_index_1,
settings.access_index_8)
self.set_element_value(self.ipv6_access_list_index_1,
settings.access_index_9)
self.set_element_value(self.ipv6_access_list_index_1,
settings.access_index_10)
self.ok_button.click()
return self.check_reboot()
def read_lan_access_settings(self):
"""Return the current LAN_Access settings.
:returns: LAN_Access object
"""
self.open_page(tab=self.lan_access_setup_tab)
return LAN_Access(
enable=self.read_element_value(self.allow_management_from_lan),
ftp_server=self.read_element_value(self.lan_ftp),
http_server=self.read_element_value(self.lan_http),
enforce_https_access=self.read_element_value(
self.lan_enforce_https_access),
https_server=self.read_element_value(self.lan_https),
telnet_server=self.read_element_value(self.lan_telnet),
tr069_server=self.read_element_value(self.lan_tr069),
ssh_server=self.read_element_value(self.lan_ssh),
lan_1_access=self.read_element_value(self.subnet_lan_1),
lan_1_use_index=self.read_element_value(
self.subnet_lan_1_use_index),
lan_1_index=self.read_element_value(self.subnet_lan_1_index),
lan_2_access=self.read_element_value(self.subnet_lan_2),
lan_2_use_index=self.read_element_value(
self.subnet_lan_2_use_index),
lan_2_index=self.read_element_value(self.subnet_lan_2_index),
lan_3_access=self.read_element_value(self.subnet_lan_3),
lan_3_use_index=self.read_element_value(
self.subnet_lan_3_use_index),
lan_3_index=self.read_element_value(self.subnet_lan_3_index),
lan_4_access=self.read_element_value(self.subnet_lan_4),
lan_4_use_index=self.read_element_value(
self.subnet_lan_4_use_index),
lan_4_index=self.read_element_value(self.subnet_lan_4_index),
lan_5_access=self.read_element_value(self.subnet_lan_5),
lan_5_use_index=self.read_element_value(
self.subnet_lan_5_use_index),
lan_5_index=self.read_element_value(self.subnet_lan_5_index),
lan_6_access=self.read_element_value(self.subnet_lan_6),
lan_6_use_index=self.read_element_value(
self.subnet_lan_6_use_index),
lan_6_index=self.read_element_value(self.subnet_lan_6_index),
dmz_access=self.read_element_value(self.subnet_lan_dmz),
lan_ip_routed_access=self.read_element_value(
self.subnet_lan_ip_routed),
lan_ip_routed_use_index=self.read_element_value(
self.subnet_lan_ip_routed_use_index),
lan_ip_routed_index=self.read_element_value(
self.subnet_lan_ip_routed_index),
)
def write_lan_access_settings(self, settings: LAN_Access):
"""Populate the LAN_Access setting.
:param settings: LAN_Access object
"""
self.open_page(tab=self.lan_access_setup_tab)
self.set_element_value(self.allow_management_from_lan, settings.enable)
self.set_element_value(self.lan_ftp, settings.ftp_server)
self.set_element_value(self.lan_http, settings.http_server)
self.set_element_value(self.lan_enforce_https_access,
settings.enforce_https_access)
self.set_element_value(self.lan_https, settings.https_server)
self.set_element_value(self.lan_telnet, settings.telnet_server)
self.set_element_value(self.lan_tr069, settings.tr069_server)
self.set_element_value(self.lan_ssh, settings.ssh_server)
self.set_element_value(self.subnet_lan_1, settings.lan_1_access)
self.set_element_value(self.subnet_lan_1_use_index,
settings.lan_1_use_index)
self.set_element_value(self.subnet_lan_1_index, settings.lan_1_index)
self.set_element_value(self.subnet_lan_2, settings.lan_2_access)
self.set_element_value(self.subnet_lan_2_use_index,
settings.lan_2_use_index)
self.set_element_value(self.subnet_lan_2_index, settings.lan_2_index)
self.set_element_value(self.subnet_lan_3, settings.lan_3_access)
self.set_element_value(self.subnet_lan_3_use_index,
settings.lan_3_use_index)
self.set_element_value(self.subnet_lan_3_index, settings.lan_3_index)
self.set_element_value(self.subnet_lan_4, settings.lan_4_access)
self.set_element_value(self.subnet_lan_4_use_index,
settings.lan_4_use_index)
self.set_element_value(self.subnet_lan_4_index, settings.lan_4_index)
self.set_element_value(self.subnet_lan_5, settings.lan_5_access)
self.set_element_value(self.subnet_lan_5_use_index,
settings.lan_5_use_index)
self.set_element_value(self.subnet_lan_5_index, settings.lan_5_index)
self.set_element_value(self.subnet_lan_6, settings.lan_6_access)
self.set_element_value(self.subnet_lan_6_use_index,
settings.lan_6_use_index)
self.set_element_value(self.subnet_lan_6_index, settings.lan_6_index)
self.set_element_value(self.subnet_lan_dmz, settings.dmz_access)
self.set_element_value(self.subnet_lan_ip_routed,
settings.lan_ip_routed_access)
self.set_element_value(self.subnet_lan_ip_routed_use_index,
settings.lan_ip_routed_use_index)
self.set_element_value(self.subnet_lan_ip_routed_index,
settings.lan_ip_routed_index)
self.ok_button.click()
return self.check_reboot()
def init_page_elements(self):
self.input = InputText(By.XPATH, './/input')
self.link = Link(By.XPATH, './/a')
self.input_with_parent = InputText(By.XPATH, './/input', (By.XPATH, './/parent'))
class Buying_ItemPageObject(PageObject):
def init_page_elements(self):
self.username = InputText(By.NAME, 'email')
self.password = InputText(By.NAME, 'passwd')
self.login_button = Button(By.ID, 'SubmitLogin')
self.message = MessagePageObject()
def open(self):
""" Open login url in browser
:returns: this page object instance
"""
self.driver.get('{}/login'.format(self.config.get('Test', 'url')))
return self
def wait_until_loaded(self):
""" Wait until login page is loaded
:returns: this page object instance
"""
self.username.wait_until_visible()
return self
def login(self, user):
""" Fill login form and submit it
:param user: dict with username and password values
:returns: secure area page object instance
"""
#self.logger.debug("Login with user '%s'", user['username'])
self.username.text = user['username']
self.password.text = user['password']
time.sleep(3)
self.login_button.click()
time.sleep(3)
# return SecureAreaPageObject(self.driver_wrapper)
#hover over the women tab
def hover(self):
self.element = self.driver.find_element(
By.XPATH, '//*[@id="block_top_menu"]/ul/li[1]/a')
self.hover = ActionChains(self.driver).move_to_element(
self.element).perform()
time.sleep(3)
return self
#hover over women tab and move cursor to blouses and click
def click_tops(self):
self.click_element = self.driver.find_element(
By.XPATH, '//*[@id="block_top_menu"]/ul/li[1]/ul/li[1]/ul/li[2]/a')
self.hover = ActionChains(self.driver).move_to_element(
self.click_element).click(self.click_element).perform()
time.sleep(3)
return self
def addItem(self):
#scroll to bottom
self.driver.execute_script(
"window.scrollTo(0, -170, document.body.scrollHeight);")
#Hover to blouse and click add to cart button
self.item = self.driver.find_element(
By.XPATH, '//*[@id="center_column"]/ul/li/div/div[2]/h5/a')
self.button = ActionChains(self.driver).move_to_element(
self.item).perform()
self.add_to_cart = self.driver.find_element(
By.XPATH,
'//*[@id="center_column"]/ul/li/div/div[2]/div[2]/a[1]').click()
time.sleep(3)
return self
#click Proceed to checkout button to shopping-cart summary page
def go_to_checkout(self):
self.checkout = self.driver.find_element(
By.XPATH, '//*[@id="layer_cart"]/div[1]/div[2]/div[4]/a').click()
time.sleep(3)
return self
#click proceed button to addresses page
def shopping_summary(self):
self.summary = self.driver.find_element(
By.XPATH, '//*[@id="center_column"]/p[2]/a[1]').click()
time.sleep(3)
return self
#click proceed button to shipping page
def address_verification(self):
self.address = Button(By.NAME, 'processAddress').click()
time.sleep(3)
return self
#click the agree on terms checkbox buttton
def agree_on_terms(self):
self.agree_terms = self.driver.find_element(By.XPATH,
'//*[@id="cgv"]').click()
time.sleep(3)
return self
#click Proceed to checkout button to payment method page
def shipping_page(self):
self.shipping = Button(By.NAME, 'processCarrier').click()
time.sleep(3)
return self
#Click payment method button
def payment_method(self):
self.payment_type = self.driver.find_element(
By.XPATH, '//*[@id="HOOK_PAYMENT"]/div[2]/div/p/a').click()
time.sleep(3)
return self
#Click confirm order button
def confirm_order(self):
self.confirm_order = self.driver.find_element(
By.XPATH, '//*[@id="cart_navigation"]/button').click()
time.sleep(10)
self.confirm_order = self.driver.find_element(
By.XPATH, '//*[@id="header"]/div[2]/div/div/nav/div[2]/a').click()
time.sleep(5)
return self
class AssignLeavePageObject(PageObject):
def init_page_elements(self):
self.username = InputText(By.XPATH, '//*[@id="txtUsername"]')
self.password = InputText(By.XPATH, '//*[@id="txtPassword"]')
self.login_button = Button(By.XPATH, '//*[@id="btnLogin"]')
def open(self):
""" Open login url in browser
:returns: this page object instance
"""
self.driver.get('{}/login'.format(self.config.get('Test', 'url')))
return self
def wait_until_loaded(self):
""" Wait until login page is loaded
:returns: this page object instance
"""
self.username.wait_until_visible()
return self
def login(self, user):
""" Fill login form and submit it
:param user: dict with username and password values
:returns: secure area page object instance
"""
self.logger.debug("Login with user '%s'", user['username'])
time.sleep(5)
self.username.text = user['username']
self.password.text = user['password']
self.login_button.click()
time.sleep(5)
def assign_leave(self):
self.assign_leave_btn = self.driver.find_element(
By.XPATH,
'//*[@id="dashboard-quick-launch-panel-menu_holder"]/table/tbody/tr/td[1]/div/a'
).click()
time.sleep(3)
return self
def leave_details(self):
self.empl_name = self.driver.find_element(
By.XPATH,
'//*[@id="assignleave_txtEmployee_empName"]').send_keys('J')
time.sleep(2)
self.list = self.driver.find_element(
By.XPATH, '/html/body/div[6]/ul/li[1]').click()
time.sleep(2)
self.leave_type = self.driver.find_element(
By.XPATH,
'//*[@id="assignleave_txtLeaveType"]/option[@value=1]').click()
time.sleep(2)
self.from_date = self.driver.find_element(
By.XPATH, '//*[@id="assignleave_txtFromDate"]').click()
time.sleep(2)
self.start_date = self.driver.find_element(
By.XPATH,
'//*[@id="ui-datepicker-div"]/table/tbody/tr[4]/td[4]/a').click()
time.sleep(2)
self.to_date = self.driver.find_element(
By.XPATH, '//*[@id="assignleave_txtToDate"]').click()
time.sleep(5)
self.end_date = self.driver.find_element(
By.XPATH,
'//*[@id="ui-datepicker-div"]/table/tbody/tr[5]/td[5]/a').click()
time.sleep(5)
self.button = Button(By.XPATH, '//*[@id="assignBtn"]').click()
time.sleep(5)
def ok_btn(self):
self.OK_button = Button(By.XPATH, '//*[@id="confirmOkButton"]').click()
time.sleep(5)
return self
class SearchPageObject(PageObject):
def init_page_elements(self):
self.username = InputText(By.ID, 'email')
self.password = InputText(By.ID, 'passwd')
self.login_button = Button(By.ID, 'SubmitLogin')
def open(self):
""" Open login url in browser
:returns: this page object instance
"""
self.logger.debug("\nAtempting to open the page")
self.driver.get('{}/login'.format(self.config.get('Test', 'url')))
return self
def wait_until_loaded(self):
""" Wait until login page is loaded
:returns: this page object instance
"""
self.username.wait_until_visible()
return self
def login(self, user):
""" Fill login form and submit it
:param user: dict with username and password values
:returns: secure area page object instance
"""
try:
self.logger.debug("Login with user '%s'", user['username'])
self.username.text = user['username']
self.password.text = user['password']
self.logger.debug("\nAtempting to click login button")
self.login_button.click()
time.sleep(3)
return True
except NoSuchElementException:
self.auto_log("error", "Element {} does not exist".format(element))
return None
def search(self):
try:
self.search_item = self.driver.find_element(
By.XPATH, '//*[@id="search_query_top"]').send_keys('t-shirt')
self.search_btn = self.driver.find_element(
By.XPATH, '//*[@id="searchbox"]/button').click()
time.sleep(3)
return True
except NoSuchElementException:
self.auto_log("error", "Element {} does not exist".format(element))
return None
def add_item(self):
try:
self.driver.execute_script(
"window.scrollTo(0, 200, document.body.scrollHeight)")
self.item = self.driver.find_element(
By.XPATH, '//*[@id="center_column"]/ul/li/div/div[2]/h5/a')
self.hover = ActionChains(self.driver).move_to_element(
self.item).perform()
self.add_btn = self.driver.find_element(
By.XPATH,
'//*[@id="center_column"]/ul/li/div/div[2]/div[2]/a[2]').click(
)
self.add_to_cart = self.driver.find_element(
By.XPATH, '//*[@id="add_to_cart"]/button').click()
time.sleep(3)
return True
except NoSuchElementException:
self.auto_log("error", "Element {} does not exist".format(element))
def init_page_elements(self):
self.username = InputText(By.XPATH, '//*[@id="txtUsername"]')
self.password = InputText(By.XPATH, '//*[@id="txtPassword"]')
self.login_button = Button(By.XPATH, '//*[@id="btnLogin"]')
def init_page_elements(self):
self.username = InputText(By.NAME, 'email')
self.password = InputText(By.NAME, 'passwd')
self.login_button = Button(By.ID, 'SubmitLogin')
self.message = MessagePageObject()
class AndroidLoginPageObject(BaseLoginPageObject):
username = InputText(By.ID, 'username_id_android')
password = InputText(By.ID, 'password_id_android')
login_button = Button(By.ID, 'login_id_android')
def init_page_elements(self):
self.input = InputText(By.XPATH, './/input')
self.input_with_parent = InputText(By.XPATH,
'.//input',
parent=self.input)