def __init__(self, dd_controller, curr_nat_sessions):
self.EVENT_ADD = Constants.EVENT_ADD
self.EVENT_UPDATE = Constants.EVENT_UPDATE
self.EVENT_DELETE = Constants.EVENT_DELETE
######################### YANG CONSTANTS #########################
self.SILENT = Constants.ADVERTISE_SILENT
self.ON_CHANGE = Constants.ADVERTISE_ON_CHANGE
self.PERIODIC = Constants.ADVERTISE_PERIODIC
self.url_natSession = "config-nat:nat/nat-table/nat-session"
self.elements = {}
self.elements['natSession'] = Element(advertise=self.ON_CHANGE)
##################################################################
self.periods = []
for key, element in self.elements.items():
if element.advertise == self.PERIODIC:
element.period = element.period / 1000
if element.period not in self.periods:
self.periods.append(element.period)
self.on_change_interval = ConfigurationInstance(
).get_on_change_interval()
logging.debug("on_change_interval: " + str(self.on_change_interval))
self.nat_sessions_old = curr_nat_sessions
print("nat_sessions_old: " + str(len(self.nat_sessions_old)))
self.nat_sessions_new = []
self.nat_sessions_removed = []
self.ddController = dd_controller
self.natTableController = NatTableController()
self.natTableParser = NatTableParser()
def __init__(self, dd_controller, curr_whitelist):
self.EVENT_ADD = Constants.EVENT_ADD
self.EVENT_UPDATE = Constants.EVENT_UPDATE
self.EVENT_DELETE = Constants.EVENT_DELETE
######################### YANG CONSTANTS #########################
self.SILENT = Constants.ADVERTISE_SILENT
self.ON_CHANGE = Constants.ADVERTISE_ON_CHANGE
self.PERIODIC = Constants.ADVERTISE_PERIODIC
self.url_whitelist = "config-firewall:firewall/whitelist"
self.url_name = "/url"
self.elements = {}
self.elements['url'] = Element(advertise=self.ON_CHANGE)
##################################################################
self.periods = []
for key, element in self.elements.items():
if element.advertise == self.PERIODIC:
element.period = element.period / 1000
if element.period not in self.periods:
self.periods.append(element.period)
self.on_change_interval = ConfigurationInstance().get_on_change_interval()
logging.debug("on_change_interval: " + str(self.on_change_interval))
self.whitelist_old = curr_whitelist
print("whitelist_old: " + str(len(self.whitelist_old)))
self.whitelist_new = []
self.whitelist_updated = []
self.whitelist_removed = []
self.ddController = dd_controller
self.whitelistController = WhitelistController()
def wait_for_selector(self, selector, timeout=0):
"""
:param selector:
:param page:
:param timeout:
:return:
"""
return Element(asyncio.get_event_loop().run_until_complete(self.__waitForSelector(self.page, selector, timeout=timeout)))
def get_elements_by_xpath(self, xpath):
"""
find element by xpath
:param page: page object
:param xpath: the string to query element in the page source
:return: list contain all element for selector
"""
return [Element(i) for i in asyncio.get_event_loop().run_until_complete(self.__get_elements_by_xpath(self.page, xpath=xpath))]
def get_elements_by_selector(self, selector):
"""
find element by selector ,
:param page: page object
:param selector: the string to query element in the page source
:return: list contain all element for selector
"""
return [Element(i) for i in asyncio.get_event_loop().run_until_complete(self.__get_elements_by_selector(self.page, selector=selector))]
def get_element_by_selector(self, selector):
"""
find element by selector , if not only one selector finded , default return first element
:param page: page object
:param selector: the string to query element in the page source
:return:
"""
return Element(asyncio.get_event_loop().run_until_complete(self.__get_element_by_selector(self.page, selector=selector)))
def wait_for_function(self, pageFunction, *args, timeout=0):
"""
:param page:
:param pageFunction: Function to be evaluated in browser context
:param timeout: int maximum time to wait for in milliseconds. Defaults to 30000 (30 seconds). Pass 0 to disable timeout.
:param args: Arguments to pass to pageFunction
:return:
"""
return Element(asyncio.get_event_loop().run_until_complete(self.__waitForFunction(self.page, pageFunction, *args, timeout=timeout)))
def __init__(self, dd_controller, curr_dhcp_clients):
self.EVENT_ADD = Constants.EVENT_ADD
self.EVENT_UPDATE = Constants.EVENT_UPDATE
self.EVENT_DELETE = Constants.EVENT_DELETE
######################### YANG CONSTANTS #########################
self.SILENT = Constants.ADVERTISE_SILENT
self.ON_CHANGE = Constants.ADVERTISE_ON_CHANGE
self.PERIODIC = Constants.ADVERTISE_PERIODIC
self.url_clients = "config-dhcp-server:server/clients"
self.elements = {}
self.elements['client'] = Element(advertise=self.ON_CHANGE)
##################################################################
self.periods = []
for key, element in self.elements.items():
if element.advertise == self.PERIODIC:
element.period = element.period / 1000
if element.period not in self.periods:
self.periods.append(element.period)
self.on_change_interval = ConfigurationInstance(
).get_on_change_interval()
logging.debug("on_change_interval: " + str(self.on_change_interval))
self.dhcp_clients_old = curr_dhcp_clients
logging.debug("dhcp_clients_old: " + str(len(self.dhcp_clients_old)))
self.dhcp_clients_new = []
self.dhcp_clients_updated = []
self.dhcp_clients_removed = []
self.ddController = dd_controller
self.dhcpClientController = DhcpClientController()
self.dhcpClientParser = DhcpClientParser()
def __init__(self, dd_controller, curr_interfaces):
self.EVENT_ADD = Constants.EVENT_ADD
self.EVENT_UPDATE = Constants.EVENT_UPDATE
self.EVENT_DELETE = Constants.EVENT_DELETE
######################### YANG CONSTANTS #########################
self.SILENT = Constants.ADVERTISE_SILENT
self.ON_CHANGE = Constants.ADVERTISE_ON_CHANGE
self.PERIODIC = Constants.ADVERTISE_PERIODIC
self.url_iface = "interfaces/ifEntry"
self.elements = {}
self.elements['interface'] = Element(advertise=self.ON_CHANGE)
##################################################################
self.periods = []
for key, element in self.elements.items():
if element.advertise == self.PERIODIC:
element.period = element.period/1000
if element.period not in self.periods:
self.periods.append(element.period)
self.on_change_interval = float(ConfigurationInstance().get_on_change_interval())
logging.debug("on_change_interval: " + str(self.on_change_interval))
self.interfaces_old = curr_interfaces
print("interfaces_old: " + str(len(self.interfaces_old)))
self.interfaces_new = []
self.interfaces_updated = []
self.interfaces_removed = []
self.ddController = dd_controller
self.interfaceController = InterfaceController()
self.interfaceParser = InterfaceParser()
def get_elements_by_xpath(self, xpath):
return [
Element(i) for i in asyncio.get_event_loop().run_until_complete(
self.__get_elements_by_xpath(self.frame, xpath=xpath))
]
def get_elements_by_selector(self, selector):
return [
Element(i) for i in asyncio.get_event_loop().run_until_complete(
self.__get_elements_by_selector(self.frame, selector=selector))
]
def wait_for_xpath(self, xpath, timeout=0):
return Element(asyncio.get_event_loop().run_until_complete(self.__waitForXpath(self.page, xpath, timeout=timeout)))
def __init__(self, dd_controller, curr_dhcpServer_configuration):
self.EVENT_ADD = Constants.EVENT_ADD
self.EVENT_UPDATE = Constants.EVENT_UPDATE
self.EVENT_DELETE = Constants.EVENT_DELETE
######################### YANG CONSTANTS #########################
self.SILENT = Constants.ADVERTISE_SILENT
self.ON_CHANGE = Constants.ADVERTISE_ON_CHANGE
self.PERIODIC = Constants.ADVERTISE_PERIODIC
self.url_dhcpServerConfiguration = "config-dhcp-server:server/"
self.url_defaultLeaseTime = self.url_dhcpServerConfiguration + "/defaultLeaseTime"
self.url_maxLeaseTime = self.url_dhcpServerConfiguration + "/maxLeaseTime"
self.url_subnet = self.url_dhcpServerConfiguration + "/subnet"
self.url_subnetMask = self.url_dhcpServerConfiguration + "/subnetMask"
self.url_router = self.url_dhcpServerConfiguration + "/router"
self.url_dns_primaryServer = self.url_dhcpServerConfiguration + "/dnsPrimaryServer"
self.url_dns_secondaryServer = self.url_dhcpServerConfiguration + "/dnsSecondaryServer"
self.url_dns_domainName = self.url_dhcpServerConfiguration + "/dnsDomainName"
self.url_sections = self.url_dhcpServerConfiguration + "/sections"
self.url_section_startIP = "/sectionStartIp"
self.url_section_endIP = "/sectionEndIp"
self.elements = {}
self.elements['server'] = Element(advertise=self.ON_CHANGE)
self.elements['defaultLeaseTime'] = Element(advertise=self.SILENT)
self.elements['maxLeaseTime'] = Element(advertise=self.SILENT)
self.elements['subnet'] = Element(advertise=self.SILENT)
self.elements['subnetMask'] = Element(advertise=self.SILENT)
self.elements['router'] = Element(advertise=self.SILENT)
self.elements['dnsPrimaryServer'] = Element(advertise=self.SILENT)
self.elements['dnsSecondaryServer'] = Element(advertise=self.SILENT)
self.elements['dnsDomainName'] = Element(advertise=self.SILENT)
self.elements['sections'] = Element(advertise=self.SILENT)
self.elements['section'] = Element(advertise=self.SILENT)
self.elements['sectionStartIp'] = Element(advertise=self.SILENT)
self.elements['sectionEndIp'] = Element(advertise=self.SILENT)
##################################################################
self.periods = []
for key, element in self.elements.items():
if element.advertise == self.PERIODIC:
element.period = element.period / 1000
if element.period not in self.periods:
self.periods.append(element.period)
self.on_change_interval = ConfigurationInstance().get_on_change_interval()
logging.debug("on_change_interval: " + str(self.on_change_interval))
self.dhcpServerConfig_old = curr_dhcpServer_configuration
self.dhcpServerConfig_new = None
self.ddController = dd_controller
self.dhcpServerController = DhcpServerController()
self.dhcpServerParser = DhcpServerParser()