def __init__(self, access_list_name: str, sequence_number: int):
super().__init__()
self.__ipv4_acl_and_prefix_list = Element('ipv4-acl-and-prefix-list')
self.__accesses = SubElement(
self.__ipv4_acl_and_prefix_list, 'accesses')
self.__access = SubElement(self.__accesses, 'access')
if is_not_none(access_list_name):
access_list_name_ = SubElement(self.__access, 'access-list-name')
access_list_name_.text = access_list_name
else:
raise NoneException()
self.__access_list_entries = SubElement(
self.self.__access, 'access-list-entries')
self.__access_list_entry = SubElement(
self.__access_list_entries, 'access-list-entry')
if is_not_none(sequence_number):
sequence_number_ = SubElement('sequence-number')
sequence_number_.text = sequence_number
else:
raise NoneException()
def ipv6(self,
destination: str,
source: str = None,
timeout: int = None,
probe: int = None,
numeric: bool = None,
vrf_name: str = None,
min_ttl: int = None,
max_ttl: int = None,
port: int = None,
verbose: bool = None,
priority: int = None,
outgoing_interface: str = None):
"""
destination: str. Destination address or hostname.
source: str. Source address or interface.
timeout: int. range "0..36". Timeout in seconds.
probe: int. range "1..64". Probe count.
numeric: bool. Numeric display only.
vrf_name: str. VRF name.
min_ttl: int. range "0..255". minimum time to live.
max_ttl: int. range "0..255". maximum time to live.
port: int. range "0..65535". Port numbe.
verbose: bool. verbose output.
priority: int. range "0..15". Priority of hte packet.
outgoing_interface: str. Outgoing interface, needed in case of traceroute to link local address.
"""
ipv6_ = SubElement(self, 'traceroute-act:ipv6')
if is_not_none(destination):
destination_ = SubElement(ipv6_, 'traceroute-act:destination')
destination_.text = destination
else:
raise NoneException('destination cannot be None')
if is_not_none(source):
source_ = SubElement(ipv6_, 'traceroute-act:source')
source_.text = source
if is_not_none(timeout):
timeout_ = SubElement(ipv6_, 'traceroute-act:timeout')
timeout_.text = convert_to_string(timeout)
if is_not_none(probe):
probe_ = SubElement(ipv6_, 'traceroute-act:probe')
probe_.text = convert_to_string(probe)
if is_not_none(numeric):
numeric_ = SubElement(ipv6_, 'traceroute-act:numeric')
numeric_.text = convert_to_string(numeric)
if is_not_none(vrf_name):
vrf_name_ = SubElement(ipv6_, 'traceroute-act:vrf-name')
vrf_name_.text = vrf_name_
if is_not_none(min_ttl):
min_ttl_ = SubElement(ipv6_, 'traceroute-act:min-ttl')
min_ttl_.text = convert_to_string(min_ttl)
if is_not_none(max_ttl):
max_ttl_ = SubElement(ipv6_, 'traceroute-act:max-ttl')
max_ttl_.text = convert_to_string(max_ttl)
if is_not_none(port):
port_ = SubElement(ipv6_, 'traceroute-act:port')
port_.text = convert_to_string(port)
if is_not_none(verbose):
verbose_ = SubElement(ipv6_, 'traceroute-act:verbose')
verbose_.text = convert_to_string(verbose)
if is_not_none(priority):
priority_ = SubElement(ipv6_, 'traceroute-act:priority')
priority_.text = convert_to_string(priority)
if is_not_none(outgoing_interface):
outgoing_interface_ = SubElement(
ipv6_, 'traceroute-act:outgoing-interface')
outgoing_interface_.text = outgoing_interface
def ipv6(self,
destination: str,
repeat_count: int = None,
data_size: int = None,
timeout: int = None,
interval: int = None,
pattern: int = None,
sweep: bool = None,
vrf_name: str = None,
source: str = None,
verbose: bool = None,
priority: int = None,
outgoing_interface: str = None):
"""
destination: str. Ping destination address or hostname.
repeat_count: int. range "1..64". Number of ping packets to be sent out.
data_size: int. range "36..18024". Size of ping packet.
timeout: int. range "0..36". Timeout in seconds.
interval: int. range "0..3600". Ping interval in milli seconds.
pattern: int. Pattern of payload data.
sweep: bool. Sweep is enabled.
vrf_name: str. VRF name.
source: str. Source address or interface.
verbose: bool. Validate return packet.
priority: int. range "0..15". Priority of the packet.
outgoing_interface: str. Outgoing interface, needed in case of ping to link local address.
"""
ipv6_ = SubElement(self, 'ping-act:ipv6')
if is_not_none(destination):
destination_ = SubElement(ipv6_, 'ping-act:destination')
destination_.text = destination
else:
raise NoneException('destination cannot be None.')
if is_not_none(repeat_count):
repeat_count_ = SubElement(ipv6_, 'ping-act:repeat-count')
repeat_count_.text = convert_to_string(repeat_count)
if is_not_none(data_size):
data_size_ = SubElement(ipv6_, 'ping-act:data-size')
data_size_.text = convert_to_string(data_size)
if is_not_none(timeout):
timeout_ = SubElement(ipv6_, 'ping-act:timeout')
timeout_.text = convert_to_string(timeout)
if is_not_none(interval):
interval_ = SubElement(ipv6_, 'ping-act:interval')
interval_.text = convert_to_string(interval)
if is_not_none(pattern):
pattern_ = SubElement(ipv6_, 'ping-act:pattern')
pattern_.text = convert_to_string(pattern)
if is_not_none(sweep):
sweep_ = SubElement(ipv6_, 'ping-act:sweep')
sweep_.text = convert_to_string(sweep)
if is_not_none(vrf_name):
vrf_name_ = SubElement(ipv6_, 'ping-act:vrf-name')
vrf_name_.text = vrf_name
if is_not_none(source):
source_ = SubElement(ipv6_, 'ping-act:source')
source_.text = source
if is_not_none(verbose):
verbose_ = SubElement(ipv6_, 'ping-act:verbose')
verbose_.text = convert_to_string(verbose)
if is_not_none(priority):
priority_ = SubElement(ipv6_, 'ping-act:priority')
priority_.text = convert_to_string(priority)
if is_not_none(outgoing_interface):
outgoing_interface_ = SubElement(ipv6_,
'ping-act:outgoing-interface')
outgoing_interface_.text = outgoing_interface
def ipv4(
self,
destination: str,
repeat_count: int = None,
data_size: int = None,
timeout: int = None,
interval: int = None,
pattern: int = None,
sweep: bool = None,
vrf_name: str = None,
source: str = None,
verbose: bool = None,
type_of_service: int = None,
do_not_frag: bool = None,
validate: bool = None,
):
"""
destination: str. Ping destination address or hostname.
repeat_count: int. range "1..64". Number of ping packets to be sent out.
data_size: int. range "36..18024". Size of ping packet.
timeout: int. range "0..36". Timeout in seconds.
interval: int. range "0..3600". Ping interval in milli seconds.
pattern: int. Pattern of payload data.
sweep: bool. Sweep is enabled.
vrf_name: str. VRF name.
source: str. Source address or interface.
verbose: bool. Validate return packet.
type_of_service: int. range "0..255. Type of Service.
do_not_frag: bool. Do Not Fragment.
validate: bool. Validate return packet.
"""
ipv4_ = SubElement(self, 'ping-act:ipv4')
if is_not_none(destination):
destination_ = SubElement(ipv4_, 'ping-act:destination')
destination_.text = destination
else:
raise NoneException('destination cannot be None.')
if is_not_none(repeat_count):
repeat_count_ = SubElement(ipv4_, 'ping-act:repeat-count')
repeat_count_.text = convert_to_string(repeat_count)
if is_not_none(data_size):
data_size_ = SubElement(ipv4_, 'ping-act:data-size')
data_size_.text = convert_to_string(data_size)
if is_not_none(timeout):
timeout_ = SubElement(ipv4_, 'ping-act:timeout')
timeout_.text = convert_to_string(timeout)
if is_not_none(interval):
interval_ = SubElement(ipv4_, 'ping-act:interval')
interval_.text = convert_to_string(interval)
if is_not_none(pattern):
pattern_ = SubElement(ipv4_, 'ping-act:pattern')
pattern_.text = convert_to_string(pattern)
if is_not_none(sweep):
sweep_ = SubElement(ipv4_, 'ping-act:sweep')
sweep_.text = convert_to_string(sweep)
if is_not_none(vrf_name):
vrf_name_ = SubElement(ipv4_, 'ping-act:vrf-name')
vrf_name_.text = vrf_name
if is_not_none(source):
source_ = SubElement(ipv4_, 'ping-act:source')
source_.text = source
if is_not_none(verbose):
verbose_ = SubElement(ipv4_, 'ping-act:verbose')
verbose_.text = convert_to_string(verbose)
if is_not_none(type_of_service):
type_of_service_ = SubElement(ipv4_, 'ping-act:type-of-service')
type_of_service_.text = convert_to_string(type_of_service)
if is_not_none(do_not_frag):
do_not_frag_ = SubElement(ipv4_, 'ping-act:do-not-frag')
do_not_frag_.text = convert_to_string(do_not_frag)
if is_not_none(validate):
validate_ = SubElement(ipv4_, 'ping-act:validate')
validate_.text = convert_to_string(validate)