Class: Cisco::Interface

Inherits:
InterfaceDeprecated show all
Defined in:
lib/cisco_node_utils/interface.rb

Overview

Interface - node utility class for general interface config management

Constant Summary collapse

ETHERNET =

Regexp to match various Ethernet interface variants:

       Ethernet
GigabitEthernet
             TenGigE
         HundredGigE
                     MgmtEth

Regexp.new('(Ethernet|GigE|MgmtEth)', Regexp::IGNORECASE)
PORTCHANNEL =

Regexp to match various link bundle interface variants

Regexp.new('(port-channel|Bundle-Ether)', Regexp::IGNORECASE)

Constants inherited from InterfaceDeprecated

Cisco::InterfaceDeprecated::PVLAN_PROPERTY

Instance Attribute Summary collapse

Class Method Summary collapse

Instance Method Summary collapse

Methods inherited from InterfaceDeprecated

#configure_private_vlan_host_property, #configure_private_vlan_trunk_property, #default_private_vlan_mapping, #default_switchport_mode_private_vlan_host, #default_switchport_mode_private_vlan_host_association, #default_switchport_mode_private_vlan_host_promisc, #default_switchport_mode_private_vlan_trunk_promiscuous, #default_switchport_mode_private_vlan_trunk_secondary, #default_switchport_private_vlan_association_trunk, #default_switchport_private_vlan_mapping_trunk, #default_switchport_private_vlan_trunk_allowed_vlan, #default_switchport_private_vlan_trunk_native_vlan, #deprecation_warning, #interf_vlan_list_delta, #prepare_array, #private_vlan_mapping, #private_vlan_mapping=, #switchport_enable_and_mode_private_vlan_host, #switchport_mode_private_vlan_host, #switchport_mode_private_vlan_host=, #switchport_mode_private_vlan_host_association, #switchport_mode_private_vlan_host_association=, #switchport_mode_private_vlan_host_promisc, #switchport_mode_private_vlan_host_promisc=, #switchport_mode_private_vlan_trunk_promiscuous, #switchport_mode_private_vlan_trunk_promiscuous=, #switchport_mode_private_vlan_trunk_secondary, #switchport_mode_private_vlan_trunk_secondary=, #switchport_private_vlan_association_trunk, #switchport_private_vlan_association_trunk=, #switchport_private_vlan_mapping_trunk, #switchport_private_vlan_mapping_trunk=, #switchport_private_vlan_trunk_allowed_vlan, #switchport_private_vlan_trunk_allowed_vlan=, #switchport_private_vlan_trunk_native_vlan, #switchport_private_vlan_trunk_native_vlan=

Methods inherited from NodeUtil

client, #client, config_get, #config_get, #config_get_default, config_get_default, config_set, #config_set, #get, #ios_xr?, #nexus?, #node, node, platform, #platform, supports?, #supports?

Constructor Details

#initialize(name, instantiate = true, default_state = false) ⇒ Interface

Returns a new instance of Interface.



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# File 'lib/cisco_node_utils/interface.rb', line 56

def initialize(name, instantiate=true, default_state=false)
  fail TypeError unless name.is_a?(String)
  fail ArgumentError unless name.length > 0
  @name = name.downcase
  @smr = config_get('interface', 'stp_mst_range')
  @svr = config_get('interface', 'stp_vlan_range')
  @match_found = false
  # Keep track of default vs non-default state for
  # interfaces that cannot be created/destroyed.
  @state_default = nil
  # Track ethernet but not sub-interfaces
  if @name[/ethernet/] && !@name[/ethernet.*\.\d+/]
    @state_default = default_state
  end
  create if instantiate
end

Instance Attribute Details

#name ⇒ Object (readonly)

Returns the value of attribute name.



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# File 'lib/cisco_node_utils/interface.rb', line 54

def name
  @name
end

#state_default ⇒ Object (readonly)

Returns the value of attribute state_default.



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# File 'lib/cisco_node_utils/interface.rb', line 54

def state_default
  @state_default
end

Class Method Details

.capabilities(intf, mode = :hash) ⇒ Object

‘capabilities’ is a getter-only helper for minitest and beaker. mode values:

:hash = Transform the output into a hash
:raw  = The raw output from 'show int capabilities'. Some multi-line
        values do not translate easily so this option allows the
        caller to extract the data it needs.

Sample cli output:

Model:                 N7K-M132XP-12L
Type (SFP capable):    10Gbase-SR
Speed:                 10,100,1000

Sample hash output: “Type”=>“10Gbase-SR”, “Speed”=>“10,100,1000”



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# File 'lib/cisco_node_utils/interface.rb', line 134

def self.capabilities(intf, mode=:hash)
  array = config_get('interface', 'capabilities', name: intf)
  return array if mode == :raw
  hash = {}
  if array
    array.delete('')
    array.each do |line|
      k, v = line.split(':')
      next if k.nil? || v.nil?
      k.gsub!(/ \(.*\)/, '') # Remove any parenthetical text from key
      v.strip!
      v.gsub!(%r{half/full}, 'half,full') if k == 'Duplex'
      hash[k] = v
    end
  end
  hash
end

.filter(filter, id) ⇒ Object

General-purpose filter for Interface.interfaces(). filter: This may be overloaded in the future to allow a hash of filters.

id: The interface name

Return: true if the interface should be filtered out, false to keep it.



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# File 'lib/cisco_node_utils/interface.rb', line 107

def self.filter(filter, id)
  case filter
  when :pvlan_any
    return false if config_get('interface', 'pvlan_any', name: id)

  else
    # Just a basic pattern filter (:ethernet, :loopback, etc)
    return false if id.match(filter.to_s)
  end
  true
end

.interfaces(opt = nil) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 77

def self.interfaces(opt=nil)
  hash = {}
  intf_list = config_get('interface', 'all_interfaces')
  return hash if intf_list.nil?

  # Massage intf_list data into an array that is easy
  # to work with.
  intf_list.collect! { |x| x.strip || x }
  intf_list.delete('')
  intf_list = intf_list.join(' ').split('interface')
  intf_list.delete('')

  intf_list.each do |id|
    int_data = id.strip.split(' ')
    next if int_data[0].nil?
    id = int_data[0].downcase
    next if opt && filter(opt, id)
    # If there are any additional options associated
    # with this interface then it's in a non-default
    # state.
    default_state = int_data.size > 1 ? false : true
    hash[id] = Interface.new(id, false, default_state)
  end
  hash
end

Instance Method Details

#access_vlan ⇒ Object

For range based attributes, a new attribute purge will be added in future. When purge is set to true, all the ranges which are specified in the manifest will be set to the desired values and those which are not specified in the manifest will be set to default. When purge is false, only the ranges specified in the manifest will be set to the values given in the manifest and others are left untouched.



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# File 'lib/cisco_node_utils/interface.rb', line 194

def access_vlan
  return nil if switchport_mode == :disabled
  config_get('interface', 'access_vlan', name: @name)
end

#access_vlan=(vlan) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 199

def access_vlan=(vlan)
  config_set('interface', 'access_vlan', name: @name, vlan: vlan)
end

#bfd_echo ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 207

def bfd_echo
  return nil unless Feature.bfd_enabled?
  return nil if @name[/loop/i]
  config_get('interface', 'bfd_echo', name: @name)
end

#bfd_echo=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 213

def bfd_echo=(val)
  fail ArgumentError, 'Interface cannot be loopback' if
    @name[/loop/i]
  return if val == bfd_echo
  state = (val ? '' : 'no')
  Feature.bfd_enable
  config_set('interface', 'bfd_echo',
             name: @name, state: state)
end

#check_switchport(status) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1998

def check_switchport(status)
  return if switchport_status?(status)
  fail("#{caller[0][/`.*'/][1..-2]} cannot be set unless " \
       "switchport mode is #{status}")
end

#cli_error_check(result) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1466

def cli_error_check(result)
  # Check for messages that can be safely ignored.
  # The NXOS interface private-vlan cli does not raise an exception
  # in some conditions and instead just displays a STDOUT error message
  # thus NXAPI does not detect the failure.
  # We must catch it by inspecting the "body" hash entry returned by NXAPI.
  # This vlan cli behavior is unlikely to change.

  errors = /(ERROR:|VLAN:|Eth)/
  return unless
    result[1].is_a?(Hash) && errors.match(result[1]['body'].to_s)
  # Split errors into a list, but keep the delimiter as part of the message.
  error_list =
    (result[1]['body'].split(errors) - ['']).each_slice(2).map(&:join)
  error_list.each do |_msg|
    fail result[1]['body']
  end
end

#create ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 152

def create
  feature_vlan_set(true) if @name[/(vlan|bdi)/i]
  config_set('interface', 'create', name: @name)
rescue Cisco::CliError
  # Some XR platforms do not support channel-group configuration
  # on some OS versions. Since this is an OS version difference and not
  # a platform difference, we can't handle this in the YAML.
  raise unless PORTCHANNEL =~ @name && platform == :ios_xr
  raise Cisco::UnsupportedError.new('interface', @name, 'create')
end

#default? ⇒ Boolean

Returns:



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# File 'lib/cisco_node_utils/interface.rb', line 171

def default?
  state = config_get('interface', 'default', name: @name)
  state.nil? ? true : false
end

#default_access_vlan ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 203

def default_access_vlan
  config_get_default('interface', 'access_vlan')
end

#default_bfd_echo ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 223

def default_bfd_echo
  return nil unless Feature.bfd_enabled?
  return nil if @name[/loop/i]
  config_get_default('interface', 'bfd_echo')
end

#default_description ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 244

def default_description
  config_get_default('interface', 'description')
end

#default_duplex ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 975

def default_duplex
  config_get_default('interface', 'duplex')
end

#default_encapsulation_dot1q ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 262

def default_encapsulation_dot1q
  config_get_default('interface', 'encapsulation_dot1q')
end

#default_fabric_forwarding_anycast_gateway ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 296

def default_fabric_forwarding_anycast_gateway
  config_get_default('interface', 'fabric_forwarding_anycast_gateway')
end

#default_hsrp_bfd ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 314

def default_hsrp_bfd
  config_get_default('interface', 'hsrp_bfd')
end

#default_hsrp_delay ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 325

def default_hsrp_delay
  [default_hsrp_delay_minimum, default_hsrp_delay_reload]
end

#default_hsrp_delay_minimum ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 343

def default_hsrp_delay_minimum
  config_get_default('interface', 'hsrp_delay_minimum')
end

#default_hsrp_delay_reload ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 361

def default_hsrp_delay_reload
  config_get_default('interface', 'hsrp_delay_reload')
end

#default_hsrp_mac_refresh ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 377

def default_hsrp_mac_refresh
  config_get_default('interface', 'hsrp_mac_refresh')
end

#default_hsrp_use_bia ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 415

def default_hsrp_use_bia
  config_get_default('interface', 'hsrp_use_bia')
end

#default_hsrp_version ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 429

def default_hsrp_version
  config_get_default('interface', 'hsrp_version')
end

#default_ipv4_acl_in ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 450

def default_ipv4_acl_in
  config_get_default('interface', 'ipv4_acl_in')
end

#default_ipv4_acl_out ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 471

def default_ipv4_acl_out
  config_get_default('interface', 'ipv4_acl_out')
end

#default_ipv4_address ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 546

def default_ipv4_address
  config_get_default('interface', 'ipv4_address')
end

#default_ipv4_address_secondary ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 550

def default_ipv4_address_secondary
  default_ipv4_address
end

#default_ipv4_arp_timeout ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 583

def default_ipv4_arp_timeout
  config_get_default('interface', ipv4_arp_timeout_lookup_string)
end

#default_ipv4_dhcp_relay_addr ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 607

def default_ipv4_dhcp_relay_addr
  config_get_default('interface', 'ipv4_dhcp_relay_addr')
end

#default_ipv4_dhcp_relay_info_trust ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 623

def default_ipv4_dhcp_relay_info_trust
  config_get_default('interface', 'ipv4_dhcp_relay_info_trust')
end

#default_ipv4_dhcp_relay_src_addr_hsrp ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 638

def default_ipv4_dhcp_relay_src_addr_hsrp
  config_get_default('interface', 'ipv4_dhcp_relay_src_addr_hsrp')
end

#default_ipv4_dhcp_relay_src_intf ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 658

def default_ipv4_dhcp_relay_src_intf
  config_get_default('interface', 'ipv4_dhcp_relay_src_intf')
end

#default_ipv4_dhcp_relay_subnet_broadcast ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 674

def default_ipv4_dhcp_relay_subnet_broadcast
  config_get_default('interface', 'ipv4_dhcp_relay_subnet_broadcast')
end

#default_ipv4_dhcp_smart_relay ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 690

def default_ipv4_dhcp_smart_relay
  config_get_default('interface', 'ipv4_dhcp_smart_relay')
end

#default_ipv4_forwarding ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 704

def default_ipv4_forwarding
  config_get_default('interface', 'ipv4_forwarding')
end

#default_ipv4_netmask_length ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 554

def default_ipv4_netmask_length
  config_get_default('interface', 'ipv4_netmask_length')
end

#default_ipv4_netmask_length_secondary ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 558

def default_ipv4_netmask_length_secondary
  default_ipv4_netmask_length
end

#default_ipv4_pim_sparse_mode ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 720

def default_ipv4_pim_sparse_mode
  config_get_default('interface', 'ipv4_pim_sparse_mode')
end

#default_ipv4_proxy_arp ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 735

def default_ipv4_proxy_arp
  config_get_default('interface', 'ipv4_proxy_arp')
end

#default_ipv4_redirects ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 760

def default_ipv4_redirects
  config_get_default('interface', ipv4_redirects_lookup_string)
end

#default_ipv6_acl_in ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 780

def default_ipv6_acl_in
  config_get_default('interface', 'ipv6_acl_in')
end

#default_ipv6_acl_out ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 800

def default_ipv6_acl_out
  config_get_default('interface', 'ipv6_acl_out')
end

#default_ipv6_dhcp_relay_addr ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 824

def default_ipv6_dhcp_relay_addr
  config_get_default('interface', 'ipv6_dhcp_relay_addr')
end

#default_ipv6_dhcp_relay_src_intf ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 844

def default_ipv6_dhcp_relay_src_intf
  config_get_default('interface', 'ipv6_dhcp_relay_src_intf')
end

#default_ipv6_redirects ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 860

def default_ipv6_redirects
  config_get_default('interface', 'ipv6_redirects')
end

#default_load_interval_counter_1_delay ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 885

def default_load_interval_counter_1_delay
  # for vlan and bdi the default is 60
  if @name[/(vlan|bdi)/i]
    config_get_default('interface',
                       'load_interval_counter_1_delay_vlan_bdi')
  else
    config_get_default('interface', 'load_interval_counter_1_delay')
  end
end

#default_load_interval_counter_2_delay ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 907

def default_load_interval_counter_2_delay
  config_get_default('interface', 'load_interval_counter_2_delay')
end

#default_load_interval_counter_3_delay ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 925

def default_load_interval_counter_3_delay
  config_get_default('interface', 'load_interval_counter_3_delay')
end

#default_mtu ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 949

def default_mtu
  config_get_default('interface', mtu_lookup_string)
end

#default_negotiate_auto ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1001

def default_negotiate_auto
  config_get_default('interface', negotiate_auto_lookup_string)
end

#default_pim_bfd ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1061

def default_pim_bfd
  config_get_default('interface', 'pim_bfd')
end

#default_purge_config ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2097

def default_purge_config
  config_get_default('interface', 'purge_config')
end

#default_pvlan_mapping ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1806

def default_pvlan_mapping
  config_get_default('interface', 'pvlan_mapping')
end

#default_shutdown ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1014

def default_shutdown
  case @name
  when ETHERNET
    def_sw = system_default_switchport
    def_shut = system_default_switchport_shutdown

    if def_sw && def_shut
      lookup = 'shutdown_ethernet_switchport_shutdown'
    elsif def_sw && !def_shut
      lookup = 'shutdown_ethernet_switchport_noshutdown'
    elsif !def_sw && def_shut
      lookup = 'shutdown_ethernet_noswitchport_shutdown'
    elsif !def_sw && !def_shut
      lookup = 'shutdown_ethernet_noswitchport_noshutdown'
    else
      fail "Error: def_sw #{def_sw}, def_shut #{def_shut}"
    end

  when /loopback/i
    lookup = 'shutdown_loopback'

  when PORTCHANNEL
    lookup = 'shutdown_ether_channel'

  when /Vlan/i
    lookup = 'shutdown_vlan'

  else
    lookup = 'shutdown_unknown'
  end
  config_get_default('interface', lookup)
end

#default_speed ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 962

def default_speed
  config_get_default('interface', 'speed')
end

#default_storm_control_broadcast ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1078

def default_storm_control_broadcast
  config_get_default('interface', 'storm_control_broadcast')
end

#default_storm_control_multicast ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1095

def default_storm_control_multicast
  config_get_default('interface', 'storm_control_multicast')
end

#default_storm_control_unicast ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1112

def default_storm_control_unicast
  config_get_default('interface', 'storm_control_unicast')
end

#default_stp_bpdufilter ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1132

def default_stp_bpdufilter
  config_get_default('interface', 'stp_bpdufilter')
end

#default_stp_bpduguard ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1151

def default_stp_bpduguard
  config_get_default('interface', 'stp_bpduguard')
end

#default_stp_cost ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1166

def default_stp_cost
  config_get_default('interface', 'stp_cost')
end

#default_stp_guard ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1186

def default_stp_guard
  config_get_default('interface', 'stp_guard')
end

#default_stp_link_type ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1200

def default_stp_link_type
  config_get_default('interface', 'stp_link_type')
end

#default_stp_mst_cost ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1236

def default_stp_mst_cost
  config_get_default('interface', 'stp_mst_cost')
end

#default_stp_mst_port_priority ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1258

def default_stp_mst_port_priority
  config_get_default('interface', 'stp_mst_port_priority')
end

#default_stp_port_priority ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1214

def default_stp_port_priority
  config_get_default('interface', 'stp_port_priority')
end

#default_stp_port_type ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1278

def default_stp_port_type
  config_get_default('interface', 'stp_port_type')
end

#default_stp_vlan_cost ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1300

def default_stp_vlan_cost
  config_get_default('interface', 'stp_vlan_cost')
end

#default_stp_vlan_port_priority ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1322

def default_stp_vlan_port_priority
  config_get_default('interface', 'stp_vlan_port_priority')
end

#default_svi_autostate ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1944

def default_svi_autostate
  system_default_svi_autostate
end

#default_svi_management ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1972

def default_svi_management
  config_get_default('interface', 'svi_management')
end

#default_switchport_autostate_exclude ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1353

def default_switchport_autostate_exclude
  config_get_default('interface', 'switchport_autostate_exclude')
end

#default_switchport_mode ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1420

def default_switchport_mode
  return nil if platform == :ios_xr
  return :disabled unless system_default_switchport
  IF_SWITCHPORT_MODE.key(
    config_get_default('interface', switchport_mode_lookup_string))
end

#default_switchport_pvlan_host ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1498

def default_switchport_pvlan_host
  config_get_default('interface', 'switchport_pvlan_host')
end

#default_switchport_pvlan_host_association ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1537

def default_switchport_pvlan_host_association
  config_get_default('interface', 'switchport_pvlan_host_association')
end

#default_switchport_pvlan_mapping ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1552

def default_switchport_pvlan_mapping
  config_get_default('interface', 'switchport_pvlan_mapping')
end

#default_switchport_pvlan_mapping_trunk ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1617

def default_switchport_pvlan_mapping_trunk
  config_get_default('interface', 'switchport_pvlan_mapping_trunk')
end

#default_switchport_pvlan_promiscuous ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1515

def default_switchport_pvlan_promiscuous
  config_get_default('interface', 'switchport_pvlan_promiscuous')
end

#default_switchport_pvlan_trunk_allowed_vlan ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1752

def default_switchport_pvlan_trunk_allowed_vlan
  config_get_default('interface', 'switchport_pvlan_trunk_allowed_vlan')
end

#default_switchport_pvlan_trunk_association ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1691

def default_switchport_pvlan_trunk_association
  config_get_default('interface', 'switchport_pvlan_trunk_association')
end

#default_switchport_pvlan_trunk_native_vlan ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1769

def default_switchport_pvlan_trunk_native_vlan
  config_get_default('interface', 'switchport_pvlan_trunk_native_vlan')
end

#default_switchport_pvlan_trunk_promiscuous ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1708

def default_switchport_pvlan_trunk_promiscuous
  config_get_default('interface', 'switchport_pvlan_trunk_promiscuous')
end

#default_switchport_pvlan_trunk_secondary ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1725

def default_switchport_pvlan_trunk_secondary
  config_get_default('interface', 'switchport_pvlan_trunk_secondary')
end

#default_switchport_trunk_allowed_vlan ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1446

def default_switchport_trunk_allowed_vlan
  config_get_default('interface', 'switchport_trunk_allowed_vlan')
end

#default_switchport_trunk_native_vlan ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1871

def default_switchport_trunk_native_vlan
  config_get_default('interface', 'switchport_trunk_native_vlan')
end

#default_switchport_vtp ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1976

def default_switchport_vtp
  return nil unless switchport_vtp_mode_capable?
  config_get_default('interface', 'vtp')
end

#default_vlan_mapping ⇒ Object

Getter: Builds an array of vlan_mapping commands currently on the device.

cli: switchport vlan mapping 2 200
     switchport vlan mapping 4 400

array: [[‘2’, ‘200’], [‘4’, ‘400’]]



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# File 'lib/cisco_node_utils/interface.rb', line 1826

def default_vlan_mapping
  config_get_default('interface', 'vlan_mapping')
end

#default_vlan_mapping_enable ⇒ Object

cli: switchport vlan mapping enable



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# File 'lib/cisco_node_utils/interface.rb', line 1858

def default_vlan_mapping_enable
  config_get_default('interface', 'vlan_mapping_enable')
end

#default_vpc_id ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2018

def default_vpc_id
  config_get_default('interface', 'vpc_id')
end

#default_vpc_peer_link ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2033

def default_vpc_peer_link
  config_get_default('interface', 'vpc_peer_link')
end

#default_vrf ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2063

def default_vrf
  config_get_default('interface', 'vrf')
end

#description ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 229

def description
  config_get('interface', 'description', name: @name)
end

#description=(desc) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 233

def description=(desc)
  fail TypeError unless desc.is_a?(String)
  if desc.strip.empty?
    config_set('interface', 'description',
               name: @name, state: 'no', desc: '')
  else
    config_set('interface', 'description',
               name: @name, state: '', desc: desc)
  end
end

#destroy ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 163

def destroy
  if @name[/ethernet/] && !@name[/ethernet.*\.\d+/]
    config_set('interface', 'default', name: @name)
  else
    config_set('interface', 'destroy', name: @name)
  end
end

#duplex ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 966

def duplex
  return nil if @name[/loop|vlan/i]
  config_get('interface', 'duplex', name: @name)
end

#duplex=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 971

def duplex=(val)
  config_set('interface', 'duplex', name: @name, duplex: val)
end

#encapsulation_dot1q ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 248

def encapsulation_dot1q
  config_get('interface', 'encapsulation_dot1q', name: @name)
end

#encapsulation_dot1q=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 252

def encapsulation_dot1q=(val)
  if val.to_s.empty?
    config_set('interface', 'encapsulation_dot1q',
               name: @name, state: 'no', vlan: '')
  else
    config_set('interface', 'encapsulation_dot1q',
               name: @name, state: '', vlan: val)
  end
end

#fabric_forwarding_anycast_gateway ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 274

def fabric_forwarding_anycast_gateway
  config_get('interface', 'fabric_forwarding_anycast_gateway', name: @name)
end

#fabric_forwarding_anycast_gateway=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 278

def fabric_forwarding_anycast_gateway=(state)
  return if fabric_forwarding_anycast_gateway == state
  no_cmd = (state ? '' : 'no')
  config_set('interface',
             'fabric_forwarding_anycast_gateway',
             name: @name, state: no_cmd)
  fail if fabric_forwarding_anycast_gateway.to_s != state.to_s
rescue Cisco::CliError => e
  raise "#{e} 'fabric_forwarding_anycast_gateway' can only be " \
    'configured on a vlan interface' unless /vlan/.match(@name)
  anycast_gateway_mac = OverlayGlobal.new.anycast_gateway_mac
  if anycast_gateway_mac.nil? || anycast_gateway_mac.empty?
    raise "#{e} Anycast gateway mac must be configured " \
           'before configuring forwarding mode under interface'
  end
  raise
end

#fabricpath_feature ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 266

def fabricpath_feature
  FabricpathGlobal.fabricpath_feature
end

#fabricpath_feature_set(fabricpath_set) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 270

def fabricpath_feature_set(fabricpath_set)
  FabricpathGlobal.fabricpath_feature_set(fabricpath_set)
end

#feature_lacp? ⇒ Boolean

Returns:



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# File 'lib/cisco_node_utils/interface.rb', line 864

def feature_lacp?
  config_get('interface', 'feature_lacp')
end

#feature_lacp_set(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 868

def feature_lacp_set(val)
  return if feature_lacp? == val
  config_set('interface', 'feature_lacp', state: val ? '' : 'no')
end

#feature_vlan? ⇒ Boolean

Returns:



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# File 'lib/cisco_node_utils/interface.rb', line 1948

def feature_vlan?
  config_get('interface', 'feature_vlan')
end

#feature_vlan_set(val = true) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1952

def feature_vlan_set(val=true)
  # 'feature interface-vlan'
  # TBD: Replace this with Feature.interface_vlan_enable
  return if feature_vlan? == val
  config_set('interface', 'feature_vlan', state: val ? '' : 'no')
end

#hsrp_bfd ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 300

def hsrp_bfd
  config_get('interface', 'hsrp_bfd', name: @name)
end

#hsrp_bfd=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 304

def hsrp_bfd=(val)
  return if val == hsrp_bfd
  state = val ? '' : 'no'
  if val
    Feature.hsrp_enable
    Feature.bfd_enable
  end
  config_set('interface', 'hsrp_bfd', name: @name, state: state)
end

#hsrp_delay ⇒ Object

hsrp delay minimum and reload are in the same CLI hsrp delay minimum 0 reload 0



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# File 'lib/cisco_node_utils/interface.rb', line 320

def hsrp_delay
  match = config_get('interface', 'hsrp_delay', name: @name)
  match.nil? ? default_hsrp_delay : match.collect(&:to_i)
end

#hsrp_delay_minimum ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 329

def hsrp_delay_minimum
  return nil if switchport_mode != :disabled || @name[/loop/i]
  minimum, _reload = hsrp_delay
  minimum.nil? ? default_hsrp_delay_minimum : minimum
end

#hsrp_delay_minimum=(val) ⇒ Object

hsrp delay minimum and reload are in the same CLI but both can be set independent of each other



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# File 'lib/cisco_node_utils/interface.rb', line 337

def hsrp_delay_minimum=(val)
  Feature.hsrp_enable if val
  config_set('interface', 'hsrp_delay', name: @name,
             minimum: 'minimum', min: val, reload: '', rel: '')
end

#hsrp_delay_reload ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 347

def hsrp_delay_reload
  return nil if switchport_mode != :disabled || @name[/loop/i]
  _minimum, reload = hsrp_delay
  reload.nil? ? default_hsrp_delay_reload : reload
end

#hsrp_delay_reload=(val) ⇒ Object

hsrp delay minimum and reload are in the same CLI but both can be set independent of each other



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# File 'lib/cisco_node_utils/interface.rb', line 355

def hsrp_delay_reload=(val)
  Feature.hsrp_enable if val
  config_set('interface', 'hsrp_delay', name: @name,
             minimum: '', min: '', reload: 'reload', rel: val)
end

#hsrp_mac_refresh ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 365

def hsrp_mac_refresh
  config_get('interface', 'hsrp_mac_refresh', name: @name)
end

#hsrp_mac_refresh=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 369

def hsrp_mac_refresh=(val)
  state = val ? '' : 'no'
  time = val ? val : ''
  Feature.hsrp_enable if val
  config_set('interface', 'hsrp_mac_refresh', name: @name,
             state: state, timeout: time)
end

#hsrp_use_bia ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 381

def hsrp_use_bia
  match = config_get('interface', 'hsrp_use_bia', name: @name)
  return default_hsrp_use_bia unless match
  match.include?('scope') ? :use_bia_intf : :use_bia
end

#hsrp_use_bia=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 387

def hsrp_use_bia=(val)
  # Return early if device already set to the correct value
  return if val == hsrp_use_bia
  # need to reset before set
  if val
    Feature.hsrp_enable
    if val == :use_bia
      config_set('interface', 'hsrp_use_bia', name: name,
                 state: 'no', scope: ' scope interface')
      config_set('interface', 'hsrp_use_bia', name: name,
                 state: '', scope: '')
    else
      config_set('interface', 'hsrp_use_bia', name: name,
                 state: 'no', scope: '')
      config_set('interface', 'hsrp_use_bia', name: name,
                 state: '', scope: ' scope interface')
    end
  else
    if hsrp_use_bia == :use_bia
      config_set('interface', 'hsrp_use_bia', name: name,
                 state: 'no', scope: '')
    else
      config_set('interface', 'hsrp_use_bia', name: name,
                 state: 'no', scope: ' scope interface')
    end
  end
end

#hsrp_version ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 419

def hsrp_version
  return nil if switchport_mode != :disabled || @name[/loop/i]
  config_get('interface', 'hsrp_version', name: @name)
end

#hsrp_version=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 424

def hsrp_version=(val)
  Feature.hsrp_enable if val
  config_set('interface', 'hsrp_version', name: name, ver: val)
end

#ipv4_acl_in ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 433

def ipv4_acl_in
  config_get('interface', 'ipv4_acl_in', name: @name)
end

#ipv4_acl_in=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 437

def ipv4_acl_in=(val)
  if val != ''
    state = ''
  else
    state = 'no'
    val = ipv4_acl_in
  end

  return unless val && val != ''
  config_set('interface', 'ipv4_acl_in',
             name: @name, state: state, acl: val)
end

#ipv4_acl_out ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 454

def ipv4_acl_out
  config_get('interface', 'ipv4_acl_out', name: @name)
end

#ipv4_acl_out=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 458

def ipv4_acl_out=(val)
  if val != ''
    state = ''
  else
    state = 'no'
    val = ipv4_acl_out
  end

  return unless val && val != ''
  config_set('interface', 'ipv4_acl_out',
             name: @name, state: state, acl: val)
end

#ipv4_addr_mask ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 496

def ipv4_addr_mask
  val = config_get('interface', 'ipv4_addr_mask', name: @name)
  if val && platform == :ios_xr
    # IOS XR reports address as <address> <bitmask> [secondary] but we
    # want <address>/<length> [secondary]
    val.each_with_index do |entry, i|
      mask = entry[1].split(' ')
      mask[0] = Utils.bitmask_to_length(mask[0])
      val[i][1] = mask.join(' ')
    end
  end
  val
end

#ipv4_addr_mask_set(addr, mask, secondary = false) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 475

def ipv4_addr_mask_set(addr, mask, secondary=false)
  check_switchport(:disabled)
  sec = secondary ? 'secondary' : ''
  if addr.nil? || addr == default_ipv4_address
    state = 'no'
    if secondary
      return if ipv4_address_secondary == default_ipv4_address_secondary
      # We need address and mask to remove.
      am = "#{ipv4_address_secondary}/#{ipv4_netmask_length_secondary}"
    else
      return if ipv4_address == default_ipv4_address
      am = "#{ipv4_address}/#{ipv4_netmask_length}"
    end
  else
    state = ''
    am = "#{addr}/#{mask}"
  end
  config_set('interface', 'ipv4_addr_mask',
             name: @name, state: state, addr: am, secondary: sec)
end

#ipv4_address ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 530

def ipv4_address
  select_ipv4_attribute(:v4_addr)
end

#ipv4_address_secondary ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 534

def ipv4_address_secondary
  select_ipv4_attribute(:v4_addr_secondary)
end

#ipv4_arp_timeout ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 571

def ipv4_arp_timeout
  config_get('interface', ipv4_arp_timeout_lookup_string, name: @name)
end

#ipv4_arp_timeout=(timeout) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 575

def ipv4_arp_timeout=(timeout)
  fail "'ipv4 arp timeout' can ony be configured on a vlan interface" unless
    /vlan/.match(@name)
  state = (timeout == default_ipv4_arp_timeout) ? 'no' : ''
  config_set('interface', 'ipv4_arp_timeout',
             name: @name, state: state, timeout: timeout)
end

#ipv4_arp_timeout_lookup_string ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 562

def ipv4_arp_timeout_lookup_string
  case @name
  when /vlan/i
    return 'ipv4_arp_timeout'
  else
    return 'ipv4_arp_timeout_non_vlan_interfaces'
  end
end

#ipv4_dhcp_relay_addr ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 587

def ipv4_dhcp_relay_addr
  config_get('interface', 'ipv4_dhcp_relay_addr', name: @name)
end

#ipv4_dhcp_relay_addr=(list) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 591

def ipv4_dhcp_relay_addr=(list)
  cur_list = ipv4_dhcp_relay_addr
  # remove the current addresses first
  unless cur_list.empty?
    cur_list.each do |addr|
      config_set('interface', 'ipv4_dhcp_relay_addr',
                 name:  @name, state: 'no', addr: addr)
    end
  end
  Feature.dhcp_enable unless list.empty?
  list.each do |addr|
    config_set('interface', 'ipv4_dhcp_relay_addr',
               name:  @name, state: '', addr: addr)
  end
end

#ipv4_dhcp_relay_info_trust ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 611

def ipv4_dhcp_relay_info_trust
  return nil if @name[/loop/i] || switchport_mode != :disabled
  config_get('interface', 'ipv4_dhcp_relay_info_trust', name: @name)
end

#ipv4_dhcp_relay_info_trust=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 616

def ipv4_dhcp_relay_info_trust=(state)
  return false if !state && !Feature.dhcp_enabled?
  Feature.dhcp_enable if state
  config_set('interface', 'ipv4_dhcp_relay_info_trust',
             name:  @name, state: state ? '' : 'no')
end

#ipv4_dhcp_relay_src_addr_hsrp ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 627

def ipv4_dhcp_relay_src_addr_hsrp
  config_get('interface', 'ipv4_dhcp_relay_src_addr_hsrp', name: @name)
end

#ipv4_dhcp_relay_src_addr_hsrp=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 631

def ipv4_dhcp_relay_src_addr_hsrp=(state)
  return false if !state && !Feature.dhcp_enabled?
  Feature.dhcp_enable if state
  config_set('interface', 'ipv4_dhcp_relay_src_addr_hsrp',
             name:  @name, state: state ? '' : 'no')
end

#ipv4_dhcp_relay_src_intf ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 642

def ipv4_dhcp_relay_src_intf
  intf = config_get('interface', 'ipv4_dhcp_relay_src_intf', name: @name)
  # Normalize by downcasing and removing white space
  intf = intf.downcase.delete(' ') if intf
  intf
end

#ipv4_dhcp_relay_src_intf=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 649

def ipv4_dhcp_relay_src_intf=(val)
  state = val == default_ipv4_dhcp_relay_src_intf ? 'no' : ''
  return false if state == 'no' && !Feature.dhcp_enabled?
  Feature.dhcp_enable if state.empty?
  intf = val == default_ipv4_dhcp_relay_src_intf ? '' : val
  config_set('interface', 'ipv4_dhcp_relay_src_intf',
             name:  @name, state: state, intf: intf)
end

#ipv4_dhcp_relay_subnet_broadcast ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 662

def ipv4_dhcp_relay_subnet_broadcast
  return nil if @name[/loop/i] || switchport_mode != :disabled
  config_get('interface', 'ipv4_dhcp_relay_subnet_broadcast', name: @name)
end

#ipv4_dhcp_relay_subnet_broadcast=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 667

def ipv4_dhcp_relay_subnet_broadcast=(state)
  return false if !state && !Feature.dhcp_enabled?
  Feature.dhcp_enable if state
  config_set('interface', 'ipv4_dhcp_relay_subnet_broadcast',
             name:  @name, state: state ? '' : 'no')
end

#ipv4_dhcp_smart_relay ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 678

def ipv4_dhcp_smart_relay
  return nil if @name[/loop/i] || switchport_mode != :disabled
  config_get('interface', 'ipv4_dhcp_smart_relay', name: @name)
end

#ipv4_dhcp_smart_relay=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 683

def ipv4_dhcp_smart_relay=(state)
  return false if !state && !Feature.dhcp_enabled?
  Feature.dhcp_enable if state
  config_set('interface', 'ipv4_dhcp_smart_relay',
             name:  @name, state: state ? '' : 'no')
end

#ipv4_forwarding ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 694

def ipv4_forwarding
  config_get('interface', 'ipv4_forwarding', name: @name)
end

#ipv4_forwarding=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 698

def ipv4_forwarding=(state)
  return if state == ipv4_forwarding
  config_set('interface', 'ipv4_forwarding',
             name:  @name, state: state ? '' : 'no')
end

#ipv4_netmask_length ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 538

def ipv4_netmask_length
  select_ipv4_attribute(:v4_mask)
end

#ipv4_netmask_length_secondary ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 542

def ipv4_netmask_length_secondary
  select_ipv4_attribute(:v4_mask_secondary)
end

#ipv4_pim_sparse_mode ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 708

def ipv4_pim_sparse_mode
  return nil unless switchport_mode == :disabled
  config_get('interface', 'ipv4_pim_sparse_mode', name: @name)
end

#ipv4_pim_sparse_mode=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 713

def ipv4_pim_sparse_mode=(state)
  check_switchport(:disabled)
  Feature.pim_enable unless platform == :ios_xr
  config_set('interface', 'ipv4_pim_sparse_mode',
             name: @name, state: state ? '' : 'no')
end

#ipv4_proxy_arp ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 724

def ipv4_proxy_arp
  return nil if @name[/loop/i] || switchport_mode != :disabled
  config_get('interface', 'ipv4_proxy_arp', name: @name)
end

#ipv4_proxy_arp=(proxy_arp) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 729

def ipv4_proxy_arp=(proxy_arp)
  check_switchport(:disabled)
  no_cmd = (proxy_arp ? '' : 'no')
  config_set('interface', 'ipv4_proxy_arp', name: @name, state: no_cmd)
end

#ipv4_redirects ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 748

def ipv4_redirects
  return nil unless switchport_mode == :disabled
  config_get('interface', ipv4_redirects_lookup_string, name: @name)
end

#ipv4_redirects=(redirects) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 753

def ipv4_redirects=(redirects)
  check_switchport(:disabled)
  no_cmd = (redirects ? '' : 'no')
  config_set('interface', ipv4_redirects_lookup_string,
             name: @name, state: no_cmd)
end

#ipv4_redirects_lookup_string ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 739

def ipv4_redirects_lookup_string
  case @name
  when /loopback/i
    return 'ipv4_redirects_loopback'
  else
    return 'ipv4_redirects_other_interfaces'
  end
end

#ipv6_acl_in ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 764

def ipv6_acl_in
  config_get('interface', 'ipv6_acl_in', name: @name)
end

#ipv6_acl_in=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 768

def ipv6_acl_in=(val)
  if val != ''
    state = ''
  else
    state = 'no'
    val = ipv6_acl_in
  end
  return unless val && val != ''
  config_set('interface', 'ipv6_acl_in',
             name: @name, state: state, acl: val)
end

#ipv6_acl_out ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 784

def ipv6_acl_out
  config_get('interface', 'ipv6_acl_out', name: @name)
end

#ipv6_acl_out=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 788

def ipv6_acl_out=(val)
  if val != ''
    state = ''
  else
    state = 'no'
    val = ipv6_acl_out
  end
  return unless val && val != ''
  config_set('interface', 'ipv6_acl_out',
             name: @name, state: state, acl: val)
end

#ipv6_dhcp_relay_addr ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 804

def ipv6_dhcp_relay_addr
  config_get('interface', 'ipv6_dhcp_relay_addr', name: @name)
end

#ipv6_dhcp_relay_addr=(list) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 808

def ipv6_dhcp_relay_addr=(list)
  cur_list = ipv6_dhcp_relay_addr
  # remove the current addresses first
  unless cur_list.empty?
    cur_list.each do |addr|
      config_set('interface', 'ipv6_dhcp_relay_addr',
                 name:  @name, state: 'no', addr: addr)
    end
  end
  Feature.dhcp_enable unless list.empty?
  list.each do |addr|
    config_set('interface', 'ipv6_dhcp_relay_addr',
               name:  @name, state: '', addr: addr)
  end
end

#ipv6_dhcp_relay_src_intf ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 828

def ipv6_dhcp_relay_src_intf
  intf = config_get('interface', 'ipv6_dhcp_relay_src_intf', name: @name)
  # Normalize by downcasing and removing white space
  intf = intf.downcase.delete(' ') if intf
  intf
end

#ipv6_dhcp_relay_src_intf=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 835

def ipv6_dhcp_relay_src_intf=(val)
  state = val == default_ipv6_dhcp_relay_src_intf ? 'no' : ''
  return false if state == 'no' && !Feature.dhcp_enabled?
  Feature.dhcp_enable if state.empty?
  intf = val == default_ipv6_dhcp_relay_src_intf ? '' : val
  config_set('interface', 'ipv6_dhcp_relay_src_intf',
             name:  @name, state: state, intf: intf)
end

#ipv6_redirects ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 848

def ipv6_redirects
  return nil if @name[/loop/i] || switchport_mode != :disabled
  config_get('interface', 'ipv6_redirects', name: @name)
end

#ipv6_redirects=(redirects) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 853

def ipv6_redirects=(redirects)
  check_switchport(:disabled)
  no_cmd = (redirects ? '' : 'no')
  config_set('interface', 'ipv6_redirects',
             name: @name, state: no_cmd)
end

#load_interval_counter_1_delay ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 873

def load_interval_counter_1_delay
  return nil if @name[/loop/] || @name[/ethernet.*\S+\.\d+$/]
  config_get('interface', 'load_interval_counter_1_delay', name: @name)
end

#load_interval_counter_1_delay=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 878

def load_interval_counter_1_delay=(val)
  fail ArgumentError, 'Interface cannot be sub-intf or loopback' if
    @name[/loop/] || @name[/ethernet.*\S+\.\d+$/]
  config_set('interface', 'load_interval_counter_1_delay',
             name: @name, delay: val)
end

#load_interval_counter_2_delay ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 895

def load_interval_counter_2_delay
  return nil if @name[/loop/] || @name[/ethernet.*\S+\.\d+$/]
  config_get('interface', 'load_interval_counter_2_delay', name: @name)
end

#load_interval_counter_2_delay=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 900

def load_interval_counter_2_delay=(val)
  fail ArgumentError, 'Interface cannot be sub-intf or loopback' if
    @name[/loop/] || @name[/ethernet.*\S+\.\d+$/]
  config_set('interface', 'load_interval_counter_2_delay',
             name: @name, delay: val)
end

#load_interval_counter_3_delay ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 911

def load_interval_counter_3_delay
  return nil if @name[/loop/] || @name[/ethernet.*\S+\.\d+$/]
  config_get('interface', 'load_interval_counter_3_delay', name: @name)
end

#load_interval_counter_3_delay=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 916

def load_interval_counter_3_delay=(val)
  fail ArgumentError, 'Interface cannot be sub-intf or loopback' if
    @name[/loop/] || @name[/ethernet.*\S+\.\d+$/]
  state = val ? '' : 'no'
  delay = val ? val : ''
  config_set('interface', 'load_interval_counter_3_delay',
             name: @name, state: state, delay: delay)
end

#mtu ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 938

def mtu
  config_get('interface', mtu_lookup_string, name: @name)
end

#mtu=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 942

def mtu=(val)
  return if mtu == val
  check_switchport(:disabled)
  config_set('interface', mtu_lookup_string,
             name: @name, state: '', mtu: val)
end

#mtu_lookup_string ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 929

def mtu_lookup_string
  case @name
  when /loopback/i
    return 'mtu_loopback'
  else
    return 'mtu_other_interfaces'
  end
end

#negotiate_auto ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 990

def negotiate_auto
  return nil if @name[/loop|vlan/]
  config_get('interface', negotiate_auto_lookup_string, name: @name)
end

#negotiate_auto=(negotiate_auto) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 995

def negotiate_auto=(negotiate_auto)
  lookup = negotiate_auto_lookup_string
  no_cmd = (negotiate_auto ? '' : 'no')
  config_set('interface', lookup, name: @name, state: no_cmd)
end

#negotiate_auto_lookup_string ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 979

def negotiate_auto_lookup_string
  case @name
  when ETHERNET
    return 'negotiate_auto_ethernet'
  when PORTCHANNEL
    return 'negotiate_auto_portchannel'
  else
    return 'negotiate_auto_other_interfaces'
  end
end

#pim_bfd ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1047

def pim_bfd
  config_get('interface', 'pim_bfd', name: @name)
end

#pim_bfd=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1051

def pim_bfd=(val)
  return if val == pim_bfd
  state = val ? '' : 'no'
  if val
    Feature.pim_enable
    Feature.bfd_enable
  end
  config_set('interface', 'pim_bfd', name: @name, state: state)
end

#purge_config ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2090

def purge_config
  # This getter is only supported on ethernet interfaces
  return nil unless @name[/ethernet/]
  state = config_get('interface', 'purge_config', name: @name)
  state.nil? ? true : default_purge_config
end

#purge_config=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2082

def purge_config=(val)
  return unless val
  fail ArgumentError,
       'purge_config is only supported on Ethernet interfaces' unless
    @name[/ethernet/]
  config_set('interface', 'purge_config', name: @name) if val
end

#pvlan_enable ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 176

def pvlan_enable
  switchport_enable
  Feature.private_vlan_enable
end

#pvlan_mapping ⇒ Object

This is an SVI property. <state> private-vlan mapping <range> # ex. range = [‘2-4,9’] Always returns an array.



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# File 'lib/cisco_node_utils/interface.rb', line 1777

def pvlan_mapping
  range = config_get('interface', 'pvlan_mapping', name: @name)
  return default_pvlan_mapping if range.nil?
  range.empty? ? range : [range.delete(' ')]
end

#pvlan_mapping=(range) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1783

def pvlan_mapping=(range)
  feature_vlan_set
  Feature.private_vlan_enable

  is = Utils.dash_range_to_elements(pvlan_mapping)
  should = Utils.dash_range_to_elements(range)

  pvlan_mapping_delta(is, should)
end

#pvlan_mapping_delta(is, should) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1793

def pvlan_mapping_delta(is, should)
  delta_hash = Utils.delta_add_remove(should, is)
  Cisco::Logger.debug("pvlan_mapping_delta: #{delta_hash}")
  [:remove, :add].each do |action|
    delta_hash[action].each do |vlan|
      state = (action == :add) ? '' : 'no'
      cli_error_check(
        config_set('interface', 'pvlan_mapping',
                   name: @name, state: state, vlan: vlan))
    end
  end
end

#pvlan_trunk_association_delta(is, should) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1674

def pvlan_trunk_association_delta(is, should)
  delta_hash = Utils.delta_add_remove(should, is)
  Cisco::Logger.debug("pvlan_trunk_association_delta: #{delta_hash}")
  [:remove, :add].each do |action|
    delta_hash[action].each do |pri_and_sec|
      state = (action == :add) ? '' : 'no'
      pri, sec = pri_and_sec

      # Cli does not like removals that specify the secondary
      sec = '' if action[/remove/]
      cli_error_check(
        config_set('interface', 'switchport_pvlan_trunk_association',
                   name: @name, state: state, pri: pri, sec: sec))
    end
  end
end

#select_ipv4_attribute(attribute) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 510

def select_ipv4_attribute(attribute)
  d = ipv4_addr_mask.flatten unless ipv4_addr_mask.nil?
  # (d)ata format after flatten: ['addr', 'mask', 'addr', 'mask secondary']
  case attribute
  when :v4_addr
    v = d.nil? ? default_ipv4_address : d[0]
  when :v4_mask
    v = d.nil? ? default_ipv4_netmask_length : d[1].to_i
  when :v4_addr_secondary
    v = (d.nil? || d.size < 4) ? default_ipv4_address : d[2]
  when :v4_mask_secondary
    if d.nil? || d.size < 4
      v = default_ipv4_netmask_length
    else
      v = d[3][0, 2].to_i
    end
  end
  v
end

#set_range_based_params(list, param_name) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2067

def set_range_based_params(list, param_name)
  list.each do |range, property_value|
    # if a particular range is set to default, use 'no' cmd
    if property_value == 'default'
      config_set('interface', param_name,
                 name: @name, state: 'no',
                 range: range, val: '')
    else
      config_set('interface', param_name,
                 name: @name, state: '',
                 range: range, val: property_value)
    end
  end
end

#shutdown ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1005

def shutdown
  config_get('interface', 'shutdown', name: @name)
end

#shutdown=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1009

def shutdown=(state)
  no_cmd = (state ? '' : 'no')
  config_set('interface', 'shutdown', name: @name, state: no_cmd)
end

#speed ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 953

def speed
  return nil if @name[/loop|vlan/i]
  config_get('interface', 'speed', name: @name)
end

#speed=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 958

def speed=(val)
  config_set('interface', 'speed', name: @name, speed: val)
end

#storm_control_broadcast ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1065

def storm_control_broadcast
  return nil if @name[/loop|vlan/i]
  config_get('interface', 'storm_control_broadcast', name: @name)
end

#storm_control_broadcast=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1070

def storm_control_broadcast=(val)
  return if val == storm_control_broadcast
  state = val == default_storm_control_broadcast ? 'no' : ''
  level = val == default_storm_control_broadcast ? '' : val
  config_set('interface', 'storm_control_broadcast',
             name: @name, state: state, level: level)
end

#storm_control_multicast ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1082

def storm_control_multicast
  return nil if @name[/loop|vlan/i]
  config_get('interface', 'storm_control_multicast', name: @name)
end

#storm_control_multicast=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1087

def storm_control_multicast=(val)
  return if val == storm_control_broadcast
  state = val == default_storm_control_multicast ? 'no' : ''
  level = val == default_storm_control_multicast ? '' : val
  config_set('interface', 'storm_control_multicast',
             name: @name, state: state, level: level)
end

#storm_control_unicast ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1099

def storm_control_unicast
  return nil if @name[/loop|vlan/i]
  config_get('interface', 'storm_control_unicast', name: @name)
end

#storm_control_unicast=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1104

def storm_control_unicast=(val)
  return if val == storm_control_broadcast
  state = val == default_storm_control_unicast ? 'no' : ''
  level = val == default_storm_control_unicast ? '' : val
  config_set('interface', 'storm_control_unicast',
             name: @name, state: state, level: level)
end

#stp_bpdufilter ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1116

def stp_bpdufilter
  config_get('interface', 'stp_bpdufilter', name: @name)
end

#stp_bpdufilter=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1120

def stp_bpdufilter=(val)
  check_switchport([:access, :trunk])
  if val
    state = ''
  else
    state = 'no'
    val = ''
  end
  config_set('interface',
             'stp_bpdufilter', name: @name, state: state, filter: val)
end

#stp_bpduguard ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1136

def stp_bpduguard
  config_get('interface', 'stp_bpduguard', name: @name)
end

#stp_bpduguard=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1140

def stp_bpduguard=(val)
  if val
    state = ''
  else
    state = 'no'
    val = ''
  end
  config_set('interface',
             'stp_bpduguard', name: @name, state: state, guard: val)
end

#stp_cost ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1155

def stp_cost
  return nil if switchport_mode == :disabled
  cost = config_get('interface', 'stp_cost', name: @name)
  cost == 'auto' ? cost : cost.to_i
end

#stp_cost=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1161

def stp_cost=(val)
  check_switchport([:access, :trunk])
  config_set('interface', 'stp_cost', name: @name, cost: val)
end

#stp_guard ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1170

def stp_guard
  config_get('interface', 'stp_guard', name: @name)
end

#stp_guard=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1174

def stp_guard=(val)
  check_switchport([:access, :trunk])
  if val
    state = ''
  else
    state = 'no'
    val = ''
  end
  config_set('interface', 'stp_guard', name: @name, state: state,
             guard: val)
end

#stp_link_type ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1190

def stp_link_type
  return nil if switchport_mode == :disabled
  config_get('interface', 'stp_link_type', name: @name)
end

#stp_link_type=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1195

def stp_link_type=(val)
  check_switchport([:access, :trunk])
  config_set('interface', 'stp_link_type', name: @name, type: val)
end

#stp_mst_cost ⇒ Object

Getter: Builds an array of mst cost commands currently on the device.

cli: spanning-tree mst 0,2-4,6,8-12 cost 1000
     spanning-tree mst 4000-4020 cost 2568

array: [[‘0,2-4,6,8-12’, ‘1000’], [‘4000-4020’, ‘2568’]]



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# File 'lib/cisco_node_utils/interface.rb', line 1224

def stp_mst_cost
  config_get('interface', 'stp_mst_cost', name: @name)
end

#stp_mst_cost=(list) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1228

def stp_mst_cost=(list)
  check_switchport([:access, :trunk])
  config_set('interface', 'stp_mst_cost',
             name: @name, state: 'no', range: @smr,
             val: '') if list.empty?
  set_range_based_params(list, 'stp_mst_cost')
end

#stp_mst_port_priority ⇒ Object

Getter: Builds an array of mst port-priority commands currently on the device.

cli: spanning-tree mst 0,2-4,6,8-12 port-priority 64
     spanning-tree mst 4000-4020 port-priority 160

array: [[‘0,2-4,6,8-12’, ‘64’], [‘4000-4020’, ‘160’]]



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# File 'lib/cisco_node_utils/interface.rb', line 1246

def stp_mst_port_priority
  config_get('interface', 'stp_mst_port_priority', name: @name)
end

#stp_mst_port_priority=(list) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1250

def stp_mst_port_priority=(list)
  check_switchport([:access, :trunk])
  config_set('interface', 'stp_mst_port_priority',
             name: @name, state: 'no', range: @smr,
             val: '') if list.empty?
  set_range_based_params(list, 'stp_mst_port_priority')
end

#stp_port_priority ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1204

def stp_port_priority
  return nil if switchport_mode == :disabled
  config_get('interface', 'stp_port_priority', name: @name)
end

#stp_port_priority=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1209

def stp_port_priority=(val)
  check_switchport([:access, :trunk])
  config_set('interface', 'stp_port_priority', name: @name, pp: val)
end

#stp_port_type ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1262

def stp_port_type
  config_get('interface', 'stp_port_type', name: @name)
end

#stp_port_type=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1266

def stp_port_type=(val)
  if val
    state = ''
  else
    return unless stp_port_type
    state = 'no'
    val = stp_port_type
  end
  config_set('interface', 'stp_port_type', name: @name,
             state: state, type: val)
end

#stp_vlan_cost ⇒ Object

Getter: Builds an array of vlan cost commands currently on the device.

cli: spanning-tree vlan 1-4,6,8-12 cost 1000
     spanning-tree vlan 3000-3960 cost 2568

array: [[‘1-4,6,8-12’, ‘1000’], [‘3000-3960’, ‘2568’]]



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# File 'lib/cisco_node_utils/interface.rb', line 1288

def stp_vlan_cost
  config_get('interface', 'stp_vlan_cost', name: @name)
end

#stp_vlan_cost=(list) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1292

def stp_vlan_cost=(list)
  check_switchport([:access, :trunk])
  config_set('interface', 'stp_vlan_cost',
             name: @name, state: 'no',
             range: @svr, val: '') if list.empty?
  set_range_based_params(list, 'stp_vlan_cost')
end

#stp_vlan_port_priority ⇒ Object

Getter: Builds an array of vlan port-priority commands currently on the device.

cli: spanning-tree vlan 1-4,6,8-12 port-priority 64
     spanning-tree vlan 3000-3960 port-priority 160

array: [[‘1-4,6,8-12’, ‘64’], [‘3000-3960’, ‘160’]]



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# File 'lib/cisco_node_utils/interface.rb', line 1310

def stp_vlan_port_priority
  config_get('interface', 'stp_vlan_port_priority', name: @name)
end

#stp_vlan_port_priority=(list) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1314

def stp_vlan_port_priority=(list)
  check_switchport([:access, :trunk])
  config_set('interface', 'stp_vlan_port_priority',
             name: @name, state: 'no',
             range: @svr, val: '') if list.empty?
  set_range_based_params(list, 'stp_vlan_port_priority')
end

#svi_autostate ⇒ Object

svi_autostate is exclusive to svi interfaces



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# File 'lib/cisco_node_utils/interface.rb', line 1932

def svi_autostate
  return nil unless @name[/^vlan/i]
  config_get('interface', 'svi_autostate', name: @name)
end

#svi_autostate=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1937

def svi_autostate=(val)
  check_switchport(:disabled)
  svi_cmd_allowed?('autostate')
  config_set('interface', 'svi_autostate',
             name: @name, state: val ? '' : 'no')
end

#svi_cmd_allowed?(cmd) ⇒ Boolean

Returns:



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# File 'lib/cisco_node_utils/interface.rb', line 1926

def svi_cmd_allowed?(cmd)
  fail "[#{@name}] Invalid interface type for command [#{cmd}]" unless
    @name[/vlan/i]
end

#svi_management ⇒ Object

svi_management is exclusive to svi interfaces



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# File 'lib/cisco_node_utils/interface.rb', line 1960

def svi_management
  return nil unless @name[/^vlan/i]
  config_get('interface', 'svi_management', name: @name)
end

#svi_management=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1965

def svi_management=(val)
  check_switchport(:disabled)
  svi_cmd_allowed?('management')
  config_set('interface', 'svi_management',
             name: @name, state: val ? '' : 'no')
end

#switchport ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1326

def switchport
  # This is "switchport", not "switchport mode"
  config_get('interface', 'switchport', name: @name)
end

#switchport_autostate_exclude ⇒ Object

switchport_autostate_exclude is exclusive to switchport interfaces



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# File 'lib/cisco_node_utils/interface.rb', line 1336

def switchport_autostate_exclude
  return nil if switchport_mode == :disabled
  config_get('interface',
             'switchport_autostate_exclude', name: @name)
end

#switchport_autostate_exclude=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1342

def switchport_autostate_exclude=(val)
  if platform == :nexus
    # cannot configure autostate unless feature vlan is enabled
    fail('switchport mode must be configured before ' \
         'switchport autostate') unless switchport
    feature_vlan_set(true)
  end
  config_set('interface', 'switchport_autostate_exclude',
             name: @name, state: val ? '' : 'no')
end

#switchport_enable(val = true) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1331

def switchport_enable(val=true)
  config_set('interface', 'switchport', name: @name, state: val ? '' : 'no')
end

#switchport_enable_and_mode(mode_set) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1382

def switchport_enable_and_mode(mode_set)
  switchport_enable

  if :fabricpath == mode_set
    fabricpath_feature_set(:enabled) unless :enabled == fabricpath_feature
  elsif :fex_fabric == mode_set
    Feature.fex_enable
  end
  config_set('interface', switchport_mode_lookup_string,
             name: @name, state: '', mode: IF_SWITCHPORT_MODE[mode_set])
end

#switchport_mode ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1368

def switchport_mode
  return nil if platform == :ios_xr
  mode = config_get('interface', switchport_mode_lookup_string, name: @name)

  return mode.nil? ? :disabled : IF_SWITCHPORT_MODE.key(mode)

rescue IndexError
  # Assume this is an interface that doesn't support switchport.
  # Do not raise exception since the providers will prefetch this property
  # regardless of interface type.
  # TODO: this should probably be nil instead
  return :disabled
end

#switchport_mode=(mode_set) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1394

def switchport_mode=(mode_set)
  # no system default switchport
  # int e1/1
  #   switchport
  #   switchport mode [access|trunk|fex|...]
  fail ArgumentError unless IF_SWITCHPORT_MODE.keys.include? mode_set
  case mode_set
  when :disabled
    if switchport
      # Note: turn off switchport command, not switchport mode
      config_set('interface', 'switchport', name: @name, state: 'no')
    end

  when :default
    if :disabled == default_switchport_mode
      config_set('interface', switchport_mode_lookup_string,
                 name: @name, state: 'no', mode: '')
    else
      switchport_enable_and_mode(mode_set)
    end

  else
    switchport_enable_and_mode(mode_set)
  end # case
end

#switchport_mode_lookup_string ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1357

def switchport_mode_lookup_string
  case @name
  when ETHERNET
    return 'switchport_mode_ethernet'
  when PORTCHANNEL
    return 'switchport_mode_port_channel'
  else
    return 'switchport_mode_other_interfaces'
  end
end

#switchport_pvlan_host ⇒ Object

<state> switchport mode private-vlan host



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# File 'lib/cisco_node_utils/interface.rb', line 1487

def switchport_pvlan_host
  return nil if switchport_mode == :disabled
  config_get('interface', 'switchport_pvlan_host', name: @name)
end

#switchport_pvlan_host=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1492

def switchport_pvlan_host=(state)
  pvlan_enable
  config_set('interface', 'switchport_pvlan_host',
             name: @name, state: state ? '' : 'no')
end

#switchport_pvlan_host_association ⇒ Object

<state> switchport private-vlan host-association <pri> <sec> Note this is NOT a multiple, unlike trunk association.



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# File 'lib/cisco_node_utils/interface.rb', line 1522

def switchport_pvlan_host_association
  config_get('interface', 'switchport_pvlan_host_association', name: @name)
end

#switchport_pvlan_host_association=(pri_and_sec) ⇒ Object

Input: An array of primary and secondary vlans: [‘44’, ‘244’]



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# File 'lib/cisco_node_utils/interface.rb', line 1527

def switchport_pvlan_host_association=(pri_and_sec)
  pvlan_enable

  state = pri_and_sec.empty? ? 'no' : ''
  pri, sec = pri_and_sec
  cli_error_check(
    config_set('interface', 'switchport_pvlan_host_association',
               name: @name, state: state, pri: pri, sec: sec))
end

#switchport_pvlan_mapping ⇒ Object

<state> switchport private-vlan mapping <primary> <vlan>



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# File 'lib/cisco_node_utils/interface.rb', line 1543

def switchport_pvlan_mapping
  config_get('interface', 'switchport_pvlan_mapping', name: @name)
end

#switchport_pvlan_mapping=(primary_and_range) ⇒ Object

Input: An array of primary vlan and range of vlans: [‘44’, ‘3-4,6’]



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# File 'lib/cisco_node_utils/interface.rb', line 1548

def switchport_pvlan_mapping=(primary_and_range)
  switchport_pvlan_mapping_delta(primary_and_range)
end

#switchport_pvlan_mapping_delta(primary_and_range) ⇒ Object

Find the is/should delta and add/remove commands as needed.

Inputs: primary_and_range: An array of primary vlan and range of vlans



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# File 'lib/cisco_node_utils/interface.rb', line 1561

def switchport_pvlan_mapping_delta(primary_and_range)
  # Enable switchport mode and feature private-vlan
  pvlan_enable
  primary, should_range = primary_and_range

  # primary changes require removing the entire command first
  is_range = switchport_pvlan_mapping_remove?(primary)

  # convert ranges to individual elements
  is = Utils.dash_range_to_elements(is_range)
  should = Utils.dash_range_to_elements(should_range)

  # create the delta hash and apply the changes
  delta_hash = Utils.delta_add_remove(should, is)
  Cisco::Logger.debug('switchport_pvlan_mapping_delta: '\
                      "#{primary}: #{delta_hash}")
  [:add, :remove].each do |action|
    delta_hash[action].each do |vlan|
      state = (action == :add) ? '' : 'no'
      cli_error_check(
        config_set('interface', 'switchport_pvlan_mapping',
                   name: @name, state: state, primary: primary, vlan: vlan))
    end
  end
end

#switchport_pvlan_mapping_remove?(should_primary) ⇒ Boolean

switchport_pvlan_mapping_remove? This is a helper to check if command needs to be removed entirely.

should_primary: the new primary vlan value

Returns: the current vlan range

Returns:



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# File 'lib/cisco_node_utils/interface.rb', line 1593

def switchport_pvlan_mapping_remove?(should_primary)
  is_primary, is_range = switchport_pvlan_mapping

  if (is_primary != should_primary) && !is_primary.nil?
    cli_error_check(
      config_set('interface', 'switchport_pvlan_mapping',
                 name: @name, state: 'no', primary: '', vlan: ''))
    is_range = []
  end
  is_range
end

#switchport_pvlan_mapping_trunk ⇒ Object

<state> switchport private-vlan mapping trunk <primary> <vlan>



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# File 'lib/cisco_node_utils/interface.rb', line 1607

def switchport_pvlan_mapping_trunk
  config_get('interface', 'switchport_pvlan_mapping_trunk', name: @name)
end

#switchport_pvlan_mapping_trunk=(should) ⇒ Object

Input: A nested array of primary vlan and range of vlans:

[‘44’, ‘3-4,6’], [‘99’, ‘199’]


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# File 'lib/cisco_node_utils/interface.rb', line 1613

def switchport_pvlan_mapping_trunk=(should)
  switchport_pvlan_mapping_trunk_delta(should)
end

#switchport_pvlan_mapping_trunk_delta(should) ⇒ Object

switchport_pvlan_mapping_trunk_delta(should)

Find the is/should delta and add/remove commands as needed. The ‘should’ value is a nested array of primary vlan and secondary ranges; e.g.:

[['44', '144-145'], ['99', '199-201']



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# File 'lib/cisco_node_utils/interface.rb', line 1629

def switchport_pvlan_mapping_trunk_delta(should)
  # Enable switchport mode and feature private-vlan
  pvlan_enable

  # Handle single-level arrays if found: [pri, range] -> [[pri,range]]
  should = [should] if !should.empty? && (Utils.depth(should) == 1)

  is = switchport_pvlan_mapping_trunk
  delta_hash = Utils.delta_add_remove(should, is, :updates_not_allowed)
  Cisco::Logger.debug("switchport_pvlan_mapping_trunk_delta: #{delta_hash}")
  [:remove, :add].each do |action|
    delta_hash[action].each do |pri_and_range|
      pri, range = pri_and_range
      if action == :add
        state = ''
      else
        state = 'no'
        range = ''
      end
      cli_error_check(
        config_set('interface', 'switchport_pvlan_mapping_trunk',
                   name: @name, state: state, primary: pri, range: range))
    end
  end
end

#switchport_pvlan_promiscuous ⇒ Object

<state> switchport mode private-vlan promiscuous



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# File 'lib/cisco_node_utils/interface.rb', line 1504

def switchport_pvlan_promiscuous
  return nil if switchport_mode == :disabled
  config_get('interface', 'switchport_pvlan_promiscuous', name: @name)
end

#switchport_pvlan_promiscuous=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1509

def switchport_pvlan_promiscuous=(state)
  pvlan_enable
  config_set('interface', 'switchport_pvlan_promiscuous',
             name: @name, state: state ? '' : 'no')
end

#switchport_pvlan_trunk_allowed_vlan ⇒ Object

<state> switchport private-vlan trunk allowed vlan <range> Note that range is handled as a string because the entire range is replaced instead of individually adding or removing vlans from the range.



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# File 'lib/cisco_node_utils/interface.rb', line 1733

def switchport_pvlan_trunk_allowed_vlan
  return nil if switchport_mode == :disabled
  vlans = config_get('interface', 'switchport_pvlan_trunk_allowed_vlan',
                     name: @name)
  vlans = vlans.join(',') if vlans.is_a?(Array)
  vlans = Utils.normalize_range_array(vlans, :string) unless vlans == 'none'
  vlans
end

#switchport_pvlan_trunk_allowed_vlan=(range) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1742

def switchport_pvlan_trunk_allowed_vlan=(range)
  pvlan_enable

  range = Utils.normalize_range_array(range, :string) unless
    range == default_switchport_pvlan_trunk_allowed_vlan

  config_set('interface', 'switchport_pvlan_trunk_allowed_vlan',
             name: @name, range: range)
end

#switchport_pvlan_trunk_association ⇒ Object

<state> switchport private-vlan association trunk <pri> <sec> Supports multiple.



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# File 'lib/cisco_node_utils/interface.rb', line 1658

def switchport_pvlan_trunk_association
  config_get('interface', 'switchport_pvlan_trunk_association', name: @name)
end

#switchport_pvlan_trunk_association=(should) ⇒ Object

Input: A nested array of primary and secondary vlans:

[‘44’, ‘244’], [‘99’, ‘299’]


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# File 'lib/cisco_node_utils/interface.rb', line 1664

def switchport_pvlan_trunk_association=(should)
  pvlan_enable

  # Handle single-level arrays if found: [pri, sec] -> [[pri,sec]]
  should = [should] if !should.empty? && (Utils.depth(should) == 1)

  is = switchport_pvlan_trunk_association
  pvlan_trunk_association_delta(is, should)
end

#switchport_pvlan_trunk_native_vlan ⇒ Object

<state> switchport trunk native vlan <vlan>



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# File 'lib/cisco_node_utils/interface.rb', line 1758

def switchport_pvlan_trunk_native_vlan
  return nil if switchport_mode == :disabled
  config_get('interface', 'switchport_pvlan_trunk_native_vlan', name: @name)
end

#switchport_pvlan_trunk_native_vlan=(vlan) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1763

def switchport_pvlan_trunk_native_vlan=(vlan)
  pvlan_enable
  config_set('interface', 'switchport_pvlan_trunk_native_vlan',
             name: @name, vlan: vlan)
end

#switchport_pvlan_trunk_promiscuous ⇒ Object

<state> switchport mode private-vlan trunk promiscuous



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# File 'lib/cisco_node_utils/interface.rb', line 1697

def switchport_pvlan_trunk_promiscuous
  return nil if switchport_mode == :disabled
  config_get('interface', 'switchport_pvlan_trunk_promiscuous', name: @name)
end

#switchport_pvlan_trunk_promiscuous=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1702

def switchport_pvlan_trunk_promiscuous=(state)
  pvlan_enable
  config_set('interface', 'switchport_pvlan_trunk_promiscuous',
             name: @name, state: state ? '' : 'no')
end

#switchport_pvlan_trunk_secondary ⇒ Object

<state> switchport mode private-vlan trunk secondary



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# File 'lib/cisco_node_utils/interface.rb', line 1714

def switchport_pvlan_trunk_secondary
  return nil if switchport_mode == :disabled
  config_get('interface', 'switchport_pvlan_trunk_secondary', name: @name)
end

#switchport_pvlan_trunk_secondary=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1719

def switchport_pvlan_trunk_secondary=(state)
  pvlan_enable
  config_set('interface', 'switchport_pvlan_trunk_secondary',
             name: @name, state: state ? '' : 'no')
end

#switchport_status?(status) ⇒ Boolean

Returns:



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# File 'lib/cisco_node_utils/interface.rb', line 1985

def switchport_status?(status)
  case status
  when :disabled
    return true if switchport_mode == status || switchport_mode.nil?
  when :access, :trunk
    return switchport_mode == status
  when Array
    return status.include?(switchport_mode)
  else
    return false
  end
end

#switchport_trunk_allowed_vlan ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1427

def switchport_trunk_allowed_vlan
  return nil if switchport_mode == :disabled
  vlans = config_get('interface', 'switchport_trunk_allowed_vlan',
                     name: @name)
  vlans = vlans.join(',') if vlans.is_a?(Array)
  vlans = Utils.normalize_range_array(vlans, :string) unless vlans == 'none'
  vlans
end

#switchport_trunk_allowed_vlan=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1436

def switchport_trunk_allowed_vlan=(val)
  if val.nil?
    config_set('interface', 'switchport_trunk_allowed_vlan',
               name: @name, state: 'no', vlan: '')
  else
    config_set('interface', 'switchport_trunk_allowed_vlan',
               name: @name, state: '', vlan: val)
  end
end

#switchport_trunk_native_vlan ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1450

def switchport_trunk_native_vlan
  return nil if switchport_mode == :disabled
  config_get('interface', 'switchport_trunk_native_vlan', name: @name)
end

#switchport_trunk_native_vlan=(val) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1455

def switchport_trunk_native_vlan=(val)
  if val.nil?
    config_set('interface', 'switchport_trunk_native_vlan',
               name: @name, state: 'no', vlan: '')
  else
    config_set('interface', 'switchport_trunk_native_vlan',
               name: @name, state: '', vlan: val)
  end
end

#switchport_vtp ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1912

def switchport_vtp
  return nil unless switchport_vtp_mode_capable?
  config_get('interface', 'vtp', name: @name)
end

#switchport_vtp=(vtp_set) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1917

def switchport_vtp=(vtp_set)
  # TODO: throw UnsupportedError instead of returning false?
  return false unless switchport_vtp_mode_capable?
  return false if !vtp_set && !Feature.vtp_enabled?
  Feature.vtp_enable if vtp_set
  no_cmd = (vtp_set) ? '' : 'no'
  config_set('interface', 'vtp', name: @name, state: no_cmd)
end

#switchport_vtp_feature? ⇒ Boolean

Returns:



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# File 'lib/cisco_node_utils/interface.rb', line 1981

def switchport_vtp_feature?
  config_get('vtp', 'feature')
end

#switchport_vtp_mode_capable? ⇒ Boolean

Returns:



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# File 'lib/cisco_node_utils/interface.rb', line 1908

def switchport_vtp_mode_capable?
  !switchport_mode.to_s.match(/(access|trunk)/).nil?
end

#system_default_svi_autostate ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1893

def system_default_svi_autostate
  # This command is a user-configurable system default.
  #
  # This property behaves differently on an n7k vs ni(3|9)k and therefore
  # needs special handling.
  # N7K: When enabled, does not nvgen.
  #      When disabled, does nvgen, but differently then n(3|9)k.
  #      Return true for the disabled case, false otherwise.
  # N(3|9)K: When enabled, does nvgen.
  #          When disabled, does nvgen.
  #          Return true for the enabled case, false otherwise.
  result = config_get('interface', 'system_default_svi_autostate')
  /N7K/.match(node.product_id) ? !result : result
end

#system_default_switchport ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1875

def system_default_switchport
  # This command is a user-configurable system default.
  #
  # Note: This is a simple boolean state but there is a bug on some
  # platforms that causes the cli to nvgen twice; this causes config_get to
  # raise an error when it encounters the multiple. Therefore we define it
  # as a multiple to avoid the raise and handle the array if necessary.
  #
  val = config_get('interface', 'system_default_switchport')
  return (val[0][/^no /] ? false : true) if val.is_a?(Array)
  val
end

#system_default_switchport_shutdown ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1888

def system_default_switchport_shutdown
  # This command is a user-configurable system default.
  config_get('interface', 'system_default_switchport_shutdown')
end

#to_s ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 73

def to_s
  "interface #{name}"
end

#vlan_mapping ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1830

def vlan_mapping
  match = config_get('interface', 'vlan_mapping', name: @name)
  match.each(&:compact!) unless match.nil?
  match
end

#vlan_mapping=(should_list) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1836

def vlan_mapping=(should_list)
  Feature.vni_enable

  # Process a hash of vlan_mapping cmds from delta_add_remove().
  # The vlan_mapping cli does not allow commands to be updated, they must
  # first be removed if there is a change.
  delta_hash = Utils.delta_add_remove(should_list, vlan_mapping,
                                      :updates_not_allowed)
  return if delta_hash.values.flatten.empty?
  # Process :remove first to ensure "update" commands will not fail.
  [:remove, :add].each do |action|
    Cisco::Logger.debug("vlan_mapping delta #{@get_args}\n"\
                        "#{action}: #{delta_hash[action]}")
    delta_hash[action].each do |original, translated|
      state = (action == :add) ? '' : 'no'
      config_set('interface', 'vlan_mapping', name: @name,
                 state: state, original: original, translated: translated)
    end
  end
end

#vlan_mapping_enable ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1862

def vlan_mapping_enable
  config_get('interface', 'vlan_mapping_enable', name: @name)
end

#vlan_mapping_enable=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 1866

def vlan_mapping_enable=(state)
  config_set('interface', 'vlan_mapping_enable',
             name: @name, state: state ? '' : 'no')
end

#vpc_id ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2004

def vpc_id
  config_get('interface', 'vpc_id', name: @name)
end

#vpc_id=(num) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2008

def vpc_id=(num)
  if num
    config_set('interface', 'vpc_id', name: @name, state: '', id: num)
  else
    # 'no vpc' doesn't work for phy ports, so do a get
    num = vpc_id
    config_set('interface', 'vpc_id', name: @name, state: 'no', id: num)
  end
end

#vpc_peer_link ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2022

def vpc_peer_link
  return nil unless @name[/port-channel/i] && switchport_mode != :disabled
  config_get('interface', 'vpc_peer_link', name: @name)
end

#vpc_peer_link=(state) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2027

def vpc_peer_link=(state)
  return if vpc_peerlink == state
  no_cmd = (state ? '' : 'no')
  config_set('interface', 'vpc_peer_link', name: @name, state: no_cmd)
end

#vrf ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2037

def vrf
  config_get('interface', 'vrf', name: @name)
end

#vrf=(v) ⇒ Object 



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# File 'lib/cisco_node_utils/interface.rb', line 2041

def vrf=(v)
  fail TypeError unless v.is_a?(String)
  return if v == vrf
  # Changing the VRF can result in loss of IP address, so cache it
  addr_1 = ipv4_address
  mask_1 = ipv4_netmask_length
  addr_2 = ipv4_address_secondary
  mask_2 = ipv4_netmask_length_secondary
  # XR actually blocks you from changing the VRF if IP addr is present
  unless platform == :nexus
    ipv4_addr_mask_set(nil, nil, false) unless addr_1.nil?
    ipv4_addr_mask_set(nil, nil, true) unless addr_2.nil?
  end
  if v.empty?
    config_set('interface', 'vrf', name: @name, state: 'no', vrf: '')
  else
    config_set('interface', 'vrf', name: @name, state: '', vrf: v)
  end
  ipv4_addr_mask_set(addr_1, mask_1, false) unless addr_1.nil?
  ipv4_addr_mask_set(addr_2, mask_2, true) unless addr_2.nil?
end