CLI Commands Used to Modify RADIUS Attributes

radius override nas-ip-addr tunnel-client-endpoint

• Use to configure the RADIUS client (LNS) to use the tunnel-client-endpoint (LAC) IP address for the NAS-IP-Address attribute.
• See radius override nas-ip-addr tunnel-client-endpoint

radius override nas-info

• Use in the correct virtual router context to override standard use of NAS-IP-Address and NAS-Identifier attributes for AAA broadcast accounting; specifies that the attributes for the authentication virtual router be included in accounting packets instead of the attributes for the virtual router that generates the accounting information.
• Example
  host1(config)#virtual-router vrXyz1 host1:vrXyz1(config)#radius override nas-info
• Use the no version to restore standard use of the NAS-IP-Address and NAS-Identifier attributes.
• See radius override nas-info

radius include nas-port

• Use to include the NAS-Port attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You control inclusion of the attribute by enabling or disabling this command.
• Example
  host1(config)#radius include nas-port acct-start enable
• Use the no version to restore the default, enable.
• See radius include

radius nas-port-format

• Use to set the NAS-Port format attribute for ATM and Ethernet only to either 0ssssppp or ssss0ppp.
• The format is a 4-octet integer. The remaining bits are not changed (8 bits VPI and 16 bits VCI; or 12 bits S-VLAN and 12 bits VLAN).
• The s indicates a bit used to represent the slot; the p indicates a bit used to represent the port from which the authentication request originates.
• See radius nas-port-format

radius nas-port-format extended atm

radius nas-port-format extended ethernet

• Use to set the NAS-Port format attribute for ATM, Gigabit Ethernet, and 10-Gigabit Ethernet interfaces on the E120 and E320 routers only.
• The format attribute set using the radius nas-port-format command does not accommodate the number of bits required by the ATM interface specifier (slot/adapter/port/vpi/vci) or the Gigabit Ethernet and 10-Gigabit Ethernet interface specifier [ slot/adapter/port ] [ .vlanSubinterface ]. Issuing this command enables you to encode the interface information in the attribute by specifying the number of bits available for each field in the interface specifier.

  Note: You must use this command with the extended keyword when you configure the NAS-Port format attribute on routers that have line modules that support more than seven physical ports.

• The default number of bits for each field in the interface specifier for ATM interfaces are:
  • Slot—5 bits
  • Adapter—0 bits
  • Port—3 bits
  • VPI—8 bits
  • VCI—16 bits
• The default number of bits for each field in the interface specifier for Gigabit Ethernet and 10-Gigabit Ethernet interfaces are:
  • Slot—5 bits
  • Adapter—0 bits
  • Port—3 bits
  • VLAN—12 bits
  • S-VLAN—12 bits
• To set valid S-VLAN widths on Gigabit Ethernet and 10-Gigabit Ethernet interfaces, you must include S-VLAN IDs in the NAS-Port attribute by issuing the radius vlan nas-port-format stacked command.
• The total number of bits for all fields cannot exceed 32. When the total number of bits is less than 32, the NAS-Port attribute is right-justified and the extra bits are set to 0. If you do not specify a value for a field, the number of bits is set to 0.
• See radius nas-port-format extended

radius pppoe nas-port-format unique

• Use to set the NAS-Port attribute to a unique value for subscribers on PPPoE interface. This unique value is derived from the subscriber’s profileHandle.
• See radius pppoe nas-port-format unique

radius vlan nas-port-format stacked

• Use to include the S-VLAN ID, in addition to the VLAN ID, in the NAS-Port attribute for subscribers on Ethernet interfaces.
• The VLAN ID is always included whether the S-VLAN ID inclusion feature is enabled or disabled.
• The radius pppoe nas-port-format unique command overrides this command.
• See radius vlan nas-port-format stacked

radius include framed-ip-addr

• Use to include the Framed-IP-Address attribute in Acct-Start and Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• For RADIUS to include this attribute, an IP address must be assigned to the subscriber.
• See radius include

radius include framed-ip-netmask

• Use to include the Framed-Ip-Netmask attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius ignore framed-ip-netmask

• Use to cause the Framed-Ip-Netmask attribute to be ignored in Access-Accept messages.
• You can control this behavior by enabling or disabling this command.
• If the subnet mask is specified by the Frame-Ip-Netmask attribute in the RADIUS user profile, the router passes the mask and IP address to the CPE during IPCP negotiations. When this command is enabled, the default subnet mask 255.255.255.255 is provided by AAA and used for IPCP negotiations.
• Enabling the command guards against any breaks in the negotiation.
• See radius ignore

radius include framed-compression

• Use to include the Framed-Compression attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include framed-route

• Use to include the Framed-Route attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include class

• Use to include the Class attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include called-station-id

• Use to include the Called-Station-Id attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the Called-Station-Id attribute by enabling or disabling this command.
• See radius include

radius calling-station-format

• Use to specify the format of the Calling-Station-Id [31] attribute on a virtual router.
• For each field in angle brackets (<>) in the Calling-Station-Id formats, the virtual router supplies the actual value for your configuration, unless otherwise specified.
• To specify that the RADIUS client use the delimited format when the PPP user is terminated at the non-LNS E Series router, use the delimited keyword.
  • Format for ATM interfaces:
    <delimiter> <system name> <delimiter> <interface> <delimiter> <VPI> <delimiter> <VCI><delimiter>
  • Format for Ethernet interfaces:
    <delimiter> <system name> <delimiter> <interface> <delimiter> <VLAN>

    Where <interface> is one of the following items:

  • <port name>—The default setting
  • <VP description>—Appears if you use the atm vp-description command to assign a text description to an individual VP on an ATM interface
  • <VC description>—Appears if you use the atm atm1483 description command to assign a text description to VCs on an ATM 1483 subinterface and you use the atm1483 export-subinterface-description command to enable sending of VC interface descriptors to AAA
• To specify that the RADIUS client use a fixed format of up to 15 characters consisting of all ASCII fields, use the fixed-format keyword. The maximum number of characters for each field is shown in square brackets ([ ]).
  • Format for ATM interfaces:
    <system name [4]> <slot [2]> <port [1]> <VPI [3]> <VCI [5]>
  • Format for Ethernet interfaces:
    <system name [4]> <slot [2]> <port [1]> <VLAN [8]>
  • Format for serial interfaces:
    <system name [4]> <slot [2]> <port [1]> <0 [8]>

    Where the final 8-byte field is always 0 (zero).

  • In the case of PPP terminated at the LNS, the Calling-Station-Id attribute is based on the received L2TP calling number AVP.
• To specify that the RADIUS client use a fixed format of up to 15 characters consisting of all ASCII fields with a 1-byte slot field, 1-byte adapter field, and 1-byte port field, use the fixed-format-adapter-embedded keyword. The maximum number of characters for each field is shown in square brackets ([ ]).
  • Format for ATM interfaces:
    <system name [4]> <slot [1]> <adapter [1]> <port [1]>
    <VPI [3]> <VCI [5]>
  • Format for Ethernet interfaces:
    <system name [4]> <slot [1]> <adapter [1]> <port [1]>
    <VLAN [8]>
  • Format for serial interfaces:
    <system name [4]> <slot [1]> <adapter [1]> <port [1]> <0 [8]>

    Where the final 8-byte field is always 0 (zero).

  • For E120 and E320 routers, <adapter> is the number of the bay in which the I/O adapter (IOA) resides, either 0 (representing the right IOA bay on the E120 router or the upper IOA bay on the E320 router) or 1 (representing the left IOA bay on the E120 router or the lower IOA bay on the E320 router). For ERX7xx models, ERX14xx models, and ERX310 routers, <adapter> is always shown as 0 (zero).
  • Slot numbers 0 through 16 are shown as ASCII characters in the 1-byte slot field according to the following translation:

    Slot Number	ASCII Character	Slot Number	ASCII Character
    0	0	9	9
    1	1	10	A
    2	2	11	B
    3	3	12	C
    4	4	13	D
    5	5	14	E
    6	6	15	F
    7	7	16	G
    8	8	–	–

    For example, slot 16 is shown as the ASCII character uppercase G.

• To specify that the RADIUS client use a fixed format of up to 17 characters consisting of all ASCII fields with a 2-byte slot field, 1-byte adapter field, and 2-byte port field, use the fixed-format-adapter-new-field keyword. The maximum number of characters for each field is shown in square brackets ([ ]).

  Note: You must use this command with the fixed-format-adapter-new-field keyword when you configure the format of the Calling-Station-ID attribute on routers that have line modules that support more than seven physical ports.

  • Format for ATM interfaces:
    <system name [4]> <slot [2]> <adapter [1]> <port [2]>
    <VPI [3]> <VCI [5]>
  • Format for Ethernet interfaces:
    <system name [4]> <slot [2]> <adapter [1]> <port [2]>
    <VLAN [8]>
  • Format for serial interfaces:
    <system name [4]> <slot [2]> <adapter [1]> <port [2]> <0 [8]>

    Where the final 8-byte field is always 0 (zero).

  • For E120 and E320 routers, <adapter> is the number of the bay in which the I/O adapter (IOA) resides, either 0 or 1. For ERX7xx models, ERX14xx models, and ERX310 routers, <adapter> is always shown as 0 (zero).
  • Slot numbers 0 through 16 are shown as integers in the 2-byte slot field.
• To specify that the format of the Calling-Station-Id [31] attribute include a 4-byte stacked VLAN (S-VLAN) ID for Ethernet interfaces when the RADIUS client uses the fixed-format, fixed-format-adapter-embedded, or fixed-format-adapter-new-field format, use the fixed-format stacked, fixed-format-adapter-embedded stacked, or fixed-format-adapter-new-field stacked keywords, respectively. The maximum number of characters for each field is shown in square brackets ([ ]).

  Note: The use of the stacked keyword is not supported for VLAN subinterfaces based on agent-circuit-identifier information, otherwise known as ACI VLANs. When you issue the radius calling-station-format fixed-format stacked, radius calling-station-format fixed-format-adapter-embedded stacked, or radius calling-station-format fixed-format-adapter-new-field stacked command for an ACI VLAN, the values that appear in the 4-byte S-VLAN ID and 4-byte VLAN ID fields are incorrect.

  • Format for Ethernet interfaces that use fixed-format stacked:
    <system name [4]> <slot [2]> <port [1] <S-VLAN [4] <VLAN [4]>
  • Format for Ethernet interfaces that use fixed-format-adapter-embedded stacked:
    <system name [4]> <slot [1]> <adapter [1]><port [1] <S-VLAN [4] <VLAN [4]>
  • Format for Ethernet interfaces that use fixed-format-adapter-new-field stacked:
    <system name [4]> <slot [2]> <adapter [1]><port [2] <S-VLAN [4] <VLAN [4]>

    By default, these formats do not include the S-VLAN ID unless you specify the optional stacked keyword. If you include the stacked keyword, the S-VLAN ID is displayed in decimal format in the range 0–4095.

    The S-VLAN ID field in the Calling-Station-Id [31] attribute is set to 0 (zero) under the following conditions:

  • You do not specify the optional stacked keyword.
  • You specify the optional stacked keyword but the Ethernet interface does not have an S-VLAN ID.
• Attribute 31, Calling-Station-Id, is used with Attribute 30, Called-Station-Id, in a standard way when the router is the LNS and the LAC is a dial-up LAC (not an E Series router). When the LNS receives the Calling-Station-Id and Called-Station-Id AVPs, the router includes the values as they are, with no format changes in the RADIUS messages.
• Example 1
  host1(config)#radius calling-station-format fixed-format

  For example, when you configure this Calling-Station-Id format on an E320 router for an ATM interface on system name eastern, slot 14, adapter 1, port 2, VCI 3, and VPI 4, the virtual router displays the format in ASCII as ‘14’ ‘2’ ‘003’ ‘00004’. The adapter number does not appear in this format.

• Example 2
  host1(config)#radius calling-station-format fixed-format-adapter-embedded

  For example, when you configure this Calling-Station-Id format on an E320 router for an ATM interface on system name eastern, slot 14, adapter 1, port 2, VCI 3, and VPI 4, the virtual router displays the format in ASCII as ‘E’ ‘1’ ‘2’ ‘003’ ‘00004’.

• Example 3
  host1(config)#radius calling-station-format fixed-format-adapter-new-field

  For example, when you configure this Calling-Station-Id format on an E320 router for an ATM interface on system name eastern, slot 14, adapter 1, port 2, VCI 3, and VPI 4, the virtual router displays the format in ASCII as ‘14’ ‘1’ ‘02’ ‘003’ ‘00004’.

• Example 4
  host1(config)#radius calling-station-format fixed-format-adapter-new-field stacked

  For example, when you configure this Calling-Station-Id format on an E320 router for an Ethernet interface on system name western, slot 4, adapter 1, port 3, S-VLAN ID 8, and VLAN ID 12, the virtual router displays the format in ASCII as ‘west’ ‘04’ ‘1’ ‘03’ ‘0008’ ‘0012’.

• Use the no version to restore the default Calling-Station-Id format, delimited.
• See radius calling-station-format

radius calling-station-delimiter

• Use to specify the Calling-Station-Id attribute’s delimiter for DSL PPP users.
• The delimiter is one special character you select to set off items in the Calling-Station-Id’s definition (for example, # or %).
• See radius calling-station-delimiter

radius include calling-station-id

• Use to include the Calling-Station-Id attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius override calling-station-id remote-circuit-id

• Use to configure RADIUS to override the standard use of the Calling-Station-Id attribute and instead use the remote circuit ID transmitted from a DSLAM device.
• See radius override calling-station-id remote-circuit-id

radius nas-identifier

• Use to set a value for the NAS-Identifier attribute. This value is used in the NAS-Identifier attribute for authentication and accounting requests.
• Example
  host1(config)#radius nas-identifier fox
• Use the no version to delete the NAS-Identifier.
• See radius nas-identifier

radius include nas-identifier

• Use to include the NAS-Identifier attribute in Access-Request, Acct-Start, Acct-Stop, Acct-On, and Acct-Off messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius override nas-info

• Use in the correct virtual router context to override the standard use of NAS-IP-Address and NAS-Identifier attributes for AAA broadcast accounting; specifies that the attributes for the authentication virtual router be included in accounting packets instead of the attributes for the virtual router that generates the accounting information.
• See radius override nas-info

radius remote-circuit-id-format

• Use to configure the format of the PPPoE remote circuit ID value captured from a DSLAM.
• You can format the PPPoE remote circuit ID value to include either or both of the agent-circuit-ID (suboption 1) and agent-remote-id (suboption 2) suboptions of the DHCP relay agent information option (option 82) or the PPPoE intermediate agent tags.
• By default, the router formats the PPPoE remote circuit ID to include only the agent-circuit-id suboption.
• You can use this command to configure the following nondefault formats for the PPPoE remote circuit ID value:
  • Include either or both of the agent-circuit-id and agent-remote-id suboptions, with or without the NAS-Identifier [32] RADIUS attribute
  • Append the agent-circuit-id suboption value to an interface specifier that is consistent with the recommended format in the DSL Forum Technical Report (TR)-101—Migration to Ethernet-Based DSL Aggregation (April 2006).
• For more information about how to use this command, see the Using the PPPoE Remote Circuit ID to Identify Subscribers and Configuring PPPoE Remote Circuit ID Capture sections in JunosE Link Layer Configuration Guide.
• See radius remote-circuit-id-format

radius remote-circuit-id-delimiter

• Use to configure the delimiter character that the router uses to set off multiple components in the format of the PPPoE remote circuit ID value captured from a DSLAM.
• For information about how to use this command, see the Configuring PPPoE Remote Circuit ID Capture section in JunosE Link Layer Configuration Guide.
• See radius remote-circuit-id-delimiter

radius include acct-delay-time

• Use to include the Acct-Delay-Time attribute in Acct-On or Acct-Off messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include acct-session-id

• Use to include the Acct-Session-Id attribute in Access-Request, Acct-On, or Acct-Off messages.
• You can control inclusion of the Acct-Session-Id attribute by enabling or disabling this command.
• See radius include

radius acct-session-id-format

• Use to set the Acct-Session-Id attribute format. Two formats are supported:
  • description—Configures RADIUS client to use the generic format: erx <interface identifier>:<hex number>. For example: erx atm 12/1:0.3:0000ef1

    Note: For subscribes connected over the LAG interface in DHCP standalone authenticate mode, the LAG interface ID is used as the interface identifier. For more information about subscribers connected over the LAG interface in DHCP standalone authenticate mode, see Propagation of LAG Subscriber Information to AAA and RADIUS.

  • decimal—Configures the RADIUS client to use a decimal format. For example: 435264
• See radius acct-session-id-format

radius include acct-authentic

• Use to include the Acct-Authentic attribute in Acct-On or Acct-Off messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include acct-terminate-cause

• Use to include the Acct-Terminate-Cause attribute in Acct-Off messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include.

radius include acct-multi-session-id

• Use to include the Acct-Multi-Session-Id attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the Acct-Multi-Session-Id attribute by enabling or disabling this command.
• See radius include

radius include acct-link-count

• Use to include the Acct-Link-Count attribute in Acct-Start and Acct-Stop messages.
• You can control inclusion of the Acct-Input-Gigawords attribute by enabling or disabling this command.
• See radius include

radius include input-gigawords

• Use to include the Acct-Input-Gigawords attribute in Acct-Stop messages.
• You can control inclusion of the Acct-Input-Gigawords attribute by enabling or disabling this command.
• See radius include

radius include output-gigawords

• Use to include the Acct-Output-Gigawords attribute in Acct-Stop messages.
• You can control inclusion of the Acct-Output-Gigawords attribute by enabling or disabling this command.
• See radius include

radius include event-timestamp

• Use to include the Event-Timestamp attribute in Acct-Start, Acct-Stop, Acct-On, or Acct-Off messages.
• You can control inclusion of the Event-Timestamp attribute by enabling or disabling this command.
• See radius include

radius dsl-port-type

• Use to configure the NAS-Port-Type attribute for the DSL port type.
• This attribute can have several values. If the interface (port) is DSL, then the attribute can have any value listed in the command and uses the value configured. If the interface (port) is Ethernet, then it sets the attribute to Ethernet and disregards the parameter set with this command. Options include:
  • adsl-cap—Asymmetric DSL, carrierless amplitude phase (CAP) modulation
  • adsl-dmt—Asymmetric DSL, discrete multitone (DMT)
  • idsl—ISDN DSL
  • sdsl—Symmetric DSL
  • virtual—Virtual
  • xdsl—DSL of unknown type
• Example
  host1(config)#radius dsl-port-type xdsl
• Use the no version to restore the default, xdsl.
• See radius dsl-port-type

radius ethernet-port-type

• Use to set the NAS-Port-Type attribute for Ethernet interfaces to ethernet or virtual.
• See radius ethernet-port-type

radius include nas-port-type

• Use to include the NAS-Port-Type attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include tunnel-type

• Use to include the Tunnel-Type attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the Tunnel-Type attribute by enabling or disabling this command.
• See radius include

radius include tunnel-medium-type

• Use to include the Tunnel-Medium-Type attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the Tunnel-Medium-Type attribute by enabling or disabling this command.
• See radius include

radius include tunnel-client-endpoint

• Use to include the Tunnel-Client-Endpoint attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the Tunnel-Client-Endpoint attribute by enabling or disabling this command.
• See radius include

radius include tunnel-server-endpoint

• Use to include the Tunnel-Server-Endpoint attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the Tunnel-Server-Endpoint attribute by enabling or disabling this command.
• See radius include

radius include acct-tunnel-connection

• Use to include the Acct-Tunnel-Connection attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the Acct-Tunnel-Connection attribute by enabling or disabling this command.
• See radius include

radius connect-info-format

• Use on the LNS to enable the generation of the RADIUS Connect-Info attribute and to specify the attribute’s format. The attribute is based on the L2TP connect-speed AVPs for received (RX) speed (AVP 38) and transmit (TX) speed (AVP 24). See Configuring the RX Speed on the LAC for information about generating the RX and TX speed AVPs.
• The Connect-Info attribute is a string in the following format; the attribute is generated whenever the TX speed is not zero.
  tx-speed [ /rx-speed ]
• The TX speed is always included in the attribute when the speed is not zero; however, inclusion of the RX speed depends on the keyword you use with the command.
  • Use the l2tp-connect-speed keyword to specify that the RX speed is only included when it is not zero and differs from the TX speed.
  • Example
    host1(config)#radius connect-info-format l2tp-connect-speed
  • Use the l2tp-connect-speed-rx-when-equal keyword to specify that the RX speed is always included when it is not zero.
  • Example
    host1(config)#radius connect-info-format l2tp-connect-speed-rx-when-equal
• Use the no version to disable the inclusion of the RX speed when it is the same as the TX speed.
• See radius connect-info-format

radius include connect-info

• Use to include the Connect-Info attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the Connect-Info attribute by enabling or disabling this command.
• See radius include

radius include tunnel-assignment-id

• Use to include the Tunnel-Assignment-Id attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the Tunnel-Assignment-Id attribute by enabling or disabling this command.
• See radius include

radius include tunnel-preference

• Use to include the Tunnel-Preference attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the Tunnel-Preference attribute by enabling or disabling this command.
• See radius include

aaa intf-desc-format include

• Use to specify whether the router includes the subinterface number or adapter in the interface description it passes to RADIUS for inclusion in the NAS-Port-Id attribute. By default, the subinterface and adapter are sent (the commands are enabled).
• Examples
  host1#aaa intf-desc-format include sub-intf disable host1#aaa intf-desc-format include adapter enable
• Use the no version to remove the configuration.
• See aaa intf-desc-format include

radius include nas-port-id

• Use to include the NAS-Port-Id attribute in the Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the NAS-Port-Id attribute by enabling or disabling this command.
• See radius include

radius override nas-port-id remote-circuit-id

• Use to configure RADIUS to override the standard use of the NAS-Port-Id attribute and instead use the remote circuit ID transmitted from a DSLAM device.
• See radius override nas-port-id remote-circuit-id

radius include tunnel-client-auth-id

• Use to include the Tunnel-Client-Auth-Id attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the Tunnel-Client-Auth-Id attribute by enabling or disabling this command.
• See radius include

radius include tunnel-server-auth-id

• Use to include the Tunnel-Server-Auth-Id attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the Tunnel-Server-Auth-Id attribute by enabling or disabling this command.
• See radius include

radius include framed-interface-id

• Use to include the Framed-Interface-Id attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the Framed-Interface-Id attribute by enabling or disabling this command.
• For RADIUS to include this attribute, an IPv6 interface ID must be assigned to the subscriber.
• See radius include

radius include framed-ipv6-prefix

• Use to include the Framed-Ipv6-Prefix attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the Framed-Ipv6-Prefix attribute by enabling or disabling this command.
• For RADIUS to include this attribute, at least one IPv6 prefix must be assigned to the subscriber.
• See radius include

radius include framed-ipv6-route

• Use to include the Framed-Ipv6-Route attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the Framed-Ipv6-Route attribute by enabling or disabling this command.
• For this attribute, the value received from the RADIUS server in the Access-Accept message is used in the accounting messages.
• When the Framed-Ipv6-Route attribute is not returned from the RADIUS server in the Access-Accept message, the immediate accounting, Acct-Stop, or Interim-Acct messages do not report this attribute.
• See radius include

radius include framed-ipv6-pool

• Use to include the Framed-Ipv6-Pool attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the Framed-Ipv6-Pool attribute by enabling or disabling this command.
• For this attribute, the value received from the RADIUS server in the Access-Accept message is used in the accounting messages.
• If the IPv6 pool name is configured in the AAA domain map using the CLI and is not returned from RADIUS server, the Acct-Start, Acct-Stop, or Interim-Acct messages report the value configured in the domain map.
• See radius include

radius include delegated-ipv6-prefix

• Use to include the Delegated-Ipv6-Prefix attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the Delegated-Ipv6-Prefix attribute by enabling or disabling this command.
• For this attribute, the value received from the RADIUS server in the Access-Accept message is used in the accounting messages.
• When prefix delegation occurs, an immediate-update (if enabled) message, which contains the delegated prefix information, is sent to the RADIUS server.
• When the prefix to be delegated to clients is obtained from the IPv6 local address server than the RADIUS server and the aaa dhcpv6-delegated-prefix delegated-ipv6-prefix command is configured, the delegated prefix is sent to the RADIUS server in the Delegated-Ipv6-Prefix attribute in the immediate accounting, Acct-Stop, or Interim-Acct messages.
• When the prefix to be delegated to clients is allocated from the IPv6 local address server and the aaa dhcpv6-delegated-prefix delegated-ipv6-prefix command is not configured, the delegated prefix is sent to the RADIUS server in the Framed-Ipv6-Prefix attribute in the immediate accounting, Acct-Stop, or Interim-Acct messages.
• For static interfaces, although the prefix configured using the CLI command is used for DHCPv6 Prefix Delegation instead of the value returned by the RADIUS server, the immediate accounting, Acct-Stop, or Interim-Acct messages contain the prefix returned from the RADIUS server. If this attribute is not returned from the RADIUS server, the immediate accounting, Acct-Stop, or Interim-Acct messages do not report this attribute.
• See radius include

radius include ascend-num-in-multilink

• Use to include the Ascend-Num-In-Multilink attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the Ascend-Num-In-Multilink attribute by enabling or disabling this command.
• See radius include

radius include tunnel-server-attributes

• Use to include all supported tunnel server attributes in Access-Request, Acct-Start, or Acct-Stop messages.
• When the router functions as an LNS with a terminating PPP, then the LAC tunnel attributes are included.
• You can control inclusion of all tunnel server attributes by enabling or disabling this command.
• See radius include

radius ignore virtual-router

• Use to cause the Virtual-Router attribute to be ignored in Access-Accept messages.
• You can control this behavior by enabling or disabling this command.
• See radius ignore

radius include ingress-policy-name

• Use to include the Ingress-Policy-Name attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius ignore ingress-policy-name

• Use to cause the Ingress-Policy-Name attribute to be ignored in Access-Accept messages.
• You can control this behavior by enabling or disabling this command. The default is disable.
• See radius ignore

radius include egress-policy-name

• Use to include the Egress-Policy-Name attribute in Acct-Start or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius ignore egress-policy-name

• Use to cause the Egress-Policy-Name attribute to be ignored in Access-Accept messages.
• You can control this behavior by enabling or disabling this command.
• See radius ignore

radius ignore atm-service-category

• Use to cause the Service-Category attribute to be ignored in Access-Accept messages.
• You can control this behavior by enabling or disabling this command.
• See radius ignore

radius ignore atm-pcr

• Use to cause the PCR attribute to be ignored in Access-Accept messages.
• You can control this behavior by enabling or disabling this command.
• See radius ignore

radius ignore atm-scr

• Use to cause the SCR attribute to be ignored in Access-Accept messages.
• You can control this behavior by enabling or disabling this command.
• See radius ignore

radius ignore atm-mbs

• Use to cause the MBS attribute to be ignored in Access-Accept messages.
• You can control this behavior by enabling or disabling this command.
• See radius ignore

radius include pppoe-description

• Use to include the Pppoe-Description attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the Pppoe-Description attribute by enabling or disabling this command.
• See radius include

radius include input-gigapkts

• Use to include Acct-Input-Gigapackets in Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• see radius include

radius include output-gigapkts

• Use to include the Acct-Output-Gigapackets attribute in Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include tunnel-interface-id

• Use to include the Tunnel-Interface-Id attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include ipv6-virtual-router

• Use to include the Ipv6-Virtual-Router attribute in Acct-Start, or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• For this attribute, the value received from the RADIUS server in the Access-Accept message is used in the accounting messages.
• If the IPv6 virtual router is configured in the AAA domain map and is not returned from the RADIUS server, the Acct-Start, Acct-Stop, or Interim-Acct messages report the value configured in the domain map.
• If IPv6 virtual router is not configured in the AAA domain map and is not returned from the RADIUS server, it is not included in the Acct-Start message because the value is not yet known. If the IPv6 virtual router context is configured from the profile, it is reported in the immediate-update message for DHCPv6 prefix delegation.
• See radius include

radius include ipv6-local-interface

• Use to include the Ipv6-Local-Interface attribute in Acct-Start, or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• For this attribute, the value received from the RADIUS server in the Access-Accept message is used in the accounting messages.
• If IPv6 local interface is configured in the AAA domain map and is not returned from the RADIUS server, the Acct-Start, Acct-Stop, or Interim-Acct messages report the value configured in the domain map.
• See radius include

radius include ipv6-primary-dns

• Use to include the IPv6-Primary-DNS attribute in Acct-Start, or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• For this attribute, the value received from the RADIUS server in the Access-Accept message is used in the accounting messages.
• If the IPv6 primary DNS server is configured in the AAA domain map and is not returned from the RADIUS server, the Acct-Start, Acct-Stop, or Interim-Acct messages report the value configured in the AAA domain map.
• See radius include

radius include ipv6-secondary-dns

• Use to include the Ipv6-Secondary-DNS attribute in Acct-Start, or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• For this attribute, the value received from the RADIUS server in the Access-Accept message is used in the accounting messages.
• If the IPv6 secondary DNS server is configured in the AAA domain map and is not returned from the RADIUS server, the Acct-Start, Acct-Stop, or Interim-Acct messages report the value configured in the AAA domain map.
• See radius include

radius include l2tp-ppp-disconnect-cause

• Use to include the Disconnect-Cause attribute in Acct-Stop and Acct-Tunnel-Link-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include profile-service-description

• Use to include the Service-Description attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include dhcp-options

• Use to include the DHCP-Options attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include dhcp-mac-address

• Use to include the DHCP-MAC-Address attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include dhcp-gi-address

• Use to include the DHCP-GI-Address attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• See radius include

radius include mlppp-bundle-name

• Use to include the MLPPP-Bundle-Name attribute in Access-Request, Acct-Start, Interim-Acct, or Acct-Stop messages.
• You can control inclusion of the MLPPP-Bundle-Name attribute by enabling or disabling this command.
• There is no explicit command to include the MLPPP-Bundle-Name attribute in Interim-Acct messages; however, the attribute is automatically included in Interim-Acct messages when the attribute is enabled for Acct-Stop messages.
• See radius include

radius include interface-description

• Use to include the Interface-Desc attribute, with the subscriber’s access interface description, in Access-Request, Acct-Start, Interim-Acct, or Acct-Stop messages.
• You can control inclusion of the Interface-Desc attribute by enabling or disabling this command. Inclusion is disabled by default.
• There is no explicit command to include the Interface-Desc attribute in Interim-Acct messages; however, the attribute is automatically included in Interim-Acct messages when the attribute is enabled for Acct-Stop messages.
• See radius include

radius include access-loop-parameters

• Use to include the L2C-Information attribute in Access-Request messages.
• You can control inclusion of the L2C-Information attribute by enabling or disabling this command. Inclusion is disabled by default.
• See radius include

radius include l2c-upstream-data

• Use to include the L2C-Up-Stream-Data attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the L2C-Up-Stream-Data attribute by enabling or disabling this command. Inclusion is disabled by default.
• See radius include

radius include l2c-downstream-data

• Use to include the L2C-Down-Stream-Data attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the L2C-Down-Stream-Data attribute by enabling or disabling this command. Inclusion is disabled by default.

• Example
  host1(config)#radius include l2c-downstream-data access-request enable
• Use the no version to restore the default, disable.
• See radius include

radius include ipv6-nd-ra-prefix

• Use to include the IPv6-NdRa-Prefix attribute in Acct-Start, or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• The value of this attribute received from the RADIUS server in the Access-Accept message is included in the accounting messages.
• For dynamic interfaces, if the Ipv6-NdRa-Prefix attribute is configured in the profile and is not returned from RADIUS server, this attribute is not included in the Acct-Start, Acct-Stop, and Interim-Acct messages.
• See radius include

radius include downstream-calculated-qos-rate

• Use to include the Downstream-Calculated-Qos-Rate attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the Downstream-Calculated-Qos-Rate attribute by enabling or disabling this command. Inclusion is disabled by default.
• Example
  host1(config)#radius include downstream-calculated-qos-rate access-request enable
• Use the no version to restore the default, disable.
• See radius include

radius include upstream-calculated-qos-rate

• Use to include the Upstream-Calculated-Qos-Rate attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can control inclusion of the Upstream-Calculated-Qos-Rate attribute by enabling or disabling this command. Inclusion is disabled by default.
• Example
  host1(config)#radius include upstream-calculated-qos-rate access-request enable
• Use the no version to restore the default, disable.
• See radius include

radius ignore pppoe-max-session

• Use to cause the Max-Clients-Per-Interface attribute to be ignored in Access-Accept messages returned by the RADIUS server.
• You can control this behavior by enabling or disabling this command. Ignoring the Max-Clients-Per-Interface attribute is enabled by default.
• Example 1—Ignores the Max-Clients-Per-Interface attribute returned by the RADIUS server; this is the default behavior
  host1(config)#radius ignore pppoe-max-session enable
• Example 2—Accepts the Max-Clients-Per-Interface attribute returned by the RADIUS server
  host1(config)#radius ignore pppoe-max-session disable

  When you issue this command, the router passes the value of the Max-Clients-Per-Interface attribute to the PPP application. PPP, in turn, sends this value to the PPPoE application, which determines whether or not to tear down the PPPoe interface based on the maximum session limit for this subscriber.

• Use the no version to restore the default, enable.

radius include icr-partition-id

• Use to include the ICR-Partition-Id attribute in Access-Request, Acct-Start, or Acct-Stop messages.
• You can control inclusion of the attribute by enabling or disabling this command.
• Example
  host1(config)#radius include icr-partition-id acct-start enable
• Use the no version to restore the default, disable.

radius icr-partition-accounting

• Use to enable or disable sending of the ICR Partition-Accounting-On or Partition-Accounting-Off messages to the RADIUS servers
• Both Partition-Accounting messages include the ICR-Partition-Id VSA. Also, both these messages are sent to the RADIUS accounting server configured on the virtual router where the ICR partition is configured or the virtual router on which the ICR control interface is set up.
• You can configure ICR partition accounting per virtual router.
• Example
  host1(config)#radius icr-partition-accounting enable
• Use the no version to restore the default, disable.

radius include ipv6-accounting

• Use to include the following supported IPv6 accounting attributes in Acct-Stop messages:
  • IPv6-Acct-Input-Octets [26-151]
  • IPv6-Acct-Output-Octets [26-152]
  • IPv6-Acct-Input-Packets [26-153]
  • IPv6-Acct-Output-Packets [26-154]
  • IPv6-Acct-Input-Gigawords [26-155]
  • IPv6-Acct-Output-Gigawords [26-156]

  If you enable inclusion of the IPv6 accounting-related VSAs in Acct-Stop messages, the router also includes the VSAs in Interim-Acct messages.

• You can control inclusion of the IPv6 accounting attributes by enabling or disabling this command.
• See radius include

radius include dhcp-option-82

• Use to include the DHCP Option 82 attribute in Access-Request, Acct-Start, and Acct-Stop messages.
• You can configure RADIUS to include the dhcp-option-82 attribute
• See radius include

radius include l2cd-keyword

• Use to include ANCP-related Juniper Networks VSAs in Access-Request, Acct-Start, and Acct-Stop messages that the router sends to RADIUS. If you enable inclusion of the ANCP-related VSAs in Acct-Stop messages, the router also includes the VSAs in Interim-Acct messages. Inclusion is disabled by default.
• You must enable ANCP discovery with the discovery-mode command prior to configuring the radius include command with the ANCP-related VSAs. Configuring discovery mode enables the RADIUS authentication server to retrieve ANCP information.
• Table 44 lists the ANCP (L2C)-related keywords that you can use in the radius include command and the associated Juniper Networks VSAs. The table also indicates the mappings between ANCP parameters and the VSAs.

  Table 44: ANCP (L2C)-Related Keywords for radius include Command

  Command Keyword	Juniper Networks VSA Number	Juniper Networks VSA Name	ANCP Type	ANCP Subtype
  l2cd-acc-loop-cir-id	[26-110]	Acc-Loop-Cir-Id	1	–
  l2cd-acc-aggr-cir-id-bin	[26-111]	Acc-Aggr-Cir-Id-Bin	2	–
  l2cd-acc-aggr-cir-id-asc	[26-112]	Acc-Aggr-Cir-Id-Asc	3	–
  l2cd-act-data-rate-up	[26-113]	Act-Data-Rate-Up	4	129
  l2cd-act-data-rate-dn	[26-114]	Act-Data-Rate-Dn	4	130
  l2cd-min-data-rate-up	[26-115]	Min-Data-Rate-Up	4	131
  l2cd-min-data-rate-dn	[26-116]	Min-Data-Rate-Dn	4	132
  l2cd-att-data-rate-up	[26-117]	Att-Data-Rate-Up	4	133
  l2cd-att-data-rate-dn	[26-118]	Att-Data-Rate-Dn	4	134
  l2cd-max-data-rate-up	[26-119]	Max-Data-Rate-Up	4	135
  l2cd-max-data-rate-dn	[26-120]	Max-Data-Rate-Dn	4	136
  l2cd-min-lp-data-rate-up	[26-121]	Min-LP-Data-Rate-Up	4	137
  l2cd-min-lp-data-rate-dn	[26-122]	Min-LP-Data-Rate-Dn	4	138
  l2cd-max-interlv-delay-up	[26-123]	Max-Interlv-Delay-Up	4	139
  l2cd-act-interlv-delay-up	[26-124]	Act-Interlv-Delay-Up	4	140
  l2cd-max-interlv-delay-dn	[26-125]	Max-Interlv-Delay-Dn	4	141
  l2cd-act-interlv-delay-dn	[26-126]	Act-Interlv-Delay-Dn	4	142
  l2cd-dsl-line-state	[26-127]	DSL-Line-State	4	143
  l2cd-dsl-type	[26-128]	DSL-Type	4	144

• Example
  host1(config)#radius include l2cd-acc-loop-cir-id acct-start enable
• Use the no version to restore the default behavior, disable.

  Note: JunosE Software continues to support DSL Forum VSAs (vendor ID 3561) that you can use to include DSL-related information in RADIUS messages. See DSL Forum VSAs.

• See radius include

radius include dsl-forum-attributes

• Use to include the set of DSL Forum VSAs in Access-Request, Acct-Start, and Acct-Stop messages that the router sends to RADIUS. If you enable inclusion of the DSL Forum VSAs in Acct-Stop messages, the router also includes the VSAs in Interim-Acct messages.
• You can control inclusion of the DSL Forum VSAs in the specified message type by enabling or disabling this command. Inclusion is disabled by default.
• When you enable inclusion of the DSL Forum VSAs for a specified message type, the router includes in that message all of the DSL Forum attributes that it receives from the DSLAM.
• Example
  host1(config)#radius include dsl-forum-attributes access-request enable
• Use the no version to restore the default behavior, disable.
• See radius include dsl-forum-attributes

radius include

• Use to enable or disable the inclusion of RADIUS attributes in Acct-On, Acct-Off, Access-Request, Acct-Start, and Acct-Stop messages.
• Examples
  host1(config)#radius include ingress-policy-name acct-start enable host1(config)#radius include tunnel-type access-request disable
• Use the no version to restore the default, disable.
• See radius include

radius ignore

• Use to specify that a RADIUS attribute be ignored or be accepted from Access-Accept messages.
• Use the enable keyword to specify that the RADIUS client ignore the attribute from the RADIUS server or the disable keyword to use the attribute.
• Examples
  host1(config)#radius ignore atm-scr enable host1(config)#radius ignore framed-ip-netmask disable
• Use the no version to restore the default, enable.
• See radius include