This chapter
presents information on RADIUS dictionary types and attribute definitions.
RADIUS Attribute
Definitions
This section presents
RADIUS attribute definitions.
IMPORTANT:
RADIUS attributes received
by the system from the RADIUS server always take precedence over
local-subscriber attributes and parameters configured on the system.
3GPP-Allocate-IPType
This attribute
indicates whether the Access-Request is sent for user authentication
only and/or for allocation of IPv4 and/or IPv6
address.
Value
Enumerated integer.
Supported values are:
3GPP-CAMEL-Charging-Info
This attribute
contains the received CAMEL charging information. CAMEL charging
information is applicable to GGSN.
3GPP-CG-Address
This attribute
identifies the charging gateway address.
3GPP-Charging-ID
This attribute
contains the charging ID for the PDP Context. This together with
the GGSN-Address constitutes a unique identifier for the PDP context.
3GPP-Chrg-Char
This attribute
contains the charging characteristics for this PDP Context received
in the Create PDP Context Request Message (only available in R99
and later releases).
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
If
this AVP is present in Access Accept message the locally configured
APN value will be overridden.
3GPP-GGSN-Address
This attribute
contains IPv4 address of the GGSN.
3GPP-GGSN-IPv6-Address
For GGSN, it
represents the GGSN IPv6 address that is used by the GTP control
plane for thecontext establishment. For P-GW, it represents the
P-GW IPv6 address that is used on S5/S8, S2a, S2b, or S2c
control plane for the IP-CAN session establishment.
3GPP-GGSN-Mcc-Mnc
This attribute
contains the MCC-MNC of the network the GGSN belongs to.
3GPP-IMEISV
This attribute
identifies the International Mobile Equipment Identity and Software
Version (IMEISV) number received from the mobile node (MN). It is
sent in RADIUS authentication and accounting messages by GGSN.
3GPP-IMSI
This attribute
contains the IMSI identifying the mobile unit.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
3GPP-IMSI-Mcc-Mnc
This attribute
contains the MCC and MNC extracted from the user's IMSI (first 5
or 6 digits, as applicable from the presented IMSI).
3GPP-IPv6-DNS-Servers
This attribute
contains list of IPv6 DNS server addresses.
3GPP-MS-TimeZone
This attribute
indicates the offset between universal time and local time in steps
of 15 minutes of where the MS currently resides.
3GPP-Negotiated-DSCP
This attribute
is used to mark IP packets of PDP context on the Gi interface.
3GPP-Negotiated-QoS-Profile
This attribute
specifies the QoS profile to be used for the subscriber.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Length
In 10.2 and earlier
releases: 1–35
In 11.0 and later releases:
1–39
3GPP-NSAPI
This attribute
specifies the value of the NSAPI of the PDP context that the RADIUS
message is related to. It is encoded as its hexadecimal representation,
using 1 UTF-8 encoded digit.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
3GPP-Packet-Filter
This compound
attribute specifies the Packet Filter used for the PDP context.
Value
Contains the following
subattributes:
Identifier
Identifier of
the packet filter.
Eval-Precedence
Evaluation precedence
of the packet filter.
Length
Length of the
packet filter.
Direction
Direction of
the packet filter.
IPv4-Address-Type
This is a compound
attribute specifying the IPv4 source address and netmask if the
direction is downlink, or destination address and netmask if the
direction is downlink, or destination address and netmask if the
direction is uplink.
Value
Contains the following
two subattributes:
Address
This attribute
contains source address if direction value is set to Downlink, and
destination address if direction value is set to Uplink.
Netmask
This attribute
contains netmask of the IPv4 address.
IPv6-Address-Type
This is a compound
attribute specifying the IPv6 source address and netmask if the
direction is Downlink, or Destination Address and Netmask if the
direction is Downlink, or Destination Address and Netmask if the
direction is Uplink.
Value
Contains the following
two subattributes:
Address
This attribute
contains source address if direction value is set to Downlink, and
destination address if direction value is set to Uplink.
Netmask
This attribute
contains the Netmask of the IPv6 address.
Protocol-Identifier-Or-Next-Header
Specifies the
IPv4 Protocol Identifier or IPv6 Next Header.
Destination-Port
Specifies the
Destination Port number of the packet filter.
Value
An integer in network
byte order
Destination-Port-Range
This is a compound
attribute and specifies the destination port range.
Value
Contains the following
two subattributes:
Lower
Specifies the
lower range of the destination port of the packet filter.
Higher
Specifies the
higher range of the destination port of the packet filter.
Source-Port
Specifies the
source port number of the packet filter.
Source-Port-Range
Specifies the
source port range.
Value
Contains the following
two subattributes:
Lower
Specifies lower
range of the source port of the packet filter.
Higher
Specifies higher
range of the source port of the packet filter.
Security-Parameter-Index
Specifies the
IPSec Security Parameter Index(IPv6).
Type-Of-Service
This is a compound
attribute and specifies the Type of Service/ Traffic Class.
Value
Contains the following
two subattributes:
Value
Specifies the
Type of Service/Traffic Class Value.
Mask
Specifies the
Type of Service/Traffic Class Mask.
Flow-Label
Specifies the
IPv6 Flow Label.
3GPP-PDP-Type
This attribute
identifies the PDP Context type.
Value
Enumerated integer.
Supported values are:
3GPP-RAT-Type
This attribute
indicates which Radio Access Technology is currently serving the
UE.
3GPP-Selection-Mode
This attribute
contains the selection mode for this PDP Context received in the
Create PDP Context Request message as an UTF-8 encoded character.
3GPP-Session-Stop-Ind
The presence
of this attribute indicates to the AAA server that the last PDP
context of a session is released and that the PDP session has been
terminated.
3GPP-SGSN-Address
This attribute
contains IPv4 address of the SGSN.
3GPP-SGSN-IPv6-Address
For GGSN, it
represents the SGSN IPv6 address that is used by the GTP control
plane for the handling of control messages. For P-GW, it represents
the IPv6 address of the S-GW, trusted non-3GPP IP access or ePDG
that is used on S5/S8, S2a, or S2b for the handling of
control messages. The address may beused to identify the PLMN to
which the user is attached.
3GPP-SGSN-Mcc-Mnc
For GPRS the
MCC and the MNC of the SGSN.
3GPP-Teardown-Indicator
If this value
is set to 1 in disconnect-request, the whole correlated sessions
would be disconnected.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
3GPP-User-Location-Info
GTP user location
information attribute for the subscriber session.
Length
In 10.2 and earlier
releases: 8
In 11.0, 12.0 and 12.1
releases: 37
In
12.2 and later releases: 1-37
3GPP2-835-Release-Indicator
3GPP2-895- Standard
Release-Indicator, reason/cause for session release.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Mobile-IP-Registration-Failure = 4
-
3GPP2-Acct-Session-Time
The total amount
of time spent in the Active state, in seconds. This attribute has
the same type as Acct-Session-Time, and thus conforms to IS-835.
3GPP2-Active-Time
The total period
of time spent in the Active state, in seconds.
3GPP2-Active-Time-Corrected
3GPP2 Active
session time value.
3GPP2-Airlink-Record-Type
This attribute
indicates the most recent type of Airlink Record to be received
for this subscriber's connection.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
BCMCS-Connection-Setup = 5
-
-
3GPP2-Airlink-Sequence-Number
This represents
the sequence number of an Airlink Record and is incremented (modulo
256) by the PCF for each Airlink Record. The sequence number is
unique for a given RP Session ID, PCF ID, and MSID.
3GPP2-Air-QOS
This attribute
identifies airlink QOS associated with the user data. The least
significant 4 bits hold the QOS priority as defined in C.S0001-A
in the subscriber profile.
3GPP2-Allowed-Diffserv
This attribute
specifies if the user is able to mark packets with AF and/or
EF. The Max Class specifies that the user may mark packets with
a Class Selector Code Point that is less then or equal to Max Class.
Value
Contains the following
three subattributes:
Flags
Allowed DSCP
flag.
Value
Enumerated integer.
Supported values are:
Max-Class
Allowed max dscp.
Value
Enumerated integer.
Supported values are:
RT-Marking
Allowed max dscp
rev. tun.
Value
Enumerated integer.
Supported values are:
3GPP2-Allowed-Persistent-TFTs
This attribute
displays the 3GPP2 Allowed Persistent Traffic Flow Templates.
3GPP2-Alternate-Billing-ID
This attribute
is currently not supported.
3GPP2-Always-On
This attribute,
when set to Active, indicates that the subscriber's session should
be kept up regardless of the idle time as long as the subscriber
is reachable. Reachability is ascertained using LCP keepalive messages.
Value
Enumerated integer.
Supported values are:
3GPP2-Auth-Flow-Profile-Id
This compound
attribute is a list of flow profile IDs.
Value
Contains the following
three subattributes:
Profile-Id-Forward
This attribute
specifies a list of Forward Flow Profile IDs that the user is allowed
to specify/request in a QoS Sub Blob.
Profile-Id-Reverse
This attribute
specifies a list of Reverse Flow Profile IDs that the user is allowed
to specify/request in a QoS Sub Blob.
Profile-Id-Bi-Direction
This attribute
specifies the list of Bi-Direction Flow Profile IDs that the user
is allowed to specify/request in a QoS Sub Blob.
3GPP2-Auth-QoS-Profile-Id
This attribute
specifies the authorized QOS profile ID.
3GPP2-Bad-PPP-Frame-Count
The total number
of PPP frames from the MS dropped by the PDSN due to uncorrectable
errors.
3GPP2-BCMCS-Auth-Parameters
This is a grouped
AVP with Authentication signature, Sequence number, and timestamp
required to validate each flow in a BCMCS flow registration request.
Each flow is validated using the procedure described in 3GPP2 standard
C.S0054-0_v1.0. This information is configured on a per
subscriber basis.
Value
Contains the following
three subattributes:
3GPP2-BCMCS-BSN-Session-Info
This is a grouped
AVP containing information about the established flows. This includes
the multicast address, port, compression status of the flow, and
the content server address.
Value
Contains the following
11 subattributes:
Header-Compression-Algorithm
Value
Enumerated integer.
Supported values are:
-
No_header_compression = 0
-
CID-Type-Attribute
Value
Enumerated integer.
Supported values are:
Content-Server-Source-IP-Address
Content-Server-Source-IPv6-Address
3GPP2-BCMCS-Capability
This AVP defines
the specific BCMCS protocol revision the PDSN supports.
Value
Contains the following
subattribute:
BCMCS-Protocol-Revision
Value
Enumerated integer.
Supported value is:
3GPP2-BCMCS-Common-Session-Info
This is a grouped
AVP which specifies the program start time, end time and the allowed
registration time on a per flow basis.
Value
Contains the following
five subattributes:
Program-Allowed-Registration-Time
Auth-Required-Flag
Value
Enumerated integer.
Supported values are:
-
Authorization_not_required = 0
-
Authorization_required = 1
3GPP2-BCMCS-Flow-ID
This attribute
specifies the BCMCS_FLOW_ID.
3GPP2-BCMCS-Flow-Transmit-Time
The total BCMCS
flow transmission time in seconds.
3GPP2-BCMCS-Mcast-IP-Addr
This attribute
contains the multicast IP address of the BCMCS flow as it would
appear in the source or destination field of an IP header.
3GPP2-BCMCS-Mcast-Port
The multicast
port for the BCMCS flow.
3GPP2-BCMCS-Reason-Code
This attribute
specifies the reason to send the RADIUS Access-Accept message.
3GPP2-BCMCS-RN-Session-Info
This is a grouped
AVP which contains the encryption mechanism, BAK (Broadcast access key),
BAK_ID, BAK expire time and authorization required flag.
This attribute specifies the session information that needs to be
known only by the RN.
Value
Contains the following
six subattributes:
BCMCS-Encryption-Mechanism-Attribute
Value
Enumerated integer.
Supported values are:
-
High_layer_encryption_in_CS = 0
-
Link_layer_encryption_in_RN = 1
BCMCS-Session-Bandwidth-attribute
3GPP2-BCMCS-Subnet-VSA-Format
This attribute
is deprecated.
3GPP2-Beginning-Session
3GPP2 Beginning
Session will be TRUE or FALSE depending on if this is a new session.
Value
Enumerated integer.
Supported values:
3GPP2-BSID
The base station
ID.
3GPP2-Carrier-ID
A 5 or 6-byte
identifier of the visited PDSN comprising of a 3 byte Mobile Country
Code (MCC) followed by a 2 or 3 byte Mobile Network Code (MNC) of
the visited carrier. This value is configured locally in the visited
carrier's PDSN.
3GPP2-Comp-Tunnel-Indicator
This attribute
indicates the invocation of a compulsory tunnel established on behalf
of the MS for providing private network and/or ISP access
during a single packet data connection. Normal PPP sessions will
show No Tunnel. L2TP, IPinIP, and IP-GRE tunnels will show Non-Secure-Tunnel.
IPSEC support will show Secure-Tunnel.
Value
Enumerated integer.
Supported values are:
3GPP2-Container
A compound attribute
that encapsulates the User Data Record for an Airlink Event.
Value
Embedded attributes
as defined in “Wireless IP Network Standard – 3GPP2.P.S0001-A-1” [6].
Format of the 3GPP2-Container
attribute:
Embedded attributes
will contain 0 or 1 of the following attributes:
-
-
-
-
-
-
-
-
-
-
SNA1-PPP-Unfr-data-In-Oct
-
SNA1-PPP-Unfr-data-Out-Oct
-
3GPP2-Bad-PPP-Frame-Count
-
-
3GPP2-Number-Active-Transitions
-
-
-
-
-
3GPP2-Num-Bytes-Received-Total
-
3GPP2-MIP-Sig-Octet-Count-In
-
3GPP2-MIP-Sig-Octet-Count-Out
Embedded attributes
inside the 3GPP2-Container attribute have the same format as those outside
the 3GPP2-Container attribute.
3GPP2-Correlation-Id
This attribute
contains an ID that correlates all accounting sessions authorized
for this NAI by this access request.
This
attribute is also accepted in CoA request and response messages
to be used in a currently active subscriber session.
3GPP2-Correlation-Id-Old
Custom-11 style
correlation ID.
3GPP2-DCCH-Frame-Size
Specifies the
DCCH frame size.
Value
Enumerated integer.
Supported values are:
3GPP2-Diff-Service-Class-Option
This is the DSCP
(Differentiated Service Code Point) value as defined in the 3GPP2
standard. The DSCP values are assigned for different classes of
traffic so that each traffic class can be given different priorities
(QoS).
3GPP2-Disconnect-Reason
This attribute
indicates the reason for disconnecting the user. This attribute
may be present in the RADIUS Disconnect-request Message from Home
RADIUS server to the PDSN.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Value
Enumerated integer.
Supported values are:
-
MS_Mobility_Detection = 1
-
All other values are reserved.
3GPP2-DNS-Server-IP-Address
DNS server IP
address. Used in custom dictionary.
Value
Contains the following
four subattributes:
Primary-DNS-Server-IP
Primary DNS Server
IP address.
Secondary-DNS-Server-IP
Secondary DNS
Server IP address.
Flag
M bit set to
1 indicates to the PDSN that primary and secondary IP addresses
provided by the Home RADIUS server should override the primary and
secondary IP addresses provided also by the visited RADIUS server.
Entity-Type
Network Entity
that inserted in the DNS server ID address. Currently the following
types are defined. HAAA = 1, VAAA = 1.
3GPP2-DNS-Server-IPV6-Addr
DNS server IPv6
address.
Value
Contains the following
four subattributes:
Primary-DNS-Server-IPV6
Primary DNS server
IPv6 address.
Secondary-DNS-Server-IPV6
Secondary IPv6
DNS server IP address.
Flag-IPV6
M bit set to
1 indicates to the PDSN that Primary and Secondary IPv6 addresses
provided by the Home RADIUS server should override the Primary and
Secondary IPv6 addresses provided also by the visited RADIUS server.
Entity-Type-IPV6
Network Entity
that inserted in the DNS server ID address. Either HAAA = 1,
VAAA = 1.
3GPP2-DNS-Update-Required
This attribute
indicates whether the HA needs to send the DNS update to the DNS
server.
Value
Enumerated integer.
Supported values are:
-
No = 0 — HA
does not need to send DNS update
-
Yes = 1 — HA
needs to send DNS update
3GPP2-ESN
This attribute
contains the Electronic Serial Number (ESN) of the Mobile Station.
3GPP2-FA-Address
This attribute
indicates if compulsory tunneling is to be employed on behalf of
a subscriber. Usually compulsory tunneling is employed when a subscriber
cannot initiate a tunnel itself, usually because the subscriber's
device does not support tunneling. Contains an IP address as it
would appear in the IP header.
3GPP2-FEID
This attribute
specifies the FEID value.
3GPP2-Flow-Id
This attribute
displays the 3GPP2-Flow-Id-parameter.
Value
Contains the following
two subattributes:
Direction
This attribute
identifies the IP flow id direction.
Value
Enumerated integer.
Supported values are:
Flow-Id
This attribute
identifies the IP flow.
3GPP2-Flow-Status
This attribute
displays the 3GPP2 Flow Status.
Value
Enumerated integer.
Supported values are:
3GPP2-Forward-Fundamental-Rate
As defined in “Wireless
IP Network Standard – 3GPP2.P.S0001-A-1”.
3GPP2-Forward-Fundamental-RC
The format and
structure of the RADIUS channel in the forward direction. A set
of forward transmission formats that are characterized by data rates,
modulation characterized, and spreading rates.
3GPP2-Forward-Mux-Option
Forward direction
multiplexer option.
3GPP2-Forward-Traffic-Type
Specifies the
forward traffic type.
Value
Enumerated integer.
Supported values are:
3GPP2-Fundamental-Frame-Size
This attribute
indicates the fundamental frame size. The fundamental channel has
the choice of 5 or 20 ms size. The 5 ms frame size allows fast response
for short signaling messages (short frame can be decoded quickly).
However, depending on configuration, the fundamental may not be
present.
Value
Enumerated integer.
Supported values are:
3GPP2-Fwd-Dcch-Mux-Option
This attribute
specifies Forward DCCH Mux option.
3GPP2-Fwd-Dcch-Rc
This attribute
specifies Radio Configuration of the Forward Packet Data Channel.
3GPP2-Fwd-Pdch-Rc
This attribute
specifies Radio Configuration of the Forward Packet Data Channel.
3GPP2-GMT-Timezone-Offset
GMT-Time-Zone-Offset
is 4-octet string that is interpreted as a 4-byte signed integer
that indicates the current offset in seconds from GMT at the visited
carrier's PDSN. The offset should be adjusted to reflect standard
time or daylight saving time.
3GPP2-Granted-QoS
This attribute
displays the 3GPP2-Granted-QoS-Parameter.
Value
Contains the following
subattributes:
Direction
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow identified by direction.
Value
Enumerated integer.
Supported values are:
Flow-Id
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow identified by FLOW_ID.
Attribute-Set-Id
This attribute
specifies the Granted QoS parameters received from the RAN for flow
verbose or non-verbose.
Flow-Profile-Id
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow profile ID.
Traffic-Class
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow traffic class.
Value
Enumerated integer.
Supported values are:
Peak-Rate
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow Peak Rate.
Bucket-Rate
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow Bucket Rate.
Token-Rate
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow Token Rate.
Max-Latency
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow Max Latency.
Max-IP-Packet-Loss-Rate
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow Packet Loss Rate.
Packet-Size
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow Packet Size.
Delay-Var-Sensitive
This attribute
specifies the Granted QoS parameters received from the RAN for the
flow Delay Var Sensitive.
Value
Enumerated integer.
Supported values are:
3GPP2-IKE-Secret
This attribute
contains the FA/HA shared secret for the IKE protocol.
This attribute is salt-encrypted.
3GPP2-IKE-Secret-Request
This attribute
indicates if the IKE secret for the FA/HA pair is to be
returned for the subscriber.
Value
Enumerated integer.
Supported values are:
3GPP2-IKE-Secret-Unencrypted
IKE Secret key
from RADIUS server in Access Accept message
3GPP2-IMSI
This is the calling
Station-ID attribute. IMSI value of the mobile is being filled in.
This is sent when Custom11 dictionary is selected.
3GPP2-Interconnect-IP
This attribute
is currently not supported.
3GPP2-Interconnect-QOS
This attribute
is currently not supported.
3GPP2-Inter-User-Priority
This attribute
displays the 3GPP2-Inter-User-Priority.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
3GPP2-IP-QOS
This attribute
defines the differentiated Services code points associated with
the user data.
Value
Enumerated integer.
Supported values are:
3GPP2-IP-Services-Authorized
This attribute
specifies the type of IP services (IPv4/CMIPv4/IPv6/CMIPv6/PMIPv4/PMIPv6,
etc.) authorized.
Value
In 11.0 and earlier
releases: Unsigned integer
In
12.0 and later releases: Enumerated integer. Supported values are:
3GPP2-IP-Technology
This attribute
identifies whether we are using Simple IP, Mobile IP, or another
technology.
Value
Enumerated integer.
Supported values are:
3GPP2-IP-Services-Authorized
This attribute
specifies the type of IP services (IPv4/CMIPv4/IPv6/CMIPv6/PMIPv4/PMIPv6..etc)
authorized.
3GPP2-KeyID
This attribute
contains the opaque IKE Key Identifier for the FA/HA shared
IKE secret. The first eight bytes is the network-order FA IP address
in hexadecimal characters. The next eight bytes is the network-order
HA IP address in hexadecimal characters. The final four bytes is
a timestamp in network order, indicating when the key was created,
and is the number of seconds since January 1, 1970, UTC.
3GPP2-Last-Activity
This attribute
contains timestamp of the last user activity. This attribute is
same as the 3GPP2-Last-User-Activity-Time standard
attribute.
3GPP2-Max-Auth-Aggr-Bw-BET
This attribute
contains the maximum authorized aggregate bandwidth for Best Effort
Traffic.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
3GPP2-Max-Per-Fl-Pri-ForTheUser
The maximum per
flow priority for the user.
3GPP2-MEID
Mobile Equipment
Identifier (MEID) uniquely identifies the mobile equipment.
3GPP2-MIP-HA-Address
The IP address
of the MIP Home Agent.
3GPP2-MIP-Lifetime
This VSA should
be included in the RADIUS Access-Request message from the HA to
the Home RADIUS/PPS if the HA is PrePaid capable. It may
be included in the RADIUS Access-Accept message from the Home RADIUS/PPS
to HA, in which case, the HA should include the received value in
the MIP RRP sent to the PDSN.
Length
Variable, greater than
8
Value
Contains the following
two subattributes:
RRQ-Lifetime
Should be included
in the initial RADIUS Access-Request message and subsequent on-line RADIUS
Access-Request if duration based PrePaid is provided for the session.
It contains the MIP RRQ integer value lifetime received in the MIP
RRQ message. In the RADIUS Access-Accept message, it contains the
MIP RRQ integer value lifetime that should be used in the MIP RRP.
Used-Lifetime
Should be included
in the RADIUS Access-Request message at re-registration and updated RRQ
(new CoA) if duration based PrePaid is provided for the session,
it contains the used MIP RRQ lifetime value from an existing MIP
session with the same NAI and Home Address.
3GPP2-MIP-Rev-Tunnel-Required
Indicates to
the PDSN if MIP Reverse Tunneling is required.
Value
Enumerated integer.
Supported values are:
3GPP2-MIP-Sig-Octet-Count-In
The total number
of octets in registration requests and solicitations sent by the
mobile.
3GPP2-MIP-Sig-Octet-Count-Out
The total number
of octets in registration replies and agent advertisements, sent
to the mobile.
3GPP2-MIP6-Authenticator
The MN-AAA authenticator
obtained from the MN-AAA authentication mobility option in the BU.
3GPP2-MIP6-CoA
MIPv6 CoA received
in binding update.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
3GPP2-MIP6-HA
MIPv6 Home Agent
address received in binding update.
3GPP2-MIP6-HoA
MIPv6 HoA received
in binding update.
3GPP2-MIP6-HoA-Not-Authorized
Value of 1 indicates
to the HA that the HoA is not authorized to be used by HA.
Value
Enumerated integer.
Supported value is:
3GPP2-MIP6-Home-Address
Carries the assigned
Home Address during MIP6 bootstrapping.
3GPP2-MIP6-Home-Agent
Carries the assigned
MIPv6 Home Agent address received during MIPv6 bootstrapping.
3GPP2-MIP6-Home-Link-Prefix
Carries the assigned
Home Link Prefix during MIP6 bootstrapping.
3GPP2-MIP6-MAC-Mobility-Data
The hashed Mobility
Data from the HA to the Home RADIUS server so that the Home RADIUS
server can validate the MN-AAA authenticator.
3GPP2-MIP6-Mesg-ID
Value of Message
ID from Mobility message replay protection option in Binding Update.
3GPP2-MIP6-Session-Key
This VSA carries
the Integrity Key (IK) in its encrypted form, from the Home RADIUS
server to the HA.
3GPP2-MN-AAA-Removal-Indication
This attribute,
when set to “Not Required”, indicates that the
system, when acting as a Mobile-IP Foreign Agent, should remove
the MN-FA challenge and the MN-AAA Authentication Extensions, when
present, from the RRQ before relaying the RRQ to the Mobile-IP Home
Agent.
Value
Enumerated integer.
Supported values are:
3GPP2-MN-HA-Shared-Key
A shared key
for MN-HA authentication. The MN-HA shared key is encrypted using
a method based on MD5.
3GPP2-MN-HA-Shared-Key-No-Enc
This attribute
contains the MN-HA shared key in plain format.
3GPP2-MN-HA-SPI
The SPI for the
MN-HA authentication shared key.
3GPP2-Mobile-Term-Orig-Ind
Tells whether
the call is mobile originated (Call initiated from mobile side)
or mobile terminated (Call initiated from external towards mobile).
Value
Enumerated integer.
Supported values are:
3GPP2-Number-Active-Transitions
This attribute
counts the total number of non-active to active transitions by the
user.
3GPP2-Num-Bytes-Received-Total
This attribute
counts all bytes received in the reverse direction by the HDLC layer
in the PDSN.
3GPP2-Num-SDB-Input
This attribute
counts the total number of Short Data Burst transactions to the
user.
3GPP2-Num-SDB-Output
This attribute
counts the total number of Short Data Burst transactions from the
user.
3GPP2-PMIP-Capability
This attribute
specifies the AGW's PMIP capability.
Value
Enumerated integer.
Supported values are:
3GPP2-PMIP-NAI
This attribute
specifies the PMIP NAI provided by AAA.
3GPP2-PMIP-IPv4Session-Info
This attribute
specifies PMIP information for IPv4 session.
Value
Contains the following
subattributes:
VAAA-IPv4Session-HA-Addr
An IPv4 address
or IPv6 Address of the local HA assigned by the AGW/VAAA
for AT's IPv4 Address assignment.
HAAA-IPv4Session-HA-Addr
An IPv4 address
or IPv6 Address of the home or local HA assigned by the HAAA for
AT's IPv4 Address assignment.
PMN-HA-KEY
256 bits value
of network PMIP MN-HA key.
PMN-HA-SPI
32 bits value
of network PMIP MN-HA SPI value.
VAAA-IPv4Session-LMA-Addr
An IPv4 address
or IPv6 Address of the local LMA assigned by the AGW/VAAA
for AT's IPv4 Address assignment
HAAA-IPv4Session-LMA-Addr
An IPv4 address
or IPv6 Address of the home or local LMA assigned by the HAAA for
AT's IPv4 Address assignment.
3GPP2-PMIP-IPv6Session-Info
This attribute
specifies the PMIP information for IPv6 session.
Value
Contains the following
subattributes:
VAAA-IPv6Session-LMA-Addr
An IPv4 address
or IPv6 Address of the local LMA assigned by the AGW/VAAA
for AT's IPv6 Address assignment.
HAAA-IPv6Session-LMA-Addr
An IPv4 address
or IPv6 Address of the home or local LMA assigned by the HAAA for
AT's IPv6 Address assignment.
3GPP2-Pre-Paid-Accounting-Quota
This attribute
specifies the characteristics for PrePaid accounting of the volume
and/or duration of a packet data session. It should be
present in all on-line RADIUS Access-Request and on-line RADIUS
Access-Accept messages and may be included in other RADIUS Access-Accept
messages. Non-used Sub-Types by the PPC and PPS should be omitted.
Length
Variable, greater than
8.
Value
Contains the following
nine subattributes:
Quota-Identifier
The Quota-IDentifier
Sub-Type is generated by the PrePaid server at allocation of a Volume and/or
Duration Quota. The on-line quota update RADIUS Access-Request message
sent from the PPC to the PPS should include a previously received
Quota-Identifier.
Volume-Quota
The optional
Volume-Quota Sub-Type is only present if Volume Based charging is
used. In RADIUS Access-Accept message (PPS to PPC direction), it
indicates the Volume (in octets) allocated for the session by the
PrePaid server. In on-line RADIUS Access-Request message (PPC to
PPS direction), it indicates the total used volume (in octets) for
both forward and reverse traffic applicable to PrePaid accounting13.
If a Tariff Switch condition was reached during the session, this
Sub-Type contains the complete (before and after) volume used, while
the VolumeUsedAfterTariffSwitch attribute contains the volume used
after the tariff switch condition.
Volume-Quota-Overflow
The optional
Volume-Quota-Overflow Sub-Type is used to indicate how many times
the VolumeQuota counter has wrapped around 2^32 over the
course of the service being provided.
Volume-Threshold
The Volume-Threshold
Sub-Type should always be present if VolumeQuota is present in a RADIUS
Access-Accept message (PPS to PPC direction). It is generated by
the PrePaid server and indicates the volume (in octets) that should
be used before requesting quota update. This threshold should not
be larger than the VolumeQuota.
Volume-Threshold-Overflow
The optional
Volume-Threshold-Overflow Sub-Type is used to indicate how many
times the VolumeThreshold counter has wrapped around 2^32
over the course of the service being provided.
Duration-Quota
The optional
Duration-Quota Sub-Type is only present if Duration Based charging
is used. In RADIUS Access-Accept message (PPS to PPC direction),
it indicates the Duration (in seconds) allocated for the session
by the PrePaid server. In on-line RADIUS Access-Accept message (PPC
to PPS direction), it indicates the total Duration (in seconds)
since the start of the accounting session related to the QuotaID.
Duration-Threshold
The Duration-Threshold
Sub-Type should always be present if DurationQuota is present in a
RADIUS Access-Accept message (PPS to PPC direction). It represents
the duration (in seconds) that should be used by the session before
requesting quota update. This threshold should not be larger than
the DurationQuota and should always be sent with the DurationQuota.
Update-Reason
The Update-Reason
Sub-Type should be present in the on-line RADIUS Access-Request message
(PPC to PPS direction). It indicates the reason for initiating the
on-line quota update operation. Update reasons 4, 5, 6, 7 and 8
indicate that the associated resources are released at the client
side, and therefore the PPS should not allocate a new quota in the
RADIUS Access-Accept message.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Remote-Forced-Disconnect = 5
-
Client-Service-Termination = 6
-
-
Service-Instance-Not-Established = 8
-
-
Incorrect-Quota-Type-Received = 10
-
Poorly-Formed-Quota-Attribute = 11
Pre-Paid-Server
The optional,
multi-value Pre-Paid-Server indicates the address of the serving
PrePaid System. If present, the Home RADIUS server uses this address
to route the message to the serving PrePaid Server. The attribute
may be sent by the Home RADIUS server. If present in the incoming
RADIUS Access-Accept message, the PDSN should send this attribute
back without modifying it in the subsequent RADIUS Access-Request
message, except for the first one. If multiple values are present,
the PDSN should not change the order of the attributes.
3GPP2-Pre-Paid-Acct-Capability
This attribute
specifies the capability for PrePaid accounting for a packet data
session. It contains the possible capabilities of the PrePaid client
and the selected (by the PrePaid server) capability for the session.
The absence of this VSA indicates that the client is not capable
of PrePaid Accounting and the session should not use PrePaid accounting.
Length
Variable, greater than
8
Value
Contains the following
two subattributes:
Available-In-Client
The optional
Available-In-Client Sub-Type, generated by the PrePaid client, indicates
the PrePaid Accounting capabilities of the client in the PDSN or
HA and should be bitmap encoded.
Value
Enumerated integer.
Supported values are:
-
-
Supported_Volume = 1 — PrePaid
Accounting for Volume supported
-
Supported_Duration = 2 — PrePaid
Accounting for Duration supported
-
Supported_Volume_And_Duration = 3 — PrePaid
Accounting for Volume and Duration supported (non concurrently)
Selected-For-Session
The optional
Selected-For-Session Sub-Type, generated by the PrePaid server,
indicates the PrePaid Accounting capability to be used for a given
session.
Value
Enumerated integer.
Supported values are:
-
Usage_None = 0 — PrePaid
Accounting not used
-
Usage_Volume = 1 — Usage
of PrePaid Accounting for Volume (only possible if the AvailableInClient
supports PrePaid Accounting for Volume).
-
Usage_Duration = 2 — Usage
of PrePaid Accounting for Duration (only possible if the AvailableInClient
supports PrePaid Accounting for Duration).
-
Usage_Volume_And_Duration = 3 — Usage
of PrePaid Accounting for Volume and Duration (non concurrent) (only
possible if the AvailableInClient supports PrePaid Accounting for
Volume and duration).
3GPP2-Pre-Paid-TariffSwitch
Value
Contains the following
subattributes:
Quota-Identifier
Quota-Identifier
Volume-Used-After-Tariff-Switch
Volume Quota
used after Tariff Switch happened.
Volume-Used-ATS-Overflow
Indicates how
many times the VUATS counter has wrapped around 2^32 over
the course of the service being provided.
Tariff-Switch-Interval
Indicates Tariff
Switch Interval in seconds.
Time-Interval-After-Tariff-Switch-Update
Duration after
TSI where an on-line RADIUS Access-Request is sent by PrePaid client
to report VUATS before the next TS condition is triggered.
3GPP2-QoS-Service-Opt-Profile
The attribute
specifies the unauthorized packet data service options, the maximum
number of simultaneous service instances of the given service option
number and the total maximum number of simultaneous service instances.
3GPP2-Release-Indicator
This attribute
specifies reasons for sending a stop record. The enumeration of
this attribute conforms to IS-835-1.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Mobile-IP-Registration-Failure = 4
-
Abnormal-Terminations = 5
-
Termation-Dueto-Resource-Mgmt = 6
-
Service-Instance-Released = 7
-
-
DurationQuota-Reached = 9
-
Incompatible-Prepaid = 10
-
Airlink-Parameter-Change = 11
-
-
-
-
-
MIP-Lifetime-Expired = 1002
-
A11-Lifetime-Expired = 1003
-
-
-
PPP-Renegotiation-Handoff = 1007
-
MIP-Registration-Revocation = 1008
3GPP2-Release-Indicator-custom9
3GPP2 Release
Indicator for custom9, reason/cause for session release.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Mobile-IP-Registration-Failure = 4
-
-
MIP-Registration-Revocation = 6
-
-
DurationQuota-Reached = 9
-
Incompatible-Prepaid = 10
3GPP2-Release-Indicator-Old
3GPP2 old Standard
Release Indicator, reason/cause for session release.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
-
-
Mobile-IP-Registration-Failure = 6
-
3GPP2-Remote-Addr-Table-Index
This attribute
contains the Remote Address Table Index used to generate remote
address accounting records. Supported range is 1–65535.
Only one 3GPP2-Remote-Addr-Table-Index can be associated with a
session.
Value
Contains the following
two subattributes:
Qualifier
Qualifier
Value
Enumerated integer.
Supported values are:
-
-
Summarize-Octet-Count = 2
-
3GPP2-Remote-IPv4-Address
This attribute
allows the HA or PDSN to identify any IP address to be used for
remote address-based accounting for the user. Up to 20 instances
of the attribute are supported in the access response.
Value
Contains the following
three subattributes:
Address
This attribute
contains an IPv4 address to be used for remote address based accounting
for the user. The address is used in conjunction with the Remote-Address-Mask subattribute
to define the range of addresses to be monitored.
Netmask
This attribute
contains an IPv4 address mask that defines the set of remote addresses
to be used for remote address based accounting.
Qualifier
Qualifier
Value
Enumerated integer.
Supported values are:
-
-
Summarize-Octet-Count = 2
-
3GPP2-Remote-IPv4-Addr-Octets
This attribute
allows the HA or PDSN to identify any IP address to be used for
remote address based accounting for the user. Up to 10 instances
of the attribute are supported.
Value
Contains the following
subattributes:
Address
This attribute
contains an IPv4 address to be used for remote address based accounting
for the user. The address is used in conjunction with the Netmask
subattribute to define the range of addresses to be monitored.
Netmask
This attribute
contains an IPv4 address mask that defines the set of remote addresses
to be used for remote address based accounting.
Value
An IP Netmask specified
in IP address format.
Octets-Out
Indicates how
many bytes have been sent to the remote address specification (corresponds
to forward traffic direction).
Octets-In
Indicates how
many bytes have been received from the remote address specification
(corresponds to reverse traffic direction).
Octets-Overflow-Out
Indicates how
many times the forward octet overflow counter has wrapped around
2^32 over the course of the service being provided.
Octets-Overflow-In
Indicates how
many times the reverse octets overflow counter has wrapped around
2^32 over the course of the service being provided.
3GPP2-Rev-Dcch-Mux-Option
This attribute
specifies Reverse DCCH Mux option.
3GPP2-Rev-Dcch-Rc
This attribute
specifies the Radio Configuration of the Reverse Packet Data Channel.
3GPP2-Reverse-Fundamental-Rate
As defined in “Wireless
IP Network Standard - 3GPP2.P.S0001-A-1[4]”.
3GPP2-Reverse-Fundamental-RC
The format and
structure of the RADIUS channel in the reverse direction. A set
of forward transmission formats that are characterized by data rates,
modulation characterized, and spreading rates.
3GPP2-Reverse-Mux-Option
Forward direction
multiplexer option.
3GPP2-Reverse-Traffic-Type
Specifies the
reverse traffic type.
Value
Enumerated integer.
Supported values are:
3GPP2-Rev-Pdch-Rc
This attribute
displays the 3GPP2-Rev-Pdch-Rc.
3GPP2-RP-Session-ID
This represents
the GRE key selected by the PCF that identifies the A10 traffic
for a user session.
3GPP2-Rsvp-Signal-In-Count
This attribute
specifies the RSVP signaling octets sent by the MS.
3GPP2-Rsvp-Signal-In-Packets
This attribute
specifies the Number of RSVP signaling packets sent by the MS.
3GPP2-Rsvp-Signal-Out-Count
This attribute
specifies the RSVP signaling octets sent to the MS.
3GPP2-Rsvp-Signal-Out-Packets
This attribute
specifies the Number of RSVP signaling packets sent to the MS.
3GPP2-S
This attribute
contains the 'S' secret parameter used to make the IKE pre-shared
secret.
Value
A binary string of the
value of 'S'.
3GPP2-SDB-Input-Octets
This attribute
counts the total number of octets sent to the user via Short Data Bursts.
3GPP2-SDB-Output-Octets
This attribute
counts the total number of octets sent by the user via Short Data Bursts.
3GPP2-Security-Level
This attribute
indicates the type of security that the home network mandates on
the visited network.
Value
Enumerated integer.
Supported values are:
-
IPSec = 3—IPSec
for tunnels and registration messages
-
3GPP2-Service-Option
This attribute
indicates the service option used for CDMA air interface.
Value
Enumerated integer.
Supported values are:
3GPP2-Service-Option-Profile
This attribute
specifies the authorized packet data service options, the maximum
number of simultaneous service instances of the given service option
number (n), and the total maximum number of simultaneous service
instances. This attribute may appear in a RADIUS Access-Accept message.
Value
Unsigned integer Supported
values are:
-
Maximum Service Instances
total: The maximum number of service instances the user is allowed
to establish regardless of the service option numbers. '1' represents
one service instance, i.e., the main service instance. '0' is not
an allowed value.
-
Sub-Type ( = 1):
Sub-Type for service option length for service option attribute
in octets (4 octets)Service Option n: Service Option number: Maximum
Number of Service instances of service option n. Sub-Type 1 may
be repeated, once for each authorized service option.
3GPP2-Service-Reference-ID
Specifies the
reference ID of the service instance as received in the A11 Registration
Request. If the service instance is the main service instance, the
main SI Indicator Sub-Type should be included.
Value
Contains two subattributes:
SR-ID
The SR_ID
value received in the A11 Registration-Request message.
Main-SI-Indicator
Only included
for the main service instance.
Value
Enumerated integer.
Supported value is:
3GPP2-Serving-PCF
IP address of
the serving PCF.
3GPP2-Session-Continue
This attribute
when set to True means it is not the end of a session, and an Accounting
Stop is immediately followed by an Account Start Record. False means
end of a session.
Value
Enumerated integer.
Supported values are:
3GPP2-Session-Term-Capability
This attribute
should be included in a RADIUS Access-request message to the Home
RADIUS server and should contain the value 3 to indicate that the
PDSN and HA support both Dynamic authorization with RADIUS and Registration
Revocation for Mobile Ipv4. The attribute should also be included in
the RADIUS Access-Accept message and should contain the preferred
resource management mechanism by the home network, which should
be used for the session and may include values 1 to 3.
Value
Enumerated integer.
Supported values are:
-
Only_Dynamic_Auth_Extn_to_Radius = 0x00000001 = 1
-
Only_Reg_Revocation_in_MIP = 0x00000002 = 2
-
Both_Dynamic_Auth_And_Reg_Revocation_in_MIP = 0x00000003 = 3
3GPP2-S-Key
This attribute
contains the HA IKE key in encrypted format.
3GPP2-S-Lifetime
This attribute
contains the lifetime of the 'S' secret parameter used to make the
IKE pre-shared secret. indicating the time in seconds since January
1, 1970 00:00 UTC. Note that this is equivalent to the UNIX operating
system expression of time.
3GPP2-S-Request
This attribute
indicates whether the HA requests a shared secret 'S'.
Value
Enumerated integer.
Supported values are:
-
-
Yes = 1 — 'S'
secret requested for IKE
3GPP2-Subnet
This attribute
specifies the Subnet information of the HRPD RAN.
Value
Contains the following
subattributes:
Rev-A-Subnet
This attribute
specifies the Subnet information of the HRPD RAN.
Length
In StarOS 8.1 and earlier:
118;
In StarOS 9.0 and later:
119
Rev-A-Sector-Id
This attribute
specifies the Sector ID information of the HRPD RAN.
Length
In StarOS 8.1 and earlier:
119;
In StarOS 9.0 and later:
118
3GPP2-S-Unencrypted
This attribute
contains the HA IKE key in plain format.
3GPP2-User-Zone
This attribute
describes the Tiered Services user zone. The least significant 16
bits are the user zone ID, the next significant 15 bits are the
user zone system ID, and the most significant bit is zero.
AAA-Session-ID
A unique per
realm identifier assigned to WiMAX session by the Home network during
network entry.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Access-In-Subs
This attribute
is used in a custom dictionary, and the VSA type is not standard.
Opaque 1 byte value received in Access Accept. This will be included
in accounting messages for this session.
Vendor ID
5535 (Reusing the 3GPP2
VID in a non-standard way.)
Acct-Authentic
This attribute
is included in Accounting-Request packets to indicate how the session
was authenticated (RADIUS or locally).
Value
Enumerated integer.
Supported values are:
-
None = 0 — Authentication
was not required for the session
-
RADIUS = 1 — The
session was authenticated via RADIUS
-
Local = 2 — The
session was authenticated locally
-
-
Acct-Delay-Time
This attribute
indicates how many seconds the chassis has been trying to send this
record for. The standard behavior is that this AVP will be visible
in the Accounting Request message only if it has a non-zero value.
Acct-Input-Gigawords
This attribute
indicates how many times the Acct-Input-Octets attribute has wrapped
within its 32-bit field length. In effect, the number of octets
received is a 64-bit integer, with this attribute representing the
high 32 bits, and the Acct-Input-Octets attribute representing the
low 32 bits. This attribute is not included unless it has a non-zero
value.
Acct-Input-Octets
This attribute
indicates how many octets have been received in the PPP session.
Since the value field is 32 bits, it is possible that the number
of octets will exceed the 32-bit field length. If this happens,
this attribute will “wrap” back to 0. Each time
the “wrap” occurs, the Acct-Input-Gigawords attribute
will be incremented. In effect, the number of octets received is
a 64-bit integer, with the Acct-Input-Gigawords attribute
representing the high 32 bits, and this attribute representing the
low 32 bits.
IMPORTANT:
RADIUS reports what
is going through the air interface. For uplink traffic, it reports
all packets including those dropped/filtered by ACS. For
downlink traffic, it reports what is going to the MS after ACS filtering.
When DCCA is enabled, packets may be dropped due to unavailability
of quota. Therefore, for pre-paid calls, accounting attributes “Acct-Input-Octets” and “Acct-Output-Octets” will
not match totals of “dataVolumeGPRSUplink” and “dataVolumeGPRSDownlink” respectively
from generated eG-CDRs.
Acct-Input-Packets
This attribute
indicates how many PPP packets have been received during the session.
Length
In 12.3 and earlier releases: 4
In
14.0 and later releases: 8
Acct-Interim-Interval
This attribute
indicates the time (in seconds) between updates to session counters
(log file on RADIUS or AAA event log) during the session. Note that
the setting for this attribute always takes precedence over interim
interval settings configured on the system.
CAUTION:
To avoid increasing
network traffic unnecessarily and potentially reducing network and
system performance, do not set this parameter to a value less than
50.
If this AVP is present
in Access Accept message, the locally configured RADIUS accounting
interim interval value in AAA group will be overriden. If there
are no values configured in the RADIUS and AAA group the accounting
interim is disabled.
Acct-Multi-Session-Id
This attribute
is a unique Accounting ID to make it easy to link together multiple
related sessions in a log file. Each session linked together would
have a unique Acct-Session-Id but
the same Acct-Multi-Session-Id.
It is strongly recommended that the Acct-Multi-Session-Id contain
UTF-8 encoded characters.
Acct-Output-Gigawords
This attribute
indicates how many times the Acct-Output-Octets attribute
has wrapped within its 32-bit field length. In effect, the number
of octets received is a 64-bit integer, with this attribute representing
the high 32 bits, and the Acct-Output-Octets attribute
representing the low 32 bits. This attribute is not included unless
it has a non-zero value.
Acct-Output-Octets
This attribute
indicates how many octets have been sent in the PPP session. Since
the value field is 32 bits, it is possible that the number of octets
will exceed the 32-bit field length. If this happens, this attribute
will “wrap” back to 0. Each time the “wrap” occurs,
the Acct-Output-Gigawords attribute
will be incremented. In effect, the number of octets received is
a 64-bit integer, with the Acct-Output-Gigawords attribute
representing the high 32 bits, and this attribute representing the low
32 bits.
IMPORTANT:
RADIUS reports what
is going through the air interface. For uplink traffic, it reports
all packets including those dropped/filtered by ACS. For
downlink traffic, it reports what is going to the MS after ACS filtering.
When DCCA is enabled, packets may be dropped due to unavailability
of quota. Therefore, for pre-paid calls, accounting attributes “Acct-Input-Octets” and “Acct-Output-Octets” will
not match totals of “dataVolumeGPRSUplink” and “dataVolumeGPRSDownlink” respectively
from generated eG-CDRs.
Acct-Output-Packets
This attribute
indicates how many PPP packets have been sent during the session.
Length
In 12.3 and earlier releases: 4
In
14.0 and later releases: 8
Acct-Session-Id
This attribute
is a session ID. Combined with the identification of the chassis
(NAS-IP-Address or NAS-Identifier), this uniquely describes a session.
For a given chassis, there will never be another session (even across
boots) with this same session ID. The Acct-Session-ID AVP
is sent on both Gx and Gy messages.
This
attribute is also accepted in CoA request and response messages
to be used in a currently active subscriber session.
Acct-Session-Id-Long
This attribute
contains long format account session ID. This is supported only
for custom2 dictionary.
Acct-Session-Time
This attribute
indicates the duration of the session in seconds.
Acct-Status-Type
This attribute
indicates the event for the session.
Value
Enumerated integer.
Supported values are:
-
Start = 1 — The
session has started, or the service has been delivered
-
Stop = 2 — The
session has completed, or the user has released service
-
Interim-Update = 3 — The
session or service is still ongoing. Usage details are given in other
RADIUS attributes.
-
Accounting-On = 7 — The
chassis sends this message to the RADIUS server upon boot.
-
Accounting-Off = 8 — The
chassis sends this message to the RADIUS server when it shuts down
in a normal fashion.
-
-
-
-
-
-
-
Acct-Termination-Cause
This attribute
indicates why the session was terminated.
This
attribute is also accepted in CoA response message to be used in
a currently active subscriber session.
Value
Enumerated integer.
Supported values are:
-
User_Request = 1 — The
user requested termination
-
-
Lost_Service = 3 — The
chassis session terminated abnormally
-
Idle_Timeout = 4 — The
session idle timeout expired
-
Session_Timeout = 5 — The
session timeout expired
-
Admin_Reset = 6 — The
Service Provisioning system terminated the session
-
Admin_Reboot = 7 — The
Service Provisioning system rebooted the chassis
-
Port_Error = 8 — PAC
error, requiring the session to be terminated
-
NAS_Error = 9 — Error
other than PAC error, requiring session to be terminated
-
NAS_Request = 10 — Session
terminated for any other non error reason by PDSN
-
NAS_Reboot = 11 — The
chassis rebooted abnormally.
-
-
Port_Preempted = 13 — Duplicate
Home Address Requested. Call aborted.
-
Port_Suspended = 14 — PPP
restart or RP-A11 disconnect without active Stop conditions
-
Service_Unavailable = 15 — The
chassis could not provide the service requested
-
-
User_Error = 17 — A
non-compliant PPP client required the chassis to terminate the session
-
Host_Request = 18 — Inter-PDSN
handoff, Active->Dormant transition, PPP re-nego-tiation, Active
Start Parameter change, Accounting Tariff Boundary
-
-
Reauthentication_Failure = 20
-
-
Port_Administratively_Disabled = 22
-
Inter-PDSN-Handoff = 99 — Customer-specific
implementation
-
Long-Duration-Timeout = 1001
-
Invalid-Source-Address = 1002
-
-
-
Hotlining-Status-Change=1005
BU-CoA-Ipv6
The IPv6 address
extracted from the Careof Address field in the BU and sent in Access
Request from HA for WiMAX call.
Callback-Id
This attribute
contains the name of the place to be called, to be interpreted by NAS.
Called-Station-ID
For PDSN, the
value of this attribute is a single zero byte for custom6/7/8
dictionaries. For other dictionaries, this attribute will not be
present for PDSN calls.
Value
For GGSN, a UTF-8 encoded
string identifying the target network. For PDSN, a single zero byte.
Calling-Station-Id
This attribute
indicates the Mobile Station Identifier in PDSN, and MSISDN in GGSN.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Calling-Subscriber-Type
Opaque one byte
value received from customer RADIUS server in access request. We
need to retain this value and return it back in all future accounting
messages. Used in custom dictionary.
Vendor ID
5535 (Reusing the 3GPP2
VID in a non-standard way.)
Value
The system does not
interpret this value, it is only copied in accounting messages.
CHAP-Challenge
This attribute
contains the CHAP Challenge that was sent by the chassis to the
other end of the PPP link, when CHAP authentication is being used.
CHAP-Password
This attribute
contains the CHAP ID and the CHAP Response when CHAP authentication
is used.
Value
Bit string. First byte
is the CHAP ID. Next 16 bytes is the CHAP Response.
Charging-Id
Same as 3GPP-Charging-ID standard
attribute; non-standard behavior for use in custom dictionary.
Class
This attribute
may be sent by the RADIUS server to the chassis in an Access-Accept
packet. The chassis will include this attribute in all subsequent
Accounting-Request messages sent to the RADIUS Accounting server
for this user’s session. This attribute is included to
support the RADIUS protocol and should not be human-interpreted.
Value
The format of the value
is server-dependent. The chassis will interpret it as simply a bit string
to be reflected in Accounting-Request messages.
CUI
Chargeable User
Identity is a unique temporary handle to the user responsible for
paying bill. Set to NULL in Initial Access request and set to value
sent by AAA in subsequent messages.
Delegated-IPv6-Prefix
For IPv6 subscriber
sessions IPSG receives deligated IPv6 prefix or framed IPv6 prefix
value from accounting start mesage and assigns that IPv6 prefix
to the subscriber.
DHCP-RK
DHCP-RK is a
160-bit randomly generated for every DHCP server, the DHCP Key is
derived from this.
DHCP-RK-Key-ID
An integer uniquely
identifying the DHCP-RK within the scope of a single DHCP server.
DHCP-RK-Lifetime
Lifetime of the
DHCP-RK and derived keys.
DHCPMSG-Server-IP
The IPv4 address
of the DHCP server.
Digest-AKA-Auts
This attribute
holds the auts parameter that is used in the Digest AKA calculation.
Digest-Algorithm
This parameter
holds the algorithm parameter that influences the HTTP Digest calculation.
Digest-Auth-Param
This attribute
is a placeholder for future extensions.
Digest-CNonce
This attribute
holds the client nonce that is used in the digest calculation.
Digest-Domain
This attribute
consists of single URI that defines a protection space component.
Digest-Entity-Body-Hash
This attribute
holds the hexadecimal representation of H(entity-body). This hash
is required when quality of protection is set to “auth-int”.
Digest-HA1
This attribute
contains the hexadecimal representation on H(A1) as described in
RFC 2617.
Digest-Method
This attribute
holds the method value to be used in the HTTP digest calculation.
Digest-Nextnonce
This attribute
holds a nonce to be used in the HTTP digest calculation.
Digest-Nonce-Count
This attribute
holds the nonce count parameter that is used to detect replay attacks.
Digest-Opaque
This attribute
holds the opaque parameter that is passed to the SIP client.
Digest-Qop
This attribute
holds the quality of protection parameter that influences the HTTP
digest calculation.
Digest-Realm
This attribute
describes a protection space component of the RADIUS server.
Digest-Response-Auth
This enables
the RADIUS server to prove possession of the password.
Digest-Stale
This attribute
is sent by RADIUS server in order to notify the RADIUS client whether
it has accepted a nonce.
Value
ASCII string. The following
are the valid values for this attribute:
Digest-URI
This attribute
is used to transport the contents of the URI of the SIP request.
Digest-Username
This attribute
holds the user name used in the HTTP Digest calculation.
DNS
IPv4/IPv6
address of the DNS server to be conveyed to the MS via DHCP.
EAP-Message
The EAP exchanged
transported over RADIUS.
Error-Cause
It is possible
that the NAS cannot honor Disconnect-Request or CoA-Request messages
for some reason. The Error-Cause Attribute provides more detail
on the cause of the problem. It may be included within Disconnect-ACK,
Disconnect-NAK, and CoA-NAK messages.
This
attribute is also accepted in CoA response message to be used in
a currently active subscriber session.
Value
Enumerated integer.
Supported values are:
-
Residual-Session-Context-Remove = 201
-
-
Unsupported-Attribute = 401
-
-
NAS-Identification-Mismatch = 403
-
-
Unsupported-Service = 405
-
Unsupported-Extension = 406
-
Administratively-Prohibited = 501
-
Request-Not-Routable = 502
-
Session-Context-Not-Found = 503
-
Session-Context-Not-Removable = 504
-
Other-Proxy-Processing-Error = 505
-
Resources-Unavailable = 506
-
-
Session-Context-Not-Removable-Dormant = 599
Event-Timestamp
This attribute
is a timestamp of when the event being logged occurred, indicating
the time in seconds since January 1, 1970 00:00 UTC. Note that this
is equivalent to the UNIX operating system expression of time.
This
attribute is also accepted in CoA request and response messages
to be used in a currently active subscriber session.
FA-RK-KEY
This attribute
contains the encrypted FA-RK-KEY. The FA-RK determined during EAP
authentication by the RADIUS server and passed on to the NAS upon
successful EAP authentication. It is used by the NAS to generate
MN-FA keys.
FA-RK-SPI
SPI used for
the FA-RK associated with FA-RK Key for generating MN-FA key for
WiMAX call
Filter-Id
This attribute
identifies the IP access-list/filter by name.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
By
default, a Filter-Id is applied in both directions. To apply a filter
in a single direction, add the prefix “in:” or “out:” to
the access-list name in the Filter-Id. Syntax:
in:<filter_name>
This
assigns an input filter identified by filter_name
out:<filter_name>
This
assigns an output filter identified by filter_name <filter_name>
If
the Filter-Id value in the Access Accept message is invalid this
value will not be applied to the session.
If
this AVP is missing in the Access Accept message the value configured
in the APN / subscriber template, if any, will be taken.
Framed-Compression
This attribute
indicates the compression protocol to be used.
Value
Enumerated integer.
Supported values are:
-
None = 0 — Do
not use compression
-
VJ_TCP_IP_header_compression = 1 — Use
VJ TCP/IP header compression
-
IPX_header_compression = 2
-
Stac_LZS_compressions = 3 — Use
Stac-LZS compression
Framed-Interface-Id
This attribute
contains the value of IPv6 Interface ID.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Framed-IP-Address
This attribute
indicates the IP address to be configured for the user.
This
attribute is also accepted in CoA request and response messages
to be used in a currently active subscriber session.
If the subnet broadcast
address (e.g. 192.168.1.255, 192.168.255.255, etc) is set for "Framed-IP-Address"
attribute in RADIUS Access-Accept and valid (free) address exists
within the specified subnet in the IP pool for the APN,
a free address shall be assigned to this call dynamically
from this subnet in the IP pool.
Example#1:
If the IP pool range
is 192.168.0.0 — 192.168.255.255 and "192.168.1.255" is
set for "Framed-IP-Address" attribute, one of the free addresses
shall be assigned from the range of 192.168.1.1 — 192.168.1.254.
Example#2
If the IP pool range
is 192.168.0.0 — 192.168.255.255 and "192.168.255.255"
is set for "Framed-IP-Address" attribute, one of the free addresses
shall be assigned from the range of 192.168.0.1 — 192.168.255.254.
If the subnet broadcast
address (e.g. 192.168.1.255, 192.168.255.255, etc) is set for "Framed-IP-Address"
attribute in RADIUS Access-Accept, but there is no valid (free)
address existing within the specified subnet in the IP pool for
the APN, the call shall be terminated (i.e. for PDP type=PPP,
LCP-Term-Req is sent out to SGSN, and for PDP type=IP (with
PCO), Create PDP Context Request is rejected).
If "0.0.0.0" or subnet
network address (e.g. 192.168.1.0) is set for "Framed-IP-Address" attribute
in RADIUS Access-Accept, the call shall be terminated (i.e. for
PDP type=PPP, LCP-Term-Req is sent out to SGSN and for
PDP type=IP (with PCO), Create PDP Context Request is rejected).
Value
An IP address as it
would appear in the source or destination field of an IP header.
Special values are:
-
255.255.255.255 — User
selected address
-
Framed-IP-Netmask
This attribute
indicates the IP netmask to be configured for the session when the
PPP connection is to a router servicing a network.
Value
An IP netmask specified
in IPv4 address format.
Framed-IPv6-Pool
This attribute
contains the IPv6 pool name.
Framed-IPv6-Prefix
This attribute
contains IPv6 prefix.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Framed-MTU
This attribute
indicates the Maximum Transmission Unit that was configured for
the PPP session.
Value
Integer. Supported values
are from 64 through 4096.
Framed-Pool
This standard
attribute indicates the name of the IP pool from which an IP address
should be allocated to the subscriber. Also, see SN-IP-Pool-Name,
which is a vendor-specific attribute accomplishing the same.
Framed-Protocol
This attribute
describes the framed protocol that the user is granted to use (Access-Accept), when
Service-Type = Framed. Note that PPP is the only framed
protocol supported.
Value
Enumerated integer.
Supported values are:
-
-
-
-
Gandalf_proprietary___ = 4
-
Xylogics_proprietary_IPX_SLIP = 5
-
-
Framed-Route
This attribute
specifies the subnet route to be installed in GGSN for the mobile
router.
If
the GGSN receives a packet with a destination address matching the
Framed-Route, the packet is forwarded to the mobile router through
the associated PDP context.
This attribute is accepted
in the Access-Accept message and can appear multiple times. The format
of value to be assigned to the Framed-Route attribute should be
as follows:
<dest-ip>/<net-mask>
<gateway-ip> hops
- or -
<dest-ip> <subnet-mask>
<gateway-ip> hops
For example, Framed-Route = 40.40.41.0/24
IMPORTANT:
Note
that the <gateway-ip> and hops are optional.
If
the gateway_ip is
0.0.0.0 then the mobile node's (user's) IP is considered as the Gateway
IP.
IMPORTANT:
The
maximum number of framed routes allowed per subscriber is 10.
These
framed routes are established at the time of call setup and deleted
when the call is terminated.
Length
In StarOS 8.x and earlier:
16; in StarOS 9.0 and later: 1–64
Geographical-Location
This attribute
contains the information of geographical location as reported by HNB.
GGSN-GTP-IP-Address
Same as 3GPP-GGSN-Address standard
attribute; non-standard behavior for use in custom dictionary.
HA-IP-MIP4
IPv4 address
of the HA.
HA-IP-MIP6
IPv6 address
of the HA for CMIP4.
HA-RK-KEY
The HA-RK-KEY
determined during EAP authentication by the RADIUS server and passed to
the NAS upon successful EAP authentication. It is used by the NAS
to generate FA-HA keys.
HA-RK-Lifetime
Lifetime of
the HA-RK and derived keys.
HA-RK-SPI
The SPI associated
with the HA-RK for generating MN-HA key for WiMAX call.
hLMA-IPv6-PMIP6
MIPv6 Home Agent
address received in binding update.
HNB-Internet-Information
This attribute
contains public IP address (either IPv4 or IPv6 address) of HNB
assigned through the broadband connection.
HNB-Parameters
This attribute
contains PLMN ID, LAC, RAC, SAC, and Cell ID of the HNB as reported
to HNB-GW in RADIUS Access-Request during authentication.
Hotline-Indicator
This attribute
in a RADIUS Accounting-Request message indicates to back-office
systems (billing audit systems) that the session has been hot lined.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Length
In 10.2 and earlier
releases: 1–246
In 11.0 and later releases:
1–54
Value
In 10.2 and earlier
releases: Opaque value
In 11.0 and later releases:
String
Hotline-Profile-ID
A unique identifier
of a hotline profile to be applied to the session.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Length
In 10.2 and earlier
releases: 1–246
In 11.0 and later releases:
1–64
Value
In 10.2 and earlier
releases: Opaque value
In 11.0 and later releases:
String
Hotline-Session-Timer
The time period,
in seconds, the session can remain hotlined.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
HTTP-Redirection-Rule
An HTTP redirection
rule.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Idle-Timeout
This attribute
sets the maximum idle session time, in seconds. A session is idle
when there is no IP traffic on the link. After the connection has
been idle for the indicated amount of time, the chassis will tear
down the session.
IMSI
Same as 3GPP-IMSI standard
attribute; non-standard behavior for use in custom dictionary.
IMSI-MCC-MNC
Same as 3GPP-IMSI-Mcc-Mnc standard
attribute; non-standard behavior for use in custom dictionary.
In-Packet-Period
Opaque 4 byte
value received in Access Accept. This will be included in accounting
messages for the session. Used in custom dictionary.
Vendor ID
5535 (Reusing the 3GPP2
VID in a non-standard way.)
IP-Redirection-Rule
This attribute
is used to specify which packet flow to redirect and where to redirect it.
Macro-Coverage-Information
This attribute
contains the marco coverage information as reported by HNB which
could be a GERAN or UTRAN cell information.
MN-HA-MIP4-KEY
MN-HA key for
SPI value in the Access request if present.
MN-HA-MIP4-SPI
SPI associated
with the MN-HA-MIP4 key. This attribute needs to be sent in the
Access Request to fetch the corresponding MN-HA keys.
MN-HA-MIP6-KEY
Used to calculate
AUTH for MIP6 BU during PMIP6 on ASN and to validate and compute AUTH
for MIP6 Binding Answer on HA.
MN-HA-MIP6-SPI
SPI associated
with the MN-HA-MIP6-KEY.
MSISDN
MSIDSN of the
call. Used in custom dictionary.
Vendor ID
5535 (Reusing the 3GPP2
VID in a non-standard way.)
MSK
The Master Session
Key determined during EAP authentication by the RADIUS server and passed
to the NAS upon successful EAP authentication.
NAS-Filter-Rule
Indicates filter
rules to be applied for the user.
NAS-Identifier
This attribute
identifies the NAS generating the record.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
NAS-IP-Address
This attribute
identifies the serving NAS.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Value
An IP address as it
would appear in the source or destination field of an IP header.
NAS-Port
This attribute
describes the assigned resource number to the user session. It is
guaranteed to be unique at a particular instance in time for a particular
chassis.
NAS-Port-Type
This attribute
indicates the physical layer that the session is using.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Wireless_Other = 18 – Other
wireless
-
Wireless_IEEE_802_11 = 19 – Wireless
IEEE 802.11
-
-
-
-
-
HRPD = 24 — High
Rate Packet Data. HRPD is only available if included in the custom
dictionary. None of the standard dictionaries include it.
-
-
-
Wireless_IEEE_802_16 = 27
-
Wireless_IEEE_802_20 = 28
-
Wireless_IEEE_802_22 = 29
-
-
PMIP-Authenticated-Nwk-Id
The real user
identifier returned by hAAA after successful authentication.
VSA Type
In 10.2 and earlier
releases: 58
In 11.0 and later releases:
78
PMIP6-RK-KEY
The PMIP6-RK-KEY
sent by the RADIUS Server to the ASN and hCSN LMA for PMIP6. It
is used to calculate the individual LMA-MAG key being the base for
PBU and PBA messages protection through mobility authentication
options.
PMIP6-RK-SPI
The SPI associated
with the PMIP6-RK-KEY.
PMIP6-Service-Info
Indicates which
PMIPv6 features are supported and enabled on ASN/LMA.
Presence
This attribute
is used to indicate the availablility of Location based service
on HNB.
Price-Plan
Opaque 1 byte
value received from customer RADIUS server in access request. We
need to retain this value and return it back in all future accounting
messages. Used in custom dictionary.
Vendor ID
5535 (Reusing the 3GPP2
VID in a non-standard way.)
Value
The system does not
interpret this value, but it is copied in accounting messages.
Primary-DNS-Server
Same as SN1-Primary-DNS-Server standard
attribute; non-standard behavior for use in custom dictionary.
Prohibit-Payload-Compression
Flag to prohibit
SGSN from compressing user data on per APN basis.
Value
Enumerated integer.
Supported values are:
Prohibit-Payload-Compression1
Flag to prohibit
SGSN from compressing user data on per APN basis.
Value
Enumerated integer.
Supported values are:
Reject-Cause
This attribute
indicates the cause for sending Access-Reject.
Reply-Message
This attribute
indicates the text to be displayed to a user upon completion of
authentication, whether successful or not.
Value
An ASCII string to be
displayed to the user. This attribute may appear more than once,
in which case the string displayed to the user is a concatenation
of the Reply-Message attributes in the order in which they appear
in the RADIUS response message.
RRQ-MN-HA-KEY
MN-HA key computed
using RRQ-HA-IP if sent in Access request.
Secondary-DNS-Server
Same as SN1-Secondary-DNS-Server standard
attribute; non-standard behavior for use in custom dictionary.
Selection-Mode
Same as 3GPP-Selection-Mode standard
attribute; non-standard behavior for use in custom dictionary.
Service-Type
This attribute
identifies the service that the user is attempting to use (Access-Request),
or is granted to use (Access-Accept).
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
Value
Enumerated
integer. Supported values are:
-
Framed = 2—PPP
or HA session
-
Administrative = 6—Configuration
administration CLI session
-
-
Inspector = 19650516—Configuration/statistics
read-only CLI session
-
Security_Admin = 19660618—Security
administration CLI session
The following values
are not supported, used only for display/decoding purposes:
-
-
-
-
-
NAS_Prompt = 7—CLI
session
-
-
-
Callback_Administrative = 11
-
-
-
-
-
-
Authorize_Only = 17—RADIUS
Change of Authorize/Disconnect/Prepaid Access Requests
Session-Timeout
This attribute
sets the maximum session time in seconds. After this session time
expires the chassis will tear down the session.
SGSN-IP-Address
Same as 3GPP-SGSN-Address standard
attribute; non-standard behavior for use in custom dictionary.
SIP-AOR
This attribute
identifies the URI, the use of which must be authenticated and authorized.
SN-Access-link-IP-Frag
This attribute
specifies what to do when data received for the subscriber on the
Access link that needs to be fragmented and the DF bit is either
set or unset. The default is Normal.
Value
Enumerated integer.
Supported values are:
-
Normal = 0 — Data
to be fragmented is not fragmented if the DF bit is set
-
DF-Ignore = 1 — Fragment
regardless
-
DF-Fragment-ICMP-Notify = 2 — Fragment
regardless, and ICMP Notify if DF bit is set
SN-Acct-Input-Giga-Dropped
This attribute
contains the number of input gigawords dropped if the number of
input bytes is greater than 2^32 - 1.
SN-Acct-Input-Octets-Dropped
This attribute
indicates how many octets received have been dropped in the PPP
session. Since the value field is 32 bits, it is possible that the
number of octets will exceed the 32-bit field length. If this happens,
this attribute will “wrap” back to 0. Each time
the “wrap” occurs, the SN-Acct-Input-Giga-Dropped
attribute will be incremented.
SN-Acct-Input-Packets-Dropped
This attribute
indicates how many PPP packets received have been dropped during
the session.
SN-Acct-Output-Giga-Dropped
This attribute
contains the number of output gigawords dropped if the number of
output bytes is greater than 2^32 - 1.
SN-Acct-Output-Octets-Dropped
This attribute
indicates how many octets have been dropped in the PPP session.
Since the value field is 32 bits, it is possible that the number
of octets will exceed the 32-bit field length. If this happens, this
attribute will “wrap” back to 0. Each time the “wrap” occurs,
the SN-Acct-Output-Giga-Dropped attribute will be incremented.
SN-Acct-Output-Packets-Dropped
This attribute
indicates how many output PPP packets have been dropped during the
session.
SN-Acs-Credit-Control-Group
This attribute
contains the Diameter Credit Control Group name. It is used to send
the Credit Control Group name from APN config to the ACS module.
SN-Admin-Expiry
This attribute
contains the date/time the administrative user account
expires. It is an integer value specifying the number of seconds
since the UNIX epoch at which time the account will expire.
SN-Admin-Permission
This attribute
indicates the services allowed to be delivered to the administrative
user. The attribute value is a bit field, and many algorithms can
be specified to indicate that one of these may be chosen by the
user.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
-
-
-
-
-
-
-
CLI-Intercept-FTP-ECS = 15
SN-ANID
This attribute
contains the Access Network ID.
SN-Assigned-VLAN-ID
This attribute
contains the Assigned VLAN ID.
SN-Authorised-Qos
This attribute
contains the authorized QoS.
SN-Bandwidth-Policy
This attribute
contains the Traffic Policy value.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
If
this AVP is present in Access Accept message the locally configured
APN value will be overridden. If there is no value configured in
the APN this policy will not be applied.
SN-Call-Id
This attribute
contains the Call ID.
SN-Cause-Code
This attribute
includes the termination cause code value from IMS node.
Value
Enumerated integer.
Supported values are:
-
Normal_End_Of_Session = 0
-
Successful_Transaction = 1
-
End_Of_Subscriber_Dialog = 2
-
-
-
-
-
-
Unsuccessful_Session_Setup = 8
-
SN-Cause-For-Rec-Closing
This attribute
contains the GGSN Specific Record Closing Reason Value.
SN-CBB-Policy
This attribute
contains the CBB policy name.
This
attribute is also accepted in CoA request message to be used in a
currently active subscriber session.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
If there is no value configured in the APN this policy will not
be applied.
SN-CF-Call-International
This attribute
contains enable/disable config for CF call restriction
and dialing permission for international calls.
Value
Enumerated integer.
Supported values are:
SN-CF-Call-Local
This attribute
contains enable/disable config for CF call restriction
and dialing permission for local calls.
Value
Enumerated integer.
Supported values are:
SN-CF-Call-LongDistance
This attribute
contains enable/disable config for CF call restriction
and dialing permission for long distance calls.
Value
Enumerated integer.
Supported values are:
SN-CF-Call-Premium
This attribute
contains enable/disable config for CF call restriction
and dialing permission for premium calls.
Value
Enumerated integer.
Supported values are:
SN-CF-Call-RoamingInternatnl
This attribute
contains enable/disable config for CSCF call restriction
and dialing permission - Roaming International call.
Value
Enumerated integer.
Supported values are:
SN-CF-Call-Transfer
This attribute
contains enable/disable config for CSCF call feature -
call transfer.
Value
Enumerated integer.
Supported values are:
SN-CF-Call-Waiting
This attribute
contains enable/disable config for CSCF call feature -
call waiting.
Value
Enumerated integer.
Supported values are:
SN-CF-CId-Display
This attribute
contains enable/disable config for CSCF call feature — caller
ID display.
Value
Enumerated integer.
Supported values are:
SN-CF-CId-Display-Blocked
This attribute
contains enable/disable config for CSCF call feature — caller
ID display blocked.
Value
Enumerated integer.
Supported values are:
SN-CF-Follow-Me
This attribute
contains URIs for CSCF call feature — follow me.
SN-CF-Forward-Busy-Line
This attribute
contains URI for CSCF call feature — forward busy line.
SN-CF-Forward-No-Answer
This attribute
contains URI for CSCF call feature — forward no answer.
SN-CF-Forward-Not-Regd
This attribute
contains URI for CSCF call feature — forward not registered.
SN-CF-Forward-Unconditional
This attribute
contains URI for CSCF call feature — forward unconditional.
SN-CFPolicy-ID
This attribute
contains the Content Filtering policy ID.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN-Change-Condition
The change condition
that triggered this record for a GGSN session.
Value
Enumerated integer.
Supported values are:
SN-Charging-VPN-Name
The Charging
Context Name for GGSN sessions.
SN-Chrg-Char-Selection-Mode
SN-Chrg-Char-Selection-Mode
SN-Content-Disposition
This attribute
indicates how the SIP message body or a message body part is to
be interpreted.
SN-Content-Length
This attribute
contains size of the SIP message body.
SN-Content-Type
This attribute
contains the media type of the SIP message body.
SN-CR-International-Cid
Carrier ID for
routing international calls.
SN-CR-LongDistance-Cid
Carrier ID for
routing long distance calls.
SN-CSCF-App-Server-Info
This is a compound
attribute and contains information about application servers.
Value
Contains the following
two subattributes:
App-Server
Holds URL of
the application server.
AS-Called-Party-Address
Holds the called
party addresses determined by the application server.
SN-CSCF-Rf-SDP-Media-Components
This is a compound
attribute for IMS SDP media components.
Value
Contains the following
subattributes:
Media-Name
Name of the media
as available in the SDP data.
Media-Description
Holds the attributes
of the media as available in the SDP data.
Authorised-QoS
Holds the 3GPP
Authorised QoS string.
3GPP-Charging-Id
Holds the 3GPP
charging ID.
Access-Network-Charging-Identifier-Value
Holds the access
network charging identifier value.
SN-Cscf-Subscriber-Ip-Address
This attribute
contains the IP address of subscriber, used for early IMS authentication
procedures.
SN-Data-Tunnel-Ignore-DF-Bit
This attribute
specifies if the PDSN/FA or HA should ignore the DF bit
in the IPv4 header when encapsulating the IPv4 packet in MIP, and
therefore fragmenting the resulting tunneled packet if necessary.
The default is not to ignore the DF bit.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not ignore DF bit
-
Enabled = 1 — Ignore
DF bit
SN-DHCP-Lease-Expiry-Policy
This attribute
specifies whether to renew or disconnect on expiry of IP address
lease time.
Value
Enumerated integer.
Supported values are:
SN-DHCP-Options
Specific information
to be sent from the DHCP server to the client.
SN-Direction
ROHC protocol
control that specifies in which direction to enable Robust Header
Compression (ROHC).
Value
Enumerated integer.
Supported values are:
SN-Disconnect-Reason
This attribute
indicates the reason the user was disconnected from service.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
SN-DNS-Proxy-Intercept-List
This attribute
is used to specify the list name which contains the rules to intercept
and redirect DNS requires received from mobile. This attribute can
be configured using either local subscriber template or returned
from Access-Accept.
SN-DNS-Proxy-Use-Subscr-Addr
This attribute
is used to convey whether to use the subscriber's address as the
source address for DNS Proxy.
Value
Enumerated integer.
Supported values are:
SN-Dynamic-Addr-Alloc-Ind-Flag
This attribute
indicates whether the IP address is allocated statically or dynamically
from SGW perspective.
SN-Ecs-Data-Volume
Compound attribute
indicating downlink and uplink octet usage for a PDP context per
rating group.
Value
Contains the following
subattributes:
Rating-Group-Id
Rating Group
Id in a PDP context.
GPRS-Uplink
Uplink octet usage
for a PDP context per rating group.
GPRS-Downlink
Downlink octet
usage for a PDP context per rating group.
SN-Enable-QoS-Renegotiation
This attribute
configures the enabling of dynamic QoS renegotiation.
Value
Enumerated integer.
Supported values are:
SN-Event
This attribute
contains the type of SIP event for which the accounting-request
message is generated.
SN-Ext-Inline-Srvr-Context
This attribute
configures the context name in which the External In-line server
resides.
IMPORTANT:
This attribute is used
in conjunction with the External In-line Server feature, which is
not supported in StarOS 9.0 and later releases.
SN-Ext-Inline-Srvr-Down-Addr
This attribute
configures the IP address of the Downstream External In-line server
to forward VLAN-tagged packets to. It can be tagged, in which case
it is treated as part of an external in-line server group.
IMPORTANT:
This attribute is used
in conjunction with the External In-line Server feature, which is
not supported in StarOS 9.0 and later releases.
SN-Ext-Inline-Srvr-Down-VLAN
This attribute
configures the IP address of the Downstream External In-line server
to forward VLAN-tagged packets to. It can be tagged, in which case
it is treated as part of an external in-line server group.
Value
The VLAN tag to apply.
IMPORTANT:
This attribute is used
in conjunction with the External In-line Server feature, which is
not supported in StarOS 9.0 and later releases.
SN-Ext-Inline-Srvr-Preference
This attribute
configures the preference for the tagged group of External In-line
Servers. This attribute is required, although it doesn't actually
assign a preference right now. It can be tagged, in which case it
is treated as part of an external in-line server group.
IMPORTANT:
This attribute is used
in conjunction with the External In-line Server feature, which is
not supported in StarOS 9.0 and later releases.
SN-Ext-Inline-Srvr-Up-Addr
This attribute
configures the IP address of the Upstream External In-line server
to forward VLAN-tagged packets to. It can be tagged, in which case
it is treated as part of an external in-line server group
IMPORTANT:
This attribute is used
in conjunction with the External In-line Server feature, which is
not supported in StarOS 9.0 and later releases.
SN-Ext-Inline-Srvr-Up-VLAN
This attribute
configures the VLAN tag to be applied to Upstream packets and forwarded
to the External In-line server. It can be tagged, in which case
it is treated as part of an external in-line server group.
Value
The VLAN tag to apply.
IMPORTANT:
This attribute is used
in conjunction with the External In-line Server feature, which is
not supported in StarOS 9.0 and later releases.
SN-Fast-Reauth-Username
Fast re-authentication
user name.
SN-Firewall-Enabled
Firewall for
subscriber enabled.
Value
Enumerated integer.
Supported values are:
SN-Firewall-Policy
This attribute
contains the firewall policy name.
IMPORTANT:
This AVP was deprecated
in StarOS 8.0, and was later reintroduced in StarOS 8.1.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
If there is no value configured in the APN this policy will not
be applied.
SN-FMC-Location
MAC address
and CDMA location information.
SN-GGSN-Address
The control
plane IP address of the GGSN that handles one or more media component(s)
of an IMS session.
SN-GGSN-MIP-Required
This attribute
specifies if MIP is required for the GGSN subscriber.
Value
Enumerated integer.
Supported values are:
SN-Gratuitous-ARP-Aggressive
This attribute
specifies whether to generate a gratuitous ARP message whenever
a MIP handoff or re-registration occurs. A non-zero of this attribute
also configures the mode of operation when sending the gratuitous
ARP, although only one mode (Aggressive) is supported at this time.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not send Gratuitous ARP
-
Enabled = 1 — Send
Gratuitous ARP in Aggressive mode
SN-GTP-Version
This attribute
indicates the version of GTP the subscriber is using.
Value
Enumerated integer.
Supported values are:
SN-HA-Send-DNS-ADDRESS
This attribute
specifies if the HA should send the DNS address in the Mobile IP
RRP message. The default is not to send the DNS address.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not send
-
SN-Handoff-Indicator
This attribute
indicates whether the Accounting Interim is sent because of the
interim or not.
Value
Enumerated integer.
Supported values are:
SN-Home-Behavior
This attribute
specifies the configuration for the behavior bits settings for a
home subscriber in an APN.
When GGSN is configured
to reject the charging characteristics sent by the SGSN for “home” subscribers,
it uses the profile index specified by cc-home behavior <bits>
profile <index> command to determine the appropriate
CCs to use.
Multiple behavior bits
can be configured for a single profile index by “Or”ing
the bit strings together and convert the result to hexadecimal.
The properties of the actual CC profile index are configured as
part of the GGSN service using the cc profile command.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
SN-Home-Profile
This attribute
specifies the configuration for the profile bits settings for a
home subscriber in an APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
SN-Home-Sub-Use-GGSN
This attribute
configures GGSN to accept GGSN's charging characteristics for home
subscribers defined for the APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
Value
Enumerated integer.
Supported values are:
SN-IMS-AM-Address
IMS application
manager address.
SN-IMS-AM-Domain-Name
IMS application
manager domain name.
SN-IMS-Charging-Identifier
This attribute
holds the IMS Charging Identifier (ICID) as generated by an IMS
node for a SIP session.
SN-Inactivity-Time
This attribute
contains the inactivity time duration for a subscriber session under
long time duration timer configuration.
SN-Internal-SM-Index
SN-Internal-SM-Index
SN-IP-Alloc-Method
This attribute
specifies the method for allocating an IP address. This feature
only applies to the GGSN service.
Value
Enumerated integer.
Supported values are:
SN-IPv6-Alloc-Method
This attribute
specifies the method for allocating an IPv6 address. This feature
only applies to the GGSN service.
Value
Enumerated integer.
Supported values are:
SN-IP-Filter-In
This attribute
specifies the IP input filter rules to determine whether the traffic
should undergo DPI processing.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden. If there is no value configured in the APN this value will
not be applied to the session.
SN-IP-Filter-Out
This attribute
specifies the IP output filter rules to determine whether the traffic
should undergo DPI processing.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden. If there is no value configured in the APN this value will
not be applied to the session.
SN-IP-Header-Compression
Specifies the
IP header compression method to use.
Value
Enumerated integer.
Supported values are:
SN-IP-Hide-Service-Address
This attribute
prevents subscribers from using traceroute to discover the public
domain network addresses configured on HA and other services on
the system.
Value
Enumerated integer.
Supported values are:
SN-IP-In-ACL
This attribute
contains a definition for one Input IP Access Control List, which
is used to filter the IP packets coming from the user. Note that
more than one of these attributes can be included, in which case
they are processed in the order in which they appear in the RADIUS
Access-Accept.
SN-IP-In-Plcy-Grp
This attribute
specifies the name of the policy group configuration applied in
the uplink direction.
SN-IP-Out-ACL
This attribute
contains a definition for one Output IP Access Control List, which
is used to filter the IP packets sent to the user. Note that more
than one of these attributes can be included, in which case they
are processed in the order in which they appear in the RADIUS Access-Accept.
SN-IP-Out-Plcy-Grp
This attribute
specifies the name of the policy group configuration applied in
the downlink direction.
SN-IP-Pool-Name
This vendor-specific
attribute indicates the name of the IP pool from which an IP address should
be allocated to the subscriber. Also, see Framed-Pool, which
is the standard attribute accomplishing the same.
SN-IP-Source-Validation
This attribute
indicates if the source IP address should be validated before forwarding
the IP packet.
Value
Enumerated integer.
Supported values are:
SN-IP-Source-Violate-No-Acct
This attribute
excludes the Source Violated IP packets and byte counts when reporting
the Octet and Packet count in an accounting message.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden. If there is no value configured in the APN this value will
not be applied to the session.
Value
Enumerated integer.
Supported values are:
SN-IP-Src-Validation-Drop-Limit
Maximum number
of packet drops entertained before disconnecting the session for
source violated packets for the session.
SN-IPv6-DNS-Proxy
IPV6 DNS proxy
enabled or disabled setting for the session.
Value
Enumerated integer.
Supported values are:
SN-IPv6-Egress-Filtering
This attribute
enables egress filtering to make sure that packets being sent to
the mobile device have an interface ID that matches that of the
mobile device. This feature is meant to protect the Mobile from
receiving unwanted packets from the Internet.
Value
Enumerated integer.
Supported values are:
SN-IPv6-Min-Link-MTU
IPV6 MTU size.
SN-IPv6-num-rtr-advt
This attribute
indicates the IPv6 number of Initial Router Advertisements. The
default value is 3.
SN-IPv6-Primary-DNS
This attribute
specifies a Primary DNS server address that the Router Advertisement
message sent by the PDSN will include.
SN-IPv6-rtr-advt-interval
This attribute
indicates the IPv6 Initial Router Advertisement Interval specified
in milliseconds. The default value is 3000.
SN-IPv6-Secondary-DNS
This attribute
specifies a Secondary DNS server address that the Router Advertisement
message sent by the PDSN will include.
SN-IPv6-Sec-Pool
IPv6 secondary
pool names.
SN-IPv6-Sec-Prefix
IPv6 Secondary
Pool name prefix.
SN-ISC-Template-Name
This attribute
contains name of the CSCF ISC template to be used for a subscriber.
SN-Is-Unregistered-Subscriber
This attribute
specifies if a subscriber is registered or not.
SN-L3-to-L2-Tun-Addr-Policy
This attribute
specifies the address allocation policy.
Value
Enumerated integer.
Supported values are:
-
no-local-alloc-validate = 0 — Do
not locally allocate, do not validate
-
local-alloc = 1 — Locally
allocate
-
local-alloc-validate = 2 — Locally
allocate and validate
SN-LI-Dest-Address
This attribute
specifies the Authorized Destination-IP/Port to which LI
packets could be forwarded.
Value
Opaque value. Contains
the following subattributes:
SN-LI-Dest-IP
This attribute
specifies the authorized Destination IP to which LI packets could
be forwarded.
SN-LI-Dest-Port
This attribute
specifies the authorized Destination Port to which LI packets could
be forwarded.
SN-Local-IP-Address
This attribute
indicates the IP address of the local interface on the chassis for
the user’s session.
SN-Long-Duration-Action
This attribute
specifies the action to take place when the long duration timeout
expires for a subscriber session.
Value
Enumerated integer.
Supported values are:
-
Detection = 1 — Detect
the session and alert the administrator
-
Disconnection = 2 — Disconnect
the session
-
Dormant-Only-Disconnection = 3
-
Dormant-Only-Detection = 4
SN-Long-Duration-Notification
SN-Long-Duration-Notification.
Value
Enumerated integer.
Supported values are:
SN-Long-Duration-Timeout
This attribute
is used to detect and if necessary disconnect sessions connected
to the PDSN. This attribute configures the time period, in seconds,
before either alerting the administrator or disconnecting the subscriber.
SN-Max-Sec-Contexts-Per-Subs
Maximum secondary
PDP contexts per subscriber.
SN-Mediation-Acct-Rsp-Action
When this attribute
is set to None, there
is no action taken while waiting for a response for the accounting
start message from the Mediation Accounting server. When this attribute
is set to No-Early-PDUs the
system buffers all packets from the user (uplink) until a response
for the accounting start message is received from the Mediation
Accounting server. When set to Delay_GTP_Response,
the system does not send a GTP create PDP response to the GGSN until a
response for the accounting start message is received from the Mediation
Accounting server. If the AVP is not present in Access Accept message
or if the AVP value is invalid, the value “None” is
assumed.
Value
Enumerated integer.
Supported values are:
SN-Mediation-Enabled
This attribute
indicates whether the Mediation Accounting configuration is enabled
or disabled for GGSN.
If this AVP is not present
in Access Accept message or if the AVP value is invalid, the locally
configured APN value will be used.
Value
Enumerated integer.
Supported values are:
SN-Mediation-No-Interims
This attribute
is used to disable or enable Mediation Interim Accounting Records
for the session.
If this AVP is not present
in Access Accept message or if the AVP value is invalid, the locally
configured APN value will be used.
Value
Enumerated integer.
Supported values are:
SN-Mediation-VPN-Name
This attribute
specifies the Mediation Context name for the session.
If this AVP is not received
in the Access Accept message or if the AVP value is invalid, the
locally configured APN value will be used.
SN-Min-Compress-Size
This attribute
specifies the minimum size (in octets) a data packet can have in
order to be compressed.
SN-MIP-AAA-Assign-Addr
This attribute
specifies if the PDSN/FA will allow AAA to assign the home
address. The default is to not allow AAA to assign the home address.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not allow AAA to assign home address
-
Enabled = 1 — Allow
AAA to assign home address
SN-MIP-ANCID
Accounting correlation
ID created by IPGW, received by VBM and HBM.
SN-MIP-Dual-Anchor
Enable/disable
dual-anchor service for a subscriber.
Value
Enumerated integer.
Supported values are:
SN-MIP-HA-Assignment-Table
MIP-HA Assignment
Table name. When this is received in an Access Accept message, the system
uses this local table to get the HA Address.
SN-MIP-Match-AAA-Assign-Addr
This attribute
specifies if the PDSN/FA will enforce that a non-zero AAA-specified
home address must match the home address present in the MIP RRQ
from the mobile node, and disconnect the subscriber session if a
match is not present. The default is not to force the addresses
to match.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not force the AAA-specified home address to match RRQ
-
Enabled = 1 — Force
the AAA-specified home address to match RRQ
SN-MIP-Reg-Lifetime-Realm
This attribute
configures the maximum MIP registration lifetime for a subscriber/realm.
SN-MIP-Send-Ancid
This attribute
enables/disables sending ANCID from FA to HA in MIP RRQ.
Value
Enumerated integer.
Supported values are:
SN-MIP-Send-Correlation-Info
This attribute
enables/disables sending of correlation-id from FA to HA
in MIP RRQ.
Value
Enumerated integer. In
StarOS 8.1 and earlier, supported values are:
In StarOS 8.3 and later,
supported values are:
SN-MIP-Send-Host-Config
This attribute
is used to enable/disable Host Config Extension in MIP
RRQ.
Value
Enumerated integer. Supported
values are:
SN-MIP-Send-Imsi
AAA attribute
to enable/disable sending IMSI from FA to HA in MIP RRQ.
Value
Enumerated integer. In
StarOS and 8.1 and earlier, supported values are:
In StarOS 8.3 and later,
supported values are:
SN-MIP-Send-Term-Verification
This attribute
specifies whether the PDSN/FA should send the Terminal
Verification Normal Vendor/Organization Specific Extension
(NVSE) in the Mobile IP RRQ message to the HA. The default is not
to send the Terminal Verification NVSE.
Value
Enumerated integer. In
StarOS 8.1 and earlier, supported values are:
-
Disabled = 0 — Do
not send
-
In StarOS 8.3 and later,
supported values are:
-
-
NVSE_Custom1 = 1 — Send
custom NVSE
-
NVSE_Custom2 = 2 — Send
custom NVSE
-
NVSE_Starent = 3 — Send
custom NVSE
SN-MN-HA-Hash-Algorithm
This attribute
contains the hash algorithm to use for MN-HA authentication.
Value
Enumerated integer.
Supported values are:
SN-MN-HA-Timestamp-Tolerance
This attribute
indicates the duration of timestamp tolerance, in seconds, to use
for MN-HA authentication.
SN-Mode
Robust Header
Compression (ROHC) Mode. Reliable mode means each ROHC control needs
to be Acknowledged. Optimistic mode is a modified version to reduce
the number of control messages and bandwidth consumption. Unidirectional
assumes a one way link without any Feedback from the decompressor.
Value
Enumerated integer.
Supported values are:
SN-MSK-Lifetime
This attribute
is currently not supported.
SN-NAI-Construction-Domain
This attribute
specifies the domain name to use when constructing the NAI.
SN-NAT-IP-Address
This attribute
includes the NAT (public) IP address used for the call.
This attribute is also
accepted in CoA request and response messages to be used in a currently
active subscriber session.
SN-Node-Functionality
This attribute
includes the functionality identifier of the IMS node where the
cause code was generated.
Value
Enumerated integer.
Supported values are:
SN-NPU-Qos-Priority
This attribute
configures Inter-Subscriber priority Queueing based on class of
service offered. Gold has highest priority and Best_effort
lowest priority. From DSCP, means the priority queueing will be
done based on the DSCP marking the incoming subscriber packet carries.
Value
Enumerated integer.
Supported values are:
SN-Ntk-Initiated-Ctx-Ind-Flag
Indicates whether
the GGSN call is a network initiated PDP Context.
SN-Ntk-Session-Disconnect-Flag
SN-Ntk-Session-Disconnect-Flag.
Value
Enumerated integer.
Supported value is:
SN-Nw-Reachability-Server-Name
This attribute
specifies the name of the Network Reachability Detection Server.
SN-Originating-IOI
This attribute
holds the Inter Operator Identifier for the originating network
in the home network of the originating end user.
SN-Overload-Disc-Connect-Time
This attribute
provides inactivity time for session to become candidate for disconnection
during overload.
SN-Overload-Disc-Inact-Time
This attribute
provides inactivity time for session to become candidate for disconnection
during overload.
SN-Overload-Disconnect
This attribute
enables (if one) and disables the overload-disconnect feature for
a subscriber.
SN-PDG-TTG-Required
TTG mode of
operation Required for PDG.
Value
Enumerated integer.
Supported values are:
SN-PDIF-MIP-Release-TIA
PDIF mobile
IP release TIA.
Value
Enumerated integer.
Supported values are:
SN-PDIF-MIP-Required
PDIF mobile
IP required.
Value
Enumerated integer.
Supported values are:
SN-PDIF-MIP-Simple-IP-Fallback
PDIF mobile
IP simple IP fallback.
Value
Enumerated integer.
Supported values are:
SN-PDSN-Correlation-Id
Correlation
ID received from PDSN to HA.
SN-PDSN-Handoff-Req-IP-Addr
This attribute
specifies if the PDSN should reject and terminate the subscriber
session when the proposed address in IPCP by the mobile does not
match the existing address in the PDSN. The default (Disabled) is
not to reject these sessions.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not reject
-
SN-PDSN-NAS-Id
NAS Identifier
received from PDSN to HA
SN-PDSN-NAS-IP-Address
NAS IP address
received from PDSN to HA.
SN-Permit-User-Mcast-PDUs
Specifies whether
or not to let the subscriber discard multicast PDUs.
Value
Enumerated integer.
Supported values are:
SN-PPP-Accept-Peer-v6Ifid
This attribute
indicates the acceptance of the interface ID provided by peer during
PPP IPv6CP if the ID is valid. The default is disabled.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not accept interface ID
-
Enabled = 1 — Accept
interface ID
SN-PPP-Always-On-Vse
SN-PPP-Always-On-Vse.
Value
Enumerated integer.
Supported values are:
SN-PPP-Data-Compression
This attribute
indicates the PPP data compression algorithm to use for the PPP
session. The attribute value is a bit field, and many algorithms
can be specified to indicate that one of these may be chosen by
the user.
Value
Enumerated integer.
Supported values are:
SN-PPP-Data-Compression-Mode
This attribute
indicates the PPP data compression mode to use for the PPP session
when PPP data compression is used.
Value
Enumerated integer.
Supported values are:
SN-PPP-Keepalive
This attribute
indicates the interval for the PPP keepalive, in seconds.
SN-PPP-NW-Layer-IPv4
This attribute
indicates the PPP IPCP negotiation for IPv4. The default is enabled.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — IPCP
negotiation for IPv4 is disabled.
-
Enabled = 1 — IPCP
negotiation for IPv4 is enabled.
-
Passive = 2 — Start
the negotiation only if peer initiates it.
SN-PPP-NW-Layer-IPv6
This attribute
indicates the PPP IPv6CP negotiation for IPv6. The default is enabled.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — IPCP
negotiation for IPv6 is disabled.
-
Enabled = 1 — IPCP
negotiation for IPv6 is enabled.
-
Passive = 2 — Start
the negotiation only if peer initiates it.
SN-PPP-Outbound-Password
This attribute
indicates the password to be used when the user side of the PPP
connection requires authentication.
SN-PPP-Outbound-Username
This attribute
indicates the username to be used when the user side of the PPP
connection requires authentication.
SN-PPP-Progress-Code
This attribute
provides information about the “state” of the
PPP connection, when the connection was terminated.
Value
Enumerated integer.
Supported values are:
-
-
-
-
Call-Ppp-Renegotiating = 30
-
-
Call-Pdg-Tcp-Connecting = 45
-
Call-Pdg-Ssl-Connecting = 46
-
-
-
Call-Bcmcs-Authenticating = 70
-
-
Call-Tunnel-Connecting = 85
-
-
Call-Imsa-Authorizing = 95
-
Call-Imsa-Authorized = 97
-
Call-MBMS-UE-Authorizing = 98
-
Call-MBMS-Bearer-Authorizing = 99
-
Call-Simple-IP-Connected = 100
-
Call-Mobile-IP-Connected = 110
-
Call-Tunnel-Connected = 115
-
Call-Pdp-Type-IP-Connected = 120
-
Call-Pdp-Type-IPv6-Connected = 125
-
Call-Pdp-Type-PPP-Connected = 130
-
Call-Proxy-Mobile-IP-Connected = 140
-
-
Call-Pdg-Ssl-Connected = 141
-
-
-
Call-Ipsg-Connected = 145
-
Call-Bcmcs-Connected = 150
-
Call-MBMS-UE-Connected = 155
-
Call-MBMS-Bearer-Connected = 156
-
Call-Pending-Addr-From-DHCP = 160
-
Call-Got-Addr-From-DHCP = 170
-
Call-HA-IPSEC-Tunnel-Connecting = 180
-
Call-HA-IPSEC-Connected = 190
-
Call-ASN-Non-Anchor-Connected = 200
-
Call-ASNPC-Connected = 210
-
Call-Mobile-IPv6-Connected = 220
-
Call-PMIPv6-Connected = 221
-
Call-PHSPC-Connected = 230
-
Call-GTP-IPv4-Connected = 235
-
Call-GTP-IPv6-Connected = 236
-
Call-GTP-IPv4-IPv6-Connected = 237
-
-
-
Call-Auth-Only-Connected = 247
SN-PPP-Reneg-Disc
PPP remote reneg
disconnect policy
Value
Enumerated integer.
Supported values are:
-
-
-
NAI_Prefix_MSID_Mismatch = 2
SN-Prepaid
Prepaid
Value
Enumerated integer.
Supported values are:
SN-Prepaid-Compressed-Count
This attribute
indicates if a Pre-paid subscriber's byte usage should be counted
on the basis of compressed or uncompressed byte data over the subscriber's
PPP connection to the system. If not present, the default is to
count uncompressed byte data.
Value
Enumerated integer.
Supported values are:
SN-Prepaid-Final-Duration-Alg
For prepaid,
final duration is calculated based on the algorithm specified by
the value of this attribute.
If this AVP is not received
in the Access Accept message or if the AVP value is invalid, the
locally configured APN value will be used.
Value
Enumerated integer.
Supported values are:
-
-
last-user-layer3-activity-time = 1
-
last-airlink-activity-time = 2
-
last-airlink-activity-time-last-reported = 3
SN-Prepaid-Inbound-Octets
In an Access-Accept,
this indicates how many additional inbound (bytes delivered to the
subscriber) byte credits should be granted to the subscriber. In
an Accounting- Request, this indicates how many total inbound byte
credits have been granted to the subscriber. When this attribute
is not present in the Access-Accept, then pre-paid usage checking
is disabled on an inbound octet basis.
SN-Prepaid-Outbound-Octets
SN-Prepaid-Preference
This attribute
specifies whether prepaid is volume based or duration based.
Value
Enumerated integer.
Supported values are:
SN-Prepaid-Timeout
This attribute
indicates how much time may elapse before a new request for more
pre-paid credits is issued. If the specified time has elapsed since
the prior grant of credits was received from the RADIUS server,
then a new request for credits is issued. This attribute is primarily
used to periodically update the subscriber of new credits issued
since the subscriber was connected. Note that credit requests will
still be made on behalf of the subscriber when the subscriber drops
down to the low watermark of credits (or zero if there is no low
watermark). The presence or absence of this attribute does not affect
that mechanism in any way. However, this timer is re-set whenever
any grant of credits is received on behalf of the subscriber, regardless
of why the grant of credits was requested.
SN-Prepaid-Total-Octets
In an Access-Accept,
this attribute indicates how many additional byte credits (combining both
inbound and outbound counts) should be granted to the subscriber.
In an Accounting- Request, this indicates how many total bytes credits
(combined inbound and outbound) have been granted to the subscriber. When
this attribute is not present in the Access-Accept, then pre-paid
usage checking is disabled on a combined inbound and outbound octet-count
basis.
SN-Prepaid-Watermark
This attribute
Indicates the percentage of remaining granted credits that will
trigger a new request to grant credits from the RADIUS server. For
example, if 1GB of credits was granted to a user, and the value
of SN-Prepaid-Watermark was 10, then when 100 MB of credits are
remaining (900 MB have been used) to the subscriber, a new request
for any new byte credits is issued on behalf of the subscriber. Note
that when calculating the pre-paid low watermark, the total credits
granted for the subscriber's entire session is used.
SN-Primary-DCCA-Peer
This attribute
indicates the name of the primary DCCA peer and primary DCCA realm.
If this AVP is received
in Access Accept message, the primary DCCA peer is used for Gy functionality.
If not present in the Access Accept message or if the AVP value
is invalid, the locally configured APN value will be used.
Value
A colon separated string,
like “primary_peer : primary_realm”
SN-Primary-DNS-Server
This attribute
indicates the IP address of the primary DNS server that should be
used for the session.
SN-Primary-NBNS-Server
Primary NBNS
Server IP address.
SN-Proxy-MIP
This attribute
specifies if the PDSN/FA will perform compulsory Proxy-MIP
tunneling for a Simple-IP PDSN subscriber. This feature is licensed.
The default is not to perform compulsory Proxy-MIP.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not perform compulsory Proxy-MIP
-
Enabled = 1 — Perform
compulsory Proxy-MIP
SN-Proxy-MIPV6
Enable/disable
PMIPv6 for a subscriber.
Value
Enumerated integer.
Supported values are:
SN-Pseudonym-Username
This attribute
contains the pseudonym user name generated by AAA server.
SN-QoS-Background-Class
This attribute
defines the QOS Background Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN-QoS-Class-Background-PHB
Quality of Service
DSCP classification value.
Value
Enumerated integer.
Supported values are:
SN-QoS-Class-Conversational-PHB
Quality of Service
DSCP classification value.
Value
Enumerated integer.
Supported values are:
SN-QoS-Class-Interactive-1-PHB
Interactive-1
class PHB value.
Value
Enumerated integer.
Supported values are:
SN-QoS-Class-Interactive-2-PHB
Interactive-2
class PHB.
Value
Enumerated integer.
Supported values are:
SN-QoS-Class-Interactive-3-PHB
Interactive-3
class PHB.
Value
Enumerated integer.
Supported values are:
SN-QoS-Class-Streaming-PHB
Quality of Service
DSCP classification value.
Value
Enumerated integer.
Supported values are:
SN-QoS-Conversation-Class
This attribute
defines the QOS Conversation Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN-QOS-HLR-Profile
QoS with Allocation
Retention bit. QoS structured as per 29.002.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN-QoS-Interactive1-Class
This attribute
defines the QOS Interactive TrafficClass.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN-QoS-Interactive2-Class
This attribute
defines the QOS Interactive2 Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN-QoS-Interactive3-Class
This attribute
defines the QOS Interactive3 Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN-QoS-Negotiated
Negotiated QoS
for GGSN sessions.
Length
In 10.2 and earlier
releases: 4–17
In 11.0 and later releases:
4–20
SN-QoS-Renegotiation-Timeout
This attribute
configures the timeout duration of dampening time for dynamic QoS
renegotiation.
SN-QoS-Streaming-Class
This attribute
defines the QOS Streaming Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN-QoS-Tp-Dnlk
This attribute
enables/disables Traffic Policing/Shaping in downlink
direction.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
SN-QoS-Tp-Uplk
This attribute
enables/disables Traffic Policing/Shaping in uplink
direction.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
SN-QoS-Traffic-Policy
This compound
attribute simplifies sending QoS values for Traffic Class, Direction,
Burst-Size, Committed-Data-Rate, Peak-Data-Rate, Exceed-Action,
and Violate-Action from the RADIUS server. When the SN-QoS-Traffic-Policy
attribute is sent along with Acct-Session-ID attribute, the system matches
the particular PDP context, and applies the new policy and retains
the policy with the subscriber profile for future use. The next
time the system sends a CoA request with a new policy and a different
Acct-Session-ID for the same subscriber, the previously received
policy is also applied to the matching PDP context along with the
new policy.
IMPORTANT:
This attribute is specific
to the GGSN service.
This attribute is also
accepted in CoA request message to be used in a currently active subscriber
session.
Value
Contains the following
subattributes:
Direction
Direction of
traffic.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Unsigned integer. Supported
values are:
Class
Traffic class.
Value
Unsigned integer. Supported
values are:
Burst-Size
Peak burst size.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Committed-Data-Rate
Committed data
rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Peak-Data-Rate
Peak data rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Exceed-Action
Action to take
on packets that exceed the Committed-Data-Rate but do not violate
the Peak-Data-Rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Unsigned integer. Supported
values are:
Violate-Action
Violate action.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Unsigned integer. Supported
values are:
-
-
-
-
-
Buffer-Transmit-On-Full = 4
Auto-Readjust-Enabled
Available only
in StarOS 8.1 and later. Auto-readjust enabled.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Auto-Readjust-Duration
Available only
in StarOS 8.1 and later. Auto-readjust duration.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Qci
Available only
in 11.0 and later releases. QOS QCI accepted values are 1 (qci 1),
2 (qci 2), 3 (qci 3), 4 (qci 4), 5 (qci 5), 6 (qci 6), 7 (qci 7),
8 (qci 8), 9 (qci 9).
SN-Rad-APN-Name
This attributes
specifies the RADIUS returned APN name.
If this AVP is not present
in the Access Accept message or if the AVP value is invalid, the
SGSN supplied APN value in create PDP context will be used for the session.
SN-Radius-Returned-Username
This attribute
is used to prefer RADIUS returned user name over constructed user
name in the accounting messages.
Value
Enumerated integer.
Supported values are:
SN-Re-CHAP-Interval
The Periodic
CHAP authentication interval for PPP, in seconds.
SN-Roaming-Behavior
This attribute
specifies the configuration for the behavior bits settings for a
roaming subscriber in an APN.
When GGSN is configured
to reject the charging characteristics sent by the SGSN for "roaming"
subscribers, it uses the profile index specified by cc-home behavior <bits>
profile <index> command to determine the appropriate
CCs to use.
Multiple behavior bits
can be configured for a single profile index by "Or"ing the bit
strings together and convert the result to hexadecimal. The properties
of the actual CC profile index are configured as part of the GGSN
service using the cc profile command.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
SN-Roaming-Profile
This attribute
specifies the configuration for the profile bits settings for a
roaming subscriber in an APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
SN-Roaming-Sub-Use-GGSN
This attribute
configures GGSN to accept GGSN's charging characteristics for roaming
subscribers defined for the APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
Value
Enumerated integer.
Supported values are:
SN-ROHC-Flow-Marking-Mode
Configure ROHC
compression for marked flows only.
Value
Enumerated integer.
Supported values are:
SN-ROHC-Mode
ROHC Mode.
Value
An integer in network
order. Supported values are:
SN-ROHC-Profile-Name
Specifies the
ROHC profile to use for the subscriber.
SN-Role-Of-Node
This attribute
denotes the role of the CSCF.
Value
Enumerated integer.
Supported values are:
SN-Routing-Area-Id
For GGSN calls
this indicates the Routing Area ID of the subscriber.
SN-Rulebase
When the session
is active charging enabled, Rulebase name will specify one of the
pre-configured ECSv2 rulebases in active charging subsystem.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
If there is no value configured in the APN, this value will not
be applied to the session.
SN-SDP-Media-Components
This attribute
is currently not supported. See SN-CSCF-Rf-SDP-Media-Components.
SN-SDP-Session-Description
This attribute
contains the Session portion of the SDP data exchanged between the
User Agents in the SIP transaction.
SN-Sec-IP-Pool-Name
Available only
in StarOS 8.1 and later. This attribute contains the secondary IP
pool name.
SN-Secondary-DCCA-Peer
This attribute
indicates the name of the Secondary DCCA peer and Secondary DCCA realm.
If this AVP is received
in Access Accept message the secondary DCCA peer is used for Gy
functionality. If not present in the Access Accept message or if
the AVP value is invalid, the locally configured APN value will
be used.
Value
A colon separated string,
like “secondary_peer : secondary_realm”.
SN-Secondary-DNS-Server
This attribute
indicates the IP address of the secondary DNS server that should
be used for the session.
SN-Secondary-NBNS-Server
Secondary NBNS
server IP address.
SN-Served-Party-Address
This attribute
is currently not supported.
SN-Service-Address
Used to send
bind IP address of the service in RADIUS messages.
SN-Service-Type
This attribute
indicates the service type that the user is accessing.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
OGW = 18 — NOTE:
Applicable only in release 12.0.
-
MSEG = 18 — NOTE:
Applicable only in 12.2 and later releases.
-
-
SN-Session-Id
This attribute
contains Call-ID of the SIP session.
SN-Simultaneous-SIP-MIP
This attribute
indicates if a PDSN Subscriber can simultaneously be given Simple
IP and Mobile IP service.
Value
Enumerated integer.
Supported values are:
SN-SIP-Method
This attribute
identifies the SIP-method for which acct request is sent.
SN-SIP-Request-Time-Stamp
This attribute
specifies the time of initial SIP request.
SN-SIP-Response-Time-Stamp
This attribute
specifies the time of response to initial SIP request.
SN-Software-Version
Provides the
Software version. This contains the major version number, minor
version number and build number.
SN-Subs-Acc-Flow-Traffic-Valid
This attribute
indicates the subscriber account flow traffic is valid.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-Accounting
This attribute
specifically enables or disables subscriber accounting. Note that
if enabled, subscriber accounting still needs to be enabled in the
subscriber's AAA context for accounting to be performed.
The AVP value 0 means
no accounting; 1 indicates RADIUS accounting; and 2 indicates GTPP
accounting. If an invalid value is received or if the AVP is not present
in the Access Accept message, the locally configured APN value will
be used.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-Acct-Interim
This attribute
specifies if accounting INTERIM messages are enabled for the subscriber. Note
that accounting must also be globally enabled for the subscriber
(SN-Subscriber-Accounting), and enabled for the subscriber's AAA
context (along with a specific INTERIM interval), if accounting
INTERIM messages are to be sent.
The AVP value 0 represents
normal or enabled for generating accounting START messages. The
value 1 represents enabled for suppressing RADIUS accounting START
messages.
If the AVP is not present
in the Access Accept message or if the AVP value is invalid, the value
0 is assumed.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-Acct-Mode
This attribute
contains the subscriber accounting mode.
Value
Enumerated integer.
Supported values are:
-
flow-based-auxilliary = 0
-
-
-
-
SN-Subscriber-Acct-Rsp-Action
When this attribute
is set to None, there is no action taken while waiting for a response
for the accounting start message from the RADIUS server. When this
attribute is set to No-Early-PDUs the system buffers all packets
from the user (uplink) until a response for the accounting start
message is received from the RADIUS server. When set to Delay_GTP_Response,
the system does not send a GTP create response to the GGSN until
a response for the accounting start message is received from the
RADIUS server.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-Acct-Start
This attribute
specifies if accounting START messages are enabled for the subscriber.
Note that accounting must also be globally enabled for the subscriber
(SN-Subscriber-Accounting), and enabled for the subscriber's AAA
context, if accounting START messages are to be sent.
The AVP value 0 represents
normal or enabled for generating accounting START messages. The
value 1 represents enabled for suppressing RADIUS accounting START
messages.
If the AVP is not present
in the Access Accept message or if the AVP value is invalid, the value
0 is assumed.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-Acct-Stop
This attribute
specifies if accounting STOP messages are enabled for the subscriber.
Note that accounting must also be globally enabled for the subscriber
(SN-Subscriber-Accounting), and
enabled for the subscriber's AAA context, if accounting STOP messages
are to be sent.
The AVP value 0 represents
normal or enabled for generating accounting STOP messages. The value
1 represents enabled for suppressing RADIUS accounting STOP messages.
If the AVP is not present
in the Access Accept message or if the AVP value is invalid, the value
0 is assumed.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-Class
Customer-specific
attribute to support specific subscriber billing behavior.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-Dormant-Activity
This attribute
specifies whether to treat dormant packets routed to the mobile
as activity for idle timeout purposes. The default is Enabled. Disabled
means dormant packets routed to the mobile is not treated as activity
for idle timeout purposes.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-IP-Hdr-Neg-Mode
This attribute
specifies whether to wait (detect) for IP header compression to
be requested by the mobile before responding, or not to wait (force).
Force is the default.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-IP-TOS-Copy
This attribute
controls the copying of the IP TOS octet value from IPv4 datagrams
to the IP header in tunnel encapsulation.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-Nexthop-Address
This attribute
specifies the nexthop gateway address to be returned by AAA on a
per subscriber basis.
SN-Subscriber-No-Interims
This is a GGSN
specific attribute. When set to 0 (disabled) interim accounting
is generated. When set to 1 (enabled) interim accounting generation
is disabled.
If the AVP is not present
in the Access Accept message or if the AVP value is invalid, the
value 0 is assumed.
Value
Enumerated integer.
Supported values are:
SN-Subscriber-Permission
This attribute
indicates the services allowed to be delivered to the subscriber.
The attribute value is a bit field, and many algorithms can be specified
to indicate that one of these may be chosen by the user.
Value
Enumerated integer. In
StarOS 8.1 and earlier, supported values are:
-
-
-
-
-
-
Simple-IP-HA-Mobile-IP = 5
-
Mobile-IP-HA-Mobile-IP = 6
-
In StarOS 8.3 and later,
supported values are:
-
-
-
-
-
-
Simple-IP-HA-Mobile-IP = 5
-
Mobile-IP-HA-Mobile-IP = 6
-
-
GGSN-PDP-TYPE-IP = 0x08, # see
SessSubscriberPermission in sess_common.x
-
GGSN-PDP-TYPE-PPP = 0x10, # see
SessSubscriberPermission in sess_common.x
-
-
-
SN-Subscriber-Template-Name
RADIUS returned
subscriber template.
SN-Subs-IMSA-Service-Name
IMS authorization
service name.
SN-Subs-VJ-Slotid-Cmp-Neg-Mode
Enable/Disable
slot ID compression in either direction when using VJ compression.
Value
Enumerated integer.
Supported values are:
SN-Transparent-Data
This AVP is
used by RADIUS to provide Global Title information for the GGSN
to use in CDRs and Quota Auth.
Length
In StarOS 8.1 and later:
1–247
In StarOS 8.0: 1–237
SN-Terminating-IOI
This attribute
holds the Inter Operator Identifier for the originating network
in the home network of the terminating end user.
SN-Tp-Dnlk-Burst-Size
This attribute
specifies the Traffic Policing downlink burst size in bytes.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN-Tp-Dnlk-Committed-Data-Rate
This attribute
specifies the Traffic Policing downlink committed data rate in bps.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN-Tp-Dnlk-Exceed-Action
This attribute
specifies the action to take on Traffic Policing downlink packets
that exceed the committed-data-rate but do not violate the peak-data-rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Transmit-On-Buffer-Full = 4
SN-Tp-Dnlk-Peak-Data-Rate
This attribute
specifies the Traffic Policing downlink peak data rate in bps.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN-Tp-Dnlk-Violate-Action
This attribute
specifies the action to take on Traffic Policing downlink packets
that exceed both the committed-data-rate and the peak-data-rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Transmit-On-Buffer-Full = 4
SN-Tp-Uplk-Burst-Size
This attribute
specifies the Traffic Policing uplink burst size in bytes.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN-Tp-Uplk-Committed-Data-Rate
This attribute
specifies the Traffic Policing uplink committed data rate in bps.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN-Tp-Uplk-Exceed-Action
This attribute
specifies the action to take on Traffic Policing uplink packets
that exceed the committed-data-rate but do not violate the peak-data-rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Transmit-On-Buffer-Full = 4
SN-Tp-Uplk-Peak-Data-Rate
This attribute
specifies the Traffic Policing Uplink Peak Data Rate in bps.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN-Tp-Uplk-Violate-Action
This attribute
specifies the action to take on Traffic Policing uplink packets
that exceed both the committed-data-rate and the peak-data-rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Transmit-On-Buffer-Full = 4
SN-TPO-Policy
This attribute
contains the TPO policy name.
SN-Traffic-Group
This attribute
is used to assign a tag to an FA or a group of FAs, so that traffic
policy can be enforced based on the tag value.
SN-TrafficSelector-Class
The ipsec traffic
selector class.
SN-Tun-Addr-Policy
Describes IP
address validation policy for non L2TP tunneled calls.
Value
Enumerated integer.
Supported values are:
-
no-local-alloc-validate = 0
-
-
SN-Tunnel-Gn
Used to enable/disable
Gn interface from PDG/TTG to GGSN.
Value
Enumerated integer.
Supported values are:
SN-Tunnel-ISAKMP-Crypto-Map
This attribute
specifies the system-defined crypto map to use for the subscriber's
Mobile-IP connection, when IPSec is used to protect the Mobile-IP
connection. This attribute is salt-encrypted.
SN-Tunnel-ISAKMP-Secret
This attribute
specifies the secret to use for IKE.
SN-Tunnel-Load-Balancing
This attribute
specifies the load-balancing algorithm to use when tunneling is
employed.
Value
Enumerated integer.
Supported values are:
SN-Tunnel-Password
This attribute
contains a secret for tunneling usage. Currently this is only used
for L2TP. It is recommended that you use the Tunnel-Password attribute
if your RADIUS server supports salt-encryption of attributes.
SN-Unclassify-List-Name
Unclassify List
Name.
SN-User-Privilege
This attribute
specifies the user privilege.
Value
Enumerated integer.
Supported values are:
SN-Virtual-APN-Name
This attribute
contains the virtual APN name.
SN-Visiting-Behavior
This attribute
specifies the configuration for the behavior bits settings for a
visiting subscriber in an APN.
When GGSN is configured
to reject the charging characteristics sent by the SGSN for "home"
subscribers, it uses the profile index specified by cc-home behavior <bits>
profile <index> command to determine the appropriate
CCs to use.
Multiple behavior bits
can be configured for a single profile index by "Or"ing the bit
strings together and convert the result to hexadecimal. The properties
of the actual CC profile index are configured as part of the GGSN
service using the cc profile command.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
SN-Visiting-Profile
This attribute
specifies the configuration for the profile bits settings for a
visiting subscriber in an APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
SN-Visiting-Sub-Use-GGSN
This attribute
configures GGSN to accept GGSN's charging characteristics for visiting
subscribers defined for the APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
Value
Enumerated integer.
Supported values are:
SN-Voice-Push-List-Name
SN-Voice-Push-List-Name.
SN-VPN-ID
This attribute
contains the Destination VPN of the user, specified by a 32-bit
identifier.
SN-VPN-Name
This attribute
contains the name of the user’s Destination VPN.
SN-WiMAX-Auth-Only
Specifies whether
the call is established for Authentication Mode Only.
Value
Enumerated integer.
Supported values are:
SN-WLAN-AP-Identifier
This attribute
contains the access point identifier for WLAN UE. This attribute
comprises LAC and CI digits separated by an underscore. This AP
identifier may include Access point MAC address or MAC/SSID.
This attribute is received in Acct-Start / Acct-Interim
message from WLC.
SN-WLAN-UE-Identifier
This attribute
contains the identifier for WLAN UE, i.e. device's MAC address in
Calling-Station-Id AVP format according to RFC 3580 (MAC address
in ASCII format (upper case only), with octet values separated by
a "-"). Example: "00-10-A4-23-19-C0". This attribute is received
in Acct-Start / Acct-Interim message from WLC.
SN1-Access-link-IP-Frag
This attribute
specifies what to do when data received for the subscriber on the
Access link that needs to be fragmented and the DF bit is either
set or unset. The default is Normal.
Value
Enumerated integer.
Supported values are:
-
Normal = 0 — Data
to be fragmented is not fragmented if the DF bit is set
-
DF-Ignore = 1 — Fragment
regardless
-
DF-Fragment-ICMP-Notify = 2 — Fragment
regardless, and ICMP Notify if DF bit is set
SN1-Acct-Input-Giga-Dropped
This attribute
contains the number of input gigawords dropped if the number of
input bytes is greater than 2^32 - 1
SN1-Acct-Input-Octets-Dropped
This attribute
contains the number of input bytes dropped.
SN1-Acct-Input-Packets-Dropped
This attribute
contains the number of input packets dropped.
SN1-Acct-Output-Giga-Dropped
This attribute
contains the number of output gigawords dropped if the number of
output bytes is greater than 2^32 - 1.
SN1-Acct-Output-Octets-Dropped
This attribute
contains the number of output bytes dropped.
SN1-Acct-Output-Packets-Dropped
This attribute
contains the number of output packets dropped.
SN1-Admin-Expiry
This attribute
contains the date/time the administrative user account
expires. It is an integer value specifying the number of seconds
since the UNIX epoch at which time the account will expire.
SN1-Admin-Permission
This attribute
indicates the services allowed to be delivered to the administrative
user. The attribute value is a bit field, and many algorithms can
be specified to indicate that one of these may be chosen by the
user.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
-
-
-
-
-
-
-
CLI-Intercept-FTP-ECS = 15
SN1-Assigned-VLAN-ID
The VLAN ID
assigned to the subscriber.
SN1-Call-Id
Internal system
generated call ID number for the session.
SN1-Cause-For-Rec-Closing
This attribute
contains a reason for the release of the CDR.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
-
-
managementIntervention = 20
SN1-CFPolicy-ID
This attribute
contains the Content Filtering policy ID.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN1-Change-Condition
This attribute
defines the reason for closing the container.
Value
Enumerated integer.
Supported values are:
SN1-Charging-VPN-Name
Charging VPN
Name.
SN1-Chrg-Char-Selection-Mode
This attribute
contains the charging characteristics type that the GSNs applied
to the CDR.
Value
Integer. Supported
values are:
SN1-Data-Tunnel-Ignore-DF-Bit
This attribute
specifies if the PDSN/FA or HA should ignore the DF bit
in the IPv4 header when encapsulating the IPv4 packet in MIP, and
therefore fragmenting the resulting tunneled packet if necessary.
The default is not to ignore the DF bit.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not ignore DF bit
-
Enabled = 1 — Ignore
DF bit
SN1-DHCP-Lease-Expiry-Policy
This attribute
specifies whether to renew or disconnect on expiry of IP address
lease time.
Value
Enumerated integer.
Supported values are:
SN1-Disconnect-Reason
This attribute
contains the reason the user was disconnected from service.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
SN1-DNS-Proxy-Intercept-List
DNS proxy list.
SN1-DNS-Proxy-Use-Subscr-Addr
This attribute
is used to convey whether to use the subscriber's address as the
source address for DNS Proxy.
Value
Enumerated integer.
Supported values are:
SN1-Dynamic-Addr-Alloc-Ind-Flag
This attribute
indicates that the PDP address has been dramatically allocated for
that particular PDP context. This field is missing if the address
is static (e.g., part of the PDP context subscription). Dynamic
address allocation might be relevant for charging (e.g., the duration
of PDP context as one resource offered and possibly owned by the
network operator).
Value
Integer. Supported
value is:
-
Dynamic address allocation = 1
SN1-Ecs-Data-Volume
Compound attribute
indicating downlink and uplink octet usage for a PDP context per
rating group.
Value
Contains the following
subattributes:
Rating-Group-Id
Rating Group Id
in a PDP context.
GPRS-Uplink
Uplink octet
usage for a PDP context per rating group.
GPRS-Downlink
Downlink octet
usage for a PDP context per rating group.
SN1-Enable-QoS-Renegotiation
This attribute
configures the enabling of dynamic QoS renegotiation.
Value
Enumerated integer.
Supported values are:
SN1-Ext-Inline-Srvr-Context
This attribute
configures the context name in which the External In-line server
resides. The value is an ASCII string naming the In-line Server
Context.
SN1-Ext-Inline-Srvr-Down-Addr
This attribute
configures the IP address of the Downstream External In-line server
to forward VLAN-tagged packets to. It can be tagged, in which case
it is treated as part of an external in-line server group.
SN1-Ext-Inline-Srvr-Down-VLAN
This attribute
configures the IP address of the downstream external in-line server
to forward VLAN-tagged packets to. It can be tagged, in which case
it is treated as part of an external in-line server group.
SN1-Ext-Inline-Srvr-Preference
This attribute
configures the preference for the tagged group of External In-line
Servers. This attribute is required, although it doesn't actually
assign a preference right now. It can be tagged, in which case it
is treated as part of an external in-line server group.
SN1-Ext-Inline-Srvr-Up-Addr
This attribute
configures the IP address of the Upstream External In-line server
to forward VLAN-tagged packets to. It can be tagged, in which case
it is treated as part of an external in-line server group.
SN1-Ext-Inline-Srvr-Up-VLAN
This attribute
configures the VLAN tag to be applied to Upstream packets and forwarded
to the External In-line server. It can be tagged, in which case
it is treated as part of an external in-line server group.
Value
The VLAN tag to apply.
SN1-Firewall-Enabled
Firewall for
subscriber enabled.
Value
Enumerated integer.
Supported values are:
SN1-Firewall-Policy
This attribute
is obsoleted.
SN1-FMC-Location
MAC address
and CDMA location information.
SN1-GGSN-MIP-Required
This attribute
specifies if MIP is required for the GGSN subscriber.
Value
Enumerated integer.
Supported values are:
SN1-Gratuitous-ARP-Aggressive
This attribute
specifies whether to generate a gratuitous ARP message whenever
a MIP handoff or re-registration occurs. A non-zero of this attribute
also configures the mode of operation when sending the gratuitous
ARP, although only one mode (Aggressive) is supported at this time.
Value
Enumerated integer.
Supported values are:
SN1-Gratuitous-ARP-Mode
This attribute
specifies whether to generate a gratuitous ARP message whenever
a MIP handoff or re-registration occurs. A non-zero of this attribute
also configures the mode of operation when sending the gratuitous
ARP, although only one mode (Aggressive) is supported at this time.
Value
An integer in network
order. Supported values are:
-
Disabled = 0 — Do
not send Gratuitous ARP
-
Aggressive = 1 — Send
Gratuitous ARP in Aggressive mode
SN1-GTP-Version
This attribute
contains the version of GTP the subscriber is using.
Value
Enumerated integer.
Supported values are:
SN1-HA-Send-DNS-Address
This attribute
specifies if the HA should send the DNS address in the Mobile IP
RRP message. The default is not to send the DSN Address.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not send
-
SN-Home-Behavior
This attribute
specifies the configuration for the behavior bits settings for a
home subscriber in an APN.
When GGSN is configured
to reject the charging characteristics sent by the SGSN for “home” subscribers,
it uses the profile index specified by cc-home behavior <bits>
profile <index> command to determine the appropriate
CCs to use.
Multiple behavior bits
can be configured for a single profile index by “Or”ing
the bit strings together and convert the result to hexadecimal.
The properties of the actual CC profile index are configured as
part of the GGSN service using the cc profile command.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
SN1-Home-Behavior
This attribute
specifies the configuration for the behavior bits settings for a
home subscriber in an APN.
When GGSN is configured
to reject the charging characteristics sent by the SGSN for “home” subscribers,
it uses the profile index specified by cc-home behavior <bits>
profile <index> command to determine the appropriate
CCs to use.
Multiple behavior bits
can be configured for a single profile index by “Or”ing
the bit strings together and convert the result to hexadecimal.
The properties of the actual CC profile index are configured as
part of the GGSN service using the cc profile command.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
SN1-Home-Profile
This attribute
specifies the configuration for the profile bits settings for a
home subscriber in an APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
SN1-Home-Sub-Use-GGSN
This attribute
configures GGSN to accept GGSN's charging characteristics for home
subscribers defined for the APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
Value
Enumerated integer.
Supported values are:
SN1-Ignore-Unknown-HA-Addr-Err
Value of 1 enables
HA to ignore unknown HA address error for incoming RRQ.
SN1-IMSI
This is the
IMSI that identifies the mobile subscriber.
SN1-IMS-AM-Address
IMS application
manager address.
SN1-IMS-AM-Domain-Name
IMS application
manager domain name.
SN1-Internal-SM-Index
GGSN charging
service, internally used.
SN1-Inactivity-Time
This attribute
contains the inactivity time duration for a subscriber session under
long time duration timer configuration.
SN1-IP-Alloc-Method
This attribute
specifies the method for allocating an IP address. This feature
only applies to the GGSN Service.
Value
Enumerated integer.
Supported values are:
SN1-IP-Filter-In
This attribute
is deprecated. To select an IP access list that is already defined
in the destination context, use the IETF standard Filter-Id attribute.
The filter ID is used to identify the IP access list by name.
SN1-IP-Filter-Out
This attribute
is deprecated. To select an IP access list that is already defined
in the destination context, use the IETF standard Filter-Id attribute.
The filter ID is used to identify the IP access list by name.
SN1-IP-Header-Compression
Specifies the
IP header compression method to use.
Value
Enumerated integer.
Supported values are:
SN1-IP-Hide-Service-Address
This attribute
prevents the IP address bound to a call service from responding
to ping and IMCP error packets.
Value
Enumerated integer.
Supported values are:
SN1-IP-In-ACL
This attribute
contains a definition for one Input IP Access Control List, which
is used to filter the IP packets coming from the user. Note that
more than one of these attributes can be included, in which case
they are processed in the order in which they appear in the RADIUS
Access-Accept.
SN1-IP-In-Plcy-Grp
This attribute
specifies the name of the policy group config applied in the uplink
direction.
SN1-IP-Out-ACL
This attribute
contains a definition for one Output IP Access Control List, which
is used to filter the IP packets sent to the user. Note that more
than one of these attributes can be included, in which case they
are processed in the order in which they appear in the RADIUS Access-Accept.
SN1-IP-Out-Plcy-Grp
This attribute
specifies the name of the policy group config applied in the downlink
direction.
SN1-IP-Pool-Name
This attribute
contains the name of the IP pool, configured on the chassis, from
which an IP address should be chosen for the user.
SN1-IP-Source-Validation
This attribute
indicates if the source IP address should be validated before forwarding
the IP packet.
Value
Enumerated integer.
Supported values are:
SN1-IP-Source-Violate-No-Acct
This attribute
excludes the Source Violated IP packets and byte counts when reporting
the Octet and Packet count in an accounting message.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden. If there is no value configured in the APN this value will
not be applied to the session.
Value
Enumerated integer.
Supported values are:
SN1-IP-Src-Valid-Drop-Limit
Maximum number
of packet drops entertained before disconnecting the session for
source violated packets for the session
SN1-IPv6-DNS-Proxy
IPV6 DNS Proxy
Enabled or Disabled Setting for the session.
Value
Enumerated integer.
Supported values are:
SN1-IPv6-Egress-Filtering
This attribute
enables egress filtering to make sure that packets being sent to
the mobile device have an interface ID that matches that of the
mobile device. This feature is meant to protect the Mobile from
receiving unwanted packets from the Internet.
Value
Enumerated integer.
Supported values are:
SN1-IPv6-Min-Link-MTU
SN1-IPv6-Min-Link-MTU
SN1-IPv6-num-rtr-advt
This attribute
contains the IPv6 number of Initial Router Advertisements. Default
value is 3.
SN1-IPv6-Primary-DNS
This attribute
specifies a Primary DNS server address that the Router Advertisement
message sent by the PDSN will include.
SN1-IPv6-rtr-advt-interval
This attribute
contains the IPv6 Initial Router Advertisement Interval, specified
in milliseconds. The default value is 3000.
SN1-IPv6-Sec-Pool
This attribute
contains the IPv6 secondary pool name.
SN1-IPv6-Sec-Prefix
IPv6 Secondary
Pool name prefix.
SN1-IPv6-Secondary-DNS
This attribute
specifies a Secondary DNS server address that the Router Advertisement
message sent by the PDSN will include.
SN1-L3-to-L2-Tun-Addr-Policy
This attribute
specifies the address allocation policy.
Value
Enumerated integer.
Supported values are:
-
no-local-alloc-validate = 0 — Do
not locally allocate, do not validate
-
local-alloc = 1 — Locally
allocate
-
local-alloc-validate = 2 — Locally
allocate and validate
SN1-LI-Dest-Address
This attribute
specifies the Authorized Destination-IP/Port to which LI
packets could be forwarded.
Value
Opaque value. Contains
the following subattributes:
SN1-LI-Dest-IP
This attribute
specifies the authorized Destination IP to which LI packets could
be forwarded.
SN1-LI-Dest-Port
This attribute
specifies the authorized Destination Port to which LI packets could
be forwarded.
SN1-Local-IP-Address
This attribute
contains the IP address of the local interface on the chassis for
the user’s session.
SN1-Long-Duration-Action
This attribute
specifies the action to take place when the long duration timeout
expires for a subscriber session.
Value
Enumerated integer.
Supported values are:
-
Detection = 1 — Detect
the session and alert the administrator
-
Disconnection = 2 — Disconnect
the session
-
Dormant-Only-Disconnection = 3
-
Dormant-Only-Detection = 4
SN1-Long-Duration-Notification
Long Duration
Notification.
Value
Enumerated integer.
Supported values are:
SN1-Long-Duration-Timeout
This attribute
is used to detect and if necessary disconnect sessions connected
to the PDSN. This attribute configures the time period before either
alerting the administrator or disconnecting the subscriber.
Value
An integer in network
order which is the number of seconds for the long duration timer.
SN1-Mediation-Acct-Rsp-Action
When this attribute
is set to None, there
is no action taken while waiting for a response for the accounting
start message from the Mediation Accounting server. When this attribute
is set to No-Early-PDUs the
system buffers all packets from the user (uplink) until a response
for the accounting start message is received from the Mediation
Accounting server. When set to Delay_GTP_Response,
the system does not send a GTP create PDP response to the GGSN until a
response for the accounting start message is received from the Mediation
Accounting server. If the AVP is not present in Access Accept message
or if the AVP value is invalid, the value “None” is
assumed.
Value
Enumerated integer.
Supported values are:
SN1-Mediation-Enabled
This attribute
indicates whether the Mediation Accounting configuration is enabled
or disabled for GGSN.
If the AVP is not present
in Access Accept message or if the AVP value is invalid, the locally
configured APN value will be used.
Value
Enumerated integer.
Supported values are:
SN1-Mediation-No-Interims
This attribute
is used to disable or enable Mediation Interim Accounting Records
for the session.
If this AVP is not present
in Access Accept message or if the AVP value is invalid, the locally
configured APN value will be used.
Value
Enumerated integer.
Supported values are:
SN1-Mediation-VPN-Name
This attribute
specifies the Mediation Context name for the session.
If this AVP is not received
in the Access Accept message or if the AVP value is invalid, the
locally configured APN value will be used.
SN1-Min-Compress-Size
This attribute
contains the minimum size (in octets) a data packet can have in
order to be compressed.
SN1-MIP-AAA-Assign-Addr
This attribute
specifies if the PDSN/FA will allow AAA to assign the home
address. The default is to not allow AAA to assign the home address.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not allow AAA to assign home address
-
Enabled = 1 — Allow
AAA to assign home address
SN1-MIP-ANCID
Accounting correlation
ID created by IPGW, received by VBM and HBM.
SN1-MIP-Dual-Anchor
Enable/disable
dual-anchor service for a subscriber.
Value
Enumerated integer.
Supported values are:
SN1-MIP-HA-Assignment-Table
MIP-HA Assignment
Table name. When this is received in an Access Accept message, the system
uses this local table to get the HA Address.
SN1-MIP-Match-AAA-Assign-Addr
This attribute
specifies if the PDSN/FA will enforce that a non-zero AAA-specified
home address must match the home address present in the MIP RRQ
from the mobile node, and disconnect the subscriber session if a
match is not present. The default is not to force the addresses
to match.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not force the AAA-specified home address to match RRQ
-
Enabled = 1 — Force
the AAA-specified home address to match RRQ
SN1-MIP-Reg-Lifetime-Realm
Configure the
maximum MIP registration lifetime for a subscriber/realm.
SN1-MIP-Send-Ancid
AAA attribute
to enable/disable sending ANCID from FA to HA in MIP RRQ.
Value
Enumerated integer.
Supported values are:
SN1-MIP-Send-Correlation-Info
This attribute
enables/disables sending of correlation-id from FA to HA
in MIP RRQ.
Value
Enumerated integer. In
StarOS 8.1 and earlier, supported values are:
In StarOS 8.3 and later,
supported values are:
SN1-MIP-Send-Imsi
Attribute to
enable/disable sending IMSI from FA to HA in MIP RRQ.
Value
Enumerated integer. In
StarOS 8.1 and earlier, supported values are:
In StarOS 8.3 and later,
supported values are:
SN1-MIP-Send-Term-Verification
This attribute
specifies whether the PDSN/FA should send the Terminal
Verification Normal Vendor/Organization Specific Extension
(NVSE) in the Mobile IP RRQ message to the HA. The default is not
to send the Terminal Verification NVSE.
Value
Enumerated integer. In
StarOS 8.1 and earlier, supported values are:
-
Disabled = 0 — Do
not send
-
In StarOS 8.3 and later,
supported values are:
-
-
NVSE_Custom1 = 1 — Send
custom NVSE
-
NVSE_Custom2 = 2 — Send
custom NVSE
-
NVSE_Starent = 3 — Send
custom NVSE
SN1-MN-HA-Hash-Algorithm
This attribute
contains the hash algorithm to use for MN-HA authentication.
Value
Enumerated integer.
Supported values are:
SN1-MN-HA-Timestamp-Tolerance
This attribute
contains the duration of timestamp tolerance, in seconds, to use
for MN-HA authentication.
SN1-MSK-Lifetime
This attribute
is currently not supported.
SN1-NAI-Construction-Domain
This attribute
specifies the domain name to use when constructing the NAI.
Value
An ASCII string specifying
the domain to use when constructed NAI is used.
SN1-NAT-Bind-Record
This attribute
contains the NAT Binding Record.
Value
Contains the following
subattributes:
NAT-IP-Address
NAT IP Address.
NAT-Port-Block-Start
Start port of
the port chunk.
NAT-Port-Block-End
End port of
the port chunk.
Alloc-Flag
Port chunk status.
Accepted Values are 0(De-Allocated) and 1(Allocated).
Correlation-Id
Correlation
ID.
Loading-Factor
Indicates maximum
number of users per NAT IP address.
Binding-Timer
Port chunk hold
timer.
SN1-NAT-Info-Record
NAT-Record-Info.
This attribute is also
accepted in CoA response message to be used in a currently active
subscriber session.
Value
Contains the following
subattributes:
Framed-IP-Address
Framed IP address.
This attribute is also
accepted in CoA response message to be used in a currently active
subscriber session.
NAT-IP-Address
NAT IP address.
This attribute is also
accepted in CoA response message to be used in a currently active
subscriber session.
NAT-Port-Block-Start
Start port of
the port chunk
This attribute is also
accepted in CoA response message to be used in a currently active
subscriber session.
NAT-Port-Block-End
End port of
the port chunk.
This attribute is also
accepted in CoA response message to be used in a currently active
subscriber session.
Acct-Session-Id
Accounting Session
ID.
This attribute is also
accepted in CoA response message to be used in a currently active
subscriber session.
User-Name
User name.
This attribute is also
accepted in CoA response message to be used in a currently active
subscriber session.
Correlation-Id
Correlation
ID.
This attribute is also
accepted in CoA response message to be used in a currently active
subscriber session.
Calling-Station-Id
This attribute
indicates the MSISDN/Calling station ID.
This attribute is also
accepted in CoA response message to be used in a currently active
subscriber session.
3GPP-Charging-Id
This attribute
specifies the 3GPP Charging Identifier.
This attribute is also
accepted in CoA response message to be used in a currently active
subscriber session.
SN1-NAT-IP-Address
This attribute
includes the NAT (public) IP address used for the call.
This attribute is also
accepted in CoA request and response messages to be used in a currently
active subscriber session.
SN1-NAT-IP-Address-Old
Public IP address
used for the call
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN1-NAT-Port
This attribute
specifies the port used along with NAT-IP for N:1 case.
SN1-NPU-Qos-Priority
This attribute
configures Inter-Subscriber priority Queueing based on class of
service offered. Gold has highest priority and Best_effort
lowest priority. From DSCP, means the priority queueing will be
done based on the DSCP marking the incoming subscriber packet carries.
Value
Enumerated integer.
Supported values are:
SN1-Ntk-Initiated-Ctx-Ind-Flag
This attribute
indicates that the PDP context is network initiated. The attribute
is missing for a mobile activated PDP context.
SN1-Ntk-Session-Disconnect-Flag
SN1-Ntk-Session-Disconnect-Flag.
Value
Enumerated integer.
Supported value is:
SN1-Ntk-Session-Disconnect-Reason
SN1-Ntk-Session-Disconnect-Reason.
Value
Enumerated integer.
Supported value is:
SN1-Nw-Reachability-Server-Name
This attribute
specifies the name of a network reachability server (defined in
the destination context of the subscriber) that must respond as
reachable, or the user is be redirected.
Value
An ASCII string representing
the name of the Network Reachability Detection Server.
SN1-Overload-Disconnect
Enables/disables
the overload-disconnect feature (if 1) and disables if 0
SN1-Overload-Disc-Connect-Time
Provides the
connect time for a session. When this time expires, the session
may become a candidate for disconnection.
SN1-Overload-Disc-Inact-Time
Provides inactivity
time for a session after which it may become candidate for disconnection.
SN1-PDIF-MIP-Release-TIA
PDIF mobile
IP release TIA.
Value
Enumerated integer.
Supported values are:
SN1-PDIF-MIP-Required
PDIF mobile
IP required.
Value
Enumerated Integer.
Supported values are:
SN1-PDIF-MIP-Simple-IP-Fallback
PDIF mobile
IP simple IP fallback.
Value
Enumerated integer.
Supported values are:
SN1-PDSN-Correlation-Id
Correlation
ID received from PDSN to HA.
SN1-PDSN-Handoff-Req-IP-Addr
This attribute
specifies if the PDSN should reject and terminate the subscriber
session when the proposed address in IPCP by the mobile does not
match the existing address in the PDSN. The default (Disabled) is
not to reject these sessions.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not reject
-
SN1-PDSN-NAS-Id
NAS Identifier
received from PDSN to HA.
SN1-PDSN-NAS-IP-Address
NAS IP address
received from PDSN to HA.
SN1-Permit-User-Mcast-PDUs
Specifies whether
or not to let the subscriber discard multicast PDUs.
Value
Enumerated integer.
Supported values are:
SN1-PPP-Accept-Peer-v6Ifid
This attribute
indicates the acceptance of the interface ID provided by peer during
PPP IPv6CP if the ID is valid. The default is disabled.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not accept interface ID
-
Enabled = 1 — Accept
interface ID
SN1-PPP-Always-On-Vse
SN1-PPP-Always-On-Vse.
Value
Enumerated integer.
Supported values are:
SN1-PPP-Data-Compression
This attribute
indicates the PPP data compression algorithm to use for the PPP
session. The attribute value is a bit field, and many algorithms
can be specified to indicate that one of these may be chosen by
the user.
Value
Enumerated integer.
Supported values are:
SN1-PPP-Data-Compression-Mode
This attribute
indicates the PPP data compression mode to use for the PPP session
when PPP data compression is used.
Value
Enumerated integer.
Supported values are:
SN1-PPP-Keepalive
This attribute
indicates the interval for the PPP keepalive, in seconds.
SN1-PPP-NW-Layer-IPv4
This attribute
indicates the PPP IPCP negotiation for IPv4. The default is enabled.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — IPCP
negotiation for IPv4 is disabled.
-
Enabled = 1 — IPCP
negotiation for IPv4 is enabled.
-
Passive = 2 — Start
the negotiation only if peer initiates it.
SN1-PPP-NW-Layer-IPv6
This attribute
indicates the PPP IPv6CP negotiation for IPv6. The default is enabled.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — IPCP
negotiation for IPv6 is disabled.
-
Enabled = 1 — IPCP
negotiation for IPv6 is enabled.
-
Passive = 2 — Start
the negotiation only if peer initiates it.
SN1-PPP-Outbound-Password
This attribute
indicates the password to be used when the user side of the PPP
connection requires authentication.
SN1-PPP-Outbound-Username
This attribute
indicates the username to be used when the user side of the PPP
connection requires authentication.
SN1-PPP-Progress-Code
This attribute
provides information about the “state” of the
PPP connection, when the connection was terminated.
Value
Enumerated integer.
Supported values are:
-
-
-
-
Call-Ppp-Renegotiating = 30
-
-
Call-Pdg-Tcp-Connecting = 45
-
Call-Pdg-Ssl-Connecting = 46
-
-
-
Call-Bcmcs-Authenticating = 70
-
-
Call-Tunnel-Connecting = 85
-
-
Call-Imsa-Authorizing = 95
-
Call-Imsa-Authorized = 97
-
Call-MBMS-UE-Authorizing = 98
-
Call-MBMS-Bearer-Authorizing = 99
-
Call-Simple-IP-Connected = 100
-
Call-Mobile-IP-Connected = 110
-
Call-Tunnel-Connected = 115
-
Call-Pdp-Type-IP-Connected = 120
-
Call-Pdp-Type-IPv6-Connected = 125
-
Call-Pdp-Type-PPP-Connected = 130
-
Call-Proxy-Mobile-IP-Connected = 140
-
-
Call-Pdg-Ssl-Connected = 141
-
-
-
Call-Ipsg-Connected = 145
-
Call-Bcmcs-Connected = 150
-
Call-MBMS-UE-Connected = 155
-
Call-MBMS-Bearer-Connected = 156
-
Call-Pending-Addr-From-DHCP = 160
-
Call-Got-Addr-From-DHCP = 170
-
Call-HA-IPSEC-Tunnel-Connecting = 180
-
Call-HA-IPSEC-Connected = 190
-
Call-ASN-Non-Anchor-Connected = 200
-
Call-ASNPC-Connected = 210
-
Call-Mobile-IPv6-Connected = 220
-
Call-PMIPv6-Connected = 221
-
Call-PHSPC-Connected = 230
-
Call-GTP-IPv4-Connected = 235
-
Call-GTP-IPv6-Connected = 236
-
Call-GTP-IPv4-IPv6-Connected = 237
-
-
-
Call-Auth-Only-Connected = 247
SN1-PPP-Reneg-Disc
PPP remote reneg
disconnect policy.
Value
Enumerated integer.
Supported values are:
-
-
-
NAI_Prefix_MSID_Mismatch = 2
SN1-Prepaid
Prepaid.
Value
Enumerated integer.
Supported values are:
SN1-Prepaid-Compressed-Count
This attribute
indicates if a Pre-paid subscriber's byte usage should be counted
on the basis of compressed or uncompressed byte data over the subscriber's
PPP connection to the system. If not present, the default is to
count uncompressed byte data.
Value
Enumerated integer.
Supported values are:
SN1-Prepaid-Final-Duration-Alg
For prepaid,
final duration is calculated based on the algorithm specified by
the value of this attribute.
If this AVP is not received
in the Access Accept message or if the AVP value is invalid, the
locally configured APN value will be used.
Value
Enumerated integer.
Supported values are:
-
-
last-user-layer3-activity-time = 1
-
last-airlink-activity-time = 2
-
last-airlink-activity-time-last-reported = 3
SN1-Prepaid-Inbound-Octets
In an Access-Accept,
this indicates how many additional inbound (bytes delivered to the
subscriber) byte credits should be granted to the subscriber. In
an Accounting- Request, this indicates how many total inbound byte
credits have been granted to the subscriber. When this attribute
is not present in the Access-Accept, then pre-paid usage checking
is disabled on an inbound octet basis.
SN1-Prepaid-Outbound-Octets
SN1-Prepaid-Outbound-Octets.
SN1-Prepaid-Preference
This attribute
specifies whether prepaid is volume based or duration based.
Value
Enumerated integer.
Supported values are:
SN1-Prepaid-Profile
Do not do prepaid,
regardless of the Rulebase configuration.
Value
Enumerated integer.
Supported values are:
SN1-Prepaid-Total-Octets
In an Access-Accept,
this attribute indicates how many additional byte credits (combining both
inbound and outbound counts) should be granted to the subscriber.
In an Accounting- Request, this indicates how many total bytes credits
(combined inbound and outbound) have been granted to the subscriber. When
this attribute is not present in the Access-Accept, then pre-paid
usage checking is disabled on a combined inbound and outbound octet-count
basis.
SN1-Prepaid-Timeout
This attribute
indicates how much time may elapse before a new request for more
pre-paid credits is issued. If the specified time has elapsed since
the prior grant of credits was received from the RADIUS server,
then a new request for credits is issued. This attribute is primarily
used to periodically update the subscriber of new credits issued
since the subscriber was connected. Note that credit requests will
still be made on behalf of the subscriber when the subscriber drops
down to the low watermark of credits (or zero if there is no low
watermark). The presence or absence of this attribute does not affect
that mechanism in any way. However, this timer is re-set whenever
any grant of credits is received on behalf of the subscriber, regardless
of why the grant of credits was requested.
SN1-Prepaid-Watermark
This attribute
Indicates the percentage of remaining granted credits that will
trigger a new request to grant credits from the RADIUS server. For
example, if 1GB of credits was granted to a user, and the value
of SN-Prepaid-Watermark was 10, then when 100 MB of credits are
remaining (900 MB have been used) to the subscriber, a new request
for any new byte credits is issued on behalf of the subscriber. Note
that when calculating the pre-paid low watermark, the total credits
granted for the subscriber's entire session is used.
SN1-Primary-DCCA-Peer
This attribute
indicates the name of the primary DCCA peer and primary DCCA realm.
If the AVP is received
in Access Accept message, the primary DCCA peer is used for Gy functionality.
If not present in the Access Accept message or if the AVP value
is invalid, the locally configured APN value will be used.
Value
A colon separated string,
like “primary_peer : primary_realm”
SN1-Primary-DNS-Server
This attribute
indicates the IP address of the primary DNS server that should be
used for the session.
SN1-Primary-NBNS-Server
Primary NBNS
Server IP address.
SN1-Proxy-MIP
This attribute
specifies if the PDSN/FA will perform compulsory Proxy-MIP
tunneling for a Simple-IP PDSN subscriber. This feature is licensed.
The default is not to perform compulsory Proxy-MIP.
Value
Enumerated integer.
Supported values are:
-
Disabled = 0 — Do
not perform compulsory Proxy-MIP
-
Enabled = 1 — Perform
compulsory Proxy-MIP
SN1-QoS-Background-Class
This attribute
defines the QOS Background Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN1-QoS-Class-Background-PHB
SN1-QoS-Class-Background-PHB
Value
Enumerated integer.
Supported values are:
SN1-QoS-Class-Converstional-PHB
SN1-QoS-Class-Converstional-PHB.
Value
Enumerated integer.
Supported values are:
SN1-QoS-Class-Interactive-1-PHB
SN1-QoS-Class-Interactive-1-PHB
Value
Enumerated integer.
Supported values are:
SN1-QoS-Class-Interactive-2-PHB
SN1-QoS-Class-Interactive-2-PHB
Value
Enumerated integer.
Supported values are:
SN1-QoS-Class-Interactive-3-PHB
SN1-QoS-Class-Interactive-3-PHB
Value
Enumerated integer.
Supported values are:
SN1-QoS-Class-Streaming-PHB
SN1-QoS-Class-Streaming-PHB
Value
Enumerated integer.
Supported values are:
SN1-QoS-Conversation-Class
This attribute
defines the QOS Conversation Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN1-QoS-Interactive1-Class
This attribute
defines the QOS Interactive Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN1-QoS-Interactive2-Class
This attribute
defines the QOS Interactive2 Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN1-QoS-Interactive3-Class
This attribute
defines the QOS Interactive3 Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN1-QoS-Negotiated
Negotiated QoS
for GGSN sessions.
Length
In 10.2 and earlier
releases: 4–17
In 11.0 and later releases:
4–20
SN1-QoS-Renegotiation-Timeout
This attribute
configures the timeout duration of dampening time for dynamic QoS
renegotiation.
SN1-QoS-Streaming-Class
This attribute
defines the QOS Streaming Traffic Class.
Value
Opaque value encoded
in the following format:
-
Byte 16 Bit 1 - Uplink
Traffic Policing Enable/Disable
-
Byte 16 Bit 2 - Downlink
Traffic Policing Enable/Disable
-
Byte 16 Bits 3,4 -
Uplink Exceed Action
-
Byte 16 Bits 5,6 -
Downlink Exceed Action
-
Byte 16 Bits 7,8 -
Uplink Violate Action
-
Byte 15 Bits 1,2 -
Downlink Violate Action
-
Byte 15 Bit 3 - Downlink
Ext Peak Data Rate
-
Byte 15 Bit 4 - Downlink
Ext Committed Data Rate
-
Byte 14 - Uplink Peak
Data Rate
-
Byte 13 - Downlink
Peak Data Rate
-
Byte 12 - Uplink Committed
Data Rate
-
Byte 11 - Downlink
Committed Data Rate
-
Byte 5-8 - Uplink Burst
Size (in Network Byte Order)
-
Byte 1-4 - Downlink
Burst Size (in Network Byte Order)
SN1-QoS-Tp-Dnlk
This attribute
enables/disables Traffic Policing/Shaping in downlink
direction.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
SN1-QoS-Tp-Uplk
This attribute
enables/disables Traffic Policing/Shaping in uplink
direction.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
SN1-QoS-Traffic-Policy
This compound
attribute simplifies sending QoS values for Traffic Class, Direction,
Burst-Size, Committed-Data-Rate, Peak-Data-Rate, Exceed-Action,
and Violate-Action from the RADIUS server. When the SN1-QoS-Traffic-Policy
attribute is sent along with the Acct-Session-ID attribute, the
system matches the particular PtDP context, and applies the new
policy and retains the policy with the subscriber profile for future
use. The next time the system sends a CoA request with a new policy
and a different Acct-Session-ID for the same subscriber, the previously
received policy is also applied to the matching PDP context along
with the new policy.
IMPORTANT:
This attribute is specific
to the GGSN service.
This attribute is also
accepted in CoA request message to be used in a currently active subscriber
session.
Value
Contains the following
subattributes:
Direction
Direction of
traffic.
Value
Unsigned integer. Supported
values are:
Class
Traffic class.
Value
Unsigned integer. Supported
values are:
Burst-Size
Peak burst size.
Committed-Data-Rate
Committed data
rate.
Peak-Data-Rate
Peak data rate.
Exceed-Action
Action to take
on packets that exceed the Committed-Data-Rate but do not violate
the Peak-Data-Rate.
Value
Unsigned integer. Supported
values are:
Violate-Action
Violate action.
Value
Unsigned integer. Supported
values are:
-
-
-
-
-
Buffer-Transmit-On-Full = 4
Auto-Readjust-Enabled
Available only
in StarOS 8.1 and later. Auto-readjust enabled.
Auto-Readjust-Duration
Available only
in StarOS 8.1 and later. Auto-readjust duration.
Qci
Available only
in 11.0 and later releases. QOS QCI accepted values are 1 (qci 1),
2 (qci 2), 3 (qci 3), 4 (qci 4), 5 (qci 5), 6 (qci 6), 7 (qci 7),
8 (qci 8), 9 (qci 9).
SN1-Rad-APN-Name
This attributes
specifies the RADIUS returned APN name.
If this AVP is not present
in the Access Accept message or if the AVP value is invalid, the
SGSN supplied APN value in create PDP context will be used for the session.
SN1-Radius-Returned-Username
This attribute
is used to prefer RADIUS returned user name over constructed username
in the accounting messages.
Value
Enumerated integer.
Supported values are:
SN1-Re-CHAP-Interval
The Periodic
CHAP authentication interval for PPP, in seconds.
SN1-Roaming-Behavior
This attribute
specifies the configuration for the behavior bits settings for a
roaming subscriber in an APN.
When GGSN is configured
to reject the charging characteristics sent by the SGSN for "roaming"
subscribers, it uses the profile index specified by cc-home behavior <bits>
profile <index> command to determine the appropriate
CCs to use.
Multiple behavior bits
can be configured for a single profile index by "Or"ing the bit
strings together and convert the result to hexadecimal. The properties
of the actual CC profile index are configured as part of the GGSN
service using the cc profile command.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
SN1-Roaming-Profile
This attribute
specifies the configuration for the profile bits settings for a
roaming subscriber in an APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
SN1-Roaming-Status
This attribute
specifies if the user is in roaming network for HA/LNS
calls.
Value
Enumerated integer.
Supported values are:
SN1-Roaming-Sub-Use-GGSN
This attribute
configures GGSN to accept GGSN's charging characteristics for roaming
subscribers defined for the APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
Value
Enumerated integer.
Supported values are:
SN1-ROHC-Direction
Specifies in
which direction to apply Robust Header Compression (ROHC).
Value
Enumerated integer.
Supported values are:
SN1-ROHC-Flow-Marking-Mode
Configure ROHC
compression for marked flows only.
Value
Enumerated integer.
Supported values are:
SN1-ROHC-Mode
Sets the mode
of operation for Robust Header Compression for IP.
Value
Enumerated integer.
Supported values are:
SN1-ROHC-Profile-Name
Specifies the
ROHC profile name to use for the subscriber.
SN1-Routing-Area-Id
For GGSN calls
this indicates the Routing Area ID of the subscriber.
SN1-Rulebase
When the session
is active charging enabled, Rulebase name will specify one of the
pre configured ECSv2 rulebases in active charging subsystem.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
If there is no value configured in the APN, this value will not
be applied to the session.
SN1-Secondary-DCCA-Peer
This attribute
indicates the name of the Secondary DCCA peer and Secondary DCCA realm.
If this AVP is received
in Access Accept message the secondary DCCA peer is used for Gy
functionality. If not present in the Access Accept message or if
the AVP value is invalid, the locally configured APN value will
be used.
Value
A colon separated string,
like “secondary_peer : secondary_realm”.
SN1-Secondary-DNS-Server
This attribute
indicates the IP address of the secondary DNS server that should
be used for the session.
SN1-Secondary-NBNS-Server
Secondary NBNS
Server IP Address.
SN1-Service-Address
Used to send
the bind IP address of the service in RADIUS messages.
SN1-Service-Type
This attribute
signifies the type that the user is accessing.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
OGW = 18 — NOTE:
Applicable only in release 12.0.
-
MSEG = 18 — NOTE:
Applicable only in 12.2 and later releases.
-
SN1-Simultaneous-SIP-MIP
This attribute
indicates if a PDSN Subscriber can simultaneously be given Simple
IP and Mobile IP service.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-Acct-Mode
SN1-Subscriber-Acct-Mode
Value
Enumerated integer.
Supported values are:
-
flow-based-auxilliary = 0
-
-
-
-
SN1-Subscriber-Accounting
This attribute
specifically enables or disables subscriber accounting. Note that
if enabled, subscriber accounting still needs to be enabled in the
subscriber's AAA context for accounting to be performed.
The AVP value 0 means
no accounting; 1 indicates RADIUS accounting; and 2 indicates GTPP
accounting. If an invalid value is received or if the AVP is not present
in the Access Accept message, then the locally configured APN value
will be used.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-Acct-Interim
This attribute
specifies if accounting INTERIM messages are enabled for the subscriber. Note
that accounting must also be globally enabled for the subscriber
(SN-Subscriber-Accounting), and enabled for the subscriber's AAA
context (along with a specific INTERIM interval), if accounting
INTERIM messages are to be sent.
The AVP value 0 represents
normal or enabled for generating accounting INTERIM messages. The
value 1 represents enabled for suppressing RADIUS accounting INTERIM
messages.
If the AVP is not present
in the Access Accept message or if the AVP value is invalid, the value
0 is assumed.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-Acct-Rsp-Action
When this attribute
is set to None, there is no action taken while waiting for a response
for the accounting start message from the RADIUS server. When this
attribute is set to No-Early-PDUs the system buffers all packets
from the user (uplink) until a response for the accounting start
message is received from the RADIUS server. When set to Delay_GTP_Response,
the system does not send a GTP create response to the GGSN until
a response for the accounting start message is received from the
RADIUS server.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-Acct-Start
This attribute
specifies if accounting START messages are enabled for the subscriber.
Note that accounting must also be globally enabled for the subscriber
(SN-Subscriber-Accounting), and
enabled for the subscriber's AAA context, if accounting START messages
are to be sent.
The AVP value 0 represents
normal or enabled for generating accounting START messages. The
value 1 represents enabled for suppressing RADIUS accounting START
messages.
If the AVP is not present
in the Access Accept message or if the AVP value is invalid, the value
0 is assumed.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-Acct-Stop
This attribute
specifies if accounting STOP messages are enabled for the subscriber.
Note that accounting must also be globally enabled for the subscriber
(SN-Subscriber-Accounting), and
enabled for the subscriber's AAA context, if accounting STOP messages
are to be sent.
The AVP value 0 represents
normal or enabled for generating accounting STOP messages. The value
1 represents enabled for suppressing RADIUS accounting STOP messages.
If the AVP is not present
in the Access Accept message or if the AVP value is invalid, the value
0 is assumed.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-Class
Customer-requested
attribute for supporting specific behavior for their subscriber
billing.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-Dormant-Activity
This attribute
specifies whether to treat dormant packets routed to the mobile
as activity for idle timeout purposes. The default is Enabled. Disabled
means dormant packets routed to the mobile are not treated as activity
for idle timeout purposes.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-IP-Hdr-Neg-Mode
This attribute
specifies whether to wait for (detect) IP header compression to
be requested by the mobile before responding, or not to wait (force).
Force is the default.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-IP-TOS-Copy
This attribute
enables copying of TOS bits from outer IP headers into inner tunneled
IP headers. The default is Both.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-Nexthop-Address
This attribute
specifies the nexthop gateway address to be returned by AAA on a
per subscriber basis.
SN1-Subscriber-No-Interims
This is a GGSN
specific attribute. When set to 0 (disabled) interim accounting
is generated. When set to 1 (enabled) interim accounting generation
is disabled.
If the AVP is not present
in the Access Accept message or if the AVP value is invalid, the
value 0 is assumed.
Value
Enumerated integer.
Supported values are:
SN1-Subscriber-Permission
This attribute
indicates the services allowed to be delivered to the subscriber.
The attribute value is a bit field, and many algorithms can be specified
to indicate that one of these may be chosen by the user.
Value
Enumerated integer. Supported
values are:
-
-
-
-
-
-
Simple-IP-HA-Mobile-IP = 5
-
Mobile-IP-HA-Mobile-IP = 6
-
In StarOS 8.3 and later,
supported values are:
-
-
-
-
-
-
Simple-IP-HA-Mobile-IP = 5
-
Mobile-IP-HA-Mobile-IP = 6
-
-
GGSN-PDP-TYPE-IP = 0x08, # see
SessSubscriberPermission in sess_common.x
-
GGSN-PDP-TYPE-PPP = 0x10, # see
SessSubscriberPermission in sess_common.x
-
-
-
SN1-Subscriber-Template-Name
RADIUS returned
subscriber template.
SN1-Subs-Acc-Flow-Traffic-Valid
This attribute
indicates the subscriber account flow traffic is valid.
Value
Enumerated integer.
Supported values are:
SN1-Subs-IMSA-Service-Name
IMS Authorization
Service name.
SN1-Subs-VJ-Slotid-Cmp-Neg-Mode
Enable/Disable
slotid compression in either direction when using VJ compression.
Value
Enumerated integer.
Supported values are:
SN1-Tp-Dnlk-Burst-Size
This attribute
specifies the Traffic Policing downlink burst size in bytes.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN1-Tp-Dnlk-Committed-Data-Rate
This attribute
specifies the Traffic Policing downlink committed data rate in bps.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN1-Tp-Dnlk-Exceed-Action
This attribute
specifies the action to take on Traffic Policing downlink packets
that exceed the committed-data-rate but do not violate the peak-data-rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Transmit-On-Buffer-Full = 4
SN1-Tp-Dnlk-Peak-Data-Rate
This attribute
specifies the Traffic Policing downlink peak data rate in bps.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN1-Tp-Dnlk-Violate-Action
This attribute
specifies the action to take on Traffic Policing downlink packets
that exceed both the committed-data-rate and the peak-data-rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Transmit-On-Buffer-Full = 4
SN1-Tp-Uplk-Burst-Size
This attribute
specifies the Traffic Policing uplink burst size in bytes.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN1-Tp-Uplk-Committed-Data-Rate
This attribute
specifies the Traffic Policing uplink committed data rate in bps.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN1-Tp-Uplk-Exceed-Action
This attribute
specifies the action to take on Traffic Policing uplink packets
that exceed the committed-data-rate but do not violate the peak-data-rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Transmit-On-Buffer-Full = 4
SN1-Tp-Uplk-Peak-Data-Rate
This attribute
specifies the Traffic Policing uplink peak data rate in bps.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
SN1-Tp-Uplk-Violate-Action
This attribute
specifies the action to take on Traffic Policing uplink packets
that exceed both the committed-data-rate and the peak-data-rate.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Transmit-On-Buffer-Full = 4
SN1-Traffic-Group
This attribute
is used to assign a tag to a FA or a group of FAs, so that traffic
policy can be enforced based on the tag value.
SN1-Transparent-Data
This AVP is
used by RADIUS to provide Global Title information for the GGSN
to use in CDRs and Quota Auth.
Length
In StarOS 8.1 and later:
1–247 In StarOS 8.0: 1–237
SN1-Tun-Addr-Policy
Describes IP
address validation policy for non L2TP tunneled calls.
Value
Enumerated integer.
Supported values are:
-
no-local-alloc-validate = 0
-
-
SN1-Tunnel-Gn
Used to enable/disable
Gn interface from PDG/TTG to GGSN.
Value
Enumerated integer.
Supported values are:
SN1-Tunnel-ISAKMP-Crypto-Map
This attribute
specifies the system-defined crypto map to use for the subscriber's
Mobile-IP connection, when IPSec is used to protect the Mobile-IP
connection. This attribute is salt-encrypted.
SN1-Tunnel-ISAKMP-Secret
This attribute
specifies the secret to use for IKE.
SN1-Tunnel-Load-Balancing
Specifies the
load-balancing algorithm to use when tunneling is employed.
Value
Enumerated integer.
Supported values are:
SN1-Tunnel-Password
This attribute
contains a secret for tunneling usage. Currently this is only used
for L2TP. It is recommended that if your RADIUS server supports
salt-encryption of attributes, that you use the Tunnel-Password
attribute instead.
Value
A bitstring which is
the tunnel secret.
SN1-Unclassify-List-Name
SN1-Unclassify-List-Name.
SN1-Virtual-APN-Name
This attribute
indicates the virtual APN name.
SN1-Visiting-Behavior
This attribute
specifies the configuration for the behavior bits settings for a
visiting subscriber in an APN.
When GGSN is configured
to reject the charging characteristics sent by the SGSN for "home"
subscribers, it uses the profile index specified by cc-home behavior <bits>
profile <index> command to determine the appropriate
CCs to use.
Multiple behavior bits
can be configured for a single profile index by "Or"ing the bit
strings together and convert the result to hexadecimal. The properties
of the actual CC profile index are configured as part of the GGSN
service using the cc profile command.
If this AVP is present
in Access Accept message the locally configured APN value will be overridden.
SN1-Visiting-Profile
This attribute
specifies the configuration for the profile bits settings for a
visiting subscriber in an APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
SN1-Visiting-Sub-Use-GGSN
This attribute
configures GGSN to accept GGSN's charging characteristics for visiting
subscribers defined for the APN.
If this AVP is present
in Access Accept message the locally configured APN value will be
overridden.
Value
Enumerated integer.
Supported values are:
SN1-Voice-Push-List-Name
SN1-Voice-Push-List-Name.
SN1-VPN-ID
This attribute
indicates the Destination VPN of the user, specified by a 32-bit
identifier.
SN1-VPN-Name
This attribute
indicates the name of the user’s destination VPN.
SNA-Input-Gigawords
This attribute
contains the total number of input gigawords.
SNA-Output-Gigawords
This attribute
contains the total number of output gigawords.
SNA-PPP-Bad-Addr
This attribute
contains the total number of frames received with bad address field
in the HDLC header field, for the user’s PPP session.
SNA-PPP-Bad-Ctrl
This attribute
contains the total number of frames received with bad control field
in the HDLC header field, for the user’s PPP session.
SNA-PPP-Bad-FCS
This attribute
contains the number of frames received, for the user’s
PPP session, with bad FCS.
SNA-PPP-Ctrl-Input-Octets
This attribute
contains the number of PPP Control Octets received for the user’s
PPP session.
SNA-PPP-Ctrl-Input-Packets
This attribute
contains the number of PPP Control packets received for the user’s
PPP session.
SNA-PPP-Ctrl-Output-Octets
This attribute
contains the number of PPP Control Octets sent to the user during
the user’s PPP session.
SNA-PPP-Ctrl-Output-Packets
This attribute
contains the number of PPP Control packets sent to the user during
the user’s PPP session.
SNA-PPP-Discards-Input
This attribute
contains the number of PPP input frames that were discarded during
the user’s PPP session.
SNA-PPP-Discards-Output
This attribute
contains the number of PPP output frames that were discarded during
the user’s PPP session.
SNA-PPP-Echo-Req-Input
This attribute
contains the number of LCP echo packets received, for the user’s
PPP session.
SNA-PPP-Echo-Req-Output
This attribute
contains the number of LCP echo packets sent, for the user’s
PPP session.
SNA-PPP-Echo-Rsp-Input
This attribute
contains the number of LCP echo response packets received, for the
user’s PPP session.
SNA-PPP-Echo-Rsp-Output
This attribute
contains the number of LCP echo response packets sent, for the user’s
PPP session.
SNA-PPP-Errors-Input
This attribute
contains the number of PPP input de-framing errors for the user’s
PPP session.
SNA-PPP-Errors-Output
This attribute
contains the number of PPP output framing errors for the user’s
PPP session.
SNA-PPP-Framed-Input-Octets
This attribute
contains the number of PPP octets received (without framing overhead)
for the user’s PPP session.
SNA-PPP-Framed-Output-Octets
This attribute
contains the number of PPP octets sent (without framing overhead)
to the user during the user’s PPP session.
SNA-PPP-Packet-Too-Long
This attribute
contains the total number of frames received, for the user’s
PPP session, that exceeds the MTU of the interface.
SNA-PPP-Unfr-Data-In-Gig
This attribute
contains the total number of PPP gigawords without framing sent
for the subscriber's session. When combined with the attribute SNA-PPP-Unfr-data-In-Oct,
a 64-bit value can be formed which is the total number of PPP octets
without framing send for the subscriber's session.
SNA-PPP-Unfr-Data-Out-Gig
This attribute
contains the total number of PPP octets without framing received
for the user's session. When combined with the attribute SNA-PPP-Unfr-data-In-Oct,
a 64-bit value can be formed which is the total number of PPP octets
without framing received for the subscriber's session.
SNA-PPP-Unfr-data-In-Oct
This attribute
contains the total number of PPP octets without framing sent for
the user’s session.
SNA-PPP-Unfr-data-Out-Oct
This attribute
contains the total number of PPP octets without framing received
for the user’s session.
SNA-RPRAK-Rcvd-Acc-Ack
This attribute
contains the total number of A11 registration ACK accepted for the
user’s session.
SNA-RPRAK-Rcvd-Mis-ID
This attribute
contains the total number of A11 registration ACK messages received
with ID-mismatch for the user’s session.
SNA-RPRAK-Rcvd-Msg-Auth-Fail
This attribute
contains the total number of message auth failures for A11 registration
ACK messages for the user’s session.
SNA-RPRAK-Rcvd-Total
This attribute
contains the total number of A11 registration ACK received for the
user’s session.
SNA-RP-Reg-Reply-Sent-Acc-Dereg
This attribute
contains the number of Accept A11 registration reply sent for the
user’s session.
SNA-RP-Reg-Reply-Sent-Acc-Reg
This attribute
contains the number of Accept A11 registration reply sent for the
user’s session.
SNA-RP-Reg-Reply-Sent-Bad-Req
This attribute
contains the number of A11 registration reply sent for bad requests
for the user’s session.
SNA-RP-Reg-Reply-Sent-Denied
This attribute
contains the number of denied A11 registration reply sent for the
user’s session.
SNA-RP-Reg-Reply-Sent-Mis-ID
This attribute
contains the number of A11 registration reply sent for mismatched
ID for the user’s session.
SNA-RP-Reg-Reply-Sent-Send-Err
This attribute
contains the number of A11 registration reply sent with send errors
for the user’s session.
SNA-RP-Reg-Reply-Sent-Total
This attribute
contains the total number A11 registration reply sent for the user’s
session.
SNA-RP-Reg-Upd-Re-Sent
This attribute
contains the total number of A11 registration update re-sent for
the user’s session.
SNA-RP-Reg-Upd-Send-Err
This attribute
contains the total number of A11 registration update send errors
for the user’s session.
SNA-RP-Reg-Upd-Sent
This attribute
contains the total number of A11 registration update sent for the
user’s session.
SNA-RPRRQ-Rcvd-Acc-Dereg
This attribute
contains the number of A11 De-registration Requests accepted for
the user’s session.
SNA-RPRRQ-Rcvd-Acc-Reg
This attribute
contains the number of A11 Registration Requests accepted for the
user’s session.
SNA-RPRRQ-Rcvd-Badly-Formed
This attribute
contains the number of badly formed A11 registration requests received
for the user’s session.
SNA-RPRRQ-Rcvd-Mis-ID
This attribute
contains the number of A11 registration requests received with ID-mismatch for
the user’s session.
SNA-RPRRQ-Rcvd-Msg-Auth-Fail
This attribute
contains the number of message authentication failures for A11 registration
requests for the user’s session.
SNA-RPRRQ-Rcvd-T-Bit-Not-Set
This attribute
contains the number of A11 registration requests received with T-Bit
not set for the user’s session.
SNA-RPRRQ-Rcvd-Total
This attribute
contains the number of A11 Registration Requests received for the
user’s session.
SNA-RPRRQ-Rcvd-VID-Unsupported
This attribute
contains the number of A11 registration requests received with an
unsupported Vendor ID for the user’s session.
SNA1-PPP-Unfr-data-In-Gig
This attribute
contains the total number of PPP gigawords without framing sent
for the subscriber's session. When combined with the attribute SNA-PPP-Unfr-data-In-Oct,
a 64-bit value can be formed which is the total number of PPP octets
without framing send for the subscriber's session.
SNA1-PPP-Unfr-data-Out-Gig
This attribute
contains the total number of PPP octets without framing received
for the user's session. When combined with the attribute SNA-PPP-Unfr-data-In-Oct,
a 64-bit value can be formed which is the total number of PPP octets
without framing received for the subscriber's session.
SNA1-PPP-Unfr-data-In-Oct
This attribute
contains the total number of PPP octets without framing sent for
the user’s session.
SNA1-PPP-Unfr-data-Out-Oct
This attribute
contains the total number of PPP octets without framing received
for the user’s session.
Terminal-Capability
Opaque one byte
value received from customer RADIUS server in access request. We
need to retain this value and return it back in all future accounting
messages. Used in custom dictionary.
Vendor ID
5535 (Reusing the 3GPP2
VID in a non-standard way.)
Value
The system does not
interpret this value, but it is copied in accounting messages.
Termination-Action
Indicates what
action the NAS should take when the service is completed. AAAmgr
passes this attribute to Sessmgr only for ASN-GW calls. The combination
of Session-Timeout and Termination-Action attributes
received in Access-Accept or Access-Challenge determines how NAS
should interpret it.
Value
Enumerated integer.
Supported values are:
-
Default = 0 — Indicates
that the session should terminate.
-
RADIUS-Request = 1 — Indicates
that re-authentication should occur on expiration of the Session-Time.
Upon termination of the specified service the NAS may send a new
Access-Request to the RADIUS server, including the State attribute
if any.
Tunnel-Assignment-ID
This attribute
indicates the tunnel to which the session is to be assigned.
Value
ASCII string. It can
be tagged.
Tunnel-Client-Auth-ID
This attribute
contains the name of the client for the purposes of tunnel authentication.
Value
ASCII string. It can
be tagged.
Tunnel-Client-Endpoint
This attribute
is an identifier of the Tunnel client. When Tunnel-Medium-Type = IPv4,
then this attribute is in the form of an IP address string in “dotted-decimal” notation.
Value
Opaque value. It can
be tagged.
Tunnel-Medium-Type
This attribute
indicates the protocol medium over which the tunneling protocol
runs. It is used to describe the format of the attributes Tunnel-Client-Endpoint and Tunnel-Server-Endpoint.
Value
Enumerated integer.
It can be tagged. Supported values are:
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
E-164-NSAP-Subaddress = 15
Tunnel-Password
This attribute
contains a shared secret for the Tunnel connection. It is salt-encrypted.
Tunnel-Preference
This attribute
indicates the priority given to the tunnel group. The tunnel group
is defined as those tunnel attributes that have the same tag.
Tunnel-Private-Group-ID
This attribute
contains the context of the tunnel.
Value
ASCII string. It can
be tagged.
Tunnel-Server-Auth-ID
This attribute
contains the name of the server for the purposes of tunnel authentication.
Tunnel-Server-Endpoint
This attribute
is an identifier of the Tunnel server. When Tunnel-Medium-Type = IPv4,
then this attribute is in the form of an IP address string in “dotted-decimal” notation.
Value
A string identifying
the Tunnel server. It can be tagged.
IMPORTANT:
This attribute is used
in conjunction with L2TP functionality. Refer to the
RFC 2868 Tunneling
Attributes section for additional information on this and
other attributes added in support of this functionality.
Tunnel-Type
This attribute
indicates the type of tunnel used by the subscriber.
Value
Enumerated integer.
It can be tagged. Supported values are:
User-Name
This attribute
indicates the name of the user to be authenticated. This field can
contain a stand-alone user name, or a user name and domain name.
The format of this field is variable and configurable on a per-context
basis. Separation of user and domain names is delineated by a special
character, which can be %, -, @, \, #,
and /. The user name may appear before the domain name
or after. If this attribute is included in the Access-Accept, then
the value of that attribute will be the value of the User-Name attribute
in subsequent Accounting-Request messages for that particular session.
This attribute is also
accepted in CoA request and response messages to be used in a currently
active subscriber session.
User-Password
This attribute
contains the encrypted password of the user, when simple password
authentication is being used.
White-List
This attribute
contains the list of IMSIs which are allowed to access through an HNB.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
WiMAX-Acct-Input-Packets-Giga
Number of packets
incremented each time Acct-Input-Packets(47) overflows.
WiMAX-Acct-Output-Packets-Giga
Number of packets
incremented each time Acct-Output-Packets(48) overflows.
WiMAX-Active-Time
The period of
time the session was NOT in idle state.
WiMAX-Beginning-Of-Session
This attribute
indicates whether the session is new or a continuation of previous flow.
Value
Enumerated integer.
Supported values are:
WiMAX-BS-ID
Uniquely identifies
an NAP and a Base Station within that NAP. The first three octets
representing the NAP operator identifier, and the next three the
Base Station ID.
WiMAX-Capability
This compound
attribute identifies the supported WiMAX capabilities.
Value
Contains the following
subattributes:
WiMAX-Release
Specifies WiMAX
release of the sender.
Accounting-Capabilities
Describes accounting
capabilities supported for the session.
Value
0x00 = No
accounting. Only valid at the HA.
-
0x01 = IP-Session-based
accounting. Default value for the ASN.
-
0x02 = Flow-based accounting
Hotlining-Capabilities
Supported hotline
capabilities.
Value
-
Not-Supported = 0x00 — Hotlining
is not supported
-
Hotline-Profile-Id = 0x01 — Profile-based
Hot lining is supported (using Hotline-Profile-ID VSA)
-
NAS-Filter = 0x02 — Rule-based
Hot lining is supported using NAS-Filter-Rule
-
HTTP-Redirection = 0x04 — Hot
lining HTTP Redirection is supported.
-
Profile-Id-based-and-HTTP-Redirection-Rule-based = 0x05
-
IP-Redirection = 0x08 — Rule-based
Hot lining is supported using IP-Redirection rule.
Idle-Mode-Notification-Capabilities
Describes idle
mode notification capabilities.
Value
0x00 = Idle
Mode notification is not supported or is not required.
-
0x01 = Idle
Mode notification is supported or is required.
ROHC-Support
Describes ROHC
capability support for the session
Value
Enumerated integer.
Supported values are:
WiMAX-Control-Octets-In
Octet counts
for incoming Mobile IP, DHCP, ICMP messages for IPv4 and IPv6.
WiMAX-Control-Octets-Out
Octet counts
for outgoing Mobile IP, DHCP, ICMP messages for IPv4 and IPv6.
WiMAX-Control-Packets-In
Packet counts
for incoming Mobile IP, DHCP, ICMP messages for IPv4 and IPv6.
WiMAX-Control-Packets-Out
Packet counts
for outgoing Mobile IP, DHCP, ICMP messages for IPv4 and IPv6.
WiMAX-Count-Type
Indicates if
the record represents compressed counts over-the-air.
Value
Enumerated integer.
Supported values are:
WiMAX-Device-Auth-Indicator
Indicates whether
NAS performed device authentication successfully or not.
WiMAX-Flow-Description
Describes a
flow classifier.
WiMAX GMT-Time-Zone-Offset
The current
offset in seconds of the local time at the NAS with respect to GMT
time.
WiMAX-Home-HNP-PMIP6
The IPv6 Home
Network Prefix assigned by the AAA in HCSN to the MS for PMIP6 mobility
session.
WiMAX-Home-IPv4-HoA-PMIP6
The IPv4 Home
Address assigned by the CSN to the MS for PMIP6-IPv4 mobility session.
WiMAX-Idle-Mode-Transition
A flag indicating
whether the mobile node is in idle mode or not. When the mobile
node enters or exits idle mode, an interim accounting message that
includes WiMAX-Idle-Mode-Transition(26/44) attribute is
generated instantly. The value of this attribute is 1 when mobile
enters idle mode, and 0 when mobile exits idle mode. If accounting
mode is flow based, then the asynchronous interim message is generated
only for an ISF and not for all the flows in the session. Regular
interim accounting if enabled, is not affected by idle mode entry.
Also, the regular interim messages will not include WiMAX-Idle-Mode-Transition
attribute.
Value
Enumerated integer.
Supported values are:
WiMAX-IP-Technology
Indicates the
type of WiMAX session being used.
Value
Enumerated integer.
Supported values are:
WiMAX-NAP-ID
Uniquely identifies
the Network Access Provider.
WiMAX-NSP-ID
Uniquely identifies
the Network Service Provider.
WiMAX-Packet-Flow-Descriptor
This compound
attribute describes a packet flow. A packet flow may describe uni-directional flow
and bi-directional flow. The packet flow descriptor may be pre-provisioned.
A packet flow descriptor references one or two QoS specifications.
Value
Contains the following
subattributes:
PDF-ID
Used to match
all records from the same Packet Data Flow.
SDF-ID
Used to match
all PDFs from the same Service Data Flow.
Service-Profile-ID
Identifies a
pre configured Flow Descriptor at the NAS.
Direction
Direction of
the PDF.
Value
Enumerated integer.
Supported values are:
Activation-Trigger
Specifies the
trigger to be used for the activation of Service Flow.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
Provisioned-Activate = 0x05
-
-
Provisioned-Admit-Activate = 0x07
-
-
-
-
Dynamic-Admit-Activate = 0x0e
Transport-Type
Type of transport
(IP, Ethernet).
Uplink-QoS-ID
Identifier of
the QoS Descriptor for Uplink or Bidirection.
Downlink-QoS-ID
Identifier of
the QoS Descriptor for Downlink.
Uplink-Classifier
Classifier to
match for traffic flowing in Uplink Direction.
Downlink-Classifier
Classifier to
match for traffic flowing in Downlink Direction.
WiMAX-Packet-Flow-Descriptor-V2
Describes a
Unidirectional or Bidirectional Packet Flow Descriptor Version 2.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Contains the following
subattributes:
PDF-ID
Used to match
all records from the same Packet Data Flow.
SDF-ID
Used to match
all PDFs from the same Service Data Flow.
Service-Profile-ID
Identifies a
pre-configured Flow Descriptor at the NAS.
Direction
Direction of
the PDF.
Value
Enumerated integer.
Supported values are:
Activation-Trigger
Specifies the
trigger to be used for the activation of Service Flow.
Value
Enumerated integer.
Supported values are:
Transport-Type
Type of transport
(IP, Ethernet).
Value
Enumerated integer.
Supported values are:
Uplink-QoS-ID
Identifier of
the QoS Descriptor for Uplink or Bidirection.
Downlink-QoS-ID
Identifier of
the QoS Descriptor for Downlink.
WiMAX-Packet-Flow-Classifier
Describes Packet
Flow Classifiers.
Value
Contains the following
subattributes:
Classifier-ID
WiMAX Classifier
ID.
Priority
WiMAX Classifier
Priority.
Protocol
WiMAX Classifier
Protocol, i.e TCP/UDP.
Value
In StarOS 10.0 and
earlier: Enumerated integer. Supported values are:
In
StarOS 10.2 and later: Unsigned integer.
Direction
Direction of
the PDF.
Value
Enumerated integer.
Supported values are:
Source-Specification
Identifies WiMAX
classifier rule params for source specification.
Value
Contains the following
subattributes:
IP-Address
This attribute
contains source/destination address.
IP-Address-Range
WiMAX Packet
Classifier IP Address Range.
IP-Address-Mask
WiMAX Packet
Classifier IP Address Mask.
Port
WiMAX Packet
Classifier Port.
Port-Range
WiMAX Packet
Classifier Port Range.
Inverted
WiMAX Classifier
Inverted.
Value
Enumerated integer.
Supported values are:
Assigned
WiMAX Classifier
Assigned.
Value
Enumerated integer.
Supported values are:
Destination-Specification
Identifies WiMAX
classifier rule params for destination specification.
Value
Contains the following
subattributes:
IP-Address
This attribute
contains source/destination address.
IP-Address-Range
WiMAX Packet
Classifier IP Address Range.
IP-Address-Mask
WiMAX Packet
Classifier IP Address Mask.
Port
WiMAX Packet
Classifier Port.
Port-Range
WiMAX Packet
Classifier Port Range.
Inverted
WiMAX Classifier
Inverted.
Value
Enumerated integer.
Supported values are:
Assigned
WiMAX Classifier
Assigned.
Value
Enumerated integer.
Supported values are:
IP-TOS-DSCP-Range-And-Mask
WiMAX Classifier
WiMAX-IP-TOS-DSCP-Range-And-Mask.
Action
WiMAX Classifier
Action.
Value
Enumerated integer.
Supported values are:
Paging-Preference
WiMAX Paging
Preference.
Value
Enumerated integer.
Supported values are:
WiMAX-PDF-ID
The value of
this attribute matches all records from the same packet data flow.
PDFID is assigned by the CSN and remains constant through all handover
scenarios.
WiMAX-PPAC
The Prepaid-Accounting-Capability
(PPAC) attribute is sent in the Access-Request message by a prepaid
capable ASNGW, and is used to describe the prepaid capabilities
of the ASNGW. The absence of this attribute indicates that the client
is not capable of prepaid accounting and the session should not
use prepaid accounting.
Value
Contains the following
subattribute:
Available-In-Client
The optional
Available-In-Client subtype, generated by the PPC, indicates the
metering capabilities of the NAS and is be bitmap encoded.
Value
Enumerated integer.
Supported values are:
-
-
-
-
Supported_Volume_And_Duration = 3
WiMAX-PPAQ
Prepaid Quota,
used for charging, report usage, and request quota. This attribute
specifies the characteristics for pre-paid accounting of the volume
and/or duration of a packet data session. It should be present
in all on-line RADIUS Access-Request and on-line RADIUS Access-Accept
messages and may be included in other RADIUS Access-Accept messages.
In Authorize-Only Access-Request messages, it is used for one-time
charging, report usage and the request for further quota. In an
Access-Accept message it is used in order to allocate the (initial
and subsequent) quotas.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Contains the following
subattributes:
Quota-Identifier
Is generated
by the PPS together with the allocation of new quota.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Volume-Quota
Indicates the
volume in octets excluding control data.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Volume-Threshold
Is generated
by the PPS and indicates the volume (in octets) that be consumed
before a new quota should be requested.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Duration-Quota
3GPP2 PrePaid
Duration Quota. This is optionally present if duration-based charging
is used. In RADIUS Access-Accept message, it indicates the duration
(in seconds) allocated for the session by the PPS. In an on-line
RADIUS Access-Accept message, it indicates the total duration (in
seconds) since the start of the accounting session related to the
QuotaID of the PPAQ in which it occurs.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Duration-Threshold
3GPP2 PrePaid
Duration Quota Threshold. This is optionally present if Duration-Quota
is present in a RADIUS Access-Accept message. It is generated by
the PPS and indicates the duration (in seconds) that should be consumed
before a new quota should be requested. This threshold should not
be larger than the Duration-Quota.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Update-Reason
Reason for initiating
online quota update operation. This should be present in the Authorize-Only
RADIUS Access-Request message. It indicates the reason for initiating
the on-line quota update operation. Update reasons 6, 7, 8, and
9 indicate that the associated resources are released at the client
side, and that therefore the PPS should not allocate a new quota
in the RADIUS Access Accept message.
Value
Enumerated integer.
Supported values are:
-
-
-
-
-
-
Remote-Forced-Disconnect = 6
-
Client-Service-Termination = 7
-
Access-Service-Terminated = 8
-
Service-Not-Established = 9
-
Pre-Paid-Server
PrePaid server
IP address. This optional subtype indicates the address IPv4 of
the serving PPS. If present, the Home RADIUS server uses this address
to route the message to the serving PPS. The attribute may be sent
by the Home RADIUS server. Multiple instances of this subtype may
be present in a single PPAQ. If present in the incoming RADIUS Access-Accept
message, the ASNGW should send this attribute back without modifying
it in the subsequent RADIUS Access-Request message.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Service-ID
This value is
a string that uniquely describes the service instance to which prepaid
metering should be applied.
Rating-Group-ID
Rating-Group-ID
for which the WiMAX PPAQ is allocated or reported.
Termination-Action
Describes action
to take when PPS does not grant additional quota.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Enumerated integer.
Supported values are:
WiMAX-Prepaid-Indicator
Indicates that
this session was associated with a prepaid user (online accounting).
Value
Enumerated integer.
Supported values are:
WiMAX-Prepaid-Tariff-Switch
Attribute to
indicate Tariff-Switch-Interval / Time-Interval-After-Tariff-Switch-Update
by the PPS and Volume-Used-After-Tariff-Switch by the PPC.
Value
Contains the following
subattributes:
Quota-Identifier
It is generated
by the PPS together with the allocation of new quota.
Volume-Used-After-Tariff-Switch
Volume Quota
used after Tariff Switch Happened
Tariff-Switch-Interval
Tariff Switch
Interval in seconds
Time-Interval-After-Tariff-Switch-Update
Duration after
TSI where an on-line RADIUS Access-Request is sent by PrePaid client
to report VUATS before the next TS condition is triggered
WiMAX-QoS-Descriptor
This attribute
describes over the air QoS parameter that are associated with a
flow. The QoS-Descriptor is only valid for the actual RADIUS transaction.
This attribute is also
accepted in CoA request message to be used in a currently active
subscriber session.
Value
Contains the following
17 subattributes:
QoS-ID
Unique ID for
the QoS specification in the packet
Global-Service-Class-Name
Represents Global
Service Class Name as defined in IEEE802.16e
Service-Class-Name
Represents Service
Class Name as defined in IEEE802.16e
Schedule-Type
Specifies Uplink
granted scheduling type.
Value
Enumerated integer.
Supported values are:
Traffic-Priority
Specifies the
priority assigned to a Service Flow.
Maximum-Sustained-Traffic-Rate
Defines Peak
Information Rate of the service in bits/second.
Minimum-Reserved-Traffic-Rate
Defines Minimum
Rate reserved for the Service Flow in bits/second.
Maximum-Traffic-Burst
Defines Maximum
Burst Size accommodated for the Service in bytes/second
Tolerated-Jitter
Represents Maximum
Delay Variation in milliseconds.
Maximum-Latency
Represents Maximum
Latency in milliseconds.
Reduced-Resources-Code
Indicates that
requesting entity will accept reduced resources if requested resources
are unavailable.
Media-Flow-Type
Describes the
application type, used as a hint in admission decisions.
Value
Enumerated integer.
Supported values are:
-
-
-
-
Streaming-Video-On-Demand = 4
-
-
-
-
Location-Based-Services = 8
-
Text-Audio-Books-With-Graphics = 9
-
-
-
-
Unsolicited-Grant-Interval
Specifies nominal
interval between successive data grant opportunities for the Service
Flow, in milliseconds.
SDU-Size
Represents the
number of bytes in the fixed size SDU.
Unsolicited-Polling-Interval
Specifies maximal
nominal interval between successive polling grant opportunities
for the Service Flow.
Transmission-Policy
Include options
for PDU formation, and for uplink service flows, restrictions on
the types of bandwidth request options that may be use.
Length
In StarOS 9.0 and earlier
releases: 4
In StarOS 10.0 and
later releases: 1
Value
In StarOS 10.0 and
earlier releases: Enumerated integer. Supported values are:
-
-
-
-
-
no-sup-payload-header = 0x10
-
-
-
no-rohc-compression = 0x80
In
StarOS 10.2 and later releases: Unsigned integer.
DSCP
DSCP
Value
Enumerated integer.
Supported values are:
WiMAX-RRQ-HA-IP
IPv4 or IPv6
address of the HA as contained in the MIP Registration Request or
the BU.
WiMAX-SDF-ID
The value of
this attribute matches all records from the same packet data flow.
SDFID is assigned by the CSN and remains constant through all handover
scenarios.
WiMAX-Session-Continue
The value of
this attribute matches all records from the same packet data flow.
SDFID is assigned by the CSN and remains constant through all handover
scenarios.
Value
Enumerated integer.
Supported values are:
WiMAX-Session-Term-Capability
WiMAX session
term capability. This attribute is included in a RADIUS Access-Request message
to the RADIUS server and indicates whether or not the NAS supports
Dynamic Authorization.
Value
Enumerated integer.
Supported values are:
-
Only_Dynamic_Auth_Extn_to_Radius = 0x00000001
-
Only_Reg_Revocation_in_MIP = 0x00000002
-
Both_Dynamic_Auth_And_Reg_Revocation_in_MIP = 0x00000003
Win-Call-Id
Customer-specific
attribute used in custom dictionary. Contains opaque 1 byte value
received from customer RADIUS server in access request.
Vendor ID
5535 (Reusing the 3GPP2
VID in a non-standard way.)
Value
The system does not
interpret this value, but it is copied in accounting messages.
Win-Service-Name
Opaque value
value received from customer RADIUS server in access request. We
need to retain this value and return it back in all future accounting
messages. Used in custom dictionary.
Vendor ID
5535 (Reusing the 3GPP2
VID in a non-standard way.)
Value
The system does not
interpret this value, but it is copied in accounting messages.
WSType
Opaque one byte
value received from customer RADIUS server in access request. We
need to retain this value and return it back in all future accounting
messages.
Vendor ID
5535 (Reusing the 3GPP2
VID in a non-standard way.)
Value
The system does not
interpret this value, but it is copied in accounting messages.