The display access-user user-id verbose command displays information about the access user with a specified user ID.
To monitor the information about the access users or locate the user access fault, you can run the display access-user user-id verbose command to view information and the verbose information about access users on the by specifying the user-id.
In detailed information about access users, (Radius) is displayed for each attribute delivered by the RADIUS server.The actual command output varies according to the device. The command output here is only an example.
<HUAWEI> display access-user user-id 0 verbose
-------------------------------------------------------------------
................
DAA information:
Service info : ning
Active DAA services by order:
Service info(Level1) : ning
Service info(Level2) : -
Service info(Level3) : -
Service info(Level4) : -
Service info(Level5) : ning
Service info(Level6) : -
Service info(Level7) : -
Service info(Level8) : -
.................
.................
Value-added-service Flow Statistic:
DAA(level1) IPv6 Up packets number(high,low) : (0,0)
DAA(level1) IPv6 Up bytes number(high,low) : (0,0)
DAA(level1) IPv6 Down packets number(high,low) : (0,0)
DAA(level1) IPv6 Down bytes number(high,low) : (0,0)
DAA(level5) IPv6 Up packets number(high,low) : (0,0)
DAA(level5) IPv6 Up bytes number(high,low) : (0,0)
DAA(level5) IPv6 Down packets number(high,low) : (0,0)
DAA(level5) IPv6 Down bytes number(high,low) : (0,0)
.................
.................
<HUAWEI> system-view [~HUAWEI] display access-user user-id 0 verbose ------------------------------------------------------------------- ................. ................. AAA: ................. ................. Account-copy-group: zr Template: huawei3 Interval: 67 min Template: huawei5 Interval: 89 min Template: huawei6 Interval: 90 min Template: huawei7 Interval: 200 min Template: huawei8 Interval: 56 min Template: huawei9 Interval: 88 min Template: huawei1 Interval: 6 min Template: huawei4 Interval: 88 min Active EDSG services by order: Service0 info : b Service1 info : c Service2 info : d Service3 info : e EDSG information: Service info : Ab Service info : Ac Service info : Ad Service info : Ae ................. ................. -------------------------------------------------------------------
<HUAWEI> display access-user user-id 100 verbose
-------------------------------------------------------------------
.......................
.......................
VPN&Policy-route:
Vpn-Instance : -
Vpn-Instance(Interface) : wjh
.......................
.......................
<HUAWEI> display access-user user-id 100 verbose ------------------------------------------------------------------- Basic: User access index : 100 State : Used/Active User name : R8-0201023000000000@lcw Domain name : lcw User backup state : No RUI user state : - User access interface : GigabitEthernet 0/1/1 User access PeVlan/CeVlan : -/- User access slot : 1 User MAC : 00e0-fc12-3456 User IP address : 10.0.100.155 User IP netmask : 255.255.255.255 User gateway address : 10.0.0.1 User Authen IP Type : ipv4/-/- User Basic IP Type : -/-/- Server IP : 10.0.0.1 User lease : 2001-05-29 22:29:24---2001-06-01 22:29:24 Remain lease(sec) : 212875 User access type : IPOE User authentication type : Bind authentication Agent-Circuit-Id : - Agent-Remote-Id : - Access-line-id Information(dhcpv4 option82): - Access start time : 2001-05-29 22:29:24 User-Group : - Next-hop : - Policy-route-IPV6-address : - AAA: Server-template of second acct: - Current authen method : No authentication Authen result : Success Current author method : Idle Author result : Idle Action flag : Idle Authen state : Authed Author state : Idle Configured accounting method : No accounting Quota-out : Offline Current accounting method : No accounting Realtime-accounting-switch : Close Realtime-accounting-interval(sec) : - Realtime-accounting-send-update : No Realtime-accounting-traffic-update : No Accounting start time : 2001-05-29 22:29:24 Online time (h:min:sec) : 12:52:05 Accounting state : Ready Accounting session ID : HUAWEI030000000000004dce2aAAAAAA MTU : 1500 Idle-cut direction : Both Idle-cut-data (time,rate,idle): 0 sec, 60 kbyte/min, 0 min 0 sec Ipv4 Realtime speed : 0 kbyte/min Ipv4 Realtime speed inbound : 0 kbyte/min Ipv4 Realtime speed outbound : 0 kbyte/min Dot1X: User MSIDSN name : - EAP user : No MD5 end : No VPN&Policy-route: Vpn-Instance : - Multicast Service: Multicast-profile : - Multicast-profile-ipv6 : - Max Multicast List Number : 4 IGMP enable : Yes PIM-SM enable : No PIM-SM-V6 enable : Yes ACL&QoS: Link bandwidth auto adapt : Disable UpPriority : Unchangeable DownPriority : Unchangeable TrafficPolicy : abc(Radius) Flow Statistic: If flow info contain l2-head : Yes Flow-Statistic-Up : Yes Flow-Statistic-Down : Yes Up packets number(high,low) : (0,0) Up bytes number(high,low) : (0,0) Down packets number(high,low) : (0,0) Down bytes number(high,low) : (0,0) IPV6 Up packets number(high,low) : (0,0) IPV6 Up bytes number(high,low) : (0,0) IPV6 Down packets number(high,low) : (0,0) IPV6 Down bytes number(high,low) : (0,0) Dslam information : Circuit ID :- Remote ID :- Actual datarate upstream :0(Kbps) Actual datarate downstream :0(Kbps) Min datarate upstream :0(Kbps) Min datarate downstream :0(Kbps) Attainable datarate upstream :0(Kbps) Attainable datarate downstream :0(Kbps) Max datarate upstream :0(Kbps) Max datarate downstream :0(Kbps) Min lowpower datarate upstream :0(Kbps) Min lowpower datarate downstream :0(Kbps) Max delay upstream :0(s) Max delay downstream :0(s) Actual delay upstream :0(s) Actual delay downstream :0(s) Access loop encapsulation :0x000000 -------------------------------------------------------------------
Item | Description |
---|---|
DAA information | DAA information. |
Service info | Service information. |
Service info(Level1) | Service information(Level1). |
Service info(Level2) | Service information(Level2). |
Service info(Level3) | Service information(Level3). |
Service info(Level4) | Service information(Level4). |
Service info(Level5) | Service information(Level5). |
Service info(Level6) | Service information(Level6). |
Service info(Level7) | Service information(Level7). |
Service info(Level8) | Service information(Level8). |
Active DAA services by order | Display activated DAA services in the matching order. |
Active EDSG services by order | Currently activated EDSG services. |
Value-added-service Flow Statistic | VAS traffic statistics collection. |
Flow Statistic | Traffic statistics collection. |
DAA(level1) IPv6 Up packets number(high,low) | Number of upstream IPv6 DAA service (level 1) packets. |
DAA(level1) IPv6 Up bytes number(high,low) | Number of upstream IPv6 DAA service (level 1) bytes. |
DAA(level1) IPv6 Down packets number(high,low) | Number of downstream IPv6 DAA service (level 1) packets. |
DAA(level1) IPv6 Down bytes number(high,low) | Number of downstream IPv6 DAA service (level 1) bytes. |
Up packets number(high,low) | Number of packets sent by IPv4 users. The formula is as follows: Number of packets = 4294967296 x high + low. For example, if high is 1 and low is 705032704, the number of packets = 1 x 4294967296 + 705032704 = 5000000000.
|
Up bytes number(high,low) | Number of bytes sent by IPv4 users. The formula is as follows: Number of bytes = 4294967296 x high + low. For example, if high is 1 and low is 705032704, the number of bytes = 1 x 4294967296 + 705032704 = 5000000000.
|
Down packets number(high,low) | Number of packets sent to IPv4 users. The formula is as follows: Number of packets = 4294967296 x high + low. For example, if high is 1 and low is 705032704, the number of packets = 1 x 4294967296 + 705032704 = 5000000000.
|
Down bytes number(high,low) | Number of bytes sent to IPv4 users. The formula is as follows: Number of bytes = 4294967296 x high + low. For example, if high is 1 and low is 705032704, the number of bytes = 1 x 4294967296 + 705032704 = 5000000000.
|
DAA(level5) IPv6 Up packets number(high,low) | Number of upstream IPv6 DAA service (level 5) packets. |
DAA(level5) IPv6 Up bytes number(high,low) | Number of upstream IPv6 DAA service (level 5) bytes. |
DAA(level5) IPv6 Down packets number(high,low) | Number of downstream IPv6 DAA service (level 5) packets. |
DAA(level5) IPv6 Down bytes number(high,low) | Number of downstream IPv6 DAA service (level 5) bytes. |
EDSG information | EDSG information delivered through authentication response packets. |
Service0 info | Information about the services that have been activated. |
Service1 info | Information about the services that have been activated. |
Service2 info | Information about the services that have been activated. |
Service3 info | Information about the services that have been activated. |
Vpn-Instance | Name of a VPN instance. |
Vpn-Instance(Interface) | Name of a interface VPN instance. |
User access index | Index number of a user. |
User name | User name. |
User backup state | User information backup status. |
User access interface | Name of the interface. |
User access PeVlan/CeVlan | Outer/inner VLAN tag of a QinQ packet. |
User access slot | The ID of the slot. |
User MAC | MAC address of a user. |
User IP address | IP address of the user. |
User IP netmask | Mask of the user IP address. |
User gateway address | Gateway address of the user. |
User Authen IP Type | IP address type that can be used for user authorization. The value is in the ipv4/ipv6/ipv6-pd format, and a dash (-) is displayed if an IP address type is not supported, such as ipv4/-/-.
|
User Basic IP Type | Basic IP protocol of a user. The value is in the ipv4/ipv6/ipv6-pd format, and a dash (-) is displayed if a protocol is not the basic IP protocol, such as ipv4/-/-.
|
User lease | User lease. |
User access type | Access type of a user. |
User authentication type | Authentication type of an access user. |
User MSIDSN name | MSIDSN name of a user. |
State | State of the user entry.
|
Domain name | Name of the domain to which a user belongs. |
RUI user state | Status of the remote backup profile bound to the RUI user.
|
Authen result | Authentication result.
|
Authen state | User authentication state.
|
Basic | Basic information. |
Server IP | IP address of the DHCPv4 server that allocates IP addresses to the user. |
Remain lease(sec) | Remaining IP address lease ( in seconds). |
Agent-Circuit-Id | Specifies the agent-circuit-id (a sub-option of dhcpv4 option 82/dhcpv6 option18) value. |
Agent-Remote-Id | Specifies the agent-remote-id (a sub-option of dhcpv4 option 82/dhcpv6 option37) value. |
Access-line-id Information | Specifies the information of access-line-id (sub-options of pppoe+ option 82). |
Access start time | Time when a user accesses the. |
Access loop encapsulation | Encapsulation mode of the access circuit. |
User-Group | Group to which a user belongs to. |
Next-hop | IP address of the next hop. |
Policy-route-IPV6-address | IPv6 address used in IPv6 policy-based routing. |
Server-template of second acct | Server template used by a user for second accounting. |
Current authen method | Current authentication mode.
|
Current author method | Current authorization mode.
|
Current accounting method | Accounting method configured for a user. |
Author result | Authorization result.
|
Author state | Authorization state.
|
Action flag | User action flag.
|
Configured accounting method | Configured accounting mode.
|
Quota-out | Policy to be adopted in case that the quota is used up. |
Realtime-accounting-switch | Whether real-time accounting is enabled. |
Realtime-accounting-interval(sec) | Real-time accounting interval(sec). |
Realtime-accounting-send-update | Whether the sends real-time accounting packets immediately after receiving an accounting reply packet. |
Realtime-accounting-traffic-update | Whether the sends real-time accounting packets when updating traffic. |
Accounting start time | Time to perform accounting for users. |
Accounting state | Accounting state.
|
Accounting session ID | Accounting session ID. |
Online time (h:min:sec) | Duration a user is online(h:min:sec). |
MTU | Maximum transmission unit. |
Idle-cut direction | Idle cut direction. |
Idle-cut-data (time,rate,idle) | Parameters of idle cut in the current domain (time,rate,idle). |
Ipv4 Realtime speed | Real-time traffic rate of Ipv4 access users. |
Ipv4 Realtime speed inbound | Real-time transmission rate of upstream Ipv4 traffic. |
Ipv4 Realtime speed outbound | Real-time transmission rate of downstream IPv4 traffic. |
EAP user | Whether the user is an EAP user. |
MD5 end | Whether the user information is terminated through EAP. |
Multicast Service | Multicast service information. |
Multicast-profile | Multicast profile used by users in the current domain. |
Multicast-profile-ipv6 | Multicast profile used by IPv6 users in the current domain. |
Max Multicast List Number | Maximum number of multicast profiles that can be bound to a domain. |
Max datarate upstream | Maximum upstream traffic rate. |
Max datarate downstream | Maximum downstream traffic rate, |
Max delay upstream | Maximum upstream delay. |
Max delay downstream | Maximum downstream delay. |
IGMP enable | Whether IGMP is enabled. |
PIM-SM enable | Whether PIM-SM-V4 is enabled. |
PIM-SM-V6 enable | Whether PIM-SM-V6 is enabled. |
Link bandwidth auto adapt | Auto link bandwidth adjustment. |
UpPriority | Priority of traffic sent by access users. |
DownPriority | Priority of traffic sent to access users. |
TrafficPolicy | Used traffic policy. |
If flow info contain l2-head | Whether a packet contains a layer 2 header. |
Flow-Statistic-Up | Statistics about traffic sent by access users. |
Flow-Statistic-Down | Statistics about traffic sent to access users. |
IPV6 Up packets number(high,low) | Number of packets sent by IPv6 users. The formula is as follows: Number of packets = 4294967296 x high + low. For example, if high is 1 and low is 705032704, the number of packets = 1 x 4294967296 + 705032704 = 5000000000.
|
IPV6 Up bytes number(high,low) | Number of bytes sent by IPv6 users. The formula is as follows: Number of bytes = 4294967296 x high + low. For example, if high is 1 and low is 705032704, the number of bytes = 1 x 4294967296 + 705032704 = 5000000000.
|
IPV6 Down packets number(high,low) | Number of packets sent to IPv6 users. The formula is as follows: Number of packets = 4294967296 x high + low. For example, if high is 1 and low is 705032704, the number of packets = 1 x 4294967296 + 705032704 = 5000000000.
|
IPV6 Down bytes number(high,low) | Number of bytes sent to IPv6 users. The formula is as follows: Number of bytes = 4294967296 x high + low. For example, if high is 1 and low is 705032704, the number of bytes = 1 x 4294967296 + 705032704 = 5000000000.
|
Dslam information | DSLAM service information. |
Circuit ID | ID of an attachment circuit. |
Remote ID | ID of a remote agent. |
Actual datarate upstream | Actual upstream traffic rate. |
Actual datarate downstream | Actual downstream traffic rate. |
Actual delay upstream | Actual upstream delay. |
Actual delay downstream | Actual downstream delay. |
Min datarate upstream | Minimum upstream traffic rate. |
Min datarate downstream | Minimum downstream traffic rate. |
Min lowpower datarate upstream | Minimum upstream traffic rate in the low power state. |
Min lowpower datarate downstream | Minimum downstream traffic rate in the low power state. |
Attainable datarate upstream | Available upstream traffic rate. |
Attainable datarate downstream | Available downstream traffic rate. |
Template | Name of the RADIUS accounting copy server group. |
Interval | Interval for copying accounting packets to each accounting copy server group. |
Account-copy-group | Name of the accounting copy group. |
AAA | AAA service information. |
Dot1X | Dot1X service information. |