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Table of Contents
- play_arrow AAA for Subscriber Management
- play_arrow AAA for Subscriber Management
- play_arrow RADIUS for Subscriber Management
- RADIUS Servers and Parameters for Subscriber Access
- Storage and Reporting of Interface Descriptions to Uniquely Identify Subscribers
- Session Options for Subscriber Access
- RADIUS NAS Port Attributes and Options
- RADIUS Logical Line Identification
- RADIUS Authentication and Accounting Basic Configuration
- RADIUS Reauthentication As an Alternative to RADIUS CoA for DHCP Subscribers
- Configuring RADIUS Reauthentication for DHCP Subscribers
- RADIUS Accounting for Subscriber Access
- Verifying and Managing Subscriber AAA Information
- Session Termination Causes and RADIUS Termination Cause Codes
- AAA Termination Causes and Code Values
- DHCP Termination Causes and Code Values
- L2TP Termination Causes and Code Values
- PPP Termination Causes and Code Values
- VLAN Termination Causes and Code Values
- play_arrow Domain Maps for Subscriber Management
- play_arrow Testing and Troubleshooting AAA
- play_arrow RADIUS Dictionary Files
- Junos OS Release 15.1 Subscriber Management RADIUS Dictionary [DCT]
- Junos OS Release 16.1 Subscriber Management RADIUS Dictionary [DCT]
- Junos OS Release 16.2 Subscriber Management RADIUS Dictionary [DCT]
- Junos OS Release 17.1 Subscriber Management RADIUS Dictionary [DCT]
- Junos OS Release 17.4 Subscriber Management RADIUS Dictionary [DCT]
- Junos OS Release 18.2 Subscriber Management RADIUS Dictionary [DCT]
- Junos OS Release 18.4 Subscriber Management RADIUS Dictionary [DCT]
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- play_arrow DHCP and DHCPv6 for Subscriber Management
- play_arrow DHCP for Subscriber Management
- DHCP Overview
- DHCP Access Profiles for Subscriber Authentication and Accounting Parameters
- Overrides for Default DHCP Local Server and DHCP Relay Configuration Settings
- Delaying DHCP Offer and Advertise Responses to Load Balance DHCP Servers
- DHCP Options and Selective Traffic Processing
- Using DHCP Option 82 Information
- Default Services for DHCP Subscribers
- DHCP Client Attribute and Address Assignment
- DHCP Lease Times for IP Addresses
- DHCP Leasequery Methods
- DHCP Client Authentication With An External AAA Authentication Service
- Receiving DHCP Options From a RADIUS Server
- Common DHCP Configuration for Interface Groups and Server Groups
- Number of DHCP Clients Per Interface
- Maintaining DHCP Subscribers During Interface Delete Events
- Dynamic Reconfiguration of Clients From a DHCP Local Server
- Understanding Deferred NACK on DHCP Reconfigure Abort
- Conserving IP Addresses Using DHCP Auto Logout
- DHCP Short Cycle Protection
- DHCP Monitoring and Management
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- play_arrow IPv6 for Subscriber Management
- play_arrow IPv6 for Subscriber Management
- Introduction to IPv6 Addresses
- Migration to IPv6 Using IPv4 and IPv6 Dual Stack
- IPv6 WAN Link Addressing with NDRA
- IPv6 WAN Link Addressing with DHCPv6 IA_NA
- Subscriber LAN Addressing with DHCPv6 Prefix Delegation
- WAN and LAN Addressing Using DHCPv6 IA_NA and DHCPv6 Prefix Delegation
- Designs for IPv6 Addressing in a Subscriber Access Network
- Dual-Stack Access Models in a DHCP Network
- Dual-Stack Access Models in a PPPoE Network
- Best Practices for Configuring IPv4 and IPv6 Dual Stack in a PPPoE Access Network
- Dual Stack for PPPoE Access Networks Using DHCP
- Dual Stack for PPPoE Access Networks Using NDRA
- IP Demultiplexing Interfaces on Packet-Triggered Subscriber Services
- Conservation of IPv4 Addresses for Dual-Stack PPP Subscribers Using On-Demand IPv4 Address Allocation
- Dual Stack Subscribers Monitoring and Management
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- play_arrow DHCPv6 for Subscriber Management
- play_arrow Packet Triggered Subscriber Services
- play_arrow Packet Triggered Subscriber Services
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- play_arrow Address-Assignment Pools for Subscriber Management
- play_arrow Address-Assignment Pools for Subscriber Management
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- play_arrow DNS Addresses for Subscriber Management
- play_arrow DNS Addresses for Subscriber Management
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- play_arrow M:N Subscriber Redundancy
- play_arrow Access Node Control Protocol and the ANCP Agent for Subscriber Services
- play_arrow Access Node Control Protocol and the ANCP Agent for Subscriber Services
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- play_arrow Diameter Base Protocol and its Applications
- play_arrow Diameter Base Protocol and its Applications
- Diameter Base Protocol
- Gx-Plus for Provisioning Subscribers
- 3GPP Policy and Charging Control for Wireline Provisioning and Accounting
- NASREQ for Authentication and Authorization
- JSRC for Subscriber Provisioning and Accounting
- JSRC and Subscribers on Static Interfaces
- Monitoring and Management Diameter Information
- Tracing Diameter Base Protocol Events for Troubleshooting
- Troubleshooting Diameter Networks
- Monitoring and Managing Static Subscriber Information
- Tracing Static Subscriber Events for Troubleshooting
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dynamic-profile (Static Subscribers)
date_range
03-Feb-21
Syntax
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dynamic-profile profile-name {
aggregate-clients (merge | replace);
}
Hierarchy Level
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[edit logical-systems logical-system-name routing-instances routing-instances-name system services static-subscribers], [edit logical-systems logical-system-name routing-instances routing-instances-name system services static-subscribers group group-name], [edit logical-systems logical-system-name system services static-subscribers], [edit logical-systems logical-system-name system services static-subscribers group group-name], [edit routing-instances routing-instances-name system services static-subscribers], [edit routing-instances routing-instances-name system services static-subscribers group group-name], [edit system services static-subscribers], [edit system services static-subscribers group group-name]
Description
Specify the dynamic client profile that is instantiated
at login and de-instantiated at logout for all static subscribers
on interfaces configured at the [edit system services static-subscribers
interface] hierarchy level or for the static subscribers in
a specific group. The group version of the statement takes precedence
over the global version.
Note:
Do not specify a dynamic profile that creates a dynamic interface.
Default
By default, the junos-default-profile is used when you do not specify a global dynamic profile with this statement.
Options
profile-name—Name of the dynamic client profile profile.
The remaining statements are explained separately. Search for a statement in CLI Explorer or click a linked statement in the Syntax section for details.
