■
auto-configure agent-circuit-identifier—Enables the creation of VLAN subinterfaces
that are based on agent-circuit-identifier information. For information, see “vlan
auto-configure agent-circuit-identifier” on page 677.
■
description—Assigns a description to VLAN subinterfaces that are created with
this profile. For information, see “vlan description” on page 678.
■
policy—Assigns a policy to a VLAN. For information, see “vlan policy” on page 679.
■
profile—Adds a nested profile assignment, which references another profile that
dynamically configures an upper-interface encapsulation type over the VLAN
subinterface. For information, see “vlan profile” on page 680.
■
service-profile—Specifies a service profile name for a VLAN. For information,
see “vlan service-profile” on page 680.
■
svlan ethertype—Specifies that the packet must use this Ethertype to create the
dynamic VLAN subinterface. For more information, see “svlan ethertype” on
page 675.
You can override the base profile assignment for a VLAN or S-VLAN that exists with
a profile. For more information, see “Overriding Base Profile Assignments” on
page 666.
Nested Profile Assignments
The configuration for each dynamic upper-interface encapsulation type might differ,
depending on the column type built by the router. To manage these differences, you
can include one or more nested profile assignments within the VLAN base profile.
A nested profile assignment references another profile that configures attributes for
a dynamic upper-interface encapsulation type. You can create different profiles for
each upper-interface encapsulation type, or you can create a single profile that
includes attributes for multiple encapsulation types.
For example, the following commands create a base profile named vlanBaseProfile
with two nested profile assignments. The first nested profile assignment references
an IP profile named vlanProfileIp, and the second nested profile assignment references
a PPPoe profile named vlanProfilePppoe.
host1(config)#
profile vlanBaseProfile
host1(config-profile)#
vlan profile ip vlanProfileIp
host1(config-profile)#
vlan profile pppoe vlanProfilePppoe
In this example, vlanProfileIp and vlanProfilePppoe have different IP configurations
depending on the dynamic interface column constructed. For an IP over VLAN
dynamic interface column, the router uses the IP attributes in vlanProfileIp. For an
IP over PPPoE dynamic interface column, the router uses the IP attributes in
vlanProfilePppoe.
For information about creating profiles for upper-interface encapsulation types, see
“Configuring a Dynamic Interface from a Profile” on page 563 in “Configuring Dynamic
Interfaces” on page 515.
662
■
Configuring VLAN Dynamic Subinterfaces
JUNOSe 11.1.x Link Layer Configuration Guide
Summary of Contents for JUNOSE 11.1.X - LINK LAYER CONFIGURATION 4-7-2010
Page 6: ...vi...
Page 8: ...viii JUNOSe 11 1 x Link Layer Configuration Guide...
Page 26: ...xxvi List of Figures JUNOSe 11 1 x Link Layer Configuration Guide...
Page 34: ...2 Chapters JUNOSe 11 1 x Link Layer Configuration Guide...
Page 230: ...198 Monitoring VLAN and S VLAN Subinterfaces JUNOSe 11 1 x Link Layer Configuration Guide...
Page 258: ...226 Monitoring 802 3ad Link Aggregation JUNOSe 11 1 x Link Layer Configuration Guide...
Page 334: ...302 Troubleshooting JUNOSe 11 1 x Link Layer Configuration Guide...
Page 394: ...362 Monitoring Multiclass MLPPP JUNOSe 11 1 x Link Layer Configuration Guide...
Page 406: ...374 Monitoring POS JUNOSe 11 1 x Link Layer Configuration Guide...
Page 468: ...436 Troubleshooting JUNOSe 11 1 x Link Layer Configuration Guide...
Page 498: ...466 Monitoring Bridged Ethernet JUNOSe 11 1 x Link Layer Configuration Guide...
Page 546: ...514 Monitoring Cisco HDLC JUNOSe 11 1 x Link Layer Configuration Guide...
Page 747: ...Part 2 Index Index on page 717 Index 715...
Page 748: ...716 Index JUNOSe 11 1 x Link Layer Configuration Guide...
Page 774: ...742 Index JUNOSe 11 1 x Link Layer Configuration Guide...