adapter 1, port 2, VCI 3, and VPI 4, the virtual router displays the format in
ASCII as ‘E’ ‘1’ ‘2’ ‘003’ ‘00004’.
■
fixed-adapter-new-field—If you set up the router to generate the L2TP Calling
Number AVP in fixed–adapter-embedded-new-field format, the router formats
the AVP to use a fixed format of up to 17 characters consisting of all ASCII fields
with a 2-byte
slot
field, 1-byte
adapter
field, and 2-byte
port
field:
■
Format for ATM interfaces:
systemName
(up to 4 bytes)
slot
(2 bytes)
adapter
(1 byte)
port
(2 bytes)
VPI
(3 bytes)
VCI
(5 bytes)
■
Format for Ethernet interfaces:
systemName
(up to 4 bytes)
slot
(2 bytes)
adapter
(1 byte)
port
(2 bytes)
VLAN
(8 bytes)
■
Format for serial interfaces:
systemName
(up to 4 bytes)
slot
(2 bytes)
adapter
(1 byte)
port
(2 bytes) 0 (8 bytes)
■
Slot numbers 0 through 16 are shown as integers in the 2-byte
slot
field.
■
Example—The following command configures the L2TP Calling Number AVP
in fixed-adapter-new-field format:
host1(config)#
aaa tunnel calling-number-format fixed-adapter-new-field
For example, when you configure this L2TP Calling Number AVP format on
an E320 router for an ATM interface on system name eastern, slot 14,
adapter 1, port 2, VCI 3, and VPI 4, the virtual router displays the format in
ASCII as ‘14’ ‘1’ ‘02’ ‘003’ ‘00004’.
■
include-agent-circuit-id format—This format includes the following element:
<agent-circuit-id>
■
include-agent-circuit-id include-agent-remote-id format—This format includes
the following elements:
<agent-circuit-id> <delimit> <agent-remote-id>
■
include-agent-remote-id format—This format includes the following element:
<agent-remote-id>
■
stacked—This format includes a 4-byte stacked VLAN (S-VLAN) ID in the fixed,
fixed-adapter-embedded, and fixed-adapter-new-field Calling Number AVP formats
for Ethernet interfaces. The S-VLAN ID is displayed in decimal format in the
range 0–4095. By default, these formats do not include the S-VLAN ID unless
you specify the optional
stacked
keyword.
346
■
Configuring Calling Number AVP Formats
JUNOSe 11.0.x Broadband Access Configuration Guide
Summary of Contents for JUNOSE 11.0.X MULTICAST ROUTING
Page 6: ...vi...
Page 28: ...xxviii Table of Contents JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 36: ...xxxvi List of Tables JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 42: ...2 Managing Remote Access JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 204: ...164 Managing RADIUS and TACACS JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 292: ...252 Monitoring RADIUS Relay Server JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 336: ...296 RADIUS Client Terminate Reasons JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 368: ...328 Managing L2TP JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 444: ...404 PPP Accounting Statistics JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 494: ...454 Managing DHCP JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 510: ...470 DHCP Local Server Configuration Tasks JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 556: ...516 Configuring DHCP Relay Proxy JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 616: ...576 Managing the Subscriber Environment JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 674: ...634 Managing Subscriber Services JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 767: ...Part 7 Index Index on page 729 Index 727...
Page 768: ...728 Index JUNOSe 11 0 x Broadband Access Configuration Guide...