■
Format for ATM interfaces:
<system name [4]> <slot [2]> <adapter [1]> <port [2]>
<VPI [3]> <VCI [5]>
■
Format for Ethernet interfaces:
<system name [4]> <slot [2]> <adapter [1]> <port [2]>
<VLAN [8]>
■
Format for serial interfaces:
<system name [4]> <slot [2]> <adapter [1]> <port [2]> <0 [8]>
Where the final 8-byte field is always 0 (zero).
■
For E120 and E320 routers, <adapter> is the number of the bay in which
the I/O adapter (IOA) resides, either 0 or 1. For ERX7xx models, ERX14xx
models, and ERX310 routers, <adapter> is always shown as 0 (zero).
■
Slot numbers 0 through 16 are shown as integers in the 2-byte slot field.
■
To specify that the format of the Calling-Station-Id [31] attribute include a 4-byte
stacked VLAN (S-VLAN) ID for Ethernet interfaces when the RADIUS client uses
the fixed-format, fixed-format-adapter-embedded, or
fixed-format-adapter-new-field format, use the
fixed-format stacked
,
fixed-format-adapter-embedded stacked
, or
fixed-format-adapter-new-field
stacked
keywords, respectively. The maximum number of characters for each
field is shown in square brackets ([ ]).
NOTE:
The use of the
stacked
keyword is not supported for VLAN subinterfaces
based on agent-circuit-identifier information, otherwise known as ACI VLANs. When
you issue the
radius calling-station-format fixed-format stacked
,
radius
calling-station-format fixed-format-adapter-embedded stacked
, or
radius
calling-station-format fixed-format-adapter-new-field stacked
command for an
ACI VLAN, the values that appear in the 4-byte S-VLAN ID and 4-byte VLAN ID fields
are incorrect.
■
Format for Ethernet interfaces that use
fixed-format stacked
:
<system name [4]> <slot [2]> <port [1] <S-VLAN [4] <VLAN [4]>
■
Format for Ethernet interfaces that use
fixed-format-adapter-embedded
stacked
:
<system name [4]> <slot [1]> <adapter [1]><port [1] <S-VLAN [4]
<VLAN [4]>
■
Format for Ethernet interfaces that use
fixed-format-adapter-new-field
stacked
:
<system name [4]> <slot [2]> <adapter [1]><port [2] <S-VLAN [4]
<VLAN [4]>
By default, these formats do not include the S-VLAN ID unless you specify
the optional
stacked
keyword. If you include the
stacked
keyword, the
S-VLAN ID is displayed in decimal format in the range 0–4095.
The S-VLAN ID field in the Calling-Station-Id [31] attribute is set to 0 (zero)
under the following conditions:
194
■
CLI Commands Used to Modify RADIUS Attributes
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...