Numerals enclosed by underscores can be preceded or followed by any of
the characters listed above
■
| Matches characters on either side of the metacharacter; logical OR
You must specify the interface string as a regular expression without spaces; for
example, fastEthernet1.1/100 or fastEthernet.*100
The following rules apply for representing nonprintable character sequences in
the circuit ID string or the remote ID string:
■
To represent the binary sequence 0d 0a (hex), use the string '\\r\\n'. This
consists of four ASCII characters: 5c for \\, 72 for r, 5c for \\, and 6e for n.
For example, to match the sequence 74 65 73 74 0d 0a 6f 6e 65 (hex), use
the string 'test\\r\\none'. In this string, 74 is represented by t, 65 is
represented by e, 73 is represented by s, 74 is represented by t, 0d 0a is
represented by \\r\\n, 6f is represented by o, 6e is represented by n, and 65
is represented by e.
■
To represent the binary sequence 0d 00 (hex), use the string '\\r'. This consists
of two ASCII characters: 5c for \\, and 72 for r.
■
To represent the binary sequence 0a 00 (hex), use the string '\\n'. This
consists of two ASCII characters: 5c for \\, and 6e for n.
For example, to match the sequence 74 65 73 74 0a 00 6f 6e 65 (hex), use
the string 'test\\none'. In this string, 74 is represented by t, 65 is represented
by e, 73 is represented by s, 74 is represented by t, 0a 00 is represented by
\\n, 0a is represented by \\n, 6f is represented by o, 6e is represented by n,
and 65 is represented by e.
■
To represent all other cases, use the string '\\xab', where ab is a hex code
of the byte. For example, to represent byte 3A, use '\\x3a'. This consists of
four ASCII characters: 5c for \\, 78 for x, 33 for 3, and 61 for a.
As another example, to match the sequence 74 65 73 74 f3 6f 6e 65 (hex),
use the string 'test\\xf3one'. In this string, 74 is represented by t, 65 is
represented by e, 73 is represented by s, 74 is represented by t, byte F3 is
represented by \\xf3, 6f is represented by o, 6e is represented by n, and 65
is represented by e.
Mode
Privileged Exec
510
■
dhcp delete-binding
JUNOSe 11.0.x Command Reference Guide A to M
Summary of Contents for JUNOSE 11.0
Page 6: ...vi...
Page 8: ...viii JUNOSe 11 0 x Command Reference Guide A to M...
Page 38: ...xxxviii List of Tables JUNOSe 11 0 x Command Reference Guide A to M...
Page 44: ...2 Commands A to M JUNOSe 11 0 x Command Reference Guide A to M...
Page 62: ...20 Interface Types and Specifiers JUNOSe 11 0 x Command Reference Guide A to M...
Page 63: ...Chapter 2 A Commands 21...
Page 185: ...Mode Global Configuration Subscriber Policy Configuration arp 143 Chapter 2 A Commands...
Page 253: ...Chapter 3 B Commands 211...
Page 388: ...346 bundled group id overrides mlppp ed JUNOSe 11 0 x Command Reference Guide A to M...
Page 389: ...Chapter 4 C Commands 347...
Page 515: ...Chapter 5 D Commands 473...
Page 595: ...Chapter 6 E Commands 553...
Page 649: ...Chapter 7 F Commands 607...
Page 687: ...Chapter 8 G Commands 645...
Page 703: ...Chapter 9 H Commands 661...
Page 718: ...676 hotfix activate JUNOSe 11 0 x Command Reference Guide A to M...
Page 719: ...Chapter 10 I Commands 677...
Page 1009: ...Configuring an ICR Partition ip vrrp icr partition vlan range 967 Chapter 10 I Commands...
Page 1168: ...1126 is type JUNOSe 11 0 x Command Reference Guide A to M...
Page 1169: ...Chapter 11 K Commands 1127...
Page 1171: ...Related Topics Configuring RADIUS Based Mirroring key 1129 Chapter 11 K Commands...
Page 1173: ...Chapter 12 L Commands 1131...
Page 1273: ...Mode Global Configuration log severity 1231 Chapter 12 L Commands...
Page 1284: ...1242 lsp refresh interval JUNOSe 11 0 x Command Reference Guide A to M...
Page 1285: ...Chapter 13 M Commands 1243...
Page 1465: ...Part 2 Index Index on page 1425 Index 1423...
Page 1466: ...1424 Index JUNOSe 11 0 x Command Reference Guide A to M...