S5-TCS-MIB
File:
S5-TCS-MIB.mib (7488 bytes)
Imported modules
Imported symbols
Defined Types
| IpxAddress |
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| A textual convention for IPX addresses. The first four bytes
are the network number in 'network order'. The last 6 bytes
are the MAC address. |
| TEXTUAL-CONVENTION |
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OCTET STRING |
Size(10) |
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| TimeIntervalHrd |
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| A textual convention for a period of time measured
in units of 0.01 seconds. |
| TEXTUAL-CONVENTION |
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Integer32 |
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| SrcIndx |
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| A textual convention for an Index of a 'source'.
The values are encoded so that the same MIB object
can be used to describe the same type of data, but
from different sources.
For the 5000 Chassis, this is encoded in the
following base 10 fields:
1bbiii - identifies an interface on an NMM
where 'bb' is the board index and
'iii' is the interface number.
2bbppp - identifies a connectivity port on
a board where 'bb' is the board INDEX
and 'ppp' is the port INDEX.
3bblll - identifies a local channel on a
board where 'bb' is the board INDEX
and 'll' is the local channel INDEX.
4bbccc - identifies a cluster on a board
where 'bb' is the board INDEX and
'cc' is the cluster INDEX.
5bbfff - identifies a FPU on a board where
'bb' is the board INDEX, and 'fff' is
the FPU INDEX.
6bbnnn - identifies host board backplane counters
where 'bb' is the board INDEX, and
'nnn' is the segment INDEX.
7bbccc - identifies a NULL segment on a board
where 'bb' is the board INDEX, and
'ccc' is the cluster INDEX.
8mmnnn - identifies a sum across all host board(s)
connected to a given backplane segment
where 'mm' is media type, and 'nnn' is
the segment INDEX. (NOTE: This is currently
only valid for Ethernet.) |
| TEXTUAL-CONVENTION |
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INTEGER |
1..999999 |
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| FddiBkNetMode |
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| The FDDI backplane mode. |
| TEXTUAL-CONVENTION |
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INTEGER |
other(1), thruLow(2), thruHigh(3), thruLowThruHigh(4) |
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| BkNetId |
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| The backplane network ID. This is a numeric assignment
made to a backplane channel, a piece of a divided
backplane channel, or a grouping of several backplane
channels (which is done for FDDI). The number (and values)
of the backplane networks is determined by the setting
of the channel divider(s) which split some or all
the backplane channels into networks, and by
grouping when allowed by the media (such as FDDI).
Different media and backplane implementations may
have a divider or not. Also, there may be different
mappings of backplane network IDs to a divided (or
undivided) backplane channel.
Note to agent implementors - you must map the divided
(or undivided) backplane channel to the numbering here
based on the setting of the backplane channel divider(s),
and/or the grouping of the channels for FDDI. |
| TEXTUAL-CONVENTION |
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INTEGER |
1..255 |
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| BkChan |
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| The physical backplane channel identification.
This does not change when a backplane is divided.
A value of zero means no channel. Otherwise, the
channels are numbered starting at one. |
| TEXTUAL-CONVENTION |
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INTEGER |
0..255 |
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| LocChan |
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| The physical local channel identification.
A value of zero means no channel. Otherwise, the
channels are numbered starting at one. |
| TEXTUAL-CONVENTION |
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INTEGER |
0..255 |
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| AttId |
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| The attachment ID. This is either a backplane
network ID, a local channel, or as an indication
of no backplane network attachment. Negative numbers
are used to identify local channels on a board.
Where used, the board must also be specified
(or implied). A value of zero is used to indicate
no (or null) attachment. Positive numbers are the
backplane network IDs. The number (and values) of
the backplane networks is determined by the setting
of the channel divider(s) which split some or all
the backplane channels into backplane networks,
and by grouping when allowed by the media (such as
FDDI). Different media and implementations may have
a divider or not. Also, there may be different
mappings of backplane network IDs to a divided
(or undivided) backplane channel.
Note to agent implementors - you must map the divided
(or undivided) backplane channel to the numbering here
based on the setting of the backplane channel divider(s),
and/or the grouping of the channels for FDDI. |
| TEXTUAL-CONVENTION |
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INTEGER |
-255..255 |
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Defined Values
| s5TcsMib |
1.3.6.1.4.1.45.1.6.17.0 |
| 5000 Common Textual Conventions MIB
Copyright 1993-2004 Nortel Networks, Inc.
All rights reserved.
This Nortel Networks SNMP Management Information Base Specification
(Specification) embodies Nortel Networks' confidential and
proprietary intellectual property. Nortel Networks retains all
title and ownership in the Specification, including any
revisions.
This Specification is supplied 'AS IS,' and Nortel Networks makes
no warranty, either express or implied, as to the use,
operation, condition, or performance of the Specification. |
| MODULE-IDENTITY |
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