DOCS-QOS3-MIB Table View

This object describes the packet classification
configured on the CM or CMTS.
The model is that a packet either received as input from
an interface or transmitted for output on an interface
may be compared against an ordered list of rules
pertaining to the packet contents.  Each rule is an instance
of this object.  A matching rule provides a Service
Flow ID to which the packet is classified.
All rules need to match for a packet to match a classifier.
          
          
The attibutes in this row correspond to a set of Classifier
Encoding parameters in a DOCSIS MAC management
message.  The BitMap attribute indicates which particular
parameters were present in the classifier as
signaled in the DOCSIS message.
If the referenced parameter was not present in the signaled
Classifier, the corresponding attribute in
this instance reports a value as specified by that attribute
description.

This object describes the set of QOS parameters defined
in a managed device.
DOCSIS 1.0 COS service profiles are not represented
in this object.
Each row corresponds to a DOCSIS QOS Parameter Set as
signaled via DOCSIS MAC management messages.Each attribute
of an instance of this object corresponds to
one or part of oneService Flow Encoding.
The BitMap attribute indicates which particular parameters
were signaled in the original registration
or dynamic service request message that created the
QOS Parameter Set.
In many cases, even if a QOS Parameter Set parameter was
not signaled, the DOCSIS specification calls for
a default value to be used.  That default value is reported
as the value of the corresponding attribute in this
object instance.
          
Many attributes are not applicable, depending on the
Service Flow direction, upstream scheduling type
or Service Flow bonding configuration.  The attribute
value reported in this case is specified by those attributes
descriptions.

This object describes the set of DOCSIS-QOS Service
Flows in a managed device.

This object describes statistics associated with
the  Service Flows in a managed device.

This object describes statistics associated with
upstream service flows.  All counted frames must be
received without a Frame Check Sequence (FCS) error.

This object describes statistics associated with
the Dynamic Service Flows, Dynamic Channel Changes
and Dynamic Bonding Changes in a managed device within
a MAC Domain.
For each MAC Domain there are two instances for the for
the upstream and downstream
direction.
On the CMTS, the downstream direction instance indicates
messages transmitted or transactions originated
by the CMTS.  The upstream direction intance indicates
messages received or transaction originated
by the CM.
On the CM, the downstream direction instance indicates
messages received or transactions originated by
the CMTS.  The upstream direction instance indicates
messages transmitted by the CM or transactions originated
by the CM.

This object contains a log of the disconnected Service
Flows in a managed device.

This object describes a provisioned service class
on a CMTS.
Each object instance defines a template for certain
DOCSIS QOS Parameter Set values.  When a CM creates or
modifies an Admitted QOS Parameter Set for a Service
Flow, it may reference a Service Class Name instead of
providing explicit QOS Parameter
Set values.  In this case, the CMTS populates the QOS Parameter
Set with the applicable
corresponding values from the named Service Class.
Subsequent changes to a Service Class row do not affect
the QOS Parameter Set values of any service flows already
admitted.
A service class template applies to only a single direction,
as indicated in the ServiceClassDirection
attribute.

This object describes the set of payload header suppression
of Service Flows.

This object provides the mapping of unicast service
flows with the cable modem the service flows belongs
to.

This object defines the SID clusters associated with
an upstream service flow.

This object provides extensions to the service flow
information for Group Service Flows (GSFs).

This object provides additional packet classification
information for Group Classifier References
(GCRs) in a Group Service Flow (GSF).

This object provides extensions for service flow
statistics for fragmentation for channel bonding.

This object provides upstream service flow statistics
for Continous Concatenation and Fragmentation
(CCF).
The CMTS MAY not instantate this object for service flows
that do not use CCF or return the zero value on individual
counter's statistics.

This object defines DOCSIS MAC services primitive
statistics of upstream service flows. In pre-3.0 DOCSIS
devices this statistics exists per SID for either
Cos or Qos services in the SNMP table docsIfCmServiceTable.
          
A 3.0 CM with CoS configuration (DOCSIS 1.0 mode) reports
the statistics defined in the SNMP table docsIfCmServiceTable.
A 3.0 CM with QoS configuration reports
this object regardless of whether Multiple Transmit
Channel is enabled or disabled.

This object describes DSID information stored in
the CMTS.
The CMTS reports the current status of existing DSIDs.
When a DSID is created during the registration process
or a DBC transaction, a corresponding object instance
is created.   If a DSID is deleted or changed via
a DBC message the corresponding object instance is deleted
or updated respectively.

The CMTS Debug DSID object contains the control of
DSID debug statistics reporting
An instance in this object defines the DSID and MAC domain
to which the CmtsDebugDsidStats collects statistics
for the downstream channel associated with that
DSID and MAC Domain. The deletion of an instance stops
the reporting of statistics for the specified DSID.
          
This object supports instance creation and deletion.
          
The CMTS MUST support at least one instance of this object.

The CMTS Debug DSID Stats object describes statistics
at the CMTS for the forwarding of DSID-labeled downstream
packets.
The CMTS creates an instance for every combination of
MAC Domain, DSID value, and downstream channel on which
packets labeled with that DSID are transmitted.
The CMTS does not delete such instances while the corresponding
CmtsDebug object control instance exists.

When a DSID is created, during the registration process
or a DBC transaction,. The CM reports the current
status of existing DSID, for example, if a DSID  is deleted
or changed via DBC messages the corresponding
object instance is deleted or updated respectively.

This object defines a set of statistics the CM collects
per Dsid.

This object contains the client MAC addresses that
the CMTS requests that the CM uses to replicate Multicast
DSIDs during registration or during a DBC transaction.
          
When a DSID is created that includes client MAC addresses,
or when client MAC addresses are added to a DSID,
new rows are created to indicate the added client MAC
addresses. When a Client MAC address is deleted from
a DSID, the corresponding row is deleted.  When a DSID
is deleted, all corresponding rows are deleted, too.