CISCO-CATOS-ACL-QOS-MIB Table View

This table contains the mapping of Cos values to DSCP values.
This map is used to associate the Cos of packets arriving at a
port to a DSCP where the port's trust state is trustCoS(2). 
This map is a table of eight Cos values (0 through 7) and their
corresponding DSCP values. This mapping applies to every port on
the device.

This table contains the mapping of IP Precedence to DSCP.
This map is used to associate the IP Precedence of IP packets
arriving at a port to a DSCP where the port's trust state is 
trustIpPrec(3).  This map is a table of eight IpPrecedence
values (0 through 7) and their corresponding DSCP values. 
This mapping applies to every port on the device.

This table always has 64 entries, one for each DSCP value. The
table contains three mappings from the DSCP value assigned to
a packet. One mapping is to the egress CoS to be stored in the
layer-2 frame headers for output on 802.1Q or ISL interfaces.
The other two mappings are to the remarked (or 'marked down')
DSCP values which are used when a policer's requires that 
a packet's DSCP value to be modified. Of these two mappings,
one is for a Normal Rate policer, and the other is for an 
Excess Rate policer.  These mappings apply for every port on the
device.

This table provides the information for and configuration of
assigning packets to queues and thresholds based on their CoS
value.

This table maintains threshold parameters for the specified
queue number and threshold number of a port type.

A table used to configure the WRR (weighted round robin)
weights for queues and the ratio of memory buffer allocation
for each queue. It only contains entries for the specific port 
types which supports either WRR or buffer allocation.

The table provides the DSCP mutation mapping configuration
on the device. This table is only instantiated if DSCP
Mutation is supported by the device.

The table provides the VLAN to mutation table mapping
configuration on the device. This table is only
instantiated if DSCP Mutation is supported by the 
device.

This table describes the trust state and the default Cos
value configured at each physical interface. It also 
indicates whether an ACL attached to a Qos capable physical
interface is applied per VLAN or per physical interface if
the platform supports ACL configuration.

This table identifies which ACLs are in use on which
interfaces. Some devices may impose constraints on the number
of ACLs that can be attached to each interface; for example a
constraint that at most three Qos ACLs, one for each type: IP,
IPX and MAC, and at most three Security ACLs, one for each
type: IP, IPX and MAC, can be attached to an interface.

A list of the interfaces which support the security
ACL feature.

This table identifies which operational IP ACLs are in use 
on which interfaces.

This table identifies ACLs assignment to capable
interface which is downloaded using different 
security features.

This table contains a list of IP ACEs. Each ACE consists of
a filter specification and behavior associated with it which
describes what action to carry out on packets which match.
          
An ACL is defined as the set of ACEs of the same type (all
QoS, or all Security).  Within a feature (qos or security),
each ACE is named by a combination of an AclName and an ACE
index, such that all the ACEs which are named using the same
AclName are part of the same ACL.

This table contains a list of IPX ACEs. Each ACE consists of
a filter specification and behavior associated with it which
describes what action to carry out on packets which match.
          
An ACL is defined as the set of ACEs of the same type (all
QoS, or all Security).  Within each feature (qos or security),
each ACE is named by a combination of an AclName and an ACE
index, such that all the ACEs which are named using the same
AclName are part of the same ACL. This table is instantiated
only if the ipxQos bit or ipxSecurity bit of caqAclCapabilities
object is turned on.

This table contains a list of MAC ACEs. Each ACE consists of
a filter specification and behavior associated with it which
describes what action to carry out on packets which match.
          
An ACL is defined as the set of ACEs of the same type (all
QoS, or all Security).  Within a feature (qos or security), each
ACE is named by a combination of an AclName and an ACE index,
such that all the ACEs which are named using the same AclName
are part of the same ACL. This table is instantiated only if
the macQos bit or macSecurity bit of caqAclCapabilities object
is turned on.

This table describes the actions of ACEs.  Once an ACE is
matched, it follows its MatchedAction object to an entry of this
table to get an action for the matching ACE. 
An action includes policer information as well as an DSCP 
associated with trust state information of the matching ACE.

This table defines the flow policing rules. A flow policing
rule comprises a rate, burst size and drop-or-mark indication.

This table describes the actions of Security ACEs. Once an ACE
is matched and it can go through an entry of this table to find
the Security action.

This table contains all the physical ports which are capable
of being capture interfaces on which captured packets are
output.

This table contains the QoS default action taken by the
device for traffic which is not matched by a specific
QoS ACE.

A table containing QoS statistics counters per physical
interface.

A table containing QoS statistics counter per flow.

A table containing QoS statistics counter per aggregate
policer.

This table provides configuration information for each
(existing) VLAN on whether or not bridged packets are policed
at the microflow level on that VLAN. This configuration is
useful in situations in which there are insufficient resources
to police bridged packets at the microflow level on all VLANs.
This configuration has no effect on aggregate policing.

This table is used either to assign a Cos value to frames
on a specific VLAN and which have a specific destination MAC
address and/or to indicate if the configured destination MAC
address is of a router. This table is applied only for platform
that supports these features.

This table contains a list of adjacencies to use in
policy-based forwarding (PBF). PBF is a feature that
makes possible forwarding between two different VLANs
without having a router.

This table contains a list of IP flows that describes the 
IP traffic denied and logged by the device.

A table containing ARP Inspection statistics counter per ACL.

This table contains the configuration of several threshold
values related to ARP Inspection at each physical interface.

This table provides the hit count configuration on 
ACLs which support this feature.

This table provides the hit count configuration on 
ACEs which support this feature.

This table provides the ACL hit count statistics at
an interface. An interface can be a physical port if
the bit portAclHitCount(1) is set in the object
caqAclFeatureCpb or a VLAN if the bit vlanAclHitCount(0)
is set in the object caqAclFeatureCpb.

This table provides the management information for 
downloaded ACLs.

This table contains a list of downloaded IP ACEs for 
security purpose. Each ACE consists of a filter specification
and behavior associated with it which describes what action
to carry out on packets which match.
          
An ACL is defined as the set of ACEs. Each ACE is named by
a combination of an AclName and an ACE index, such that all
the ACEs which are named using the same AclName are part of
the same ACL.

This table provides the management information for 
physical interface where downloaded ACLs are applied.