Class CIM_MPLSBuffers
extends CIM_BufferPool

MPLSBuffers represents buffer resources supporting Label Switch Routers (LSRs) and MPLS interfaces on these LSRs.

Table of Contents
Hierarchy
Direct Known Subclasses
Class Qualifiers
Class Properties
Class Methods

Class Hierarchy

CIM_ManagedElement
|
+--CIM_Collection
|
+--CIM_CollectionOfMSEs
|
+--CIM_BufferPool
|
+--CIM_MPLSBuffers

Direct Known Subclasses

Class Qualifiers

Name	Data Type	Value
Description	string	MPLSBuffers represents buffer resources supporting Label Switch Routers (LSRs) and MPLS interfaces on these LSRs.
Experimental	boolean	true
UMLPackagePath	string	CIM::Network::Buffers
Version	string	2.8.1000

Class Properties

Local Class Properties

Name	Data Type	Default Value	Qualifiers
Name	Data Type	Default Value	Name	Data Type	Value
MaxAllocMultiplier	uint16
			Description	string	The maximum allocation multiplier (MAM) determines the proportion of the buffer resource that is available for allocation to MPLS tunnels/traffic trunks. The value of the MAM can be chosen so that a resource can be under-allocated or over-allocated. A resource is said to be under-allocated if the aggregate demands of all traffic trunks that can be allocated to it are always less than the capacity of the resource. A resource is said to be over-allocated if the aggregate demands of all traffic trunks allocated to it can exceed the capacity of the resource.
			MaxValue	sint64	100
			MinValue	sint64	0
			PUnit	string	percent
			Units	string	Percent
ResourceClasses	uint32
ResourceClasses	uint32		Description	string	This property describes the resource classes to which a buffer resource belongs. ResourceClasses is defined as a 32-bit vector, and the classes are described in [RFC2702]. In general, a resource can be assigned to more than one resource class, since the classes are coded in the individual bits of the property. Resource classes can be used to implement a variety of policies. From a Traffic Engineering perspective, they can be used to implement policies with regard to both traffic and resource oriented performance optimization. For example, resource class attributes can specify the relative preference of sets of resources for path placement of traffic trunks; explicitly restrict the placement of traffic trunks to specific subsets of resources; etc.

Inherited Properties

Name	Data Type
AvailableBuffers	uint32
BufferSize	uint16
Caption	string
CollectionID	string
CreationClassName	string
Description	string
ElementName	string
Generation	uint64
InstanceID	string
Name	string
SharedBuffers	uint32
SizeOfBuffers	uint32
TotalBuffers	uint32

Class Methods