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Alcatel 5620SERVICE AWARE MANAGER | RELEASE 3.0S T A T I S T I C S M A N A G E M E N T G U I D E

Alcatel assumes no responsibility for the accuracy of the information presented, which is subject to change without notice.

Alcatel, the Alcatel logo, and TiMetra are registered trademarks of Alcatel. All other trademarks are the property of their respective owners.

Copyright 2005 Alcatel.All rights reserved.

Disclaimers

Alcatel products are intended for commercial uses. Without the appropriate network design engineering, they must not be sold, licensed or otherwise distributed for use in any hazardous environments requiring fail-safe performance, such as in the operation of nuclear facilities, aircraft navigation or communication systems, air traffic control, direct life-support machines, or weapons systems, in which the failure of products could lead directly to death, personal injury, or severe physical or environmental damage. The customer hereby agrees that the use, sale, licence or other distribution of the products for any such application without the prior written consent of Alcatel, shall be at the customer's sole risk. The customer hereby agrees to defend and hold Alcatel harmless from any claims for loss, cost, damage, expense or liability that may arise out of or in connection with the use, sale, licence or other distribution of the products in such applications.

This document may contain information regarding the use and installation of non-Alcatel products. Please note that this information is provided as a courtesy to assist you. While Alcatel tries to ensure that this information accurately reflects information provided by the supplier, please refer to the materials provided with any non-Alcatel product and contact the supplier for confirmation. Alcatel assumes no responsibility or liability for incorrect or incomplete information provided about non-Alcatel products.

However, this does not constitute a representation or warranty. The warranties provided for Alcatel products, if any, are set forth in contractual documentation entered into by Alcatel and its customers.

This document was originally written in English. If there is any conflict or inconsistency between the English version and any other version of a document, the English version shall prevail.

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Preface

About this document

The 5620 SAM User Guide and 5620 SAM Parameter Guide provide task-based workflows and user documentation to allow you to:

• use the GUI to perform tasks and maximize operator efficiency• auto-discover and administer the 5620 SAM-managed network• configure 7750 SR and 7450 ESS equipment• find definitions, ranges, dependencies, and defaults for configurable parameters

using the 5620 SAM Parameter Guide• set and enable QoS and routing policies• set and configure customer services, such as VLL, IES, VPRN, and VPLS• manage network faults• collect accounting and performance statistics

The 5620 SAM User Guide uses a task-based format. Each chapter contains:

• overview information about the task or function• a workflow describing the steps necessary to complete the task or execute the

functionality• menus or commands used to complete the procedure• a list of required procedures• detailed procedures with key parameter descriptions and GUI windows that

display the configuration options

Alcatel 5620 Service Aware Manager, Release 3.0 R1 iiiOctober 2005 3HE00214 CA

Preface

The 5620 SAM Parameter Guide provides:

• parameter descriptions• parameter options and option descriptions• parameter and option dependencies

The 5620 SAM Parameter Guide also maps 5620 SAM GUI parameter names to their equivalent 5620 SAM-O XML property names.

Procedure 1 To view 5620 SAM Parameter Guide parameter descriptions from the 5620 SAM User Guide

You can click on a parameter name in a 5620 SAM User Guide procedure to open the matching parameter description in the 5620 SAM Parameter Guide. Ensure the following:

• the 5620 SAM Parameter Guide and 5620 SAM User Guide are located and opened from the same directory

• Adobe Reader Release 5.0 or later is installed

1 Open the 5620 SAM User Guide PDF using Adobe Acrobat.

2 Open the 5620 SAM Parameter Guide PDF using Adobe Acrobat.

3 Click on a parameter name in a procedure in the 5620 SAM User Guide. The parameter description is displayed in the 5620 SAM Parameter Guide.

iv Alcatel 5620 Service Aware Manager, Release 3.0 R1October 2005 3HE00214 CA

Preface

About related documentation

There are many documents that define the 5620 SAM and the managed devices.

• Contact your Alcatel support representative for more information about network sizing and recommended hardware configurations. Use the 5620 SAM Planning Guide for more information about sizing.

• Use the 5620 SAM Installation and Upgrade Guide to install and upgrade the database, server, and client 5620 SAM software.

• Use the Alcatel 5620 SAM-O OSS Interface Developer Guide to use the XML OSS interface to create OSS applications, such as alarm monitoring and inventory controls.

• Use the 5620 SAM Troubleshooting Guide to troubleshoot 5620 SAM-managed networks, services, applications and platforms.

• Use the 5620 SAM Routine Maintenance Procedures Guide to help develop and schedule regular maintenance activities.

• Use the 5620 SAM System Architecture Guide to understand how the software components are designed.

• Use the 5620 SAM Statistics Management Guide to manage statistics and view a list of supported MIB counters that can be collected by 5620 SAM.

• Use the 5620 SAM CNM Developer Guide to create CNM applications.• See the index file in the User Documentation directory on the application DVD

for additional documentation.

See the 7750 SR and 7450 ESS user documentation guides for more detailed information about specific CLI commands, device installation, and additional parameter information.

Conventions used in this guide

The following table lists the conventions that are used throughout the documentation.

Table 1 Documentation conventions

Convention Description Example

Key name Press a keyboard key Delete

Italics Identifies a variable hostname

Key+Key Type the appropriate consecutive keystroke sequence CTRL+G

Key–Key Type the appropriate simultaneous keystroke sequence CTRL–G

↵ Press the Return key ↵

— An em dash indicates there is no information. —

→ Indicates that a cascading submenu results from selecting a menu item

Policies→Alarm Policies

Alcatel 5620 Service Aware Manager, Release 3.0 R1 vOctober 2005 3HE00214 CA

Preface

Procedures with options or substepsWhen there are options in a procedure, they are identified by letters. When there are substeps in a procedure, they are identified by roman numerals.

Example of options in a procedure

At step 1, you can choose option a or b. At step 2, you must do what the step indicates.

1 This step offers two options. You must choose one of the following:

a This is one option.

b This is another option.

2 You must perform this step.

Example of substeps in a procedure

At step 1, you must perform a series of substeps within a step. At step 2, you must do what the step indicates.

1 This step has a series of substeps that you must perform to complete the step. You must perform the following substeps:

i This is the first substep.

ii This is the second substep.

iii This is the third substep.

2 You must perform this step.

Important informationThe following conventions are used to indicate important information:

Warning — Warning indicates that the described activity or situation may, or will, cause equipment damage or serious performance problems.

Caution — Caution indicates that the described activity or situation may, or will, cause service interruption.

Note — Notes provides information that is, or may be, of special interest.

vi Alcatel 5620 Service Aware Manager, Release 3.0 R1October 2005 3HE00214 CA

Contents

Preface iiiAbout this document .............................................................................................................. iii

Procedure 1 To view 5620 SAM Parameter Guide parameterdescriptions from the 5620 SAM User Guide............................................ iv

About related documentation..................................................................................................vConventions used in this guide...............................................................................................v

Procedures with options or substeps ................................................................viImportant information ........................................................................................vi

Performance and accounting statistics

42 — Statistics collection overview 42-142.1 Statistics types................................................................................................. 42-2

Performance statistics.................................................................................. 42-2Accounting statistics .................................................................................... 42-2

42.2 Statistics collection process............................................................................. 42-3XML methods to transfer statistics files to OSS client applications ............. 42-3Sample collection configuration ................................................................... 42-4

42.3 Statistics file format.......................................................................................... 42-542.4 Third-party application for processing statistics............................................... 42-642.5 Workflow to collect statistics using the 5620 SAM........................................... 42-6

Alcatel 5620 Service Aware Manager, Release 3.0 R1 viiOctober 2005 3HE00214 CA

Contents

43 — Performance statistics management 43-143.1 Performance statistics collection process........................................................ 43-2

Policy types for performance statistics......................................................... 43-2SNMP MIBs ................................................................................................. 43-3

43.2 Workflow to configure the collection of performance statistics ........................ 43-343.3 Performance statistics management menus.................................................... 43-343.4 Performance statistics management procedures list ....................................... 43-443.5 Performance statistics management procedures ............................................ 43-4

Procedure 43-1 To configure a poller policy for performance statistics ...... 43-4Procedure 43-2 To configure a mediation security policy for

performance statistics .......................................................................... 43-6Procedure 43-3 To configure a log policy for performance statistics .......... 43-8Procedure 43-4 To view on-demand performance statistics..................... 43-10

44 — Accounting statistics management 44-144.1 Accounting statistics collection process........................................................... 44-2

Policy types for accounting statistics ........................................................... 44-3File and accounting policy design considerations........................................ 44-4

44.2 Workflow to configure the collection of service accounting statistics............... 44-544.3 Workflow to configure the collection of network accounting statistics ............. 44-644.4 Accounting statistics management menus ...................................................... 44-644.5 Common accounting statistics management procedures list........................... 44-744.6 Common accounting statistics management procedures ................................ 44-7

Procedure 44-1 To enable FTP on a network device and the5620 SAM server ................................................................................. 44-7

Procedure 44-2 To create a file policy ........................................................ 44-8Procedure 44-3 To configure a log policy for the accounting statistics

on a network interface.......................................................................... 44-9Procedure 44-4 To configure a log policy for the accounting statistics

on a SAP............................................................................................ 44-10Procedure 44-5 To view accounting statistics for a specific object........... 44-12

44.7 Service accounting statistics management procedures list ........................... 44-1244.8 Service accounting statistics management procedures................................. 44-12

Procedure 44-6 To create a service accounting policy ............................. 44-12Procedure 44-7 To apply a service accounting policy to a SAP ............... 44-13

44.9 Network accounting statistics procedures list ................................................ 44-1444.10 Network accounting statistics management procedures ............................... 44-14

Procedure 44-8 To create a network accounting policy............................ 44-14

45 — Statistics record format 45-145.1 Accounting statistics ........................................................................................ 45-245.2 Performance statistics ..................................................................................... 45-4

46 — Accounting and performance statistics descriptions 46-146.1 Statistics classes ............................................................................................. 46-246.2 Statistics counter names and associated MIB information .............................. 46-2

viii Alcatel 5620 Service Aware Manager, Release 3.0 R1October 2005 3HE00214 CA

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Index

Alcatel 5620 Service Aware Manager, Release 3.0 R1 ixOctober 2005 3HE00214 CA

Contents

x Alcatel 5620 Service Aware Manager, Release 3.0 R1October 2005 3HE00214 CA

Performance and accounting statistics

42 — Statistics collection overview 42-1

43 — Performance statistics management 43-1

44 — Accounting statistics management 44-1

45 — Statistics record format 45-1

46 — Accounting and performance statistics descriptions 46-1

Alcatel 5620 Service Aware Manager, Release 3.0 R1 October 2005 3HE00214 CA

Alcatel 5620 Service Aware Manager, Release 3.0 R1October 2005 3HE00214 CA

42 — Statistics collection overview

42.1 Statistics types 42-2

42.2 Statistics collection process 42-3

42.3 Statistics file format 42-5

42.4 Third-party application for processing statistics 42-6

42.5 Workflow to collect statistics using the 5620 SAM 42-6

Alcatel 5620 Service Aware Manager, Release 3.0 R1 42-1October 2005 3HE00214 CA


42.1 Statistics types

You can use the 5620 SAM, 5620 SAM-O, and service- and equipment-related statistics counters to collect statistics from the managed devices. The 5620 SAM supports the following types of statistics:

• performance statistics for network objects• accounting statistics for network ports and SAPs

The benefits of statistics collection from the 5620 SAM are:

• equipment statistics monitoring in near-real time• service-based enforcement of SLAs• detailed accounting statistics for billing• detailed control of statistics collection counters, collection intervals, and

application to network objects

Performance statistics

Equipment and object-based performance statistics help operators monitor the use of physical and logical network elements in near-real time. Statistics logs show equipment and logical network object usage rates.

See the following chapters for additional information on performance statistics:

• chapter 43 for information on how to configure and collect performance statistics for the network configuration shown in Figure 42-2

• chapter 45 for a description of the elements in the performance statistics log file.• chapter 46 for a complete list of the statistic counter types collected for each

package and MIB type

Accounting statistics

Accounting statistics for service access points measure usage on each service queue, which can be rolled up for billing. These accounting records can be used to determine customer service usage, and to feed into a billing application. Network port statistics measure usage within each forwarding class queue, as defined on the network port. This information can be used to track link utilization and network traffic patterns and trends, to help capacity planning and traffic engineering efforts.

See the following chapters for additional information on accounting statistics:

• chapter 44 for information on how to configure and collect accounting statistics for the network configuration show in Figure 42-2

• chapter 45 for a description of the elements in the accounting statistics log file• chapter 46 for a complete list of the statistics counter types collected for each

package and MIB type

42-2 Alcatel 5620 Service Aware Manager, Release 3.0 R1October 2005 3HE00214 CA


42.2 Statistics collection process

Figure 42-1 provides an overview of the synchronous statistics collection process and the relationship between the 5620 SAM and OSS client components.

Figure 42-1 Synchronous statistics collection process

XML methods to transfer statistics files to OSS client applications

Table 42-1 identifies the XML methods that an OSS client can use to retrieve statistics from the 5620 SAM server and database.

Table 42-1 XML methods to collect statistics

XML request sentto the database

* = The 5620 SAM server and database can be installed on the same or separate PCs

XML request to retrieve logrecords in an XML formatusing one of the followingmethods sent to the 5620 SAM server:- find- findTofile

1

2

XML responsereturned fromthe database

3

Statistics file generated from database records.The 5620 SAM stores the files in the serverdirectory defined during installation

4

FTP session initiated to transfer thestatistics file from the database (find)or server (findTofile) to the OSS client application

5

5620 SAMserver*

5620 SAMdatabase*

OSS clientapplication

18007

Method Description Input parameters

find Returns the set of objects of the specified type that match the given filter criteria.

fullClassName Package qualified class name in dot-separated format

filter

(optional)

Filter on properties of the class corresponding to fullClassName

resultFilter

(optional)

Filter for narrowing down the information returned per object

(1 of 2)



Table 42-2 compares the Release 3.0 XML methods to the methods previously supported for the 5620 SAM statistics retrieval by OSS clients.

Table 42-2 Relationship of the Release 3.0 statistics retrieval methods to previous releases

Sample collection configuration

Figure 42-2 shows a sample collection configuration for accounting and performance statistics. The intent of the sample is to show a scaled-down, real-world network and the relationship of the statistics collection process to the network.

The procedures in this document describe the collection of the following statistics types for the network configuration shown in Figure 42-2:

• Performance statistics from the access ports.The procedures in chapter 43 specifically describe the collection of an interface statistic on a physical port. The statistic is the number of received octets on the port.

• Accounting statistics from the network ports and SAPs.The procedures in chapter 44 specifically describe the collection of:

• service ingress and egress octets• network ingress packet

findToFile Finds the set of objects of the specified type that match the given filter criteria, and places the results in the specified file on the server. Upon completion of the command, a fileAvailable event is generated.

fullClassName Package qualified class name in dot separated format

fileName The relative file in which to store the results of this find operation

filter

(optional)

Filter on properties of the class corresponding to fullClassName

resultFilter

(optional)

Filter for narrowing down the information returned per object

Release 3.0 Release 2.1

find classFind

classFindShallow

findToFile exportClassSummary

Method Description Input parameters

(2 of 2)

Note — The procedures in this document describe the associated tasks for collecting statistics from the sample configuration. The sample collection configuration, workflows, and procedures are for comparative purposes with the intent of applying the concept to your network configuration.



Figure 42-2 Sample business VPN solution

42.3 Statistics file format

You can retrieve statistics from 5620 SAM in the following formats:

• flat XML• hierarchical XML

The 5620 SAM stores the statistics file that is associated with successful requests on the database workstation. You specify the directory to store the XML files during the installation of the database. Subdirectories are not supported. The flat XML file format has an XML element for each requested managed object instance, and only contains elements (properties) for the parent objects.

7750 SRP

7750 SRP

7750 SRP

7750 SRP

(N) (N)(N)

(N)(N)

(N)

(N)

3/3/3 (N)

1/1/1 (A)

(A)(N)

PPE

= Access interface= Network interface= Provider= Provider edge

2/2/2 (N)

(N)

(N)

(N) (N)

(N)

(N)(N)

(N)

(N) (N)

(N)

2/2/2 (N)3/3/3 (N)

1/1/1 (A)

7450ESS 3/3/3 (N)2/2/2 (N)

7450ESS

PE C PE B

VPRN

VPLS

Aggregationlayer

7750 SRP

Toronto

New York

1/1/1 (A)

7450 ESSPE A

18010

Chicago

Note — Hierachical XML displays the containment children.



The hierarchical XML file format has an XML element for each requested managed object instance, and also contains the XML elements for all immediately contained children-managed objects.

42.4 Third-party application for processing statistics

You can use an in-house statistics processing application or a third-party vendor such as Quallaby or Infovista to manage the statistics information collected using the 5620 SAM. For example, you can use the performance statistics for traffic optimization and the accounting statistics for billing and SLA analysis.

42.5 Workflow to collect statistics using the 5620 SAM

1 Configure the policies associated with the collection of performance statistics:

i Configure the polling policy to define the following statistics collection information:

• synchronization time• polling interval times• discovery rule interval times• polling ratio for all device MIBs

ii Configure the mediation security policy to define SNMP security information for the collection of the performance statistics.

iii Configure the log policy to define the retention requirements for the statistics log.

See the workflow in 43.2 for more information about configuring the collection of performance statisitics.

2 Configure the policies associated with the collection of accounting statistics.

i Enable FTP on the:

• devices to which policies are to be applied• 5620 SAM server

ii Configure the file policy to define the relative size, allowable age, storage location and backup location of the files that contain the statistical data

iii Configure the accounting policy to define the service- or network-accounting record types for the collection of the accounting statistics.

iv Configure the log policy to define the retention requirements for the statistics log.

See the workflows in sections 44.2 and 44.3 for more information about configuring the collection of accounting statisitics.

3 Use the 5620 SAM-O and the find or findToFile method to transfer the statistics log record from the 5620 SAM database to your OSS client application.



See the Alcatel 5620 SAM-O OSS Interface Developer Guide for more information about using the 5620 SAM-O to transfer the statistics log record from the 5620 SAM database to your OSS client application.


43 — Performance statistics management

43.1 Performance statistics collection process 43-2

43.2 Workflow to configure the collection of performance statistics 43-3

43.3 Performance statistics management menus 43-3

43.4 Performance statistics management procedures list 43-4

43.5 Performance statistics management procedures 43-4



43.1 Performance statistics collection process

This section describes how to monitor equipment in near-real time using control plane, data forwarding plane, and device utilization performance statistics. The 5620 SAM supports the collection of performance statistics on access ports. The 5620 SAM retrieves the statistics counters from the managed device MIBs using an SNMP getBulk command. For example, interface statistics correspond to the IF-MIB.

Table 43-1 shows an example of the classes for which you can collect performance statistics. See chapter 46 for a complete list of the statistic classes supported by the 5620 SAM.

Table 43-1 Example of the supported performance statistics classes

Policy types for performance statisticsPerformance statistics collection requires the creation and application of the following policies:

• polling policy• mediation security policy• log policy

Polling policy

The polling policy defines the following statistics collection information:

• synchronization time• polling interval times• discovery rule interval times• polling ratio for all device MIBs

Note — The 5620 SAM supports the on-demand collection of performance statistics.

Performance statistics class Example

Ethernet Broadcast packets, dropped events, fragments, and packets of specific octet size

SONET/SDH section, line, path, and traffic Coding violations, errored and severely errored seconds

Physical Interface statistics, such as received, transmitted, and outbound packets; and Dot3 statistics

Security Related to authentication, for example, 802.1X statistics

QoS Dropped packet statistics that can affect quality of service SLAs



Mediation security policy

The mediation security policy defines the SNMP security information for the collection of the performance statistics.

Log policy

The log policy defines the retention requirements for the statistics log.

SNMP MIBs

Poller policies define the interval and ratio used by 5620 SAM to poll network elements for MIB configuration changes. You can use the poller manager and poller policy forms to view the network element information contained in the MIB. See chapter 46 for more information on the performance statistic counter types collected for each package and MIB type.

43.2 Workflow to configure the collection of performance statistics

Sequentially perform the following tasks to configure the collection of performance statistics for the network configuration shown in Figure 42-2.

1 Configure the polling policy for the device.

2 Configure the mediation security policy associated with the performance statistics.

3 Configure the log policy associated with the performance statistics data.

4 Use the 5620 SAM-O and the find or findToFile method to transfer the performance statistics log record from the 5620 SAM database to your OSS client application.

i Specify the log record name.

ii Specify a hierarchical or flat XML format.

iii Specify the name of the data storage file.

iv Send the request.

See the Alcatel 5620 SAM-O OSS Interface Developer Guide for more information about using the 5620 SAM-O to transfer the statistics log record from the 5620 SAM database to your OSS client application.

5 Use your third-party application to process the statistics collected by the 5620 SAM.

43.3 Performance statistics management menus

Table 43-2 lists the performance statistics management menu items.

Note — When you edit a polling policy, the change affects the 5620 SAM management of all network objects supporting the modified MIB Entry.



Table 43-2 5620 SAM performance statistics management menus

43.4 Performance statistics management procedures list

Table 43-3 lists the procedures for collecting performance statistics.

Table 43-3 5620 SAM performance statistics management procedures list

43.5 Performance statistics management procedures

Use the following procedures to configure the collection of performance statistics using the 5620 SAM.

Procedure 43-1 To configure a poller policy for performance statistics

Perform this procedure to configure the 5620 SAM to poll network elements at regular rates and intervals.

1 Choose Administration→Poller Policies from the 5620 SAM main menu.

The Poller Manager form appears with the General tab button selected.

2 Configure the parameters using the values shown in Table 43-4.

Menu item Task

Administration→Poller Policies Configure the 5620 SAM to poll network elements at regular intervals.

Tools→Log Records Configure the log policy associated with the statistics for the poller and mediation policies.

Procedure Purpose

To configure a poller policy for performance statistics

Specify synchronization time, interval times, and MIB polling ratios

To configure a mediation security policy for performance statistics

Specify SNMP security settings

To configure a log policy for performance statistics

Specify the retention requirements for the statistics log

To view on-demand performance statistics Display on-demand performance statistics for a network object



Table 43-4 Poller policy parameter values for sample configuration

3 Configure MIB polling ratios for the managed devices.

i Click on the MIB Entry Policies tab button.

A list of MIBs appears, organized by the product name of the device that supports the MIB. Chapter 46 lists the SNMP MIBs.

The default polling ratio for all statistics MIB entries is 3. To focus the collection process on the MIB entries for which you want to retrieve statistics, you must:

• keep the default polling ratio set to 3 for the MIB entries on which you want statistics collected at each poll

• change the polling ratio to a higher value for the MIBs on which you do not want statistics collected at each poll. For example, setting the polling ratio to a value of 10 specifies that the statistics are recorded to the log record file once every 10 polls.

ii Select all MIBs in the MIB Entry Policies tab button by selecting the first entry, holding the Shift key, and clicking the last entry.

iii Click on the Edit button.

A common poller policy form for all MIBs appears.

iv Configure the parameters using the values shown in Table 43-5.

Table 43-5 Poller policy parameter values for statistics collected every tenth poll

v Click on the OK button.

vi Confirm the action.

Parameter Sample configuration value

Polling Synchronization Time 12:00

Base Polling Interval 5 mins

Discovery Rule Scan Interval 10 min

Note — Polling policies utilize system resources and can increase the amount of management traffic. You must balance the network management requirements with the domain capabilities when setting polling intervals.


Polling Ratio 10

Administrative Status Up



The MIB poller policy form closes and the Poller Manager form reappears.

vii Select the IF-MIB.IfEntry for version 3.0.0 of the Alcatel-ESS-7450. Table 43-6 shows the relationship between the SNMP MIB and the statistics presentation in the 5620 SAM GUI and OSS client.

Table 43-6 Correlation of statistics objects

viii Click on the Edit button.

The poller policy form for the selected MIBs appears.

ix Configure the parameters using the values shown in Table 43-7.

Table 43-7 Poller policy parameter values for statistics collected every poll

x Click on the OK button.

xi Confirm the action.

The MIB poller policy form closes and the poller manager form reappears.

xii Click on the Apply button to save the changes.

Procedure 43-2 To configure a mediation security policy for performance statistics

1 Choose Administration→Poller Policies from the 5620 SAM main menu.

The poller manager form appears with the General tab button selected.

2 Click on the Mediation Security tab to specify SNMP security settings for the performance statistics.

Monitored object GUI display OSS class SNMP MIB

Interface statistics on the physical port

Interface Stats tab button in Physical Port form

equipment.InterfaceStats IF-MIB.IfEntry


Polling Ratio 3

Administrative Status Up



i Click on the Mediation Security tab button.

ii Click on the Add button to create a new SNMP mediation security policy.

The Mediation Policy form appears with the General tab button selected.

iii Configure the parameters using the values shown in Table 43-8.

Table 43-8 SNMP parameter values for sample configuration

3 Use the Ping tab to define how the management IP addresses of the devices can be checked using a ping. Each managed device provides the following three IP addresses that can be scheduled to be pinged:

• the system IP address, called an in-band management interface• the management IP address, called an out-of-band management interface• the IP address of the standby Control card, also called a CPM

i Click on the Ping tab button.

ii Click on the Add button.

The ManagementPingPolicy form appears.

iii Configure the parameters using the values shown in Table 43-9.

Note — To configure SNMPv3 security, you must use GUI configuration forms for the 5620 SAM server and managed devices. See the 5620 SAM User Guide for more information about configuring the SNMPv3 security model.


Displayed Name Toronto Mediation Security Policy

Security Model SNMP v2c

Timeout (ms) 10 000

Retry 2

User Name Toronto Admin



Table 43-9 Ping parameter values for sample configuration

iv Click on the Ping Destinations tab button.

v Add the in-band and out-of-band IP addresses for the managed devices that can be pinged.

vi Click on the Apply button to save the changes.

The 5620 SAM generates alarms if the ping fails:

• The PingPolicyMisconfigured alarm indicates that the ping command or the ping policy settings are invalid.

• The ConnectionDown alarm indicates that the pinged management interface is unreachable.

4 Click on the Apply button to save the changes.

Procedure 43-3 To configure a log policy for performance statistics

1 Navigate to access port 1/1/1/ on PE A shown in Figure 42-2.

i Select Equipment from the navigation tree view selector.

ii Navigate to an access port using the path Router→Shelf→Card Slot→Daughter Card Slot→Port.

iii Right-click on the port icon and choose Properties from the contextual menu.

2 Click on the Statistics tab button.

Additional statistics tab buttons appear. The tab buttons that appear are determined by the type of equipment.

3 Click on the Interface Stats tab button.

4 Select the record type for the interface statistics.

5 Click on the Edit Policy button to configure the log policy for the interface statistics.

The log configuration form for equipment.InterfaceStats appears.


Auto-Assign ID Enabled

Displayed Name Toronto Management Ping Policy

Ping OS Command cmd /c <local_path>\xping_nt.bat <toronto_ip>

Ping Command Timeout 60

Schedule Enabled Enabled

Ping Interval (minutes) 1

Ping Interval (seconds) 0



The General tab contains parameters that determine the log configuration. The statistics class full name appears in the titlebar of the configuration form. For example, logger.equipment.InterfaceStats is the statistics class.

6 Configure the log parameters using the values shown in Table 43-10.

Table 43-10 Log policy parameter values for sample configuration

7 Click on the Thresholds tab button. The Thresholds tab button contains parameters that specify thresholds for each counter in the statistics class.

8 Configure a value of 1000 for the Received Octets Periodic Threshold parameter. Table 43-11 shows the relationship between the SNMP MIB and the statistics presentation in the 5620 SAM GUI and OSS client.


The 5620 SAM raises a threshold crossing alarm if the access port exceeds the configured value.

9 Click on the Apply button to save the changes. Click on the OK button to close the form.


Max Log Records 10 000

Clear Window 500

Administrative State Up

Threshold Reporting State Up

Note — The 5620 SAM has the capacity to store 10 500 log records based on the parameter settings configured in Table 43-10. The capacity of the log record is determined by the sum of the Max Log Records parameter and the Clear Window parameter. The 5620 SAM deletes the oldest 500 records when the log exceeds 10 500 records.

Monitored object

GUI display OSS class SNMP MIB and MIB entry

equipment.PhysicalPort

Received Octets Period Threshold parameter in the log configuration form

equipment.InterfaceStats. receivedOctets

IF-MIB.ifEntry.ifOutErrors



Procedure 43-4 To view on-demand performance statistics

1 Navigate to access port 1/1/1/ on the Toronto 7450 ESS.

i Select Equipment from the navigation tree view selector.

ii Navigate to the access port using the path Router→Shelf→Card Slot→Daughter Card Slot→Port.

iii Right-click on the port icon and choose Properties from the contextual menu.


3 Click on the Interface Stats tab.

4 Select the Non-Scheduled Selective record type.

5 Click on the Edit button.

The form for equipment.InterfaceStats appears. Figure 43-1 shows an example of the form.

Figure 43-1 Sample on-demand performance statistics

6 Click on the Resync button.

7 Confirm the resynchronization by clicking on the Yes button.



The 5620 SAM displays the latest statistics. The statistics with a Periodic suffix display the historical statistics, as of the last polling interval. The statistics without the Periodic suffix display the counters on the object, as of the last polling interval. Table 43-12 provides an example of the two counts provided for on-demand performance statistics.

Table 43-12 Count types for on-demand performance statistics

Statistic type Statistic count Statistic description

Received Octets Periodic 37172 The node counter has recorded a delta of 37 172 received octets between the last two polled intervals

Received Octets 14837674 The node counter has recorded a total of 14 837 674 received octets as of the last polled interval


44 — Accounting statistics management

44.1 Accounting statistics collection process 44-2

44.2 Workflow to configure the collection of service accounting statistics 44-5

44.3 Workflow to configure the collection of network accounting statistics 44-6

44.4 Accounting statistics management menus 44-6

44.5 Common accounting statistics management procedures list 44-7

44.6 Common accounting statistics management procedures 44-7

44.7 Service accounting statistics management procedures list 44-12

44.8 Service accounting statistics management procedures 44-12

44.9 Network accounting statistics procedures list 44-14

44.10 Network accounting statistics management procedures 44-14



44.1 Accounting statistics collection process

This section describes how to use the 5620 SAM to collect accounting statistics for customer services. It provides a general description of accounting statistics collection, and provides examples that refer to the simulated customer-provider environment in Figure 42-2.

Service accounting statistics provide service-usage data for billing requirements. Network accounting statistics provide service-quality data for SLA QoS compliance requirements.

Statistics generated and stored on the devices are collected and transferred by FTP to the 5620 SAM, based on user-configured collection intervals or when a collection request is made.

All statistics are collected within the counters of the individual service queues defined on the customer access port, or the counters within forwarding class queues defined on the network ports. By default, the accounting statistics are collected every 5 min for service ingress or service egress statistics. By default, the accounting statistics are collected every 15 min for combination service statistics.

You can control how often the statistical counters for the service access points are collected and applied to all services. You can create accounting policies that determine which statistical classes, and counters within each class, are collected. The statistics types, the counters, and the information contained in the accounting records are listed in Table 45-1.

These policies can be applied to services, such as VPLS. The statistics generated and collected can then be used to:

• check throughput to confirm SLAs• correlate data for billing• monitor service quality

There can be a combinations of flat-rate, destination-based, or usage-based billing. Figure 44-1 shows how accounting statistics policies are applied to services.



Figure 44-1 Accounting statistics policies applied to services

As shown in Figure 44-1, there are different statistics policies applied to the services. The subscriber using service access point 3 on port 1/1 as a service egress point has two services; one high priority and one best effort. The statistics policies applied to each service type are different. For the hig- priority service, more statistics are collected than for the best-effort service.

Policy types for accounting statisticsAccounting statistics collection requires the creation and application of the following policies:

• file policy• accounting policy• log policy

File policy

A file policy specifies the relative size, allowable age, storage location, and backup location of the files that contain the statistics data. One file policy can be defined as a default policy.

Accounting policy

There are two types of accounting policy. Service accounting policies apply to SAPs, and define the accounting records for services. Network accounting policies apply to network ports, and define the accounting records for network resources.

SAP 1

SAPs on Port1/1-Egress

Policy 1Policy 2

Policy 3

Applyaccounting

policies

SAP 2

SAP 4

SAP n...

Highpriority

Besteffort

17185

High level ofstatistics accounting

SAP 3

Log1

Log2

Log3

File policy

Port 1/1Standardcounters

forphysical

and logicalequipment

statsServicequeue

Servicequeue Billing,

reportingand SLA

managementsystems

Stat1

Stat2

Stat3

Stat4

Stat1

Stat2

Stat3

Stat4

Stat5

Stat6

Stat7

Stat8

Stat9

Stat10

OctetsPackets

IngressRecordTypesFileInterval

Low level ofstatistics accounting



An accounting policy works in conjunction with a file policy, and applies to one or many network ports or SAPs. A network port or SAP has only one accounting policy. One service accounting policy and one network accounting policy can be defined as default policies. Default accounting policies have no effect until they are distributed to devices by the 5620 SAM operator. After a default policy is distributed to a device, accounting statistics are collected for all network ports or SAPs on the device for which statistics collection is enabled. If statistics collection is enabled on a network port or SAP and no accounting policy is specified, the 5620 SAM collects no accounting statistics for the network port or SAP.

A network device periodically collects service accounting statistics for a network port or SAP and writes the statistics data in XML format to a file on the device. After a predefined rollover period, the device closes and compresses the file. The device then notifies the 5620 SAM that a new file is ready for processing. The 5620 SAM uses FTP to obtain the file from the device, adds the file contents to the database, and generates log records. A third-party application gathers the statistics data and processes it according to the customer specifications.

When an accounting policy is administratively disabled, no accounting data is written to the destination log ID on the device. Accounting statistics counters represent totals, not increments, so after the policy is re-enabled, the new data represents the cumulative traffic activity.

Changes to an accounting policy that is not in operation apply immediately to all network ports or SAPs for which the policy is in effect. Changes to an accounting policy that is in operation take effect at the beginning of the next collection period.

Log policy

The log policy defines the retention requirements for the statistics log.

File and accounting policy design considerations

When designing an accounting policy, it is important to consider the storage space and time necessary for data collection.

The 7450 ESS and the 7750 SR have sufficient resources to support large-scale statistics policy usage. Certain values determine the amount of data that a device stores in accordance with an accounting statistics policy. To ensure that record-logging activity does not exceed the storage capacity of a device, consider the following when designing an accounting policy:

• the accounting policy record type• the accounting policy collection interval• the number of SAPs or network ports to which the policy applies• the file policy retention value



When an accounting policy applies to a large number of SAPs or network ports, and the accounting policy collection interval is small, there may be insufficient time to collect all of the data during the collection period. As a result, some records may be lost or incomplete. To ensure that the device captures all of the available data, consider the following when designing an accounting policy deployment:

• the accounting policy record type• the accounting policy collection interval• the number of SAPs or network ports to which the policy applies

44.2 Workflow to configure the collection of service accounting statistics

Sequentially perform the following tasks to configure the collection of service accounting statistics for the network configuration shown in Figure 42-2.

1 Develop a third-party application to gather and process accounting statistics from the 5620 SAM server and present the resulting information to an in-house billing system. See the Alcatel 5620 SAM-O OSS Interface Developer Guide for more information.

2 Enable FTP on the devices to which policies are to be applied.

3 Create a file policy with rollover and retention values that are appropriate for the traffic volume, number of SAPs involved, and available file storage space.

4 Create a service accounting policy.

i Specify the service-accounting record type for the policy.

ii Specify a collection interval that provides the required data resolution.

iii Specify IP filters to restrict the statistics collection to the appropriate types of traffic.

iv Associate a file policy with the accounting policy.

5 Apply the service accounting policy to a SAP.

i Administratively disable accounting on the SAP.

ii Select the newly created accounting policy.

6 Configure the network interface log policy associated with the accounting statistics data.

7 Configure the third-party application from step 1 to gather the accounting statistics from the 5620 SAM server at regular intervals, based on the retention and rollover values specified in the file policy.

8 Administratively enable accounting on the SAP.

Note — You can apply only one accounting policy to a SAP.



44.3 Workflow to configure the collection of network accounting statistics

Sequentially perform the following tasks to configure the collection of network accounting statistics for the network configuration shown in Figure 42-2.

1 Develop a third-party application to gather and process accounting statistics from the 5620 SAM server and present the resulting information to an in-house network monitoring and reporting system. See the Alcatel 5620 SAM-O OSS Interface Developer Guide for more information.

2 Enable FTP on the:

• devices to which policies are to be applied• 5620 SAM server

3 Enable statistics collection on the network ports to be monitored.

4 Create a file policy with rollover and retention values that are appropriate for the traffic volume, number of network ports involved, and available file storage space.

5 Create an accounting policy.

i Specify the network-accounting record type for the policy.

ii Specify a collection interval that provides the required data resolution.

iii Specify IP filters to restrict the statistics collection to the appropriate types of traffic.

iv Associate a file policy with the accounting policy.

6 Apply the accounting policy to a network port.

i Administratively disable accounting for the network port.

ii Select the newly created accounting policy.

7 Configure the SAP log policy associated with the accounting statistics data.

8 Configure the third-party application from step 1 to gather the accounting statistics from the 5620 SAM server at regular intervals based on the retention and rollover values specified in the file policy.

9 Administratively enable accounting on the network port.

44.4 Accounting statistics management menus

Table 44-1 lists the accounting statistics management menus and their functions.

Note — You can apply only one accounting policy to a network port.



Table 44-1 5620 SAM accounting statistics management menus

44.5 Common accounting statistics management procedures list

Table 44-2 lists the procedures that are common to the configuration of service and network accounting statistics collection.

Table 44-2 5620 SAM common accounting statistics management procedures list

44.6 Common accounting statistics management procedures

The following procedures are common to the configuration of both service and network accounting statistics collection.

Procedure 44-1 To enable FTP on a network device and the 5620 SAM server

You must enable FTP between network device and the 5620 SAM server to facilitate the transfer of statistics data.

Menu option Function

Policies→File Policies Create a file policy.

Policies→Accounting Create an accounting policy to manage statistics collection.

Manage→Services Create a log policy for the accounting statistics on a SAP.

Tools→Log Records View accounting statistics for a specific object

Procedure Purpose

To enable FTP on a network device and the 5620 SAM server

Enable a network device to transfer files to the 5620 SAM server.

To create a file policy Specify how often a new statistics log file is created on a device and how long it is retained by the device before it is deleted.

To configure a log policy for the accounting statistics on a network interface

Specify the retention requirements for the statistics log.

To configure a log policy for the accounting statistics on a SAP

To view accounting statistics for a specific object Display the accounting statistics data for a SAP or network port.



1 Enable FTP on the network device.

i Right-click on the device object in the navigation tree and choose CLI→Telnet Session. A telnet window appears.

ii Log in to the device using an account with administrative privileges.

iii Sequentially run the following CLI commands:

configure system security ftp-server

configure system security user user_account access ftp

where user_account is the appropriate user account for FTP, for example, admin

admin save

2 Enable FTP on the 5620 SAM server.

i Choose Administration→Deployment and Site Backup/Upgrade from the 5620 SAM main menu. The Deployment and Site Backup/Upgrade form appears.

ii Click on the Backup/Restore Policy tab button.

iii Configure the parameters in the FTP panel. They include:

• User Name• User Password• Connect Timeout (sec)• Read Timeout (sec)

The FTP configuration details for the 5620 SAM server apply to all devices under the management of the 5620 SAM.

Procedure 44-2 To create a file policy

A file policy is associated with an accounting policy to manage statistics collection. You can create multiple file policies.

1 Choose Policies→File from the 5620 SAM main menu. The Manage File Policies search form appears.

2 Click on the Create button. The File Policy (Create) form appears.




Table 44-3 File policy parameter values for sample configuration

4 Click on the OK button. A dialog box appears.

5 Click on the Yes button to confirm the action. The File Policy (Create) form closes and the Manage File Policies form reappears with the new file policy displayed.

6 Close the Manage File Policies form.

Procedure 44-3 To configure a log policy for the accounting statistics on a network interface

1 Select Network from the navigation tree view selector.

2 Navigate to the network port 2/2/2 on PE A, as shown in Figure 42-2, using the path Router→Routing Instance→Interface.

3 Right-click on the port icon and choose Properties from the contextual menu. The Network Interface form appears.


Additional statistics tabs appear. The tabs that appear are determined by the type of equipment.

5 Click on the NetworkIngressPackets tab button.

Table 44-4 shows the relationship between the SNMP MIB and the statistics presentation in the 5620 SAM GUI and OSS client.



Configuration Action Overwrite Existing

Displayed Name Toronto VPLS File Policy

Description Billing information collection

Rollover (min) 720

Retention (hrs) 12

Drive cf1:

Actual Drive cf2:

Monitored object GUI display OSS class SNMP MIB and MIB entry

rtr.NetworkInterface NetworkIngressPackets tab button on the Network Interface form

rtr.NetworkInterface. IngressPackets

TIMETRA-PORT-MIB.tmnxPortFCStatsEntry



6 Select the record type for which you want for the network ingress packet statistics.

7 Click on the Edit Policy button to configure the log policy for the network ingress packet statistics.

The log configuration form for the service.NetworkIngressPackets appears.



9 Click on the OK button. The log configuration form closes and the Network Interface form reappears.

10 Click on the OK button in the Network Interface form.

Procedure 44-4 To configure a log policy for the accounting statistics on a SAP

1 Choose Manage→Services from the 5620 SAM main menu. The Manage Services search form appears.

2 Configure the list filter parameters and click on the Search button. A list of services appears at the bottom of the Manage Services form.

3 Select the Toronto VPLS Combined Ingress/Egress service in the list and click on the Edit button. The VPLS - Toronto VPLS Combined Ingress/Egress (Edit) form opens with the general properties of the service displayed on the General tab.

4 Click on the L2 Access Interfaces tab button.

5 Select the SAP interface and click on the Edit button. The L2 Access Interfaces (Edit) form appears.


Additional statistics tab buttons appear. The tab buttons that appear are determined by the type of equipment.

7 Click on the ServiceIngressOctets tab button or ServiceEgressOctets tab button.



Clear Window 500





Table 44-6 shows the relationship between the SNMP MIB and the statistics presentation in the 5620 SAM GUI and OSS client.


8 Select the record type for which you want for the service ingress or egress octet statistics.

9 Click on the Edit Policy button to configure the log policy for the network ingress packet statistics.

The log configuration form for the service.ServiceIngressOctets or service.ServiceEgressOctets appears.



11 Click on the OK button. The log configuration form closes and the L2 Access Interface form reappears.

12 Click on the OK button in the L2 Access Interface form. The VPLS - Toronto VPLS Combined Ingress/Egress (Edit) form reappears.

13 Click on the OK button in the VPLS - Toronto VPLS Combined Ingress/Egress (Edit) form. The Manage Services reappears.

14 Click on the OK button.

Monitored object

GUI display OSS class SNMP MIB and MIB entry

service.AccessInterface

ServiceIngressOctets tab button in the L2 Access Interface form

Service.IngressOctets TIMETRA-SERV-MIB.SapIngQosQueueStatsEntry

ServiceEgressOctets tab button in the L2 Access Interface form

Service.EgressOctets TIMETRA-SERV-MIB.SapEgrQosQueueStatsEntry



Clear Window 500





Procedure 44-5 To view accounting statistics for a specific object

1 Choose Tools→Log Records from the 5620 SAM main menu. The Manage Log Records form appears.

2 Configure the Log Class and Log Type parameters, and click on the Search button. The search results appear in the lower panel of the form.

44.7 Service accounting statistics management procedures list

Table 44-8 lists the procedures for collecting service accounting statistics.

Table 44-8 5620 SAM service accounting statistics management procedures list

44.8 Service accounting statistics management procedures

Use the following procedures to configure the collection of service accounting statistics for the network configuration shown in Figure 42-2.

Procedure 44-6 To create a service accounting policy

The service accounting policy is associated with a file policy to manage statistics collection.

1 Choose Policies→Accounting Policy Manager from the 5620 SAM main menu.

2 Click on the Create button. The Accounting Policy Manager (Create) form appears with the General tab button selected.


Procedure Purpose

To create a service accounting policy Specify the types of statistics collected and the collection frequency.

To apply a service accounting policy to a SAP Specify the SAP for the statistics collection.

Note — A file policy with default parameter values is automatically created and associated with the accounting policy, if no file policy is specified during accounting policy creation. When a file policy is automatically created, ensure that the file policy parameters are appropriate for the accounting policy.



Table 44-9 Service accounting policy parameter values for sample configuration

4 Choose a file policy.

i Click on the Select button and choose the file policy created in Procedure 44-1.

ii Click on the OK button.

The file policy ID is shown in the File ID parameter.


6 Click on the OK button. The Manage Accounting Policies form reappears with the newly created accounting policy displayed.

7 Close the Manage Accounting Policies form.

8 Choose an accounting policy when you create a service. Alcatel recommends this method of applying accounting policies. It is not necessary to send the accounting policy to a network device by clicking on the Distribute button. The policy is sent to a device by the 5620 SAM when the policy is applied to a SAP on the device.

Procedure 44-7 To apply a service accounting policy to a SAP

1 Choose Manage→Services Manager from the 5620 SAM main menu. The Manage Services form opens.

2 Configure the list filter parameters and click on the Search button. A list of services appears at the bottom of the Manage Services form.

3 Select Toronto VPLS Combined Ingress/Egress service in the list and click on the Edit button. The VPLS - Toronto VPLS Combined Ingress/Egress (Edit) form opens with the general properties of the service displayed on the General tab.

4 Click on the L2 Access Interfaces tab button.

5 Select an interface and click on the Edit button. The L2 Access Interfaces (Edit) form appears.

6 Click on the Accouting tab button.

7 Click on the Select button. The Select Accounting Policy form appears.


Displayed Name Toronto VPLS Combined Ingress/Egress

Description Comprehensive service statistics collection

Type Combined Service Ing Egr Octets

Default No

Collection Interval (m) 15



8 Select the Toronto VPLS Combined Ingress/Egress policy that you created in Procedure 44-6.

9 Click on the OK button. The Select Accounting Policy form closes and the L2 Access Interfaces (Edit) form reappears.

10 Click on the OK button. The L2 Access Interfaces (Edit) form closes and the VPLS - Toronto VPLS Combined Ingress/Egress (Edit) form reappears.


12 Click on the OK button. The VPLS - Toronto VPLS Combined Ingress/Egress (Edit) form closes and the Manage Services form reappears.

13 Click on the Close button.

44.9 Network accounting statistics procedures list

Table 44-10 lists the procedures for collecting network accounting statistics.

Table 44-10 5620 SAM network accounting statistics procedures list

44.10 Network accounting statistics management procedures

Use the following procedures to configure the collection of network accounting statistics for the network configuration shown in Figure 42-2.

Procedure 44-8 To create a network accounting policy

The network accounting policy is associated with a file policy to manage statistics collection.

1 Choose Policies→Accounting from the 5620 SAM main menu.

2 Click on the Create button. The Accounting Policy Manager (Create) form appears with the General tab button selected.


Procedure Purpose

To create a network accounting policy Specify the types of statistics collected and the collection frequency.

Note — A file policy with default parameter values is automatically created and associated with the accounting policy, if no file policy is specified during accounting policy creation. When a file policy is automatically created, ensure that the file policy parameters are appropriate for the accounting policy.



Table 44-11 Accounting policy parameters values for sample configuration

4 Choose a file policy.

i Click on the Select button and choose the file policy created in Procedure 44-1.

ii Click on the OK button.

The file policy ID is shown in the File ID parameter.


6 Click on the OK button. The Manage Accounting Policies form reappears with the newly created accounting policy displayed.

7 Close the Manage Accounting Policies form.

8 Choose an accounting policy when you create a service. Alcatel recommends this method of applying accounting policies. It is not necessary to send the accounting policy to a network device by clicking on the Distribute button. The policy is sent to a device by the 5620 SAM when the policy is applied to a network port on the device.


Displayed Name Toronto VPLS Combined Ingress/Egress

Description Comprehensive network statistics collection

Type Network Ingress Packet

Default No

Collection Interval (m) 15


45 — Statistics record format

45.1 Accounting statistics 45-2

45.2 Performance statistics 45-4



45.1 Accounting statistics

The following list defines the main elements of an accounting statistics log record.

• Identifier specifies the physical or logical object.• Accounting policy type, also called billing record, defines the class of statistics.

There are two main classes: network and access.• Statistics class, also called a record or counter, defines the detailed collection of

statistics information from a managed device.

Table 45-1 lists the elements in an accounting statistics log record.

Table 45-1 Accounting statistics log record information

Accounting policy type

Description Possible values

Default identifier for network and access records

• Timestamp indicates when the record was collected

• Suspect indicates that there may be a problem with the statistics collected for the interval. For example, the statistics were not completely uploaded from the device during the interval.

• The information necessary to identify the object against which the statistics were collected. For example, service ID 10, access port 1/1/2:0, and queue ID 1

For service-related statistics IDs:

• timestamp• suspect, if the entry possibly contains incorrect data• poll information, either scheduled resynchronization or

manual resynchronization• router ID• data svc = service ID• sap = service access port• qid = queue ID

For network-related statistics IDs:

• timestamp• suspect, if the entry possibly contains incorrect data• poll information, either scheduled or manual

resynchronization• router ID• port = network port ID• fc = forwarding class

Accounting policy class

The type of statistics class collected at the beginning and the end of the log record

Service ingress octets (record #1, abbreviation sio)

Service egress octets (record #2, abbreviation seo)

Service ingress packets (record #3, abbreviation sip)

Service egress packets (record #4, abbreviation sep)

Network ingress octets (record #5, abbreviation nio)

Network egress octets (record #6, abbreviation neo)

Network ingress packets (record #7, abbreviation nip)

Network egress packets (record #8, abbreviation nep)

Compact service ingress octets (record #9, abbreviation ctSio)

Combined service ingress (record #10, abbreviation ctSipo)

Combined network ing egr octets (record #11, abbreviation cmNio and cmNeo)

Combined service ing egr octets (record #12, abbreviation cmSio and cmSeo)

Complete service ingress egress (record #13, abbreviation cmSipo and cmSepo)

(1 of 2)



Statistics class, the individual counter and its value

The type of statistic collected and the value of the statistical counter in the collection interval.

See the appropriate user documentation or contact your Alcatel support representative for a complete list of statistics.

The type of statistics collected for each statistics class varies.

Some service-related statistics:

• loo = low octets offered• hpd = high packets dropped• ipf = in profile packets forwarded

Some network-related statistics:

• iof = in profile octets forwarded• opd = out of profile packets dropped

Service ingress octets • hoo = high octets offered• hod = high octets dropped• loo = low octets offered• lod = low octets dropped• iof = in profile octets forwarded• oof = out of profile octets forwarded

Service egress octets

Network egress octets

• iof = in profile octets forwarded• iod = in profile octets dropped• oof = out of profile octets forwarded• ood = out of profile octets dropped

Service ingress packets

Network ingress packets

• hpo = high packets offered• hpd = high packets dropped• lpo = low packets offered• lpd = low packets dropped• ipf = in profile packets forwarded• opf = out of profile packets forwarded

Service egress packets

Network egress packets

• ipf = in profile packets forwarded• ipd = in profile packets dropped• opf = out of profile packets forwarded• opd = out of profile packets dropped

Network ingress octets • iof = in profile octets forwarded• iod = in profile octets dropped• oof = out of profile octets forwarded• ood = out of profile octets dropped

Compact service ingress octets • hoo = high octets offered• hod = high octets dropped• loo = low octets offered• lod = low octets dropped

Combined service ingress packet octets

combined service ingress packets and service ingress octets

Combined network ingress octets Combined network ingress octets

Combined network egress octets Combined network egress octets

Combined service ingress octets Combined service ingress octets

Combined service egress octets Combined service egress octets

Complete service ingress packet octets

Combined service ingress packets and service ingress octets

Complete service egress packet octets Combined service egress packets and service egress octets

Accounting policy type

Description Possible values

(2 of 2)



45.2 Performance statistics

Network statistics records can be viewed on the GUI from most physical equipment and logical element configuration forms. Use the information to:

• understand the parameters that make up each of the statistical counters• determine which MIB is the source of the statistical counter, for further

investigation• obtain a description of the counter


46 — Accounting and performance statistics descriptions

46.1 Statistics classes 46-2

46.2 Statistics counter names and associated MIB information 46-2



46.1 Statistics classes

Table 46-1 lists the SAM statistics classes.

Table 46-1 Statistics classes

46.2 Statistics counter names and associated MIB information

Table 46-2 describes the acl statistics.

Table 46-2 acl statistics

Class name Refer to

acl Table 46-2

atm Table 46-3

bgp Table 46-4

bundle Table 46-5

equipment Table 46-6

ethernetequipment Table 46-7

igmp Table 46-8

isis Table 46-9

lag Table 46-10

ldp Table 46-11

mpls Table 46-12

pim Table 46-13

rip Table 46-14

rsvp Table 46-15

rtr Table 46-16

sonetequipment Table 46-17

svt Table 46-18

tdmequipment Table 46-19

Statistic name Type OID Description

HitCountStats

MIB table name: TIMETRA-FILTER-MIB.tIPFilterParamsTable

Monitored class: aclFilter.EntryDefinition

egressHitCount long tIPFilterParamsEgressHitCount

—

ingressHitCount long tIPFilterParamsIngressHitCount

—



Table 46-3 describes the atm statistics.

Table 46-3 atm statistics


InterfaceAal5Stats

MIB table name: TIMETRA-ATM-MIB.tAtmIntfAal5StatsTable

Monitored class: atm.interface

tAtmInterfaceAal5StatsTotalCrc32Errors

long tAtmIntfAal5StatsTotalCrc32Err

—

tAtmInterfaceAal5StatsTotalCrc32ErrorsPeriodic

long n/a —

tAtmInterfaceAal5StatsTotalPktsDroppedRxd

long tAtmIntfAal5StatsTotalPktsDrpRxd

—

tAtmInterfaceAal5StatsTotalPktsDroppedRxdPeriodic

long n/a —

tAtmInterfaceAal5StatsTotalPktsDroppedTxd

long tAtmIntfAal5StatsTotalPktsDrpTxd

—

tAtmInterfaceAal5StatsTotalPktsDroppedTxdPeriodic

long n/a —

tAtmInterfaceAal5StatsTotalPktsRxd long tAtmIntfAal5StatsTotalPktsRxd

—

tAtmInterfaceAal5StatsTotalPktsRxdPeriodic

long n/a —

tAtmInterfaceAal5StatsTotalPktsTxd long tAtmIntfAal5StatsTotalPktsTxd

—

tAtmInterfaceAal5StatsTotalPktsTxdPeriodic

long n/a —

InterfaceStats

MIB table name: TIMETRA-ATM-MIB.tAtmIntfStatsTable

Monitored class: atm.Interface

tAtmInterfaceStatsTotalBytesRxd long tAtmIntfStatsTotalBytesRxd

—

tAtmInterfaceStatsTotalBytesRxdPeriodic

long n/a —

tAtmInterfaceStatsTotalBytesTxd long tAtmIntfStatsTotalBytesTxd

—

tAtmInterfaceStatsTotalBytesTxdPeriodic

long n/a —

tAtmInterfaceStatsTotalCellsRxd long tAtmIntfStatsTotalCellsRxd —

tAtmInterfaceStatsTotalCellsRxdPeriodic

long n/a —

tAtmInterfaceStatsTotalCellsTxd long tAtmIntfStatsTotalCellsTxd —

tAtmInterfaceStatsTotalCellsTxdPeriodic

long n/a —

tAtmInterfaceStatsTotalHecErrors long tAtmIntfStatsTotalHecErr —

(1 of 3)



tAtmInterfaceStatsTotalHecErrorsFixed

long tAtmIntfStatsTotalHecErrFixed

—

tAtmInterfaceStatsTotalHecErrorsFixedPeriodic

long n/a —

tAtmInterfaceStatsTotalHecErrorsPeriodic

long n/a —

tAtmInterfaceStatsTotalUnknownCellsDropped

long tAtmIntfStatsTotalUnknCellsDrp

—

tAtmInterfaceStatsTotalUnknownCellsDroppedPeriodic

long n/a —

PvcConnectionAal5PerformanceStats

MIB table name: ATM-MIB.aal5VccTable

Monitored class: atm.PvcConnection

aal5CrcErrors long aal5VccCrcErrors —

aal5CrcErrorsPeriodic long n/a —

aal5OverSizedSDUs long aal5VccOverSizedSDUs —

aal5OverSizedSDUsPeriodic long n/a —

aal5SarTimeOuts long aal5VccSarTimeOuts —

aal5SarTimeOutsPeriodic long n/a —

PvcConnectionAal5Stats

MIB table name: TIMETRA-ATM-MIB.tAal5VccStatisticsTable


aal5DroppedPacketsRxd long tAal5VccStatsDrpPacketsRxd

—

aal5DroppedPacketsRxdPeriodic long n/a —

aal5DroppedPacketsTxd long tAal5VccStatsDrpPacketsTxd

—

aal5DroppedPacketsTxdPeriodic long n/a —

aal5PacketsRxd long tAal5VccStatsPacketsRxd —

aal5PacketsRxdPeriodic long n/a —

aal5PacketsTxd long tAal5VccStatsPacketsTxd —

aal5PacketsTxdPeriodic long n/a —

PvcConnectionOamStats

MIB table name: TIMETRA-ATM-MIB.tAtmOamVclStatisticsTable


oamAISCellsRxd long tAtmOamVclStatsAISCellsRxd

—

oamAISCellsRxdPeriodic long n/a —

oamAISCellsTxd long tAtmOamVclStatsAISCellsTxd

—

oamAISCellsTxdPeriodic long n/a —

oamCrc10Errors long tAtmOamVclStatsCrc10Err —


(2 of 3)



Table 46-4 describes the bgp statistics.

Table 46-4 bgp statistics

oamCrc10ErrorsPeriodic long n/a —

oamLoopbackCellsRxd long tAtmOamVclStatsLoopbackCellsRxd

—

oamLoopbackCellsRxdPeriodic long n/a —

oamLoopbackCellsTxd long tAtmOamVclStatsLoopbackCellsTxd

—

oamLoopbackCellsTxdPeriodic long n/a —

oamOtherCellsRxd long tAtmOamVclStatsOtherCellsRxd

—

oamOtherCellsRxdPeriodic long n/a —

oamRDICellsRxd long tAtmOamVclStatsRDICellsRxd

—

oamRDICellsRxdPeriodic long n/a —

oamRDICellsTxd long tAtmOamVclStatsRDICellsTxd

—

oamRDICellsTxdPeriodic long n/a —

PvcConnectionStats

MIB table name: TIMETRA-ATM-MIB.tAtmVclStatisticsTable


totalBytesRxd long tAtmVclStatsTotalBytesRxd

—

totalBytesRxdPeriodic long n/a —

totalBytesTxd long tAtmVclStatsTotalBytesTxd

—

totalBytesTxdPeriodic long n/a —

totalPacketsRxd long tAtmVclStatsTotalCellsRxd —

totalPacketsRxdPeriodic long n/a —

totalPacketsTxd long tAtmVclStatsTotalCellsTxd —

totalPacketsTxdPeriodic long n/a —


(3 of 3)


PeerAdditionalStats

MIB table name: BGP4-MIB.bgpPeerTable

Monitored class: bgp.Peer

fsmEstablishedTime long bgpPeerFsmEstablishedTime

—

(1 of 3)



PeerStats

MIB table name: TIMETRA-BGP-MIB.tBgpPeerOperTable

Monitored class: bgp.Peer

flaps long tBgpPeerOperFlaps —

flapsPeriodic long n/a —

inputQueueMessages long tBgpPeerOperInputQueueMessages

—

inputQueueMessagesPeriodic long n/a —

lastEvent long tBgpPeerOperLastEvent —

lastState long tBgpPeerOperLastState —

messageOctetsReceived long tBgpPeerOperMsgOctetsRcvd

—

messageOctetsReceivedPeriodic long n/a —

messageOctetsSent long tBgpPeerOperMsgOctetsSent

—

messageOctetsSentPeriodic long n/a —

outputQueueMessages long tBgpPeerOperOutputQueueMessages

—

outputQueueMessagesPeriodic long n/a —

pathsReceived long tBgpPeerOperReceivedPaths

—

pathsReceivedPeriodic long n/a —

pathsSuppressedByDamping long tBgpPeerOperPathsSuppressedByDamping

—

pathsSuppressedByDampingPeriodic

long n/a —

prefixesActive long tBgpPeerOperActivePrefixes

—

prefixesActivePeriodic long n/a —

prefixesReceived long tBgpPeerOperReceivedPrefixes

—

prefixesReceivedPeriodic long n/a —

prefixesSent long tBgpPeerOperSentPrefixes

—

prefixesSentPeriodic long n/a —

Undefined 0 — tBgpPeerAddress —

Undefined 1 — tBgpInstanceIndex —

vpnActivePrefixes long tBgpPeerOperVpnActivePrefixes

—

vpnActivePrefixesPeriodic long n/a —

vpnReceivedPrefixes long tBgpPeerOperVpnReceivedPrefixes

—


(2 of 3)



Table 46-5 describes the bundle statistics.

Table 46-5 bundle statistics

Table 46-6 describes the equipment statistics.

Table 46-6 equipment statistics

vpnReceivedPrefixesPeriodic long n/a —

vpnSentPrefixes long tBgpPeerOperVpnSentPrefixes

—

vpnSentPrefixesPeriodic long n/a —


(3 of 3)


BundleStats

MIB table name: TIMETRA-PORT-MIB.tmnxBundleTable

Monitored class: bundle.Interface

inputDiscards long tmnxBundleInputDiscards —

upTime long tmnxBundleUpTime —


InterfaceAdditionalStats

MIB table name: IF-MIB.ifXTable

Monitored class: equipment.PhysicalPort; equipment.ManagementPort; lag.Interface; bundle.Interface; sonetequipment.Sts1Channel; sonetequipment.Sts3Channel; sonetequipment.Sts12Channel; sonetequipment.Sts48Channel; sonetequipment.Sts192Channel; tdmequipment.DS3E3Channel; tdmequipment.DS1E1Channel; tdmequipment.DS0ChannelGroup

receivedBroadcastPackets long ifHCInBroadcastPkts —

receivedBroadcastPacketsPeriodic long n/a —

receivedMulticastPackets long ifHCInMulticastPkts —

receivedMulticastPacketsPeriodic long n/a —

receivedTotalOctets long ifHCInOctets —

receivedTotalOctetsPeriodic long n/a —

receivedUnicastPackets long ifHCInUcastPkts —

receivedUnicastPacketsPeriodic long n/a —

transmittedBroadcastPackets long ifHCOutBroadcastPkts —

transmittedBroadcastPacketsPeriodic

long n/a —

transmittedMulticastPackets long ifHCOutMulticastPkts —

transmittedMulticastPacketsPeriodic long n/a —

(1 of 3)



transmittedTotalOctets long ifHCOutOctets —

transmittedTotalOctetsPeriodic long n/a —

transmittedUnicastPackets long ifHCOutUcastPkts —

transmittedUnicastPacketsPeriodic long n/a —

InterfaceStats

MIB table name: IF-MIB.ifTable

Monitored class: equipment.PhysicalPort; equipment.ManagementPort; lag.Interface; bundle.Interface; sonetequipment.Sts1Channel; sonetequipment.Sts3Channel; sonetequipment.Sts12Channel; sonetequipment.Sts48Channel; sonetequipment.Sts192Channel; tdmequipment.DS3E3Channel; tdmequipment.DS1E1Channel; tdmequipment.DS0ChannelGroup

outboundBadPackets long ifOutErrors —

outboundBadPacketsPeriodic long n/a —

outboundPacketsDiscardedPeriodic long n/a —

receivedBadPackets long ifInErrors —

receivedBadPacketsPeriodic long n/a —

receivedOctets long ifInOctets —

receivedOctetsPeriodic long n/a —

receivedPacketsDiscarded long ifInDiscards —

receivedPacketsDiscardedPeriodic long n/a —

receivedUnicastPackets long ifInUcastPkts —

receivedUnicastPacketsPeriodic long n/a —

receivedUnknownProtocolPacketsPeriodic

long n/a —

transmittedOctets long ifOutOctets —

transmittedOctetsPeriodic long n/a —

transmittedUnicastPackets long ifOutUcastPkts —

transmittedUnicastPacketsPeriodic long n/a —

MediaIndependentStats

MIB table name: HC-RMON-MIB.mediaIndependentTable

Monitored class: equipment.PhysicalPort

dropEvents long mediaIndependentDropEvents

—

dropEventsPeriodic long n/a —

droppedFrames long mediaIndependentDroppedFrames

—

droppedFramesPeriodic long n/a —

duplex int mediaIndependentDuplexMode

—

duplexChanges long mediaIndependentDuplexChanges

—

duplexChangesPeriodic long n/a —


(2 of 3)



Table 46-7 describes the ethernetequipment statistics.

inputSpeed long mediaIndependentInputSpeed

—

outputSpeed long mediaIndependentOutputSpeed

—

receivedBadPackets long mediaIndependentInErrors —

receivedBadPacketsPeriodic long n/a —

receivedNonUnicastPackets long mediaIndependentInNUCastPkts

—

receivedNonUnicastPacketsPeriodic long n/a —

receivedOctets long mediaIndependentInOctets

—

receivedOctetsPeriodic long n/a —

receivedPackets long mediaIndependentInPkts —

receivedPacketsPeriodic long n/a —

transmittedBadPackets long mediaIndependentOutErrors

—

transmittedBadPacketsPeriodic long n/a —

transmittedNonUnicastPackets long mediaIndependentOutNUCastPkts

—

transmittedNonUnicastPacketsPeriodic

long n/a —

transmittedOctets long mediaIndependentOutOctets

—

transmittedOctetsPeriodic long n/a —

transmittedPackets long mediaIndependentOutPkts —

transmittedPacketsPeriodic long n/a —

SystemCpuStats

MIB table name: TIMETRA-SYSTEM-MIB.sgiCpuUsage

Monitored class: equipment.SystemStatsHolder

systemCpuUsage long sgiCpuUsage —

SystemMemoryStats

MIB table name: TIMETRA-SYSTEM-MIB.sgiMemoryUsed

Monitored class: equipment.SystemStatsHolder

systemMemoryUsage long sgiMemoryUsed —


(3 of 3)



Table 46-7 ethernetequipment statistics


Dot3Stats

MIB table name: EtherLike-MIB.dot3StatsTable


alignmentErrors long dot3StatsAlignmentErrors —

alignmentErrorsPeriodic long n/a —

carrierSenseErrors long dot3StatsCarrierSenseErrors

—

carrierSenseErrorsPeriodic long n/a —

deferredTransmissions long dot3StatsDeferredTransmissions

—

deferredTransmissionsPeriodic long n/a —

excessiveCollisions long dot3StatsExcessiveCollisions

—

excessiveCollisionsPeriodic long n/a —

fcsErrors long dot3StatsFCSErrors —

fcsErrorsPeriodic long n/a —

frameTooLongs long dot3StatsFrameTooLongs —

frameTooLongsPeriodic long n/a —

internalMacReceiveErrors long dot3StatsInternalMacReceiveErrors

—

internalMacReceiveErrorsPeriodic long n/a —

internalMacTransmitErrors long dot3StatsInternalMacTransmitErrors

—

internalMacTransmitErrorsPeriodic long n/a —

lateCollisions long dot3StatsLateCollisions —

lateCollisionsPeriodic long n/a —

multipleCollisionFrames long dot3StatsMultipleCollisionFrames

—

multipleCollisionFramesPeriodic long n/a —

singleCollisionFrames long dot3StatsSingleCollisionFrames

—

singleCollisionFramesPeriodic long n/a —

sqeTestErrors long dot3StatsSQETestErrors —

sqeTestErrorsPeriodic long n/a —

symbolErrors long dot3StatsSymbolErrors —

symbolErrorsPeriodic long n/a —

EthernetHighCapacityStats

MIB table name: HC-RMON-MIB.etherStatsHighCapacityTable


(1 of 5)



packets1024to1518Octets — — —

packets1024to1518OctetsPeriodic — — —







packets64Octets — — —

packets64OctetsPeriodic — — —



totalOctets — — —

totalOctetsPeriodic — — —

totalPackets — — —

totalPacketsPeriodic — — —

QosDroppedOctetStats

MIB table name: RMON-MIB.etherStatsTable


broadcastPackets long etherStatsBroadcastPkts —

broadcastPacketsPeriodic long n/a —

collisions long etherStatsCollisions —

collisionsPeriodic long n/a —

crcAlignErrors long etherStatsCRCAlignErrors —

crcAlignErrorsPeriodic long n/a —

dropEvents long etherStatsDropEvents —

dropEventsPeriodic long n/a —

fragments long etherStatsFragments —

fragmentsPeriodic long n/a —

jabbers long etherStatsJabbers —

jabbersPeriodic long n/a —

multicastPackets long etherStatsMulticastPkts —

multicastPacketsPeriodic long n/a —

oversizePackets long etherStatsOversizePkts —

oversizePacketsPeriodic long n/a —

packets1024to1518Octets long etherStatsPkts1024to1518Octets

—

packets1024to1518OctetsPeriodic long n/a —


(2 of 5)




—



—



—


packets64Octets long etherStatsPkts64Octets —

packets64OctetsPeriodic long n/a —


—


totalOctets long etherStatsOctets —

totalOctetsPeriodic long n/a —

totalPackets long etherStatsPkts —

totalPacketsPeriodic long n/a —

Undefined 2 — etherStatsIndex —

undersizePackets long etherStatsUndersizePkts —

undersizePacketsPeriodic long n/a —

QosDroppedPacketStats

MIB table name: TIMETRA-PORT-MIB.tmnxPortIngrMdaQosStatTable


qosClassifier0DroppedPackets long tmnxPortIngrMdaQos00StatDropPkts

—

qosClassifier0DroppedPacketsPeriodic

long n/a —


—


long n/a —


—


long n/a —


—


long n/a —


—


(3 of 5)




long n/a —


—


long n/a —


—


long n/a —


—


long n/a —


—


long n/a —


—


long n/a —


—


long n/a —


—


long n/a —


—


long n/a —


—


long n/a —


—


long n/a —


—


long n/a —


(4 of 5)



Table 46-8 describes the igmp statistics.

Table 46-8 igmp statistics

Undefined 3 — tmnxPortPortID —

Undefined 4 — tmnxChassisIndex —


(5 of 5)


InterfaceStats

MIB table name: TIMETRA-IGMP-MIB.vRtrIgmpIfStatsTable

Monitored class: igmp.Interface

importPolicyDrops long vRtrIgmpIfImportPolicyDrops

—

importPolicyDropsPeriodic long n/a —

rxBadChecksumPkts long vRtrIgmpIfRxBadChecksumPkts

—

rxBadChecksumPktsPeriodic long n/a —

rxBadEncodings long vRtrIgmpIfRxBadEncodings

—

rxBadEncodingsPeriodic long n/a —

rxBadLenPkts long vRtrIgmpIfRxBadLenPkts —

rxBadLenPktsPeriodic long n/a —

rxBadReceiveIfPkts long vRtrIgmpIfRxBadReceiveIfPkts

—

rxBadReceiveIfPktsPeriodic long n/a —

rxGenQueries long vRtrIgmpIfRxGenQueries —

rxGenQueriesPeriodic long n/a —

rxGrpQueries long vRtrIgmpIfRxGrpQueries —

rxGrpQueriesPeriodic long n/a —

rxGrpSrcQueries long vRtrIgmpIfRxGrpSrcQueries

—

rxGrpSrcQueriesPeriodic long n/a —

rxLeaves long vRtrIgmpIfRxLeaves —

rxLeavesPeriodic long n/a —

rxNonLocal long vRtrIgmpIfRxNonLocal —

rxNonLocalPeriodic long n/a —

rxNoRtrAlertPkts long vRtrIgmpIfRxNoRtrAlertPkts

—

rxNoRtrAlertPktsPeriodic long n/a —

rxPktDrops long vRtrIgmpIfRxPktDrops —

(1 of 2)



Table 46-9 describes the isis statistics.

rxPktDropsPeriodic long n/a —

rxUnknownTypePkts long vRtrIgmpIfRxUnknownTypePkts

—

rxUnknownTypePktsPeriodic long n/a —

rxV1Reports long vRtrIgmpIfRxV1Reports —

rxV1ReportsPeriodic long n/a —





rxWrongVersions long vRtrIgmpIfRxWrongVersions

—

rxWrongVersionsPeriodic long n/a —

txErrors long vRtrIgmpIfTxErrors —

txErrorsPeriodic long n/a —

txGenQueries long vRtrIgmpIfTxGenQueries —

txGenQueriesPeriodic long n/a —

txGrpQueries long vRtrIgmpIfTxGrpQueries —

txGrpQueriesPeriodic long n/a —

txGrpSrcQueries long vRtrIgmpIfTxGrpSrcQueries

—

txGrpSrcQueriesPeriodic long n/a —

txLeaves long vRtrIgmpIfTxLeaves —

txLeavesPeriodic long n/a —

txV1Reports long vRtrIgmpIfTxV1Reports —

txV1ReportsPeriodic long n/a —






(2 of 2)



Table 46-9 isis statistics


InterfaceLevelOneReceivingStats

MIB table name: ISIS-MIB.isisPacketCountTable

Monitored class: isis.InterfaceLevelOneConfig

cnspCount long isisPacketCountCSNP —

cnspCountPeriodic long n/a —

helloCount long isisPacketCountHello —

helloCountPeriodic long n/a —

lspCount long isisPacketCountLSP —

lspCountPeriodic long n/a —

psnpCount long isisPacketCountPSNP —

psnpCountPeriodic long n/a —

InterfaceLevelOneSendingStats


Monitored class: isis.InterfaceLevelOneConfig









InterfaceLevelTwoReceivingStats


Monitored class: isis.InterfaceLevelTwoConfig









InterfaceLevelTwoSendingStats


Monitored class: isis.InterfaceLevelTwoConfig


(1 of 3)










LinkStatePduSiteStats

MIB table name: TIMETRA-ISIS-MIB.vRtrIsisStatsTable

Monitored class: isis.Site

csnpDropped long vRtrIsisCSNPDrop —

csnpDroppedPeriodic long n/a —

csnpReceived long vRtrIsisCSNPRecd —

csnpReceivedPeriodic long n/a —

csnpRetransmitted long vRtrIsisCSNPRetrans —

csnpRetransmittedPeriodic long n/a —

csnpSent long vRtrIsisCSNPSent —

csnpSentPeriodic long n/a —

helloDropped long vRtrIsisIIHDrop —

helloDroppedPeriodic long n/a —

helloReceived long vRtrIsisIIHRecd —

helloReceivedPeriodic long n/a —

helloRetransmitted long vRtrIsisIIHRetrans —

helloRetransmittedPeriodic long n/a —

helloSent long vRtrIsisIIHSent —

helloSentPeriodic long n/a —

lspDropped long vRtrIsisLSPDrop —

lspDroppedPeriodic long n/a —

lspReceived long vRtrIsisLSPRecd —

lspReceivedPeriodic long n/a —

lspRetransmitted long vRtrIsisLSPRetrans —

lspRetransmittedPeriodic long n/a —

lspSent long vRtrIsisLSPSent —

lspSentPeriodic long n/a —

psnpDropped long vRtrIsisPSNPDrop —

psnpDroppedPeriodic long n/a —

psnpReceived long vRtrIsisPSNPRecd —


(2 of 3)



Table 46-10 describes the lag statistics.

psnpReceivedPeriodic long n/a —

psnpRetransmitted long vRtrIsisPSNPRetrans —

psnpRetransmittedPeriodic long n/a —

psnpSent long vRtrIsisPSNPSent —

psnpSentPeriodic long n/a —

unknownDropped long vRtrIsisUnknownDrop —

unknownDroppedPeriodic long n/a —

unknownReceived long vRtrIsisUnknownRecd —

unknownReceivedPeriodic long n/a —

unknownRetransmitted long vRtrIsisUnknownRetrans —

unknownRetransmittedPeriodic long n/a —

unknownSent long vRtrIsisUnknownSent —

unknownSentPeriodic long n/a —

SiteStats

MIB table name: TIMETRA-ISIS-MIB.vRtrIsisStatsTable

Monitored class: isis.Site

cspfDroppedRequests long vRtrIsisCSPFDroppedRequests

—

cspfDroppedRequestsPeriodic long n/a —

cspfPathsFound long vRtrIsisCSPFPathsFound —

cspfPathsFoundPeriodic long n/a —

cspfPathsNotFound long vRtrIsisCSPFPathsNotFound

—

cspfPathsNotFoundPeriodic long n/a —

cspfRequests long vRtrIsisCSPFRequests —

cspfRequestsPeriodic long n/a —

initiatedPurges long vRtrIsisInitiatedPurges —

initiatedPurgesPeriodic long n/a —

lspRegenerations long vRtrIsisLSPRegenerations —

lspRegenerationsPeriodic long n/a —

spfRuns long vRtrIsisSpfRuns —

spfRunsPeriodic long n/a —


(3 of 3)



Table 46-10 lag statistics

Table 46-11 describes the ldp statistics.

Table 46-11 ldp statistics


LagStats

MIB table name: TIMETRA-LAG-MIB.tLagOperationTable

Monitored class: lag.interface

portThresholdFalling long tLagPortThresholdFalling —

portThresholdRising long tLagPortThresholdRising —


InterfaceStats

MIB table name: TIMETRA-LDP-MIB.vRtrLdpIfStatsTable

Monitored class: ldp.interface

existingAdjacencies long vRtrLdpIfExistingAdjacencies

—

existingAdjacenciesPeriodic long n/a —

SessionStats

MIB table name: TIMETRA-LDP-MIB.vRtrLdpSessionStatsTable

Monitored class: ldp.Session

addressMessagesReceived long vRtrLdpSessStatsAddrIn —

addressMessagesReceivedPeriodic long n/a —

addressMessagesSent long vRtrLdpSessStatsAddrOut —

addressMessagesSentPeriodic long n/a —

addressWithdrawMessagesReceived long vRtrLdpSessStatsAddrWithdrawIn

—

addressWithdrawMessagesReceivedPeriodic

long n/a —

addressWithdrawMessagesSent long vRtrLdpSessStatsAddrWithdrawOut

—

addressWithdrawMessagesSentPeriodic

long n/a —

fecReceived long vRtrLdpSessStatsFECRecv

—

fecReceivedPeriodic long n/a —

fecSent long vRtrLdpSessStatsFECSent

—

fecSentPeriodic long n/a —

helloMessagesReceived long vRtrLdpSessStatsHelloIn —

helloMessagesReceivedPeriodic long n/a —

(1 of 5)



helloMessagesSent long vRtrLdpSessStatsHelloOut —

helloMessagesSentPeriodic long n/a —

initMessagesReceived long vRtrLdpSessStatsInitIn —

initMessagesReceivedPeriodic long n/a —

initMessagesSent long vRtrLdpSessStatsInitOut —

initMessagesSentPeriodic long n/a —

keepAliveMessagesReceived long vRtrLdpSessStatsKeepaliveIn

—

keepAliveMessagesReceivedPeriodic

long n/a —

keepAliveMessagesSent long vRtrLdpSessStatsKeepaliveOut

—

keepAliveMessagesSentPeriodic long n/a —

labelAbortsReceived long vRtrLdpSessStatsLabelAbortIn

—

labelAbortsReceivedPeriodic long n/a —

labelAbortsSent long vRtrLdpSessStatsLabelAbortOut

—

labelAbortsSentPeriodic long n/a —

labelMappingsReceived long vRtrLdpSessStatsLabelMappingIn

—

labelMappingsReceivedPeriodic long n/a —

labelMappingsSent long vRtrLdpSessStatsLabelMappingOut

—

labelMappingsSentPeriodic long n/a —

labelReleasesReceived long vRtrLdpSessStatsLabelReleaseIn

—

labelReleasesReceivedPeriodic long n/a —

labelReleasesSent long vRtrLdpSessStatsLabelReleaseOut

—

labelReleasesSentPeriodic long n/a —

labelRequestsReceived long vRtrLdpSessStatsLabelRequestIn

—

labelRequestsReceivedPeriodic long n/a —

labelRequestsSent long vRtrLdpSessStatsLabelRequestOut

—

labelRequestsSentPeriodic long n/a —

labelWithdrawsReceived long vRtrLdpSessStatsLabelWithdrawIn

—

labelWithdrawsReceivedPeriodic long n/a —

labelWithdrawsSent long vRtrLdpSessStatsLabelWithdrawOut

—


(2 of 5)



labelWithdrawsSentPeriodic long n/a —

linkAdjacencies long vRtrLdpSessStatsLinkAdj —

linkAdjacenciesPeriodic long n/a —

notificationMessagesReceived long vRtrLdpSessStatsNotificationIn

—

notificationMessagesReceivedPeriodic

long n/a —

notificationMessagesSent long vRtrLdpSessStatsNotificationOut

—

targetedAdjacencies long vRtrLdpSessStatsTargAdj —

targetedAdjacenciesPeriodic long n/a —

Undefined 5 — vRtrLdpPeerLdpId —

Undefined 6 — vRtrID —

SiteStats

MIB table name: TIMETRA-LDP-MIB.vRtrLdpStatsTable

Monitored class: ldp.Site

activeAdjacencies long vRtrLdpStatsActiveAdjacencies

—

activeAdjacenciesPeriodic long n/a —

activeInterfaces long vRtrLdpStatsActiveInterfaces

—

activeInterfacesPeriodic long n/a —

activeSessions long vRtrLdpStatsActiveSessions

—

activeSessionsPeriodic long n/a —

activeTargetedSessions long vRtrLdpStatsActiveTargSessions

—

activeTargetedSessionsPeriodic long n/a —

addressFECsReceived long vRtrLdpStatsAddrFECRecv

—

addressFECsReceivedPeriodic long n/a —

addressFECsSent long vRtrLdpStatsAddrFECSent —

addressFECsSentPeriodic long n/a —

attemptedSessions long vRtrLdpStatsAttemptedSessions

—

attemptedSessionsPeriodic long n/a —

badLdpIdentifierErrors long vRtrLdpStatsBadLdpIdentifierErrors

—

badLdpIdentifierErrorsPeriodic long n/a —

badMessageLengthErrors long vRtrLdpStatsBadMessageLengthErrors

—

badMessageLengthErrorsPeriodic long n/a —


(3 of 5)



badPduLengthErrors long vRtrLdpStatsBadPduLengthErrors

—

badPduLengthErrorsPeriodic long n/a —

badTlvLengthErrors long vRtrLdpStatsBadTlvLengthErrors

—

badTlvLengthErrorsPeriodic long n/a —

inactiveInterfaces long vRtrLdpStatsInactiveInterfaces

—

inactiveInterfacesPeriodic long n/a —

inactiveTargetedSessions long vRtrLdpStatsInactiveTargSessions

—

inactiveTargetedSessionsPeriodic long n/a —

keepAliveExpiredErrors long vRtrLdpStatsKeepAliveExpiredErrors

—

keepAliveExpiredErrorsPeriodic long n/a —

malformedTlvValueErrors long vRtrLdpStatsMalformedTlvValueErrors

—

malformedTlvValueErrorsPeriodic long n/a —

operDownEvents long vRtrLdpStatsOperDownEvents

—

operDownEventsPeriodic long n/a —

serviceFECsReceived long vRtrLdpStatsSvcFECRecv —

serviceFECsReceivedPeriodic long n/a —

serviceFECsSent long vRtrLdpStatsSvcFECSent —

serviceFECsSentPeriodic long n/a —

sessionRejectedAdvertisementModeErrors

long vRtrLdpStatsSessRejAdvErrors

—

sessionRejectedAdvertisementModeErrorsPeriodic

long n/a —

sessionRejectedLabelRangeErrors long vRtrLdpStatsSessRejLabelRangeErrors

—

sessionRejectedLabelRangeErrorsPeriodic

long n/a —

sessionRejectedMaxPduLengthErrors

long vRtrLdpStatsSessRejMaxPduErrors

—

sessionRejectedMaxPduLengthErrorsPeriodic

long n/a —

sessionRejectedNoHelloErrors long vRtrLdpStatsSessRejNoHelloErrors

—

sessionRejectedNoHelloErrorsPeriodic

long n/a —

shutdownNotificationsReceived long vRtrLdpStatsShutdownNotifRecv

—


(4 of 5)



Table 46-12 describes the mpls statistics.

Table 46-12 mpls statistics

shutdownNotificationsReceivedPeriodic

long n/a —

shutdownNotificationsSent long vRtrLdpStatsShutdownNotifSent

—

shutdownNotificationsSentPeriodic long n/a —



(5 of 5)


LspPathStats

MIB table name: TIMETRA-MPLS-MIB.vRtrMplsLspPathStatTable

Monitored class: mpls.LspPath

cspfQueries long vRtrMplsLspPathCspfQueries

—

cspfQueriesPeriodic long n/a —

retryAttempts long vRtrMplsLspPathRetryAttempts

—

retryAttemptsPeriodic long n/a —

timeDown long vRtrMplsLspPathTimeDown

—

timeDownPeriodic long n/a —

timeUp long vRtrMplsLspPathTimeUp —

timeUpPeriodic long n/a —

transitionCount long vRtrMplsLspPathTransitionCount

—

transitionCountPeriodic long n/a —

Undefined 10 — mplsTunnelIndex —

Undefined 11 — vRtrMplsLspIndex —


Undefined 8 — mplsTunnelIngressLSRId —

Undefined 9 — mplsTunnelInstance —

LspStats

MIB table name: TIMETRA-MPLS-MIB.vRtrMplsLspStatTable

Monitored class: mpls.DynamicLsp;mpls.StaticLsp;

age long vRtrMplsLspAge —

agePeriodic long n/a —

octets long vRtrMplsLspOctets —

(1 of 3)



octetsPeriodic long n/a —

packets long vRtrMplsLspPackets —

packetsPeriodic long n/a —

timeSinceLastDownState long vRtrMplsLspTimeDown —

timeSinceLastDownStatePeriodic long n/a —

timeSinceLastTransition long vRtrMplsLspLastTransition —

timeSinceLastTransitionPeriodic long n/a —

timeSinceLastUpState long vRtrMplsLspTimeUp —

timeSinceLastUpStatePeriodic long n/a —

transitions long vRtrMplsLspTransitions —

transitionsPeriodic long n/a —

Undefined 13 — vRtrMplsLspIndex —


Undefined 15 — vRtrMplsLspPrimaryTimeUp

—

Undefined 16 — vRtrMplsLspPathChanges —

Undefined 17 — vRtrMplsLspLastPathChange

—

Undefined 18 — vRtrMplsLspConfiguredPaths

—

Undefined 19 — vRtrMplsLspStandbyPaths —

Undefined 20 — vRtrMplsLspOperationalPaths

—

MplsInterfaceStats

MIB table name: TIMETRA-MPLS-MIB.vRtrMplsIfStatTable

Monitored class: mpls.Interface;

receiveOctets long vRtrMplsIfRxOctetCount —

receiveOctetsPeriodic long n/a —

receivePackets long vRtrMplsIfRxPktCount —

receivePacketsPeriodic long n/a —

transmitOctets long vRtrMplsIfTxOctetCount —

transmitOctetsPeriodic long n/a —

transmitPackets long vRtrMplsIfTxPktCount —

transmitPacketsPeriodic long n/a —

Undefined 21 — vRtrIfIndex —


SiteStats

MIB table name: TIMETRA-MPLS-MIB.vRtrMplsGeneralStatTable

Monitored class: mpls.Site;


(2 of 3)



Table 46-13 describes the pim statistics.

Table 46-13 pim statistics

detourOriginate long vRtrMplsGeneralDetourLspOriginate

—

detourOriginatePeriodic long n/a —

detourTerminate long vRtrMplsGeneralDetourLspTerminate

—

detourTerminatePeriodic long n/a —

detourTransit long vRtrMplsGeneralDetourLspTransit

—

detourTransitPeriodic long n/a —

dynamicOriginate long vRtrMplsGeneralDynamicLspOriginate

—

dynamicOriginatePeriodic long n/a —

dynamicTerminate long vRtrMplsGeneralDynamicLspTerminate

—

dynamicTerminatePeriodic long n/a —

dynamicTransit long vRtrMplsGeneralDynamicLspTransit

—

dynamicTransitPeriodic long n/a —

staticOriginate long vRtrMplsGeneralStaticLspOriginate

—

staticOriginatePeriodic long n/a —

staticTerminate long vRtrMplsGeneralStaticLspTerminate

—

staticTerminatePeriodic long n/a —

staticTransit long vRtrMplsGeneralStaticLspTransit

—

staticTransitPeriodic long n/a —



(3 of 3)


InterfaceStats

MIB table name: TIMETRA-PIM-MIB.vRtrPimIfStatsTable

Monitored class: pim.Interface

bsmErrs long vRtrPimIfTxBsmErrs —

bsmErrsPeriodic long n/a —

bsmPdus long vRtrPimIfTxBsmPdus —

bsmPdusPeriodic long n/a —

(1 of 5)



registerStopErrs long vRtrPimIfTxRegisterStopErrs

—

registerStopErrsPeriodic long n/a —

registerStops long vRtrPimIfTxRegisterStops —

registerStopsPeriodic long n/a —

rxAssertErrs long vRtrPimIfRxAssertErrs —

rxAssertErrsPeriodic long n/a —

rxAsserts long vRtrPimIfRxAsserts —

rxAssertsPeriodic long n/a —

rxBadChecksumDiscards long vRtrPimIfRxBadChecksumDiscards

—

rxBadChecksumDiscardsPeriodic long n/a —

rxBadEncodings long vRtrPimIfRxBadEncodings —

rxBadEncodingsPeriodic long n/a —

rxBadVersionDiscards long vRtrPimIfRxBadVersionDiscards

—

rxBadVersionDiscardsPeriodic long n/a —

rxBsmPduDrops long vRtrPimIfRxBsmPduDrops —

rxBsmPduDropsPeriodic long n/a —

rxBsmPdus long vRtrPimIfRxBsmPdus —

rxBsmPdusPeriodic long n/a —

rxCRPAdvNoRouterAlert long vRtrPimIfRxCRPAdvNoRouterAlert

—

rxCRPAdvNoRouterAlertPeriodic long n/a —

rxHellos long vRtrPimIfRxHellos —

rxHellosDropped long vRtrPimIfRxHellosDropped —

rxHellosDroppedPeriodic long n/a —

rxHellosPeriodic long n/a —

rxNbrUnknown long vRtrPimIfRxNbrUnknown —

rxNbrUnknownPeriodic long n/a —

rxNullRegisters long vRtrPimIfRxNullRegisters —

rxNullRegistersPeriodic long n/a —

rxPkts long vRtrPimIfRxPkts —

rxPktsPeriodic long n/a —

rxRegisterErrs long vRtrPimIfRxRegisterErrs —

rxRegisterErrsPeriodic long n/a —

rxRegisters long vRtrPimIfRxRegisters —

rxRegistersPeriodic long n/a —


(2 of 5)



rxRegisterStopErrs long vRtrPimIfRxRegisterStopErrs

—

rxRegisterStopErrsPeriodic long n/a —

rxRegisterStops long vRtrPimIfRxRegisterStops —

rxRegisterStopsPeriodic long n/a —

rxUnknownPdus long vRtrPimIfRxUnknownPdus —

rxUnknownPdusPeriodic long n/a —

sgTypes long vRtrPimIfSGTypes —

sgTypesPeriodic long n/a —

starGTypes long vRtrPimIfStarGTypes —

starGTypesPeriodic long n/a —

starStarRPTypes long vRtrPimIfStarStarRPTypes —

starStarRPTypesPeriodic long n/a —

txAsserts long vRtrPimIfTxAsserts —

txAssertsPeriodic long n/a —

txHellos long vRtrPimIfTxHellos —

txHellosPeriodic long n/a —

txPkts long vRtrPimIfTxPkts —

txPktsPeriodic long n/a —



Undefined 26 — vRtrPimIfJoinPolicyDrops —

Undefined 27 — vRtrPimIfRegisterPolicyDrops

—

Undefined 28 — vRtrPimIfBootstrapImpPolicyDrops

—

Undefined 29 — vRtrPimIfBootstrapExpPolicyDrops

—

Undefined 30 — vRtrPimIfTxJoinPrunes —

Undefined 31 — vRtrPimIfRxJoinPrunes —

Undefined 32 — vRtrPimIfRxInvalidJoinPrunes

—

Undefined 33 — vRtrPimIfRxInvalidRegisters

—

Undefined 34 — vRtrPimIfRxJoinPruneErrs —

Undefined 35 — vRtrPimIfRxBSMNoRouterAlertDrops

—

Undefined 36 — vRtrPimIfRxBSMWrongIfDrops

—


(3 of 5)



PimGenSiteStats

MIB table name: TIMETRA-PIM-MIB.vRtrPimGenStatsTable

Monitored class: pim.Site

rxCrpaPduDrops long vRtrPimGenStatsRxCrpaPduDrops

—

rxCrpaPduDropsPeriodic long n/a —

rxCrpaPdus long vRtrPimGenStatsRxCrpaPdus

—

rxCrpaPdusPeriodic long n/a —

sgTypes long vRtrPimGenStatsSGTypes —

sgTypesPeriodic long n/a —

starGTypes long vRtrPimGenStatsStarGTypes

—

starGTypesPeriodic long n/a —

starStarRPTypes long vRtrPimGenStatsStarStarRPTypes

—

starStarRPTypesPeriodic long n/a —

txCrpaPduErrs long vRtrPimGenStatsTxCrpaPduErrs

—

txCrpaPduErrsPeriodic long n/a —

txCrpaPdus long vRtrPimGenStatsTxCrpaPdus

—

txCrpaPdusPeriodic long n/a —

txNullRegisters long vRtrPimGenStatsTxNullRegisters

—

txNullRegistersPeriodic long n/a —

txRegisterErrs long vRtrPimGenStatsTxRegisterErrs

—

txRegisterErrsPeriodic long n/a —

txRegisters long vRtrPimGenStatsTxRegisters

—

txRegistersPeriodic long n/a —

txRegisterTTLDrops long vRtrPimGenStatsTxRegisterTTLDrops

—

txRegisterTTLDropsPeriodic long n/a —


Undefined 38 — vRtrPimGenStatsForwardCrpaPdus

—

Undefined 39 — vRtrPimGenStatsForwardCrpaDrops

—

PimGroupStats

MIB table name: TIMETRA-PIM-MIB.vRtrPimGrpSrcStatsTable

Monitored class: pim.Groups


(4 of 5)



Table 46-14 describes the rip statistics.

Table 46-14 rip statistics

discardedPkts long vRtrPimGrpSrcStatsDiscardedPkts

—

discardedPktsPeriodic long n/a —

forwardedOctets long vRtrPimGrpSrcStatsForwardedOctets

—

forwardedOctetsPeriodic long n/a —

forwardedPkts long vRtrPimGrpSrcStatsForwardedPkts

—

forwardedPktsPeriodic long n/a —

rpfMismatches long vRtrPimGrpSrcStatsRPFMismatches

—

rpfMismatchesPeriodic long n/a —

Undefined 40 — vRtrPimGrpSrcSourceAddress

—

Undefined 41 — vRtrPimGrpSrcGroupAddress

—



(5 of 5)


InterfaceReceiveStats

MIB table name: TIMETRA-RIP-MIB.vRtrRipIfStatTable

Monitored class: None

badPackets long — —

badPacketsPeriodic long — —

class name=rip.Interface — — —

v1BadRoutes long — —

v1BadRoutesPeriodic long — —

v1Requests long — —

v1RequestsIgnored long — —

v1RequestsIgnoredPeriodic long — —

v1RequestsPeriodic long — —

v1Updates long — —

v1UpdatesIgnored long — —

v1UpdatesIgnoredPeriodic long — —

v1UpdatesPeriodic long — —

v2AuthenticationErrors long — —

(1 of 2)



Table 46-15 describes the rsvp statistics.

Table 46-15 rsvp statistics

v2AuthenticationErrorsPeriodic long — —

v2BadRoutes long — —

v2BadRoutesPeriodic long — —

v2Requests long — —

v2RequestsIgnored long — —

v2RequestsIgnoredPeriodic long — —

v2RequestsPeriodic long — —

v2Updates long — —

v2UpdatesIgnored long — —

v2UpdatesIgnoredPeriodic long — —

v2UpdatesPeriodic long — —


(2 of 2)


RsvpInterfaceTransmitStats

MIB table name: TIMETRA-RSVP-MIB.vRtrRsvpIfStatTable

Monitored class: rsvp.Interface

acks long vRtrRsvpIfStatTxAcks —

acksPeriodic long n/a —

bundles long vRtrRsvpIfStatTxBundles —

bundlesPeriodic long n/a —

errorPackets long vRtrRsvpIfStatTxErrorPkts —

errorPacketsPeriodic long n/a —

hellos long vRtrRsvpIfStatTxHelloReqs

—

hellosPeriodic long n/a —

packets long vRtrRsvpIfStatTxPkts —

packetsPeriodic long n/a —

pathErrors long vRtrRsvpIfStatTxPathErrors

—

pathErrorsPeriodic long n/a —

paths long vRtrRsvpIfStatTxPaths —

pathsPeriodic long n/a —

pathTears long vRtrRsvpIfStatTxPathTears

—

pathTearsPeriodic long n/a —

(1 of 3)



refreshes long vRtrRsvpIfStatTxSRefreshes

—

refreshesPeriodic long n/a —

reserveConfirms long vRtrRsvpIfStatTxResvConfirms

—

reserveConfirmsPeriodic long n/a —

reserveErrors long vRtrRsvpIfStatTxResvErrors

—

reserveErrorsPeriodic long n/a —

reserves long vRtrRsvpIfStatTxResvs —

reservesPeriodic long n/a —

reserveTears long vRtrRsvpIfStatTxResvTears

—

reserveTearsPeriodic long n/a —

totalPackets long vRtrRsvpIfStatTxTotalPkts —

totalPacketsPeriodic long n/a —



Undefined 45 — vRtrRsvpIfStatRxPaths —

Undefined 46 — vRtrRsvpIfStatRxPathErrors

—

Undefined 47 — vRtrRsvpIfStatRxPathTears

—

Undefined 48 — vRtrRsvpIfStatRxResvs —

Undefined 49 — vRtrRsvpIfStatRxResvErrors

—

Undefined 50 — vRtrRsvpIfStatRxResvTears

—

Undefined 51 — vRtrRsvpIfStatRxResvConfirms

—

Undefined 52 — vRtrRsvpIfStatRxBundles —

Undefined 53 — vRtrRsvpIfStatRxAcks —

Undefined 54 — vRtrRsvpIfStatRxHelloReqs

—

Undefined 55 — vRtrRsvpIfStatRxSRefreshes

—

Undefined 56 — vRtrRsvpIfStatRxPkts —

Undefined 57 — vRtrRsvpIfStatRxErrorPkts —

Undefined 58 — vRtrRsvpIfStatRxTotalPkts —

Undefined 59 — vRtrRsvpIfStatHelloTimeout

—


(2 of 3)



Table 46-16 describes the rtr statistics.

Table 46-16 rtr statistics

RsvpSessionStats

MIB table name: TIMETRA-RSVP-MIB.vRtrRsvpSessionStatTable

Monitored class: rsvp.Session

detourAge long vRtrRsvpSessionDetourAge

—

detourAgePeriodic long n/a —

detourTimeUp long vRtrRsvpSessionDetourTimeUp

—

detourTimeUpPeriodic long n/a —

pathsReceived long vRtrRsvpSessionRxPaths —

pathsReceivedPeriodic long n/a —

pathsTransmitted long vRtrRsvpSessionTxPaths —

pathsTransmittedPeriodic long n/a —

reservesReceived long vRtrRsvpSessionRxResvs —

reservesReceivedPeriodic long n/a —

reservesTransmitted long vRtrRsvpSessionTxResvs —

reservesTransmittedPeriodic long n/a —

Undefined 60 — vRtrRsvpSessionIndex —


Undefined 62 — vRtrRsvpSessionBypassTimeUp

—

Undefined 63 — vRtrRsvpSessionBypassAge

—

Undefined 64 — vRtrRsvpSessionBypassLspCount

—


(3 of 3)


DhcpRelayStats

MIB table name: TIMETRA-VRTR-MIB.vRtrIfDHCPRelayStatsTable

Monitored class: rtr.DhcpRelayConfiguration

clientPacketsDiscarded long vRtrIfDHCPRelayClientPktsDiscarded

—

clientPacketsDiscardedPeriodic long n/a —

clientPacketsRelayed long vRtrIfDHCPRelayClientPktsRelayed

—

clientPacketsRelayedPeriodic long n/a —

(1 of 3)



receivedMalformedPackets long vRtrIfDHCPRelayRxMalformedPkts

—

receivedMalformedPacketsPeriodic long n/a —

receivedPackets long vRtrIfDHCPRelayRxPkts —

receivedPacketsPeriodic long n/a —

receivedUntrustedPackets long vRtrIfDHCPRelayRxUntrustedPkts

—

receivedUntrustedPacketsPeriodic long n/a —

serverPacketsDiscarded long vRtrIfDHCPRelayServerPktsDiscarded

—

serverPacketsDiscardedPeriodic long n/a —

serverPacketsRelayed long vRtrIfDHCPRelayServerPktsRelayed

—

serverPacketsRelayedPeriodic long n/a —

transmittedPackets long vRtrIfDHCPRelayTxPkts —

transmittedPacketsPeriodic long n/a —



RouteStats

MIB table name: TIMETRA-VRTR-MIB.vRtrStatTable

Monitored class: rtr.VirtualRouter

aggregateActiveRoutes long vRtrAggregateActiveRoutes

—

aggregateRoutes long vRtrAggregateRoutes —

bgpActiveRoutes long vRtrBGPActiveRoutes —

bgpRoutes long vRtrBGPRoutes —

bgpVpnActiveRoutes long vRtrStatBGPVpnActiveRoutes

—

bgpVpnRoutes long vRtrStatBGPVpnRoutes —

directActiveRoutes long vRtrDirectActiveRoutes —

directRoutes long vRtrDirectRoutes —

illegalLabelsReceived long vRtrStatIllegalLabels —

illegalLabelsReceivedPeriodic long n/a —

isisActiveRoutes long vRtrISISActiveRoutes —

isisRoutes long vRtrISISRoutes —

ldpActiveTunnels long vRtrStatActiveLdpTunnels —

ldpTunnels long vRtrStatTotalLdpTunnels —

multicastRoutes long vRtrMulticastRoutes —

ospfActiveRoutes long vRtrOSPFActiveRoutes —

ospfRoutes long vRtrOSPFRoutes —


(2 of 3)



Table 46-17 describes the sonetequipment statistics.

Table 46-17 sonetequipment statistics

ripActiveRoutes long vRtrRIPActiveRoutes —

ripRoutes long vRtrRIPRoutes —

routerInterfacesActive long vRtrStatActiveIfs —

routerInterfacesConfigured long vRtrStatConfiguredIfs —

routesInVrf long vRtrStatCurrNumRoutes —

sdpActiveTunnels long vRtrStatTotalSdpTunnels —

sdpTunnels long vRtrStatActiveSdpTunnels —

staticActiveRoutes long vRtrStaticActiveRoutes —

staticRoutes long vRtrStaticRoutes —


Undefined 68 — vRtrOperState —

Undefined 69 — vRtrStatActiveARPEntries —

Undefined 70 — vRtrStatTotalARPEntries —


(3 of 3)


SonetFarEndLineCurrentStats

MIB table name: SONET-MIB.sonetFarEndLineCurrentTable


codingViolations long sonetFarEndLineCurrentCVs

—

erroredSeconds long sonetFarEndLineCurrentESs

—

severelyErroredSeconds long sonetFarEndLineCurrentSESs

—

unavailableSeconds long sonetFarEndLineCurrentUASs

—

SonetFarEndLineIntervalStats

MIB table name: SONET-MIB.sonetFarEndLineIntervalTable


codingViolations long sonetFarEndLineIntervalCVs

—

erroredSeconds long sonetFarEndLineIntervalESs

—

intervalNumber long sonetFarEndLineIntervalNumber

—

severelyErroredSeconds long sonetFarEndLineIntervalSESs

—

(1 of 5)



unavailableSeconds long sonetFarEndLineIntervalUASs

—

Undefined 71 — sonetFarEndLineIntervalValidData

—

SonetFarEndPathCurrentStats

MIB table name: SONET-MIB.sonetFarEndPathCurrentTable

Monitored class: sonetequipment.Sts1Channel; sonetequipment.Sts3Channel; sonetequipment.Sts12Channel; sonetequipment.Sts48Channel; sonetequipment.Sts192Channel

codingViolations long sonetFarEndPathCurrentCVs

—

erroredSeconds long sonetFarEndPathCurrentESs

—

severelyErroredSeconds long sonetFarEndPathCurrentSESs

—

unavailableSeconds long sonetFarEndPathCurrentUASs

—

SonetFarEndPathIntervalStats

MIB table name: SONET-MIB.sonetFarEndPathIntervalTable


codingViolations long sonetFarEndPathIntervalCVs

—

erroredSeconds long sonetFarEndPathIntervalESs

—

intervalNumber long sonetFarEndPathIntervalNumber

—

severelyErroredSeconds long sonetFarEndPathIntervalSESs

—

unavailableSeconds long sonetFarEndPathIntervalUASs

—

Undefined 72 — sonetFarEndPathIntervalValidData

—

SonetFarEndVtCurrentStats

MIB table name: SONET-MIB.sonetFarEndVTCurrentTable

Monitored class: sonetequipment.TributaryChannel

codingViolations long sonetFarEndVTCurrentCVs

—

erroredSeconds long sonetFarEndVTCurrentESs

—

severelyErroredSeconds long sonetFarEndVTCurrentSESs

—

unavailableSeconds long sonetFarEndVTCurrentUASs

—

SonetFarEndVtIntervalStats

MIB table name: SONET-MIB.sonetFarEndVTIntervalTable



(2 of 5)



codingViolations long sonetFarEndVTIntervalCVs

—

erroredSeconds long sonetFarEndVTIntervalESs

—

intervalNumber long sonetFarEndVTIntervalNumber

—

severelyErroredSeconds long sonetFarEndVTIntervalSESs

—

unavailableSeconds long sonetFarEndVTIntervalUASs

—

Undefined 73 — sonetFarEndVTIntervalValidData

—

SonetLineCurrentStats

MIB table name: SONET-MIB.sonetLineCurrentTable


codingViolations long sonetLineCurrentCVs —

currentStatus long sonetLineCurrentStatus —

erroredSeconds long sonetLineCurrentESs —

severelyErroredSeconds long sonetLineCurrentSESs —

unavailableSeconds long sonetLineCurrentUASs —

SonetLineIntervalStats

MIB table name: SONET-MIB.sonetLineIntervalTable


codingViolations long sonetLineIntervalCVs —

erroredSeconds long sonetLineIntervalESs —

intervalNumber long sonetLineIntervalNumber —

severelyErroredSeconds long sonetLineIntervalSESs —

unavailableSeconds long sonetLineIntervalUASs —

Undefined 74 — sonetLineIntervalValidData —

SonetPathCurrentStats

MIB table name: SONET-MIB.sonetPathCurrentTable

Monitored class: sonetequipment.Sts1Channel; sonetequipment.Sts3Channel; sonetequipment.Sts12Channel; sonetequipment.Sts48Channel; sonetequipment.Sts192Channel; sonetequipment.Tu3Channel

codingViolations long sonetPathCurrentCVs —

currentStatus long sonetPathCurrentStatus —

currentWidth long sonetPathCurrentWidth —

erroredSeconds long sonetPathCurrentESs —

severelyErroredSeconds long sonetPathCurrentSESs —

unavailableSeconds long sonetPathCurrentUASs —


(3 of 5)



SonetPathIntervalStats

MIB table name: SONET-MIB.sonetPathIntervalTable


codingViolations long sonetPathIntervalCVs —

erroredSeconds long sonetPathIntervalESs —

intervalNumber long sonetPathIntervalNumber —

severelyErroredSeconds long sonetPathIntervalSESs —

unavailableSeconds long sonetPathIntervalUASs —

Undefined 75 — sonetPathIntervalValidData

—

SonetSectionCurrentStats

MIB table name: SONET-MIB.sonetSectionCurrentTable


codingViolations long sonetSectionCurrentCVs —

currentStatus long sonetSectionCurrentStatus —

erroredSeconds long sonetSectionCurrentESs —

severelyErroredFramingSeconds long sonetSectionCurrentSEFSs

—

severelyErroredSeconds long sonetSectionCurrentSESs —

SonetSectionIntervalStats

MIB table name: SONET-MIB.sonetSectionIntervalTable


codingViolations long sonetSectionIntervalCVs —

erroredSeconds long sonetSectionIntervalESs —

intervalNumber long sonetSectionIntervalNumber

—

severelyErroredFramingSeconds long sonetSectionIntervalSEFSs

—

severelyErroredSeconds long sonetSectionIntervalSESs —

Undefined 76 — sonetSectionIntervalValidData

—

SonetVtCurrentStats

MIB table name: SONET-MIB.sonetVTCurrentTable


codingViolations long sonetVTCurrentCVs —

currentStatus long sonetVTCurrentStatus —

currentWidth long sonetVTCurrentWidth —

erroredSeconds long sonetVTCurrentESs —

severelyErroredSeconds long sonetVTCurrentSESs —

unavailableSeconds long sonetVTCurrentUASs —


(4 of 5)



Table 46-18 describes the svt statistics.

Table 46-18 svt statistics

Table 46-19 describes the tdmequipment statistics.

Table 46-19 tdmequipment statistics

SonetVtIntervalStats

MIB table name: SONET-MIB.sonetVTIntervalTable


codingViolations long sonetVTIntervalCVs —

erroredSeconds long sonetVTIntervalESs —

intervalNumber long sonetVTIntervalNumber —

severelyErroredSeconds long sonetVTIntervalSESs —

unavailableSeconds long sonetVTIntervalUASs —

Undefined 77 — sonetVTIntervalValidData —


(5 of 5)


CircuitBaseStats

MIB table name: TIMETRA-SERV-MIB.sdpBindBaseStatsTable

Monitored class: svt.Circuit

egressForwardedOctets long — —

egressForwardedOctetsPeriodic long — —

egressForwardedPackets long — —

egressForwardedPacketsPeriodic long — —

ingressDroppedPackets long — —

ingressDroppedPacketsPeriodic long — —

ingressForwardedPackets long — —

ingressForwardedPacketsPeriodic long — —


DS1CurrentStats

MIB table name: DS1-MIB.dsx1CurrentTable

Monitored class: tdmequipment.DS1E1Channel

burstyErroredSeconds long dsx1CurrentBESs —

burstyErroredSecondsPeriodic long n/a —

controlledSlipSeconds long dsx1CurrentCSSs —

(1 of 8)



controlledSlipSecondsPeriodic long n/a —

degradedMinutes long dsx1CurrentDMs —

degradedMinutesPeriodic long n/a —

erroredSeconds long dsx1CurrentESs —

erroredSecondsPeriodic long n/a —

lineCodingViolations long dsx1CurrentLCVs —

lineCodingViolationsPeriodic long n/a —

lineErroredSeconds long dsx1CurrentLESs —

lineErroredSecondsPeriodic long n/a —

pBitCodingViolations long dsx1CurrentPCVs —

pBitCodingViolationsPeriodic long n/a —

severelyErroredFramingSeconds long dsx1CurrentSEFSs —

severelyErroredFramingSecondsPeriodic

long n/a —

severelyErroredSeconds long dsx1CurrentSESs —

severelyErroredSecondsPeriodic long n/a —

unavailableSeconds long dsx1CurrentUASs —

unavailableSecondsPeriodic long n/a —

Undefined 78 — dsx1CurrentIndex —

DS1FarEndCurrentStats

MIB table name: DS1-MIB.dsx1FarEndCurrentTable


burstyErroredSeconds long dsx1FarEndCurrentBESs —


controlledSlipSeconds long dsx1FarEndCurrentCSSs —


degradedMinutes long dsx1FarEndCurrentDMs —


erroredSeconds long dsx1FarEndCurrentESs —


invalidIntervals int dsx1FarEndInvalidIntervals

—

lineErroredSeconds long dsx1FarEndCurrentLESs —


pathCodingViolations long dsx1FarEndCurrentPCVs —

pathCodingViolationsPeriodic long n/a —

severelyErroredFramingSeconds long dsx1FarEndCurrentSEFSs —


long n/a —


(2 of 8)



severelyErroredSeconds long dsx1FarEndCurrentSESs —


timeElapsed int dsx1FarEndTimeElapsed —

unavailableSeconds long dsx1FarEndCurrentUASs —


Undefined 79 — dsx1FarEndCurrentIndex —

validIntervals int dsx1FarEndValidIntervals —

DS1FarEndIntervalStats

MIB table name: DS1-MIB.dsx1FarEndIntervalTable


burstyErroredSeconds long dsx1FarEndIntervalBESs —


controlledSlipSeconds long dsx1FarEndIntervalCSSs —


degradedMinutes long dsx1FarEndIntervalDMs —


erroredSeconds long dsx1FarEndIntervalESs —


intervalNumber int dsx1FarEndIntervalNumber

—

lineErroredSeconds long dsx1FarEndIntervalLESs —


pathCodingViolations long dsx1FarEndIntervalPCVs —


severelyErroredFramingSeconds long dsx1FarEndIntervalSEFSs —


long n/a —

severelyErroredSeconds long dsx1FarEndIntervalSESs —


unavailableSeconds long dsx1FarEndIntervalUASs —


Undefined 80 — dsx1FarEndIntervalIndex —

Undefined 81 — dsx1FarEndIntervalValidData

—

DS1FarEndTotalStats

MIB table name: DS1-MIB.dsx1FarEndTotalTable


burstyErroredSeconds long dsx1FarEndTotalBESs —



(3 of 8)



controlledSlipSeconds long dsx1FarEndTotalCSSs —


degradedMinutes long dsx1FarEndTotalDMs —


erroredSeconds long dsx1FarEndTotalESs —


lineErroredSeconds long dsx1FarEndTotalPCVs —


pathCodingViolations long dsx1FarEndTotalLESs —


severelyErroredFramingSeconds long dsx1FarEndTotalSEFSs —


long n/a —

severelyErroredSeconds long dsx1FarEndTotalSESs —


unavailableSeconds long dsx1FarEndTotalUASs —


Undefined 82 — dsx1FarEndTotalIndex —

DS1IntervalStats

MIB table name: DS1-MIB.dsx1IntervalTable


burstyErroredSeconds long dsx1IntervalBESs —

burstyErroredSecondsPeriodic — — —

controlledSlipSeconds long dsx1IntervalCSSs —

controlledSlipSecondsPeriodic — — —

degradedMinutes long dsx1IntervalDMs —

degradedMinutesPeriodic — — —

erroredSeconds long dsx1IntervalESs —

erroredSecondsPeriodic — — —

intervalNumber int dsx1IntervalNumber —

lineCodingViolations long dsx1IntervalLCVs —

lineCodingViolationsPeriodic — — —

lineErroredSeconds long dsx1IntervalLESs —

lineErroredSecondsPeriodic — — —

pBitCodingViolations long dsx1IntervalPCVs —

pBitCodingViolationsPeriodic — — —

severelyErroredFramingSeconds long dsx1IntervalSEFSs —


(4 of 8)




— — —

severelyErroredSeconds long dsx1IntervalSESs —

severelyErroredSecondsPeriodic — — —

unavailableSeconds long dsx1IntervalUASs —

unavailableSecondsPeriodic — — —

Undefined 83 — dsx1IntervalIndex —

Undefined 84 — dsx1IntervalValidData —

DS1TotalStats

MIB table name: DS1-MIB.dsx1TotalTable


burstyErroredSeconds long dsx1TotalBESs —


controlledSlipSeconds long dsx1TotalCSSs —


degradedMinutes long dsx1TotalDMs —


erroredSeconds long dsx1TotalESs —


lineCodingViolations long dsx1TotalLCVs —


lineErroredSeconds long dsx1TotalLESs —


pBitCodingViolations long dsx1TotalPCVs —


severelyErroredFramingSeconds long dsx1TotalSEFSs —


long n/a —

severelyErroredSeconds long dsx1TotalSESs —


unavailableSeconds long dsx1TotalUASs —


Undefined 85 — dsx1TotalIndex —

DS3CurrentStats

MIB table name: DS3-MIB.dsx3CurrentTable


cBitCodingViolations long dsx3CurrentCCVs —

cBitCodingViolationsPeriodic long n/a —

cBitErroredSeconds long dsx3CurrentCESs —


(5 of 8)



cBitErroredSecondsPeriodic long n/a —

cBitSeverelyErroredSeconds long dsx3CurrentCSESs —

cBitSeverelyErroredSecondsPeriodic long n/a —

lineCodingViolations long dsx3CurrentLCVs —


lineErroredSeconds long dsx3CurrentLESs —


pBitCodingViolations long dsx3CurrentPCVs —


pBitErroredSeconds long dsx3CurrentPESs —

pBitErroredSecondsPeriodic long n/a —

pBitSeverelyErroredSeconds long dsx3CurrentPSESs —

pBitSeverelyErroredSecondsPeriodic long n/a —

severelyErroredFramingSeconds long dsx3CurrentSEFSs —


long n/a —

unavailableSeconds long dsx3CurrentUASs —


Undefined 86 — dsx3CurrentIndex —

DS3FarEndCurrentStats

MIB table name: DS3-MIB.dsx3FarEndCurrentTable


cBitCodingViolations long dsx3FarEndCurrentCCVs —


cBitErroredSeconds long dsx3FarEndCurrentCESs —


cBitSeverelyErroredSeconds long dsx3FarEndCurrentCSESs —


invalidIntervals int dsx3FarEndInvalidIntervals

—

timeElapsed int dsx3FarEndTimeElapsed —

unavailableSeconds long dsx3FarEndCurrentUASs —


Undefined 87 — dsx3FarEndCurrentIndex —

validIntervals int dsx3FarEndValidIntervals —

DS3FarEndIntervalStats

MIB table name: DS3-MIB.dsx3FarEndIntervalTable


cBitCodingViolations long dsx3FarEndIntervalCCVs —


(6 of 8)




cBitErroredSeconds long dsx3FarEndIntervalCESs —


cBitSeverelyErroredSeconds long dsx3FarEndIntervalCSESs —


intervalNumber int dsx3FarEndIntervalNumber

—

unavailableSeconds long dsx3FarEndIntervalUASs —


Undefined 88 — dsx3FarEndIntervalIndex —

Undefined 89 — dsx3FarEndIntervalValidData

—

DS3FarEndTotalStats

MIB table name: DS3-MIB.dsx3FarEndTotalTable


cBitCodingViolations long dsx3FarEndTotalCCVs —


cBitErroredSeconds long dsx3FarEndTotalCESs —


cBitSeverelyErroredSeconds long dsx3FarEndTotalCSESs —


unavailableSeconds long dsx3FarEndTotalUASs —


Undefined 90 — dsx3FarEndTotalIndex —

DS3IntervalStats

MIB table name: DS3-MIB.dsx3IntervalTable


cBitCodingViolations long dsx3IntervalCCVs —


cBitErroredSeconds long dsx3IntervalCESs —


cBitSeverelyErroredSeconds long dsx3IntervalCSESs —


intervalNumber int dsx3IntervalNumber —

lineCodingViolations long dsx3IntervalLCVs —


lineErroredSeconds long dsx3IntervalLESs —


pBitCodingViolations long dsx3IntervalPCVs —


(7 of 8)




pBitErroredSeconds long dsx3IntervalPESs —


pBitSeverelyErroredSeconds long dsx3IntervalPSESs —


severelyErroredFramingSeconds long dsx3IntervalSEFSs —


long n/a —

unavailableSeconds long dsx3IntervalUASs —


Undefined 91 — dsx3IntervalIndex —

Undefined 92 — dsx3IntervalValidData —

DS3TotalStats

MIB table name: DS3-MIB.dsx3TotalTable


cBitCodingViolations long dsx3TotalCCVs —


cBitErroredSeconds long dsx3TotalCESs —


cBitSeverelyErroredSeconds long dsx3TotalCSESs —


lineCodingViolations long dsx3TotalLCVs —


lineErroredSeconds long dsx3TotalLESs —


pBitCodingViolations long dsx3TotalPCVs —


pBitErroredSeconds long dsx3TotalPESs —


pBitSeverelyErroredSeconds long dsx3TotalPSESs —


severelyErroredFramingSeconds long dsx3TotalSEFSs —


long n/a —

unavailableSeconds long dsx3TotalUASs —


Undefined 93 — dsx3TotalIndex —


(8 of 8)


Index

A

accountingstatistics, 42-2

accounting statistics, 44-2, 45-2collection process, 44-3file and accounting policy design

considerations, 44-4record format, 45-2viewing for a specific object, 44-12

accounting statistics managementmenus, 44-6

C

common accounting statisticscreating a file policy, 44-8enabling FTP on a network device, 44-7

common accounting statistics managementprocedures, 44-7procedures list, 44-7

L

log policiesconfiguring for performance statistics,

43-8, 44-9, 44-10

M

mediation security policiesconfiguring for performance statistics, 43-6

N

network accounting statisticscreating a network accounting policy,

44-14workflow to configure collection, 44-6

network accounting statistics managementprocedures, 44-14procedures list, 44-14

P

performance monitoringstatistics, 42-2

performance monitoring statistics, 45-4See also accounting statistics

performance statisticsconfiguration and collection process, 43-2configuring log policies, 43-8, 44-9, 44-10configuring mediation security policies,

43-6configuring poller policies, 43-4record format, 45-4viewing on-demand, 43-10workflow to configure collection, 43-3

Alcatel 5620 Service Aware Manager, Release 3.0 R1 IN-1October 2005 3HE00214 CA

Index

performance statistics management — statistics types

performance statistics managementmenus, 43-3procedures, 43-4procedures list, 43-4

poller policiesconfiguring for performance statistics, 43-4

S

service accounting statisticscreating a service accounting policy, 44-12workflow to configure collection, 44-5

service accounting statistics managementprocedures, 44-12procedures list, 44-12

SNMP MIBs, 43-3statistics

accounting, 42-2, 45-2classes, 46-2collection process, 42-3counter names and associated MIB

information, 46-2file format, 42-5performance, 42-2, 45-4third-party application for processing, 42-6types, 42-2workflow to collect using the 5620 SAM,

42-6statistics collection process, 42-3

sample collection configuration, 42-4XML methods to transfer files to OSS

client applications, 42-3statistics types

accounting, 42-2performance, 42-2

IN-2 Alcatel 5620 Service Aware Manager, Release 3.0 R1October 2005 3HE00214 CA

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