Guest

Cisco Performance Visibility Manager

Cisco PVM Quick Start and Documentation Guide, 1.0.2

Table Of Contents

Quick Start and Documentation Guide for Cisco Performance Visibility Manager 1.0.2

Installation Prerequisites

Minimum Server Requirements

Required Software

Required Hardware

Verifying the X Virtual Frame Buffer Installation

Installing the Xvfb Server During RHEL 4.0 OS Installation

Installing the Xvfb Server Using the Graphical User Interface

Minimum Disk Space Requirements

Minimum Client Requirements

Minimum Network Requirements

Software Compatibility

Installation Overview

Supplemental License Agreement

IMPORTANT-READ CAREFULLY

Additional License Restrictions

Installation and Use

Reproduction and Distribution

Other Rights and Limitations

Licensing Your Product

Evaluation and Production Modes of Operation

Obtaining the License File

Installing the License File

License Administration

Testing the License Manager

Verifying the License Manager Status

Additional Licensing Information

Getting Started With Cisco PVM

Logging in Using the Host Machine

Starting Cisco PVM

Changing the Default Administrator Password

Logging in to the Client

Setting Up NAMs

Setting Up Data Source Groups

Default Switch DSGs

Adding Data Source Groups

Stopping Cisco PVM

Product Documentation Set

Obtaining Documentation, Obtaining Support, and Security Guidelines


Quick Start and Documentation Guide for Cisco Performance Visibility Manager 1.0.2


This document provides the following sections:

Installation Prerequisites

Installation Overview

Supplemental License Agreement

Licensing Your Product

Getting Started With Cisco PVM

Product Documentation Set

Obtaining Documentation, Obtaining Support, and Security Guidelines

Installation Prerequisites

Before you begin installing Cisco PVM, verify that the host and client machines meet the requirements described in Chapter 2, "Installation Requirements," of the Cisco PVM Installation Guide. You can find the Cisco PVM Installation Guide online at the following URL:

http://www.cisco.com/en/US/docs/net_mgmt/performance_visibility_manager/
1.0/installation/guide/install.html

The Cisco PVM Installation Guide provides detailed information about how to install Cisco PVM software. This section lists the following prerequisites for successfully installing Cisco PVM:

Minimum Server Requirements

Required Software

Required Hardware

Verifying the X Virtual Frame Buffer Installation

Minimum Disk Space Requirements

Minimum Client Requirements

Minimum Network Requirements

Software Compatibility

See Chapter 2 of the Cisco PVM Installation Guide for more detailed information including requirements for host and client machines, network requirements, and OS and third-party software requirements.

Minimum Server Requirements

The minimum Cisco PVM server requirements are shown in Table 1.

Table 1 Minimum Server Requirements 

Component
Specification

Disk space

79 GB (250 GB is recommended)

Processor

One dual-core 3.4GHz Xeon processor

Network card

100 MB Ethernet

System memory

2 GB

Software

Only English language versions are supported

Red Hat Enterprise Linux Version 4 (with Update 4 or higher) or Red Hat Enterprise Linux Version 3 (with Update 8 or higher)

Browser

Microsoft Internet Explorer 6.0 browser on Windows 2000 and XP (6.0 SP2 is recommended)

PDF viewer

Adobe Acrobat Reader 6.01 or higher


Required Software

Before installing Cisco PVM, verify that the server has the following software installed:

Red Hat Enterprise Linux Version 4 (all updates) or Red Hat Enterprise Linux Version 3 (with Update 8 or higher)

X Virtual Frame Buffer (Xvfb Server)

This X Windows System virtual frame buffer server allows PVM to display traffic statistics. Verify that the Xvfb Server is installed during Red Hat 4.0 OS installation. See the "Verifying the X Virtual Frame Buffer Installation" section for information about how to check to see if the Xvfb server is installed and how to install it.

Internet Explorer 6.0 (6.0 SP2 is recommended)

Adobe Acrobat Reader 6.01 or higher.

Required Hardware

Cisco PVM supports a maximum of 200 NAM-2 blades, which is approximately equivalent to 100 NAM-2s plus 300 NM-NAMs. The hardware requirements for Cisco PVM depend on the number of NAMs your system will support. The requirements are broken down into three configurations:

Small—Used in configurations of up to five NAM-2 blades

Medium—Used in configurations of up to 50 NM-NAM blades plus 50 NAM-2s

Large—Used in configurations of up to 300 NM-NAM blades plus 100 NAM-2s or 200 NAM-2 blades

Table 2 summarizes the recommended minimum requirements for small, medium, and large configurations including the maximum number of NAMs supported in each configuration.

Table 2 Recommended Configuration Summary

Maximum NAMs Supported
CPUs
RAM
Disk Space

Five NAM-2s

One dual-core 3.4 GHz Xeon processor

2 GB

250 GB

50 NAM-2s plus 50 NM-NAMs

Two dual-core 3.4 GHz Xeon or One quad-core 3.0 GHz Xeon

4 GB

850 GB in high performance array configuration

100 NAM-2s plus 300 NM-NAMs

Four dual-core 3.4 GHz Xeon or Two quad-core 3.0 GHz Xeon

8 GB

4,600 GB in high performance array configuration


Verifying the X Virtual Frame Buffer Installation

If you are installing Cisco PVM 1.0.2 on a server that uses RHEL, Version 4, verify that X Virtual Frame Buffer (Xvfb server) is installed. To verify that Xvfb server is installed, complete the following steps:


Step 1 Enter the following Linux command:

rpm -qa | fgrep Xvfb

Step 2 Check for an output statement like those shown in the following examples:

xorg-x11-Xvfb-6.8.2-1.EL.13.36
XFree86-Xvfb-4.3.0-81.EL 

If the command produces any output, the X Virtual Frame Buffer is installed. If the command generates no output, you must manually install the X Virtual Frame Buffer.


If you need to install the X Virtual Frame Buffer, use one of the following procedures.

Installing the Xvfb Server During RHEL 4.0 OS Installation

To install the Xvfb package during the RHEL 4.0 OS installation, complete the following steps:


Step 1 Begin the Red Hat Enterprise Linux 4.0 OS installation.

Step 2 When installing Red Hat Enterprise Linux 4.0, in the Package Group Selection, choose Customize the set of packages to be installed.

Step 3 Choose Desktops > X Window System > Details > xorg-x11-Xvfb.

Step 4 Continue with the RHEL 4.0 OS installation.


Installing the Xvfb Server Using the Graphical User Interface

To install the X Virtual Frame Buffer using the graphical user interface on an existing RHEL server, complete the following steps:


Note To install Xvfb using a CLI, use the instructions provided on the RHEL website.



Step 1 Choose Applications > System Settings > Add/Remove Applications > Desktops > X Window System > Details.

Step 2 Choose xorg-x11-Xvfb.

Step 3 Insert the RHEL 4.0 OS CD when prompted.


Minimum Disk Space Requirements

Cisco PVM requires a minimum 79 GB of disk space as shown in Table 3.

Table 3 Minimum Disk Space Requirements

Component
Minimum Space

Cisco PVM

4 GB

Oracle

4 GB

Database

70 GB

Temporary directory

1 GB



Note The Cisco PVM installation will stop if your host machine does not meet these minimum disk space requirements.


Minimum Client Requirements

Table 4 shows the minimum Cisco PVM client machine requirements.

Table 4 Minimum Requirements for the Client Machines 

Component
Requirement

Operating System

Microsoft Windows 2000 or XP

Processor

Pentium 4

System Memory

256 MB

Display Setting — Color Palette

Microsoft Windows True Color

Browser

Internet Explorer 6.0 with Java, JavaScript, and cookies enabled; Internet Explorer 6.0 SP2 is recommended

Note If you are running Windows 2000 and IE 6.0 SP1, ensure that all available Microsoft updates have been applied.

Adobe PDF

Adobe Reader 6.01 or higher


Minimum Network Requirements

Cisco PVM requires a 100 Mbps Fast Ethernet LAN with the following firewall ports open and not in use by any other application or process:

161 (SNMP)

162 (SNMP)

1521 (Oracle)

8000 (Actuate)

8100 (Actuate)

8443 (HTTPS)

8700 (Actuate administration)

8900 (Actuate)

Note Cisco PVM supports LDAP v2 and v3.

Network devices must be configured for SNMP access. Firewall and access list restrictions must be appropriately configured.

Software Compatibility

Cisco PVM software compatibility includes the following:

Cisco PVM supports English language versions only

Cisco NAM Software versions 3.4 and 3.5

CiscoWorks Common Service 3.0 Device Credential Repository

Installation Overview

Cisco PVM uses 32-bit Oracle. The installation DVD includes Oracle 9i Standard Edition, and the installation software partitions and assigns Oracle variable values. You must shut down Oracle if you are repeating the Cisco PVM installation or if you currently have a version of Oracle running.

The installation process is automated using Cisco PVM installation software on a dedicated server. The installation software installs all components and sets the environment to run Cisco PVM with little user interaction.

The Cisco PVM installation requires root-level access to a Linux server with the disk space specified in the "Minimum Disk Space Requirements" section. The automated installation process does the following:

1. Checks for an existing Cisco PVM installation.

2. Prompts you for desired installation location.

3. Prompts you for the desired data storage location.

4. Checks for necessary hard drive space.

5. Creates the installation log files.

6. Installs Oracle.

7. Cleans up temporary files after the installation is complete.

During the installation, status and progress messages are displayed on the console and are also written to a log. In addition, errors related to the application and database installations are displayed on the console and written to the log.


Note The installation stops if an existing Cisco PVM installation is detected. You must uninstall the previous Cisco PVM version before you install the new one.



Note The installation stops if the specified installation path has insufficient space to support the installation. See the "Minimum Disk Space Requirements" section for the required disk space size.


The Cisco PVM installation will ask you to specify the locations for the Cisco PVM application, Oracle application, data storage, and installation logs. At each prompt, you can accept the default, shown in Table 5, or specify an alternate location.

Table 5 Cisco PVM Installation Defaults 

Component
Default Location
Minimum size

Cisco PVM

/opt/CSCOpvm

4 GB

Oracle

/opt/CSCOpvm/oracle

4 GB

Data storage

/opt/CSCOpvm/oradata

70 GB

Installation logs

/opt/CSCOpvm/logs

 

Supplemental License Agreement

SUPPLEMENTAL LICENSE AGREEMENT FOR CISCO SYSTEMS NETWORK MANAGEMENT SOFTWARE: CISCO PERFORMANCE VISIBILITY MANAGER

IMPORTANT-READ CAREFULLY

This Supplemental License Agreement (SLA) contains additional limitations on the license to the Software provided to Customer under the Software License Agreement between Customer and Cisco. Capitalized terms used in this SLA and not otherwise defined herein shall have the meanings assigned to them in the Software License Agreement. To the extent that there is a conflict among any of these terms and conditions applicable to the Software, the terms and conditions in this SLA shall take precedence.

By installing, downloading, accessing or otherwise using the Software, Customer agrees to be bound by the terms of this SLA. If Customer does not agree to the terms of this SLA, Customer may not install, download, or otherwise use the Software. When used below, the term server refers to central processor unit.

Additional License Restrictions

Cisco Performance Visibility Manager (Cisco PVM) Base Software Kit (Software) includes the necessary software for installing Cisco PVM on to a single server running Red Hat® Enterprise Linux® (RHEL) operating system. Licensing right-to-use is based on the number of Cisco Catalyst 6500 Series and Cisco 7600 Series Network Analysis Modules NAM-1/NAM-2 and Cisco Branch Routers Series Network Analysis Modules NM-NAM managed by the Cisco PVM Software.

In addition to purchasing the Cisco PVM Base Software Kit (CPVM-1.0-BASE-K9), the Customer is required to purchase any one of the following Device License Options that correspond to the number of NAM-1/NAM-2 or NM-NAM devices managed:

Cisco PVM 1.0 10-Device License Option (CPVM-1.0-6K10-LIC): Manages ten Cisco Catalyst 6500 Series and Cisco 7600 Series Network Analysis Module NAM-1/NAM-2 devices

Cisco PVM 1.0 25-Device License Option (CPVM-1.0-6K25-LIC): Manages 25 Cisco Catalyst 6500 Series and Cisco 7600 Series Network Analysis Module NAM-1/NAM-2 devices

Cisco PVM 1.0 50-Device License Option (CPVM-1.0-6K50-LIC): Manages 50 Cisco Catalyst 6500 Series and Cisco 7600 Series Network Analysis Module NAM-1/NAM-2 devices

Cisco PVM 1.0 10-Device License Option (CPVM-1.0-NM-10): Manages ten Cisco Branch Routers Series Network Analysis Module NM-NAM devices

Cisco PVM 1.0 25-Device License Option (CPVM-1.0-NM25-LIC): Manages 25 Cisco Branch Routers Series Network Analysis Module NM-NAM devices

Cisco PVM 1.0 50-Device License Option (CPVM-1.0-NM50-LIC): Manages 50 Cisco Branch Routers Series Network Analysis Module NM-NAM devices

When used anywhere in this SLA, a device means a Cisco Catalyst 6500 Series and Cisco 7600 Series Network Analysis Module NAM-1/NAM-2 module or a Cisco Branch Routers Series Network Analysis Module NM-NAM module, belonging to a switch or router that has its own IP address.

Customers who are returning to add additional device licenses to their Cisco PVM Software and server installation may do so by purchasing the Spare Device License Add-on Options. The Spare Device License Add-on Option product ordering codes follow a similar convention as above and simply include an equal sign (=) at the end of the part number (as in CPVM-10-6K10-LIC=, CPVM-10-6K25-LIC=, CPVM-10-6K50-LIC=, CPVM-1.0-NM10-LIC=, CPVM-1.0-NM25-LIC=, CPVM-1.0-NM50-LIC=).

Device restrictions are enforced by license registration.

Installation and Use

The Software components are provided to Customer solely to install or supplement existing functionality of the applicable Network Management Software product. Some license terms such as device count and proof of preexisting licenses might be electronically enforced.

Customer may install and use the Cisco PVM Software on a single server running Red Hat Linux. The Customer is required to purchase at least one Device License Option that corresponds to the number of NAM-1/NAM-2 or NM-NAM devices they plan on managing in their network management environment.

Reproduction and Distribution

Customer may not reproduce nor distribute software.

Other Rights and Limitations

Please refer to the Cisco Systems, Inc. End User License Agreement.

Licensing Your Product

Cisco PVM requires a license file to be installed to operate in the non-evaluation mode. The license file is not included in the Cisco PVM distribution. You use a Product Authorization Key (PAK) printed on a Software Claim Certificate in the package you receive and specific information about the host that will run Cisco PVM to register your product and obtain a license file. This section contains the following topics:

Evaluation and Production Modes of Operation

Obtaining the License File

Installing the License File

License Administration

Evaluation and Production Modes of Operation

Without a valid license file installed, Cisco PVM will operate in evaluation mode for 90 days, but will cease operating after the 90-day evaluation period expires. Attempting to log in to Cisco PVM from the web interface after the 90-day evaluation period will cause an error indicating an invalid license.

If you have received the Cisco PVM as an evaluation copy, you need not register the product during the 90-day evaluation period. During the installation process, check that you are installing for Evaluation Only.

The installation process for an evaluation copy is same as that of a purchased product, except that you are prompted by the Cisco PVM application to select the Evaluation Only option from the Licensing Information page.

If you choose to run any application in evaluation mode, the application stops functioning after 90 days. The evaluation period cannot be extended. If you have a purchased copy and you decide to install it in evaluation mode, please use your PAK to register the product on the Cisco online licensing site and receive a valid license.

If you have not purchased the product, the Cisco PVM evaluation server can be reactivated by purchasing Cisco PVM from your authorized Cisco reseller. You can license the product using the PAK provided with the product. For details see the "Installing the License File" section.


Note Adding additional licenses (perhaps to increase the NAMs over the number currently supported) does not require reinstallation of Cisco PVM. In this case, use the lmreread command to add the additional license files to support the additional NAM devices.


Obtaining the License File

A PAK is printed on a Software Claim Certificate and included with the product you receive from Cisco. The PAK contains resource limitations and is used to register Cisco PVM on Cisco.com. A license file is sent by e-mail to you after you use the PAK to register on Cisco.com.

To obtain your license file, use one of the following URLs to register the PAK with Cisco.com:

Use this site if you are a registered user of Cisco.com:

http://www.cisco.com/go/license

Use this site if you are not yet a registered user of Cisco.com:

http://www.cisco.com/go/license/public

You will need the hostname and host ID when you register your product and request your production license.


Step 1 Log in as the Cisco PVM Administrator by entering the following:

su - pvmadm

Step 2 Obtain the hostname by entering the following:

hostname

Step 3 Obtain the host ID by entering the following:

cd /opt/CSCOpvm/flexlm/bin/lmhostid


You can obtain and install your license file at any time. We recommend that you complete the Cisco PVM license registration and receive the product license before installing Cisco PVM.

If the person installing Cisco PVM is not authorized to obtain the license on behalf of the administrator, the product can be installed and used for 90 days in evaluation mode. During the 90-day period, Cisco PVM will remind all users to complete the licensing process.

Installing the License File

After you receive the product license file and install Cisco PVM software, copy the license file to the host computer where Cisco PVM is installed.


Step 1 Log in as the Cisco PVM Administrator by entering the following:

su - pvmadm

Step 2 Change the license file name to sp_license.dat, then place the sp_license.dat file in the /opt/CSCOpvm/server/etc directory.

Step 3 Restart the license server by issuing the following command:

lmreread


License Administration

Cisco PVM includes the following command-line programs, located in [install directory]/flexlm/bin, for handling the licenses.

lmstat—Indicates the status of the license server and whether it is up or down.

lmreread—Reads the license file. This is necessary when the license file is replaced as in the case of obtaining new licensed features.

lmhostid—Provides the host ID information required to generate the license file. All license files are node locked to the host computer for which Cisco PVM is installed.

The Cisco PVM log file, [install directory]/logs provides detailed information about when licensed features were checked in and checked out.

Testing the License Manager

After installing the license file, verify the license manager status. Ensure that the following Cisco PVM components are up and running:

License Manager license server daemon (lmgrd) is UP.

Vendor daemon (SP_LM) is UP.

License server is the current host.

Verifying the License Manager Status

Perform the following steps to check the status of the License Manager.


Step 1 Log in as the Cisco PVM Administrator.

Step 2 Invoke the status daemon (lmstat):

/opt/CSCOpvm/flexlm/bin/lmstat -c

/opt/CSCOpvm/server/etc/sp_license.dat

Step 3 Ensure that the lmgrd process is running by entering ps -ef | grep lmgrd at the command prompt.


Additional Licensing Information

Cisco PVM Software might need to run on additional servers to support large numbers of NAM-1/NAM-2 and NM-NAM devices or to meet certain performance criteria. When more than one server is used to host the Cisco PVM Software, each server must have an additional licensed copy of the Cisco PVM Base Software Kit and at least one registered NAM-1/NAM-2 or NM-NAM Device License Option installed.

You should not modify the license file. Legal restrictions concerning the distribution of the Cisco PVM Software is described in the "Supplemental License Agreement" section. More than one copy of Cisco PVM Base Software Kit should not be running in the network unless additional copies of the Software and Device License Options have been purchased and licensed.

Getting Started With Cisco PVM

This section provides information about getting started with Cisco PVM including the following:

Logging in Using the Host Machine

Starting Cisco PVM

Changing the Default Administrator Password

Logging in to the Client

Setting Up NAMs

Setting Up Data Source Groups

Stopping Cisco PVM

Logging in Using the Host Machine

At the command prompt, log in as the Cisco PVM Administrator by entering:

su - pvmadm

Starting Cisco PVM

Enter the following to start Cisco PVM:

[installation directory]/bin/pvm start

Verify that Cisco PVM started properly by entering:

pvm status

You can also check running processes by using the ps and grep commands:

ps -ef | grep pvm

You should also check the PVM and Oracle processes:

ps -ef | grep ora

Statuses should be in "S" (sleeping) state. No errors or statuses "D" (process was started but is dead) or "U" (process is not started, or is in an unknown status, or has an unknown process ID) should be shown.

Changing the Default Administrator Password

As a security precaution, you should change the default password before you start using Cisco PVM. To change the default password, complete the following steps:


Step 1 Open Internet Explorer and browse to https://<hostname of Cisco PVM server>:8443/.

Step 2 Log in to Cisco PVM using the default Administrator credentials:

The login ID is pvmadm.

The password is Pvmadm_2006.

Step 3 Click Admin.

Step 4 Click Password.

Step 5 Enter Pvmadm_2006 in the Old Password field.

Step 6 Enter a new password in the New Password field.

Step 7 Re-enter the new password in the Confirm Password field.

Step 8 Click OK.

Step 9 Click Logout. The system displays the login window.


Logging in to the Client

To log in to the Cisco PVM client and begin using the system, complete the following steps:


Step 1 Open Internet Explorer and browse to https://<hostname of Cisco PVM server>:8443/ (if the login page is not already displayed).

Step 2 Enter the user name in the Login ID field.

Step 3 Enter the password in the Password field.

Step 4 Click Login.


Setting Up NAMs

The Add NAM feature allows administrators to manually add individual NAMs to Cisco PVM for collection and monitoring. Supporting switch and router information can be added concurrently with the NAM parameters, but a NAM can be added to the system without its supporting device information, and Cisco PVM will still collect and aggregate data from the NAM. In this case, however, switch and router information is unavailable to the Monitor and Report functions. However you can use the Cisco PVM edit function to add switch/router information later.


Timesaver You can add multiple NAMs to the system in a single step using Cisco PVM's import capability. See "Importing NAMs" in Chapter 2 of the Cisco PVM User Guide for more information.



Step 1 Open the NAMs window by either clicking the Setup tab or clicking NAM in the navigation menu if you are already in the Setup GUI.

The NAMs window appears, showing the list of NAMs that have been set up in Cisco PVM. Initially, the list is empty.

Step 2 Click Add.

The Add a New NAM window appears to enable entry of NAM details for both NAM and supporting device parameters.

Step 3 Enter or select the appropriate information in the NAM section including:

NAM name

NAM type

IP address

Enabled status

Description


Note Ensure that the Enabled box is checked if you want collection to begin after the NAM is added to the system.


Step 4 Enter or select the appropriate NAM Parameters including:

SNMP version

Community strings

Port

Timeout

Step 5 (Optional) Enter or select the appropriate information in the Switch/Router section including:

Device name

Device type

IP address

Enabled status

Description


Note Ensure that the Enabled box is checked if you want collection to begin after the device is added to the system.


Step 6 (Optional) Enter or select the appropriate Switch/Router Parameters including:

SNMP version

Community strings

Port

Timeout

Step 7 Click OK. The NAMs window appears, listing the new NAM.


Tip Clicking Cancel aborts the add operation and displays the list of NAMs without any changes. Clicking Reset > OK clears all entries you have made in the Add a New NAM window, and displays the default values.


Step 8 (Optional) Find the new NAM by filtering the NAM List:

a. Enter the character string, name, or IP address with which you want to filter the list of NAMs in the Name or Address field.

b. Click Filter.

The NAMs window displays the filtered list of NAMs.


Setting Up Data Source Groups

To supply traffic information to the Monitor and Reports functions, Cisco PVM uses the concept of the Data Source Group (DSG), a logical collection of raw data sources that Administrators can customize into groups for NAMs, switches, and routers.

Cisco PVM automatically collects all the traffic statistics provided by NAMs or supporting devices as soon as they have been added or imported into the system. Cisco PVM uses DSGs for those system functions that require calculating statistics over multiple data sources, such as in Thresholds and reports.

The DSG setup displays all existing data sources possible by NAM or supporting device, and you can specify only those sources they want to include in the group. It is possible, therefore, to combine similar data sources from multiple NAMs or supporting devices into a single DSG. You can then generate reports, including aggregated statistics, containing performance data from only those sources in the DSG.


Note Data sources are combined into DSGs for either NAMs or supporting devices; a DSG cannot contain data sources from both NAMs and switches or routers.


Default Switch DSGs

For every switch that is added to Cisco PVM, the system automatically creates the following DSGs:

SYSTEM_<IP_Address>_ALLPORTS (includes all the ports on the switch)

SYSTEM_<IP_Address>_ALLVLAN (includes all the VLANs on the switch)

Neither of these DSGs can be modified or removed.

Adding Data Source Groups

The Cisco PVM Add a New Data Source Group function allows you to add DSGs across multiple NAMs or switches/routers in a single window. After you assign data sources to the group from one device, you can select another device of the same type and add its data sources to the group. Cisco PVM will not allow you to create a DSG if the DSG:

Begins with the same name as an existing DSG.

Begins with the name "SYSTEM_".

Contains the same set of devices and data sources as an existing DSG.

Contains both NAMs and switches and routers.

To add a data source group, complete the following steps:


Step 1 Click Setup on the Cisco PVM dashboard.

Step 2 Click Data Source Groups in the Setup navigation menu. The Data Source Groups window appears, showing the list of DSGs currently defined in the system.

Step 3 Click Add.

The Add a New Data Source Group window appears.

Step 4 Enter the name of the new DSG in the NAM field (required).

Step 5 (Optional) Enter a brief description of the DSG in the Description field.

Step 6 Select the device type from the Type drop-down list:

NAM Type

Switch/Router Type

The Select Device list is populated with the devices available in the system based on the device type you selected.


Note If you select the device type from the Type drop-down list and add data sources to the group, you cannot change the device type without losing the data sources you have already assigned. If you attempt to change the device type, the system generates a confirmation dialog box. To change the type, click OK and add new data sources to the group. Clicking Cancel in the confirmation window aborts the device type change and keeps the data sources you have already added to the group.


Step 7 Select a single device from the Select Device list and click the workflow arrow button.

The Select Data Source(s) list is populated with the data sources available for the device you selected.


Note You can select only one device at a time to populate the Select Data Source(s) list. Each time you select a new device and click the workflow arrow button, the Select Data Source(s) list refreshes to display only those data sources associated with the selected device.


Step 8 Select the data source(s) you want to include in the new DSG from the Select Data Source(s) list box.


Tip You can select multiple data sources by pressing Ctrl or Shift while making your selections, or you can select individual data sources and add them one at a time.


Step 9 Click the workflow arrow button.

The data source(s) you selected are moved to the Selected Device Data Source(s) list.

Step 10 (Optional) Continue to add data sources from other devices of the same type by repeating Steps 7 through 9.

Step 11 Review the list in the Selected Device Data Source(s) and delete any unwanted data sources from the list by selecting the data sources and clicking Remove.

The window refreshes to display the Selected Device Data Source(s) list without the data source(s) you selected for removal. The removed data source(s) reappear in the Select Data Source(s) list when that list is populated from the associated device in the Select Device list.

Step 12 Click OK.

Cisco PVM adds the new DSG to the system and the Data Source Groups window appears with the new DSG and the message, "Successfully added new Data Source Group" in the window header.


Note Clicking Cancel displays the Data Source Groups window without saving a new DSG. Clicking Reset > OK clears the entire Add a New Data Source Group window.



Stopping Cisco PVM

To stop Cisco PVM, complete the following steps:


Step 1 At the command prompt, log in as the Cisco PVM Administrator by entering the following:

su - pvmadm

Step 2 Change directory to /opt/CSCOpvm/bin.

Step 3 Enter the following:

pvm stop


Product Documentation Set

The following is a list of the documentation for Cisco Performance Visibility Manager 1.0.2. You can access the URLs listed for each document on the Documentation CD-ROM and at www.cisco.com on the World Wide Web.

Quick Start and Documentation Guide for Cisco Performance Visibility Manager 1.0.2 (78-17305-06) (this document)

http://www.cisco.com/en/US/docs/net_mgmt/performance_visibility_
manager/1.0/quick/guide/pvmdocgd.html

Release Notes for Cisco Performance Visibility Manager 1.0.2 (OL-8615-03)

http://www.cisco.com/en/US/products/ps6768/prod_release_notes_list.html

Cisco Performance Visibility Manager User Guide (OL-8620-03)

http://www.cisco.com/en/US/docs/net_mgmt/performance_visibility_
manager/1.0/user/guide/users.html

Cisco Performance Visibility Manager Installation Guide (OL-8614-03)

http://www.cisco.com/en/US/docs/net_mgmt/performance_visibility_
manager/1.0/installation/guide/install.html

Cisco Performance Visibility Manager Troubleshooting Guide (OL-8619-03)

http://www.cisco.com/en/US/docs/net_mgmt/performance_visibility_
manager/1.0/troubleshooting/guide/trouble.html

Obtaining Documentation, Obtaining Support, and Security Guidelines

For information on obtaining documentation, obtaining support, providing documentation feedback, security guidelines, and also recommended aliases and general Cisco documents, see the monthly What's New in Cisco Product Documentation, which also lists all new and revised Cisco technical documentation, at:

http://www.cisco.com/en/US/docs/general/whatsnew/whatsnew.html