The products, specifications, and other technical information regarding the products
contained in this document are subject to change without notice. All information in this
document is believed to be accurate and reliable, but is presented without warranty of any
kind, express or implied, and users must take full responsibility for their application of any
products specified in this document. Avaya disclaims responsibility for errors which may
appear in this document, and it reserves the right, in its sole discretion and without notice, to
make substitutions and modifications in the products and practices described in this
document.
®
Avaya™, P330™, P580/P882™, S8100™, S8300™, S8700™, DEFINITY
trademarks of Avaya Inc.
Welcome to Avaya Network Management Console in Standalone Mode.
This chapter provides an introduction to the structure and assumptions
of this manual. It includes the following sections:
•The Purpose of This Manual
manual.
•Who Should Use This Manual
manual.
The Purpose of This Manual
This manual contains information needed to use Avaya Network
Management Console in Standalone Mode efficiently and effectively.
Who Should Use This Manual
This manual is intended for network managers familiar with network
management and its fundamental concepts.
Organization of This Manual
- A description of the goals of this
- The intended audience of this
This manual is structured to reflect the following conceptual divisions:
•Preface - A description of the manual’s purpose, intended
audience, and organization.
•Network Management in Standalone Mode
of Avaya Network Management Console in Standalone Mode,
including a discussion of basic network management concepts.
•Avaya Network Management Server
Avaya Network Management Server including instructions on
starting Avaya Network Management Server from your
computer.
Avaya Network Management Console User Guideviii
- An overview
- An overview of
Page 9
Preface
•Avaya Network Management Console Introduction - An
introduction to Avaya Network Management Console, including
instructions on starting Avaya Network Management Console, a
detailed description of Avaya Network Management Console’s
user interface, and instructions on how to use Avaya Network
Management Console’s on-line help.
•Avaya Network Management Console Network Tree
description of the Avaya Network Management Console network
tree including its default views - the Subnet View and Device
Type View - and the System View for networks containing VoIP
devices. It also includes instructions on how to create custom
views and search the tree.
•Avaya Network Management Console Network Table
description of the Avaya Network Management Console network
table and instructions on how to add, delete, and modify objects
in the table.
•Avaya Network Management Console
Application Launcher
- Instructions on how to launch devicespecific and network-wide applications from Avaya Network
Management Console.
•Network Maps
- An explanation of Network Maps, instructions
on how to create, open, save, and print Network Maps, and
instructions on importing devices into Network Maps and
exporting devices from Network Maps.
•Introduction to the Discovery Window
- Instructions on how
to open and close the Discovery window and a description of the
Discovery window.
- A
- A
•Discovering Your Network
- Instructions on how to use
Network Management in Standalone Mode to discover the
subnets, nodes and VoIP devices on your network. It also includes
an explanation of the Discovery Log and how to configure a
router’s access parameters including SNMP V1 or SNMP V3
protocol.
•Introduction to the Event Manager
- Instructions on how to
open and close the Event Manager and a description of the Event
Manager.
•Managing Events
- Instructions on how to use the Event
Manager to view, filter, and delete events from the Event Log
Browser, define event actions, and assign actions to events.
•Remote Access
- Instructions on running Avaya Network
Management Console remotely, including security issues.
Avaya Network Management Console User Guideix
Page 10
1
Network Management in
Standalone Mode
This chapter provides an overview of Network Management in
Standalone Mode and provides a general description of network
management using Network Management in Standalone Mode. This
chapter includes the following sections:
•Network Management In Standalone Mode Overview
general description of Network Management in Standalone
Mode.
•Network Management in Standalone Mode Terms
Definitions of terms used in this documentation.
•What is Avaya Network Management Server
of the Avaya Network Management Server and its functions.
•What is Avaya Network Management Console
description of Avaya Network Management Console and its
functions.
•What is a Network Map
their functions.
•What is Discovery
Discovery feature.
•What is Event Handling
view them using the Event Manager.
•What is Remote Access
capability of Network Management in Standalone Mode.
- A description of Network Management’s
- A description of Network Maps and
- A description of events and how to
- An description of the remote access
- A description
-
- A
- A
More detailed information about each of the topics can be found in
subsequent chapters.
Avaya Network Management Console User Guide1
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Network Management in Standalone Mode
Network Management In Standalone Mode
Overview
Network Management in Standalone Mode includes Avaya Network
Management Server, and Avaya Network Management Console, an
application that allows you to view the devices in your network. Avaya
Network Management Console also provides a platform from which you
can launch applications to manage network devices and monitor the
traffic on your network. In addition, Network Management in
Standalone Mode provides a Discovery service which can search your
network for devices and an Event Log which reports network events.
Network Management in Standalone Mode uses a client/server
architecture allowing multiple users to access the Avaya Network
Management Server simultaneously. Web based technology provides a
method for accessing and managing your network from any computer
with Internet access.
The figure below illustrates the flow of information between the
different components that comprise Network Management in
Standalone Mode and Network Management applications.
Figure 1-1. Network Management Overview
Applications
Network File
Internet
P330
G700
Avaya Network
Managment
Console
Remote Access
P882
Network
Devices
Device Managers
Network-wide
Applications
User InputUser Input
Avaya Network
Management
Server
Avaya Network
Managment
Console
Local Access
Device Managers
Daemons
Network-wide
Avaya Network Management Console User Guide2
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Chapter 1
When Avaya Network Management Server is launched, it runs a
number of daemons which poll the network devices listed in the default
Network Map to determine their status and updates their colors in the
Avaya Network Management Console View Area. Users can manage
devices or launch network-wide applications via Avaya Network
Management Console. Avaya Network Management Console
communicates these requests to Avaya Network Management Server
which launches the correct applications. When run remotely, these
applications are uploaded from Avaya Network Management Server to
the remote station.
Network Management in Standalone Mode
Terms
The following table provides a list of terms used in Network
Management in Standalone Mode documentation with their
descriptions.
Table 1-1. Network Management Terms
TermDescription
Best NameThe best name for a device known to Network
Management. For information on defining the
method used by Network Management to
arrive at the Best Name, refer to “Configuring
Discovery’s Naming Method” on page 70.
BranchAn intermediate level in the Network Tree.
Branches include device types, subnets, and
user defined branches in custom views of the
network.
Network FileA file where information about the devices in
the Network Map is stored.
Network
Map
NodeA network device. Nodes include (but are not
ObjectA branch or node in the network.
The set of devices that are known to
Avaya Network Management Server.
limited to) switches, hubs, routers, network
printers, and computers.
PollA request by an application for information
3Avaya Network Management Console User Guide
from a device.
Page 13
Network Management in Standalone Mode
What is Avaya Network Management Server
Avaya Network Management Server communicates with the devices in
the network via Simple Network Management Protocol (SNMP) V1 or
V3. It receives user input via Avaya Network Management Console and
updates Avaya Network Management Console with information from
the network devices. Avaya Network Management Server runs in the
background as a Windows 2000/XP service. The server provides a central
address for event reporting. It passes traps to Avaya Network
Management Console for display in the Event Log Browser. For more
information about event handling and traps, refer to “What is Event
Handling” on page 6.
In addition, Avaya Network Management Server allows you to operate
Avaya Network Management Console from a remote location. This
feature provides a method for managing your network from any
computer connected to the Internet. By pointing your web browser to
Avaya Network Management Server’s IP address, you can access
Avaya Network Management Console and manage your network. For
more information on running Avaya Network Management Console
from a remote location, refer to “What is Remote Access” on page 9
.
What is Avaya Network Management Console
Avaya Network Management Console is the user interface to Avaya
Network Management Server. It receives information from Avaya
Network Management Server and sends the server information input by
the user. Avaya Network Management Console displays the devices in
the current Network Map using a hierarchical tree. The tree can be
organized by subnet or device type, or logically by systems. Additionally,
you can create custom views of the network.
Avaya Network Management Console User Guide4
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Chapter 1
Figure 1-2. Avaya Network Management Console
When a device in the Network Tree is selected, information about the
selected device appears in the Network Table. You can then modify the
device’s parameters. Avaya Network Management Console also provides
the ability to launch applications that communicate directly with the
device. These applications allow you to manage the device via its
Command Line Interface (CLI) or Device Manager, and monitor the
traffic on the device. For example, if you select an Avaya P330 Device in
the Network Table, you can launch Telnet to configure the device via its
CLI or launch Avaya P330 Device Manager to configure and monitor the
device via its management application and monitor the device using
Avaya P330 SMON Manager.
In addition, Avaya Network Management Console allows you to launch
network-wide applications such as, Avaya Software Update Manager for
updating embedded software, Avaya VLAN Manager for managing
VLANs across the entire network, and Avaya SMON Manager for
monitoring network traffic.
What is a Network Map
A Network Map consists of all of the devices known to Avaya Network
Management Server. The list of devices is stored in the Network File,
along with basic information about each device. When Avaya Network
Management Console opens, Avaya Network Management Server
extracts information about the devices in the Network Map from the
Network File. These devices are displayed in the Network Tree.
5Avaya Network Management Console User Guide
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Network Management in Standalone Mode
Devices can be added to the current Network Map using Discovery or the
Add Device dialog box. Devices in the Network Map can also be
modified. All changes to the Network Map are stored in the Network
File.
You can maintain multiple Network Maps by saving individual maps
with unique names. The Network Map whose devices are visible in
Avaya Network Management Console is the current Network Map.
You can also create a text file that contains the necessary information
about each device you want to add to the current Network Map and
import the devices listed in the file into the Network Map. For more
information on importing devices into the Network Map, refer to
“Importing Devices into the Network Map” on page 59
Avaya Network Management Server can also export the information in
the current Network Map to a CSV file. For more information on
exporting the device information from the current Network Map, refer
to “Exporting the Network Map” on page 60
.
.
What is Discovery
Network Management in Standalone Mode can ‘discover’ the subnets
and nodes on your network. The Discovery tool uses SNMP MIB-II on
network nodes to search your network. In addition, you can instruct
Discovery to use ICMP Echo (ping) to search the network. You can
instruct Discovery to search your entire network for subnets and nodes,
limit the search to selected subnets, or update information about the
objects in the Network View.
The Discovery window shows a list of the subnets discovered with the
number of nodes found in each subnet. You can apply the results of a
Discovery to the current Network Map.
What is Event Handling
Events are unexpected or extraordinary occurrences in your network.
Examples of events include the loss of a port’s connection, the insertion
or removal of a module from a device, and the failure of a fan or power
supply. Network Management provides a method of reporting network
events.
* Note: For the purposes of this document, the terms ‘event’ and
Avaya Network Management Console User Guide6
‘trap’ are used interchangeably.
Page 16
Chapter 1
Network Management communicates with device agents using SNMP.
Device agents can send traps to Avaya Network Management Server
reporting on the status of their ports, modules, etc. The server then
passes traps to the relevant managers of the device involved and updates
the Event Manager.
To receive traps using Network Management in Standalone Mode,
network devices must be configured to send traps to the Avaya Network
Management Server. For information on configuring Avaya LAN and
backbone devices to send traps to Avaya Network Management Server,
refer to the User Guide or Device Manager User Guide for the devices in
your network. The Event Manager maintains a log of all traps received
from the devices in the network. These traps can be viewed in the Event
Log Browser.
Figure 1-3. Event Handling Flow
Network Devices
SNMP
Device
Managers
Avaya
Network
Management
Server
Avaya Network
Management Console
Avaya Network Management Console
Event Log Browser
Network
Appli-
cations
Traps are categorized by their severity. Some traps report events that are
not problems. An example of this type of trap is the insertion of a
module into a device. These traps have a severity level of Info. Other
traps require more attention, such as the loss of a regular port’s
connection. Traps of this type have a severity level of Warni ng . Finally,
there are traps, such as the failure of a backbone link, which require
immediate attention. These traps have a severity level of Minor, Major,
or Critical.
7Avaya Network Management Console User Guide
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Network Management in Standalone Mode
Figure 1-4. Event Log Browser
The Event Manager displays all of the traps sent by Avaya Network
Management Server. In the Event Manager you can:
•Sort the Event Log Browser by any of its fields.
•Filter the traps displayed and change the severity of selected
traps.
•Acknowledge traps to help you remember which traps you have
already seen.
•Define the format of the description field.
•Delete traps, signifying that the problem causing the trap was
resolved.
In addition, the Event Manager allows you to define event actions.
Event actions can include notification via a pop-up, audible, or e-mail
message or the running of a script. Actions can be assigned to any
network events. You can also limit the action to events from specified
sources. This feature enables you to receive immediate notification of
important network events.
The Event Manager can also act as a trap surrogate, forwarding all, or
selected, traps to other devices.
Avaya Network Management Console User Guide8
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Chapter 1
What is Remote Access
Avaya Network Management Console can be accessed remotely using a
web browser. This allows you to manage your network from a computer
where Network Management is not installed. When you point your
browser to the Avaya Network Management Server’s IP address, a Java
applet prepares your browser to communicate with Avaya Network
Management Server. A welcome screen appears, followed by a password
screen. Once you enter a valid user name and password, Avaya Network
Management Console opens in a special browser window.
9Avaya Network Management Console User Guide
Page 19
2
Avaya Network Management
Server
This chapter provides a detailed description of Avaya Network
Management Server. It includes the following sections:
•Introduction to Avaya Network Management Server
introduction to Avaya Network Management Server.
•Starting Avaya Network Management Server
instructions on how to start Avaya Network Management Server.
•Stopping Avaya Network Management Server
instructions on how to shut down Avaya Network Management
Server.
- Detailed
- Detailed
- An
Introduction to Avaya Network Management
Server
Avaya Network Management Server communicates with network
devices. It passes information to Avaya Network Management Console
and handles requests to launch applications. In addition, Avaya Network
Management Server enables remote sessions of Avaya Network
Management Console. Ensure that Avaya Network Management Server
is running on the host computer before starting Avaya Network
Management Console locally, and that it is running on the remote server
before starting a remote session of Avaya Network Management
Console.
Avaya Network Management Server can import devices from CSV
(Comma Separated Value) files into the Network Map. Avaya Network
Management Server can also export the Network Map to a CSV file, for
use with other applications, such as a Microsoft Excel.
Starting Avaya Network Management Server
Avaya Network Management Server is a Windows Service. When
Windows starts on the server station, Avaya Network Management
Server starts automatically. Using Windows’ Service Manager, you can
configure Avaya Network Management Server so that it does not start
automatically.
Avaya Network Management Console User Guide10
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Chapter 2
If Avaya Network Management Server is shut down, you will need to
start it manually. To manually start or stop Avaya Network Management
Server, you must be logged in to Windows with Administrator privileges.
When you log off the computer, Avaya Network Management Server
continues running.
Avaya Network Management Console is open, a window opens
with the message that Avaya Network Management Console is
closing.
.
cvserver stop
. A confirmation
from the list of services.
Avaya Network Management Console User Guide12
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3
Avaya Network Management
Console Introduction
This chapter provides an introduction to Avaya Network Management
Console. It includes the following sections:
•Starting Avaya Network Management Console
Instructions on how to start Avaya Network Management
Console.
•Avaya Network Management Console User Interface
introduction to Avaya Network Management Console’s user
interface, including instructions on how to use the toolbar
buttons.
•Requesting Write Permission
and release Read/Write permissions for a specific Avaya Network
Management Console session.
•Avaya Network Management Console Options
on how to set Avaya Network Management Console’s options.
•Using Avaya Network Management Console Tables
explanation of symbols used in Avaya Network Management
Console tables.
•Using Avaya Network Management Console Help
explanation of the options for accessing on-line help in Avaya
Network Management Console.
•Closing Avaya Network Management Console
on how to close Avaya Network Management Console.
- Instructions on how to request
-
- Instructions
- An
- An
- Instructions
- An
Starting Avaya Network Management Console
Avaya Network Management Console can be run locally or via a remote
web server. For information on running Avaya Network Management
Console via a remote web server, refer to “Starting a Remote Session” on
page 118.
The Avaya Network Management Console can configure Network
Management’s Login Mode for use with SNMPv3. This enables user
authentication to limit access to network management. The user
authentication can also be used as a mechanism for supplying user
credentials for the SNMPv3 messaging engine.
Avaya Network Management Console User Guide13
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Avaya Network Management Console Introduction
To start a local session of Avaya Network Management Console from
Windows:
Double-click the Avaya Network Management Console icon on
the Windows desktop.
Or
Select
Network Management Console
Or
Type
Or
Press CTRL + ALT + c. One of the following occurs:
— If Login Mode is enabled, the Enter User Name and Passwords
— If Login Mode is disabled, Avaya Network Management
For more information about Login Mode, refer to the Avaya Network Manager User Administration User’s Guide.
To resize the three main areas of the user interface, the Network Tree,
the Network Table, and the Dialog Area, use the splitter bars and their
arrows.
15Avaya Network Management Console User Guide
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Tool bar
Avaya Network Management Console Introduction
The Toolbar provides shortcuts to the main Avaya Network Management
Console functions.
The table below describes the buttons on the Toolbar and gives the
equivalent menu options.
Opens the Modify dialog box
for the selected object.
Deletes the selected object
from the Network Map.
Cuts the selected object from a
custom view to the clipboard.
Pastes the object from the
clipboard into a custom view.
Opens the Find dialog box.
Opens the Event Manager.
Launches the device manager
for the selected device.
Opens the Discovery window.
Launches a Telnet session to
the selected device.
Edit > Modify
Edit > Delete
Edit > Cut
Edit > Paste
Edit > Find
Actions > Event
Manager
Tools >
Device Manager
Actions> IP
Discovery
Tools > Telnet
When you place the cursor on a toolbar button for one second, a label
appears with the name of the button.
Avaya Network Management Console User Guide16
Launches a web session to the
selected device.
Opens context-sensitive help.
Tools > Web
Help > Help On
Page 26
Chapter 3
Network Tree
The Network Tree shows either a hierarchical representation of the
subnets in the Network Map or a representation of the Network Map
grouped by device type or logically organized by systems. You can also
create customized views of the Network Map. For more information
about the Network Tree, refer to Chapter 4,
Management Console Network Tree.
Network Table
The Network Table provides details of the subnets, device types, or
devices under the selected branch of the tree. For more information
about the Network Table, refer to Chapter 5,
Management Console Network Table.
Dialog Area
Avaya Network
Avaya Network
Status Bar
The area under the Network Table is where all dialog boxes open. This
area can be resized by dragging the horizontal splitter bar with the
mouse. When a dialog box opens, it replaces the current dialog box open
in the Dialog Area.
The Status Bar provides information about the Avaya Network
Management Console session. It includes the following information:
•Name of the open map.
•Read/Write mode of Avaya Network Management Console.
•IP address/Name of the Avaya Network Management Server.
17Avaya Network Management Console User Guide
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Using Tooltips
Avaya Network Management Console Introduction
Avaya Network Management Console includes a tooltip feature which
allows you to display additional information about devices in the
Network Map. To display additional information about a device, place
the cursor on the device’s icon in the Network Tree or Network Table.
After about one second, the tooltip appears.
The tooltip provides the following information about the device:
•Name - The Best Name of the device.
•IP - The IP address of the device.
•Mask - The device’s IP subnet mask.
•MAC - The device’s MAC address.
•Type - The device type.
•Interface Number - The interface number of the displayed IP
address of this device.
•Management Status - The device’s management status. This
can be either Managed or Unmanaged.
To toggle the tooltips feature, select
Requesting Write Permission
There are two levels of permission for users logging into Avaya Network
Management Console:
View > ToolTip
.
•Read-only - You are able to view network and devices, but
unable to make changes.
•Read-write - You are able to both view and make changes to the
network and devices.
Avaya Network Management Console User Guide18
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Chapter 3
The following are the assigned permissions at login:
•No read/write console exists - read/write permission is
automatically assigned to your console.
•Read/Write console currently exists - your console is assigned
read only permission.
* Note: Only one console may have read/write permission at any
given time.
If your console is opened with read only permission, you can request
write permission. The console that currently has read/write permission
receives a request from Network Management Console to release the
write permission. There is an allotted amount of time in which the
console with read/write permission must respond to the request. If the
console with read/write permission agrees to the request, or does not
refuse the request in the allotted amount of time, the read/write
permission is transferred to the requesting console automatically.
For instructions on setting the Timeout value, see “Setting Read/Write
Defaults” on page 28.
All functionality is enabled for a console with read/write permission.
This is true whether you are running Avaya Network Management
Console locally or remotely.
All functions that update the server (i.e., adding and removing a device
from the map, or running a discovery process) are disabled on a console
with read only permission and all update commands are inactive. If an
update dialog box is open while the console is losing write permission,
the Apply button of the dialog box becomes inactive until write
permission is returned. This also applies to the trap manager.
A console with an open discovery window automatically retains its write
permission. Any requests for write permission from a console with an
open discovery window are automatically denied.
To request read/write permission:
1. Select
Actions > Get Write Permission.
The Write Permission
Request dialog box opens.
.
2. Click
OK
3. If the console that currently has write permission agrees to your
request, the Write Permission Received dialog box opens. Click
to receive write permission.
OK
19Avaya Network Management Console User Guide
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Avaya Network Management Console Introduction
4. If the console that currently has write permission refuses your
request, the Write Permission Refused dialog box opens. Click
to proceed with read only permission.
If your console currently has read/write permission and a request is
made for write permission by another console, the Remote Request
dialog box opens.
To release read/write permission in response to another console’s
request:
OK
1. Click
2. To refuse write permission to the requesting console, click
* Note: If you don’t click
to release write permission to the requesting console.
OK
OK
or
Refuse
before the Timeout value
Refuse
expires, write permission is automatically released to the
requesting console.
To release read/write permission without a direct request from another
console, select
Actions > Release Write Permission
.
Avaya Network Management Console Options
You can use Avaya Network Management Console’s Options dialog box
to set SNMP Access parameters and connectivity polling parameters and
to select a default Network Map.
To open the Avaya Network Management Console Options dialog box,
select
File > Options
dialog box opens.
. The Avaya Network Management Console Options
.
The following console options are discussed in this section:
•SNMP Access Parameters
•Setting Connectivity Polling Parameters
•Selecting a Default Map
•Setting Read/Write Defaults
Avaya Network Management Console User Guide20
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Chapter 3
SNMP Access Parameters
Using the SNMP Access parameters page of the Avaya Network
Management Console Options dialog box, you can set basic SNMP
parameters for specific devices, ranges of devices, and all unspecified
devices. Avaya Network Management Server recognizes the following
SNMP protocols: V1 and V3. SNMP access parameters for SNMP V1
include read and write community properties. For SNMP V3, the SNMP
access parameters include a user name defined in the User
Administration. For both versions of SNMP, access parameters include
timeout and retry values. Each of the three tabs in the SNMP Access
parameters page enables you to set SNMP access parameters for different
groups of devices.
Default
SNMP
Access
Parameters
•Default
in the other tabs.
•IP Wildcards
whose IP addresses fall in a specified range and not in the Specific
IP’s tab.
•Specific IP’s
devices.
When polling a device, Avaya Network Management Server uses the
device’s SNMP access parameters. The server first checks the Specific IP’s
list. If the device is listed in the Specific IP’s list, the SNMP access
parameters for the specific device are used. If not, the server checks the
IP Wildcards list. If the device’s IP address is in any of the ranges listed in
the IP Wildcards list, the SNMP access parameters for the matching range
are used. If the device’s IP address does not match any of the ranges in
the IP Wildcards list, the default SNMP access parameters are used.
The Default page enables you to configure multiple default SNMP
communities.
If no Specific IP definition and IP Wildcards match the IP address to be
polled, Avaya Network Management Server tests the addresses of the
devices against the list of definitions in the Default list. The order of the
list in the table is important, because the SNMP access parameters of the
first rule in the list that matches a device’s SNMP access parameters are
used for that device.
- To configure all devices with IP addresses not included
-
To configure SNMP access parameters for devices
- To configure SNMP access parameters for specific
To view the list of default SNMP access parameters, click the
on the SNMP Access page of the Avaya Network Management Console
Options dialog box. The Default page appears.
To add a new set of SNMP default parameters to the list:
. A new row opens in the Default table.
1. Click
2. Select V1 or V3 (login mode only) from the
Add
Type
listbox.
Type
3. If you selected V1 in the
field, enter read and write
community values in their respective fields.
Type
4. If you selected V3 in the
User
pull-down listbox. The user name must have been defined in
field, select a user name from the
the User Administration Window. For more information, refer to
the Network Management User Administration User’s Guide.
5. Enter a number in the
Timeout [ms]
field for the number of
milliseconds Avaya Network Management Server will wait for a
response when polling a device.
Retries
6. Enter a number in the
field for the number of times
Avaya Network Management Server will try to poll a device.
7. Click
. The new default SNMP parameters definition is added
Apply
to the Default table.
pull-down
To change the position of a row in the Default table:
1. Select a row.
2. Click the arrows to move the row up or down in the table.
3. Click
Avaya Network Management Console User Guide22
. The new row position is saved.
Apply
Page 32
Chapter 3
To edit entries in the in the Default table:
1. Click the field you want to edit.
2. Edit the information in the field.
3. Click Apply. The changes are saved in the table.
To remove a range from the Default table:
1. Select a row.
Setting
SNMP
Access
Parameters
for IP
Ranges
2. Click
3. Click
The IP Wildcard page enables you to configure SNMP access parameters
for ranges of devices. Avaya Network Management Server tests the IP
address of devices to poll against the list of devices in the IP Wildcards
list. If the IP address matches a range, the server uses the range’s SNMP
access parameters when polling the device. The order in the list is
important, because the SNMP access parameters of the first range in the
list that matches a device’s IP address are used for that device.
To view SNMP access parameters for IP ranges, click the
on the SNMP Access page of the Avaya Network Management Console
Options dialog box. The IP Wildcard page appears.
pull-down listbox. The user name must be defined in the
field, select a user name from the
User Administration Window. For more information, refer to the
Network Management User Administration User’s Guide.
6. Enter timeout and retry values in their respective fields.
7. Click
. The device is added to the Specific IP’s table.
Apply
To edit entries in the Specific IP’s table:
1. Click the field you want to edit.
pull-down
2. Edit the information in the field.
3. Click Apply. The changes are saved in the table.
25Avaya Network Management Console User Guide
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Avaya Network Management Console Introduction
To remove a device from the Specific IP’s table:
1. Select a device.
2. Click
3. Click
Delete
Apply
.
. The device is deleted from the Specific IP’s table.
Setting Connectivity Polling Parameters
Connectivity polling parameters determine whether Avaya Network
Management Server will use PING to determine the status of devices
that do not support SNMP, the interval between PINGs, and the number
of times that Avaya Network Management Server will unsuccessfully
PING a node before declaring it to be unreachable. To set default
connectivity polling parameters:
1. Click the
Connectivity Polling
Management Console Options dialog box. The Connectivity
Polling page appears.
Avaya Network Management Server will unsuccessfully PING a
node before declaring it to be unreachable.
Avaya Network Management Console User Guide26
means that devices will be
On
means that devices will not be PINGed.
Off
Retries
field. This is the number of times
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Chapter 3
4. Enter a number in the
milliseconds Avaya Network Management Server will wait for a
response when PINGing a node before declaring it to be
unreachable.
5. Enter a number in the
seconds
. This is the amount of time between PINGs.
6. To return the values to the default settings, click
7. Click
Apply
polling parameters.
Selecting a Default Map
The Default Map page of the Avaya Network Management Console
Options dialog box enables you to select the Network Map that is used
when Avaya Network Management Server starts. To select a default
Network Map:
1. Click the
Management Console Options dialog box. The Default Map page
appears.
Timeout
Interval
field. This is the number of
field and select either
minutes
Default
or
.
. The network is configured with the new connectivity
request read/write permission. If this checkbox is not checked,
then the first console opened receives read/write permission. Any
other console window that requests read/write permission is
refused.
3. Enter the interval of time in seconds in the
the holder of the read/write permission is allotted to respond to
the read/write request.
4. Click
Avaya Network Management Console User Guide28
Allow Read/Write request
.
Apply
checkbox to enable a user to
Timeout (sec)
field that
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Chapter 3
Using Avaya Network Management Console
Tables
Avaya Network Management Console informs you of the status of each
row in a table. The following table shows symbols that appear at the start
of a row, with their corresponding explanations.
Table 3-2. Row Status
SymbolExplanation
The row is a new entry.
The row is to be deleted.
The row has been modified.
Using Avaya Network Management Console
Help
This section explains how to use the on-line help in Avaya Network
Management Console. The on-line help can be opened to the contents
page or directly to a topic of interest. For more information, refer to:
•Opening the Help to the Contents Page
•Opening the Help to a Topic of Interest
Opening the Help to the Contents Page
To open the help to the contents page, select
on-line help opens to the contents page.
Opening the Help to a Topic of Interest
To open the help directly to a topic of interest:
1. Click .
Help > Contents
. The
Or
Select
arrow with a question mark.
29Avaya Network Management Console User Guide
Help > Help On
. The cursor changes to the shape of an
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Avaya Network Management Console Introduction
2. Click on a point of interest in Avaya Network Management
Console. The help opens to a topic explaining the clicked feature.
Closing Avaya Network Management Console
To close Avaya Network Management Console, select
Avaya Network Management Console closes.
File > Exit
.
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4
Avaya Network Management
Console Network Tree
This chapter provides a detailed description of the Network Tree. It
includes the following sections:
•Introduction to the Network Tree
Network Tree.
•Using the Network Tree
Network Tree and its hierarchy, and instructions on how to
customize the Network Tree.
•Printing the Network Tree
Network Tree.
•Searching the Tree
search for elements in the Network Tree.
- A detailed description of the
- Instructions on how to print the
- Instructions on using the Find feature to
Introduction to the Network Tree
When viewing the network, you may want to view:
•The structure of the network by subnet.
•The information categorized by the different types of devices in
the network.
- An introduction to the
•The system view, which includes the voice elements in a data
network, and the relationships between VoIP end points,
gatekeepers, and call managers.
Avaya Network Management Console’s user interface provides an
integrated view of the structure of the network, along with details about
specific elements.
In addition, you may want to categorize the devices in your network by
other criteria, such as workgroups or location. Avaya Network
Management Console allows you to create user defined views of your
network and assign devices to custom categories. You can create up to
five custom views of your network.
Avaya Network Management Console User Guide31
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Avaya Network Management Console Network Tree
The left side of the user interface is the Network Tree. This provides a
hierarchical view of the network. The right side of the user interface
contains the Network Table. Together, these views provide details about
specific elements in the network.
When an element in the tree is selected, the elements immediately
below the selected element appear in the Network Table. Elements in the
Network Table are accompanied by fields providing details about the
elements.
Using the Network Tree
There are two default views of the Network Tree - the Subnet View and
the Device Type View. A third view, the System View, appears for
networks containing VoIP devices. In addition, you can define up to five
custom views of the network. The Subnet View shows a hierarchical
representation of the subnets in the network. The Device Type View
shows a view of the network grouped by device type. The System View
shows a hierarchical representation of the voice devices in the network.
To switch to a different view, click the appropriate tab above the tree.
To expand the view of a contracted element in the tree or to contract the
view of an expanded element in the tree:
Double-click the element.
Or
Click the handle next to the element you want to expand or
contract.
The following sections describe the following views of the Network Tree:
•The Subnet View
of the Subnet View of the network.
•The Device Type View
elements of the Device Type View of the network.
•The System View
of the System View of the network.
•Custom Views
your network.
- A description of the hierarchy and elements
- A description of the hierarchy and
- A description of the hierarchy and elements
- Instructions on how to create custom views of
Avaya Network Management Console User Guide32
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Chapter 4
The Subnet View
The Subnet View tree shows a hierarchical view of the subnets in the
network. The Subnet View of the network contains the following levels:
1. My Network - An icon representing the entire network. When
the icon representing the network is selected, all subnets appear
in the Network Table.
2. Subnets - Icons representing the subnets in the network. When
an icon representing a subnet is selected, all devices with IP
addresses in the selected subnet appear in the Network Table.
3. Devices - Each icon representing a device is labeled with the
logical name or IP address of the device. When an icon
representing a device is selected, the device’s interfaces appear in
the Network Table.
The Device Type View
The Device Type View tree shows the network grouped by device type.
The Device Type View of the network contains three levels.
1. My Network - An icon representing the network. When the icon
representing the network is selected, all supported device types in
the network appear in the Network Table.
2. Device Types - Icons representing all supported device types that
appear in the network. When an icon representing a device type
is selected, all devices of the selected type appear in the Network
Table.
3. Devices - Icons representing the devices in the network. Each
icon is labeled with the name of the device. When an icon
representing a device is selected, the device’s interfaces appear in
the Network Table.
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The System View
The System View tree shows a hierarchical view of the voice devices in
the network. The tree is organized with the voice device controllers on
the higher levels and the controlled voice devices on lower levels.
Avaya Network Management Console Network Tree
Figure 4-1. System View
The root of the System View tree is My Network. This icon represents
all voice devices in the network. The root splits into two branches - CM Servers (Communication Manager Media Servers) and Other.
Under the CM Servers branch, the tree splits into locations. For each
location, Communication Manager Media Servers and voice adjuncts
(e.g., Intuity Audix) appear.
For S8700 Communication Manager Media Servers, the tree displays
CLANs and VAL boards. Under the CLANs, IP phones with their
extension numbers and Media Gateways (MGs) are displayed. Entries
for the active and standby Communication Manager Media Servers are
also displayed.
For S8300 Communication Manager Media Servers, the tree displays IP
phones with their extension numbers and MGs.
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Chapter 4
The Other branch splits into three. The S8100 branch displays S8100
Devices in the network. The Unaffiliated branch displays IP phones
with their extension numbers and MGs, whose affiliation with a
Communication Manager Media Server cannot be determined. The
Remote Controller branch displays IP phones with their extension
numbers and MGs, whose Communication Manager Media Servers were
not discovered in the network.
Custom Views
To refresh the System View tree, select
Actions > System View Discovery
.
The System View Discovery runs, and the System View tree is updated
This function is not available for stations running Network Management
Console remotely.
* Note: If the System View tab does not appear, run Discovery or
System View Discovery. The tab appears with the discovered
devices in the tree.
Avaya Network Management Console allows you to create custom views
of your network. This enables you to design a view of your network
based on criteria that are important to you. For example, you can design
a custom view based on the location of devices or based on the functions
that devices perform (i.e., backbone switches, servers, important users,
etc.). This can help you focus on a particular set of devices. The following
topics are discussed in this section:
•Creating Custom Views
•Modifying Custom Views
•Deleting Custom Views
•Adding Branches in Custom Views
•Modifying Branches in Custom Views
•Deleting Branches in Custom Views
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Avaya Network Management Console Network Tree
Creating
Custom
Views
To create a custom view:
1. Select
2. Enter a name for the view in the
* Note: View names cannot contain periods.
3. Enter a description of the view in the
4. Click
File > View > New
Figure 4-2. New View Dialog Box
. The view is added to Avaya Network Management
Apply
Console with the top level
are added to a branch labeled
. The New View dialog box opens.
View Name
My Network
Unassigned
field.
Description
. All devices in the network
.
field.
Modifying
Custom
Views
To modify a custom view:
1. Click the View Tab associated with the custom view you want to
modify.
2. Select
3. Change the name for the view in the
* Note: View names cannot contain periods.
4. Change the description of the view in the
Edit > Modify View
Figure 4-3. Customize View Dialog Box
. The Customize View dialog box opens.
View Name
field.
Description
field.
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Chapter 4
Deleting
Custom
Views
Adding
Branches in
Custom
Views
5. Click Apply
To delete a custom view of the network:
1. Click the View Tab associated with the custom view you want to
modify.
2. Select
3. Click
You can add branches to a custom view of the network and populate the
branches with devices or nested branches.
To add branches to a custom view of the network:
1. Select the icon in the Network Tree to which you want to add a
branch.
2. Select
. The view is modified.
Edit > Delete View
. The custom view is deleted.
Yes
File > New > Branch
. A confirmation dialog box opens.
. The Add Branch dialog box opens.
Figure 4-4. Add Branch Dialog Box
3. Enter a name for the branch in the
* Note: Branch names cannot contain periods.
4. Enter a description of the branch in the
5. Assign devices to the branch using the following procedure:
— To add devices to the
a. Select the devices you want to add to the branch in the
Unassigned
list.
Members
Branch name
Branch Description
list:
field.
field.
b. Click . The devices appear in the
37Avaya Network Management Console User Guide
Members
list.
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Avaya Network Management Console Network Tree
Modifying
Branches in
Custom
Views
— To remove devices from the
a. Select the devices you want to remove from the branch in the
Members
b. Click . The devices are removed from the
6. Click
You can add and remove devices from branches in a custom view of the
network. To modify a branch of a custom view of the network:
1. Select the branch you want to modify in the Network Tree.
* Note: The
2. Select
Apply
part of the tree.
list.
. The branch and its devices are added to the selected
Unassigned
Edit > Modify
Figure 4-5. Modify Branch Dialog Box
branch cannot be modified.
. The Modify Branch dialog box opens.
Members
list:
Members
list.
3. Change the name of the branch using the
* Note: Branch names cannot contain periods.
4. Change the comment attached to the view in the
field.
5. Assign devices to the branch. For instructions on assigning devices
to the branch, refer to “Adding Branches in Custom Views” on
page 37.
6. Click
Deleting
Branches in
You can delete branches from a custom view of the network. To delete a
branch of a custom view of the network:
Custom
Views
Avaya Network Management Console User Guide38
1. Select the branch you want to delete in the Network Tree.
. The branch is modified.
Apply
Branch Name
Branch Description
field.
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Chapter 4
* Note: The
2. Select
3. Click
Unassigned
Unassigned
Edit > Delete
. The branch is deleted, and all its devices appear in the
Yes
list.
branch cannot be deleted.
. A confirmation dialog box opens.
Printing the Network Tree
To print the current view of the Network Map, select
current view of the Network Map is printed.
To view a preview of the printed Network Map, select
The preview of the Network Tree opens.
Figure 4-6. Network Tree Print Preview
File > Print
File > Print Preview
. The
.
To print the Network Map, click
To close the Preview window without printing the map, click
39Avaya Network Management Console User Guide
Print
.
.
Close
Page 49
Searching the Tree
Avaya Network Management Console enables you to search the
Network Map for specific elements. To search the Network Map:
1. Click .
Or
Avaya Network Management Console Network Tree
Select
Edit > Find
. The Find dialog box opens.
Figure 4-7. Find Dialog Box
2. Select one of the
Find Options
option buttons.
3. Enter the device’s name (or part of it), IP address, or MAC address
in the
4. Click
Find What
. The element you searched for appears highlighted in
Find
field.
the tree.
To find the next element that matches the search criteria, click
The element you searched for appears highlighted in the tree.
To close the Find dialog box, click
Avaya Network Management Console User Guide40
Cancel
Find Next
.
.
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5
Avaya Network Management
Console Network Table
This chapter provides a detailed description of the Network Table. It
includes the following sections:
•Using the Network Table
information in the Network Table.
•Managing Objects
unmanage objects in the Network Map.
•Manually Adding Devices
to the Network Map.
•Modifying Devices
parameters.
•Device Parameters
parameters.
•Deleting Devices
the Network Map.
Using the Network Table
The Network Table provides information about the objects in the
selected branch of the Network Tree. The information in the Network
Table varies depending on the element selected in the Network Tree. The
following sections provide an explanation of the fields and the color of
devices in the Network Table:
- A detailed description of the
- Instructions on how to manage and
- Instructions on how to add devices
- Instructions on how to modify device
- A detailed description of device
- Instructions on how to delete devices from
•Network Table Fields
•Network Table Colors
Avaya Network Management Console User Guide41
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Network Table Fields
The following table lists the columns in the Network Table when the root
of the Network Tree is selected in Subnet View.
FieldDescription
Avaya Network Management Console Network Table
Table 5-1. Network Table - Subnets
Name
Status
No. of Devices
IP address of the subnet.
The status of the subnet.
The number of registered devices in the subnet.
The following table lists the columns in the Network Table when the root
of the Network Tree is selected in Device Type View.
Table 5-2. Network Table - Device Types
FieldDescription
Name
No. of Devices
The device type.
The number of registered devices of the device
type in the current Network Map.
The following table lists the columns in the Network Table when a
subnet or device type is selected in the Network Tree.
Table 5-3. Network Table - Devices
FieldDescription
Name
Device Status
IP address
Subnet Mask
Device Type
Avaya Network Management Console User Guide42
The Best Name of the device known to
Avaya Network Management Console.
The status of the device.
The IP address of the device.
The subnet mask of the device’s IP address.
The device type.
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Chapter 5
The following table lists the columns in the Network Table when a
device is selected in the Network Tree.
Table 5-4. Network Table - Interfaces
FieldDescription
IP Address
Interface Status
MAC Address
Subnet Mask
Interface Number
Network Table Colors
Devices and interfaces viewed in the Network Table are colored based on
their status. The following table provides a list of colors and the statuses
they represent.
ColorDevice Status
Green
Yellow
Red
The IP address of the interface.
The status of the interface.
The MAC address of the device.
The subnet mask of the device’s IP address.
The number of the interface.
Table 5-5. Device and Interface Status Colors
The device/interface status is Okay.
The device status is Warning.
The device/interface status is Fatal.
Off-White
Blue
The device is unmanaged.
The agent interface does not respond to SNMP.
(Probably caused by an incorrect read community.)
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Avaya Network Management Console Network Table
The following diagram outlines the method used by Network
Management to determine the color of a device in the Network Table.
Figure 5-1. Device Coloring Method
Is the device managed?
YesNo
YesNo
The Agent Status is unreachable
or there is no Agent interface?
YesNo
Are all interfaces
up?
Yes
Green
Okay
Yellow
Warning
Managing Objects
Is there at least one reachable IP
No
color and status
interface?
The Agent's
status
determines the
of the device.
Off-White
Unmanaged
Red
Fatal
The Network Map includes all devices that have been discovered. You
can control which of these devices are managed (monitored by Avaya
Network Management Server) and which of these devices are
unmanaged (not monitored by Avaya Network Management Server). If
there are many objects in your Network Map, managing all of the objects
may put stress on your network resources. You may also want to keep
devices that do not need management, such as workstations, in the
Network Map.
When an object in the Network Map is unmanaged, you cannot
communicate with the device using Avaya Network Management
Console, and the device’s color in the Network Table is off-white. In
addition, Network Management will not test the device’s connectivity
status (PING) or receive any traps from an unmanaged device.
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Chapter 5
To unmanage an object:
1. Select the object in the Network Table.
2. Select
Edit > Unmanage.
To manage an unmanaged object:
1. Select the object in the Network Table.
2. Select
Edit > Manage.
Manually Adding Devices
You can manually add devices to the Network Map. To manually add a
device to the current Network Map:
1. Select
File > New > Device
Figure 5-2. Add Device Dialog Box
The selected object is unmanaged.
The selected object is managed.
. The Add Device dialog box opens.
2. Enter the device’s parameters in the dialog box.
3. To edit the device’s SNMP parameters, click the
4. Enter the SNMP parameters.
5. Click
For information on the fields in the Add Device dialog box, refer to
“Device Parameters” on page 46
45Avaya Network Management Console User Guide
. The device is added to the Network Map.
Apply
.
SNMP Access
tab.
Page 55
Modifying Devices
To modify the device or SNMP parameters of a device in the current
Network Map:
1. Select a device.
Avaya Network Management Console Network Table
2. Select
3. Modify the parameters in the dialog box.
4. To edit the device’s SNMP parameters, click the
5. Enter the SNMP parameters.
Edit > Modify
opens with the selected device’s parameters.
Figure 5-3. Modify Device Parameters Dialog Box
. The Modify Device Parameters dialog box
SNMP Access
tab.
. The parameters are modified.
6. Click
For information on the fields in the Modify Device Parameters dialog
box, refer to “Device Parameters” on page 46
Apply
.
Device Parameters
The following table provides a list of the parameters in the Add Device
and Modify Device dialog boxes.
Table 5-6. Device Parameters
ParameterDescription
IP AddressIP address of the device.
MaskThe IP subnet mask.
MACThe MAC address of the agent.
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Chapter 5
Table 5-6. Device Parameters (Continued)
ParameterDescription
Device NameThe name or best name of the device.
Device TypeType of device. Possible types are:
Auto Discover
•
- Avaya Network
Management Server polls the device to
determine the device type.
• Avaya Device - Where Avaya Device is the
name of an Avaya Device.
•
Generic SNMP
•
Generic IP
- For other SNMP Devices.
- For IP Devices that do not
use SNMP.
• Other Device - Where Other Device is
another recognized device type.
StatusThe managed status of the device. Possible
statuses are:
•
Manage
- The device is managed by
Network Management.
•
Un-manage
- The device is not managed
by Network Management.
SNMPThe SNMP protocol. Possible SNMP protocols
are:
• Snmp V1
• Snmp V3
Read CommunityThe device’s read community. Only applicable
for SNMP protocol V1.
Write CommunityThe device’s write community. Only
applicable for SNMP protocol V1.
UserA user name as defined in the User
Administration. Only applicable for SNMP
protocol V3.
RetriesThe number of times an application will poll a
device without receiving a response before
timing out.
Timeouts
(milliseconds)
The number of milliseconds an application
will poll a device without receiving a response
before timing out.
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Deleting Devices
To delete selected devices from the current Network Map:
1. Select a device.
— To select more than one device, press CTRL while selecting
Avaya Network Management Console Network Table
additional devices.
2. Select
3. Click
Edit > Delete
. The selected device is deleted from the Network Map.
Double-click the device. The Device Manager for the selected
device opens.
* Note: When running a remote session of Avaya Network
Telnet can be used to access the Command Line Interface (CLI) of a
network device. This allows you to change the device’s setup. If you are
running Avaya Network Management remotely, you can use Telnet to
manage devices whose Device Managers cannot be run remotely.
To launch a Telnet session to a managed device in the current Network
Map:
1. Select the device.
Tools > Avaya Device Manager
Management Console, Device Manager can only be launched
for devices that can be managed remotely.
.
2. Click .
Or
Select
Web Session
Web Sessions can be used to manage devices that support Web Sessions
over the Internet. These devices include some Avaya devices. In
addition, non-Avaya devices that support Web Sessions can be managed
from both local and remote sessions of Avaya Network Management.
Avaya Network Management Console User Guide50
Tools > Telnet
. A Telnet session opens to the device.
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Chapter 6
To launch a Web Session:
1. Select a device that supports Web Sessions.
2. Click .
Or
Select
Tools > Web
PING
The PING application enables you to PING devices from within
Avaya Network Management Console. If you are having a problem
communicating with the device via SNMP, try to ping the device. This
will help you to determine whether the cause of the problem is related
to the device’s SNMP parameters or to a general communication
problem with the device.
To PING a managed device:
1. Select the device.
2. Select
Tools > Ping
Command window.
Avaya Site Administrator
Avaya Site Administrator (ASA) is a system management tool designed
for user administration and maintenance of IP enabled Avaya
Communication Manager telephony systems and IP phones. ASA also
provides terminal emulation capabilities for general administration of
other types of voice devices.
. A Web Session opens to the device.
. The results of the PING appear in the
* Note: ASA is part of Avaya Integrated Management.
Avaya Network Manager Console in Standalone Mode will recognize
Media Servers and IP phones that can be managed by ASA. If you have
ASA installed on your computer, you can launch ASA to manage an
appropriate device from Avaya Network Management Console.
To launch ASA on an appropriate switch, gateway, or IP phone:
1. Select an appropriate managed telephony device.
2. Select
Tools > Avaya Site Administration
.
Or
Double-click an appropriate managed telephony device.
— If you selected a Communication Manager Media Server, ASA
connects to the device and opens the appropriate form for the
server.
— If you selected an IP phone, ASA connects to the
Communication Manager Media Server controlling the
selected phone and opens the appropriate form for the
phone’s extension.
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Chapter 6
Avaya MultiSite Administration
Avaya MultiSite Administration is a system management tool designed
for configuration of Communication Manager Media Servers and Media
Gateways, and upgraded DEFINITY
* Note: Avaya MultiSite Administration is part of Avaya Integrated
Management.
To launch the main Avaya MultiSite Administration window:
®
servers.
Select
Tools > Avaya MultiSite Administration
selected. The main Avaya MultiSite Administration window
opens.
To launch Avaya MultiSite Administration on an appropriate device:
1. Select an appropriate managed device.
2. Select
Tools > Avaya MultiSite Administration
Administration opens on the selected device.
Avaya Fault and Performance Manager
Avaya Fault and Performance Manager is a system management tool
designed for monitoring the performance and viewing faults on Avaya
Media Servers and Gateways, and upgraded DEFINITY
* Note: Avaya Fault and Performance Manager is part of Avaya
Integrated Management.
To launch the main Avaya Fault and Performance Manager window,
select
Tools > Avaya Fault and Performance Manager
selected. The main Avaya Fault and Performance Manager window
opens.
with no device
. Avaya MultiSite
®
servers.
with no device
To launch Avaya Fault and Performance Manager on an appropriate
device:
1. Select an appropriate managed device.
2. Select
and Performance Manager opens on the selected device.
53Avaya Network Management Console User Guide
Tools > Avaya Fault and Performance Manager
. Avaya Fault
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Avaya VAL Manager
Avaya VAL Manager is a system management tool designed for Voice
Announcements over LAN (VAL) on Avaya switches that support VAL.
* Note: Avaya VAL Manager is part of Avaya Integrated
To launch the main Avaya VAL Manager window, select
VAL Manager
window opens.
To launch Avaya VAL Manager on an appropriate VAL board:
Avaya Wireless
Avaya Wireless is a system management tool designed for configuration
of Avaya Wireless (AP 1 and 2) devices.
To launch Avaya Wireless on an appropriate Access Point (AP) device:
with no device selected. The main Avaya VAL Manager
1. Select an appropriate VAL board.
2. Select
Tools > Avaya VAL Manager
Or
Double-click an appropriate managed device. Avaya VAL
Manager opens on the selected device.
.
Tools > Avaya
1. Select an appropriate managed device.
2. Select
Or
Double-click an appropriate managed device. Avaya Wireless
opens on the selected switch.
Avaya Network Management Console User Guide54
Tools > Avaya Wireless
.
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Chapter 6
Launching Network-wide Applications
To launch a network-wide application, select
where Application Name is the name of the network-wide application you
want to run. The network-wide application opens.
* Note: Avaya SMON Manager is only available with the purchase of
an SMON license. For more information on SMON licenses,
refer to Appendix B, Setting up the SMON License in the Avaya SMON Manager User Guide.
* Note: Not all network-wide applications can be launched when
running a remote session of Avaya Network Management
Console.
If you configured Network Management’s Login Mode for use with
SNMPv3, you are prompted to log in to each network-wide application
when it starts up.
Tools >
Application Name,
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7
Network Maps
This chapter provides a detailed description of Network Maps in
Avaya Network Management Console. It includes the following sections:
•Introduction to Network Maps
Maps.
•Managing Network Maps
open, save, and print Network Maps.
•Importing Devices into the Network Map
instructions on importing devices into the Network Map.
•Exporting the Network Map
exporting the devices in a Network Map to a file.
- Instructions on how to create,
Introduction to Network Maps
The Network Map is the set of devices that can be viewed in
Avaya Network Management Console. The Network File provides a
method of storing information about the devices in a Network Map. You
can create a number of Network Maps and save each one to a separate
file. This can be useful in maintaining backups when major changes are
made to the Network Map. When changes are made to a Network Map,
they are saved in the map’s Network File.
- An introduction to Network
- Detailed
- Detailed instructions on
Devices can be imported into a Network Map from a text file. In
addition, you can export the Network Map for use with other
applications. For more information on exporting the current Network
Map, refer to “Exporting the Network Map” on page 60
Managing Network Maps
The following sections provide instructions for creating, opening, saving,
and printing
Avaya Network Management Console User Guide56
.
Network Maps.
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Creating a Network Map
To create a new Network Map:
1. Select
File > New > Map
. The Create New Map dialog box opens.
Figure 7-1. Create New Map Dialog Box
2. Enter a name for the file in the
3. Click
. A new Network Map is created.
OK
New map name
field.
4. Add subnets and devices to the Network Map using one of the
following methods:
— Discovery - For more information, refer to “Discovering
Subnets and Nodes” on page 75.
— Manual Entry - For more information, refer to “Manually
Adding Devices” on page 45.
— Importing - For more information, refer to “Importing
Devices into the Network Map” on page 59.
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Opening a Network Map
To open a Network Map:
Network Maps
1. Select
File > Open > Map
. The Open Map dialog box opens.
Figure 7-2. Open Map Dialog Box
2. Select a Network Map from the list.
. The selected Network Map opens.
3. Click
Open
Saving a Network Map to a Different Name
To save a Network Map to a different Name:
1. Select
File > Save As
. The Save Map As dialog box opens.
Figure 7-3. Save Map As Dialog Box
2. Enter a name for the file in the
3. Click
Save As
. The Network Map is saved.
Map Name
field.
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Printing a Network Map
To print a Network Map, select
File > Print
. The Network Map is printed.
Importing Devices into the Network Map
Devices can be imported from a text file into the Network Map. The
information for each device must be on a single line, with the various
information fields for the device separated by commas. This file is
referred to as a Comma Separated Value (CSV) file.
The following is an example of rows in a CSV file:
* Note: The information fields of the CSV file will be different
depending on whether SNMP V1 or V3 is active.
For information on the structure of CSV files of devices to import to a
Network Map, refer to “CSV File Structure” on page 60
.
To import devices from a CSV file into the current Network Map:
1. Select
File > Import
. A standard file browser opens.
2. Browse to the CSV file.
. The devices in the CSV file are imported into the
3. Click
Open
current Network Map.
If a device listed in the file has the same IP address as a device already
existing in the Network Map, the device details in the CSV file overwrite
those in the Network Map. If a syntax error exists in the CSV file, the
import stops after it has processed all the devices listed before the error.
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Exporting the Network Map
The current Network Map can be exported to CSV files for use with
applications, such as Microsoft Excel. For information on the structure of
CSV files of exported Network Maps, refer to “CSV File Structure” on
page 60.
To export devices from the current Network Map to a CSV file:
Network Maps
1. Select
2. Browse to the directory to which you want to save the file.
3. Enter a name for the CSV file in the
4. Click
CSV File Structure
The structure of the information in the CSV file is described in the
following table.
FieldDescription
Device Type
SysOId
IP AddressThe IP address of the device.
File > Export > Map
. The current Network Map is exported to the specified
Save
CSV file.
Table 7-1. CSV Network File Syntax
. A standard file browser opens.
Name
field.
The SysOId that defines the type of device.
* Note: For IP Devices that do not use
SNMP, this field is empty.
IP Subnet MaskThe IP subnet mask.
Agent MAC
Address
NameThe name or best name of the device.
Read
Community
Write
Community
UserA user name as defined in the User
Avaya Network Management Console User Guide60
The MAC address of the agent.
The read community of the device. Only
applicable for SNMP protocol V1.
The write community of the device. Only
applicable for SNMP protocol V1.
Administration. Only applicable for SNMP
protocol V3.
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Table 7-1. CSV Network File Syntax (Continued)
FieldDescription
RetriesThe number of times an application will
poll the device without receiving a
response before timing out.
TimeoutsThe number of milliseconds an application
will poll the device without receiving a
response before timing out.
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8
Introduction to the
Discovery Window
This chapter provides an introduction to the Discovery window. It
includes the following sections:
•Opening the Discovery Window
open the Discovery window.
•The Discovery User Interface
window.
•Closing the Discovery Window
the Discovery window.
- A description of the Discovery
Opening the Discovery Window
To open the Discovery window:
Click .
Or
. The Discovery window opens.
Discovery
Menu Bar
Select
Actions > Discovery
Figure 8-1. Discovery Window
- Instructions on how to
- Instructions on how to close
Discovery
Toolbar
Subnets
Table
Discovery
Log Area
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Discovery
Dialog Area
Discovery
Status Bar
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The Discovery User Interface
The Discovery user interface consists of the following elements:
•Discovery Menu Bar - Menus for accessing Discovery functions.
For more information on Discovery menus, refer to Appendix A,
Network Management Menus.
•Discovery Toolbar
functions.
•Subnets Table
and discovered subnets.
•Discovery Dialog Area
boxes open.
•Discovery Log Area
Log opens.
•Discovery Status Bar
Discovery session.
- Toolbar buttons for accessing Discovery
- A table of subnets listed in the Network View
- A resizeable window where the Discovery
- A resizeable window where all dialog
- Displays information about the current
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Discovery Toolbar
The table below describes the buttons on the Discovery Toolbar and gives
the equivalent menu options.
ButtonDescriptionMenu Item
Introduction to the Discovery Window
Table 8-1. Discovery Toolbar
Saves the current Discovery
settings.
Opens the Discovery Options dialog
box.
Starts a Discovery based on the
default routers of the management
station and the contents and
settings of the Subnet Table.
Stops a Discovery process.
Adds a subnet to the Subnet Table.
Opens the Modify Subnet dialog
box.
Deletes the selected subnet from
the Subnet Table.
Checks the
Discover
field for the
selected subnet.
File > Save As
File > Options
Actions > Discover
Actions > Stop
Network Discovery
Edit > Add
Edit > Modify
Edit > Delete
Edit > Select
Unchecks the
Discover
field for the
Edit > Unselect
selected subnet.
Opens the Discovery Log.
Opens context-sensitive help.
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View > Discovery Log
Help > Help On
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Subnets Table
The Subnets Table contains a list of subnets from the following sources:
•The current Network Map.
•Subnets added to the Subnets Table manually by the user.
•Subnets found in a Discovery.
The following table provides a list of the fields in the Subnets Table and
provides an explanation of each field.
Table 8-2. Subnets Table Fields
Field NameDescription
SubnetThe IP address of the subnet.
MaskThe subnet mask.
RouterThe IP address of the subnet’s router.
StatusThe status of Discovery on this subnet. Possible
statuses are:
• Stop - The Discovery was stopped by the user.
• In progress - Discovery on this subnet is
currently in progress.
• Done - Discovery on this subnet has been
completed.
DiscoverA checkbox determining whether or not Discovery
should search for nodes on the subnet.
• Checked: Discovery will search for nodes on this
subnet.
• Unchecked: Discovery will not search for nodes
on this subnet.
NodesThe numbers of nodes discovered in the subnet.
To sort the Subnet Table by one of the fields, click the field’s column
header. To reverse the sort order, click the column header again.
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Discovery Dialog Area
The area at the right of the Subnets Table is where all dialog boxes open.
This area can be resized by dragging the vertical splitter bar with the
mouse. When a dialog box opens, it replaces the current dialog box open
in the Dialog Area. When no dialog box is open, the Dialog Area
disappears and the Subnets Table expands to take its place.
Discovery Log Area
The area under the Subnets Table is where the Discovery Log opens. This
area can be resized by dragging the horizontal splitter bar with the
mouse. When the Discovery Log is closed, the Log Area disappears and
the Subnets Table expands to take its place.
Discovery Status Bar
Introduction to the Discovery Window
The Discovery Status Bar provides information about the current
Discovery including:
•Current Discovery Phase - The phase of the current Discovery.
Possible phases are:
— Ready - There is no Discovery in progress.
— Discovering Devices - Discovery is searching for subnets
and routers.
•Devices - The total number of devices found in the current
Discovery.
•Entries in the Log - If there are entries in the Discovery Log, the
’ appears in the Status Bar. For information on viewing
letter ‘
the Discovery Log, refer to “Using the Discovery Log” on page 82
•Changes Found - If Discovery found subnets and/or nodes that
are not in the current Network File, the letter ‘
Status Bar.
L
Closing the Discovery Window
’ appears in the
D
.
To close the Discovery window, select
closes.
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File > Exit
. The Discovery window
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9
Discovering Your Network
This chapter provides detailed instructions on how to use
Avaya Network Management Console’s Discovery feature. It includes the
following sections:
•Setting Discovery Options
Discovery options.
•Discovering Subnets and Nodes
discover the subnets and devices in your network.
•Using the Discovery Log
the Discovery Log and instructions on how to handle problems
accessing routers, save the Discovery Log, and delete log entries.
•Manually Discovering System View
discover the VoIP devices in your network.
•Using the System View Log
System View Log.
* Note: All toolbar buttons and menu items referred to in this
chapter are in the Discovery Window.
Setting Discovery Options
The Discovery Options dialog box allows you to configure Discovery
options. Using the Discovery Options dialog box, you can configure the
method and range of Discovery, the method Discovery uses for selecting
names for discovered nodes, and the types of nodes Discovery will find.
The following topics are discussed in this section:
- Instructions on how to set
- Instructions on how to
- A description of the information in
- Instructions on how to
- Instructions on how to open the
•Configuring Discovery Method and Range
•Configuring Discovery’s Naming Method
•Selecting Device Types to Discover
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To configure Discovery options:
Click in the Discovery toolbar.
Or
Discovering Your Network
Select
File > Options
in the Discovery menu bar. The Discovery
Options dialog box opens.
Configuring Discovery Method and Range
To configure the method and range of Discovery:
1. Click the
IP Discovery
dialog box. The IP Discovery page of the Discovery Options dialog
box appears.
Figure 9-1. IP Discovery Options Dialog Box
tab at the top of the Discovery Options
2. Configure the IP Discovery options.
3. Click
Avaya Network Management Console User Guide68
. IP Discovery Options are configured.
Apply
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The following table provides a list of the fields in the IP Discovery page of
the Discovery Options dialog box.
Table 9-1. IP Discovery Options
Field NameDescription
Default gateway
for the CVS host
Maximum
subnet size to
ping
The IP address of the default gateway used
for Discovery. By default, this is the
Gateway IP Address for the Network
Management management station.
The mask applied to the subnet address to
determine the number of IP addresses in
the subnet. Possible values are:
Disable Ping
•
(Ping is not used to
discover devices.)
•
255.255.255.252
•
255.255.255.248
•
255.255.255.240
•
255.255.255.224
•
255.255.255.192
•
255.255.255.128
•
255.255.255.0
•
255.255.254.0
•
255.255.252.0
(2 hosts)
(6 hosts)
(14 hosts)
(30 hosts)
(62 hosts)
(126 hosts)
(254 hosts)
(510 hosts)
(1022 hosts)
•
255.255.248.0
•
255.255.240.0
•
255.255.224.0
•
255.255.192.0
•
255.255.128.0
•
255.255.0.0
(2046 hosts)
(4094 hosts)
(8190 hosts)
(16382 hosts)
(32766 hosts)
(65534 hosts)
* Note: The larger the maximum
number of IP addresses per
subnet the longer it will take
for Discovery to finish.
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Configuring Discovery’s Naming Method
To configure the method Discovery uses for selecting names for
discovered nodes:
Discovering Your Network
1. Click the
Names Discovery
tab at the top of the Discovery Options
dialog box. The Names Discovery page of the Discovery Options
dialog box appears.
Figure 9-2. Names Discovery Options Dialog Box
2. Configure the Names Discovery options.
. Names Discovery Options are configured.
3. Click
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Apply
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The following table provides a list of the fields in the Names Discovery
page of the Discovery Options dialog box.
Table 9-2. Names Discovery Options
Field NameDescription
Update names
for existing
entries
This determines whether Discovery
updates the names for nodes already listed
in the Network Map. Possible states are:
• Update - Discovery updates the
names of all discovered nodes. User
defined names will be replaced by
the best name discovered.
• Don’t Update - The names of
existing entries to the Network Map
will not be replaced.
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Table 9-2. Names Discovery Options (Continued)
Field NameDescription
Discovering Your Network
Select best name
sequence
This determines the order Discovery uses
to define names for discovered nodes.
Discovery can use the following sources to
determine the name of a node:
• IP - The IP address of the node.
• SNMP system name - The value
assigned to the device’s sysName
MIB.
• Name Service - The name assigned
to the node via a Name Service
application.
Possible orders are:
• IP - Discovery will use the IP address
of the node as its name.
• SNMP sysName > IP - If there is an
SNMP system name, Discovery will
use it as the node’s name. Otherwise,
Discovery will use the node’s IP
address.
• Name Service > SNMP sysName > IP - If there is a Name Service
defined name, Discovery will use it
as the node’s name. If there is no
Name Service defined name, but
there is an SNMP system name,
Discovery will use it as the node’s
name. Otherwise, Discovery will use
the node’s IP address.
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• SNMP sysName > Name Service
> IP - If there is an SNMP system
name, Discovery will use it as the
node’s name. If there is no SNMP
system name, but there is a Name
Service defined name, Discovery will
use it as the node’s name. Otherwise,
Discovery will use the node’s IP
address.
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Selecting Device Types to Discover
To configure the types of devices Discovery will find:
1. Click the
Discovered Types
tab at the top of the Discovery Options
dialog box. The Discovered Types page of the Discovery Options
dialog box appears.
Figure 9-3. Discovered Types Options Dialog Box
2. Configure the Discovered Types options.
. Discovered Types Options are configured.
3. Click
OK
The Discovered Types page of the Discovery Options dialog box has two
listboxes. Only devices in the
Discovery. Devices listed in the
Discovered Types
Undiscovered Types
listbox will be found by
listbox are ignored.
To add device types to the Discovered Types list:
1. Select a device type from the
Undiscovered Types
2. Click . The device type is moved to the
list.
Discovered Types
list.
To remove device types from the Discovered Types list:
1. Select a device type from the
Discovered Types
2. Click . The device type is removed from the
list.
Discovered Types
list.
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Using the Discovery Scheduler
The Discovery Scheduler can be used to set Network Discovery to run at
regular intervals and from specific start to end dates.
To schedule network discovery:
Discovering Your Network
1. Select
Actions > Schedule Network Discovery
menu bar. The Discovery Scheduler dialog box opens.
Figure 9-4. Discovery Scheduler Dialog Box
in the Discovery
2. Configure the Discovery Scheduler options.
3. Click
* Note: At different stages while Network Discovery is running,
Avaya Network Management Console User Guide74
. Discovery Scheduler parameters are configured.
Apply
certain operations of Network Management Console are
disabled.
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The following table provides a list of the fields in the Discovery
Scheduler dialog box.
Table 9-3. Discovery Scheduler
Field NameDescription
Enable SchedulerWhen checked, the Discovery Scheduler is
enabled.
Recurrence
Pattern
The frequency to run Network Discovery.
Possible values are:
•
- Select the hourly interval
Hour
between each discovery.
•
- Select the daily interval
Daily
between each discovery.
•
Weekly
- Select the weekly interval
between each discovery.
•
Monthly
- Select the monthly
interval between each discovery.
Start timeSelect the time to start the scheduled
discovery.
Range of
recurrence
Select the start date and end parameter
for the schedule. Possible end values are:
• No end date
• End after x occurrences - Enter
the number of times after which
Discovery Scheduler does not run
Network Discovery.
• End by - Enter the date after which
Discovery Scheduler does not run
Network Discovery.
Discovering Subnets and Nodes
The Discovery function can be used to discover all the subnets and nodes
in your network, or search for nodes on specific subnets.
For information on configuring Discovery Options, refer to “Setting
Discovery Options” on page 67.
Problems during Discovery are reported in the Discovery Log. For more
information, refer to “Using the Discovery Log” on page 82
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The following topics are discussed in this section:
•Discovering All Subnets and Nodes
•Discovering Nodes on Specific Subnets
•Manually Adding Subnets
•Modifying Subnets
•Subnet Parameters
•Deleting Subnets
Discovering All Subnets and Nodes
To discover all the subnets and nodes in your network:
Discovering Your Network
1. Select
Edit > Delete All
in the Discovery menu bar. A confirmation
dialog box opens.
2. Click
. All subnets in the Subnets Table are deleted.
OK
3. Click in the Discovery toolbar.
Or
Select
Actions > Discover
in the Discovery menu bar. The
Discovery process begins, and the Discovery Progress window
opens.
Figure 9-5. Discovery Progress Window
To stop the Discovery, click
opens. Click
. Discovery finishes adding the current node to
Yes
. A confirmation dialog box
Stop
the table and stops.
When the Discovery finishes, the Subnets Table will contain a list
of the subnets discovered in your network.
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4. Click in the Discovery toolbar.
Or
Select
File > Update Map
in the Discovery menu bar. The Network
Map is updated with the results of the Discovery and saved to its
corresponding Network File. After the Network Map is updated,
System View Discovery runs automatically and the Network Map
is updated with the System View tab.
Discovering Nodes on Specific Subnets
To select subnets upon which Discovery will search for nodes:
1. Check the
Discover
want to discover nodes.
Or
1. In the Subnets Table, select the subnets upon which you want to
discover nodes.
To select more than one subnet:
— Press SHIFT and select the last subnet in a contiguous
selection.
checkbox for each subnet upon which you
— Press CTRL and select additional subnets for a
non-contiguous selection.
2. Click in the Discovery toolbar.
Or
Select
Edit > Select
. The
checkbox for each selected subnet
Discover
is checked.
* Note: If the subnet you want to discover does not appear in the
Subnets Table, add it manually. For more information on
adding Subnets to the Subnets Table, refer to “Manually
Adding Subnets” on page 79.
To unselect subnets upon which Discovery will search for nodes:
1. Uncheck the
Discover
checkbox for each subnet upon which you
do not want to discover nodes.
Or
1. In the Subnets Table, select the subnets upon which you do not
want to discover nodes.
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Discovering Your Network
To unselect more than one subnet:
— Press SHIFT and select the last subnet in a contiguous
selection.
— Press CTRL and select additional subnets for a
non-contiguous selection.
2. Click in the Discovery toolbar.
Or
Select
Edit > Unselect
. The
checkbox for each unselected
Discover
subnet is unchecked.
To start Discovery on the subnets whose
Discover
checkbox is checked:
Click in the Discovery toolbar.
Or
Select
Actions > Discover
in the Discovery menu bar. The
Discovery process begins searching for nodes on the subnets
whose
Discover
checkbox is checked, and the Discovery Progress
window opens.
Figure 9-6. Discovery Progress Window
To stop the Discovery, click
. Discovery finishes adding the current node to the table and stops.
Yes
. A confirmation dialog box opens. Click
Stop
Discovery searches for nodes in the selected subnet. When the Discovery
finishes, it updates the Subnets Table with the information discovered.
To update the Network Map with the updated information:
Click in the Discovery toolbar.
Or
Select
Map is updated with the results of the Discovery and saved to its
corresponding Network File. After the Network Map is updated,
System View Discovery runs automatically and the Network Map
is updated with the System View tab.
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File > Update Map
in the Discovery menu bar. The Network
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Manually Adding Subnets
To manually add a subnet to the Subnets Table:
1. Click in the Discovery toolbar.
Or
Select
dialog box opens.
2. Enter the subnet parameters in the dialog box. For information on
the fields in the Add Subnet dialog box, refer to “Subnet
Parameters” on page 81.
3. Click
Edit > Add
Apply
in the Discovery menu bar. The Add Subnet
Figure 9-7. Add Subnet Dialog Box
. The subnet is added to the current Network Map.
4. Click in the Discovery toolbar.
Or
Select
Map is updated with the results of the Discovery and saved to its
corresponding Network File. After the Network Map is updated,
System View Discovery runs automatically and the Network Map
is updated with the System View tab.
File > Update Map
in the Discovery menu bar. The Network
Modifying Subnets
To modify a subnet in the current Network Map:
1. Select a subnet in the Subnets Table.
2. Click in the Discovery toolbar.
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Or
Double-click the selected subnet.
Or
Discovering Your Network
Select
Edit > Modify
in the Discovery menu bar. The Modify
Subnet dialog box opens.
Figure 9-8. Modify Subnet Dialog Box
3. Modify the parameters in the dialog box. For information on the
fields in the Add Subnet dialog box, refer to “Subnet Parameters”
on page 81.
4. Click
. The subnet is modified in the current Network View.
Apply
5. Click in the Discovery toolbar.
Or
Select
File > Update Map
in the Discovery menu bar. The Network
File is updated with the information in the Network Map. After
the Network Map is updated, System View Discovery runs
automatically and the Network Map is updated with the System
View tab.
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Subnet Parameters
The following table provides a list of the parameters in the Add Subnet
and Modify Subnet dialog boxes.
ParameterDescription
Subnet IPIP address of the subnet.
Mask IP/Router IPDetermines whether a subnet mask or a
Table 9-4. Subnet Parameters
specific router is used for the subnet.
• Subnet Mask - A subnet mask is
used for the subnet. You must enter
a valid subnet mask in the
Mask
field. The
Router
ignored.
• Router - The subnet’s router is
used for the subnet. You must enter
the router’s IP address in the
field. The
IP Subnet Mask
ignored.
IP Subnet
field is
Router
field is
IP Subnet MaskThe IP subnet mask.
RouterThe IP address of the subnet’s router.
Discover NodesDetermines whether Discovery will
search for nodes on the subnet. If
checked, Discovery will search for nodes
on the subnet. If unchecked, Discovery
will not search for nodes on the subnet.
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Deleting Subnets
To delete a subnet from the Subnets Table:
1. Select a subnet in the Subnets Table.
2. Click in the Discovery toolbar.
Discovering Your Network
— To select multiple subnets, press CTRL while selecting
additional subnets.
Or
Select
dialog box opens.
3. Click
Table.
Edit > Delete
. The selected subnets are deleted from the Subnets
Yes
Using the Discovery Log
The progress of the Discovery process is reported in the Discovery Log. If
the Discovery Log contains entries, an “
the Discovery window. Error entries are bold in the Discovery Log.
To view the Discovery Log:
Click in the Discovery toolbar.
Or
Select
Discovery Log opens under the Subnets Table.
View > Log Report
in the Discovery menu bar. A confirmation
” appears in the Status Bar of
L
in the Discovery menu bar. The
The Discovery Log enables performing the following actions:
•Configuring Router Access Parameters
•Saving the Discovery Log
•Deleting Log Entries
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Figure 9-9. Discovery Log
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•Clearing the Discovery Log
Configuring Router Access Parameters
You can configure the SNMP parameters for a router that Discovery
could not access. This may allow Discovery to search the router’s subnets
for nodes. To view router access parameters, click the router’s access
error message in the Discovery Log. The Router Access Configuration
dialog box opens.
The dialog box contains the router access error message and the current
router access configuration parameters. The following table provides a
list of the parameters in the Router Access Configuration dialog box and
their descriptions.
Table 9-5. Router Access Configuration Parameters
Field NameDescription
SNMPThe SNMP protocol. Possible SNMP
protocols are:
• Snmp V1
• Snmp V3
Read communityThe read community of the router. Only
applicable for SNMP protocol V1.
Write
community
The write community of the router. Only
applicable for SNMP protocol V1.
UserA user name as defined in the User
Administration. Only applicable for SNMP
protocol V3.
To change the router access configuration and retry discovering nodes on
the subnet:
1. Change some of the router access configuration parameters.
2. Click
Discovery will try to find nodes on the subnet.
. The router access configuration is changed, and
OK
Saving the Discovery Log
To save the Discovery Log to a file:
1. Click next to the Discovery Log. The Save As dialog box opens.
2. Enter a filename, and browse to the directory in which to save the
file.
. The Discovery Log is saved to the specified file.
3. Click
Save
The amount of time (in milliseconds)
Discovery will ping the router with no
response before timing out.
Deleting Log Entries
To delete an entry from the Discovery Log:
1. Select an entry.
— To select multiple entry, press CTRL while clicking on
additional entries.
2. Click next to the Discovery Log. The selected entries are
deleted from the Discovery Log.
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Clearing the Discovery Log
To clear all entries from the Discovery Log:
1. Click next to the Discovery Log.
2. Confirm your selection. The Discovery Log is cleared.
Manually Discovering System View
To manually discover the System View:
Select
System View Discovery is performed and the Network Map is
updated.
Actions> System View Discovery
Using the System View Log
The progress of the most recent System View Discovery process is
reported in the System View Log.
To view the System View Log, select
Console menu bar. The System View Log opens in Notepad.
in the Console menu bar.
View > System View Log
in the
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10
Introduction to the Event
Manager
This chapter provides a detailed description of the Event Manager, and
includes the following sections:
•Event Manager Overview
Manager.
•Viewing the Event Manager
view the Event Manager.
•The Event Manager User Interface
Event Log Browser, Event Configuration window, and Action List
window.
•Closing the Event Manager
Event Manager.
Event Manager Overview
Device agents send SNMP traps to Avaya Network Management Server.
These are received by the Event Manager. The Event Manager can be
viewed using Avaya Network Management Console. The Event Log
Browser window of the Event Manager provides a list of traps in a table.
Each row contains information about a single trap.
* Note: To receive device traps in Event Manager, include
Avaya Network Management Server on the list of each
device’s trap managers. For information on configuring
Avaya Network Management Server as a trap manager, refer
to the device’s User Guide or on-line help.
- An overview of the Event
- Detailed instructions on how to
- A description of the
- Instructions on how to close the
In addition, the Event Manager can notify multiple management hosts
of network events. It can also open a pop-up message, play of a sound
file, or send an e-mail to notify managers of important network events.
In addition, you can configure a network event to trigger a pre-defined
script. The Event Configuration window of the Event Manager provides
a method for defining actions and assigning actions to specific traps.
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Viewing the Event Manager
To view the Event Manager:
Click .
Or
Select
showing the Event Log Browser.
Actions > Event Manager
. The Event Manager opens
The Event Manager User Interface
The Event Manager consists of three windows, whose user interfaces are
described in this section:
•The Event Log Browser User Interface
•The Event Configuration User Interface
•The Action List User Interface
Use the Tabs at the top of the Event Manager for switching between the
Event Log Browser and Event Configuration windows. The Action List
window can only be reached from the Event Configuration window.
The Event Log Browser User Interface
The Event Log Browser user interface consists of the following elements:
•Event Manager Tabs - Tabs for switching between the Event
Log Browser and the Event Configuration window.
•Menu Bar - Menus for accessing Event Log Browser functions.
For more information on Event Log Browser menus, refer to
Appendix A,
•Event Log Browser Toolbar - Toolbar buttons for accessing
Event Log Browser functions.
•The Trap Table
appears.
•Status Line
the Event Log Browser.
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Network Management Menus.
- An area where a table of traps in the log
- Displays information about the number of traps in
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Introduction to the Event Manager
Figure 10-1. Event Log Browser User Interface
Event Log
Browser
Toolb ar
The table below describes the buttons on the Event Log Browser Toolbar
and gives the equivalent menu options.
Table 10-1. Event Log Browser Toolbar
ButtonDescriptionMenu Item
Deletes the selected
Edit > Delete
traps.
Marks the selected traps
Edit > Acknowledge
as acknowledged.
Marks the selected traps
Edit > UnAcknowledge
as unacknowledged.
Highlights the selected
Edit > Modify Event
trap in the tree in the
Event Configuration
User Interface.
Filters the traps viewed
View > Filter
in the Trap Table.
Opens context-sensitive
Help > Help On
help.
When you place the cursor on a toolbar button for one second, a label
appears with the name of the button.
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Chapter 10
The Trap
Table
By default, the Trap Table lists the traps sent to Avaya Network
Management Server in the order in which they were sent. The
information displayed in the Trap Table in the However, you can sort the
Trap Table by any of its fields. To sort the Trap Table by one of its fields,
click the field’s column header. To reverse the sort order, click the
column header again.
You can configure the information in the Trap Table using the Assign
Action Form Area in the Event Configuration Window User Interface,
refer to “Assign Action Form Area” on page 92
.
* Note: The Trap Table can hold up to 10,000 traps.
The following table provides a list of the fields in the Trap Table and an
explanation of each field.
Table 10-2. Trap Table Fields
FieldDescription
SeverityAn icon representing the severity of the trap:
• - Info
• - Warning
• - Minor
• - Major
• - Critical
Ack
(Acknowledged)
This column shows a checkmark if a trap has
been acknowledged.
IP AddressThe IP address of the sender of the trap.
NameThe best name of the sender of the trap.
StartThe time the trap was sent.
TypeThe type of device from which the trap was
sent.
CategoryThe category of the event.
DescriptionA description of the trap. The information
displayed in this field is configured in the
Assign Action Form Area of the Event
Configuration User Interface. For more
information, refer to “Assign Action Form
Area” on page 92.
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Introduction to the Event Manager
To locate the device from which an event was sent, double-click the
event in the Trap table and the device will be highlighted in the SNMP
Console tree.
Status Line
The Event Log Browser’s Status Line displays the number of traps in the
Event Log Browser. This number includes traps that are not currently
displayed in the Trap Table. In addition, the Status Line displays the
current filtering options.
The Event Configuration User Interface
The Event Configuration user interface consists of the following
elements:
•Event Manager Tabs - Tabs for switching between the Event
Log Browser and the Event Configuration window.
•Menu Bar - Menus for accessing Event Configuration functions.
For more information on Event Configuration menus, refer to
•The Event Table
network events and their configured responses.
Network Management Menus.
- Toolbar buttons for accessing Event
- A collapsible table providing a list of trappable
•Assign Action Form Area
dialog boxes:
— Assign Action Form
— Event Configuration Form
events in the Event Log Browser.
- used to assign actions to specific events.
- An area that contains the following
- used to configure the display of
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Chapter 10
Figure 10-2. Event Configuration User Interface
Event
Configuration
Toolb ar
The Event
Table
The table below describes the buttons on the Event Configuration
toolbar and gives the equivalent menu options.
Table 10-3. Event Configuration Toolbar
ButtonDescriptionMenu Item
Opens the Modify Trap
dialog box for the
selected network event.
Opens the Action List
window.
Opens the Event
Forwarding dialog box.
Opens context-sensitive
help.
When you place the cursor on a toolbar button for one second, a label
appears with the name of the button.
The Event Table lists network events in a collapsible tree. Each event
category can be expanded or collapsed by clicking the handle next to the
category. The following table provides a list of the fields in the Event
Table and an explanation of each field.
Edit > Modify Event
Tools > Action List
Tools > Event Forwarding
Help > Help On
Field Description
NameThe name of the event or event category.
91Avaya Network Management Console User Guide
Table 10-4. Event Table Fields
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