Ericsson SOM Operator Guide

Operator Guide ServiceOn Microwave Element Manager User Guide Copyright © Ericsson AB 2007 – All Rights Reserved

Disclaimer No part may be reproduced, disclosed or used except as authorised by contract or other written permission. The copyright and the foregoing restriction on reproduction and use extend to all media in which the information may be embodied. The information in this work is the property of Ericsson Limited. Except as specifically authorised in writing by Ericsson Limited, the receiver of this work shall keep the information contained herein confidential and shall protect the same in whole or in part from disclosure and dissemination to third parties. Disclosure and disseminations to the receiver's employees shall only be made on a strict need to know basis. The information in this work is subject to change without notice and Ericsson Limited assumes no responsibility for factual inaccuracies or typographical errors. Ericsson Limited has used all reasonable endeavours to make sure that the information contained in this work is accurate at the release date but reserves the right to make changes, in good faith, to such information from time to time.

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HP-UX

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Sun Microsystems, Inc.

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All trademarks are properties of their respective owners

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ServiceOn Microwave Element Manager - Operator Guide 0BGeneral Information

Document History Issue Record

4

Code

Date

System Release

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03-07

R8

2/1553-AOM 901 015/3 Uen E

07-07

R8 SP1

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Reason for Updating 2/1553-AOM 901 015/3 Uen E •

First Issue

Reason for Updating 2/1553-AOM 901 015/3 Uen E

2/1553-AOM 901 015/3 Uen E

•

Updated Trademark List

•

Added Free Open Source Products List

•

Added ETU 155 Equipment Viewer

•

Modified PM Viewer

5

ServiceOn Microwave Element Manager - Operator Guide Contents

Contents

6

1

General Information

11

1.1 1.1.1 1.1.2 1.1.3

Introduction Applicability Conventions Used in this Handbook Contents of the Operator Guide

12 12 12 12

1.2 1.2.1

Element Manager Overview The Element Manager Within a Network

15 15

1.3 1.3.1

License Management Checking the License

17 17

2

Graphical Environment

18

2.1 2.1.1 2.1.2 2.1.3 2.1.3.1 2.1.3.2 2.1.3.3 2.1.3.4 2.1.3.5 2.1.4 2.1.5

User Interface Starting the SOM User Console SOM Clients Installation Windows usage Dialog Windows Drop-down Menus Pop-up Menus Mnemonics or Key-accelerators Messages Node Name Configuration On-line Help

19 19 20 21 22 24 26 26 26 27 28

2.2 2.2.1 2.2.1.1 2.2.2 2.2.3 2.2.4 2.2.4.1 2.2.4.2 2.2.4.3 2.2.4.4

Element Manager GUI Overview Element Manager Environment Desktop Area Characteristics Working Area Configuration Node Icon Structure Node Icon Colour Colours of The Network Element Icons Alarm Acknowledgement State Alarm OffHousekeeping Colours of The Subnetwork Icons

29 29 30 31 32 34 35 36 36 37

2.3 2.3.1 2.3.1.1 2.3.2 2.3.2.1 2.3.2.2 2.3.2.3 2.3.2.4 2.3.2.5 2.3.2.6 2.3.2.7 2.3.3

Element Manager GUI Bar Structure Element Manager GUI Menu Bar Mnemonics, Key Accelerators and Ellipsis Element Manager GUI Tool Bar File Buttons Edit Buttons Communication Buttons Configuration Buttons Fault Buttons System Buttons Help Button Element Manager GUI Status Bar

38 38 41 42 43 43 44 44 45 45 45 45

2.4 2.4.1 2.4.2

Desktop Area Subnetwork Multiple View Multiple View Management

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2.4.3 2.4.4

Moving the Background Point and Click Management on the Drawing Window

49 50

2.5 2.5.1 2.5.2 2.5.3 2.5.4

Tree View Area Tree View Management Full Nesting Level Topology Tree Keyboard Operations Point and Click Management on the Tree View Area

53 53 54 54 56

2.6 2.6.1 2.6.1.1 2.6.2 2.6.2.1

Events and Commands Table Area Event Table Management Point and Click Management on the Event Table Area Command Table Management Point and Click Management on the Command Table Area

59 59 60 60

2.7 2.7.1 2.7.2 2.7.3 2.7.4 2.7.5

Element Manager GUI Messages Message Structure Warning Message Error Message Question Message Information Message

62 62 62 63 63 63

3

Element Management User Interface

64

3.1 3.1.1 3.1.2 3.1.3 3.1.4 3.1.5

File Export Page Setup Print Preview Print Exit

65 65 66 67 67 68

3.2 3.2.1 3.2.1.1 3.2.1.2 3.2.1.3 3.2.1.4 3.2.1.5 3.2.1.6 3.2.1.7 3.2.1.8 3.2.1.9 3.2.2 3.2.2.1 3.2.2.2 3.2.2.3 3.2.2.4 3.2.2.5 3.2.2.6 3.2.2.7 3.2.3 3.2.3.1 3.2.3.2 3.2.3.3 3.2.3.4

Configuration Inventory Management Startup Inventory Viewer Inventory Viewer Inventory Data Inventory Data Filter Inventory Data Differences Inventory Data Refresh Inventory Find Object Print/Save Inventory Data Report Quit Inventory Viewer Configuration Management Startup Configuration Data Viewer Configuration Data Viewer Configuration Data Configuration Data Differences Configuration Data Refresh Configuration Find Object Print/Save Configuration Data Report Inventory Log Startup Inventory Log Inventory Log File Menu Inventory Log Edit Menu Inventory Log View Menu

61

69 69 69 70 72 74 76 77 77 78 78 79 79 79 83 104 105 105 105 109 110 112 113 114 7


8

3.2.3.5 3.2.4 3.2.4.1

Inventory Log Data refresh Jobs View Jobs

115 116 116

3.3 3.3.1 3.3.2 3.3.2.1 3.3.2.2 3.3.3 3.3.3.1 3.3.3.2 3.3.3.3 3.3.3.4 3.3.3.5 3.3.3.6 3.3.3.7 3.3.3.8 3.3.4 3.3.4.1

Fault Active Alarms The Alarm and Event History Archive The Alarms History Management The Event History Management Real Time Alarm Monitor Network Element Events Alarm Acknowledgement Alarm Deleting Alarm Trouble Ticketing Displaying Alarm Details Managing the RTM Counters Filtering the Alarms Configuring the Real Time Monitoring Window Realign Alarms Automatic Synchronization of Alarms

118 118 120 120 121 122 125 126 127 128 128 129 130 132 134 135

3.4 3.4.1 3.4.2 3.4.3 3.4.3.1 3.4.3.2 3.4.3.3 3.4.3.4 3.4.3.5 3.4.3.6 3.4.4 3.4.4.1 3.4.4.2 3.4.4.3 3.4.4.4 3.4.5 3.4.5.1 3.4.5.2 3.4.5.3 3.4.6 3.4.7 3.4.7.1 3.4.7.2 3.4.7.3 3.4.7.4 3.4.7.5 3.4.7.6 3.4.7.7 3.4.8 3.4.8.1 3.4.8.2 3.4.8.3

Performance Monitoring PM Viewer application PM Viewer Launch PM Viewer-Select page NE Type NE Instance Standard Object Type Object Instance Counters PM Viewer-Filter page Time Filter View Filter Max Paging Items Chart Setup PM Viewer-Viewer page Network Element Object Time View Data Tab PM Viewer-Chart page PM Export Launch Destination PM Data Source Schedule Run Once Ok Apply Cancel Performance Jobs View Performance Jobs Schedule Performance Jobs Starting and Stopping Performance Jobs

137 137 137 137 138 139 139 141 141 142 146 146 147 149 151 154 155 156 156 157 157 158 159 160 162 162 163 163 164 164 165 167 2/1553-AOM 901 015/3 Uen E


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3.5 3.5.1 3.5.1.1 3.5.1.2 3.5.1.3 3.5.1.4 3.5.1.5 3.5.1.6

Plugin Services MINI-LINK Equipment Viewer MINI-LINK TN Equipment Viewer Quit ML-TN Equipment Viewer ML-HC Equipment Viewer Quit ML-HC Equipment Viewer ETU Equipment Viewer Quit ETU 155 Equipment Viewer

169 169 169 180 180 187 188 192

3.6 3.6.1 3.6.2 3.6.3 3.6.4 3.6.5 3.6.6

Windows Tile Cascade All Minimize All Close All Scroll Forward All Scroll Backward All

194 194 194 194 194 194 195

3.7 3.7.1 3.7.2 3.7.2.1 3.7.3

Help Index Licenses Details License Status About SOM

196 196 196 197 197

4

Common References

199

4.1 4.1.1 4.1.1.1 4.1.1.2 4.1.1.3 4.1.1.4 4.1.1.5 4.1.1.6 4.1.1.7 4.1.1.8 4.1.1.9 4.1.1.10 4.1.1.11 4.1.1.12 4.1.1.13 4.1.1.14 4.1.1.15 4.1.1.16 4.1.1.17 4.1.1.18 4.1.1.19 4.1.2 4.1.2.1 4.1.2.2 4.1.2.3 4.1.2.4 4.1.2.5 4.1.2.6 4.1.2.7

Meaning of the Fields Performance Values BBE BBER CSES EFS ES ESR FEBBE FEES FESES OFS PJE PJC PSC PSD SES SESR SUE TUE UAS Performance Entity Types MS MSA PDH Near End PS RS TC-VCn TUPJ-VCn

200 200 200 200 200 200 200 200 201 201 201 201 201 201 201 201 201 201 202 202 202 202 202 202 202 202 202 202 202 9


10

4.1.2.8 4.1.2.9 4.1.2.10 4.1.2.11

VC12 VC2 VC3 VC4

203 203 203 203

4.2

Abbreviations

204

5

Appendix

207

5.1 5.1.1 5.1.2

Free Open Source Products Projects copyrighted by The Apache Software Foundation Projects copyrighted by Free Software Foundation

207 209 210

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1

General Information This section describes the symbols and conventions used within the Element Manager software handbook and a product overview. This section deals with the following topics:

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•

Introduction

•

Element Manager Overview

•

License Management

11


1.1

Introduction Presents a set of editing conventions used within the Element Manager Handbook and a section, which explains the contents structure of the handbook itself.

See Also: General Information, Element Manager Overview 1.1.1

Applicability This Handbook applies to R8 SP1of ServiceOn Microwave.

1.1.2

Conventions Used in this Handbook A number (1.) followed by text indicates an action that must be performed by the Operator; for example: 1.

Select option PRINT It indicates that you have to select the option PRINT on the menu displayed. If a reference to other topics of the Handbook is necessary, the following convention is used:

SeeAlso: If the reference is to a topic described in other manuals or descriptions, the following convention is used: Refer to: When an advice is given to the user, a Yellow NOTICE text section is present as follows: NOTICE

Advice. When the user is told to mandatory do some action, a Green ALERT text section is present as follows:

ALERT

Do this. When the user is told to mandatory not to do some action, a Red ALERT text section is present as follows:

ALERT

Do not do this.

See Also: Introduction 1.1.3

Contents of the Operator Guide The EM Handbook is a reference to the program features. It describes in details how to accomplish specific tasks. Section 1 General Information It contains three chapters:

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Introduction describes the content of the Handbook and the conventions used within Element Manager Overview a short Element Manager presentation about main product functions License Management describes the how the EM features and performance depend on the type of license installed. Section 2 Graphical Environment It contains seven chapters: User Interface contains the basic information about the graphic environment Element Manager GUI Overview describes the EM window components and the meaning of the Subnetwork and Network Element icons Element Manager GUI Bar Structure describes the three bars present in the EM main window (menu bar, tool bar and status bar) Desktop Area describes the open space used to manage the topological view of the network and to retrieve data about the Network Elements Tree View Area describes the view, which represents the hierarchic structure of the Network Event and Command Table Area describes the event/command real time monitor window Element Manager GUI Messages describes all the possible kinds of messages of the EM application Section 3 Element Management User Interface It contains seven chapters: File describes how to print and to export EM reports Edit describes the way to create and add new NEs and Subnetworks to the managed Network Configuration describes the EM towards NEs time/data alignment, the NE data retrieving and the NE backup/restore Fault describes how to manage and realign the NE alarms and events Performance describes how to centralise the management of the quality data gathered from the NEs Windows describes how to manage the windows within the Desktop Area Help describes the Help Index window and the License Viewer

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Section 4 Common References It contains two chapters: Meaning of the Fields A list (alphabetical) of the fields displayed the EM windows Abbreviations is a list of the most frequently used acronyms in this handbook See Also: Introduction

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1.2

Element Manager Overview The ServiceOn Microwave Element Manager (EM) provides element management functionality, as described in the international standards (ITU-T M.3010).

See Also: General Information, Introduction The EM consists of: • One or more commercial hardware platforms that can be supplied by Ericsson sized on the basis of the dimension and type of the network to be managed. •

Ericsson software applications, which run on these commercial platforms and composed of a modular structure to meet the management requirements for networks of various size and configuration.

The EM is designed for integration with upper level network manager services provided by ServiceOn products. In order to provide a complete range of Core element and network management functions, EM Core can also be provided with software interfaces for the integration with other systems. 1.2.1

The Element Manager Within a Network ServiceOn Microwave EM is the Ericsson common platform to provide integrated and flexible management of digital telecommunication SDH/WDM/xDSL networks. The EM framework is based on common parts (Core) supporting element and network management functions and additional software packages (Plug-ins) to manage network elements (NEs) and valueadded services. The Core and its components are aimed to provide a cost effective management solution for Ericsson NEs and to allow their integration in customer management environment. ServiceOn Microwave EM is the Ericsson EM for the PDH, SDH and Ethernet on Microwave networks. It allows all the following operations. Operations towards the NEs:

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•

Fault Management

•

Performance Management 15


•

Configuration Management

•

Inventory Management

•

Configuration Data Management

•

NE Backup/Restore Management

•

Security Management

•

System Administration

•

Auto Discovery

•

Central Logging

•

Cold Standby Support

This handbook describes all the above-mentioned functionalities and provides the EM operator with knowledge to manage Network Elements from the EM. Furthermore the second section shows maintenance and customisation features of the system. See Also: Element Manager Overview

16

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1.3

License Management The availability of the products/features, to make the ServiceOn Microwave applications run, must be delivered under specific license.

1.3.1

Checking the License The state of the installed licenses is continuously monitored by the application and summarized in a License Details facility, which is available within the Help Menu.

In case a license expires or a capacity is exceeded a warning banner is added to the SOM Main Map to warn the User about the limitation.

A pushbutton is provided in the banner to get details about the license state. This push button also runs the License Details facility See Also: Licenses Details

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ServiceOn Microwave Element Manager - Operator Guide 1BGraphical Environment

2

Graphical Environment This section describes the main graphical HP-UX environment and the structure of its windows; moreover the graphical architecture of the Element Manager GUI is described. This section deals with the following topics:

18

•

User Interface

•

Element Manager GUI Overview

•

Element Manager GUI Bar Structure

•

Desktop Area

•

Tree View Area

•

Event and Commands Table Area

•

Element Manager GUI Messages

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2.1

User Interface Describes the window graphical environment and the graphical characteristics of the Element Manager application windows themselves.

See Also: Graphical Environment, Element Manager GUI Overview, Element Manager GUI Bar Structure, Desktop Area, Tree View Area, Events and Commands Table Area, Element Manager GUI Messages 2.1.1

Starting the SOM User Console The ServiceOn Microwave Element Manager Java GUI runs on PC with the following minimum requirements: •

Microsoft Windows XP

•

Java Runtime Environment R.1.5

•

At least 1Gb RAM

To start the SOM console: 2.

From the local PC open the standard Internet Browser

3.

Type in the Address Bar the location of the server where SOM is installed followed by the TCP/IP socket port (30305) http://somdsp:30305

NOTICE

In this example “somdsp” is the hostname of the server. 4.

From the SOM USer Console press the Login button to run the Element Manager GUI

See Also: Element Manager GUI Overview Refer to: SOM Installation Guide

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See Also: User Interface 2.1.2

SOM Clients Installation The first time a User logs into ServiceOn Microwave, the installation of the following Client applications can be necessary to correctly run the SOM on the local PC. •

LCT Traffic Node

•

ServiceOn Ghost

•

MINI LINK-E Adapter Server

•

ServiceOn Microwave Client

The installation page is accessed by the Installation link in the Welcome web page.

20

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To get more details on the Installation and Platform requirements, Refer to: Installation Guide – ServiceOn Microwave Element Manager 2.1.3

Windows usage Each window in the desktop displays an operation (for example EM Main Menu). A pull-down menu is available in every window by clicking with the left- mouse button on its upper left side. The windows can overlap each other with a selected window brought to the front of the others. For a more detailed description of the commands and options available in the command part of the window

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21


See Also: User Interface 2.1.3.1

Dialog Windows The application uses several types of forms to enter or display data. These forms are commonly defined as "Dialog". Within a dialog window, there are different types of controls.

Following a description of all controls present in Dialog windows:

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1. Expander/Collapser Used to expand (+) or collapse (-) the elements in a tree structure. 2. List A set of elements that can be selected; in Lists the multiple selection is available by keeping the Ctrl key + left mouse button together pressed or the selection of all items by keeping the Ctrl key + A key together pressed. 3. Radio Buttons A toggle round button coloured when the relevant option is On and grey when the option is Off. Radio Buttons are at least two and only a choice is possible; the selection of one, automatically excludes the pre-existing selection. 4. Check Button A square box which represents an option that can be set On or Off. A sign appears in the box when the option is On. Several Check Buttons performing associated functions appear like a list. Unlike Radio Buttons, it is possible to choose more than one Check Button. 5. Scroll Bar Bars to browse the hidden content of a window within its border ranges; the scrolling is available both horizontal and vertical. 6. Spinners A Spinner is made up of an upward and downward pointing arrow, displayed near a number. The number can be either increased or decreased by clicking the up and down arrows. 7. Minimize/Maximize/Close Three options, in the top right corner of a window within the Desktop Area, to respectively Minimize, Maximize or Close the window itself. 8. Text Box A rectangular box with or without text inside. Text can either be typed in it or automatically displayed by the EM. 9. Combo-Box A rectangle with a pointing button on the right. If this control has been selected, a pop–up similar to a list appears. It displays a set of values available for the selection. After you choose one option from the pop– up, this disappears and the chosen value appears within the control; only a single selection is then available. 10. Slide Bar A pointer that can be moved along a bar to modify the relevant value; a Slide Bar represents the lowest value in the extreme left side and the highest one in the extreme right side. 11. Push Button By clicking on the Push Button, an action can start; Push Buttons are included in many dialog windows; following a list of all Push Buttons:

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•

Apply: initiates the action as specified but does not close the window.

•

Browse: presents another window which browses the file system to decide where calling or storing a file.

•

Close: allows to leave the dialog window without initiating it. 23


•

Create: creates an element whose characteristics have been just set.

•

Delete: deletes an element selected from the relevant list.

•

Help: calls the help index window.

•

Modify: modifies an element whose characteristics have been just changed.

•

OK: initiates the action as specified and closes the window.

•

Print: calls the printing dialog window.

•

Remove: removes an element selected from the relevant list.

•

Save/Save As: allows to save the file with the current name or save with a different name.

See Also: Windows 2.1.3.2

Drop-down Menus

A drop-down menu is located at the top of the screen and it contains a group of main options (the menu bar). Each word written in the menu bar is called a menu pad. An arrow indicates that the pull-down menu options have sub-options; ellipsis indicates that new window is opened. To make a selection from a pull-down menu: click with the left hand mouse button on the menu item to show the drop-down menu, and then click (left-hand button) the selected option of the menu. NOTICE

24

Remember that items of drop-down menus will be available according to the following three criteria, ordered by priority: 1. Relevant Plug-in supported services. 2. Relevant Network Element state. This depends on the node selection; single node selection on both Drawing Area and Tree View Area or multiple node selection only on Tree View Area. 3. Current active window on the Desktop Area.

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See Also: Windows, Pop-up Menus, Element Manager GUI Menu Bar

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25


2.1.3.3

Pop-up Menus This type of menu is available by clicking the right-mouse button on the window open-space. The pop-up immediately appears from the background, with all the available options related to the mouse position.

NOTICE

Remember that items of pop-up menus will be available according to the following three criteria, ordered by priority: 1. Relevant Plug-in supported services. 2. Relevant Network Element state. This depends on the node selection; single node selection on both Drawing Area and Tree View Area or multiple node selection only on Tree View Area. 3. Current active window on the Desktop Area.

See Also: Windows, Drop-down Menus, Element Manager GUI Menu Bar 2.1.3.4

Mnemonics or Key-accelerators A Key-accelerator is a key sequence (for example CTRL+E) used to access a menu option directly from the keyboard. Some of the EM options are accessible in this way. The specific key sequences are mentioned near the option within its own drop-down menu.

See Also: Windows 2.1.3.5

Messages Messages are prompted in a line within the Event/Command Table Area, or, if incoming form system, displayed within the user Message Box. The Event/Command Table Area

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The Message Box

To learn more about, See Also: Events and Commands Table Area 2.1.4

Node Name Configuration The managed nodes can be represented using two different options: Short Name Composed by Acronym and Suffix . Long Name Composed by Name and Suffix . This configuration takes effect on the whole node name occurrences (for example: node icon label, "Network Element Details" window, all "Network Element" lists in the application windows).

NOTICE

The Long Name functionality is optional and submitted to a specific license; it could be not available in your system. Please contact Ericsson representative for details.

See Also: User Interface

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2.1.5

On-line Help The on-line help provides an explanation of the current function displayed by the window of its functionalities. The on-line help window can be called up in a dialog window by moving the cursor over the Help button and clicking the left-mouse button. The on-line help window provides an explanation of the active window functionalities. References among titles are identified with the See Also item. Click on the relevant topic label to display the content.

See Also: User Interface, Help

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2.2

Element Manager GUI Overview The EM Load icon, run the SOM screen that is used to perform the login.

1.

Type Username and Password

2.

Press Login

See Also: Graphical Environment, User Interface, Element Manager GUI Bar Structure, Desktop Area, Tree View Area, Events and Commands Table Area, Element Manager GUI Messages 2.2.1

Element Manager Environment The graphical environment (Java based interface) is used to manage the topological configuration of the Network as far as to perform all NEs relevant services. The main window manages subnetworks and network elements, displaying them by means of graphic icons.

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29


EM Window is composed of three bars: Menu Bar It provides pull-down menus, which make available services. Tool Bar It provides push buttons, which replicate the more used commands available in the Menu Bar. Status Bar It provides a message and information area. EM Window is also composed of three different working areas: Tree View Area It manages the hierarchical structure of the Network. Desktop Area It manages the open space, which displays the Drawing Windows and the Report Windows. Event and Command Table Area It manages the real time monitor window for the topological events and the user command reports. See Also: Element Manager GUI Overview, Working Area Configuration, Node Icon Structure, Node Icon Colour 2.2.1.1

Desktop Area Characteristics The Desktop Area allows the user to get a multiple view of different Drawing Windows (Network maps and Subnetwork maps) and Report Windows at the same time. Drawing Window It is the topological view to draw the network.

30

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Report Window It is a table containing the requested NE information. In the Drawing Windows the following objects are displayed: Map of the Managed Network It is possible to load into the window a graphic background map (jpeg file) of the managed area. Node Icon It identifies the position of the node (Subnetwork - NE) on the map and displays the related state (alarm condition, communication state and alarm acknowledgement state). See Also: Element Manager Environment 2.2.2

Working Area Configuration The user can customize his working area by setting a different combination of Tree View, Desktop and Event/Command Table Area. There are two different tools to manage the working area configuration: •

Area dividers

•

Expand/collapse arrows

To change the size of the three different areas: 1.

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Click and drag the area dividers to the final position.

31


To expand/collapse the three different areas: 1.

Click on the small arrows on the dividers to expand or collapse the relevant area.

2.

Click on the opposite arrow to restore the previous position of the area dividers.

See Also: Element Manager GUI Overview, Element Manager Environment, Node Icon Structure, Node Icon Colour 2.2.3

Node Icon Structure The structure of the NE icon exclusively identifies the following characteristics: •

Technology or Domain of the NE (SDH, DWDM, …)

•

NE Type

•

Max capacity (if meaningful)

•

Network Manager symbol

•

Acknowledgement state (border of 4 pixels)

The NE types used inside the NE icons are:

32

•

ADM: Add Drop Multiplexer

•

DXC: Digital Cross Connect

•

EXT: Extender

•

OLA: Optical Line Amplifier

•

OLT: Optical Line Terminal 2/1553-AOM 901 015/3 Uen E


•

OXC: Optical Cross Connect

•

REG: Regenerator

•

TLM: Terminal Line Multiplexer

•

ETH: Ethernet Traffic Manager

•

AXH: Access Hub

•

ADP: Add-Drop Radio

Where used symbols are the following:

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33


The subnetworks are represented by the following icon:

See Also: Element Manager GUI Overview, Element Manager Environment, Working Area Configuration, Node Icon Colour 2.2.4

Node Icon Colour The node icon consists of two different indicators: •

Inner box, which represents the alarm or communication state.

•

Border, which represents the acknowledgement state.

See Also: Element Manager GUI Overview, Element Manager Environment, Working Area Configuration, Node Icon Structure

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2.2.4.1

Colours of The Network Element Icons According to its operational state, the NE icon inner box can be represented with one of the colours below. The colour definition is compliant with ITU/T recommendations Z.323 and Z 322. Magenta The system is discarding alarms from the NE, thus the NE icon colour does not match the real equipment alarm state. Red The communication between EM and NE is active. One or more critical alarms are currently active on the NE. Orange The communication between EM and NE is active. One or more major alarms are currently active on the NE. Yellow The NE is communicating with the EM. One or more Minor alarms are currently active on the NE. Blue The NE is communicating with the EM. One or more Warning alarms are currently active on the NE. Green In Service state. The NE is communicating with the EM. No active alarms are present. Sea Green The NE is communicating with the EM. The Parking State has been set in the NE. Grey Isolated.The NE is not communicating with the EM. Brown (white icon foreground) The NE Family is unavailable (stopped). A user has manually stopped the processes relevant to that plug-in. Black (white icon foreground) The NE is unavailable (stopped). A user has manually stopped the relevant NE communication processes. White The communication to the NE is being started. The duration of this state can depends on the performance of the network. At the system start-up the NEs get this state.

Note (*)

For MHC, MTN and MSI, once started a NE, there are three situations for which such NE becames white: •

There is an authentication error (i.e. the SNMP password is not the right one)

•

The ne type is not right.

•

There are communication errors with the NE.

When a NE becames white, the following events take place: •

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Comms Begin

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•

Link Up

•

Link Down Network Error: cause

•

Comms End Mode: Normal (Restart)

the cause field contains the three possible errors below: •

SNMP Authentication error

•

Wrong NE type

•

Communication Error

Dark Brown (white icon foreground) The NE Type is in "orphan" state. It means that its EM has been unplugged. NOTICE

The NEs with the white foreground in their inner box are considered in maintenance state. In this state, the NE GUI starting-up is prevented.

See Also: Node Icon Colour, Alarm Acknowledgement State, Alarm OffHousekeeping, Colours of The Subnetwork Icons 2.2.4.2

Alarm Acknowledgement State The icon border indicates the alarm acknowledgment state of the relevant NE. Following a border colour description is given in the case one or more unacknowledged alarms are present on the NE. Red At least one critical alarm has not been acknowledged yet. Orange At least one Major alarm has not been acknowledged yet. Yellow At least one Minor alarm has not been acknowledged yet. Blue At least one Warning alarm has not been acknowledged yet. Green All the NE alarms have been acknowledged. This border colour means that there are no unacknowledged alarms on the NE.

See Also: Node Icon Colour, Colours of The Network Element Icons, Alarm OffHousekeeping, Colours of The Subnetwork Icons 2.2.4.3

Alarm OffHousekeeping The icon border gives this indication and it is relevant to an alarm, which has ceased without any acknowledgement. For example a green icon with a red border indicates an urgent alarm that is not currently active but was active in the recent past.

See Also: Node Icon Colour, Colours of The Network Element Icons, Alarm Acknowledgement State, Colours of The Subnetwork Icons

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2.2.4.4

Colours of The Subnetwork Icons The colour of the region icon depends on the contained NE icon colours according to the following priority table: Magenta Priority: 1 Red Priority: 2 Orange Priority: 3 Yellow Priority: 4 Blue Priority: 5 Green Priority: 6 Sea Green Priority: 7 Grey Priority: 8 Brown Priority: 9 Black Priority: 10 White Priority: 11 Dark Brown Priority: 12

See Also: Node Icon Colour, Colours of The Network Element Icons, Alarm Acknowledgement State, Alarm OffHousekeeping

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2.3

Element Manager GUI Bar Structure The Element Manager main Window is composed of three bars: •

Menu Bar, with the all available actions.

•

Tool Bar, with the push buttons, which replicate the more used Menu Bar actions.

•

Status Bar, with the message and information area.

See Also: Graphical Environment, User Interface, Element Manager GUI Overview, Desktop Area, Tree View Area, Events and Commands Table Area, Element Manager GUI Messages 2.3.1

Element Manager GUI Menu Bar The available menus gather together all the commands of the EM application; it is possible to call them by a single left mouse click or by pressing the F10 button on the keyboard. Available options in the File menu: Export Exports the retrieved data to a file (.txt or .csv); enabled only when a Report Window is active. Page Setup Sets the page layout for printing. Print Preview Shows a preview of the report to be printed. Print Starts the printing session; enabled only when a Report Window is active. Exit Quits the Element Manager GUI. Available options in the Edit menu: Network Data List Achieves the full information about the managed NEs. It is used to setup the network, store the NE information in the EM database, add icons on the map, change the name of the NE and remove them from the EM system. Autodiscovery To get information on the NEs, from the Network. The tools can be used to manage NE addition to the EM DB. Modify Changes the parameters assigned to the selected Subnetworks and NEs. It is enabled only if a Tree View selection (single or multiple) is active. Remove Removes Subnetworks and NEs from the Map. It is enabled only if a Tree View selection (single or multiple) is active.

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View Provides the following three options: Expand Tree expands the Tree View structure. Collapse Tree collapses the Tree View structure. Go up moves towards the parent level. This option is enabled only when a Subnetwork window is the active one. Find Node Looks for a node (Subnetwork or NE) all over the Network, using a request window. Filter Events Customises the topological events, which are displayed in the Event Table. Customer Data Labels Modifies the customer data label name, via the user interface. Available options in the Communication menu: Start/Stop NE Starts, stops or restarts the network processes associated to the selected NEs. Ping NE Performs ping session towards the selected NE, to get information about communication state between the EM and the NE. Available options in the Configuration menu: Access NE Manages read/write rights to access NEs. Broadcast Time Aligns the NE date and time to the EM ones (HP server date and time). Inventory Display the result of the inventory data collection schedule on the NEs. Restore NE Retrieves previously backed-up NE configurations. Jobs Provides the following two options: View Shows and/or deletes previously scheduled jobs. Schedule Schedules Configuration jobs for sets or single NEs (Backup NE database, Date/Time alignment, Equipment/Inventory/Routing). Runtime Schedule Schedules Configuration jobs for all NEs belonging SubNetworks at the same time (Backup NE database, Equipment/Inventory) Available options in the Fault menu: Active Alarms Provides a list of the currently active alarms for the selected NEs.

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History Archive Manages the historical archive for alarms and events Real Time Alarm Monitor (RTAM) Manages the active alarms and events from equipment and system Automatic Synchronization Manages the setting of the automatic realignment of the alarms at the link-up. Realign Alarms Starts the realignment of the alarms of the controlled NEs. Available options in the Performance menu: History Visualizes performance reports, by means of PM Viewer application. Jobs Provides the following options: View Lists and/or deletes previously scheduled performance jobs. Schedule Schedules performance jobs. Start/Stop Manage the performance jobs operation. Available options in the Download menu: Load Installs, in the EM server, the software to be downloaded. Activate Activates, distributes and validates downloaded software in the NE flash bank. Jobs Provides the following options: View Lists and/or deletes previously scheduled software download jobs. Schedule Schedules software download jobs. Available options in the System menu: User Starts the SOUP application. Message Box Manages all messages incoming from the system. Data Provides the following two options: Backup Manages the backup of different EM data. Restore Retrieves previously backed-up EM data. Available options in the Service menu:

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Plugin Provides the possibility to generate and to install the licenses for all NEs of MINI-LINK TN type. Available options in the Windows menu Tile Displays the opened windows side by side, in the Desktop Area. It does not act on the minimised windows. Cascade All Cascades all the windows partially overlapped. Minimize All Reduces to icon all the windows. Close All Closes all the opened windows. Scroll Forward All Allows a full screen forward navigation of the windows. Scroll Backward All Allows a full screen backward navigation of the windows. Available option in the Help menu: Contents Provides the On-line Help volumes for Core and installed Plug-Ins. Licenses Run the Licenses Viewer, that provides the license details About SOM-EM Information about License, Installation and Environment Variables. NOTICE

Remember that, items of menus will be available according to the following three criteria, ordered by priority: 1. Relevant Plug-in supported services. 2. Relevant Network Element state. This depends on the node selection; single node selection on both Drawing Area and Tree View Area or multiple node selection only on Tree View Area. 3. Current active window on the Desktop Area. Element Manager GUI Bar Structure, Element Manager GUI Tool Bar, Element Manager GUI Status Bar, Drop-down Menus, Pop-up Menus

2.3.1.1

Mnemonics, Key Accelerators and Ellipsis Mnemonics and Key Accelerator are facilities to directly launch the Menu Bar commands.

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Mnemonic launches the related command typing the underlined key only; this option is available only if the contextual menu is opened. Key Accelerator allows the user to access the related command directly typing a sequence of keys. The available Menu Bar Key Accelerators are: •

Ctrl-P for Print

•

Ctrl-B for Build

•

Shift-Right for Expand Tree

•

Shift-Left for Collapse Tree

•

Ctrl-U for Go Up

•

Ctrl-D for Details

•

Ctrl-F for Find Node

•

Ctrl-T for Export Data

•

Ctrl-Right for Scroll Forward All

•

Ctrl-Left for Scroll Backward All

•

F1 for Help Index

Ellipsis are present in commands that open a new window. See Also: Element Manager GUI Menu Bar, Mnemonics or Key-accelerators 2.3.2

Element Manager GUI Tool Bar It is a bar of command buttons used to launch, in a faster way, the more used commands available in the Menu Bar.

Stopping the mouse pointer on a command button for a few seconds a tip appears. The tip label indicates the functionality associated to the related button.

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Some buttons, as indicated below, perform their function only on the currently active selection; if the selection has not been performed yet, the button appears grey. See Also: Element Manager GUI Bar Structure, Element Manager GUI Menu Bar, Element Manager GUI Status Bar 2.3.2.1

File Buttons Tool buttons equivalent to the File menu:

NOTICE

•

Export (operates on the current active selection):

•

Print:

Export and Print buttons are enabled only if a Report Window is active.

See Also: Element Manager GUI Tool Bar 2.3.2.2

Edit Buttons Tool buttons equivalent to the Edit menu:

NOTICE

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•

Network Data List:

•

Autodiscovery:

•

Modify NE (operates on the current active selection):

•

Remove NE (operates on the current active selection):

•

Modify Subnetwork (operates on the current active selection):

•

Remove Subnetwork (operates on the current active selection):

Network Data List, Modify and Remove buttons are enabled only if a Tree View selection (single or multiple) is active. 43


•

Find Node:

•

Filter Events:

•

Customer Labels:

See Also: Element Manager GUI Tool Bar View Buttons Tool buttons equivalent to the Edit-View menu:

NOTICE

•

Expand Tree:

•

Collapse Tree:

•

Go up (operates on the current active selection):

Go up button is enabled only if a Subnetwork window is active.


Communication Buttons Tool buttons equivalent to the Communication menu: •

Start/Stop NE (operates on the current active selection):

•

Ping NE (operates on the current active selection):


Configuration Buttons Tool buttons equivalent to the Configuration menu:

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•

Access NE:

•

Broadcast Time:

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Fault Buttons Tool buttons equivalent to the Fault menu: •

Active Alarms:

•

Monitor (RTAM):


System Buttons Tool buttons equivalent to the System menu: •

User (SOUP):

•

Message Box:


Help Button Tool button equivalent to the Help-Contents-Core menu: •

Help Core Index:

See Also: Element Manager GUI Tool Bar 2.3.3

Element Manager GUI Status Bar It is a data bar, which reports information about the active Drawing Window and the related mouse pointer position.

NOTICE

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If the active window is a Report Window, the Status Bar does not display any information.

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Status Bar is divided in four parts (text boxes): Node Opposite Name when the mouse pointer stands over an icon, displays: - Long Name if the Node Naming is set to 'Short'. - Short Name if the Node Naming is set to 'Long'. See Also: Node Name Configuration Node Type displays the subnetwork name or the type of the pointed NE. Coordinates display the mouse pointer coordinates in the map. Active Subnetwork displays the Subnetwork acronym and suffix for the active Drawing Window. See Also: Element Manager GUI Bar Structure, Element Manager GUI Menu Bar, Element Manager GUI Tool Bar

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2.4

Desktop Area It is the open space used to manage the topological view of the network and retrieve data about the Network Elements.

See Also: Graphical Environment, User Interface, Element Manager GUI Overview, Element Manager GUI Bar Structure, Tree View Area, Events and Commands Table Area, Element Manager GUI Messages 2.4.1

Subnetwork Multiple View This feature allows the user to get a multiple view of Internal Windows at the same time. More views of the same window are also available. The maximum number of Internal Windows contemporarily open is twelve (12).

Only one window is the active one used to operate on the network. It is recognised, because its title bar has a different colour (mauve). Clicking and dragging the window borders it is possible to resize the window. Using the top-right buttons it is possible to minimize, maximise, restore or close the window itself.

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Each window has the following indications: Window Title Bar It displays the status of the window. Mauve colour for the active window only and grey for all the others. Map Alarm Icon An icon describing the current Subnetwork state according to the contained NE states. This information is not available at Network level. Window Title For the Drawing Window, it corresponds to the acronym and the identifier associated to the displayed Subnetwork. For the Report Windows, it corresponds to the date and time in which the query has been performed. Minimize Tool The left-mouse button click on this tool reduces the window to an icon. It also restores the window when minimised. Maximize Tool The left mouse button click on this tool opens the window to the maximum extension, inside the Desktop Area. It also restores the window when maximized. NOTICE

A double left-mouse click in the Title Bar is equivalent to the Maximize command. Close Button The left mouse button click on this button, closes the relevant window. Screen Tip The application displays a screen tip when the user stops the mouse pointer over a map item (background-icon). The retrieved information regards the acronym and identifier of the relevant item (NetworkSubnetwork-NE).

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See Also: Desktop Area, Multiple View Management, Moving the Background, Point and Click Management on the Drawing Window 2.4.2

Multiple View Management

PATH:

(Windows) In order to organize different Internal Windows in the Desktop Area, it is possible to use the Windows menu features (in the Menu Bar). The available Windows menu options are: •

Tile

•

Cascade All

•

Minimize All

•

Close All

•

Scroll Forward All

•

Scroll Backward All

See Also: Desktop Area, Element Manager GUI Menu Bar, Windows 2.4.3

Moving the Background According to the size of the background and the size of the visible area, only one part of the map, available in the Drawing Window, is displayed. To display the hidden part of the Subnetwork map:

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1.

Slide the vertical and horizontal scroll bars.

2.

Click and drag the background (panning).

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See Also: Desktop Area, Subnetwork Multiple View, Multiple View Management, Point and Click Management on the Drawing Window 2.4.4

Point and Click Management on the Drawing Window This feature allows the user to access pop-up menus, in the Drawing Window using the right mouse button.

The pop-up menu relevant to the Network level background has the following options: Add Subnetwork creates a new Subnetwork. It takes effect in the EM database only. Modify changes the Network parameters (background only). The pop-up menu relevant to a Subnetwork icon has the following options: New displays the Subnetwork map in a new window (equivalent to doubleclick). Open displays the Subnetwork map in the active window.

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Properties gets Subnetwork information. Modify changes the Subnetwork parameters (background, name, acr, suffix). Remove removes the Subnetwork from the EM database.

The pop-up menu relevant to the Subnetwork level background has the following options: Add NE installs in the Network, an already built NE. Add Subnetwork installs a new nested Subnetwork. It takes effect in the EM database only. Properties gets information about the current subnetwork. Go up moves towards the parent level. 2/1553-AOM 901 015/3 Uen E

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Modify changes the Subnetwork parameters (background, name, acr, suffix). The pop-up menu relevant to a Network Element icon has the following default options: Zoom In launches NE Graphical User Interface (equivalent to a double-click). According to the NE type, the local manager can be different. NOTICE

For the NE GUI relevant functionalities, please refer to the specific NE documentation. Network Data List Runs the Network Data List functionality. Modify changes the NE parameters. Remove removes the NE from the map but not from the EM database. Configuration provides a set of menus to configure the Network Elements. Fault provides a menu to realign the incoming alarms from the Network Elements and to set the automatic synchronization for the nodes. Communication provides a set of menus to manage the configuration between the EM and the NEs. Domain provides a menu to add and remove the NE from/to a specific domain. Specific Plug-In options According to the Plug-In type, some additional options can be added to the Popup menu of the NE. Refer to the specific Plug-in description.

See Also: Desktop Area, Subnetwork Multiple View, Multiple View Management, Moving the Background

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2.5

Tree View Area It represents the hierarchic structure of the Network.

See Also: Graphical Environment, User Interface, Element Manager GUI Overview, Element Manager GUI Bar Structure, Desktop Area, Events and Commands Table Area, Element Manager GUI Messages 2.5.1

Tree View Management This feature provides the facility for navigating and displaying the nodes in the map. All the nodes of the Network are listed in alphabetical order according to a multilevel hierarchic structure.

The Menu and Tool Bars make available two options to manage the hierarchic structure of the Network. Collapse Tree PATH:

(View-Collapse Tree) Closes the Tree structure at the first level.

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Expand Tree PATH:

(View-Expand Tree) Opens the Tree structure at the maximum level. The Tree View reports important information regarding the nodes:

Node Opposite Name when the mouse pointer stands over an icon, displays: - Long Name if the Node Naming is set to 'Short'. - Short Name if the Node Naming is set to 'Long'. See Also: Node Name Configuration Node type symbol Each node is represented with the equivalent node type symbol. Node state The alarm or communication state is represented inside node type symbol. See Also: Tree View Area, Full Nesting Level Topology, Tree Keyboard Operations, Point and Click Management on the Tree View Area 2.5.2

Full Nesting Level Topology It is possible to arrange the managed Network using a full nesting level topology (Network Æ Sub1 Æ Sub2 Æ Sub3 Æ … Network Element). The user can add Subnetworks to an already existing one, unless it exceeds the maximum nesting level. The maximum nesting level is six. At level six the Add Subnetwork command is inhibited.

See Also: Tree View Area, Tree View Management, Tree Keyboard Operations, Point and Click Management on the Tree View Area 2.5.3

Tree Keyboard Operations These are the available java keyboard operations on the tree structure: Up arrow moves the focus up of one row and selects the item. Down arrow moves the focus down of one row and selects the item.

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Left arrow moves the focus to the parent level or collapse the item. Right arrow moves the focus down of one row or expands the item. Page Up moves up of one pane of information. Page Down moves down of one pane of information. Home moves to the beginning of the structure. End moves to the end of the structure. Enter or Return collapses or expands the selected item (Network and Subnetworks only). Spacebar activates/deactivates the component that has keyboard focus. Ctrl-A, Ctrl-/ selects all the items in the Tree. Ctrl-\ deselects all the items in the Tree. Shift-Spacebar extends the selection. Shift-Down Arrow extends the selection down of one item. Shift-Up Arrow extends the selection up of one item. Shift-Home extends the selection to the beginning of the list. Shift-End extends the selection to the end of the list. Shift-Page Up extends the selection up of one tree pane. Shift-Page Down extends the selection down of one tree pane. See Also: Tree View Area, Tree View Management, Full Nesting Level Topology, Point and Click Management on the Tree View Area

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2.5.4

Point and Click Management on the Tree View Area This feature allows the user to access pop-up menus, over the Tree View Area using the right mouse button. The menu commands take effect on the selected item only (single selection).

The pop-up menu relevant to the Network item selection has the following options: New displays the Network map on a new window within the Desktop Area. It is equivalent to a double left mouse button click on the Network item. Open displays the Network map in the active window, inside the Desktop Area. It is equivalent to a middle-mouse button click on the Network item. Modify changes the Network parameters (background only).

The pop-up menu relevant to a Subnetwork item selection has the following options: New displays the Subnetwork map on a new window within the Desktop Area. It is equivalent to a double left mouse button click on the subnetwork item. Open displays the Subnetwork map in the active window, inside the Desktop Area. It is equivalent to a middle-mouse button click on the subnetwork item. Locate locates the Subnetwork position in the active window, inside the Desktop area. Properties shows Subnetwork information.

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Modify changes the Subnetwork parameters (background, name, acronym, identifier). Remove removes the Subnetwork from the EM database.

The pop-up menu relevant to a Network Element selection, has the following options: Zoom In launches NE Graphical User Interface (equivalent to a double-click). According to the NE type, the local manager can be different. NOTICE

For the NE GUI relevant functionalities, please refer to the specific NE documentation. Network Data List Runs the Network Data List functionality. Locate Locates the NE position onto the active window, inside the Desktop area. It is equivalent to a middle-mouse button click on the NE item. Modify Changes the NE parameters. Remove Removes the NE from the map but not from the EM database. Configuration Provides a set of menus to configure the Network Elements. Fault provides a menu to realign the incoming alarms from the Network Elements and to set the automatic synchronization for the nodes. Communication Provides a set of menus to manage the communication between the EM and the NEs.

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Domain provides a menu to add and remove the NE from/to a specific domain. Specific Plug-In options According to the Plug-In type, some additional options can be added to the Popup menu of the NE. Refer to specific Plug-in description. See Also: Tree View Area, Tree View Management, Full Nesting Level Topology, Tree Keyboard Operations

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2.6

Events and Commands Table Area It is the area which displays the real time topological event or the performed commands by the Element Manager Users. Due to the current user actions, the Table automatically switches from the Event to the Command Area.

See Also: Graphical Environment, User Interface, Element Manager GUI Overview, Element Manager GUI Bar Structure, Desktop Area, Tree View Area, Element Manager GUI Messages 2.6.1

Event Table Management This table allows the user to monitor all the topological events (local and remote).

NOTICE

The displayed topological events are just a list, whereas the complete event history is stored within the user Activity Log.

The table displays the following information: Local/Remote Indicator a symbol on the left side of an event line indicates if the topological event is remote (performed by another user). Event is the event type. Resource is the resource name. Date is the date and time of the event. Details is the complete information about the event (Subnetwork - User Compliance message). The column width is adjustable by clicking and dragging the column borders. All the topological events are sent to all the working users. See Also: Events and Commands Table Area

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2.6.1.1

Point and Click Management on the Event Table Area This feature allows the user to access a pop-up menu, over the Event Table Area using the right mouse button.

Independently from the mouse pointer position, the pop-up menu has the following options: Filter Events opens the filter screen to set the filter options. Log Size by default it shows the last 25 event lines; it can be carried up to 100 event lines.

Empty Log empties the topological event history log after a confirmation message. See Also: Events and Commands Table Area, Event Table Management 2.6.2

Command Table Management This table allows the user to monitor all its own commands, performed towards NEs and the Core application.

NOTICE

The displayed command log is just a list, whereas the complete command history is stored within the user Activity Log.

The table displays the following information: 60

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Command is the command type. Resource is the resource name. Date is date and time of the event. Details is complete information about the performed command. The column width is adjustable by clicking and dragging the column borders. See Also: Events and Commands Table Area 2.6.2.1

Point and Click Management on the Command Table Area This feature allows the user to access a pop-up menu, over the Command Table Area using the right mouse button.

Independently by the mouse pointer position, the pop-up menu has the following options: Log Size by default 100 command lines, it can be carried up to 1000 command lines.

Empty Log empties the topological event history log after a confirmation message. See Also: Events and Commands Table Area, Command Table Management

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2.7

Element Manager GUI Messages A set of messages towards the operating user is sent. When it is required, the user receives a new window with the related message.

See Also: Graphical Environment, User Interface, Element Manager GUI Overview, Element Manager GUI Bar Structure, Desktop Area, Tree View Area, Events and Commands Table Area 2.7.1

Message Structure A message is composed of five different parts.

Message Type There are four types of messages: Warning, Error, Question and Information. Message Symbol Each type of message has a different graphic symbol. Message Title It describes the content of the message. Message Description It is normally a question or a further explanation of the Message Title Message Action It is the possible action to take, as consequence of the message. See Also: Element Manager GUI Messages, Warning Message, Error Message, Question Message, Information Message 2.7.2

Warning Message It informs the user about trouble, which can be recovered or bypassed. User can decide to continue (OK) or not (Cancel).

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See Also: Element Manager GUI Messages, Message Structure, Error Message, Question Message, Information Message 2.7.3

Error Message It informs the user about a non recoverable problem. In this case the previous action is not executed.

See Also: Element Manager GUI Messages, Message Structure, Warning Message, Question Message, Information Message 2.7.4

Question Message It makes a confirmation request to the user. It can have affirmative (Yes) or negative (No) answer.

See Also: Element Manager GUI Messages, Message Structure, Warning Message, Error Message, Information Message 2.7.5

Information Message It is used simply to send information to the user (for example event notifications).

See Also: Element Manager GUI Messages, Message Structure, Warning Message, Error Message, Question Message

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ServiceOn Microwave Element Manager - Operator Guide 2BElement Management User Interface

3

Element Management User Interface In the following, a description of all menu functionalities, related to the Element Management, is supplied; detailed descriptions of each field and window are given in order to correctly understand the way to retrieve information and to collect performance data, to manage currently active alarms or to consult the alarm historical database, to download software and to schedule jobs, about the just described operations, towards the managed Network. This section deals with the following topics:

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•

File

•

Configuration

•

Fault

•

Performance

•

Plugin Services

•

Windows

•

Help

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3.1

File It contains a set of features to print/export EM or NEs data.

See Also: Element Management User Interface, Configuration, Fault, Plugin Services, Windows, Help 3.1.1

Export

PATH:

(File-Export) It is used to export any kind of report (details and configuration information) to a text file. To Export NE Details: 1.

Open a Network Data List window, relevant to one or more specific NEs.

2.

Select the File-Export menu item.

3.

Insert a desired file name in the proper field.

4.

Select a desired file type (txt, csv) where: txt: text format (compatible with any text editors) csv: comma separated value format (compatible with the most common spreadsheet programs)

5.

Press OK button to confirm. The file will be automatically saved into the $NCS/../../users//export/ directory.

See Also: File

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3.1.2

Page Setup

PATH:

(File-Page Setup) It is used to modify the page layout of printed data pages.

To Setup a Page Layout: 1.

Select the File-Page Setup menu item.

2.

Fill the first field (Header) with a desired page title; default: &R where: &R is the Report Title Otherwise is possible to customise the Header with one or more of the following entries: •

&D that means Date

•

&H that means Hour

•

&P that means Current Page number

•

&T that means the Total Page number

•

&N that means New Line

3.

Check or uncheck the three header relevant options: Disable Header Print Header Separator Print Logo

4.

Fill the second field (Footer) with a desired page title; default: Page &P of &T where &P and &T meanings are described here above.

5.

Check or uncheck the two header relevant options: Disable Header Print Header Separator

6.

Press OK button to confirm. The next print sessions will have the new configured page layout.

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See Also: File, Print Preview, Print 3.1.3

Print Preview

PATH:

(File-Print Preview) It is used to get a preview next printing page justification/layout of a document. To Get a Preview of Next Printing: 1.

Select the File-Print Preview menu item.

2.

Verify the justification/layout of the next printing.

3.

Press Zoom In or Zoom Out buttons to increase or decrease the view over the document.

4.

Press Previous Page or Next page to browse the document.

5.

Press the Print to start printing directly from this window, otherwise press Close to leave the window.

See Also: File, Page Setup, Print 3.1.4

Print

PATH:

(File-Print) Used to send the printing command of a document. This option is divided in three main folders: •

General

•

Page Setup

•

Appearance

In the following they are described. To Print a Document: General: 1.

In the Print Service area select the destination printer name in the Name field; select Properties to change default settings of the selected printer itself. Information about the chosen printer destination will be shown in the "read-only" fields just below. Otherwise select Print To File to get the print output available in a file.

2.

In the Print Range area select how many pages to print: All means the whole document Pages requires to insert the start page and the end one to print a limited range of the document.

3.

In the Copies area select a Number of Copies by means of the relevant spinners and choose the Collate option to print them in sequence or not. Page Setup:

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4.

In the Media area choose the paper format by means of the Size pop-up menu and the relevant paper Source of the printer.

5.

In the Orientation area choose the directory in which the text is oriented (portrait, landscape, reverse portrait, reverse landscape).

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6.

In the Margins area set the white margins from the text to the output sheet borders; the distance has to be intended in millimetres (mm) from each border (left, right, top, bottom). Appearance:

7.

In the Colour Appearance area choose if the output has to be in Monochrome (grey scale) or in Colour.

8.

In the Quality area select the tone of the used ink; Draft (minimum usage), Normal (medium usage), High (maximum usage).

9.

In the Sides area select the different text position in the output sheet; if One Side to leave the other one blank, or Tumble or Duplex to cover both the sides depending on the reading verso.

10. In the Job Attributes area select to print or not a Banner Page and the information that will be printed in it; the other parameters are composed of a Priority among all simultaneously printing sessions on the same printer, a printing Job Name and a printing User Name to identify the printing session owner in case of network shared printer. See Also: File, Page Setup, Print Preview 3.1.5

Exit

PATH:

(File-Exit) Used to exit the ServiceOn Microwave Element Manager application. To Exit The EM Application: 1.

Select the File-Exit menu item.

2.

Press OK in the confirmation window. The User Interface (UI) of ServiceOn Microwave Element Manager will be stopped.

See Also: File

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3.2

Configuration A second step of features (after the first commissioning) to configure access rights, data/time, get information and more, towards the managed Network Elements.

See Also: Element Management User Interface, File, Fault, Plugin Services, Windows, Help 3.2.1

Inventory Management Inventory Management supported in ServiceOn Microwave allows visualization of Inventory data belonging to Network Elements of type: •

MINI-LINK E

•

MINI-LINK E-Micro

•

MINI-LINK SAU

•

MINI-LINK Traffic Node

•

MINI-LINK High Capacity

Inventory data is hierarchically organized according to the following structure: •

Networks contain other Networks or Sites

•

Sites contain NEs and Custom NEs

•

Custom NEs are objects in the network not managed from ServiceOn Microwave

•

NEs contain their HW Modules

•

HW Modules contain their SW Modules

3.2.1.1

Startup Inventory Viewer

PATH:

(Configuration-Inventory-Viewer) To launch the Inventory Viewer using the Menu/Tool Bar: 1.

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Select the Inventory->Viewer option from the Configuration Menu to open the Inventory Viewer Window.

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3.2.1.2

Inventory Viewer Loading of tree data and of minimal Inventory data are performed before data is showed in the window with the relative progress bar. The following window is showed as soon as Inventory Viewer is launched.

Figure 1 Inventory Viewer initial window

At the end of loading process the tree shows Server and the networks under the server, and the grid shows these networks data. If no network has been created only the default network is displayed. Default network and default site are always present in the hierarchy in order to host first collection Inventory data for all NE added to ServiceOn Microwave. Moreover the window status bar shows the following information: •

ServiceOn Microwave logged in user profile (Read, Read Write)

•

Type of collected data (Physical Inventory)

•

Viewed collection (Last Collection or Collection differences)

•

Number of NE Not Inventoried

This information is related to the NEs configured in ServiceOn Microwave on which an inventory data collection is possible. For each NE selected, the ‘Last successfully collection’ time information is shown. Paging button are available if more than 300 items are listed in the grid (if a Network contains more than 300 Sites).

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The Inventory Viewer shows different elements in the hierarchy (Networks, Sites, NEs or HW Modules) that are selected. Normally, when an item is selected in the tree, data of contained items is showed in the grid. If the selected item does not contain any item, grid will show selected item data. HW Modules and SW Modules data is dynamically loaded each time an NE is selected.

Figure 2 Inventory Viewer Ne selection

When a NE is selected, on the top of the grid will appear the date of the last collection successfully finished. By double clicking on a row in the grid, automatically the tree will show the selected item and the grid will show contained elements in the selected item (for example double clicking on a NE in the grid, such NE will be selected in the tree, and the grid will show contained HW modules). Inventory File Menu The items listed in the File menu are showed in the following figure.

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Figure 3 File menu

Inventory Edit Menu The items listed in the Edit menu are showed in the following figure.

Figure 4 Edit menu

Inventory View Menu The items listed in the View menu are showed in the following figure.

Figure 5 View menu

3.2.1.3

Inventory Data Network Data Follows Network Inventory Data table

Fieldname

Format

Description

Example

Server

Text string

The ServiceOn Microwave node name Inventory data is exported from.

MLMSRV1

Network Name

Text string

The given Network Name

West Sweden

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Fieldname

Format

Description

Network Description

Text string

Network Description

Example

Site Data Follows Site Inventory Data table

Fieldname

Format

Description

Example

Site Name

Text string

The given Site Name

Central Gothenburg

Location

Text string

Site Location

Information

Text string

Site Information

Network Element Data Follows Network Element Inventory Data table

Fieldname

Format

Description

Example

Name

Text string

Unique ID of the NE

TN-141-137-100-26

Type

Text string

The NE type

ANM 20p, MLE_1+0

Address

Text string

The NE address in the DCN

41.137.100.26

Location

Text string

NE geographical location

Information

Text string

NE Information

NEAlias

Text string

The NE Alias in ServiceOn Microwave

Hardware Module Data Follows Hardware Module Inventory Data table

Fieldname

Format

AMM position

Text string

AssetId

Text string

Type

Text string

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Description Position of the HW module in the AMM In case of TN: / The radio unit is associated to the corresponding modem unit in the AMM: .1 In case of TN: /.1 The operator assigned inventory number (Manually inserted by the operator) The type of HW module

Example 1, 1/6, 1/6.1

LTU 155e/o, MMU2 4-34, RAU1 18/15

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Fieldname

Format

Description

Example

Product Number

Text string

The HW module product number

ROJR 208 003/1, ROJ 208 431/1

Version

Text string

The product version

Serial Number

Text string

The HW module serial number

R1A A23001ZZH2, T781002373, ST781000596

Production Date

Date

Production date of the HW module

7/30/2003

Run Time

Number

Number of hours the unit has been in service

NE_ID

Text string

ID of the NE the HW module belongs to

3.2.1.4

NE001

Inventory Data Filter The following figure shows the Filter window for Inventory data for Network Element when View->Physical Inventory Filter->Configure option is selected from the Menu/Tool Bar.

Figure 6 Inventory Filter Setting window

The user shall click on Add and Remove buttons in order to add or remove conditions to the filter. Conditions on the same attribute are concatenated using OR operator. Conditions on different attributes are concatenated using AND operator and added in new lines.

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The Logical Operators are: “=,<>,<,<=,>,>=,Like, Not Like”. The use of relational operators in the Inventory Data Filter is the classic one, while ‘Like’ and ‘Not Like’ Operators must be used with ‘*’ as jolly character. Examples of researches on Networks:

NOTICE

•

Begin with ‘NA’, write “NetName Like ‘NA*’”

•

Does not begin with ‘NA’, write “NetName Not Like ‘NA*’”

•

Ends with ‘NA’, write “NetName Like ‘*NA’ ”

•

Does not end with ‘NA’, write “NetName Not Like ‘*NA’ ”

•

Contains ‘NA’ , write “NetName Like ‘*NA*’ ”

•

Not contains ‘NA’ , write “NetName Not Like ‘*NA*’ ”

Do not type ‘_’ and ‘%’ as last characters before ‘*’ jolly character, since they are interpreted as jolly characters too.

Clicking on OK and Apply buttons saves filter. Operator can enable filters by selecting Enabled item in View->Physical Inventory Filter menu. As soon as the item is selected the window is reloaded (tree and minimal Inventory data) and data is filtered according to configured choices. In the status bar additional panels are showed in order to inform operator on the levels at whose filters have been configured.

Figure 7 Filter panel

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The same item has to be selected in order to disable filters. The window is reloaded in order to get unfiltered data and above panels disappear.

3.2.1.5

Inventory Data Differences

It is possible to display the Inventory data differences between last and previous collection by selecting View->Physical Inventory Differences. Then the tree is reloaded according to the changing NEs. The tree will show: •

Added Network Elements

•

Removed Network Elements

•

Changed Network Elements respect to previous collection

•

Network Elements that have HW Modules or SW Modules data changed

•

HW Modules that have SW Modules data changed respect to previous collection.

The following figure shows the aspect of Inventory Viewer after View->Physical Inventory Differences selection.

Figure 8 Physical Inventory Differences view

In the grid, text in bold blue represents data belonging to last collection and text in bold red represents data belonging to previous collection. In the tree, NE icons are modified in order to mark added and deleted NEs. The icons of deleted NE show a red cross, while the icons of added NE show a green check symbol.

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NOTICE

The NE Inventory Differences view reports the data collection aligned with the SOM server real data up to previous 4 hours (in the worst case).

All NEs represented in the tree with a red cross icon are not visible in normal visualization and can be permanently deleted from Inventory database.

NOTICE

In order to visualize last collection, uncheck the View->Physical Inventory Differences option.

3.2.1.6

Inventory Data Refresh

Every time another client connected to the same ServiceOn Microwave Server modifies, adds or deletes Networks, Sites and Custom NEs data or moves Networks, Sites and Custom NEs, the other clients are notified and a Refresh needed label is showed in their windows.

Figure 9 Refresh Needed message

Selecting Refresh item in View menu, or F5 key, the operator can reload collection data from database. This allows user to realign the displayed hierarchy with the content of the database. Anyway, Inventory data refresh can be performed any time operator wants.

3.2.1.7

Inventory Find Object

Selecting Find item in View menu operator can find items in the tree.

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Figure 10 Find window

When Find Next button is pressed the tree is expanded at the level of the found item. The search is done among the entire hierarchy.

3.2.1.8

Print/Save Inventory Data Report

Selecting Save As and Print items in File menu, the operator can save and print Inventory data. Save As and Print options are applied to all Inventory data (HW Modules and SW Modules included). This data is filtered if filters are applied and includes last and previous collection data if operator is viewing differences. The available formats when saving data are xml and csv. In the latter case 5 files are saved, whose names starting with the name entered in the dialog window, one for each element type (Network, Site, NE, HW Module and SW Module). If, for example, the name InventoryReport is written in File Name field, the file names will be InventoryReport_Network, InventoryReport_Site, InventoryReport_NE, InventoryReport_HW_Module and InventoryReport_SW_Module.

When user select Print item 5 files are printed, one for each element type (Network, Site, NE, HW Module and SW Module).

3.2.1.9

Quit Inventory Viewer

When selecting Exit item in File menu, confirm exit by pressing Yes in the dialog box Exit Inventory Viewer.

See Also: Inventory Viewer

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3.2.2

Configuration Management Configuration Data Management supported in ServiceOn Microwave allows visualization of Configuration data belonging to equipments of type:

3.2.2.1

•

MINI-LINK E

•

MINI-LINK E-Micro

•

MINI-LINK SAU

•


Startup Configuration Data Viewer Configuration Data Viewer application can be launched in ServiceOn Microwave by selecting Configuration->Inventory->Viewer item from Menu/Tool bar in order to launch Inventory Viewer application and then checking View>Configuration option from inventory viewer.

PATH:

(Configuration-Inventory-Viewer) To launch the Inventory Viewer using the Menu/Tool Bar: 1.

3.2.2.2

Select the Inventory->Viewer option from the Configuration Menu to open the Inventory Viewer Window.

Configuration Data Viewer From Inventory Viewer window, it needs to check Configuration option in order to load tree data. Loading of tree data is performed before data is showed in the window, with the relative progress bar. The following window is showed as soon as this operation is completed.

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Figure 11 Configuration Viewer Window

The tree shows Server and the four equipment types Configuration Data available for: •

MINI-LINK E-Micro

•

MINI-LINK E

•


•

MINI-LINK SAU

These are nodes for all equipments ServiceOn Microwave has collected Configuration data for. Moreover the window status bar shows the following information: •

ServiceOn Microwave logged in user profile (Read, Read Write).

•

Type of collected data (Configuration).

•

Viewed collection (Last Collection or Collection differences).

•

Number of NE not inventoried.

This information is related to the NEs configured in ServiceOn Microwave on which a configuration data collection is possible. For each NE selected, the ‘Last successfully collection’ time information is shown.

NOTICE

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If the Inventory Configuration job has been scheduled on a MINI-LINK E Adapter, the Configuration data collection for all NEs belonging to this MLE Adapter will be shown.

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See Also: Schedule Jobs

When a MINI-LINK E, E-Micro or SAU NE is selected in the tree, its Configuration data are shown in the grid on the right side of the form. The first column of the grid contains Configuration parameter names and the second one contains Values. When a MINI-LINK Traffic Node NE is selected in the tree, five tabs appear in the right side of the form, showing the following data: •

General Data

•

PPP Configuration

•

Static Routing Configuration

•

OSPF Area Configuration

•

Ethernet Configuration

When a MINI-LINK Traffic Node NE is expanded in the tree, a list of Radio Terminal is showed. The Radio Terminal name is built in the following way: Near end terminal: 1+0: 1/P+, where P = MMU slot position. For example MMU in slot 2 -> “1/2+” 1+1 (2 board): P = “x+y” where x = the slot position of the first MMU and y = the slot position of the second MMU. For example MMU in slot 2 and 3 -> “1/2+3” 1+1 (3 board): P = “x+y+z” where x = the slot position of the first MMU and y = the slot position of the second MMU and z 0 the slot position of the SMU. For example MMU in slot 2 and 3 and SMU in slot 4 -> “1/2+3+4” 2/1553-AOM 901 015/3 Uen E

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Far end terminal: 1+0: Fx/1+ 1+1 (2 board): Fx/1+2 1+1 (3 board): Fx/1+2+3 Depending on terminal protection in the near end, x above is the slot for: •

Near end MMU (Unprotected)

•

Near end MMU in lowest slot of the terminal (2 board protection)

•

Near end SMU (3 board protection)

Selecting a Radio Terminal in the tree, its configuration data are shown in the grid on the right side of the window. The first column of the grid contains Configuration parameter names and the second one contains Values. The list of Configuration parameter will be different depending from the type of MMU2 being in the Traffic Node: classic MMU2 or MMU2 B/C. The configuration parameters contain also the field Validity that can be 1 if the collection has finished correctly or 0 if some error occurred during the last collection. In particular the Validity field can be 0 either on all the elements, if the whole collection has failed, or only on Radio Terminal if some errors occurred during the collection on such elements. Configuration File menu The items listed in the File menu are showed in the following figure.

Figure 12 File menu

Configuration Edit menu The items listed in the Edit menu are showed in the following figure.

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Figure 13 Edit menu

Configuration View menu The items listed in the View menu are showed in the following figure.

Figure 14 View menu

3.2.2.3

Configuration Data MINI-LINK Traffic Node Terminals Data

Table 1MINI-LINK TN Configuration data for Radio Terminal (MMU2 or SMU2 type)

Fieldname

Format

Terminal ID Equipment Type

Text string Radio Terminal Name Text string The type of equipment

Protection Mode

Text string The equipment protection mode

Traffic Rate Far End ID Far End Type

Text string Configured traffic Text string ID of the far end terminal Text string The type of far end equipment

Active Radio

Text string Indicates the Active Radio

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Description

Example 1/6+7+8 Can be: MLTN_1+0, MLTN_1+1 Can be: 1+0, 1+1Hot or , 1+1Work 2x2, 16xDS1 etc 001B Can be: MLE_1+0, MLE_1+1, MLTN_1+0, MLTN_1+1, E_Micro Can be: 1, 2, B, 83


Fieldname

Format

Frequency Band Ra1 Text Frequency Index Ra1 Text Frequency Band Ra2 Text Frequency Index Ra2 Text Channel Spacing Text TX Frequency Ra1 Text

string string string string string string

Description

RAU Frequency Band Ra1 RAU Frequency sub-band Ra1 RAU Frequency Band Ra2 RAU Frequency sub-band Ra2 Channel Spacing (MHz) Transmitting Frequency Ra1 (MHz)

TX Frequency Ra2

Text string Transmitting Frequency Ra2 (MHz)

RX Frequency Ra1

Text string Receiving Frequency Ra1 (MHz)

RX Frequency Ra2

Text string Receiving Frequency Ra2 (MHz)

TX Attenuator Ra1 TX Attenuator Ra2 Output Power Ra1

Text string Tx Attenuator value for Ra1 (dB) Text string Tx Attenuator value for Ra2 (dB) Text string Current output power Ra1 (dBm)

Output Power Ra2

Text string

Remote Controlled Output Power Ra1

Text string


Text string

Configured Output Power Ra1 Configured Output Power Ra2 Input Power Ra1 Input Power Ra2 ATPC Enabled

Text string

ATPC Max Output Power Ra1 ATPC Max Output Power Ra2 ATPC Target Input Power Ra1 84

Example 1 -> Ra1, 2 -> Ra2, B -> both, Radio are transmitting (1+1 Work) 15, 23 25, 58 15, 23 25, 58 3.5, 7, 14 14950.00, 15006.00 14950.00, 15006.00 14530.00, 14586.00 14530.00, 14586.00

Can be also OFF, STANDBY Current output power Ra2 (dBm) Can be also OFF, STANDBY Indicates if the output power is set Can be: remotely for Ra1 NA, ON, OFF Indicates if the output power is set Can be: remotely for Ra2 NA, ON, OFF Configured output power for Ra1 (dBm) 18

Text string Configured output power for Ra2 (dBm) 18 Text string Current input power Ra1 (dBm) Text string Current input power Ra2 (dBm) Text string Indicates if ATPC is enabled or not

-48.5 -48.5 Can be NA, ON, OFF Text string Configured ATPC Max Output Power for 17 Ra1 (dBm) Text string Configured ATPC Max Output Power for 17 Ra2 (dBm) Text string Configured Target Input Power (dBm) -65 for the far end Ra1 2/1553-AOM 901 015/3 Uen E


Fieldname

Format

Description

ATPC Target Input Power Ra2 Radio ID Check

Text string Configured Target Input Power (dBm) for the far end Ra2 Text string Indicates that there is a check to eliminate reception of traffic from any other radio but the correct far-end radio.

AGC Alarm Threshold Text string AGC Alarm Threshold for Ra1 (dBm) Ra1 AGC Alarm Threshold Text string AGC Alarm Threshold for Ra2 (dBm) Ra2 BER Alarm Threshold Text string BER alarm threshold

Example -65 Can be: NA, ON, OFF

Can be: 10-3, 10-4, 10-5, 10-giu Can be: Fan Unit, MXU Unit, ETU Unit, Unknown Can be: Fan Unit, MXU Unit, ETU Unit, Unknown

Auxiliary Input1

Text string Auxiliary unit whose alarm is handled by MMU Ra1

Auxiliary Input2

Text string Auxiliary unit whose alarm is handled by MMU Ra2

Site ID Hop Side ID

Text string Site_ID from NE terminal properties Text string Hop_Side_ID from NE terminal properties Text string Hop_ID ID from NE terminal properties Text string Far_Hop_Side_ID from NE terminal properties Text string Sub-network id of the terminal Text string Description from NE terminal properties Text string Traffic_Rate_Description from NE terminal properties Text string Value 1 if collection valid, 0 otherwise Can be: 0 1

Hop ID Far Hop Side ID Subnet ID Description Traffic Rate Description Validity

Table 2 MINI-LINK TN Configuration data for Radio Terminal (MMU2 B/C type)

Fieldname

Format

Description

Example

Terminal_ID Equipment Type

Text string Text string

ID of the MINI-LINK Terminal The type of equipment

Protection Mode Admin Status

Text string

The equipment protection mode

001A Can be: Unknown, MLE, MMU2, MMU2 B/C Can be: 1+0, 1+1 Hot standby,

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Fieldname

Format

Capacity

Text string

Capacity Capability

Text string

Modulation

Text string

Access Server Port

Text string

Description

Example

1+1 Working standby, 1+1 Hot standby s. d., 1+1 Working standby s. d. , (s. d. stands for space diversity) Traffic capacity for terminal. Unknown, 2xE1 , 4xE1, E2, 2xE2, E3+E1, 2xE3, 4xE3, 4xDS1, 8xDS1, 16xDS1, 17xDS1, STM-0, STM-1 Binary AND on contained MMUs and E1, RAUs capability 2xE1, 4xE1, E2, 2xE2, E3+E1, 2xE3, 4xE3, 4xDS1, 8xDS1, 16xDS1, 17xDS1, STM-0, STM-1 Modulation method for terminal. Unknown C-QPSK, This is only settable when according 16-QAM, to xfTermModulationCapability. 128-QAM rlXfMLTN: Not available, 3002/4002, Access server port used to reach far 3021/4021 end terminals of type rlMLE or rlXfMLE, else notAvailable (1). rlXfMLE: Access server port used to reach a near end terminal of type rlXfMLE .

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Fieldname

Format

Description

Example

Far End Terminal Name Far End ID

Text string

Remote Terminal Name

F6/1+

Text string

Far End Type

Text string

Remote ID Check

Text string

Expected network identity for remote For Default terminal. "TRMB"; 001A Remote Terminal Type Can be: Unknown, MLE, MMU2 MMU2 B/C Check of remote terminal ID. Other, Enable, Disable Threshold for BER alarm. other(not settable) , ber1e-3 , (default), ber1e-4 , ber1e-5 , ber1e-6 Notification suppress timer for 0 -1000 (default Protection alarms. Unit: seconds. 200)

BER Alarm Threshold Text string

Fade Notification Timer

Text string

Output Power Admin Text string Status

Configured output power mode

ATPC Capability

Text string

ATPC capability for the terminal, calculated as worst capability for all units contained in the terminal.

Protection RAU1 Instance

Text string

The textual name of the interface RAU1.

Text string

entPhysicalIndex for RAU1 The textual name of the interface RAU2.

Active TX Radio

Text string

entPhysicalIndex for RAU2. Active radio setting. Inherit actual setting in manual mode.

Switch Revertive TX

Text string

Preferred Tx Radio.

Protection RAU2 Instance

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Other; RTPC, ATPC, Local Control, RA1 Local Control RA2 RTPC, RA1 RTPC, RA2 Local Control Other, No ATPC, Support, Does not exist, ATPC , Capability , Unknown, Supports , ATPC 2,12E+09

Tx Radio1, Tx Radio2, Tx Radio1 and Tx , Radio2 Tx Radio1, Tx Radio2, 87


Fieldname

Format

Equipment Protection Text string Active Unit

Equipment Protection Text string Mode

Description This object indicates the active unit in respect to the TDM switch to the backplane. It can be used to perform an equipment protection switch. At creation of the EquipmentProtection is object indicates which unit is active at creation. At a node cold restart unit 1 will always be the active one. This object applies for all switches involved in this protection, i.e. equipment protection switches, line protection switches and specific switches like the Tx Radio switch. The protection switches can be set into two modes:

Example Off Unit1 Unit2

Automatic, manual

Automatic: a switch will be performed upon a Signal Failure (SF)/Signal Degrade (SD) or equipment failure if the other line interface/unit is OK.

Switch Interface Text string Name Switch Admin Status Text string

Switch Line Protection Status

Text string

Manual: no switch due to SF/SD or equipment failure will be performed. The switches are locked. Switch Interface Name 1/6+7/1 Switch Admin Status

Switch Line Protection Status Extension to xfLineProtectionStatus for the Switch

Switch Line Protection Working RX

Text string

RAU1 Instance

Text string

RAU1 Admin Status

Text string

RAU1 ATPC Capability Text string

88

UP, Down, Testing Hitless Phase; TX Switch Over; Remote Tx Switch Over

This object indicates the number of 1 line switches since last node warm/cold restart or protectioManual switches are included. This counter can be reseted using xfTermPerfReset The textual name of the interface 1/6.1 RAU1. RA1 Admin Status

UP, Down, Testing ATPC capability for the terminal RA1, Other, calculated as worst capability for all units contained in the terminal. No Atpc, Support, Does Not Exist,

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Fieldname

Format

Description

Example Atpc, Capability , Unknown, Supports, Atpc

RAU1 Local Text string Controlled Capability

Indicates in the radio RA1 supports local transmit power control.

RAU1 Modulation Capability

Text string

Modulation Capability method for RA1 terminal.

RAU1 Freq Band RAU1 Freq Index RAU1 Temperature

Text string Text string Text string

RAU Frequency Band Ra1 RAU Frequency sub-band Ra1 Temperature in °Celsius inside radio RA1 Indicates what radio path the radio RA1 belongs to.

RAU1 Protection Path Text string

RAU2 Instance

Text string

RAU2 Admin Status

Text string

RAU2 ATPC Capability Text string

RAU2 Local Text string Controlled Capability

The textual name of the interface RAU2. RA2 Admin Status

Other, No Local -Control , Support, Supports Local Contol 0..255 0.255 -127..127 Other, Rau Ra1, Rau Ra2 1/7.1

UP, Down, Testing ATPC capability for the termina RA2, Other, calculated as worst capability for all No Atpc , units contained in the terminal. Support, Does Not Exist, Atpc , Capability , Unknown, Supports, Atpc Indicates in the radio RA2 supports Other, local transmit power control. No Local -Control , Support, Supports Local Contol Modulation Capability method for RA2 terminal.

RAU2 Modulation Capability

Text string

RAU2 Frequency Band RAU2 Frequency Index RAU2 Frequency Temperature RAU2 Protection Path

Text string

RAU Frequency Band Ra2

0..255

Text string

RAU Frequency sub-band Ra2

0..255

Text string

Temperature in °Celsius inside radio -127..127 RA2 Indicates what radio path the radio Other, RA2 belongs to. Rau Ra1, Rau Ra2

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Text string

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Table 3 MINI-LINK TN Configuration data for Radio Terminal (MMU2 B/C type) part 2

Fieldname

Format

RF1 Instance

Text string The textual name of the interface RF1. Text string RF1 Admin Status

RF1 Admin Status

Description

RF1 Base TX Frequency Text string TX frequency in kHz when frequency step number is 0 (zero) for RF1. RF1 Base RX Frequency Text string RX frequency in kHz when frequency step number is 0 (zero) for RF1. RF1 Step Size Text string Frequency step size in kHz for RF1. RF1 Step Limit Low Text string Lowest allowed frequency step number for RF1. RF1 Step Limit High Text string Highest allowed frequency step number for RF1. RF1 Current Step Text string Current frequency step number. Number 0 = RF frequency not yet defined. (default)

RF1 TX Oper Status

Text

RF1 TX Admin Status

Text

RF1 Current Output Power RF1 Min Output Power RF1 RF1 Max Output Power

Text Text Text

RF1 Select Output Power Text RF1 ATPC Min Output Power RF1 ATPC Max Output Power RF1 ATPC Min Input Power Far End 90

Text Text Text

Example 1/6.1/1 UP Down; Testing 0..4294967295

0..4294967295

0..655335 0..655335 0..655335 0..655335

Changing the far end values will result in loss of connection to far end. No confirm is supported in the far end. This is similar to the current MLE behavior. The set step number needs to be remembered and the near end has to be set to the same frequency to restore the connection. string The actual status of transmitter for Other, RF1 TX Off, TX On, TX Standby string The desired status of transmitter for Other, RF1 TX Off, TX On string Output power in dBm including -100..35|255 attenuator for RF1. string Min output power in dBm including -100..35|255 attenuator for RF1. string Max output power in dBm including -100..35|255 attenuator for RF1. string Selected output power in dBm -100..35|255 including attenuator for RF1. string Min output power in dBm in ATPC -100..35|255 mode for RF1. string Max output power in dBm in ATPC -99..-30|255 mode for RF1. string Min input target level [dBm] for Far -99..-30|255 End radio in ATPC mode for RF1. 2/1553-AOM 901 015/3 Uen E


Fieldname

Format

Description

RF1 ATPC Select Input Power Far End

Text string Selected input target level [dBm] for Far End radio in ATPC mode for RF1. RF1 Attenuator Text string Attenuator value in dB for fixed output power attenuator mounted in RF1 radio. RF1 Current Input Power Text string RF1 input level = value/10 dBm, RF1 Input Alarm Text string RF input level threshold Threshold RF2 Instance Text string The textual name of the interface RF2. RF2 Admin Status Text string RF2 Admin Status

Base_TX_Frequency_RF2 Text string TX frequency in kHz when frequency step number is 0 (zero) for RF2. RF2 Base RX Frequency Text string RX frequency in kHz when frequency step number is 0 (zero) for RF2. RF2 Step Size Text string Frequency step size in kHz for RF2. RF2 Step Limit Low Text string Lowest allowed frequency step number for RF2 RF2 Step Limit High Text string Highest allowed frequency step number for RF2. RF2 Current Step Text string Current frequency step number. Number 0 = RF frequency not yet defined. (default)

RF2 TX Oper Status

Text

RF2 TX Admin Status

Text

RF2 Current Output Power RF2 Min Input Power

Text

RF2 Max Output Power

Text

Text

RF2 Select Output Power Text

2/1553-AOM 901 015/3 Uen E

Example -99..-30|255

0..100|255

-999...-200 -99..-30 1/7.1/1 UP Down; Testing 0..4294967295

0..655335

0..655335 0..655335 0..655335 Other, TX Off, TX On, TX Standby

Changing the far end values will result in loss of connection to far end. No confirm is supported in the far end. This is similar to the current MLE behavior. The set step number needs to be remembered and the near end has to be set to the same frequency to restore the connection. string The actual status of transmitter for Other, RF2 TX Off, TX On string The desired status of transmitter for -100..35|255 RF2 string Output power in dBm including -100..35|255 attenuator for RF2 string Min output power in dBm including -100..35|255 attenuator for RF2. string Max output power in dBm including -100..35|255 attenuator for RF2. string Selected output power in dBm -100..35|255 including attenuator for RF2.

91


Fieldname

Format

Description

RF2 ATPC Min Output Power RF2 ATPC_Max Output Power RF2 ATPC Min Input Power Far End RF2 ATPC Selected Input Power Far End

Example

Text string Min output power in dBm in ATPC mode for RF2. Text string Max output power in dBm in ATPC mode for RF2. Text string Min input target level [dBm] for Far End radio in ATPC mode for RF2. Text string Selected input target level [dBm] for Far End radio in ATPC mode for RF2. RF2 Attenuator Text string Attenuator value in dB for fixed output power attenuator mounted in RF2 radio. RF2 Current Input Power Text string RF1 input level = value/10 dBm, RF2 Input Alarm Text string RF input level threshold Threshold RAU IF1 Interface Name Text string Interface Name RAU_IF1 RAU IF1 Admin Status Text string RAU_IF1 Admin Status

RAU IF2 Interface Name Text string Interface Name RAU_IF2 RAU IF2 Admin Status Text string RAU_IF2 Admin Status

Validity

Text string Value 1 if collection valid, 0 otherwise

-99..-30|255 -99..-30|255 -99..-30|255 0..100|255

-999..-200

-99..-30 0..4294967295 ######## UP, Down, Testing ######## UP, Down, Testing Can be: 0 1

Table 4 MINI-LINK TN Configuration general data

Fieldname

Format

Description

Example

Name

Text string

Name of the MINI-LINK Terminal

Location Contact DCN Host Name


Location of the type of equipment Contact of the type of equipment DCN host name

DCN Host Address DCN Subnet Mask DCN Default Gateway DCN Domain DCN DNS Server1 DCN DNS Server2 DCN DNS Server3 DCN NTP Server DCN DHCP Address Validity

Text string Text string Text string Text string Text string Text string Text string Text string Text string Integer

DCN host address DCN subnet mask DCN Default Gateway DCN Domain DCN DNS Server1 DCN DNS Server2 DCN DNS Server3 DCN DNS Server DCN DHCP Address Value 1 if collection valid, 0 otherwise

TN-141-137100-26 location contact TN-141-137100-26 141.137.100.26 255.255.255.0 saudit 141.137.100.10

92

141.137.100.4 Can be:

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0 1

Table 5 MINI-LINK TN Configuration data for Ethernet interfaces

Fieldname

Format

Description

Eth Interface Name IP Address Subnet Mask Enable Notifications

Text Text Text Text

Interface Name IP Address Subnet Mask Indicates whether traps should be generated for this interface.

Speed

Text string

MDI MDIX Mode

Text string

An estimate of the interface's current bandwidth in bits per second indicates RX/TX configuration

Validity

Text string

Value 1 if collection valid, 0 otherwise

string string string string

Example

Enabled, disabled 10000000 Auto, Manual Can be: 0 1

Table 6 MINI-LINK TN Configuration data for OSPF Area

Fieldname

Format

Description

Example

Net Address Subnet Mask Area ID Area Type

Text Text Text Text

Net Address Subnet Mask Identifier of the Area Type of Area

141.137.100.26 0.0.0.0 1.0.0.0 stub area

Validity

string string string string

Integer

Value 1 if collection valid, 0 otherwise

totally stub Area Can be: 0 1

Table 7 MINI-LINK TN Configuration data for PPP interfaces

Fieldname

Format

Description

Example

PPP Interface Name Admin Status


Interface Name Administrative Status

Enable Notifications

Text string

IP Address Validity

Text string Integer

Indicates whether traps should be generated for this interface. IP Address Value 1 if collection valid, 0 otherwise

1/3/1 SC1 Up; Down; Testing Enabled disabled

2/1553-AOM 901 015/3 Uen E

141.137.100.11 Can be:

93


Fieldname

Format

Description

Example 0 1

Table 8 MINI-LINK TN Configuration data for Static Routine

Fieldname

Format

Description

Example

Destination

Text string

Route Mask

Text string

Gateway

Text string

Validity

Integer

The destination IP address of this route Indicate the mask to be logical141.137.100.11 ANDed with the destination address before being compared to the value in the ipCidrRouteDest field. On remote routes, the address of 141.137.100.11 the next system en route; Otherwise, 0.0.0.0. Value 1 if collection valid, 0 Can be: otherwise 0 1

MINI-LINK E Data

Table 9 MINI-LINK E Data

Fieldname

Format

Description

Example




Protection Mode

Text string

The equipment protection mode

Traffic Rate

Text string

Configured traffic

Far End ID Far End Type


ID of the far end terminal The type of far end equipment

IDS In Own AMM

Text string

List of terminal IDs in the own AMM

NCC AM No

Text string

Expanded NCC AM number

IDS In Connected AMM

Text string

List of terminal IDs available on expanded NCC

001A Can be_ MLE_1+0, MLE_1+1 Can be: 1+0, 1+1Hot or 1+1Work 2x2, 16xDS1 etc 001B Can be: MLE_1+0, MLE_1+1, MLTN_1+0, MLTN_1+1, E_Micro 001A-001B501A Can be also INACTIVE 001A-001B501A

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Fieldname

Format

IDS In Connected RTU Text string Active Radio Text string

Description

Example

Frequency Band Ra1 Frequency Index Ra1 Frequency Band Ra2 Frequency Index Ra2 Channel Spacing TX Frequency Ra1

Text Text Text Text Text Text

TX Frequency Ra2

Text string

RX Frequency Ra1

Text string

RX Frequency Ra2

Text string

TX Attenuator Ra1 TX Attenuator Ra2 Output Power Ra1


Output Power Ra2

Text string


Text string


Text string

Configured Output Power Ra1 Configured Output Power Ra2 Input Power Ra1 Input Power Ra2 ATPC Enabled

Text string

List of connected E_Micro terminal IDs E05B-E04B Indicates the Active Radio Can be: 1, 2, B 1 -> Ra1 2 -> Ra2 B -> both Radio are transmitting (1+1 Work) RAU Frequency Band Ra1 15, 23 RAU Frequency sub-band Ra1 25, 58 RAU Frequency Band Ra2 15, 23 RAU Frequency sub-band Ra2 25, 58 Channel Spacing (MHz) 3.5, 7, 14 Transmitting Frequency Ra1 (MHz) 14950.00, 15006.00 Transmitting Frequency Ra2 (MHz) 14950.00, 15006.00 Receiving Frequency Ra1 (MHz) 14530.00, 14586.00 Receiving Frequency Ra2 (MHz) 14530.00, 14586.00 Tx Attenuator value for Ra1 (dB) Tx Attenuator value for Ra2 (dB) Current output power Ra1 (dBm) Can be also OFF, STANDBY Current output power Ra2 (dBm) Can be also OFF, STANDBY Indicates if the output power is set Can be: remotely for Ra1 NA, ON, OFF Indicates if the output power is set Can be: remotely for Ra2 NA, ON, OFF Configured output power for Ra1 (dBm) 18

Text string

Configured output power for Ra2 (dBm) 18


Current input power Ra1 (dBm) Current input power Ra2 (dBm) Indicates if ATPC is enabled or not

ATPC Max Output Power Ra1

Text string

2/1553-AOM 901 015/3 Uen E

string string string string string string

-48.5 -48.5 Can be NA, ON, OFF Configured ATPC Max Output Power for 17 Ra1 (dBm) 95


Fieldname

Format

Description

Example

ATPC Max Output Power Ra2 ATPC Target Input Power Ra1 ATPC Target Input Power Ra2 Radio ID Check

Text string

Configured ATPC Max Output Power for Ra2 (dBm) Configured Target Input Power (dBm) for the far end Ra1 Configured Target Input Power (dBm) for the far end Ra2 Indicates that there is a check to eliminate reception of traffic from any other radio but the correct far-end radio.

17


AGC Alarm Threshold Text string Ra1 AGC Alarm Threshold Text string Ra2 BER Alarm Threshold Text string

AGC Alarm Threshold for Ra1 (dBm)

Local Control

Text string

Indicates if local control, such as setting loops, from the Local Supervision Interface on the MMU, is enabled

Auxiliary Input1

Text string

Auxiliary unit whose alarm is handled by MMU Ra1

Auxiliary Input2

Text string

Auxiliary unit whose alarm is handled by MMU Ra2

E1_1/DS1_1 Traffic Setup

Text string

Traffic setup for the E1:1 (ETSI) or DS1:1 (ANSI) signal

BER alarm threshold

- Alm : Conn to : ANSI

E1_3/DS1_3 Traffic 96

Text string

Text string

-65 Can be: NA, ON, OFF

AGC Alarm Threshold for Ra2 (dBm)

ETSI


-65

Can be: 10-3, 10-4, 10-5, 10-giu Can be: NA, ON, OFF Can be: Fan Unit, MXU , Unit, ETU Unit, Unknown Can be: Fan Unit, MXU, Unit, ETU Unit, Unknown ETSI: E1_1 - Alm: ON - Conn to SUB1 E2_1 ANSI DS1_1 - Alm : ON - Conn to : pos1 TR1a -LI B8ZS 0 40m

- Alm : Conn to : - LI Traffic setup for the E1:2 (ETSI) or DS1:2 (ANSI) signal Format as described in E1_1_DS1_1_Traffic_Setup Traffic setup for the E1:3 (ETSI) or 2/1553-AOM 901 015/3 Uen E


Fieldname

Format

Description

Setup

DS1:3 (ANSI) signal


Format as described in E1_1_DS1_1_Traffic_Setup Traffic setup for the E1:4 (ETSI) or DS1:4 (ANSI) signal






Text string

Text string

Text string

Text string

Text string

Text string

Example

Format as described in E1_1_DS1_1_Traffic_Setup Traffic setup for the E1:5 (ETSI) or DS1:5 (ANSI) signal Format as described in E1_1_DS1_1_Traffic_Setup Traffic setup for the E1:6 (ETSI) or DS1:6 (ANSI) signal Format as described in E1_1_DS1_1_Traffic_Setup Traffic setup for the E1:7 (ETSI) or DS1:7 (ANSI) signal Format as described in E1_1_DS1_1_Traffic_Setup Traffic setup for the E1:8 (ETSI) or DS1:8 (ANSI) signal Format as described in E1_1_DS1_1_Traffic_Setup Traffic setup for the E1:9 (ETSI) or DS1:9 (ANSI) signal

E1_10/DS1_10 Traffic Text string Setup







Format as described in E1_1_DS1_1_Traffic_Setup Traffic setup for the E1:13 (ETSI) or DS1:13 (ANSI) signal Format as described in

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97


Fieldname

Format

Description


E1_1_DS1_1_Traffic_Setup Traffic setup for the E1:14 (ETSI) or DS1:14 (ANSI) signal





E2_1 Traffic Setup

Text string

Format as described in E1_1_DS1_1_Traffic_Setup Traffic setup for the E2:1 signal

Text string

E2_1 - Alm : - Conn to : Traffic setup for the E2:2 signal

Text string

Format as described in E2_1_Traffic_Setup Traffic setup for the E2:3 signal

Text string


Text string


Text string

Format as described in E2_1_Traffic_Setup Traffic setup for the BB1 signal

Text string

BB1 - Alm : - Conn to: Traffic setup for the BB2 signal

E2_2 Traffic Setup

E2_3 Traffic Setup

E2_4 Traffic Setup

E3_1 Traffic Setup

BB1 Traffic Setup

BB2 Traffic Setup

Traffic Routing Active Text string

Site ID Hop Side ID


Hop ID

Text string

98

Example

BB2 - Alm : - Conn to : Indicates if traffic routing is used in AM Can be: (only ETSI) NA ON OFF Site ID from NE terminal properties Hop_ Side_ID from NE terminal properties Hop_ID ID from NE terminal properties 2/1553-AOM 901 015/3 Uen E


Fieldname

Format

Description

Far Hop Side ID

Text string

Subnet ID Description Traffic Rate Description Validity


Far_Hop_Side_ID from NE terminal properties Sub-network id of the terminal Description from NE terminal properties Traffic_Rate_Description from NE terminal properties Value 1 if collection valid, 0 otherwise Can be: 0 1

Text string

Example

MINI-LINK SAU DATA

Table 10 MINI-LINK SAU Data

Fieldname

Format

Description

Terminal ID Equipment Type IDS In Own AMM


ID of the MINI-LINK Terminal The type of equipment List of terminal IDs in the own AMM

NCC AM No

Text string

IDs In Connected EAC Text string

IDS In Connected Text string AMM IDS In Connected RTU Text string RAC1 Active

Text string

RAC1 Remote ID

Text string

RAC1 Interface

Text string

RAC2 Active

Text string

RAC2 Remote ID

Text string

RAC2 Interface

Text string

User1 I\O Config

Text string

2/1553-AOM 901 015/3 Uen E

Example

001A MLE_SAU 001A-001B501A Expanded NCC AM number Can be also INACTIVE List of terminal IDs connected to the A001-C001 EAC (External Alarm Channel) bus at the same site List of terminal IDs available on 001A-001Bexpanded NCC 501A List of connected E_Micro terminal E05B-E04B IDs Indicates if the RAC1 (Remote Alarm Can be: Channel) is enabled NA ON OFF Terminal ID of the SAU at the farend of the RAC Type of interface Can be: RS232 or G.703 Indicates if the RAC2 (Remote Alarm Can be: Channel) is enabled NA ON OFF Terminal ID of the SAU at the farend of the RAC Type of interface Can be: RS232 or G.703 User Input port configuration User IN Status : NO Sev. : critical -

99


Fieldname

Format

Description

Example

Status : <(NO/NC)> - Sev. : NO = Normally Open

User2 I\O Config

User3 I\O Config

User4 I\O Config

User5 I\O Config

User6 I\O Config

User7 I\O Config

User8 I\O Config

User9 I\O Config

Text string

NC = Normally Closed User Input port configuration

Text string

Format as described in User1_IO_Config User Input port configuration

Text string


Text string


Text string


Text string


Text string


Text string

Format as described in User1_IO_Config User Input/output port configuration User IN - Status NO - Sev. : critical IN: User OUT Status : NC - Status : Source A-Alarm <(NO/NC)> - Sev. : OUT: - Status : <(NO/NC)> - Source <(A-alarm, BAlarm, A or B Alarm - P-mark remote)> NO = Normally Open

User10 I\O Config 100

Text string

NC = Normally Closed User Input/output port configuration 2/1553-AOM 901 015/3 Uen E


Fieldname

Format

Description

User11 I\O Config

Text string

User9_IO_Config User Input/output port configuration

User12 I\O Config

Text string

Example

Format as described in User9_IO_Config User Input/output port configuration User IN Status : NO Sev. : critical IN: User OUT status : NC - Status : <(NO/NC)> - Sev : OUT: - Status : <(NO/NC)> - Source Remote NO = Normally Open

Digital Service Channel1_1

Digital Service Channell_2

Digital Service Channel1_ 3

Digital Service Channel1_ 4

Digital Ana Service Channel2_ 1

2/1553-AOM 901 015/3 Uen E

Text string

Text string

Text string

Text string

Text string

NC = Normally Closed Digital Service Channel configuration:

ID E00a - Alm : ON - Conn. xxx

ID - Alm : - Conn Digital Service Channel configuration: Format as described in Dig_Service_Chan1_1 Digital Service Channel configuration: Format as described in Dig_Service_Chan1_1 Digital Service Channel configuration: Format as described in Dig_Service_Chan1_1 Service channel configuration Digital:

Digital ID E00a - Alm : ON - Conn. xxx

ID
Analog:

101


Fieldname

Format

Description

Example

channel 2> - Alm : - Conn Conn BR: ON BR1 Out 11 Conn BR2: ON Analog (SAU exp 2 only): BR2 Out 11




Text string

ID -Conn. - Tel. - Conn BR1 : - BR1 Out < output level on the branching port>- Conn BR2 : - BR2 Out < output level on the branching port> Service channel configuration

Text string

Format as described in Dig_Ana_Service_Chan2_1 Service channel configuration

Text string

Format as described in Dig_Ana_Service_Chan2_1 Service channel configuration

Site ID Hop Side ID


Hop ID

Text string

Far Hop Side ID

Text string

Subnet ID Description


Traffic Rate Description Validity


Format as described in Dig_Ana_Service_Chan2_1 Site_ID from NE terminal properties Hop_Side_ID from NE terminal properties Hop_ID ID from NE terminal properties Far_Hop_Side_ID from NE terminal properties Sub-network id of the terminal Description from NE terminal properties Traffic_Rate_Description from NE terminal properties Value 1 if collection valid, 0 Can be: otherwise 0 1

MIN-LINK E MICRO DATA

Table 11 MINI-LINK E Micro Data

Fieldname

Format

Description

Example




E00A E_Micro

102

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Fieldname

Format

Description

Example

Protection Mode Traffic Rate


The equipment protection mode Bit rate (Mbps)

Far End ID Far End Type


ID of the far end terminal The type of far end equipment

IDS Connected To NCC1

Text string

IDS Connected To NCC2

Text string

Freq Band Freq Index Channel Spacing TX Freq RX Freq Output Power Configured Output Power Input Power Radio ID Check

Text Text Text Text Text Text Text

List of terminal Ids on NCC1 (other MINI-LINK E-Micro terminals connected to the same NCC bus) List of terminal Ids on NCC2 (other MINI-LINK E-Micro terminals connected to the same NCC bus) RAU Frequency Band RAU Frequency sub-band Channel Spacing (MHz) Transmitting Frequency (MHz) Receiving Frequency (MHz) Current output power (dBm) Configured output power for Ra1 (dBm) Current input power (dBm) Indicates that there is a check to eliminate reception of traffic from any other radio but the correct farend radio.

1+0 Can be: 2 or 2x2 E00B Can be: MLE_1+0, MLE_1+1, MLTN_1+0, MLTN_1+1, E_Micro 001A-001B501A

string string string string string string string


AGC Alarm Threshold Text string BER Alarm Threshold Text string

E1 1 Alarm Enable

Text string

E1 2 Alarm Enable

Text string

E1:1 Long Haul

Text string

2/1553-AOM 901 015/3 Uen E

001A-001B501A 15, 23 25, 58 3.5, 7, 14 23230.00 22222.00 5 5

Can be: NA ON OFF

AGC Alarm Threshold (dBm) BER alarm threshold

Can be: 10-mar 10-apr 10-mag 10-giu Indicates if input alarm detector for Can be: E1:1 traffic signal is enabled NA ON OFF Indicates if input alarm detector for Can be: E1:2 traffic signal is enabled NA ON OFF Indicates if traffic interface Can be: sensitivity is enabled for E1:1 traffic NA signal ON OFF (Long haul is activated if cables are longer than specified in G.703) 103


Fieldname

Format

Description

E1:2 Long Haul

Text string

Site ID Hop Side ID


Hop ID

Text string

Far Hop Side ID

Text string

Subnet ID Description


Traffic Rate Description Validity

Text string

Indicates if traffic interface Can be: sensitivity is enabled for E1:2 traffic NA signal ON OFF (Long haul is activated if cables are longer than specified in G.703) Site_ID from NE terminal properties Hop_Side_ID from NE terminal properties Hop_ID ID from NE terminal properties Far_Hop_Side_ID from NE terminal properties Sub-network id of the terminal Description from NE terminal properties Traffic_Rate_Description from NE terminal properties Value 1 if collection valid, 0 Can be: otherwise 0 1

3.2.2.4

Text string

Example

Configuration Data Differences It is possible to display the Configuration data differences between last and previous collection by selecting Configuration Differences in View menu. Then the tree is reloaded according to the changing NEs. The tree will show: •

Added equipments

•

Removed equipments

•

Equipments that have Configuration data changed.

The following figure shows the aspect of Configuration Data Viewer after Configuration Differences selection.

104

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Figure 15 Configuration Differences view

In the grid there is a column for data belonging to last collection and another one for data belonging to previous collection. In the tree, the NE icons are modified in order to distinguish visualization of added and deleted NEs. The icons of deleted NE (Custom and not) show a red cross, while the icons of added NE (Custom and not) show a green check symbol.

NOTICE

The NE Configuration Differences view reports the data collection aligned with the SOM server real data up to previous 4 hours (in the worst case).

For MINI-LINK Traffic Node data (General Data, PPP, Static Routing, OSPF Area and Ethernet) the current value and the previous value will appear in two distinct rows of the data grid: the current value will have the character l in the field Status, while the previous the character p.

3.2.2.5

Configuration Data Refresh Selecting Refresh item in View menu, or F5 key, the operator can reload collection data from database. This allows user to realign the displayed hierarchy with the content of the database

3.2.2.6

Configuration Find Object Selecting Find item in Edit menu operator can find items in the tree. When Find Next button is pressed the tree is expanded at the level of the found item. The search is done among the entire tree.

3.2.2.7

Print/Save Configuration Data Report When the user selects Print item in File menu, Configuration data is printed for currently selected equipment.

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105


Selecting Save As and Print items in File menu, the operator can save and print Configuration data. Save As and Print options are applied to Configuration data for all equipments. This data includes last and previous collection data if operator is viewing differences. The available formats when saving data are xml and csv. In the first case the tag structure of the xml file is: •

A tag for each Network Element (the name change according to the equipment type)

- ± ± ± ± ± ± •

For each MINI-LINK E, E Micro and SAU Network Element, a hierarchic tag structure with parameters collected

- IMACLT02 NE012 0100 0100 MLE_1+0 1+0 2x2 0101 MLE_1+0 Inactive 1 18 18 7 106

2/1553-AOM 901 015/3 Uen E


19500 18490 0 5 ON NA 5 -50.6 OFF ON -70 10-3 ON Fan unit 2/1553-AOM 901 015/3 Uen E

107


BB1 - Alm: ON - Conn to: pos1 TR1A BB2 - Alm: OFF - Conn to: pos1 TR1B OFF 3 •

Tags for general information like Server Name and Network Element ID (NodeName and ID field)

•

A tag for the date of the last successful collection (UpdateDate field)

•

A tag showing if the collection is the last or the previous (Status field)

•

For each MINI-LINK Traffic Node Network Element a first level of hierarchic tag structure: Tags for general information like Server name, Network Element ID and Alias (NodeName, NEID, NEAlias fields) A second level of hierarchic tag structure for each type and for each instance of data collected (General data, PPP Inteface, Static Route, OSPF Area, Ethernet Interface, Radio Terminal (MMU2 or SMU2) and Radio Terminal (MMU2 B/C)

- IMACLT02 NE006 NE006 ± 108

2/1553-AOM 901 015/3 Uen E


± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± In the case of csv file format, max 10 files are saved, whose names starting with the name entered in the dialog window, one for each MINI-LINK E, MINI-LINK E-Micro, MINI-LINK SAU equipment type, and 7 for MINI-LINK Traffic Node equipment (General Data, PPP Configuration, Static Routing Configuration, OSPF Area Configuration, Ethernet Configuration, Radio Terminal (MMU2 or SMU2) and Radio Terminal (MMU2 B/C)). If, for example, the name ConfigurationReport is written in File Name field, the file names will be ConfigurationReport_MLE_, ConfigurationReport_E_MICRO_, ConfigurationReport_SAU_, ConfigurationReport_TN_GEN_, ConfigurationReport_TN_PPP_, ConfigurationReport_TN_SR_, ConfigurationReport_TN_OSPF_, ConfigurationReport_TN_ETH_, ConfigurationReport_TN_RT_MMU2_,ConfigurationReport_TN_RT_MMU2BC_ and at the end of these names and before the extension there is the saving date. When the user selects Print item, data showing the grid are printed.

See Also: Inventory Viewer, Configuration Find Object 3.2.3

Inventory Log Inventory Log process creates a Log file on the ServiceOn Microwave Server where the inventory collection has been started logging the following information:

2/1553-AOM 901 015/3 Uen E

•

NE identifier, NE Type and NE Alias

•

Collection Type (inventory or configuration)

109


•

Date and time of the start (and stop) collection

•

Collection result for every NE

•

Reason (for example in case of collection failure the cause is reported).

Inventory Log Viewer application allows visualization and manipulation of the Log file. Moreover it is possible to save the Log in a CSV and/or XML file format under a user configurable directory.

3.2.3.1

Startup Inventory Log

PATH:

(Configuration-Inventory-Log Viewer) To launch the Inventory Log Viewer using the Menu/Tool Bar: 1.

Select the Inventory->Log Viewer option from the Configuration Menu to open the Inventory Log Viewer Window.

The following window is shown as soon as Inventory Log Viewer application is launched.

110

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Figure 16 Inventory Log Viewer initial window

At the end of the loading process the grid shows the following inventory log information: •

NE Alias

•

NE identifier

•

NE Type

•

Collection Type (INV or CFG)

•

Log Date/Time of the start (and stop) collection

•

Collection result for every NE

•

Reason (for example in case of collection failure the cause is reported).

Paging buttons are available if more than 200 items are listed in the grid. The window status bar shows the following information: •

Current Operation ("Ready", "Getting Data…", "Connecting to Server…", "Saving file…", "Opening file…", "Connection Lost!", "Server unavailable!")

•

ServiceOn Microwave user logged (Read, Read Write)

•

Filter status ("Filter : OFF" or "Filter : ON"). If filter is active tool tips shows current filter.

The window title bar shows the following information:

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111


3.2.3.2

•

If the application is connected to a ServiceOn Microwave server the name of server ("ServiceOn Microwave - Inventory Log - ")

•

If the application is disconnected to a ServiceOn Microwave server the full path name of the opened local file ("ServiceOn Microwave Inventory Log - ")

Inventory Log File Menu

The items listed in the File menu are showed in the following figure

Figure 17 File menu

Open Log File Selecting the Open item in the File menu the user can load a local log file previously saved. In this case the application disconnects itself from the ServiceOn Microwave server if the user selects Yes when the following dialog box is showed.

Figure 18 Confirm Open File dialog box

If the user selects No the operation is aborted and no file will be loaded. Clear Current Log Selecting the Clear Log item in the File menu, the user can delete Inventory log file on ServciceOn Microwave server. If the ServciceOn Microwave logged user has not a “Read Write” profile, a dialog box is showed and the log file is not deleted.

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Save Log File Selecting the Save As item in the File menu, the user can save Inventory log information in a local file. The saved data are filtered if filters are applied. The available formats when saving data are xml and csv.

Exit Selecting the Exit item in the File menu, the user can confirm exit by pressing Yes in the dialog box that pops up.

3.2.3.3

Inventory Log Edit Menu The items listed in the Edit menu are showed in the following figure.

Figure 19 Edit menu

Inventory Log Find Item Selecting the Find item in the Edit menu, the following dialog box is showed.

Figure 20 Find window

The user can set the following options: •

Match case : if checked the search distinguishes between uppercase and lowercase characters.

•

Find all pages : if checked the search proceeds in all pages of the grid.

•

Find in : if checked, combo box control is enabled and it is possible select a field to search in the specified field only.

•

Direction : Up specifies to search toward the end of the grid. Down specifies to search toward the beginning of the grid.

Find Next button starts the search into the grid using the selected options. Cancel button closes the window. 2/1553-AOM 901 015/3 Uen E

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Inventory Log Delete Item If a saved local file is opened, the user can delete one or more selected rows in the grid selecting the Delete item in the Edit menu (or selecting the Delete item from popup menu of the grid). If no rows are selected a dialog box is showed.

3.2.3.4

Inventory Log View Menu The items listed in the View menu are showed in the following figure.

Figure 21 View menu

Inventory Log Filter Selecting the Filter -> Configure item in the View menu, the following dialog box is showed.

Figure 22 Field Filter window

The user can click on Add and Remove buttons in order to add or remove conditions to the filter. Conditions on the same attribute are concatenated using OR operator. Conditions on different attributes are concatenated using AND operator and added in new lines. Moreover the user can click on Date/Time Filter tab, the following dialog box is showed.

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Figure 23 Date and Time Filter window

The user checking the option Use this Filter can add a Date/Time condition to the filter. Clicking on the OK button filter is saved, the grid is reloaded showing filtered data and the Filter -> Enable item in the View menu is automatically checked and in the status bar Filter : ON is showed to inform the user that filters have been configured.

Figure 24 Filter enabled

The user can disable filters by deselecting the Filter -> Enable item in View menu. As soon as the item is deselected the grid is reloaded to get unfiltered data and in the status bar Filter : OFF is showed.

3.2.3.5

Inventory Log Data refresh Every time log file is modified a Refresh needed message is showed in the status bar.

Figure 25 Refresh needed message

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When the application is connected to a ServiceOn Microwave server, selecting the Refresh item in the View menu the user can reload collection data from server. This allows the user to realign the content of the grid. If the application is disconnected from a ServiceOn Microwave server and a local file is loaded, a dialog box is showed to confirm the operation.

See Also: Inventory Log 3.2.4

Jobs

PATH:

(Configuration-Jobs) This option allows to schedule/view/abort new jobs in order to set time, get NE data and backup NE data automatically, at fixed times.

See Also: Configuration 3.2.4.1

View Jobs

PATH:

(Configuration-Jobs-View) This option displays information about the actual jobs that are scheduled within the EM database; the possibility to abort those jobs is also available by this window. Within the View Configuration Jobs window, two different kinds of job state are present: WAIT Jobs not started yet. RUN Jobs already started, running during their execution period.

NOTICE

The ID is a sequential job identifier assigned by the EM. To Display Active Jobs: 1.

Select one or more jobs from the list.

2.

Press the Details button. The information related to the selected scheduled jobs will be displayed due to the following topics:

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•

Job Type

•

Job ID

•

State

•

Owner

•

Start On

•

Finish On

•

Period

•

Notes

•

Details

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3.

Pressing the right mouse button on this report, it will be possible to export or print the displayed information.

See Also: Export, Print, Print Preview To Abort Jobs: 1.


2.

Press the Abort button. A message will inform you about the success of the operation.

See Also: Jobs, Configuration

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3.3

Fault It provides the user with powerful tools to manage faults/alarms incoming from the managed Network Elements: Active Alarms Provides a list of the currently active alarms for the selected NEs. History Archive Manages the historical archive for alarms and events Real Time Alarm Monitor (RTAM) Manages the active alarms and events from equipment and system Automatic Synchronization Manages the setting of the automatic realignment of the alarms at the link-up. Realign Alarms Starts the realignment of the alarms of the controlled NEs. This feature depends on the Automatic Synchronization setting.

See Also: Element Management User Interface, File, Configuration, Plugin Services, Windows, Help 3.3.1

Active Alarms

PATH:

(Fault-Active-Alarm) It provides a list of the active alarms currently present on the selected NEs. This command can also be activated: •

in the pop-up menu of each NE icon

•

by the Active Alarms button in the buttons bar

According to the selection performed on the Map, the request window lists one or more than one NEs.

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1.

Select the Network Element. Multi selection is enabled.

2.

Press Apply/Ok to get the alarm report.

The report for the Active alarms displays all the information about the live faults retrieved from the selected NEs. The columns can be sized and moved in the same way as in the Real Time Monitor Window. See Also: Configuring the Real Time Monitoring Window From the Active Alarms report window the following commands can be set: • 2/1553-AOM 901 015/3 Uen E

Export 119


1.

•

Print

•

Print Preview

Right click on the alarm row and select the command.

See Also: Real Time Alarm Monitor, Realign Alarms 3.3.2

The Alarm and Event History Archive The ServiceOn Microwave Element Manager allows the operator to perform queries towards the alarm/event history archive, which contains a limited collection of previous alarm/events occurred on the managed Network Elements; by default, this given limit is two months, while the maximum value is twelve months.

See Also: Fault 3.3.2.1

The Alarms History Management

PATH:

(Fault-History-Alarm) The alarms history archive is possible to be consulted in order to have two different kinds of report: •

Snapshot: an image of all the alarms about one or more specific NEs in a defined time.

•

Logbook: an image of filtered kinds of alarms about one or more specific NEs in a defined time-slot.

Snapshot Alarm Query PATH:

(Fault-History-Alarm-Snapshot) This query allows showing, within a report window, the result about all the alarms occurred on the asked NEs; the prerogative of this query is the definition of a specific time, which the query must refer to. To perform a Snapshot alarm query:

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1.

Select one or more NEs from the Network Element box; this proposed sub-set is depending on the selection previously performed on the Tree Area.

2.

Select the date and time to show the active alarms present on that specific moment; it is suggested to select a time before the current one, but not over the set-up alarm history life, in order to avoid an empty report. In order to select the date and time for each query, call the virtual calendar from the Time area.

3.

Press Apply. 2/1553-AOM 901 015/3 Uen E


The report window containing the result of the query is shown in the Map area. Logbook Alarm Query PATH:

(Fault-History-Alarm-Logbook) This query allows showing, within a report window, the result about the filtered alarms occurred on the asked NEs; the prerogative of this query is the definition of a specific time-slot, which the query must refer to. To perform a Logbook alarm query: 1.


2.

Select one or more Severity criteria, about the alarms the operator wants to display, from the relevant box.

3.

Select one or more Category criteria, about the alarms the operator wants to display, from the relevant box.

4.

Select the date and time to show the active alarms present on that specific period; it is suggested to select a start time before the current one, but not over the set-up alarm history life, in order to avoid an empty report. In order to select the start/stop date and time for each query, call the virtual calendar by the From or To pop-up menus of the Time area.

5.

Press Apply. The report window containing the result of the query is shown in the Map area.

See Also: The Alarm and Event History Archive, The Event History Management 3.3.2.2

The Event History Management

PATH:

(Fault-History-Event) The event history archive is possible to be consulted in order to have two different kinds of report: •

Ne: an image of filtered kinds of events about one or more specific NEs in a defined time-slot.

•

System: an image of filtered kinds of events about Core or NE Plug-in software in a defined time-slot.

Ne Event Query PATH:

(Fault-History-Event-NE) This query allows showing, within a report window, the result about the filtered events occurred on the asked NEs; the prerogative of this query is the definition of a specific time-slot, which the query must refer to. To perform a NE event query: 1.

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2.

Select one of the event query types the operator wants to perform: Comms: gives back all the instances regarding the EM-NE communication events, both the On and the Off ones. Protection: shows all the protection switching events occurred in the NE, both to protection and to worker side, for each kind of protection (equipment or network) configured in the NE itself. Free: all other kind of events coming from NEs; the free events could be different according to the NE Type.

3.

Select the date and time to show the filtered events present on that specific period; it is suggested to select a start time before the current one, but not over the set-up event history life, in order to avoid an empty report. In order to select the start/stop date and time for each query, call the virtual calendar by the From or To pop-up menus of the Time area.

4.

Press Apply. The report window containing the result of the query is shown in the Map area. System Event Query

PATH:

(Fault-History-Event-System) This query allows showing, within a report window, the result about the filtered events occurred on the Core or Plug-in applications; the prerogative of this query is the definition of a specific time-slot, which the query must refer to. To perform a System event query: 1.


2.

Select one of the event query types the operator wants to perform: Core: representing those start/stop/restart events about the ServiceOn Microwave Element Manager whole application. Plug-In: representing those start/stop/restart events about the EM Plug-in applications.

3.

Select the date and time to show the filtered events present on that specific period; it is suggested to select a start time before the current one, but not over the set-up event history life, in order to avoid an empty report. In order to select the start/stop date and time for each query, call the virtual calendar by the From or To pop-up menus of the Time area.

4.

Press Apply. The report window containing the result of the query is shown in the Map area.

See Also: The Alarm and Event History Archive, The Alarms History Management 3.3.3

Real Time Alarm Monitor

PATH:

(Fault-Real Time Alarm Monitor) It displays a window containing the active alarms and events in the NEs and system. The alarms/events are listed in dedicated locations from top to bottom. Real Time Monitor (RTM) window is divided in four different frames:

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•

Equipment alarms information

•

Event information

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•

System alarms information

•

Alarm counters

Only alarms relevant to the User Domain are listed in the equipment alarms frame. The first three frames can be resized by using the split push-button between them. The third frame can be shown only if the system is set to "Trusted Mode" and the SAH_ENABLE variable, within $NCS/data/NCS_INSTALL file, is set to 1. In the fourth frame each alarm severity (Critical, Major, Minor, Warning) has got two counters: one for the total alarm number, the other for not acknowledged alarms; counters refer to the visible alarms (according to user settings). ALERT

Please close and restart the RTM after every port label realignment, in order to have correlation between new alarms and new port label names.

Real Time Monitoring window has the following components: Button Bar Set of push buttons to perform alarm clearing, alarm acknowledgement, to set a filter on the alarm presentation, to configure and save the default layout for the RTM window as well.

Columns Each column gives particular information about alarms and events. A single click on the column heading arranges the relevant information in alphabetic order according to the subject. One column can be hidden or displayed as well as moved toward left or to right side in custom different position. The layout obtained can be saved and applied as a default

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Ne List box This box at the left side of the Real Monitor Window Monitor lists the NEs currently selected in the MAP. A region selected makes all the NEs inside to be listed in this box. Selecting the name of the NE in the NE list Box filters in or out the alarms of that equipment from the Real Time Monitor Window. Alarms and Event Area These are the areas where the single alarms and event coming from the NE and/or the Core application are listed. These two areas can be resized using their borders as well as hidden and displayed by means of the small spinners that appear at the corner of the Area itself. Regarding the events fields, the meaning of all possible events is listed in the paragraph: Network Element Events The last RTM component is: Alarm Strings Alarm strings are displayed with the appropriate colours according to the severity and the state of the alarm, while all event strings are displayed with the same colour.

NOTICE

•

Red Active Critical alarms

•

Blue Active Warning alarms

•

Yellow Active Minor alarms

•

Orange Active Major alarms

•

Black Selected alarms

The colors of the alarm string background can be customized by means of the /opt/mv36/core/nmc/instnmc/MV36v15.8.1.L/data/ini/MV36.ini configuration file. On the alarm strings a pop up menu is available, upon right click.

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In the menu appearing the following commands are available. •

Details: to get alarm information

•

Acknowledge: to perform the single alarm acknowledgement

•

Export: to spool the alarm data to an external file

•

Send To file: to make the Trouble Ticketing

See Also: Fault, The Alarm and Event History Archive, Realign Alarms 3.3.3.1

Network Element Events NE Comms Start EM NET process, for a specific NE, is active for management and ready to start the communication with relevant NE NE Comms Stop EM NET process, for a specific NE, must be aborted; this event indicates a request to suspend managing the NE (for example in the case of an EM switch or a system maintenance procedure) NE Link Up Connection between EM NET level and NE opened; the process is ready to start the initialisation and realignment procedures NE Link Down Connection between EM NET level and NE closed; it is not possible to control the NE functions NE Realignment Start The NE alarms realignment has started NE Realignment Stop The NE alarms realignment has stopped NE Burst Filter Start NE cannot send asynchronous events, because there are too many active alarms NE Burst Filter Stop The previous situation event has ceased NE Forwarding Filter Start NE cannot send asynchronous events, because NE is in maintenance state NE Forwarding Filter Stop NE out of maintenance state; it can now re-send asynchronous messages

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NE Fault Overflow Filter Start The system has activated the overflow status for each NE which exceeds the fixed alarm threshold; the system will later clear the exceeding alarms, in order to reduce the number of simultaneously active alarms NE Fault Overflow Filter Stop Alarm overflow filtering has ceased NE Port Label Operation Information about a NE associated port label has been changed Element Manager plug-in events Family Management Start Network processes related to a specific NE family are connected to NMC and ready to start communication with relevant NEs Family Management Stop Network processes related to a specific NE family must be stopped; this event indicates a request to suspend managing the NE family (for example, in the case of a software upgrade or a system maintenance procedure) Family Operation It occurs when there are modifications concerning a managed NE family Element Manager core events Core Fault Overflow Management Start This is in an emergency status, caused by a system alarm overflow. The system will clear the exceeding alarms, in order to reduce the number of simultaneously active alarms. Core Fault Overflow Management Stop The previous event has been terminated Core Session Start-up NM centre ready to be used as the loading procedure has been completed Core Session Shutdown NM centre is going to be stopped Core Internal Error Faults about one or more NM processes within Core Core NE Operation Configuration concerning a managed NE has been modified Core Generic Related to generic Core information 3.3.3.2

Alarm Acknowledgement To acknowledge an active alarm:

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1.

Select the alarms to be acknowledged from the list using the left mouse button; multi-selection of items from the list is available. (CTRL and SHIFT keys).

2.

Select the Acknowledge button in the button bar.

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Alternatively, use the right mouse button to enable a pop-up menu, which contains the acknowledgement utility. In this case only single selection is enabled. 3.

A confirmation box appears. To acknowledge all the alarms displayed:

1.

Press the Acknowledge View button from the button bar.

2.

A confirmation box appears. If confirmed all the Alarms currently displayed are acknowledged. The relevant columns are updated to the new alarm state (Acknowledged Time and Acknowledged By) and a check symbol appears on the relevant rows.

See Also: Real Time Alarm Monitor, Alarm Trouble Ticketing Alarm Deleting

3.3.3.3

All the alarms, regardless of their state, can be deleted, which means removing the alarm information from the EM memory. After a delete operation a alarm realignment is necessary to get back the real fault condition. To delete actives alarm: 1.

Select the alarms to be deleted from the list, using the left mouse button; multiselection of items from the list is available (CTRL and SHIFT keys).

2.

Select the button Alarm-Delete from the menu bar.

3.

Alternatively use the right-mouse button to enable a pop-up menu, which contains the delete utility. In this case only the single selection is enabled.

4.

A confirmation box appears. After confirmation the deleted alarms disappear from the Real Time Monitoring Window. To delete all the displayed alarms:

1.

Press the Delete View button from the button bar.

2.

A confirmation box appears. After confirmation the deleted alarms disappear from the Real Time Monitoring Window. After an alarm is deleted an alarm realignment command is necessary to retrieve the fault state on the NEs.

See Also: Real Time Alarm Monitor, Alarm Acknowledgement State, Alarm Trouble Ticketing

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3.3.3.4

Alarm Trouble Ticketing An alarm can be issued to a Trouble Ticketing application by means of a ticket (alarm description file) generated on a user’s demand in a specific file-system location.

NOTICE

The file location is placed in $NCS/data/tickets directory of the server file system. To send alarm to a file: 1.

Right click the alarm to be ticketed.

2.

Select he Send to file option in the Pop-up menu

3.

Confirm the operation in the confirmation box.

See Also: Real Time Alarm Monitor, Alarm Acknowledgement State Displaying Alarm Details

3.3.3.5

It is possible to display all the details of the selected alarm. If more than one alarm is selected, the information displayed is relevant to the most urgent or to the first selected alarm. To display alarm details:

128

1.

Right Click the Alarm.

2.

Select Details in the pop-up menu by right mouse clicking. A complete set of details about the selected alarm appears.

3.

Check the View Network Element Details button to append to the current report information about the alarmed NE.

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4.

Press Save as to take a text copy of the report

5.

Press Send to file to make the trouble ticketing

6.

Press Close to quit the window.

See Also: Real Time Alarm Monitor 3.3.3.6

Managing the RTM Counters In the lower part of the Real Time Monitor Window a set of counters summarize the numbers of alarm currently present. For every Alarm category the counters show the total number of fault. Two different of type of counters can be displayed. The simple RTM counters This type of counters shows only the total number of alarms.

To display the simple alarm counters: 1.

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Press the Simple Counters button in the buttons bar.

129


The full RTM alarm counters This type of counters shows the total number of alarms and the number of acknowledged and not acknowledged ones.

Under the indication of the total number of alarms, a box on the left summarizes the acknowledged ones, a box on the right those one not yet acknowledged. To display the Full Alarm Counters: 1.

Press the Full Counters button in the buttons bar.

See Also: Real Time Alarm Monitor Filtering the Alarms

3.3.3.7

This is used to filter the alarms according to the severity, the state, the category and some other configuration parameters. The filtering can also be applied to a selection of Network Elements. NOTICE

The following options are only available for equipment alarms and not for system ones. The filtered alarms are not displayed in the Real Time Monitor Window. To enable and configure the alarm filtering: 1.

Press the Filter button in the buttons bar.

In the upper part of the Real Time Monitor Window a set of tools for the alarm filtering appears.

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State To filter the alarms according to the operational state (ON, OFF, Sparkling ecc.) Severity To filter the alarms according to the severity level (Critical, Major, Minor, Warning) Type To filter the alarms according to the alarm category (Communications, Environment, ecc.) Domain To filter the alarms according to the type of technology Time To filter the alarms according to their time. NOTICE

The time assigned by the EM to an alarm is taken from the Server clock. In case this time is changed on the server, a restart of SOM Application Is necessary. The folders State, Severity, Type and Domain contain all the possible values for the related categories. 1.

Use the State values to set a filter on the alarm state.

2.

Use the Severity values to set a filter on the alarm severity.

3.

Use the Type values to select the alarm/event classes.

4.

Use the Domain values to select one or more technologies. As soon as a value is deselected an immediate refresh of the alarms list reflects the modification: The alarm matching the value removed disappears. In the time box the assignment of a time range must be enabled.

5.

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Use the Type check button to enable the filter on the alarm time information. When the button is not ticked off, From/To fields are active. The list of the time that can be filtered is displayed near the check button and they have the following meaning: 131


Raising The range when the alarm was raised on the NE Promoting The range when the EM receives the alarm notification Ceasing The range when the alarm has ceased in the NE Promoting Off The range when the EM receives the off-status of the alarm 6.

After enabling and selected the time range, use the two input buttons to open the calendar tools for setting the period to be filtered.

7.

specify date and time in the calendar tools, using the text indication and the spinners.

8.

When completed, press the indication of today’s date to close the tools.

See Also: Real Time Alarm Monitor, Configuring the Real Time Monitoring Window 3.3.3.8

Configuring the Real Time Monitoring Window The lay-out of the Real Time Monitor Window can be modified and customized on user basis. The number of columns displayed on the Real Time Monitor Window, their size and their position can be changed and saved as a default User preference.

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To configure the Real Time Monitoring Window: To hide columns: 1.

Right click on any column, to get the pop-up menu

2.

Uncheck the button near the column to be hidden (by default all the columns are displayed).

3.

Repeat the steps above for the other columns as needed. To show columns:

1.

Right click on any column, to get the pop-up menu

2.

Check the button near the column to be shown (by default all the columns are displayed).

3.

Repeat the steps above for the other columns as needed. To change the column width:

1.

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Move the mouse pointer on the line between two columns. The pointer is changed to a bi-directional arrow.

133


2.

Press the left button of the mouse and drag the line to a new width for the two columns. To change the position of the columns:

1.

Move the pointer of the mouse on the label of the column to be moved. The pointer is changed to a small hand symbol.

2.

Press the left button of the mouse and drag the column to a new to anew position. This is valid for events columns as well. To save the new RTM window lay-out:

1.

Press the Save table layout as default from the button bar.

The current lay-out of the Real Time Monitoring Window is saved as default. To load the default RTM window lay-out: 1.

Press the Set default table layout as from the button bar.

The lay-out of the Real Time Monitor is changed according to the last Default Lay-out saved. See Also: Real Time Alarm Monitor, Filtering the Alarms 3.3.4

Realign Alarms

PATH:

(Fault-Realign Alarms) This option is used to realign the alarms shown in the Real Time Monitor window with the active alarms on the Network Elements. This option depends on the current state of the automatic synchronization mode. See details in: Automatic Synchronization of Alarms To realign active alarms:

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1.

NOTICE

ALERT

Select the realignment mode: Normal: it checks for the active alarms of the selected NEs; if some alarms are still not displayed in the RTAM, then they will be added to the already existing ones; if some alarms are not any more present in the Network Elements, then the RTAM will put them in Off State. Forced: will completely clean up the RTAM and write it again; all the alarm lines are then deleted. Only the active alarms are retrieved from the selected NEs and written with new alarm IDs. It is suggested to perform an alarm Forced realignment only in case the operator finds out a real misalignment, also after a Normal realignment.

2.

Select the Network Elements to realign, from the relevant list.

3.

Press Apply. If a NE has been placed in Parking State by the specific menu item of the LCT, the option Forced cannot be executed on the involved NE; the message "The NE is in Parking State" is displayed if the Apply button has been pushed.

See Also: Fault, The Alarm and Event History Archive, Real Time Alarm Monitor 3.3.4.1

Automatic Synchronization of Alarms

PATH:

(Fault-Automatic Synchronization) This option is used to set the behaviour of the EM at the NE communication link up. The Automatic Synchronization mode for the alarms can get the following states. Started At the NE communication start-up an automatic realignment of the alarm is performed. All the alarms currently active on the NE move to the EM system and then are displayed on the Real Time Monitor Window. Stopped At the NE communication start-up no alarm realignment is performed. The alarms currently active on the NE are not collected by the EM system and Real Time Monitor Window does not display them. The only alarms collected and shown by the EM system are those one raised after the communication link-up. This feature is available on the NEs that are highlighted on the map, when setting the command and can also be launched from the Icon pop-up menu of the NE. To manage the Automatic Synchronization:

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135


1.

Select the NE name.

2.

Select the Automatic Synchronization mode.

3.

Press Apply/OK

See Also: Fault, Realign Alarms

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3.4

Performance Monitoring

3.4.1

PM Viewer application Performance Management data, collected by the management system for the managed NEs, are stored in the PM database. These data can be filtered and viewed by launching the PM viewer application.

3.4.2

PM Viewer Launch

PATH:

(Performance-History) To Launch PM Viewer using the Menu/Tool Bar: 1.

Select the required Subnetwork or NE in the Tree View.

2.

Select the Performance/History option from the Menu/Tool Bar to open the PM Viewer window.

Only performance data collected related to the NE selected or to the NEs belonging to the subnetwork selected from previous performance data activation will be displayed. To know how the user activates performance jobs, please See Also: Schedule Performance jobs, Start/Stop Performance jobs

When is launched, the PM Viewer dialog window is shown. It is divided into four different folders:

3.4.3

•

Select

•

Filter

•

Viewer

•

Chart

PM Viewer-Select page Select folder is the first that appears when PM Viewer application is launched. In select folder will be displayed the list of all NEs instance for NE types selected and common standard also. In this folder the user can select some criteria to visualize a specific set of the performance data collected in the management system.

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137


Figure 26Select folder

3.4.3.1

NE Type This is the list of the equipment type installed on ServiceOn Microwave server. The equipment type that ServiceOn Microwave can manage are: 1.

MINI-LINK E

2.

MINI-LINK TN

3.

MINI-LINK HC

4.

MDRS

5.

ETU 155

6.

OMS 846/860/870

Multiple selection of NE Type is allowed by using the left-mouse button and holding down the Ctrl or the Shift keys. By selecting one or more NE Type, NE Instance and Standard related to this NE type will be shown.

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Figure 27Two NE Type selected

NOTICE

If multiple selection for NE Type has been done, only common standard will be shown in Standard column. The PM Viewer reads the database to list the NEs Instance. This operation can take some seconds and the user is informed about that through the status bar located in the bottom of window.

3.4.3.2

NE Instance It is the list of the Network Element instances related to the NE Type selected. Multiple selection of the NE Instance is allowed, using the left-mouse button and holding down the Ctrl or the Shift keys.

See Also: Performance Jobs, Schedule Performance Jobs 3.4.3.3

Standard It is the list of performance standard related to NE Type selected. Only single selection is allowed for this field. By selecting Standard, Object Type related to NE Type and performance Standard selected will be shown.

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139


Figure 28 One NE Type selected

Figure 29 Two NE Type selected

NOTICE

140

If multiple selection for NE Type has been done, every Object Type pertaining all NE Type selected will be present in this column.

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3.4.3.4

Object Type It is the list of interfaces type inherent to NE Type and performance Standard selected. Multiple selection of Object Type is allowed, using the left-mouse button and holding down the Ctrl or the Shift keys. By selecting Object Type, all Counters supported by selected performance Standard will be shown.

Figure 30 Object Type slected

3.4.3.5

Object Instance It is the list of interfaces of type “Object Type” present on “NE Instance” selected.

NOTICE

In order to visualize the instance of the object, you have to select both NE Instance and Object Type. Until you don’t do this, in Object Instance column will appear dots. Multiple selection of Object Instance is allowed, using the left-mouse button and holding down the Ctrl or the Shift keys. By selecting one or more Object Instance, PM Viewer will visualize performance data collected related to these objects. By default, if none element is selected, PM Viewer will visualize performance data of all Object Instance presents in this column.

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Figure 31 Some NE Instance selected to visualize related Object Instance

NOTICE

For OMS 846/860/870 NE Type, in Object Instance column will shown also the name, the card id and the shelf id of the NE instance.

3.4.3.6

Counters It is the list of PM counters according to the selected standard. Multiple selection of Counters is allowed, using the left-mouse button and holding down the Ctrl or the Shift keys.

NOTICE

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Until no counter is selected, isn’t possible to move into Viewer folder that appears grayed.

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Figure 32 Some countesr selected

The following table describes, for each network type managed by ServiceOn Microwave R8 SP1, the PM counters supported by standard.

NE Type

Standard

Object Type

Period

Counters

MLTN

G.826

MLTN RadioLink

24h

ES,SES,UAS,BBE,BB,AT

MLTN E1/DS1

15m/24h

ES,ESR,SES,SESR,UAS

MLTN MS/Line

15m/24h

ES,ESR,SES,SESR,UAS,BBE,

G.829

(Multiplex Section) MLTN RS/Section

BBER,UAV 15m/24h

ES, SES ,BBE,SEFS

15m/24h

ES,ESR,SES,SESR,UAS,BBE,

(Regenerator Section) MLTN MSP/APS (Multiplex Protection)

Section

MLTN VC-4/STS-1

BBER,UAV

15m/24h

ES,ESR,SES,SESR,UAS,BBE, BBER,UAV

MLTN VC-12/VT1.5

15m/24h

ES,ESR,SES,SESR,UAS,BBE, BBER,UAV

MLE

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RFInputPower

MLTN RFInputPower

24h

RF Input Power

G.821

MLE G.821

24h

ES,SES,UAS,DM,TotSec

G.826

MLE G.826

24h

ES,SES,UAS,BBE,BB,AT 143


NE Type

MLHC

MDRS

Standard

Object Type

Period

Counters

CB149

MLE CB149

24h

SE,SES,TDE,ME,FES,TotSec

AGC

MLE AGC

24h

Radio1, Radio2

G.826

MLHC G.826

15m/24h

ES,SES,UAS,BBE

EN 301 129

MLHC Rau

15m/24h

PowerRLTMmin, PowerRLTMmax, SecondsRLTS1, SecondsRLTS2, PowerTLTMmin, PowerTLTMmax, SecondsTLTS1

G826

MDRS RS

15m/24h

ES,SES,UAS,BBE,OFS,LOS,EB, BBER,SESR,SEPI,SEP,TMP

ETU 155

G826

ETU MS NE

15m/24h

ES,SES,UAS,BBE

15m/24h

ES,SES,UAS,BBE

ETU MS FE ETU VC3 NE ETU VC3 FE ETU VC4 NE ETU VC4 FE ETU VC11 NE ETU VC11 FE ETU VC12 NE ETU VC12 FE OMS 8xx

G826

OMS MS NE OMS MS FE OMS VC3 NE OMS VC3 FE OMS VC4 NE OMS VC4 FE OMS VC12 NE OMS VC12 FE OMS RS NE OMS CRC-4 NE OMS CRC-4 FE OMS RMON NE OMS RMON FE

The following table describes counters meaning.

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Counter Name

Comment

ES

Error Seconds

SES

Severely Error Seconds

UAS

UnAvailable Seconds

BBE

Background Block Errors

BBER

Background Block Errors Ratio

BB

Background Blocks

AT

Available Time

RFInputPower

RF Input Level

ESR

Error Seconds Ratio

SESR

Severely Error Seconds Ratio

SEFS

Severely Errored Framing Seconds

UAS

UnAvailable Seconds

UAV

UnAvailable eVents

DM

Degraded Minutes

TotSec

Total Seconds

SE

Single Error seconds block

TDE

Total Detected Errors block

ME

Multiple Error seconds block

FES

Frame Error Seconds block

Radio 1

Radio 1 received signal level

Radio 2

Radio 2 received signal level

PowerRLTMmin

Min Received Power

PowerRLTMmax

Max Received Power

SecondsRLTS1

Number of seconds in which power received is less than S1 threshold value

SecondsRLTS2

Number of seconds in which power received is less than S2 threshold value

PowerTLTMmin

Min Transmitted Power

PowerTLTMmax

Max Transmitted Power

SecondsTLTS1

Number of seconds in which power received is greater than S1 threshold value

Refer to: ServiceOn Microwave Element Manager - System Integration Guide

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3.4.4

PM Viewer-Filter page In Filter folder the user chooses some criteria about what and how he wants to visualize the performance data, as interval time, period between 15 minutes and 24 hours, ordering type and graphical visualization type.

Figure 33 Filter folder

3.4.4.1

Time Filter In this section the user defines the time period of which he wants to visualize performance data about object selected.

In order to set the start/end date and time fields, the user calls the virtual calendar by the icon on the right of both start and stop date and edits as follows:

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NOTICE

1.

Select the month by the relevant spinner.

2.

Select the year by the relevant spinner.

3.

Select the hour by the relevant spinner.

4.

Select the minute, fixed for a quarter of hour, by the relevant spinner.

5.

Select the day by the relevant press button.

The user can edit data whichever order, but when he inputs day, the virtual calendar window will be closed and the data accepted. If there is some wrong data, as end time less then start time or end time and start time equal, the PM Viewer application informs the user by a information message about trouble when he selects Viewer or Chart folder.

3.4.4.2

View Filter In this section the user defines the period and the order wants to visualize the performance data collected for object instance previously selected, by means two following fields: •

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Report Time

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By clicking on the button on the right report time combo-box, the following list of allowed values will appear: 1.

All PM Viewer will visualize performance data that belong to both 15 minutes than 24 hours performance data collection.

2.

15m PM Viewer will visualize performance data that belong to 15 minutes performance data collection only.

3.

24h PM Viewer will visualize performance data that belong to 24 hours performance data collection only. •

Order By

By clicking on the button on the right Order By combo-box, the following list of allowed values will be displayed: 1.

NEAlias PM Viewer will visualize performance data by NE Instance alphabetical order

2.

Time PM Viewer will visualize performance data by time order of performace data collected. •

FarEnd

By checking on the FarEnd check button the PM viewer will report also the performance data related to all far end NEs of the NEs selected. NOTICE

Is possible to check this button only if the MINI-LINK TN and/or the MINILINK E NE Type have been selected in the Select folder, because only these types have the far end NE. If another NE Type has been selected, beyond to MINI-LINK TN or MINI-LINK E, the FarEnd check box will become not checkable.

See Also: PM Viewer-Viewer page

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3.4.4.3

Max Paging Items In this section the user defines how many days and/or months PM Viewer will report, in one page of Viewer folder, the performance data coming from the selected NEs. This is done by means the following fields: • 1.

Report type 15m

Day By clicking on the button on the right Day combo-box, the user has the possibility to set how many days, from 1 to 7, he wants to visualize performance data collected every 15 minutes in one page.

NOTICE

It is possible to set this field only if ”NE Alias” ordering has been chosen. 2.

NE Objects By clicking on the button on the right NE Objects combo-box, the user has the possibility to set for how many NEs, from 2 to 5, he wants to visualize performance data collected every 15 minutes in one page.

For example, by setting “NE Objects” to 2 means PM viewer will report performance data, ordered by time, related to two NEs selected for 15 minutes interval time in one page. This is done to allow the user immediately to compare performance data of different objects regarding to the same counters. NOTICE

It is possible to set this field only if “Time” ordering has been chosen.

See Also: View Filter • 2/1553-AOM 901 015/3 Uen E

Report Type 24h 149


1.

Month By clicking on the button on the right Month combo-box, the user has the possibility to set how many months, from 1 to 12, he wants to visualize performance data collected every 24 hours in one page.

NOTICE

It is possible to set this field only if ”NE Alias” ordering has been chosen. 2.

NE Objects By clicking on the button on the right NE Objects combo-box, the user has the possibility to set how many NEs, from 2 to 10, he wants to visualize performance data collected every 24 hours in one page.

For example, by setting NE Objects to 5 means PM viewer will report performance data related to five NEs selected for 24 hour interval time in one page. This is done to allow the user immediately to compare performance data of different objects regarding to the same counters. NOTICE

It is possible to set this field only if “Time” ordering has been chosen.

See Also: PM Viewer-Viewer page

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3.4.4.4

Chart Setup In this section the user defines how PM Viewer will report, in a graphical form, the performance data coming from the selected NEs. This is done by means the following fields: •

Type

By clicking on the button on the right Type combo-box, the following list of allowed values will be displayed:

1.

Bar Chart By choosing this value, PM Viewer will visualize performance data in a bar chart form.

2.

Line Chart By choosing this value, PM Viewer will visualize performance data in a line chart form.

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•

View

By clicking on the button on the right View combo-box, the following list of allowed values will be displayed:

1.

List By choosing this value, PM Viewer will visualize, in chart folder, the list of the diagrams (in bar or line form, depending on the value chosen for field “Type”), reporting the performance data collected and related to NE and Object selected. The number of diagram that will be seen is defined, only for the ordering by time, in the field NE Objects for Period15m and/or Period24h of section “Max Paging Items”.

NOTICE

It will be possible to see all diagrams by means the vertical scroll bar.

See Also: View Filter,Max Paging Items

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2.

Preview By choosing this value, PM Viewer will visualize, in chart folder, all the diagrams in one page (in bar or line form, depending on the value chosen for field “Type”), reporting the performance data collected and related to NE selected. The number of diagram that will be seen is defined in the field NE Objects for Report type 15m and/or Report Type 24h of section “Max Paging Items”.

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NOTICE

The View option is selectable only if ordering by time of performance data collected has been chosen, otherwise it appears grey. Viewing in one page all the histogram related to NEs shall not appear understandable.

•

Show gridlines

By checking on this button, in the background of the chart there will be a grid.

3.4.5

PM Viewer-Viewer page In Viewer folder will be reported performance data collected for the NE and Object selected. The appearance will be different, depending on the criteria previously selected from the user in Select and Filter folder.

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NOTICE

The option 15/24 in the left bottom corner of the viewer page allows to switch between data that refer to 15 minutes or 24 hours interval time. This is possible only if the user has set “All” value for “Report Time” parameter in “View Filter” section of “Filter” folder, otherwise only the folder related to report time selected will be shown.

3.4.5.1

Network Element Object In this area appears the NE object instance of which the performance data are reported in the view data tab. Two buttons allow the user to scroll, up and down, the list of the instances.

NOTICE

If only one object instance has been selected, this field will be not displayed. If the ordering by NE in Filter folder has been chosen, in Network Element Object will be only one instance.

Instead, for the ordering by time, in this field will appear two rows, respectively the first and the last NE object instance of which PM data collected are reported in one page. The number of object instance reported in one page depend on the value assigned to fields NE Objects for Period15m and/or Period24h of section “Max Paging Items” in “Filter” folder. Clicking on the button, the PM Viewer will display the following instances.

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3.4.5.2

Time This field displays the interval time to which the performance data reported in the view data tab refer. Two buttons allow the user to scroll, up and down, the report time.

Figure 34 Time field for 15m Report Time

Figure 35 Time field for 24h Report Time

NOTICE

This interval time refers to a day if the PM data are reported for 15 minutes interval, otherwise it refers to one month.

3.4.5.3

View Data Tab In this tab will be displayed performance data collected and related NE on which the PM data have been collected. Each row of the tab contains the following parameters: 1.

NeId

Network Element ID which object belongs to. 2.

NeAlias

Network Element alias name which object belongs to. 3.

NeType

Network Element type which object belongs to. 4.

ObjectType

Object type on which the PM collection is started on. 5.

Object

Specific object instance on which the PM collection is started on. 6.

Time

Time on which the performance data have been collected. 7.

Counters

All counters involved in the collection, selected in “Counters” column of “Select” folder. NOTICE

156

If the value -99 is associated to some counters, it means that these counters aren’t available, i.e. the related performance data collections are stopped.

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See Also: PM Viewer-Select page,PM Viewer-Chart page

3.4.6

PM Viewer-Chart page In Chart folder is possible to view graphically the data filtered in the PM Viewer. For further information, please see also the paragraph:

See Also: Chart Setup

3.4.7

PM Export Launch

PATH:

(Performance-FTP Export) To Launch PM FTP Export using the Menu/Tool Bar: 1.

Select the Performance/FTP Export option from the Menu/Tool Bar to open the PM Export window.

In PM Export folder the user has the possibility to define how and where to export performance data collected, to do further post processing with Microsoft Excel or similar product. The following window is shown as soon as the Performance FTP Export is launched.

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The message that appears in the bottom of window informs the operator about FTP export service status, that it may be running if has been activated, or not running if it has been temporary suspended.

3.4.7.1

Destination In this section the user inserts some parameters that regard the remote machine on which the performance data will be exported, i.e. the host name, the user login, the directory and the file format type he wants to save the data.

NOTICE 158

All the fields in this section are mandatory. 2/1553-AOM 901 015/3 Uen E


By clicking on the button on the right File Format combo-box, the following list of available values will be displayed:

1.

Comma Separeted File Pm Viewer will export data in a text file

2.

Xml File Pm Viewer will export data in an xml file After all data have been inserted in the Destination section, the user can check if they are correct, by clicking on the push button “Test Connection”. An information text box will be visualized, depending on the data are right or not:

3.4.7.2

PM Data Source Is the list of interfaces type inherent to all NE Type and performance Standard of which the user can export performance data. From this list, the user selects the elements of which he wants to export performance data. Multiple selection of element is allowed, using the left-mouse button and holding down the Ctrl or the Shift keys.

NOTICE

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PM Viewer will export a different file reporting performance data for every element selected from this list. If none element from this list is selected before to activate any performance data export job, the following warning text box will be visualized

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See Also: Object Type, Counters, Apply 3.4.7.3

Schedule In this section the user defines how to schedule the performance data export jobs, checking on Enable Schedule check button, that enables the feature, and selecting a value from 1, 2, 6, 12 or 24 hours in the Interval combo box.

NOTICE

Checking off the Enable Schedule button, the PM export data feature is disabled.

After this, the user can start the performance data export jobs, by means the button Run Once, Ok or Apply. The first one immediately starts the job and always refers to performance data collected in a the last day, independently from the value chosen for Interval field, while Ok and Apply start the export job a quarter after next hour and refer to the selected interval. NOTICE

After clicking on, the Run Once button is disabled until the FTP Export is running, and it returns selectable when FTP Export is finished. In order to know the job status, the user can click the Refresh button. Due to time necessary to transfer data, if the job isn’t complete, these values will appear

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where: •

Last Run Date is date and time of last activated export job

•

Last Run Status is the status of export job activated at time indicated in Last Run Date field (in this example Unknown because the export job isn’t yet complete)

•

Next Run Date is date and time of next activation export job

By clicking on the Refresh button when the job is complete, in the Last Run Status field Succeeded value will be displayed.

NOTICE

When the “Last Run Status” field displays Failed value, due to problems regarding transfer file or database read, the export job must be run again.

See Also: Run Once, Ok, Apply

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3.4.7.4

Run Once Clicking on the Run Once button starts the performance data report job for •

the last 24 hours interval, if no export job has been activated (in the Last Run Date field there is a dash character);

•

the interval including data from the last run date to current time; the jobs previously activated by means Apply button are still active.

See Also: Schedule, Ok, Apply

3.4.7.5

Ok The Ok button saves the setting and closes the window. The inserted data will be applied and the export performance data report job will start at the time defined by the user in the Interval field. The performance data will be saved, in the destination defined by the user, in different files, one for every type selected from PM Data Source section, named following this convention: ServerHostName_PMDataType_Date_Time where •

ServerHostName is the alias of ServiceOn Microwave server

•

PMDataType is the element of PM Data Source list the performance refers to

•

Date is in the form YYYYMMDD (year, month, day)

•

Time is in the form HHMMSS (hours, minutes, seconds)

The extension for these files is txt for comma separated file type or xml for Xml file type. For example, the file IMASRV10_TN_VC-12_VT1.5_20070111_021500.txt means that the PM Viewer has exported, in the comma separated file format, performance data collected at 02:15:00 a.m. of 2007-01-11 for the MLTN VC12/VT1.5 interface type, on the ServiceOn Microwave server with alias name imasrv10. The exported file will report the performance data collected

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•

between last run date and current time interval time for 15 minutes

•

the day before the current time for 24 hours.

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See Also: Schedule, PM Data Source, Apply

3.4.7.6

Apply The Apply button has the same functionality of the Ok button but, after saving the setting, doesn’t close the window.

See Also: Ok,Schedule, PM Data Source

3.4.7.7

Cancel The Cancel button closes the window without saving the setting.

See Also: Ok, Apply

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3.4.8

Performance Jobs

PATH:

(Performance-Jobs) These options allow to schedule/view/abort/start and stop jobs in order to get NE performance data automatically, at fixed times.

NOTICE

After a job has finished, a message in the Message Box will notify its completion to the user; after each job period, possible unsuccessful operations will be notified in the same Box; this is due to manually start the failed job, by selecting the Now check button in the Start On line. Form more information about performance features, please

Refer to: ServiceOn Microwave Element Manager – System Administration and Configuration Guide 3.4.8.1

View Performance Jobs

PATH:

(Performance-Jobs-View) This option displays information about the actual jobs that are scheduled within the EM database; the possibility to abort those jobs is also available by this window. Within the View Performance Jobs window, the following job state can be displayed: WAIT Job not started yet. RUN Job already started, running during their execution period. SUSPEND Job stopped by the User. The job is saved in the DB but it is not currently working

NOTICE

The ID is a sequential job identifier assigned by the EM. To Display Active Jobs: 1.


2.

Press the Details button. The information related to the selected scheduled jobs will be displayed due to the following topics:

164

•

Job Type

•

Job ID

•

State

•

Owner

•

Start On

•

Finish On

•

Report Type

•

Shelf

•

Card

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• 3.

Notes

Pressing the right mouse button on this report, it will be possible to export or print the displayed information.

See Also: Export, Print, Print Preview To Abort Jobs: 1.


2.

Press the Abort button. A message will inform you about the success of the operation.

NOTICE

By default one user can remove only his own performance jobs and only nmcman user can abort all users' performance jobs. This limitation can be avoided; the functionality to make every users be able to abort also other users performance jobs is optional and submitted to a specific license; it could be not available in your system. Please contact Ericsson representative for details.

See Also: Performance Jobs,Schedule Performance Jobs 3.4.8.2

Schedule Performance Jobs

PATH:

(Performance-Jobs-Schedule)

NOTICE

This option is available by default. This option can be used for planning a measurement session on a NE connected with the Element Manager. Each measurement session is identified by a job name which can be used, at any time, for retrieving the information concerning the quality data collection.

NOTICE

The EM implements a HouseKeeping mechanism to store all the performance output within the file system.

ALERT

Before scheduling the performance job, make certain the quality measurement on the NE has been started.

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To Schedule Quality Data Measurement:

166

1.

Use Node Type to choose the different equipment plug-in.

2.

Use Network Element to select the NEs.

3.

From the Data area use Shelf Type to choose the different sub-rack model (this choice will be available according to the previously selected plug-in).

4.

Use Shelf to select the port sub-rack.

5.

Use Card Type to choose the different unit type.

6.

Use Card to select the unit source.

7.

Use Port to select the unit channel to be monitored. If the previously selected unit provides one channel only, this selection is not necessary.

8.

Use Entity Type to choose the type of performance data. For Ethernet cards the entities for Flow Point are listed. If selected, an additional window appears to choose the physical port for selected Flow Point scheme.

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9.

In the Add Entity window, select the port to be subjected to flow point measurement.

10. The previous step is performed in case of Ethernet cards only 11. Use Scheme (available according to the previous selections) to define which JKLM scheme should be monitored, then add the combination Entity Type + Scheme to the Entity box, by means of the relevant violet down arrow. 12. From the Entity box, select one to be monitored. 13. Use Counters to select the various quality parameters (multiple selection is allowed). 14. From the Details area use Report Type to select the kind of retrieving register (15m: 15 minutes or 24h: 24 hours). 15. Use Start On virtual calendar to set the date and time for the backup to start. NOTICE

The Start On is the exact time at which the EM answers the quality information coming from the NE. The Start On value can be chosen among all the fifteen minutes gaps of the day, unless the one starting from 00:00, because of the unavailability of the NE performance register that periodically occurs at 00:00. In order not to overload the network connection, a careful distribution of the performance job during the day is suggested. According to the monitoring state, the query time (Start On) can be selected between midnight and the time when the quality sample needs to be available on the EM database. 16. Use Finish On virtual calendar to set the date and time for the backup to end; by selecting the Never option, the backup session won't stop.

NOTICE

About the 24 hour performance measurement, please remember that: If the monitoring state (on the NE) has been started more than one day before the scheduled time, the first complete sample will be available starting on midnight of the scheduled day. If the monitoring state (on the NE) has been started less than one day before the scheduled time, the first complete sample will be available starting on the midnight of the day after the scheduled one. 17. Fill the Job Notes field, to identify the job with a short description. 18. Press OK or Apply to perform the command newly.

NOTICE

Remember that the maximum allowed running performance jobs (both 15m and 24h), in a 15 minutes interval, is 25.000.

See Also: Performance Jobs, View Performance Jobs, Schedule Performance Jobs 3.4.8.3

Starting and Stopping Performance Jobs

PATH:

(Performance-Jobs-Start/Stop) By means of this command the user can suspend the operation of PM job belonging to one ore NEs, without erasing its data from the database. The command acts on a NE basis and set the PM job mode for all the measurements on that equipment.

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To manage the PM job mode on the NE(s): 1.

Select the NE(s) from the list. This list is populated with NEs names, according to the Map selection. If one region is highlighted on the map, all the NEs in the region will be listed. By default all the NEs in the list are selected.

2.

Select the PM Job Mode. Start All the measurements on the selected NEs are executed in accordance with the job scheduling. After this command is performed, the NE jobs can get the WAIT or the RUN state. Stop All the measurements on the selected NEs are suspended. After this command is performed, the NE jobs get the SUSPEND state

3.

Press Apply

See Also: Performance Jobs,View Performance Jobs

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3.5

Plugin Services

PATH:

(Right-Click-Plugin Services) This menu allows to access proper plugin services. The menu availability depends on the plugin additional functionalities that are optional or submitted to a specific license. Please contact Ericsson representative or check in the plugin release notes for more details. The menu is displayed on the user interfaces after each plugin installation, which has this type of advantage module in the software. Refer to the specific Plug-In description for the features available.

See Also: Element Management User Interface, File, Configuration, Fault, Windows, Help 3.5.1

MINI-LINK Equipment Viewer

The MINI-LINK TN Equipment Viewer application allows getting information about the managed NEs that belong to Network of type MINI-LINK TN. 3.5.1.1

MINI-LINK TN Equipment Viewer In “Equipment Viewer” page, all the boards and associated port which belong to the MINI-LINK TN NE will be shown. To launch MINI-LINKL TN Equipment Viewer using the Drawing Area/Tree View

NOTICE

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1.

Move the mouse pointer over the TN NE and click with the right-mouse button to open the pop-up menu.

2.

Select the Service->Plugin->EM-MTN->Equipment viewer option.

Even if the user selects more than one NE on the tree, the Equipment Viewer application will be launched only on the first elment. However, it is

169


possible to launch the application on more than one network element by selecting them separately.

NOTICE

On the title bar the NE ID on which the Equipment Viewer has been launched is visualized. For more details about NE ID, please refer to Network Data List option description

If the application is launched by selecting a MINI-LINK TN Network Element on which the equipment data collection has never been started or a MINI-LINK different from TN type, the following window will be displayed:

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NOTICE

If the equipment data collection has never been started on a NE, the operator shall automatically refresh the data by clicking the Refresh Button.

When the application is launched on a MINI-LINK TN Network Element on which the equipment viewer is already running, it is not launched again and the related failure message will be prompted in the details field of a line within the Command Table area.

When the application is correctly launched, the related message will be prompted in a line within the Command Table area.

The equipment viewer is a read-only tab showing two areas.

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The left area displays the hierarchical organization of the boards and the relative interfaces hosted inside the chassis. In the right area, for board MMU type the following information is displayed:

Table 12 Equipment viewer: right area for MMU/SMU board type

Name Board type Slot Number Terminal Id Far End Id Far End Alias Far End NE Id Operational Status Administrative Status G826 Performances

RF Input Power Close

Description The board name with the board type. The Slot Number of the selected board. The terminal id of the selected board. The far end id of the selected board The far end alias of the selected board The far end ne Id of the selected board The board operational status. This status can be InService or outOfService. The board administrative status.This status can be InService, reducedServices or outOfService. The performance management data related to RAU IF interfaces on the board MMU. It follows the list of the fields: UT (Unavailable Times), SES (Severely Errored Second), ES (Errored Second), AT (Available Times), BBE (Background Block Error), BB (Background Block). The performance information about the RF Input Power related to RF interfaces. Exit the window.

Figure 36Viewer for SMU/MMU board type

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Figure 37 Viewer for MMU2 classic board type

The equipment data visualized will be the same for all MMU2 type, classic or B/C, and for SMU2 type, but only for the first one there will be three push buttons, in order to:

NOTICE

•

Add NE: add the board to the configured MINI-LINK Adapter Server

•

Remove NE: remove the board from the configured MINI-LINK Adapter Server

•

Launch LCT: launch MINI-LINK Adapter Client application.

The MINI-LINK E Adapter Server is that one whose IP address has been configured in “MLE ADP Server Address” field of NE data. In order to correctly configure MINI-LINK Adapter Server, please refer to Network Data List option description

See Also: MINI-LINK TN Equipment Viewer To Add NE 1.

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Press Add Ne button. The application checks if the board is already present as NE on its MINI-LINK E Adapter Server. A specific message box will inform the operator about the operation in progress

173


If the board has been already added the NE, the following information message will be displayed

Otherwise the following dialog window will be opened

2.

174

Insert Subnetwork Id and Type mandatory fields.

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NOTICE

In this dialog all the fields are optional, apart of Subnetwork Id (id of subnetwork to which the network element belongs) and Type field, the last one selectable from MLTN_ANSI_1+1, MLTN_1+1, MLTN_ANSI_1+0, MLTN_1+0 values

3.

Press OK button. The following information message will be displayed

To Remove NE 1.

Press Remove Ne button. The application checks if the board is not yet present as NE on its MINI-LINK E Adapter Server. A specific message box will inform the operator about the operation in progress.

If the board has been already removed from the MINI-LINK E Adapter server, the following information message will be displayed

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Otherwise, the board is removed and the following information message will be displayed

To Launch LCT 1.

Press Launch LCT button. This option activates the local manager (zoom in) on MMU2 classic board type. For more details, please

Refer to: ServiceOn Microwave Element Manager – System Configuration and Administration Guide

If the MINI-LINK E Adapter IP Address server is not configured for the NE selected or it is temporary unreachable, whichever is the action chosen (Add Ne, Remove Ne or Launch LCT), the following error message will be visualized

For board not MMU type, in the right area of Equipment Viewer tab the following information is displayed:

Table 13 Equipment Viewer: right area for board

Name Board type Slot Number Operational Status Administrative Status

176

Description The board name with the board type. The Slot Number of the selected board. The board operational status. This status can be InService or outOfService. The board administrative status. This status can be InService, reducedServices or outOfService.

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For port/interface, in the right area of Equipment Viewer tab the following information is displayed:

Table 14 Equipment Viewer: right area for port/interface

Name Port/Interface Name Interface Type Operational Status

Administrative Status Close

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Description Port/interface name. The type of the interface. The port/interface operational status.This status can be up, down, testing, unknown, dormant, notPresent, lowerLayerDown. The port/interface administrative status.This status can be up, down, lowerLayerDown or testing. Exit the window.

177


The Terminal Id, Far End Id, Far End NE Id, Far End Alias, G826 Performances and RF Input Power are displayed only for the following board types: •

MMU2

•

SMU2

If Far End Id, Far End End Alias, Far End NE Id and RF Input Power are not available, a dash character will be shown. The Refresh button will call the realignment of MINI-LINK E Adapter Server stored data with equipment information; a specific warning message box will inform the operator about the possibility to wait a few minutes before the operation is completed.

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The Refresh action actually updates data of left area in the tab, while the right area is simply hidden during the above operation. If the NE is not available, will be seen following information message box:

NOTICE

The refresh of equipment information is performed, for each configured NE, automatically, every 24 hours at operator established time. So, when Equipment Viewer for MLTN is launched, the information is always updated to the last automatic refresh, and the user can avoid performing manually the refresh operation if he does not need to be aligned with the real equipment data.

The operator can explore the tree representing the boards and the interfaces clicking on the relative leaf on the tree. In order to quit the application, the user can press Close button or close the window itself.

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3.5.1.2

Quit ML-TN Equipment Viewer In order to quit the application, the user can press Close button or close the window itself.

See Also: MINI-LINK TN Equipment Viewer ML-HC Equipment Viewer

3.5.1.3

The ML-HC Equipment Viewer application allows getting information about the managed Network Elements that belong to Network of type ML-HC. In “Equipment Viewer” page, all the boards and associated port which belong to the ML-HC NE will be shown. ML-HC Equipment Viewer: overview To launch ML-HC Equipment Viewer using the Drawing Area/Tree View

1.

Move the mouse pointer over the HC NE and click with the right-mouse button to open the pop-up menu.

2.

Select the Service->Plugin->EM-MHC->Equipment viewer option.

The “Equipment Viewer” window showing the boards and the ports which belong to a ML-HC NE will be displayed.

NOTICE

180

Only single selection is allowed. However, it is possible to launch the application on more than one network element by selecting them one at a time.

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NOTICE

On the title bar, the NE ownId_IPaddress on which the Equipment Viewer has been launched is visualized (for example, HC57_141.137.106.225). When the application is launched on a ML-HC Network Element on which the equipment viewer is already running, it is not launched again and the related failure message will be prompted in the details field of a line within the Command Table area.

If four equipment viewer applications are already running, the fifth equipment viewer launch fails and the related message will be prompted in the details field of a line within the Command Table area.

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181



The ML-HC Equipment Viewer is a real time application, that is, it reads the data from the NE selected as soon as it starts. The equipment viewer window is a read-only tab showing two areas. The left area displays all the boards which belong to the ML-HC NE and for TRU board the associated Port. In the right area, the following information is displayed:

Table 15 Equipment viewer: right area

Name Board type Slot Number ConnStatus

Port Name Category Oper Status Admin Status

182

Description BOARD section (common to all board type) The board name with the board type. The Slot Number of the selected board. The board connection status. This status can be disconnected connected, absent or mismatch, or unknown if it is none of them. PORT Section (for port belonging to TRU board type only) The name of physical interface The type of physical interface The port operational status. This status can be up, down or testing, or unknown if it is none of them. The port administrative status. This status can be up, down or testing, or unknown if it is none of them.

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183


The operator can explore the tree representing the boards and the interfaces clicking on the relative leaf on the tree. The first element on the left area, named MHC_x+y, indicates the ML-HC configuration. The following configurations are foreseen:

184

•

1+0 Configuration (MHC_1_0) – defines an unprotected terminal, i.e. one Electrical or Optical TRU (Traffic Unit), one MMU (Modem Unit) and one RAU (Radio Unit connected to MMU).

•

1+1 Configuration Hot Standby (MHC_1_1_HS) – defines a protected terminal, i.e. two RAU and two MMU instead of only one. Both transmitters are tuned to the same frequency, but only one is active at a time.

•

1+1 Configuration Frequency Diversity (MHC_1_1_FD) – defines a protected terminal, i.e. two RAU and two MMU instead of only one. Both transmitters are active at the same time and two frequencies are used.

•

1+1 Configuration Equipment and Line Protection (MHC_1_1_EP) – with two RAU, two MMU and two TRU.

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NOTICE

The boards are hard-coded, and can only be inserted into their dedicated slots, that is TRUs in slots #1 and #3, MMUs in slots #2 and #4.

The Refresh button calls the realignment data with equipment information; a specific warning message bar will inform the operator about the possibility to wait a few seconds before the operation is completed.

When the updating operation is completed, in the equipment viewer window only the boards of ML-HC NE selected will be displayed, while the right area will be empty, as when the application starts.

NOTICE

The realignment data of equipment information for ML-HC is automatically performed every time the application is launched.

May be a ML-HC NE becomes not available after the application has already been launched (right mouse button on NE selected, Communication->Start/Stop option). In this case, after the refresh operation, all the NE data in the equipment viewer window will be still shown, but all the status type for everyone of them will 2/1553-AOM 901 015/3 Uen E

185


be “NOT AVAILABLE”. Moreover, on the title bar the info “Not Available” will be written. See Also: Start Stop NE

If the ML-HC Equipment Viewer is launched on a Network Element not available, the following information message box will be shown

The equipment viewer window will show only root symbol. Moreover, on the title bar the equipment type with the identifier owner (for example, MHC 33) and the info “Not Available” will be written. 186

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See Also: ML-HC Equipment Viewer

3.5.1.4

Quit ML-HC Equipment Viewer In order to quit the application, the user can press Close button or close the window itself.

See Also: ML-HC Equipment Viewer

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187


3.5.1.5

ETU Equipment Viewer

3.5.2

The ETU Equipment Viewer application allows getting information about the relationships among the ETU 155 unit and its interfaces. ETU Equipment Viewer: overview

To launch ETU Equipment Viewer using the Drawing Area/Tree View

NOTICE

188

1.

Move the mouse pointer over the ETU 155 NE and click with the right-mouse button to open the pop-up menu.

2.

Select the Service->Plugin->EM-ETU->Equipment viewer option.

Only single selection is allowed. However, it is possible to launch the application on more than one network element by selecting them one at a time.

2/1553-AOM 901 015/3 Uen E


In the "Equipment Viewer" page, the only one ETU 155 board will be shown. NOTICE

On the title bar, the NE name on which the Equipment Viewer has been launch is visualized (for example, ETU155_192.168.6.2).

When the application is launched on an ETU 155 Network Element on which the equipment viewer is already running, it is not launched again and the related failure message will be prompted in the details field of a line within the Command Table area.

If four equipment viewer applications are already running, the fifth equipment viewer launch fails and the related message will be prompted in the details field of a line within the Command Table area.


The ETU Equipment Viewer is a real time application, that is, it reads the data from the NE selected as soon as it starts. The equipment viewer window is a read-only tab showing two areas. The left area displays the ETU 155 board and its associated interfaces. In the right area, the following information is displayed:

Table 16 ETU 155 Equipment Viewer: right area for board/interface

Name Board type Slot Number Interface Name 2/1553-AOM 901 015/3 Uen E

Description BOARD section The board name with the board type (Ethernet Unit 155). The Slot Number of the selected board (1). INTERFACE section The name of physical interface. 189


Name Category Operational Status Administrative Status

Description The type of physical interface. The port operational status. This status can be up, down or testing, or unknown if it is none of them. The port administrative status. This status can be up, down or testing, or unknown if it is none of them.

The operator can explore the tree representing the board and the interfaces clicking on the relative leaf on the tree.

The Refresh button calls the realignment data with equipment information; a specific warning message bar will inform the operator about the possibility to wait a few seconds before the operation is completed.

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NOTICE

During the refreshing phase, the leaves on the tree are greyed, so the operator cannot explore it. Moreover, he can stop the application clicking on the Close button.

When the updating operation is completed, in the equipment viewer window only the board of the ETU 155 NE selected will be displayed, while the right area will be empty, as when the application starts.

NOTICE

The realignment data of equipment information for ETU 155 is automatically performed every time the application is launched.

May be an ETU 155 NE becomes not available after the application has already been launched (right mouse button on NE selected, Communication->Start/Stop option). In this case, after the refresh operation, all the NE data in the equipment viewer window will be still shown, but all the status type for everyone of them will be "NOT AVAILABLE". Moreover, on the title bar the info "Not Available" will be written.

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191


When the ETU 155 Equipment Viewer is launched on a Network Element not available, the following information message box will be shown

See Also: ETU Equipment Viewer 3.5.2.1

Quit ETU 155 Equipment Viewer In order to quit the application, the user can press Close button or close the window itself.

See Also: ETU Equipment Viewer

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193


3.6

Windows A set of commands to manage the different currently opened windows, within the Drawing Area of the Element Manager GUI.

See Also: Element Management User Interface, File, Configuration, Fault, Plugin Services, Help 3.6.1

Tile

PATH:

(Windows-Tile) To arrange all the currently opened windows, within the Drawing Area of the Element Manager GUI, one beside each other.

See Also: Windows, Cascade All, Minimize All, Close All, Scroll Forward All, Scroll Backward All 3.6.2

Cascade All

PATH:

(Windows-Cascade All) To order all the currently opened windows, within the Drawing Area of the Element Manager GUI, one behind each other.

See Also: Windows, Tile, Minimize All, Close All, Scroll Forward All, Scroll Backward All 3.6.3

Minimize All

PATH:

(Windows-Minimize All) To minimize all the currently opened windows in the lowest side of the Drawing Area and call them one by one in a second time.

See Also: Windows, Tile, Cascade All, Close All, Scroll Forward All, Scroll Backward All 3.6.4

Close All

PATH:

(Windows-Close All) To close all the currently opened windows, within the Drawing Area of the Element Manager GUI, with a single command only.

See Also: Windows, Tile, Cascade All, Minimize All, Scroll Forward All, Scroll Backward All 3.6.5

Scroll Forward All

PATH:

(Windows-Scroll Forward All) To turn over all the currently opened windows, within the Drawing Area of the Element Manager GUI, one by one; this can also be performed by means of the shortcut: Ctrl + Æ.

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See Also: Windows, Tile, Cascade All, Minimize All, Close All, Scroll Backward All 3.6.6

Scroll Backward All

PATH:

(Windows-Scroll Backward All) To turn over all the currently opened windows, within the Drawing Area of the Element Manager GUI, one by one; this can also be performed by means of the shortcut: Ctrl+Å.

See Also: Windows, Tile, Cascade All, Minimize All, Close All, Scroll Forward All

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195


3.7

Help From this menu item, the On Line Help index can be called to be browsed; the possibility to get information about the currently installed EM release, the licence and the type of installation are also available.

See Also: Element Management User Interface, File,, Configuration, Fault, Windows, On-line Help 3.7.1

Index

PATH:

(Help-Index) Starts the On Line Help index; this provides a series of features to browse the currently installed Help; to learn more about the On Line Help working, please The available On Line Help is always relevant to the EM Core application and the currently installed Plug-Ins.

See Also: Help, On-line Help 3.7.2

Licenses Details

PATH:

(Help-Licenses) This facility is used to get information about the current state of all the licenses currently installed on SOM application.

This window is divided in columns, which can be resized, moved and sorted in the same way as in the Real Time Monitor Window. See details in: Configuring the Real Time Monitoring Window The following columns are shown: Feature The description of the feature covered by the license 196

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Status The actual license status. Refer to the paragraph below for the different values. License Status Used The current amount of RTC license in use by the application. NOTICE

The value displayed is aligned with the latest check, that is performed every 30 minutes. Capacity The maximum value allowed by the RTC license Starts The time the license starts. Expires The time the license expires. Right The type of license (Right To Use or Right To Connect)

See Also: Help, License Management 3.7.2.1

License Status The following status can be displayed in the relevant column of the License Details windows. OK The license is Fully operating in time and capacity NOK Not OK. The license is expired. This indication is given in red colour ATR Aware Time Reached. The license is about to expire. This indication is given in orange colour. CLR Capacity Limit Reached CLE Capacity Limit Exceeded. In this case system stops NE communications in order to reduce the number of used connection to the license. It stops when the CLR or OK status is reached. In case both the rights (RTU and RTC) are overridden a combination of states is reported (ATR/CLE and ATR/CLR)

See Also: Licenses Details, License Management 3.7.3

About SOM

PATH:

(Help-About SOM) Presents a window, divided into four folders, with information about the following topics:

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197


About Information about the installed EM Core release Configuration Information about the current EM Core installation: - Name and type of the Core server - Name and main processes of involved other workstations (if installed) - EM installation version and release Information about the current EM Plug-Ins installation: - Name of the Plug-in with relevant version and NE names System Information about environment variables setting See Also: Help, On-line Help

198

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ServiceOn Microwave Element Manager - Operator Guide 3BCommon References

4

Common References This section describes topics, which are common to many arguments of the handbook. This section deals with the following topics:

2/1553-AOM 901 015/3 Uen E

•

Meaning of the Fields

•

Abbreviations

199


4.1

Meaning of the Fields

See Also: Common References 4.1.1

Performance Values

See Also: Meaning of the Fields 4.1.1.1

BBE Background Block Errors. A cumulative count indicating the number of errored blocks of a performance data reporting period.

4.1.1.2

BBER Background Block Error Ratio. The EM calculates the ratio in the following way: BBER = BBE/(p - SES) where 'p' value is: (900 - UAS) for 15m performance (86400 - UAS) for 24H performance If the (p - SES) value is equal to 0 the division is indeterminate and in this case for the BBER value is displayed: "Unavailable (UAS = full period)"

4.1.1.3

CSES Consecutive Severely Errored Seconds. When the number of consecutive SES exceeds the CSES threshold then CSES is increased. Value range is from 2 to 9.

4.1.1.4

EFS Error Free Seconds.

4.1.1.5

ES Errored Seconds. A cumulative count indicating the number of seconds during which block errors have been detected.

4.1.1.6

ESR Errored Seconds Ratio. The EM calculates the ratio in the following way: ESR = ES/p where 'p' value is: (900 - UAS) for 15m performance (86400 - UAS) for 24H performance

200

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Like the BBER value, if the 'p' value is equal to 0, the division is indeterminate and in this case for the ESR value is displayed: "Unavailable (UAS = full period)" 4.1.1.7

FEBBE Far End Background Block Errors.

4.1.1.8

FEES Far End Errored Seconds.

4.1.1.9

FESES Far End Severely Errored Seconds.

4.1.1.10

OFS Out-of-Frame Seconds. A cumulative count indicating the number of seconds during which Out-ofFrame alignments have been detected.

4.1.1.11

PJE Pointer Justification Events. It is an indication that a pointer justification event has occurred on AU/TU.

4.1.1.12

PJC Pointer Justification Counter.

4.1.1.13

PSC Protection Switching Counter.

4.1.1.14

PSD Protection Switching Duration.

4.1.1.15

SES Severely Errored Seconds. A cumulative count indicating the number of seconds of a performance data period during which the preset threshold has been exceeded for a performance entity.

4.1.1.16

SESR Severely Errored Seconds Ratio. The EM calculates the ratio in the following way: SESR = SES/p where 'p' value is: (900 - UAS) for 15m performance (86400 - UAS) for 24H performance If the 'p' value is equal to 0 the division is indeterminate and in this case for the SESR value is displayed: "Unavailable (UAS = full period)"

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201


4.1.1.17

SUE Start of Unavailability Event. When the number of consecutive SES exceeds the SUE threshold, then UAS is increased.

4.1.1.18

TUE Termination of Unavailability Events. When the number of consecutive EFS (Error Free Second) exceeds the TUE threshold, the increasing of the UAS is stopped.

4.1.1.19

UAS UnAvailable Seconds. A cumulative count indicating the unavailability of the related entity. It means that the SUE threshold has been exceeded.

4.1.2

Performance Entity Types

See Also: Meaning of the Fields 4.1.2.1

MS Quality data collection relevant to a Multiplex Section, that is the span between two Multiplex Section Terminations (MST). Three bytes B2 in the SOH is allocated for near end error monitoring, whereas one byte M1 is allocated for far end error monitoring.

4.1.2.2

MSA Quality data collection relevant to a Multiplex Section Adaptation. It manages the pointer justification events.

4.1.2.3

PDH Near End Plesiochronous Signal Near End entity.

4.1.2.4

PS Quality data collection relevant to a Protection Switches.

4.1.2.5

RS Quality data collection relevant to a Regenerator Section, that is the span between two Regenerator Section Terminations (RST). One byte B1 in the SOH is allocated for near end error monitoring.

4.1.2.6

TC-VCn Quality data collection relevant to a Tandem Connection entity.

4.1.2.7

TUPJ-VCn Quality data collection relevant to a Tributary Unit Pointer Justification entity.

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4.1.2.8

VC12 Quality data collection relevant to a VC-12 that is the low order (LO) container in the STM-n frame (2Mbit/s payload).

4.1.2.9

VC2 Quality data collection relevant to a VC-2 that is the low order (LO) container in the STM-n frame (6Mbit/s payload).

4.1.2.10

VC3 Quality data collection relevant to a VC-3 that is the low order (LO) container in the STM-n frame (34Mbit/s and 45Mbit/s payload).

4.1.2.11

VC4 Quality data collection relevant to a VC-4 that is the higher order (HO) container in the STM-n frame (140Mbit/s payload). One byte B3 is allocated in each VC-4 for a near end path error monitoring, whereas one byte G1 is allocated for far end error monitoring.

See Also: Meaning of the Fields

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203


4.2

Abbreviations Following is a list of the most frequently used abbreviations in this handbook:

204

•

ADM Add-Drop Multiplexer

•

AP Access Point

•

API Application Programming Interface

•

APS Automatic Protection Switching

•

ASCII American Standard Code for Information Interchange

•

ASN 1 Abstract Syntax Notation 1

•

ATM Asynchronous Transfer Mode

•

CDL Configuration Description Language

•

CD-ROM Compact Disc Read Only Memory

•

CD-R Compact Disc Recordable

•

CD-RW Compact Disc Rewritable

•

CTP Connection Termination Point

•

CPU Central Processing Unit

•

DBMS DataBase Management System

•

DCC Data Communication Channel

•

DCN Data Communication Network

•

DSL Digital Subscriber Line

•

DWDM Dense Wave Division Multiplex

•

DXC Digital Cross Connect

•

EM Element Manager

•

EML Element Manager Layer

•

ES Errored Second

•

ESR Errored Second Ratio

•

ETSI European Telecom Standards Institute

•

FISH Fault Inquiry System Handler

•

FTAM File Transfer, Access and Management

•

FTP File Transfer Protocol

•

GMPLS General Multi Protocol Label Switching

•

GUI Graphical User Interface

•

HCI Human Computer Interface

•

HO Higher Order

•

HP Higher Order Path

•

HP-UX Unix Operating System for Ericsson applications by Hewlett Packard

•

HW Hardware

•

ISDN Integrated Services Digital Network

•

ITU-T International Telecommunication Union - Telecommunication 2/1553-AOM 901 015/3 Uen E


2/1553-AOM 901 015/3 Uen E

•

JVM Java Virtual Machine

•

LCT Local Craft Terminal

•

LDAP Lightweight Directory Access Protocol 41

•

LO Lower Order

•

MAC Mandatory Access Control

•

MS Multiplex Section

•

MSOH Multiplexer Section Overhead

•

MSP Multiplexer Section Protection

•

MSSPring Multiplexer Section Shared Protection Ring

•

NE Network Element

•

NM Network Manager

•

NMC Network Management Centre

•

NML Network Manager Layer

•

NMS Network Management System

•

NMS-DB Network Management System - DataBase

•

NSAP Network Service Access Point (OSI model)

•

OCH Optical Channel

•

OMS Optical Multiplex Section

•

OS Operation System

•

OSI Open Systems Interconnect(ion)

•

OTS Optical Transport Section

•

PDH Plesiochronous Digital Hierarchy

•

PRBS Pseudo Random Byte Sequence

•

RAM Random Access Memory

•

RISC Reduced Instruction Set Computer

•

RS Regenerator Section

•

RTAM Real Time Alarm Monitor

•

SCSI Small Computer Standard/System Interface

•

SDH Synchronous Digital Hierarchy

•

SES Severely Errored Second

•

SESR Severely Errored Second Ratio

•

SNC Sub-Network Connection

•

SNCP Sub-Network Connection Protection

•

SNPA Single Network Point of Attachment (OSI model)

•

SOH Section Overhead

•

STM-n Synchronous Transport Module, level N

•

SW Software

•

TCM Tandem Connection Monitoring

•

TCP/IP Transmission Control Protocol/Internet Protocol

•

TL1 Transaction Language 1 205


•

TMN Telecommunications Management Network

•

TSAP Transport Service Access Protocol (OSI model)

•

TTP Trail Termination Point

•

UAS UnAvailable Seconds

•

UCH User Configuration Handler

•

VC-n Virtual Container, level n

•

VC-n-Xc X times Concatenated VC-n (n=2 or 4)

•

VC-n-nc n times Concatenated VC-n

•

VMP Switching Protocol (QD2 model)

•

WDM Wave Division Multiplex

See Also: Common References

206

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ServiceOn Microwave Element Manager - Operator Guide 4BAppendix

5

Appendix

5.1

Free Open Source Products The ServiceOn Microwave product includes the following free open source products: •

IIOP.NET

Copyright © 2003-2004 ELCA; Licensed under the LGPL, Version 2.1 A copy of the source code can be downloaded from the site: http://sourceforge.net/project/showfiles.php?group_id=80227&package_id=8247 8 •

Castor

Copyright © 1999-2005 http://www.garshol.priv.no/download/xmltools/vendor/ExoLab.html, Intalio Inc., and Contributors; Licensed under the Apache License, Version 2.0. A copy of the source code can be downloaded from the site. http://www.castor.org/ •

JfreeChart

Copyright © 2005-2007 by Object Refinery Limited and Contributors. JFreeChart is written by David Gilbert with contributions from a diverse community of developers. A copy of the source code can be downloaded from the following site: http://www.jfree.org/jfreechart/ •

JZLIB

Copyright 1998-2004 JCraft, Inc. Licensed under the BSD style License. A copy of the source code can be downloaded from the following site: http://www.jcraft.com/jzlib/index.html •

JAXB

This project is part of Project Metro and is in the Glassfish community at java.net. It's released under theCommon Development and Distribution License (CDDL) v 1.0. A copy of the source code can be downloaded from the site: https://jaxb.dev.java.net/servlets/ProjectDocumentList?folderID=7256&expandF older=7256&folderID=3952 •

Ingres2006

Copyright © 2006 Ingres Corporation. Licensed under the LGPL, Version 2. 2/1553-AOM 901 015/3 Uen E

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A copy of the code can be downloaded from the site: http://www.ingres.com/products/ingres-2006.php •

Net-Snmp

Copyright 1989, 1991, 1992 by Carnegie Mellon University Derivative Work 1996, 1998-2000 Copyright 1996, 1998-2000 The Regents of the University of California Copyright (c) 2001-2003, Networks Associates Technology, Inc. Copyright (c) 2001-2003, Cambridge Broadband Ltd. A copy of the code can be downloaded from the site: http://sourceforge.net/project/showfiles.php?group_id=12694&package_id=1157 1&release_id=431945 •

MICO

Copyright 1996-2006 MICO Project All libraries are covered by the GNU Library General Public License (LGPL), Code generated by the IDL compiler is not copyrighted, everything else is covered by the GNU General Public License (GPL) A copy of the code can be downloaded from the following site: http://www.mico.org/down.html •

HSQLDB

HSQLDB is written by Michael J. Cannon, Fred Toussi, Blaine Simpson; it is licensed under the BSD License. A copy of the code can be downloaded from the site: http://sourceforge.net/project/showfiles.php?group_id=23316 •

Jasper Reports

Copyright © 2006 JasperSoft Corporation A copy of the code can be downloaded from the site: http://www.jasperforge.org/index.php?option=com_docman&Itemid=248&mosm sg=Not+authorized •

TrayIcon

TrayIcon is written by Jan Struyf 1999 A copy of the code can be downloaded from the site: http://jeans.studentenweb.org/java/trayicon/trayicon.html •

XMLDB

Copyright (C) 2001-2006 Pete Ryland A copy of the code can be downloaded from the site: http://xmldb.sourceforge.net/dls/#top

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•

Quartz Enterprise Job Scheduler

Copyright 2000-2005 - OpenSymphony A copy of the code can be downloaded from the site: http://opensymphony.com/quartz/download.action

5.1.1

Projects copyrighted by The Apache Software Foundation

•

Jakarta Commons HttpClient

Licensed under the terms of the Apache License, version 2.0 A copy of the source code can be downloaded from the following site: http://jakarta.apache.org/commons/httpclient/ •

Logging package

Licensed under the terms of the Apache License, version 2.0 A copy of the source code can be downloaded from the following site http://jakarta.apache.org/commons/logging/ •

Commons Collection

Licensed under the terms of the Apache License, version 2.0 A copy of the source code can be downloaded from the following site: http://jakarta.apache.org/commons/collections/ •

XML-RPC

Licensed under the terms of the Apache License, version 2.0 A copy of the source code can be downloaded from the following site: http://ws.apache.org/xmlrpc/ •

Jakarta Commons Lang

Licensed under the terms of the Apache License, version 2.0 A copy of the source code can be downloaded from the following site: http://jakarta.apache.org/commons/lang/ •

Log4j

Licensed under the terms of the Apache License, version 1.1 A copy of the source code can be downloaded from the following site: http://logging.apache.org/log4j/docs/ •

Xerces Java Parser

Licensed under the terms of the Apache License, version 1.1 A copy of the source code can be downloaded from the following site: http://xerces.apache.org/xerces-j/

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•

Apache FTP Server

Licensed under the terms of the Apache License, version 2.0 A copy of the source code can be downloaded from the following site: http://incubator.apache.org/ftpserver/downloads.html

5.1.2

Projects copyrighted by Free Software Foundation

•

JacORB

Licensed under the terms of the GNU LGPL, version 2 A copy of the source code can be downloaded from the following site: http://www.jacorb.org/download.html •

GNU Getopt in Java

Licensed under the terms of the GNU GPL, version 2 A copy of the source code can be downloaded from the following site: http://www.urbanophile.com/arenn/hacking/download.html

NOTICE

The source code of the listed products can be downloaded on the web sites indicated or requested to Ericsson AB.

See Also: Appendix

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Ericsson SOM Operator Guide

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