HCNP-UC-IHUCS_V2.8_Lab_Guide(2016.2.1) (1)

8/19/2019 HCNP-UC-IHUCS_V2.8_Lab_Guide(2016.2.1) (1)

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Huawei Certification HCNP-UC

HCNP-UC V2.8Implementing Huawei Unified Communications

Solution Lab Guide

Huawei Technologies Co., Ltd





Huawei Certification System

Relying on its unparalleled technical advantages and professional training system,

Huawei Certification is committed to delivering practical, professional, and hierarchical

certification programs to customers based on different customer requirements.

Considering the characteristics of ICT technologies and customers' requirements,

Huawei Certification provides the following certification programs:

Huawei Certified Network Associate - Unified Communications Introducing Huawei

Unified Communications Administration (HCNA-UC IHUCA) is intended for networking

engineers who have associate-level knowledge and skills of Huawei enterprise-specific

UC solutions. It focuses on typical solutions, component functions; service flows, basicconfigurations, and identifies enterprise UC experts who are capable of system operation,

administration, and maintenance (OAM).

Huawei Certified Network Professional - Unified Communications (HCNP-UC) is

intended for networking engineers who have professional-level knowledge and skills of

Huawei enterprise-specific UC solutions. It focuses on UC solutions planning and design

as well as the technical capabilities of UC solutions in large- and medium-sized

enterprises. Engineers with HCNP-UC certification are capable of UC system design and

OAM.

Huawei Certified Network Professional - Unified Communications (HCIE-UC) is

intended for networking engineers who have expert-level knowledge and skills of Huawei

enterprise-specific UC solutions. It focuses on UC solutions maintenance and

troubleshooting as well as the technical capabilities of UC solutions in large enterprises.

Engineers with HCIE-UC certification are capable of UC system design and

troubleshooting.

Huawei authentication enables you to acquire the required industry knowledge and

keep pace with the most advanced technologies.





Preface

Overview

HCNP-UC V2.8 lab guide is designed to assist those who are preparing to attend the

HCNP-UC exam, or want to learn the basic principle of unified communication and the

applications in Huawei unified communication system.

Prerequisites

In order to learn the content more effectively, readers should have the basic knowledge

listed below：

• Master the basic principle of voice communication.

• HCNA-UC certified or acquire equal knowledge .

Referenced document

• 《eSpace UC product documentation》

• 《eSpace U1900 series unified gateway product documentation》

• 《AR120&AR150&AR160&AR200&AR500&AR510&AR1200&AR2200&AR3200&AR36

00 product documentation》

• 《eSpace 7910&7950 IP Phone V200R002C00SPC300 Administrator Guide 04》



Referenced Icon

Lab Environment Introduction

Network

The Lab environment is designed to assist those who are preparing to attend the HCNP-UCexam. It contains 1 server, 4 U1900s, 1 AR, 1 switch, several IP phones and analog phones.4 to 12 examinees can user this lab environment at the same time.

Devices

In order to meet the needs of HCNP-UC V2.8 lab environment, it is recommended thateach laboratory environment using the following configuration.

Equipment Hardware Model Number Version

ECS Server RH2285 1 V200R003

U1900 U1911 4 V200R003C00

AR AR1220VW 1 V200R005

eSpace Audio Recorder eSpace Audio Recorder 1IP phone eSpace 7910 5

Analog phone - 2Switch S2600 1

PC - 1 set foreachperson



Symbols Convertions

The symbols that may be found in this document are defined as follows.

Symbol Description

Indicates an imminently hazardous situation which, if notavoided, will result in death or serious injury.

Indicates a potentially hazardous situation which, if notavoided, could result in death or serious injury.

Indicates a potentially hazardous situation which, if notavoided, may result in minor or moderate injury.

Indicates a potentially hazardous situation which, if notavoided, could result in equipment damage, data loss,

performance deterioration, or unanticipated results.

Notice is used to address practices not related to personalinjury.

Call attention to important information, best practices andtips.

NOTE is used to address information not related to personalinjury, equipment damage, and environment deterioration.



HCNP-UC Implementing Huawei Unified Communicatios Solution Lab Guide Internal

2016-02-01 Huawei Proprietary and Confidential

Copyright © Huawei Technologies Co., Ltd.

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Contents

1 eSpace UC Solution 14

Lab 1-1：eSpace UC Solution Architecture 14

Equipment Required 14

Learning Objectives 14

Task 1：Questions 14

2 eSpace UC Solution Network 16

Lab 2-1：eSpace Unifed Communications Deployment 16



Task 1: Questions 16

3 ECS Application Deployment 18

Lab 3-1: eSpace Unifed Communications Deployment 18



Task 1: Installation Preparation 19

Task 2: Install and Configuring Basic Software 19

Task 3: Configure Operating System Basic Operation 27

Task 4: Configure database 33

Task 5: Install BMU and AppAgent 48

Task 6: Install eServer/MAA/UMServer 54

Task 7: Install Meeting MS 57

Task 8: Install Console Server 58

Task 9: Install CDRServer 59

Lab 3-2: Install Audio Recorder 62



Task 1: Installation Preparation 62

Task 2: Install the Log Server 87

Task 3: Install Sip Server 93

Task 4: Install the Management Platform 95

Task 5: Certificate synchronization 103

4 ECS Basic Services Configuration 105






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Lab 4-1 Configure UC Accounts 105



Task 1: Configure U1900 106

Task 2: Add the U1900 on BMU 106

Task 3: Configure SIP Numbers (Optional) 107

Task 4: Configure Number Allocation Policy (Optional) 108

Task 5: Configure UC Accounts 109

Lab 4-2 Deploy the eSpace Desktop 110



Task 1: Configure the Interworking Between the U1900 and eServer 110

Task 2: Install and Login to the eSpace Desktop 110

Lab 4-3 Verifying the IM Service 111



Task 1: Configure UMServer service 111

Task 2: Verify P2P Instant Messages 112

Task 3: Verify Temporary Group Instant Messages 112

Task 4: Verify Contact Group Instant Messages 113

Task 5: Commission Rich Media Messaging 113

Task 6: Verify P2P File Transfer 114

Lab 4-4 Verify the Voice Call Service 114



Task 1: Verify Voice Calls on the eSpace Desktop 115

Lab 4-5 Verify Voice Meeting Service 115



Task 1: Configure Meeting Access Codes 115

Task 2: Set the Email Parameters for Sending Meeting Notifications 116

Task 3: Verify Instant Voice Meetings 116

Task 4: Verify the Function of Scheduling Voice Meetings 117

Task 5: Verify the Function of Joining Scheduled Voice Meetings 118

5 ECS Advanced Services Configuration 119

Lab 5-1 Verify the Multimedia Meeting Service 119



Task 1: Configure the Trunk for Connecting the U1900 to the Meeting MS 119

Task 2: Set Multimedia Meeting Parameters 120

Task 3: Configure the Multimedia Meeting Service 120

Task 4: Upload the Meeting Client Installation Package 121






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Task 5: Verify Multimedia Meetings 121

Lab 5-2 Verify the Corporate Directory Service 121



Task 1: Configure Departments 122

Task 2: Configure User Levels 123

Task 3: Configure IP Phones 123

Task 4: Import the Corporate Directory from an Excel File 123

Task 5: Verify Corporate Directory 124

Lab 5-3 Verify the Phone Linkage Service 125



Task 1: Configure Linkage SIP Numbers 125

Task 2: Configure UC Accounts 126

Task 3: Verify Phone Linkage 126

6 eSpace IPT Reliable Solution Network 128

Lab 6-1 Configure the Unified Gateway Two-Node Cluster 128



Scenario 128

Configurations Process 130

Task1: Configure the Active Node 130

Task2: Configure the Standby Node 132

Task3: IP Phone Configurations (eSpace 7910) 133

Task4: Verification 133

7 Multi-Node Centralized Network 135

Lab 7-1 Multi-Node Centralized Network(U1900 as local node) 135



Scenario 135

Task 1: Configure the Active Node 137

Task 2: Configure Local Nodes 142

Task 3: IP Phone Configurations (eSpace 7910) 145

Task 4: Verification 146

8 AR Voice System Introduction 147

Lab 8-1 AR Voice System Introduction 147




9 VRP Plateform Introduction 149

Lab 9-1 VRP platform common operation command 149








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13 Extranet Access of UC Terminals 175

Lab 13-1 Extranet Access of UC Terminals 175




14 eSpace Console System 176

Lab 14-1 eSpace Console System 176



Scenario 176

Task 1: Configure the Unified Gateway 177

Task 2: Configure the Interconnection Between the ConsoleServer and the UnifiedGateway 178

Task 3: Configure Agent Information 181

Task 4: Install and Log In to the SoftConsole 182

Task 5: Commission Procedure 185

15 eSpace Audio Recorder 189

Lab 15-1 eSpace Audio Recorder 189



Scenario 189

Task1: Configure Recorder server 191

Task2: Configuration on U1900 218

Task 3: Configure IP Phones 220

Task 4: Common Operation 221

16 eSpace UC Routine Maintenance 225

Lab 16-1 eSpace UC Routine Maintenance 225



Scenario 226

Task 1: Configure U1900 226

Task 2: Configure CDRServer 227

Task 3: Install and Configure the FTP or FTPS Service 230

Task 4: Configure the BMU 232

17 AR Voice System Maintenance and Troubleshooting 234

Lab 17-1 AR Voice System Maintenance and Troubleshooting 234









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18 eSpace UC System Troubleshooting 236

Lab 18-1 eSpace UC System Troubleshooting 236




Glossary 237






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1 eSpace UC Solution

Lab 1-1

eSpace UC Solution Architecture

Equipment Required

No equipment is required for this lab.

Learning Objectives

Upon completion of this lab, you will be able to:

• Understand the system architecture of eSpace UC solution;

• Understand the networking and application scenarios of eSpace UC solution.

Task 1

Questions

1. Fill in the blank.

2. Mapping.






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2 eSpace UC Solution Network

Lab 2-1

eSpace Unifed Communications Deployment

Equipment Required


Learning Objectives


• Distinguish different deployment models of eSpace unified communications solutions;• List different deployment models of eSpace unified communications solutions.

Task 1: Questions

1. Single Choice. Which deployment model does the picture below shows belong to?

A. Single Node Networking

B. Multi-Node Network Scenarios (Centralized Call Management Network)

C. Multi-Node Network Scenario (Peer-to-Peer)

D. Multi-Node Network Scenario (Convergent)






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3 ECS Application Deployment

Lab 3-1: eSpace Unifed Communications Deployment

Equipment Required

This lab uses the following equipment:

• Server or virtual machine;

• PC for testing.

Learning Objectives


• Install basic software;

• Install ECS components;

• Install Meeting MS;

• Deploy Console service；

• Deploy CDR service.






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Task 1: Installation Preparation

Step 1. Login http:// support.huawei.com/enterprise/ or save the software from CD to yourlocal computer.

Task 2: Install and Configuring Basic Software

Step 1. Login the control interface of the server or virtual machine.

Step 2. Install operating system. Here we take operating system Windows Server 2008 R2SP1 as an example.

Step 3. Install operating system automatically on virtual machine.

Step 4. Select the Language to install, click Next.

Step 5. Select and single click Install now.






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Step 6. Select the operating system that needs to be installed Window Server 2008 R2Standard(Full installation), choose the operating system needs to be installed.

Step 7. Choose I accept the license terms, click Next.






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Step 8. Click on the installation mode Custom (advanced).

Step 9. Disk partition configuration. Choose Driver options (advanced).






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Step 10. Choose New.

Step 11. Create disk partition depending on your virtual machine disk size, single click on Apply.






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Step 12. Click OK on the popup window.

Step 13. On the new interface, Disk 0 partition 2 is completed.






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System will reserve System for storing system files. “Disk 0 partition 2” will be displayed

as Disk C, the hardware size is 24.7 GB, “Disk 0 partition 3” will be displayed as Disk D,

the size of disk is the remaining space.

Step 14. Choose Disk 0 Unallocated Space, click New. Keep the default value on Size.






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Step 15. Click Apply, leaving the remaining space to Disk 0 Partition 3, system will displaythe partition results.

Step 16. Disk formatting. Choose Disk 0 Partition 1: System Reserved, click Format toformat the disk. The prompt window is showed by the system.

Step 17. Click OK, the formatting process will take 1 minute, please wait patiently. Repeat thesteps above to format the disk Disk 0 Partition 2 and Disk 0 Partition 3.

Step 18. Select Disk 0 Partition 2 as the installation disk for operating system. Click Next, system will enter the waiting interface, start reading the installation disk, copy operatingsystem files. The whole process will take up 30 minutes, no manual configuarationneeded, you will be asked to reboot your computer for several times during theinstallation, please have patience. After the installation is completed, enter Login page.






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Step 19. Set user password. Click Yes on Window login interface, enter the password resetinterface, input login password of Administrator.

Step 20. Click on , login password for Administrator is configured successfully. System willdisplay Your password has been changed.






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Step 21. Click OK. System will enter Initia Configuration Tasks automatically.

Task 3: Configure Operating System Basic Operation

Step 1. Enable or disable firewall.

1） Open Initia Configuration Tasks, in the Customize This Server, Click WindowsFirewall.






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2） In the Control Panel, clik Turn Windows Firewall on or off .

3） In the Custom Settings interface, select Turn off Windows Firewall (notrecommended).

4） Click OK, completing enable or disable the firewall.

Step 2. Configure IP address.

1） Click Network Connections in Initial Configuration Tasks on the task comlumn,system will display the interface below.






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2） Choose a network that can be connected and double click on its icon.

3） Click Attribute, system will popup the Local Area Connection Status window.






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4） Choose Internet Protocol Version 4 (TCP/IPv4), click Properties.

5） Input IP address, subnet mask and default gateway.






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6） Click OK, completing the attribute setting of Internet Protocol Version 4(TCP/IPv4).

7） Click OK, finish the IP address setting.

Step 3. Verify IP addresss configuration result.

Make sure the network can be connected, single click on “Start > Command”, input cmdin the dialogue. Input command ping 10.175.198.138, when system display the same windowas showed below, your comfiguration is completed successfully.

Step 4. Configure system time.

1） In task column, click Set Timezone in Initial Configuaration Tasks, Date andTime will be promted by the window.

2） Configure system time zone.






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3） Click OK after configuration.

Step 5. Configure remote login.

1） Click Enable Remote Desktop in Initial Configuration Tasks.

2） Click Remote, select Allow connections from computers running RemoteDesktop with Network Level Authentication (more secure).






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3） Remote Desktop Connection in the window prompted automatically by thesystem.

4） Click OK. Return to the dialog of System Properties, click OK, completing remotemanagement configuration.

Task 4: Configure database

Prerequisite：Acquired SQL Server 2008 R2 database software.

Step 1. Configure database.

1) Double click on database exe file.

2) Select I accept the license terms, click Next, install files supported by the program.Single click on Install, to install the files supported by the program.

3) Select Start > Programs > Microsoft SQL Server 2008 .






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4) Click SQL Server Installation Center, the interface as showed below will bedisplayed by the system.

5) Click Installation in the red frames, picture as showed below will be displayed by thesystem.

6) Click New Installation or add features to an existing installation in red frames,system will start check the rule policy.

7) After completion, click Yes, choose Enter the product key and enter the key.






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8) Click Next, choose I accept the license terms.

9) Click Next, Files supported by the installation window will be displayed.

10) Click Install, system will start to install the files. Ignore the alert window might popup which will not effect our installation and usage.

11) Click Next, choose All Features with Defaults in the window prompted by system.






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12) Click Next, remain default setting as the image showed below.

13) Click Next, system will start the installation regulation check.

14) Click Next after completing the check.

Follow the steps to complete configuration：

• Choose Default instance.

•

Configure Instance ID as MSSQLSERVER.

• Keep defaults in project root directory.






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15) Click Next, system will display Disk space requirements window.

16) Click Next, system will display information as showed below.

a. Service accounts

• The service accounts and startup type configuration in the red frames are

showed as above.

• Keep defaults on the service outside the red frames.

b. Set ordering rules

• In the page of Odering rules, keep the default value of Chinese_PRC_CI_AS inDatabase Engine Configuration and Analysis Services Configuration.






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17) Click Next, system will display information as the picture showed below.

Follow the steps to complete configuration:

• Configure Identity veritification mode or Mix mode(SQL Server identityverification and Windwos identity verification)

Windows identity verification only allows one user to visit the database, but forconcerns of safety, mix mode is more safe than Windows identity verification.

• Configure password system administrator (sa) for SQL Server.

Backup is needed for configuring the password here, you will need them againwhen configuring the database.

•

Click Add new user, set SQL Server administrator as the current useradministrator.

• Keep defaults on two pages of Data directories.






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18) Click Next, system will display you the picture as showed below.


• Click Add new user, only give Analysis Services Configuration managementrights to administrator.

•

Keep defaults on the Data Directories page.






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19) Click Next, keep defaults on the window displayed by system. As the picture showedbelow.

20) Click Next, keep defaults on the window displayed by system. As the picture showedbelow.

21) Click Next, system will start installation configuration regulation check automatically.

22) Click Next after checking, system will display the window of Ready to install.






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23) After confirming with the installation information, click Install, the system will showyou the window as showed below after installation is finished success

24) Click Close to finish installation.

Result Verification

1) Choose Start > Programs > Microsoft SQL Server 2008 R2 > Configuration tools 2) Click SQL Server configuration manager 3) Choose SQL Server Configuration manager(local) > SQL Server Service, check if five

servers are started and the mode is Automatic in the window displayed by system asshowed below.

If service status is Stopped or Start mode is Manual, you can configure it by following thesteps below.

Start the stopped service

Right click on the service waiting to be started and choose Start.

Set service to Automatic, like how you set SQL Server agent as Automatic.






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Double click SQL Server agent and system will display the SQL Server AnalysisServices (MSSQLSERVER) Properties dialogue.

Choose Service and change the Start Mode from Manual to Automatic.

Step 2. Configure SQL Server 2008 R2 network service. After SQL Server 2008 R2 networkservice is being configured, outer system can visit SQL Server database.






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1) Choose Start > Programs > Microsoft SQL Server 2008 R2 > Configuration tools. 2) Click SQL Server configuration manager. 3) In window displayed by system, choose SQL Server network configuration > protocol

for IPCC MSSQLSERVER.

4) Double click TCP/IP, as showed by the picture.


Keep defaults in Keep Alive.

Set Yes on Listen All.

Set Yes on Enabled.

5) Click IP addresses, as showed by the picture below.


Fill IP address of local computer in the IP addresses.






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Fill 0 or leave it blank in the TCP Dynamic ports.

Fill 1433 in the TCP port, database uses the listening service provided by this port bydefault.

Fill Yes in the Active. Fill Yes in the Enabled.

6) Do the configuration in the IPALL column in the IP Addresses.

Keep the defaults in TCP Dynamic ports.

Fill 1433 in the TCP port.






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7) Single click on “Yes” to complete connection information configuration.

8) Restart SQL server to make the setting valid.

Step 3. Set the maximum inner storage. Set the maximum inner strorage in SQL Server 2008R2 can fix the high CPU usage problem when using the database.

1) User sa as username to connect to database.

a) Choose Start > Programs > Microsoft SQL Server 2008 R2 > SQL Servermanagement Studio. System will display the window of Connect to server.

b) Set the following parameters in Connect to server:

• Choose Database engine in Server types.

• In Server name, configure according to format of IP address and database instancename in the database server.

Only need to fill in the IP address of database server in the single instance, for example“10.175.198.138”.

• In Identity verification, choose SQL Server identity verification.

• Input username sa and password in the mix mode.

• Choose Remember the password, no need to input the password again in the nextlogin.






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c) Click Connect, system will display Microsoft SQL Server Management Studio window.

2) Set the maximum inner storage to 4800MB.

“4800MB” is the default value set when your server storage is 8GB big.

1. Choose “10.175.198.138\MSSLQSERVER (SQL Server 10.50.1600 - sa)”as in the picture

showed above，right click on it, choose “Attribute” in the prompted express menu.

2. Choose “Inner storage” in the navigation bar at the left side, set the “Maximum inner

storage” to “4800”.






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3.

Click OK . Configuration completed.Step 4. Check and close SQL Server Reporting Services (MSSQLSERVER).

1) Click on Start > Run in the SQL Server.

2) Input services.msc command, click OK.

3) Click SQL Server Reporting Services (MSSQLSERVER service，configure Start Mode to

Manual, click OK.

4) Click Stop in Service status to stop the service.

Step 5. Create databse user.

For safety concern, we suggest you to create a new user in database, do not use thedefault username sa when you are installing the service.

1) Choose Start > SQL Server Management Studio, login the database using sa.

2) Unfold Safety, right click Login name, choose New login name.

3) Configure login name, choose SQL Server identity verification, set login password.Please follow the password policy, 123456Rq for instance. Unselect the Force passwordexpiration and Change the password when user login next time.

4) Click Server role, choose sysadmin.5) click Yes to finish user creation.






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Task 5: Install BMU and AppAgent

Step 1. Login the server with username of administrator.

Step 2. Doube click on file AppAgent_BMU.exe.

In windows folder, it is installation under Windows environment. In Linux folder, it isinstallation under Linux environment.

Step 3. Choose installation language and click OK.

Step 4. Click Next in the introduction interface.






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Step 5. View software authorization protocol, choose I accept the terms of the License Agreement, click Next.

Step 6. Click Next according to the components required in the installation plan.

In the instance choose All, BMU and AppAgent are installed on the same server.

• All：Install BMU and AppAgent at the same time.

• Custom：According to your requirements, choose BMU or AppAgent.






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Step 7. Configure IP address for server, click Next.

Step 8. Choose installation path, click Next.






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We do not suggest you to install in the system disk, no chinese characters should bedisplayed in the path, else it will lead to installation failure. In our instance here, we setthe path as “D:\Program Files\eSpace_UC\eSpace_UC_Server”.

Step 9. Click Installation, system will start the installation.

Step 10. Database interface is displayed by system.






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1) First time installation, choose Create database, click Next.

Parameters Description

Create database First installation choose this mode

User existing

database

• After BMU is uninstalled, if user wants to keep the old data,

then select “use old database”.

• BMU and AppAgent is installed, choose “use existing

database”when installing eServer or MAA.

Automatic

upgrationChoose this when version needs upgration.

2) Fill in the information according to the IP&Vlan and Database plan in the integration

design form. Click Next.






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Parameteres Description

Username/Password Username and password of SQL Server

Do not use sa username, use newly created database user,uc_bmu for instance. Refer to the configurate basic softare about theways for creation.

Password should not start with “@”, else will lead to the login

failure of BMU.

Port Keep the default setting 1433

Database name Custom setting. In the instance here, its “bmu”.

Record the database name, it will be needed when installingeServer.

3) Database initialization.

4) Click Next according to the operation guidelies.

5) Click Finish to log out of the interface, when the installation is finished.

Result verification

Method one

Check through service list






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1) Choose Start > Run.

2) Enter services.msc command, click OK. If system has service showed below, it meansBMU and AppAgent is installed successfully.

1. AppAgent and BMU use the same service. If BMU service exists, it means AppAgent issuccessfully installed.

2. Blank in“Status”means service is not started yet.

3. You can right click on the service option, choose “Start ” or “Stop” to start or stop theservice. “eSpaceEntBMUServerDaemon” is the process belongs to BMU, so if you want tostop the BMU service, please stop this service first.

4. Start BMU and AppAgent service by clicking on the icon.

Method two Passing checking through logining BMU management interface

Login address is https://IP address of BMU server:18443, default “username” / ”password” is“admin” / ”Change_Me”.

You need to change the password if it’s your first login.

Task 6: Install eServer/MAA/UMServer

Prerequisite

Acquired eServer, MAA and UMServer installation pack “eServer_MAA.exe”.

Finished installing BMU, and BMU service is disabled, else it will lead to eServer and MAAinstallation failure.

Please refer to BMU and AppAgent on how to disable BMU service.

Step 1. Login to the server as administrator.

Step 2. Double click on installation file eServer_MAA.exe.

Step 3. Choose the installation language, Click OK > Next.






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Step 4. View the software authorization protocol, choose I accept terms of licenseagreement, click Next.

Step 5. Click Next after selecting the components required according to the installation plan.

Step 6. Configure IP address for server, click Next.

Step 7. Select the installation path and click Next.Step 8. click Installation, the system will start to install.

Step 9. Choose Use existing database in database type selection.






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Step 10. Database name should be the consisitant with the name when BMU is created, in theinstance here, it is bmu.

Step 11. Operate as the instrucations. Click Next.

Step 12. Click Finish to exit the installation interface when installation is completed.

Result Verification

Check through service list


2) Enter services.msc command. Click Yes. If system has the following serives, then it meansthe installation is successful.

1. Blank space in “Status” columns means the service is not started yet.






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2. You can right click on the service option, choose “Start ” or “Stop” to start or stop theservice.

Task 7: Install Meeting MS

Step 1. Login into the server as administrator.

Step 2. Double click on the installation pack eSpace_Meeting.exe , finish the Meeting MSinstallation according to the information on interface. Set the install path according toyour own condition, in this case, its D: eSpace_Meeting.

Verify the installation result.


2) Input services.msc command, click Yes.

3) If system shows as the picture showed below, it means the status is Enabled, meaning theinstallation is successful.

4) Configure the interface between Meeting MS and BMU.

Open conf.xml file, path is D: \eSpace_Meeting\conf\conf.xml/

In wts, please add the bold content as showed below, among which “192.168.10.13” isthe IP address of BMU server, please change according to your real world condition.






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5) Restart the Meeting MS service.

Task 8: Install Console Server

Prerequisite

Acquired Console Server installation pack“ConsoleServerSetup.exe”to be installed on the

server.

Step 1. Login into the server as administrator. Double click on installation packConsoleServerSetup.exe .

Step 2. Choose the installer language, and click OK.

Step 3. Click Next on installation wizard.

Step 4. Choose the installation location, click Install.






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Step 5. On the completion of installation, input username and password on the windowprompted by system. (Default value is admin / huawei123).

Step 6. If the information is displayed as showed below, installation is successfully done.

You can also double click on express icon on desktop to login and verify your account.

Task 9: Install CDRServer

Prerequisite

Acquired CDRServer installation pack CDRServerSetup.exe on server.

Step 1. Login into the server as administrator and double click CDRServerSetup.exe.






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Step 2. Select the installer language and click OK.

Step 3. Click Next in the wizard.

Step 4. Choose the installation path and click Install.






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Step 5. Finish installation by clicking Finish.

Step 6. After installation is completed (If it didn’t prompt automatically, double click on the

icon on the desktop), start CDRServer to check if it is well installed.






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CDRServer is installed successfully when the status of “MML” and “CDR” is running.

Lab 3-2: Install Audio Recorder

Equipment Required



• PC for testing.

Learning Objectives


• Deploy eSpace Audio Recorder.

Task 1: Installation Preparation

Step 1. Check hardware and software environment.

Software and hardware environment need for recording server

Cluster deployment recording server software and hardware minimum configuration andthe recommended configuration

Item MinimumConfiguration

RecommendedConfiguration

CPU Xeon quad core 2 x E5606 or higher

Memory 8 GB DDR3 32 GB or moreHard disk 160 GB 300G (Raid1) or above






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Item MinimumConfiguration

RecommendedConfiguration

Database SQL Server 2008 R2 Standard SQL Server 2008 R2Standard

Operatingsystem Windows Server 2008 R2(Enterprise Edition)

Windows Server 2008 R2(Enterprise Edition

Networkadapter

Quantity: 3 Quantity: 3

Single network deployment recording server software and hardware minimumconfiguration and the recommended configuration

Item Minimum Configuration Recommended ConfigurationCPU Xeon quad core 2 x E5606 or higherMemory 8GB DDR3 32GB or higher

Hard disk 160GB 300G (Raid1) or above

Database SQL Server 2008 R2Standard

SQL Server 2008 R2 Standard

Operatingsystem

Windows Server 2008 R2Standard

Windows Server 2008 R2Standard

Networkadapter

Quantity:2 Quantity:2

Management platform (HWLogIMP) software and hardware environment requiredas shown below

Cluster deployment of HWLogIMP minimal hardware and software configuration and therecommended configuration

Item Minimum Configuration RecommendedConfiguration

CPU Xeon quad core 2 x E5606 or higher

Memory 8 GB DDR3 32 GB or moreHard disk 160 GB 300G (Raid1) or aboveDatabase SQL Server 2008 R2 Standard SQL Server 2008 R2

StandardOperatingsystem

Windows Server 2008 R2(Enterprise Edition)

Windows Server 2008 R2(Enterprise Edition)

Network adapter Quantity: 3 Quantity: 3

Single network deployment of HWLogIMP minimal hardware and software configuration

and the recommended configuration

Item Minimum Configuration RecommendedConfiguration

CPU Xeon quad core 2 x E5606 or higherMemory 8 GB DDR3 32 GB or moreHard disk 160 GB 300G (Raid1) or above

Database SQL Server 2008 R2 Standard SQL Server 2008 R2Standard

Operatingsystem

Windows Server 2008 R2(Standard Edition)

Windows Server 2008 R2(Standard Edition)

Network adapter Quantity: 2 Quantity: 2

Step 2. Check Ports.






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A Log Server uses ports 8021, 135, 139,161, 445, 8009, 3000, 3002, 3004,3070,3071 and3020. (The HWLog IMP uses ports 135, 139, 445, 8001,8443, and 8030. The ports 135, 139, 445

need to be opened before installing the HWLogIMP and recording system. Before installing theLog Server and HWLog IMP, ensure that these ports are available.

1) Choose Start > Run. Enter cmd and press Enter.

2) Type netstat –a in the displayed command-line interface (CLI) and press Enter. Thenumbers in the red box are the port numbers that are occupied.

3) If a required port is occupied, perform any of the following operations:

• Modify the configurations of the software that occupies a port to release the port.

• Stop the service that occupies a port as follows:

− Run the following command to check the process that occupies the port:

netstat -nao | findstr Port number

The number in the red box is the process ID (PID).

− Press Ctrl+Alt+Delete and click Task Manager.The Windows Task Manager window is displayed.− Click the Processes tab page.− Choose View > Select Columns on the menu bar. Select PID in the displayed

dialog box, and click OK.− Find the process corresponding to the PID. Right-click the process and choose

End Process from the shortcut menu to stop the process.

Step 3. Install the .NET Framework 3.5.1.

The .NET Framework 3.5.1 software must be installed on the server where the HWLogIMP is to be installed. If the .NET Framework 3.5.1 has been installed, skip the steps inthis section.

1) Click on the task bar or choose Start >Manage > Server Manager.

2) The Server Manager window is displayed.

3) Click Features in the navigation tree.

4) The Features dialog box is displayed.

5) The Features dialog box is displayed. The Select Features dialog box is displayed.






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6) Select .NET Framework 3.5.1 Features and click Next. The Add Features Wizard dialogbox is displayed.

7) Click Add Required Role Services. The Select Features dialog box is displayed, and .NETFramework 3.5.1 Features and Windows Process Activation Service are selected.






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8) Click Next. The Web Server (IIS) dialog box is displayed.

9) Click Next. The Select Role Services dialog box is displayed.






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10) Select the following items in the Select Role Services dialog box.

• Common HTTP Features

• Management Tools

• IIS 6 Management Compatibility

Retain the default values for other options.






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11) Click Next. In the Confirm Installation Selections dialog box that is displayed, verify thatall functions to install are listed.

12) Click Install. The installation starts.






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13) When the installation is complete, click Close.

Step 4. Set Up A Firewall.






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In order to ensure the security of the file server, it is recommended to open the file server,firewall, and in particular to set up a 8021-port firewall policy to ensure that the the only IMPserver can access the file server, SFTP service.

1） In the host as a file server, select Start > Control Panel.

2） Check the firewall status.

3） Turn on windows firewall.

4） Set the file server firewall policy.






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5） In the Inbound Rules to see if there are Local Port 8021, Remote Address andlocal address as any, if there is, please single right-click, select Disable Rule , therules of disabled.

6） Advanced configuration interface, click Inbound Rules, and then click New Rule.






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7） Check the port in New Inbound Rule Wizard page, click Next.

8） In the pop-up window, check the TCP, and check the specific local port, the valueis set to 8021, the SFTP port, click Next.






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9） In the pop-up window, check to allow the connection, click Next.

10） Steps in the configuration file, check the domain, private, public, click Next.






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11） Set the name in the name of the pop-up as "HWLogSFTP", click Finish.

12） The inbound rule double left click on the above steps to add "HWLogSFTP", inthe Properties dialog box that pops up, select the scope tab. Remote IP Address

field, check the following IP address, and click Add.






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13） Bring up the IP addresses dialog box check the "the IP address or subnet", in theinput box below, add another IMP the physical IP address of the server andcommunicate with the NAS servers or magnetic array the physical IP address. Click"OK", the file server firewall policy configuration is now complete.

14） Set SQL server firewall strategy.






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For the protection of the normal operation of the SQL server, SQL server, do the followingfirewall policy configuration.

Repeat this to set the file server firewall policy steps 1 through 8, where in step 8 port isset to 1433, as shown below. Step 11 Name set to "SQL Server", click Finish, a SQL firewall

policy configuration is now complete.

Step 5. Install the SQL Server 2008 R2

Install the Patch Package

1） Run the patch package SQLServer2008SP1-KB968369-x64-ENU.exeonSIPServer1.

2） After the Setup files are extracted, the License Terms window is displayed. Select Iaccept the license terms. and click Next.






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3） In the Setup Support Files window displayed, click Install.

4） Installation of Setup support files is in progress.






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5） After the installation is complete, the system closes the Installation Wizardautomatically.

Install the SQL Server 2008 R2

The following assumes that the installation package of the SQL Server 2008 R2 is stored inD:\SQL Server 2008 R2. The procedure for installing the SQL Server 2008 R2 is as follows:

1） Double-click the setup.exe file.

2） In the navigation tree on the left, click Installation.






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3） Click New SQL Server stand-alone installation or add features to an existinginstallation

4） When the check is completed, click OK. In the window that is displayed, click Enterthe product key and enter the product key.

5） Click Next. In the License Terms window, select I accept the license terms.

6） Click Next. The Setup Support Files window is displayed.

7） Click Install. The system starts to install setup support files.






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8） Click Next. The window is displayed. In the displayed window, Click Select All toinstall the SQL Server 2008 R2 and client on the same server.

9） Click Next. The system checks installation rules.

10） When the check is completed, click Next.

In the displayed window:

Click Named instance and set the instance name to IPCC. Set Instance ID to IPCC.






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Retain the default value for Instance root directory.

11） Click Next. The Disk Space Requirements window is displayed.

12） Click Next.

Ensure that Account Name and Password for the services in the red box are set to clickthe same account for all SQL Server services.

Set Startup Type of the services in the red box to Automatic. Retain the default settings of other services. Retain the default settings on the Collation tab page.

13） Click Next. The window is displayed.






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• Set Authentication Mode to Mixed Mode (SQL Server authentication and Windowsauthentication).

•

Configure the password of the SQL Server system administrator. The password isused to log in to the SQL Server 2008 R2 database.

• Click Add Current User and set SQL Server administrator to Administrator.

• Data directory tab needs according to the database file storage disk practicespecified in the corresponding path planning.

Retain the default settings on the FILESTREAM tab pages.

14） Click Next. The window is displayed.


Click Add Current User and grant Administrator the permission to manage Analysis Services.

Retain the default settings on the Data Directories tab page.






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15） Click Next. Retain the default settings in the window.

16） Click Next. Retain the default settings in the window.






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17） Click Next. The system checks installation rules.

18） When the check is completed, click Next. The Ready to Install window isdisplayed.

19） Confirm the installation information and click Install. When the installation iscompleted, the window is displayed.

20） Click Close.

Step 6. Set the SQL Server 2008 R2.






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Checking the SQL Server 2008 R2 Service Status

When the SQL Server 2008 R2 server is installed, the system enables required services bydefault. You are advised to check the database service status.

1） Choose Start > All Programs > Microsoft SQL Server 2008 R2 > ConfigurationTools.

2） Click SQL Server Configuration Manager.

3） Choose SQL Server Configuration Manager (Local) > SQL Server Services, andverify that all SQL services have started.

4） If a service is in Stopped state, right-click the service and choose Start.

Enable Remote Connection

This following describes how to enable remote connection so that external systems canconnect to the SQL Server database.

1） Choose Start > All Programs > Microsoft SQL Server 2008 R2 > ConfigurationTools.

2） Click SQL Server Configuration Manager.

3） Choose SQL Server Network Configuration > Protocols for IPCC in the

window.

4） Double-click TCP/IP.

In the displayed dialog box:

Set Enabled to Yes. Retain the default setting of Keep Alive. Set Listen All to Yes.






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5） Click the IP Addresses tab.

In the IP2 area:

Set Active to Yes. Set Enabled to Yes. Set IP Address to the virtual IP where SQL Server 2008 R2 is installed. Set TCP Dynamic Ports to 0. Set TCP Port to 1433. This port is used for listening by default.

6） Configure the following settings in the IPAll area on the IP Addresses tab page. Retain the default setting of TCP Dynamic Ports. Set TCP Port to 1433.






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7） Click OK.

8） Restart the SQL Server for the settings to take effect.

Task 2: Install the Log Server

Step 1. Double-click the AutoRun.exe file in the eSpace Audio Recorder installationCD-ROM.

Step 2. Click Log Server to install the Log Server.

Step 3. Select English as the installation language in the displayed window.

Step 4. Click Next.

Step 5. Installing the WinPcap.






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The steps in this section will be automatically skipped if the WinPcap has been installed.

1） In the WinPcap 4.1.2 Installer window that is displayed, click Next. The Welcome tothe WinPcap 4.1.2 Setup Wizard dialog box is displayed.

2） Click Next. The License Agreement dialog box is displayed.

3） Click I Agree. The Installation options dialog box is displayed.

4） Retain the default settings and click Install.

5） Click Finish.

Step 6. Install the WibuKey.






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The steps in this section will be automatically skipped if the WibuKey has been installed. Ittakes about 30 seconds to start the WibuKey installation program.

1） When the WibuKey installation program starts, click Next and select the languagethat the WibuKey supports.

The language you select here is the WibuKey GUI language. The default language is English.

2） Click Next and retain the default installation path.

3） Click Next. A confirmation dialog box is displayed.

4） Click Yes. Retain the default settings in the displayed dialog box.






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5） Click Next. The window for confirming the installation information is displayed.

6） Click Next. The system starts to install the WibuKey.






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7） Click Next and clear Yes, I want to view the Readme text now.

8） Click Finish.

9） Click OK.

Step 7. Install the Microsoft SQL Server 2008 Native Client






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The steps in this section will be automatically skipped if the Microsoft SQL Server 2008Native Client has been installed.

1） In the Welcome to the Installation Wizard for SQL Server 2008 Native Client dialog box.

2） Click Next and click I accept the terms in the license agreement.

3） Click Next and select installation components in the displayed dialog box. Click

Next.4） The dialog box for installing the Microsoft SQL Server 2008 Native client is






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displayed.

5） Click Install.

6） When the installation is complete, click Finish.

7） Click Finish to exit the installation wizard.

Task 3: Install Sip Server







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Step 2. Click Sip Server to install the HWLogSipSvr.

Step 3. Select the installation language in the Choose Setup Language window.

Step 4. Click Next. The dialog box for Installation Wizard preparation is displayed.

Step 5. Click Next. Click I accept the terms in the license agreement in the License Agreement dialog box that is displayed.

Step 6. Click Next and click Complete in the Setup Type dialog box.

Step 7. Click Next. The dialog box for Ready to Install the Program is displayed.

Step 8. Click Install.

Step 9. Click Finish. The HWLogSipSvr is installed.






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Task 4: Install the Management Platform


Step 2. Click Management Platform to install the HWLog IMP

Step 3. Select the installation language in the Choose Setup Language window.






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Step 4. Click Next. The dialog box for installing the HWLog IMP is displayed.

Step 5. Click Next and click Complete in the Setup Type dialog box.

Step 6. Click Next. The Ready to Install the Program dialog box is displayed.






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Step 7. Click Install.

Step 8. Install the SQL Server System CLR Types.

1） In the Welcome to the Installation Wizard for SQL Server System CLR Types dialog box. If the SQL Server System CLR Types has been installed, a dialog boxcontaining Repair and Remove options will be displayed. You can choose to repairor remove the software. If the SQL Server System CLR Types has not been installed,

go to Step 2.






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2） Click Next and click I accept the terms in the license agreement in the LicenseAgreement dialog box that is displayed.

3） Click Next and configure the user information in the Registration Information dialog box that is displayed.

4） Click Next. The dialog box for installing the SQL Server System CLR Types isdisplayed.

5） Click Install.

6） When the installation is complete, click Finish.






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Step 9. Install the Microsoft SQL Server 2008 Management Objects.

1） In the Welcome to the Installation Wizard for Microsoft SQL Server 2008Management Objects dialog box, click Next.

2） If the Microsoft SQL Server 2008 Management Objects has been installed, a dialogbox containing Repair and Remove options will be displayed. You can choose torepair or remove the software. If the Microsoft SQL Server 2008 ManagementObjects has not been installed, go to Step 3.






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3） Click Next and click I accept the terms in the license agreement in the displayeddialog box.

4） Click Next and configure the user information in the Registration Information dialogbox that is displayed.

5） Click Next. The dialog box for installing the Microsoft SQL Server 2008 ManagementObjects is displayed.

6） Click Install.

7）

When the installation is complete, click Finish.






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Step 10.

When the Microsoft SQL Server 2008 Management Objects installation is complete, thesystem will take some time to start services.

Step 11. Configure the HWLog IMP.

1） After the installation, the HWLogIMP Configuration Center window is displayed.

2） After setting the parameters, click the Apply, if click Reset to revert to the defaultparameters.

3） Click Apply after setting box will pop certificate password, enter a password andconfirm the password, and click OK.

4） For a few seconds to save completed successfully set after the pop-up interface, clickOK.






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5） It is recommended to click Cancel.

6） Close the HWLogIMP Configuration Center window to complete the installationof the entire HWLogIMP.

7） The system prompts that the HWLogIMP has been successfully installed. Select Yes, Iwant to restart my computer now and click Finish to restart the computer beforeusing the program.






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Task 5: Certificate synchronization

Certificate synchronization for cluster deployment, for single deployment, there is onlyone IMP server, without the need to perform certificate synchronization step.

Step 1. Primary server after you perform 2.5.3 Step 72.5.3 Step 7 restart, find theHWLogIMP.pfx in its HWLogIMP installation directory as "C: \ Program Files (x86) \ HuaweieSpace Audio Recorder \ HWLogIMP".

Step 2. Copy HWLogIMP.pfx file and paste to standby IMP server spare.

Step 3. After standby server installation process of this article 2.5 Configuration Center Step7, open the Start> All Programs > Huawei eSpace Audio Recorder > HWLogIMPunder the IMP server certificate import.

Step 4. The IMP server certificate pop-up dialog box, click select the certificatessaved in Step 2, enter the password you set.






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Step 5. Click the Confirm settings and on the same password of the Step 3 and click OK.






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4 ECS Basic Services Configura

tion

Lab 4-1 Configure UC Accounts

Equipment Required


• U1900;

• Server or virtual machine;• PC for testing.

Learning Objectives


• Configure the interconnection between U1900 and BMU;

• Configure SIP accounts on BMU;

• Configure UC accounts on BMU.

Data Plan

User Plan






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User Account

SIPNumber

LinkageEnabled

UC ServiceEnabled

Terminal Role

user8000 8000 No Yes eSpace Desktop/eSpaceMobile(HD)

Common Useruser5000-

user5001

5000 Yes Yes eSpace Desktop +IP Phone

user4000 4000 No No IP Phone

IP Address Plan

Device Network Port IP Address Subnet Mask Default Gateway

Server orVirtual

Machine

Ethernetnetwork port(servicenetwork port)

10.175.198.138 255.255.252.0 10.175.196.1

U1900 SCU GE0&GE1 10.175.198.108 255.255.252.0 10.175.196.1

Task 1: Configure U1900

Before adding the unified gateway on the BMU, you must add the IP address of the BMUas a trusted IP address on the unified gateway.

Step 1. Log in to the unified gateway and access the Config mode using the localmaintenance terminal (LMT).

Step 2. On the LMT, click the Command Tree tab, and add the IP address of the BMU as atrusted IP address.

In the preceding command, the IP address is that of the BMU.

Step 3. Run the save command to save the data.

Task 2: Add the U1900 on BMU

After the unified gateway is added on the BMU, SIP numbers configured on the BMU will besynchronized to the unified gateway.

Step 1. Log in to the BMU as the admin user.

Step 2. Choose Function Maintenance> Unified Gateway Maintenance.

Step 3. Click Add, and enter the unified gateway information.






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Step 4. Click Add, and enter the unified gateway information. The message " AddingUnified Gateway succeeded." is displayed.

Task 3: Configure SIP Numbers (Optional)

You need to configure SIP numbers for UC soft terminal users and IP phone users. Theprocedures for configuring SIP numbers for the two types of users are similar. If you have

configured SIP numbers for IP phone users, you do not need to configure SIP numbers for IPphone users again.


Step 2. Choose UC Management> SIP Number Maintenance.

Step 3. Click Add, enter the SIP number information.






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Step 4. Click OK. The SIP Number is configured successfully. BMU synchronizes the SIPnumbers to U1900.

Step 5. Save the configuration in time to avoid configuration data loss after the device restart.

Choose Function Maintenance> Unified Gateway Maintenance and click .

Task 4: Configure Number Allocation Policy (Optional)

The number allocation policy defines the unified gateway, authentication mode, andnumber rights for SIP numbers. If you want to register SIP numbers during the UC accountregistration on the BMU, configure a number allocation policy first.


Step 2. Choose UC Management> Number Allocation Policy.

Step 3. Click Add and the configuration interface is displayed.






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Step 4. Click Add.

Task 5: Configure UC Accounts

You need to configure UC accounts for UC soft terminal users and IP phone users. UC softterminal users use the UC accounts to log in to UC soft terminals. IP phone users use the UCaccounts to log in to the BMU self-service page to schedule meetings.


Step 2. Choose UC Management> Account List.

Step 3. Click Add, enter the UC account information, and click OK.

If you have not added SIP numbers, select an existing number allocation policy and enter theSIP number in Service number. Then, the system generates the UC account and the mapping SIPnumber.

Step 4. Click Add. Check the UC accounts in the account list.






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Step 5. Repeat task 3 to 5, add user5000 and user5001.

Lab 4-2 Deploy the eSpace DesktopEquipment Required


• U1900；


• PC for testing.

Learning Objectives


• Configure the interconnection between U1900 and eServer;

• Install and Login to eSpace Desktop.

Task 1: Configure the Interworking Between theU1900 and eServer

Before using the eSpace Desktop, you must configure the IP address and port number ofthe eServer on the unified gateway.

Step 1. Enter the U1900 Config mode by LMT.

Step 2. On the LMT, click the Command Tree tab, and configure the IP address and portnumber of the eServer.

Config system eserverip 10.175.198.138 port 8011


Task 2: Install and Login to the eSpace Desktop

Step 1. Double-click the installation package and install the eSpace Desktop as prompted.

Step 2. On the page indicating that the installation is complete, select Start eSpaceDesktop and click Finish.

Step 3. Enter the user account and password.

Step 4. In the lower right corner of the login page, click and choose Server address.

Step 5. On the Intranet tab page, enter the server IP address and port number as shownbelow.






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Step 6. Click Login Icon.

Lab 4-3 Verifying the IM Service

Equipment Required


• U1900;


• PC for testing.

Learning Objectives


• Config UMServer service;

• Verify P2P IM;

• Verify Temporary Group Instant Messages;

• Verify Contact Group Instant Messages;

• Commission Rich Media Messaging;

• Verify P2P File Transfer.

Task 1: Configure UMServer service

The UMServer provides rich media and offline file transfer functions. Before using the

functions, configure the UMServer service.Step 1. Log in to the BMU as the admin user.

Step 2. Choose Function Maintenance> eSpace Maintenance.

Step 3. Click in the row whose Service ID is UMServer.

Step 4. Set the default server IP address and use default values for other parameters.






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Step 5. Click OK.

Task 2: Verify P2P Instant MessagesStep 1. user5000 and user8000 log in to the eSpace Desktop.

Step 2. user8000 clicks in the lower left corner of the main page.

Step 3. user8000 enters user5000 in the search box and presses Enter.

Step 4. user8000 right-clicks user5000 and chooses Send IM.

user8000 can choose Add as Contact to add an enterprise contact to Contacts, facilitatingfuture communication.

Step 5. user8000 enters the message content and sends the instant message.

Step 6. User5000 receives the instant message and replies to user8000 with another instantmessage. user8000 receives the reply.

Task 3: Verify Temporary Group Instant Messages

The eSpace Desktop allows users to create temporary groups and send instant messageswithin a temporary group. The eSpaceMobile does not support the temporary group function.

Step 1. On the IM chat page with user8000, user5000 clicks . The Select Contact page is displayed.

Step 2. User5000 searches for user5001, click and click OK.






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Step 3. The temporary group IM chat page containing user8000 and user5001 is displayedon user5000's desktop.

Step 4. User5001 enters the message content and sends the instant message.

Task 4: Verify Contact Group Instant MessagesThe eSpace Desktop allows users to create contact groups and send instant messages

within a contact group. The eSpaceMobile allows users to send instant messages within acontact group but does not allow users to create contact groups. The eSpace Mobile can onlysynchronize the contact groups created on the eSpace Desktop.

Step 1. user8000 click on the left of the main page, and clicks . You canright-click in a blank area and choose Add Group.

Step 2. user8000 enters a group name, such as info, and clicks .

Step 3. user 8000 clicks , clicks Corporate Directory in the department tree on the left,double-clicks users 5000 and users 5001 in sequence, and clicks OK.

Step 4. The Add Group page is displayed. user8000 uses the default values for otherparameters and clicks OK.

Step 5. After user5000 and user5001 accept the group invitation, user8000 double-clicks thegroup name. user8000 enters the message content and sends the instant message.

Step 6. The contact group IM chat page is displayed.

Task 5: Commission Rich Media Messaging

A rich media message contains a figure, voice, or video in addition to text.

The eSpace Desktop and eSpace Mobile support rich media messaging. On the eSpace

Desktop, users can only receive photos, doodles, and voice and video messages.

This topic takes eSpace Mobile as an example. Ensure that you have enabled rich mediamessaging functions.


Step 2. Choose User Management> RoleManagement.

Step 3. Click next to Normal User.

Step 4. In the Public Functions area box, choose Rich Media and click Modify.

Step 5. Restart the BMU service as prompted.






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Step 6. eSpace Mobile user A taps in the IM window, taps Picture, and choose thepicture to send.

Step 7.

eSpace Mobile user A taps in the IM window, taps and holds to record voice,and release the button to send it.

Step 8. eSpace Mobile user A taps in the IM window, taps Doodle, draw anything, andsend it.

Task 6: Verify P2P File Transfer

The eSpace Desktop supports online and offline file transfer. The eSpace Mobile does notsupport this function.

Before using offline file transfer, ensure that you have offline file transfer rights (the rights areenabled by default).


Step 2. Choose User Management> RoleManagement.

Step 3. Click next to Normal User.

Step 4. In the eSpace Desktop Functions area box, choose Offline File Transfer and clickModify.

Step 5. Restart the BMU service as prompted.

Step 6. On the IM chat page with user B, user A clicks sends a local file.

Step 7. User B clicks Accept or Save As.

Lab 4-4 Verify the Voice Call Service

Equipment Required


• U1900；


• PC for testing.

Learning Objectives


• Verify the Voice Call Service.






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Task 1: Verify Voice Calls on the eSpace Desktop

The voice call service can be used immediately after the eSpace Desktop and eSpaceMobile are deployed. No special configuration is required.

To enable internal users in an enterprise to make voice calls with external users, you mustconfigure the trunk for connecting the unified gateway to the PSTN.

Step 1. eSpace Desktop user8000 right-clicks user5000 chooses Call, and selects a number,for example, 5000.

Step 2. user5000 clicks Answer.

Step 3. On the voice call page, user8000 clicks to initiate a video call.

Lab 4-5 Verify Voice Meeting ServiceEquipment Required


• U1900;


• PC for testing;

• IP Phone.

Learning ObjectivesUpon completion of this lab, you will be able to:

• Configure Meeting Access Codes;

• Set the Email Parameters for Sending Meeting Notifications;

• Verify Instant Voice Meetings;

• Verify the Function of Scheduling Voice Meetings;

• Verify the Function of Scheduling Voice Meetings (Continued);

• Verify the Function of Joining Scheduled Voice Meetings.

Task 1: Configure Meeting Access CodesUsers can join scheduled voice meetings using any of the following methods: 1) being

invited by the system; 2) dialing a meeting access code; 3) joining a meeting on the eSpaceDesktop; 4) entering the meeting ID and password on the BMU self-service page.


Step 2. Choose FunctionsMaintenance > Meeting Maintenance> Meeting Access CodeConfiguration.

Step 3. Click Add and configure the meeting access code for internal users.






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Task 2: Set the Email Parameters for Sending MeetingNotifications

After the email parameters for sending meeting notifications are set, participants can

receive email notifications for scheduled meetings.

Prerequisite

A mail system has been deployed and connected to the BMU.


Step 2. Choose System Management > System Configuration> Email ServiceConfiguration.

Step 3. Set the email parameters, and click Modify.

SMTP Server: Set this parameter to the IP address or domain name of the enterprise mail server.

Sender Email: Set this parameter to a real email address.

Authenticate: Set this parameter to Enable and configure the user name and password.

Task 3: Verify Instant Voice MeetingseSpace Desktop and eSpace Mobile users can directly initiate instant voice meetings using

UC soft terminals. Alternatively, they can log in to the BMU self-service page and scheduleinstant voice meetings. IP phone users can only schedule instant voice meetings by logging into the BMU self-service page.

Step 1. On the IM chat page with users5000 and users5001, eSpace Desktop user8000 clicks

.

Step 2. User5000 and user5001 accept the meeting invitation, and the meeting starts.






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Task 4: Verify the Function of Scheduling VoiceMeetings

Prerequisite

The system time of the BMU server is the same as that of the unified gateway.

Step 1. eSpace Desktop user8000 chooses > .

Step 2. The page for scheduling a meeting is displayed. You need to change your passwordat the first login.

Step 3. user8000 enters the meeting information and clicks OK.

Step 4. Click Participant and Add Participants. A blank row is displayed. To add severalparticipants, click Add Participants several times.

Step 5. Choose Meeting Notification. If the email address has been configured, it isdisplayed automatically. You can also manually add an email address.






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Task 5: Verify the Function of Joining Scheduled VoiceMeetings

Users can join scheduled voice meetings using any of the following methods: 1) beinginvited by the system; 2) dialing a meeting access code; 3) joining a meeting on the eSpaceDesktop; 4) entering the meeting ID and password on the BMU self-service page.

This section verifies the method of joining a meeting on the eSpace Desktop and themethod of dialing a meeting access code.

Step 1. In the upper left corner of the eSpace Desktop, user A clicks > . The pagefor joining a meeting is displayed.

Step 2. User A enters the meeting information. User A joins the meeting as prompted.

Meeting Access No.: Set this parameter based on Configure Meeting Access Codes.

Meeting No.and Password: Obtain the parameter values from the meeting

notification email or from the moderator.






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5 ECS Advanced Services

Configuration

Lab 5-1 Verify the Multimedia Meeting Service

Equipment Required


• U1900;


• PC for testing;

• IP Phone.

Learning Objectives


• Configure the Trunk for Connecting the Unified Gateway to the Meeting MS;

• Set Multimedia Meeting Parameters;

• Configure the Multimedia Meeting Service;

• Upload the Meeting Client Installation Package;

• Verify Multimedia Meetings.

Task 1: Configure the Trunk for Connecting the U1900to the Meeting MS

Step 1. Log in to the unified gateway and access the Config mode using the LMT.

Step 2. On the LMT, click the Command Tree tab and configure the office route selectioncode.

config add office selectcode no 1 repeatroute No

Step 3. Configure the office route.






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config add office no 1 officeselectcode 1

Step 4. Configure the peer office device.

config add peercomponent domainname Meeting_MS ip 10.175.198.138 tkcnum

32

Step 5. Configure the SIP trunk.

config protocol sip officeno 1 domainname Meeting_MS peerport 5092maxcallnum 32


Task 2: Set Multimedia Meeting Parameters


Step 2. Choose System Management> System Configuration > Meeting ConnectionConfiguration.

Step 3. Set multimedia meeting parameters and click Modify.

Web Data Meeting Intranet Address: Set this parameter to the IP address or domain nameof the BMU plus the port number 8443.

The address is sent to participants in the meeting notification email. Participants can click theURL in the meeting notification email to join a multimedia meeting.

Web Data Meeting Extranet Address: This parameter needs to be set only when external

Task 3: Configure the Multimedia Meeting Service


Step 2. Choose Function Maintenance> eSpace Maintenance> eSpace Service.

Step 3. Click the modify icon corresponding to DataConfer Service.

Step 4. Set Default Address to the IP address of the Meeting MS and click OK.






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A message is displayed indicating that the service is modified successfully. To make the

settings take effect, restart the Meeting MS services immediately or wait for 10 minutes.

Step 5. Restart UC soft terminals.

Task 4: Upload the Meeting Client Installation Package

After the meeting client installation package is uploaded to the BMU, the systemautomatically downloads and installs the installation package when users join multimediameetings from the BMU self-service page.

Step 1. Obtain the meeting client installation package webmeeting_for_portal.zip anddecompress it.

Step 2. Upload the decompressed files to D:\ProgramFiles\eSpace_UC\eSpace_UC_Server\Server\BMU\webapps\ROOT\Portal\download \ on the BMU.

Upload the meeting installation package based on the actual installation path of the BMUonsite.

Task 5: Verify Multimedia Meetings

An eSpace Desktop user clicks on the instant voice meeting page.

An eSpace Mobile user taps on the instant voice meeting page.

The procedure for scheduling a multimedia meeting on the BMU is similar to that forscheduling a voice meeting. For details, see section 9f "Verifying the Function of SchedulingVoice Meetings." The difference is that you must set MeetingMode to Voice+Data+Video.

Lab 5-2 Verify the Corporate Directory Service

Equipment RequiredThis lab uses the following equipment:






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• U1900;


• PC for testing;

• IP Phone.

Learning Objectives


• Configure Departments;

• Configure User Levels;

• Configure IP Phones;

• Import the Corporate Directory from an Excel File;

• Verify Corporate Directory.

Task 1: Configure DepartmentsStep 1. Log in to the BMU as the admin user.

Step 2. Choose User Management > Account List. The department management page isdisplayed.

Step 3. Right-click the enterprise name (SysDomain in this example), choose Add lowerdept..

Step 4. Enter the department information, and click OK.






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Task 2: Configure User Levels

After user levels are configured, you can manage enterprise members by user level. Usersof low levels cannot view the information about users of high levels. User levels are 1 to 20 in

ascending order. By default, users are of level 1.Step 1. Log in to the BMU as the admin user.

Step 2. Choose User Management> User Level Maintenance.

Step 3. Click Add, enter the user level information, and click Add.

Restart the eServer services for the configured user levels to take effect.

Task 3: Configure IP Phones

When the corporate directory is configured on the BMU, the eSpace Desktop and eSpace

Mobile can immediately obtain the corporate directory without special configurations. IPphones can obtain the corporate directory only after the address of the corporate directoryserver is configured.

Step 1. Open Internet Explorer on the operation and maintenance terminal, enter the IPaddress of an IP phone in the address box, and press Enter.

Step 2. Enter the user name and password of the administrator and click Log In.

Step 3. Choose Advanced > Server.

Step 4. Enter the address of the corporate directory and click Save.

Task 4: Import the Corporate Directory from an ExcelFile


Step 2. Choose User Management> Account List > Add in batches.

Step 3. Click Download to download the Excel file template.






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The following figure shows the parameters that you need to pay attention to. For detailsabout other parameters, see the Parameter Descriptionworksheet. (The parameters in red aremandatory.) If service numbers (that is, SIP numbers) have been configured on the BMU, youdo not need to enter the number allocation policy.

The settings shown in the figure are for reference only. Fill in the Excel file based on the siterequirements.

Step 4. Configure the account import policy.

Task 5: Verify Corporate Directory

Step 1. eSpace Desktop user A clicks in the lower left corner of the main page. Thecorporate directory is displayed.

Step 2. User A clicks and views the department information.

The eSpace Desktop can display the department tree. The eSpace Mobile and IP phonescannot display the department tree.

Step 3. User A enters the account of a user of the same or a lower level and presses Enter.The user is found, and the status of the user is displayed.

Step 4. User A enters the account of a user of a higher level and presses Enter. No result isfound. Users of low levels cannot search for users of high levels.

Step 5. IP phone user F presses the right arrow key, chooses Contacts, and presses OK. Thecontacts page is displayed.

Step 6. User F presses the right arrow key, chooses CorpDir, enters user5000, and pressesSearch.

Step 7. The information about user5000 is displayed.

Step 8. User F can press +Contact to add user5000 as a local contact.






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Lab 5-3 Verify the Phone Linkage Service

Equipment Required


• U1900;


• PC for testing;

• IP Phone.

Learning Objectives


• Configure Linkage SIP Numbers;

• Configure UC Accounts.

Task 1: Configure Linkage SIP Numbers


Step 2. Choose User Management> Account List.

Step 3. Click Add, enter the UC account information, and click Add.

You can also change a non-linkage SIP number to a linkage SIP number.Use number8000 as an example. The procedure is as follows:

1.On the SIP number maintenance page, click the device ID corresponding to number 8000.

2.Set IsJoint to Yesand click OK .






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Step 4. Choose Functions> Unified Gateway Manage, and click .

Task 2: Configure UC Accounts

To enable the phone linkage service for a user, you must bind the UC account of the userwith a linkage SIP number. Then the user can log in to the eSpace Desktop using the UCaccount and log in to an IP phone using the linkage SIP number.


Step 2. Choose User Management> Account List.

Step 3. Click Add, enter the UC account information, and click Add.

Task 3: Verify Phone Linkage

1. Using the eSpace Desktop to dial a number while communicating using the IPphone

Step 1. Log in to the eSpace Desktop as user5001 and log in to an IP phone using the SIPnumber 5001.

Step 2. Enable the linkage and the icon is displayed in the lower left corner.

Step 3. Dial the number of user8000 on the eSpace Desktop. user8000 user answers the call.

Step 4. Use the IP phone to talk with the user8000.

2. Using the eSpace Desktop to reject a call initiated to the IP phone

Step 1. user5000 dials number 5001.

Step 2. The eSpace Desktop and IP phone ring simultaneously, and an incoming callnotification is displayed on the eSpace Desktop.

Step 3. user5001 clicks Rejection the eSpace Desktop.

Step 4. The call is rejected. The eSpace Desktop and IP phone stop ringing.

3. Using the eSpace Desktop to answer and end a call initiated to the IP phone

Step 1. user5000 dials number 5001.

Step 2. The eSpace Desktop and IP phone ring simultaneously, and an incoming callnotification is displayed on the eSpace Desktop.






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Step 3. user5001 clicks Answeron the eSpace Desktop.

Step 4. user5001 can talk with the calling user on the IP phone directly without picking upthe IP phone.

Step 5. user5001 clicks End Call on the eSpace Desktop.

Step 6. The call ends.

4. Switching a call between the eSpace Desktop and IP phone

Step 1. When talking with user8000 on the IP phone, user5001 clicks on the call page ofthe eSpace Desktop and choose Switch to PC.

Step 2. The call is switched to the eSpace Desktop from the IP phone.

Step 3. On the call page of the eSpace Desktop, click and choose Switch to IP Phone.

Step 4. The call is switched to the IP phone from the eSpace Desktop.






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6 eSpace IPT Reliable Solution

Network

Lab 6-1 Configure the Unified Gateway Two-Node

Cluster

Equipment Required


• U1900;

• PC for testing;

• IP Phone.

Learning Objectives


• Describe eSpace IPT reliable networking scenarios;

• Deploy eSpace IPT reliable networks.

Scenario

Prerequisite 1. The active node has been installed with a valid license.

2. The active and standby nodes must use the unified gateways of the same model. Theirboard layouts and software versions must be the same.

3. The standby node has been installed with a valid disaster recovery license.

Scenario Description






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The company deploys two unified gateways (U1900) in active/standby mode in theheadquarters to provide user registration and call management services. This network improvessystem reliability. The requirements are:

1. When the active and standby nodes are running correctly, all users register with theactive node.

2. When the active node fails, the standby node takes over all services from the activenode and processes all user requests.

Data Plan

NE information

NE IP address Username/password

Active node U1981 10.175.198.107 View：admin/huawei123Config：enable/huawei123

Super：super/debugStandy node U1981 10.175.198.108

IP phone (3 sets) Actual IP address admin/admin123

User Data Plan

Location User type Short number Long number

Active nodeU1981

SIP user 7000-7009 68907000-68907009

Office Plan

NE Trunk type Office NO.Office selection

codePeercomponent

Activenode

SIP 0 0 Beijing PSTN






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Configurations Process

Task1: Configure the Active Node

Step 1. Configure Network Data.

1) Log in to the web management system of the U1900 (IP address is 10.175.198.107,

username and password is admin/huawei123).2) Choose System > Network Mode.

3) Select Primary node from the Site type drop-down list box and Configure thestandy node IP address.

4) Click OK.

Verification

Log in to active node using the CLI (IP address is 10.175.198.107, username andpassword is admin/huawei123) and access the Config mode.

Run show system stationtype to check system status .

Step 2. Configure the SIP user for active node.

1) Log in to the web management system of the U1900.

2) Choose User > SIP User.

3) Click Create and set parameters in the Add SIP User dialog box that is displayed.






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4) Click OK. Click Data Save to save data.

5) Verification. Choose User > SIP User to check the status of subscriber.

Step 3. Configure Intra Prefixes.

1) Configure intra-office call prefix 7 for short numbers.






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2) Configure intra-office call prefix 68907 for long numbers.

Task2: Configure the Standby Node

Step 1. Log in to the web management system of the U1900.

Step 2. Choose System > Network Mode.

Step 3. Configure the Site type and the active node IP address.






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Step 4. Click OK.

Verification

Step 1. Log in to active node using the CLI (IP address is 10.175.198.108, username andpassword is admin/huawei123) and access the Config mode.

Step 2. Run show connectstates stationtype primaryserver to check the status of theconnection between the active node and the standby node. .

Task3: IP Phone Configurations (eSpace 7910)

After this task, you should be able to configure the IP phone at theactive node.

Step 1. Log in to the web management system of the IP phone as an administrator.

Step 2. Choose Advanced > Server. Then, click Save.

Parameters SettingsNetwork Environment UC2.XSIP Server: Server 1 Active node IP addressSIP Server: Server 2 Standby node IP addressSIP Server: Server 3 -

Step 3. Choose Advanced > Account. In the Account Setting area, click Add Account. Set the parameters by referring to the following table. Then, click OK.

Parameters SettingsAccount SIP user number at headquartersUser name SIP EID at headquarters

Password EID’s password

Step 4. The Registration Status is Registered, indicating the account is registeredsuccessfully.

Task4: Verification

IP Phones’s (7000 and 7001) SIP Server 1 address is , SIP Server 2 addressis .

Normal

Call 7000 7001 68907000 68907001






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7000 ——

7001 ——

68907000 ——

68907007 ——

Disconnecting the network connection of the active unified gateway node (The callsthat have been set up)

Call 7000 7001 68907000 68907001

7000 ——

7001 ——

68907000 ——

68907007 ——

Disconnecting the network connection of the active unified gateway node (The new calls)

Call 7000 7001 68907000 68907001

7000 ——

7001 ——

68907000 ——

68907007 ——






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7 Multi-Node Centralized

Network

Lab 7-1 Multi-Node Centralized Network(U1900 as

local node)

Equipment Required


• U1900;

• PCs for testing;

• IP Phones;

• Analog Phones.

Learning Objectives


• Describe the network for the unified gateway two-node cluster and its workingmechanism.

• Configure the active node and standby node for the unified gateway two-node cluster.

Scenario

Prerequisite 1. The active node has been installed with a valid license.

2. The active and standby nodes must use the unified gateways of the same model. Their

board layouts and software versions must be the same.

3. The standby node has been installed with a valid disaster recovery license.

4. The local node has been installed with valid local survival license.







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The unified gateway in the HQ (Beijing) is called the central node, which can be U1981.The central node can be deployed in active/standby mode, one being the active node and theother being the standby node. The unified gateway gateway in a branch (Shenzhen) is called alocal node, which can be U1960.

1. When the central node is correctly connected to the local node, all users at theheadquarters and branches register with the central node. The central node processes allinternal calls.

2. When the active node fails at central node, the standby node takes over all services

from the active node and processes all user requests.

3. When the central node is faulty or disconnects from the local node, local users registerwith the local node, and the local node processes service requests (including intra-office callsand incoming and outgoing calls) from local users. This is known as local regeneration.

Data Plan

NE Information


Active node U1981 10.175.198.107

View：admin/huawei123Config：enable/huawei123

Super：super/debug

Standy node U1981 10.175.198.108

Local node U1960 10.175.198.104

3 IP phones Actual IP address admin/admin123

2 analog phones - -

User Data Plan

Location User type Short number Long number

Active node SIP user 7000-7009 68907000-68907009






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Local nodeSIP user 9000-9009 83789000-83789009

POTS user 9010-9011 83789010-83789011

Prefix Data Plan

NE Prefix Prefix TypeOffice Route

SelectionCode

CalledNumberChange

CallingNumberChange

Activenode

7/68907 Intra-office - - -


3 Intra-office 0 -Display long

number

Localnode

9/83789Localregeneration 252 - -

9/83789Localregeneration

253 - -

3Localoutgoing

2

Index 0:Deletes thefirst digit of anumber.

Display longnumber

Office Data Plan

NE Trunk Type Office routeOffice RouteSelection Code

Peer device

Activenode

SIP 1 1 Local node

Localnode

SIP 252 252 Active nodeSIP 253 253 Standy node

Task 1: Configure the Active Node

Basic data has been configured for the active node and standby node. For details, seeConfigure the Unified Gateway Two-Node Cluster.

Step 1. Configure Network Data - Add Local Node.

1) Log in to the web management system of the U1900(Active node).

2) Choose System > Network Mode.

3) Click Creat and set parameters for local node 1.

4) Click OK. Click Data Save in the upper right corner of the web management system.






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If you do not click Data Save, the configured data will be lost after the device restarts. So keepin mind that after the configuration is complete, save the data promptly.

Verification

Log in to active node using the CLI (IP address is 10.175.198.107, username andpassword is admin/huawei123) and access the Config mode.

Run show system stationtype to check system status .

Step 2. Configure SIP User Data for Local Node

1) Choose User > SIP User and click Create.

2) Configure a SIP user for local node.

3) Click OK.

4) Click Data Save in the upper right corner of the web management system.

Verification

Choose User > SIP User to check the status of subscriber.

Step 3. Configure Intra-office Call Prefix

1) Configure intra-office call prefix 9 for short numbers.






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2) Configure intra-office call prefix 83789 for long numbers.

Verification

IP Phone (7000, 9000) has been registered.

7000’s SIP Server 1 address is , SIP Server 2 address is .

9000’s SIP Server 1 address is , SIP Server 2 address is .






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7000 dials 9000, OK？ .

9000 dials 7000,OK？ .

7000 dials 83789000, OK？ .

9000 dials 68907000, OK？ .

Step 4. Configure Office Route Data

1) Configure the office route selection code as 1 when the central node connects to localnodes 1 through SIP trunks.

2) Configure the SIP trunk when the central node connects to local node.

Step 5. Configure Outgoing Prefixes

1) Configure number change index as 0, which is used to delete the first digit of callednumbers.






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2) Configure outgoing prefixe 3.

3) All users are added to call source 0 by default, so you do not need to change the callsource for the users at the headquarters. Configure call sources to 1 and set the 90xx

users for local node to 1.Config add callsource no 1Config modify subscriber dn 9000 callsourceno 1 number 10

4) Prefix for users at the headquarters to make outgoing calls.

Config add tgld callsourceno 0 officeno 0 protocol SIP prefix 3 clipredealYes cliindex 0

5) When a user in call source 1 dials outgoing call, the call is rerouted to local node.

Config add routeanalysis officeselectcode 0 callsourceno 1 officeno 1

6) Run save to save the data.






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Verification

7000 dials 368903456, OK？ .

9000 dials 383784567, OK？Why？ .

68903456 dials 68907000, OK？ .

83784567 dials 83789000, OK？ .

Task 2: Configure Local Nodes

Step 1. Configuring Distributed Network Data

1) Log in to the web management system of the U1900 (local node).

2) Choose System > Network Mode.

3) Configure the active node and standby node, then, click OK.

Verification

Configure SIP users (IP phones, and POTS phones under IADs) at branch 1. SIP usersat branch 1 have been configured on the central node, and SIP user numbers havebeen synchronized to the local node, so user numbers do not need to be allocated tothe SIP users on the local node.

Choose User > SIP User check whether the SIP user numbers have beensynchronized to the standby node_________.

Run show connectstates stationtype primaryserver to check the status of theconnection between the active node and the standby node. .

Step 2. Configure POTS users (POTS phones directly connected to the local node) at branch1.

1) Log in to the web management system of the U1900.






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2) Choose User > POTS User and click Create.

3) Configure two POTS users with numbers 9010 and 9011 (without long numbers83789010 and 83789011).

4) Click OK.

Step 3. Configure local regeneration prefix.

The office route ID is 252 when local node 1 is connected to the active node through aSIP trunk. The office route ID is automatically created after a distributed network isconfigured.

The office route ID is 253 when local node 1 is connected to the standby node through a

SIP trunk. The office route ID is automatically created after a distributed network isconfigured.

1) Configure local regeneration prefix 9 for short numbers.






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2) Configure local regeneration prefix 83789 for long numbers.






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Verification

9000 dials 7000, OK？ .

9013 dials 7000, OK？ .

9014 dials 7000, OK？ .

Disconnect the network connection of the active node to verify two-node clusterswitchover. The standby node takes over all services. Intra-office is normal.

9000 dials 7000, OK？ .

9013 dials 9000, OK？ .

9013 dials 9014, OK？ .

Step 4. Configuring the Call Source for the Local Regeneration Prefix

1) Run Show trunkgroup to see the information about office 252, 253.

Show trunkgroup

The office route ID is 252 and the value of GroupNo is when local nodeconnects to the active node through a SIP trunk.

The office route ID is 253 and the value of GroupNo is when local nodeconnects to the standby node through a SIP trunk.

2) Modify the trunk group information. Set the call source of the local regenerationprefix to 1.

config add callsource no 1config modify trunkgroup no callsourceno 1config modify trunkgroup no callsourceno 1config modify prefix dn 9 interonlycallsource 1config modify prefix dn 83789 interonlycallsource 1

3) Run the save command to save the configuration.

Verification

Verify local regeneration calls (intra-office call at local node) by disconnecting fromthe headquaters.

9000 dials 9001, OK？ .

83784567 dials 83789013, OK？ .

68903456 dials 83789014, OK？ .

Task 3: IP Phone Configurations (eSpace 7910)

After this task, you will be able to configure the IP phone at the local node.

Step 1. Log in to the web management system of the IP phone as an administrator.

Step 2. Choose Advanced > Server. Click Save.

Parameters SettingsNetwork Environment UC2.X






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SIP Server: Server 1 Active node IP addressSIP Server: Server 2 Standby node IP addressSIP Server: Server 3 （optimal）local node IP address

Please set the Server 3 to local node IP address when IP Phone number is under local node.

Step 3. Choose Advanced > Account. In the Account Setting area, click Add Account. Set the parameters by referring to the following table. Click OK.

Parameters SettingsAccount SIP user number at headquartersUser name SIP EID at headquartersPassword EID’s password

Step 4. The Registration Status is Registered, indicating the account is registeredsuccessfully.

Task 4: Verification

IP phones’s (6000, 6001, 9000 and 9001) SIP Server 1 address is , SIPServer 2 address is , SIP Server 3 address is .

POTS phones (9013 and 9014) directly connected to the local node.

Outgoing call: Dial 3XXXXXXXX to call PSTN number.

Incoming call: Dial long number to enterprise number.

Normal

Call 7000 7001 9000 9001 9013 9014

7000 -

7001 -

7000 -

7001 -

9013 -

9014 -

Disconnecting the network connection of the active unified gateway node to verifytwo-node cluster switchover

Call 7000 9000 9014

7000 -






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9000 -

9014 -

Verifying local regeneration calls by disconnecting from the central node

Call 7000 9000 9014

7000 -

9000 -

9014 -

8 AR Voice System Introduction

Lab 8-1 AR Voice System Introduction

Equipment Required


Learning Objectives


• Describe AR Voice position in eSpace UC solution;

• Distinguish AR Voice cards.

Task 1: Questions

1. Single Choice. In AR series routers, routers whose names contain the letter ( )support voice functions.

A. A






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B. S

C. V

D. W

2. Single Choice. Slots 1 and 2 on an AR router are SIC card slots. One 1E1/T1-M card isinserted into slot 1, and its interface number is 1/0/0. Now, a WSIC card of 8E1/T1-Mis used to replace the 1E1/T1-M card to be inserted in slots 1 and 2. Then, thenumber of interface 0 on the 8E1/T1-M card is ( ).

A. 1/0/0

B. 2/0/0

C. 1/1/0

D. 2/0/1






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9 VRP Plateform Introduction

Lab 9-1 VRP platform common operation command

Equipment Required

This lab uses the following equipments:

• A set of AR voice;

• PC for testing;

Learning Objectives


• Operate and configure VRP platform.

• Use console cable to configure routers.

• Switch among different VRP views.

• Understand the functions of CLI views.

• View the configuration in a view.

• Assign IP addresses.

• Change device names.

•

Get on-line help.• View interface information.

• Perform basic interface operations.

• Shut down/enable interfaces.

• View device configuration.

• View the device version.

• View the device board status.






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Scenario

C onsol e

Task 1

Cable connection

Step 1. User Console cable to connect the console interface of AR, if you are using WindowsXP operating system, then find HyperTerminal on PC menu > All programs > Attachedfiles > Directory tool(If you are using other operating systems, Win 7 for example, thenfind yourself the right software, SecureCRT, Putty and etc, the configuration process is thesame).

Step 2. Enter connection name.

Step 3. Choose the connection port. It’s COM1 usually.

Step 4. At the right bottom conrner of COM1 attribute page, click Restore to default andthen click OK.

If COM1 is not available, you can login device manager and see which COM port is available.






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Task 2

Device basic configuration

Step 1. When HyperTerminal is finished configuration and uses serial port line connect torouter, when router switch is on, router will start working, after the start is completed.

The command line showed as below means the start process is successful; press any keyto enter the router command line configuration.

Press any key to get started

Please configure the login password (<8-128>)Enter password:Confirm password:<Huawei>

When configuring a new device for the first time (or the device is reseted to defaults), thedevice requires a password for console port. The next time users must enter the password touse the console port to configure the device.

Different device may require different strength of the password, here we usehuawei@123 as an example.

Step 2. The first view you enter is the user view (enclosed in angle bracket). To modify deviceconfiguration, run the system-view command to enter the system view.

<Huawei>system-viewEnter system view, return user view with Ctrl+Z.[Huawei]

Step 3. Huawei is a device name, which can be changed by the sysname command.

[Huawei]sysname AR[AR]

Run this command to change the device name to AR.

Step 4. Enter question mark (?) to get help information about available commands in thecurrent view and the corresponding command explanation. To get full help, enterquestion mark (?) or enter a command and a question mark (?) separated by a space.

[AR]?System view commands:aaa AAA viewacl Specify ACL configuration informationanti-attack Specify anti-attack configurationsapplication-apperceive Set application-apperceive informationarp <Group> arp command grouparp-miss <Group> arp-miss command group

arp-ping ARP-ping……

Step 5. To get partial help, enter the first several letters of the command and a questionmark (?). For example, if you enter s?, the system lists all commands start with letter s.

[AR]s?search Search commandset <Group> set command groupsftp <Group> sftp command groupshutdown Shutdownsnmp-agent <Group> snmp-agent command groupssh Specify SSH (secure shell) configuration

infor mationstandby Specify DCC(Dial-Control-Center)

configuration informationstatic-lsp Static LSP configurationstelnet Establish an Stelnet connection






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stp Specify Spanning Tree Protocol(STP)configurat ion information

sysman Operation on firewallsysname Set the host namesystem Set system enconding,default is GBK

Step 6. You can press Tab to complete the command when the system only finds onecommand.

[AR]sy?sysname

[AR]sys #Press Tab key here[AR]sysname

Enter the first several letters of a key word in a command and press Tab to display the keyword completely. The first several letters, however, must uniquely identify the key word.Otherwise, continuously press Tab to display different key words, from which you can selectone as required.

Task 3

Viewing Configuration FilesStep 1. Run display current-configuration command to view the current running file.

<AR>display current-configuration[V200R005C10]#sysname RTA#board add 0/1 1SA#voice#http server enable#

drop illegal-mac alarm#l2tp aging 0

……

Step 2. Run the display saved-configuration command to view the configuration files thatare saved in Flash. If no configuration is saved in the Flash, the prompt shows that noconfiguration file was found:

<AR>display saved-configurationThere is no correct configuration file in FLASH

Step 3. Run the save command to save the configuration file.

<AR>saveThe current configuration will be written to the device.Are you sure to continue? (y/n)[n]:yIt will take several minutes to save configuration file, please

wait..........................Configuration file had been saved successfullyNote: The configuration file will take effect after being activated

Step 4. Then run the display saved-configuration command to display the saved file.

<AR>display saved-configuration[V200R005C10]#sysname RTA#

board add 0/1 1SA#voice






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#http server enable#drop illegal-mac alarm#l2tp aging 0

…………

Task 4

Interface Operation

Step 1. Enter GE 0/0/0 interface.

The interfaces can be classified into physical interfaces and logical interfaces. Run allinterface-related commands in the corresponding interface view. The system prompts varieswith the interface view as shown in the following course. Run quit command to return to theupper level system view.

<AR>system-viewEnter system view, return user view with Ctrl+Z.

[AR]interface GigabitEthernet 0/0/0[AR-GigabitEthernet0/0/0]quit[AR]

Step 2. View current interface index.

The interface index on different device is not the same, for example, the index of the first

service interface of device A maybe GigabitEthernet 0/0/0, but on device B maybe

GigabitEthernet 2/0/0, how to know which interface index is currently used? Use the followingcommand to check, if the interface is physically connected, the state will be up:

<AR>display interface briefPHY: Physical*down: administratively down

^down: standby(l): loopback(s): spoofing(E): E-Trunk down(b): BFD down(e): ETHOAM down(dl): DLDP down(d): Dampening SuppressedInUti/OutUti: input utility/output utilityInterface PHY Protocol InUti OutUti inErrorsEthernet0/0/0 up up 0.01% 0.01% 0GigabitEthernet1/0/0 down down 0% 0% 0GigabitEthernet1/0/1 down down 0% 0% 0

Step 3. Configure IP address.

The Gigabit Ethernet interfaces on AR1220 router are Layer 3 interfaces that can beassigned IP addresses in interface view. Assign RTA G0/0/0 an IP address 10.0.0.1/24 and adddescription for the interface.

<AR>system-viewEnter system view, return user view with Ctrl+Z.[AR]interface GigabitEthernet 0/0/0[AR-GigabitEthernet0/0/0]ip address 10.0.0.1 255.255.255.0[AR-GigabitEthernet0/0/0]description connecto-to-RTB[AR-GigabitEthernet0/0/0]quit

Step 4. You can run the shutdown command to shut down interfaces manually, and run theundo shutdown command to restart them. The shutdown and undo shutdowncommands do not apply to loopback interfaces.

<AR>display interface GigabitEthernet 0/0/0GigabitEthernet0/0/0 current state : UP






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Line protocol current state : UPDescription:HUAWEI, Huawei Series, GigabitEthernet0/0/0 Interface...<AR>sysEnter system view, return user view with Ctrl+Z.[AR]interface GigabitEthernet 0/0/0

[AR-GigabitEthernet0/0/0]shutdown<AR>display interface GigabitEthernet 0/0/0GigabitEthernet0/0/0 current state : Administratively DOWNLine protocol current state : DOWNDescription:HUAWEI, Huawei Series, GigabitEthernet0/0/0 Interface...[AR-GigabitEthernet0/0/0]undo shutdown

Task 5

Viewing Device and Version

Step 1. You can view the software and hardware versions of the current device by runningdisplay version command in any view.

[AR]display version

Huawei Versatile Routing Platform SoftwareVRP (R) software, Version 5.150 (AR1200 V200R005C10)Copyright (C) 2011 HUAWEI TECH CO., LTDHuawei AR1220 Router uptime is 0 week, 0 day, 17 hours, 1 minuteBKP 0 version information:1. PCB Version : AR01BAK1A VER.A2. If Supporting PoE : Yes3. Board Type : AR12204. MPU Slot Quantity : 15. LPU Slot Quantity : 2

MPU 0(Master) : uptime is 0 week, 0 day, 17 hours, 1 minuteSDRAM Memory Size : 512 M bytesFlash Memory Size : 256 M bytesNVRAM Memory Size : 512 K bytesMPU version information :

1. PCB Version : AR01SRU1A VER.B2. MAB Version : 03. Board Type : AR1220V4. CPLD1 Version : 1035. BootROM Version : 134

LPU 1 : uptime is 0 week, 0 day, 16 hours, 57 minutesSDRAM Memory Size : 256 M bytesFlash Memory Size : 16 M bytesLPU version information :1. PCB Version : AR01SDSA2A VER.C2. MAB Version : 03. Board Type : 1SA4. BootROM Version : 920

The preceding information shows that the VRP version is 5.90, and the router has been

running for 17 hours and 1minute. The hardware information, such as model, available storingspace, and software versions of the main processing unit (MPU) and line processing unit (LPU)are also displayed.

Step 2. Run the display device command to see the running status of the current devices.The devices and boards running properly are in registered status, and vacant slots are notdisplayed in the list.

[AR]display deviceAR1220's Device status:Slot Sub Type Online Power Register Alarm Primary- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -1 - 1SA Present PowerOn Registered Normal NA0 - AR1220V Present PowerOn Registered Normal Master






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Lab 9-2 Configure Remote Device Management

Equipment Required



• PC for testing;

Learning Objectives


• Describe the application scenario of remote device management.

• Learn about the roles of devices in remote management.

• Understand the device privilege level.

• Configure remote device management.

Scenario

N et work C

ab l e

User would like to login AR remotely in a secure way, but Telnet lacks securityauthentication, user can login using STelnet. PC will use admin to login AR after passingpassword verification.

Task 1

Configuring connection

Step 1. In our last experiment, we have already configurated IP address 10.0.0.1/24 onG0/0/0, to enable our PC login on AR, we need to make sure the network between PCand AR works. To test the network, we can ping the IP of AR 10.0.0.1 from PC.

ping 10.0.0.1PING 10.0.0.1: 56 data bytes, press CTRL_C to breakReply from 10.0.0.1: bytes=56 Sequence=1 ttl=255 time=23 msReply from 10.0.0.1: bytes=56 Sequence=2 ttl=255 time=3 msReply from 10.0.0.1: bytes=56 Sequence=3 ttl=255 time=3 msReply from 10.0.0.1: bytes=56 Sequence=4 ttl=255 time=3 msReply from 10.0.0.1: bytes=56 Sequence=5 ttl=255 time=3 ms

--- 10.0.0.1 ping statistics ---5 packet(s) transmitted

5 packet(s) received0.00% packet lossround-trip min/avg/max = 3/7/23 ms






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Task 2

Create SSH user

Step 1. Configure the authentication mode and password in VTY interface view to startremote device management. In this test, five threads (interface 0-4) were configured,

which means the maximum number of concurrent remote login users is five.

[AR]user-interface vty 0 4[AR-ui-vty0-4]authentication-mode aaa[AR-ui-vty0-4]protocol inbound ssh[AR-ui-vty0-4]quit

Step 2. Create SSH user admin. Create a SSH user named client001, and authenticationmethod as password.

[AR]aaa[AR-aaa]local-user admin password irreversible-cipher Huawei@123[AR-aaa]local-user admin privilege level 3[AR-aaa]local-user admin service-type ssh[AR-aaa]quit

[AR]ssh user admin authentication-type password

Step 3. AR enable STelnet service.

[AR]stelnet server enable

Result Verification

• PC client admin use password authentication method to connect SSH server. Loginwith PuTTY, enter the IP address of the equipment, select the protocol type to SSH.

• Click Open, page is showed as below, enter the username and password, press Enter,then you log into SSH server.

login as: [email protected]'s password:Enter password here

-------------------------------------------------------------------------User last login information:

-------------------------------------------------------------------------Access Type: SSH






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IP-Address : 10.0.0.1Time : 2016-01-06 09:44:58+08:00

-------------------------------------------------------------------------<AR>






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10 AR Voice Basic Operation

and Configuration (Local Branch Scenario)

Lab 10-1 AR Voice Basic Operation and

Configuration (Local Branch Scenario)

Equipment Required


• A set of U1900;


• Three sets of IP phones;

• Two sets of analogue phones;

• A PC for testing.

Learning Objectives


• Describe the principle of local-survival;

• Configure AR basic voice function.

Scenario







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The headquarter of the company is located in Beijing; they also have a branch office inHangzhou. Now the company is going to deploy a set of AR as the local gateway in Hangzhou(Local node). They need to implement the following functions:

1. In normal situation, local gateway only provides data exchange and trunk interfacefunction. The SIP terminal which locates at the enterprise branch will register directly to thecentral node and the analogue phone will also register to the central node through local

gateway deputy, the local gateway will remove the trunk out.

2. When local gateway has communication issues with central node(Including networkproblems), local gateway will start to manage the voice exchange service automatically. Branch SIPterminal and analogue phone which registered to the local gateway will become outgoing-officeimmediately.

Data Plan

NE Information

Network element IP address Administrator

username/password (Default)

Main node U1981 10.175.198.107

View：admin/huawei123Config：enable/huawei123

Super：super/debug

Web：admin/huawei123

Local node AR 10.175.198.116SSH：admin/huawei123


3 sets of IP phones Actual IP address admin/admin123

2 sets of analoguephones

- -

User Data

Area Type Short Number Long Number






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CentralNode

SIP user 5000-5009 68905000-68905009

Local NodeSIP user 6000-6009 83786000-83786009

POTS user 6010-6019 83786010-83786019

Prefix planning

NE Prefix Type

OfficeRouteSelectionCode

CalledNumberChange

CallingNumberChange

CentralNode



3 Outgoing-office 0 -Show long

number

LocalNode

9/83789 Local-survival 252 - -

9/83789 Local-survival 253 - -

3 Outgoing-office 2Index 0: deletethe firstnumber

Show longnumber

Central node planning

NE Trunk Type Office RouteOffice Route

Selection CodePeer Office

Centralnode

SIP 0 0 PSTNSIP 1 1 Local Node

Local node planning

NETrunkType

TrunkGroupName

Media andsignaling IP

address

OfficePort

Number

PeerOfficePort

Number

PeerOffice

LocalNode

SIPIP sipip 10.175.198.107 5063 5060 CentralnodeSIPAT0 sipat0 10.175.198.107 5061 5060

Task 1

Configure Central NodeStep 1. Configure node data.

1) Login U1900 Web management system;

2) Choose System > Network Mode and configure U1981 as the central node.






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3) Click Create; configure AR as the local node.

4) Click OK.

Step 2. Configure users.

1) Choose User > SIP User, click Create. Configure central node IP phone users

according to the data plan.

2) Click OK.

3) Click Create. Configure SIP number according to the data plan (Need to be

synchronized).






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4) Click OK.

5) Click Create. According to the data plan, configure local node POTS users (no need

to be synchronized).

6) Click OK.

Step 4. Configure intra-office call.

1) Choose Trunk > Prefix configuration.

2) Click Create. Configure intra short number 5 according to the data plan.

3) Click OK.

Before configuring the local call prefix, configure national and international toll call prefixes.

4) Add intra-office call long number prefix 68905 of central node and intra-office prefix

6 and 83786 in local node.

Step 5. Configure outgoing- office. As showed below.






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1) Choose Trunk management > Office route configuration > Office route selection

code.

2) Click Create. Configure office route configuration selection code 0.

3) Click OK .4) Configure office route selection code 1.

5) Choose Trunk management > Office route configuration > Office route. Link

office route 0 and office route selection code 0.

6) Click OK ..

7) Link office route 1 and office route selection code 1.

8) Choose “Trunk management > Office route configuration > number change index”;Configure number exchange index to 0 according to data plan.

9) Choose “Trunk management > Prefix management”;

10) Single click on “Create”; Configure outgoing-office prefix 9 according to the data plan.

11) Single click on “OK ”.






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12) Configure the calling source 1. Login U1981 command window. Enter Config mode.

Execute the following commands.

config add callsource no 1config modify subscriber dn 6000 callsourceno 1 number 20

13) User does outgoing office call under central node will become outgoing office

immediately.

config add tgld callsourceno 0 officeno 0 protocol sip prefix 9 cldpredealyes cldindex 0

14) User does outgoing office call under local node will become outgoing office

immediately.

config add routeanalysis officeselectcode 0 callsourceno 1 officeno 1

15) Execute save and save the data.

Task 2

Configure AR as local node

Step1. Configure basic data.

1) Configure service mode as PBX.

<Huawei> system-view[Huawei] voice[huawei-voice] service-mode pbx[huawei-voice] return

[Huawei] save<Huawei> reboot

2) Configure the IP address of 10.175.198.116 to interface 0/0/0, and add 10.175.198.116

to the IP address pool of media and singnaling.

<Huawei> system-view[Huawei] interface gigabitethernet 0/0/0[Huawei-GigabitEthernet0/0/0] ip address 10.77.194.43[Huawei-GigabitEthernet0/0/0] quit[Huawei] voice[Huawei-voice] voip-address media interface gigabitethernet 0/0/0

10.77.194.43[Huawei-voice] voip-address signalling interface gigabitethernet 0/0/0

10.77.194.43

3) Configure SIP server.

[Huawei-voice] sipserver

[Huawei-voice-sipserver] signalling-address ip 10.175.198.116 port 5060[Huawei-voice-sipserver] media-ip 10.175.198.116[Huawei-voice-sipserver] register-uri abcd.com[Huawei-voice-sipserver] home-domain abcd.com[Huawei-voice-sipserver] reset[Huawei-voice-sipserver] quit

Step2. Configure prefix.

1) Configure the intra-office prefix 6 for the one whose calling attribute is 0. The method

for configuring intra-office prefix 83786 is similar. Set the minimal number length to 8.






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[Huawei-voice] callprefix 6[Huawei-voice-callprefix-6] prefix 6[Huawei-voice-callprefix-6] call-type category basic-service attribute 0

[Huawei-voice-callprefix-6] digit-length 4 32[Huawei-voice-callprefix-6] quit

2) Configure calling attribute as 1 and outgoing prefix as 9, route as 1.

[Huawei-voice] callroute 1[Huawei-voice-calldroute-1] quit[Huawei-voice] callprefix 9[Huawei-voice-callprefix-9] prefix 9[Huawei-voice-callprefix-9] call-type category basic-service attribute 1[Huawei-voice-callprefix-9] digit-length 1 32[Huawei-voice-callprefix-9] callroute 1[Huawei-voice-callprefix-9] quit

3) Use the same method to configure national inter-office prefix 90 whose call attribute is 2,

and international inter-office prefix 900 whose call attribute is 3.

4) Configure the automatic switchboard. The automatic switchboard name is ivr, and

number is 83788999. Before configuring the Automatic Switchboard, Pls refer to AR

Access Router Products Document to finish the configuration of IVR.

“vu-service-name” is the “service name” configured in IVR.

[Huawei-voice] callprefix ivr[Huawei-voice-callprefix-ivr] prefix 83788999[Huawei-voice-callprefix-ivr] enterprise hw dn-set hwdnset[Huawei-voice-callprefix-ivr] call-type category vu-service

vu-service-name vudefault[Huawei-voice-callprefix-ivr] digit-length 8 32[Huawei-voice-callprefix-ivr] save[Huawei-voice-callprefix-ivr] quit

Step3. Configure user number.

1) SIP users at branches have been configured on the central node, and SIP user numbers

have been synchronized to the local node, so user numbers do not need to be allocated to

the SIP users on the local node.

2) Configure the POTS user whose number is 6010 and call rights to all

[Huawei-voice] pbxuser 6010 pots[Huawei-voice-pbxuser-6010] port 2/0/1

[Huawei-voice-pbxuser-6010] telno 6010[Huawei-voice-pbxuser-6010] proxyreg-id 6010[Huawei-voice-pbxuser-6010] proxyreg-password cipherPlease input user password(8-64 chars):*********[Huawei-voice-pbxuser-6010] call-right in all[Huawei-voice-pbxuser-6010] call-right out all[Huawei-voice-pbxuser-6010] quit[Huawei-voice] sip[Huawei-voice-sip] field-header user-agent HUAWEI-eSCpace-UCExpress

Step4. Configure the PRA trunk group.

1) Configure the PRA trunk group.

<Huawei> system-view

[Huawei] set workmode slot 1 e1t1 e1-voice[Huawei] voice[Huawei-voice] port ve1 1/0/0






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[Huawei-voice-ve1-1/0/0] signal ccs[Huawei-voice-ve1-1/0/0] quit[Huawei-voice] quit[Huawei] clock source 0 1/0/0[Huawei] voice[Huawei-voice] trunk-group pra dss1-user

[Huawei-voice-trunkgroup-pra] trunk-pra 1/0/0[Huawei-voice-trunkgroup-pra] callroute 1[Huawei-voice-trunkgroup-pra] quit

2) Configure the SIP AT0 trunk group.

[Huawei-voice] trunk-group sipat0 sip trunk-circuit[Huawei-voice-trunkgroup-sipat0] signalling-address ip 10.175.198.116

port 5061[Huawei-voice-trunkgroup-sipat0] media-ip 10.175.198.116[Huawei-voice-trunkgroup-sipat0] peer-address static 10.175.198.107 5060[Huawei-voice-trunkgroup-sipat0] register-uri abcd.com[Huawei-voice-trunkgroup-sipat0] home-domain abcd.com[Huawei-voice-trunkgroup-sipat0] resetNote: Trunkgroup reset succeeds.

[Huawei-voice-trunkgroup-sipat0] quit

3) Configure SIP IP trunk group.

[Huawei-voice] trunk-group sipip sip no-register[Huawei-voice-trunkgroup-sipip] signalling-address ip 10.175.198.116

port 5063[Huawei-voice-trunkgroup-sipip] media-ip 10.175.198.116[Huawei-voice-trunkgroup-sipip] peer-address static 10.175.198.107 5060[Huawei-voice-trunkgroup-sipip] home-domain abcd.com[Huawei-voice-trunkgroup-sipip] register-uri abcd.com[Huawei-voice-trunkgroup-sipip] resetNote: Trunkgroup reset succeeds.[Huawei-voice-trunkgroup-sipip] quit

Step5. Configure the post-routing number change.

[Huawei-voice] afterroute-change 9[Huawei-voice-afterroute-change-9] callprefix 9[Huawei-voice-afterroute-change-9] trunk-group pra[Huawei-voice-afterroute-change-9] caller del-then-insert 1 32 83788999[Huawei-voice-afterroute-change-9] called del 1 1[Huawei-voice-afterroute-change-9] quit

Step6. Configure local regeneration.

[Huawei-voice] local-survival[Huawei-voice-local-survival] dataserver ip 10.175.198.107 port 8099[Huawei-voice-local-survival] dataservertype u1900[Huawei-voice-local-survival] primary-trunk-group sipip

proxyreg-trunk-group sipat0[Huawei-voice-local-survival] local-address ip 10.175.198.116 port 8000[Huawei-voice-local-survival] password cipherPlease input user password(8-32 chars):*********[Huawei-voice-local-survival] sync-interval 2[Huawei-voice-local-survival] transfer tcp[Huawei-voice-local-survival] reset[Huawei-voice-local-survival] save

Result Verification

• Check the connection status on central node:






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1) Login U1900 Web admin management system;

2) Enter “System management > Deployment model”.






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11 Multi-Node Distributed

Network

Lab 11-1 Implementing Multi-Node Distributed

Network (Peer-to-Peer)

Equipment Required


•

U1900;• PCs for testing;

• IP Phones.

Learning Objectives


• Configure the peer-to-peer mode network.

Scenario

Prerequisite All nodes have been installed with a valid license.







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Task 1: Please Fill in the Blank of Data Plan

NE information


Node 1 192.168.1.10View：admin/huawei123

Config：enable/huawei123

Super：super/debug


Node 2 192.168.1.20

Node 3 192.168.1.30

IP Phone (3 sets) Actual IP address admin/admin123

User Data Plan

Location User Type Short Number

Node 1 SIP user 80000～80010



Prefix Data Plan

NE PrefixCall

Attribute

Office RouteSelection

CodeRemarks

Node 1Call route to node 2

Call route to node 3

Node 2Call route to node 1


Node 3








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Office Plan

NEOfficeNo.

Office RouteSelection

Code

PeerOffic

e

TrunkType

PeerComponent IP

Port

Node 112 12 Node

2

SIP 5060

13 13Node3

Node 221 21

Node1

23 23Node

3

Node 331 31

Node1

32 32Node

2

Task 2: Please complete the data configurationacording to the data plan in Task 1(Optional)

Lab 11-2 Implementing Multi-Node Distributed

Network (Convergent)

Equipment Required


• U1900;


• IP Phones.

Learning Objectives


• Configure the convergent mode network

Scenario

Prerequisite All nodes have been installed with a valid license.







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Task 1: Please Fill in the Blank of Data Plan

NE information


Node 1 192.168.1.10

View：admin/huawei123

Config：enable/huawei123

Super：super/debug


Node 2 192.168.1.20

Node 3 192.168.1.30

Convergent Node 192.168.1.40

IP Phone (3 sets) Actual IP address admin/admin123

User Data Plan

Location User Type Short Number Remarks

Node 1 SIP user 01080000～01089999The area code is 010 and theshort number is a 5-digitnumber starting with 8.



Number Change Index Plan

NE Number

Change Index Type

Start

Position

Insert

NumberRemarks

Node 1 0 Insert 0The system insertsthe local area code before the called

short number toallow placing

intra-node calls

using short numbers.

Node 2 0 Insert 0

Node 3 0 Insert 0






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Office Plan

NEOffice

No.

Office

Selection

code

Peer

Office

Trunk

Type

Peer

Component

IP

Port

Node 1 1 1

SIP 5060

Node 2 1 1

Node 3 1 1

ConvergentNode

1 1 Node 1

2 2 Node 23 3 Node 3

Prefix Plan

NE PrefixCall

Attribute

OfficeRoute

Selection

Code

Called

Number

Change

Display

Long

NumberRemarks

Node 1

8

010

021 Call route toconvergentnode. 025

Node 2Call route toconvergentnode.

Node 3Call route toconvergentnode.

Convergent Node

Call route tonode 1.



Task 2: Please complete the data configurationacording to the data plan in Task 1(Optional)






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12 Toll Fraud Prevention

Lab 12-1 Toll Fraud Prevention

Equipment Required


Learning Objectives


•

Understand toll fraud scenarios;• Perform the prevention measures.

Task 1: Questions

1） Match the numbers with correct descriptions.






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2） Multiple Choices. To prevent toll fraud caused by outgoing call forwarding throughtrunks or VUs, we can configure the following toll fraud prevention policies: ( ).

A. Prefix call attribute configuration

B. Trunk-based call restriction

C. Restriction on the automatic switchboard number length

D. User rights configuration






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13 Extranet Access of UCTerminals

Lab 13-1 Extranet Access of UC Terminals

Equipment Required


Learning Objectives


• Describe the solution of UC terminal extranet access;

• Understand the functions of SBC;

• Perform the configuration of extranet access.

Task 1

Questions1. Multiple Choices. In an external network access scenario, an SBC and an enterprise

firewall are deployed in parallel. Which of the following statements are CORRECT asregard to the external eSpace Desktop authentication and registration processes?

A. The eSpace Desktop initiates an authentication request to the eServer throughthe firewall.

B. The eSpace Desktop initiates an authentication request to the eServer throughthe SBC.

C. The eServer sends the intranet IP address of the SIP server to the eSpaceDesktop.

D. The eSpace Desktop initiates a voice registration request to the extranet IPaddress of the SBC.






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14 eSpace Console System

Lab 14-1 eSpace Console System

Equipment Required


• U1900;


• IP Phones.

Learning Objectives


• Describe eSpace Console System networking scenarios and functions;

• Deploy eSpace Console System.

ScenarioScenario Description

Data Plan

Data plan for agents

Agent Requirement Agent

Number

AgentSoftConsole

Number

Agent User

Name/Password






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Agent Requirement AgentNumber

AgentSoftConsole

Number

Agent UserName/Password

AgentTom

• Agents and thesupervisor are in thesame SoftConsolegroup.

• Only the supervisoris assigned thebarge-in andforced-releaseservice rights.

81001 81001 Tom/admin123

AgentJohn

81002 81002 John/admin123

Supervisor Lucy

81003 81003 Lucy/admin123

Data plan for IP phone

IP phone Number Password

IP phone 1 7000 admin123



Task 1: Configure the Unified GatewayOn the unified gateway, configure the interworking data, agent roles, and SoftConsole

groups.

Prerequisites

• Numbers have been allocated to SIP users on the U1900 (unified gateway).

• The ConsoleServer has been installed and started.

Step1. Log in to a U1900 series unified gateway using the CLI and access the Config mode.

Step2. Configure the ConsoleServer IP address.

Config system ctiserver ip 10.175.198.138

Step3. Configure agent roles and rights.

Modify the attribute of user numbers (for example, 81001, 81002 and 81003) toagent.

Config modify subscriber dn 81001 telephonist Yes number 3

Step4. Configure a SoftConsole group.

1) Add SoftConsole group 1.

Config telephonegroup add groupno 1






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2) Configure access code 28887890 for SoftConsole group 1.

Config add prefix dn 28887890 callcategory SIN callattributeCallTelephonist cldpredeal No telephonegroupno 1

The SoftConsole access code (28887890 in this example) must be different from theuser's short number and long number. Otherwise, when a user calls the SoftConsole, thecall will be forwarded to the short or long number.

3) Add agents 81001, 81002, and 81003 to SoftConsole group 1.

Config telephonist add telephonegroupno 1 telephonistdn 81001Config telephonist add telephonegroupno 1 telephonistdn 81002Config telephonist add telephonegroupno 1 telephonistdn 81003

Step5. Run the save command to save the configuration.

Step6. Verify the data configurations.

1) Verify that the SoftConsole access code is correctly configured.

show prefix dn 28887890

The values of CallAttribute and TelGrpNo for the access code are correct, similar tothe following (only part of the command output):

2) Verify that the SoftConsole members are correctly configured.

Show telephonist telephonegroupno 1

The command output displays information about all the configured agents in theSoftConsole group, similar to the following.

Task 2: Configure the Interconnection Between theConsoleServer and the Unified Gateway

Step1. Click in the system tray.






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Step2. In the Login window, enter the User name and Password and click Login. Thedefault user name and password for the ConsoleServer administrator are admin andhuawei123.

Step3. In the ConsoleServer main window, choose MonitoringStartup Settings from the

menu bar. The System Setting window is displayed.

Step4. Configure the interworking data.

1. Use AppAgent: The SoftConsole connects to the BMU through the AppAgent. It obtainsthe corporate directory from the BMU and enables the Night Service, Search record, DND,Wake Up, Reset, and Call Rights services.

2. Use FTP: Recording files of agents are stored on a specified server.

Step5. Click the Unified Gateway IP Address tab.Step6. Enter the intranet IP address of the unified gateway in the Private IP text box, and

click Add.






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Note:

1. If active and standby unified gateways exist, add IP addresses of the active and standbyunified gateways. In the Unified Gateway IP Address area, right-click a configuredunified gateway IP address and set the unified gateway as the active or standby unifiedgateway.

2. When only the intranet IP address is configured, the extranet IP address is the same asthe intranet IP address by default.

3. Configure the extranet IP address of the unified gateway only when the SoftConsoleneeds to access the console system over the extranet and when the SBC is deployed in theeSpace UC solution.

Step7. Click Save.

Step8. A message is displayed, prompting you to close and restart the ConsoleServer.

Step9. Click Yes.






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Step10. Double-click the ConsoleServer desktop shortcut icon to re-log in to theConsoleServer.

Step11. Check the interconnection log between the ConsoleServer and the unified gateway.

The interconnection is successful when the following run log information is displayedon the ConsoleServer page:

Task 3: Configure Agent Information

Agents can log in to the SoftConsole only after the agent information is configured on theConsoleServer.

Step1. On the ConsoleServer's menu bar, choose ControlMaintain User Info.

Step2. Click Add. The Add User window is displayed. Configure the agent Tom information.Click OK.






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Step3. Repeat step 2 to configure the agent John and supervisor Lucy information

Task 4: Install and Log In to the SoftConsole

Step1. Obtain the SoftConsole installation package SoftConsoleSetup.exe.

Step2. Double-click SoftConsoleSetup.exe and install the SoftConsole as prompted.

Step3. Selcet installer language, and click OK.

Step4. Click Next on softconsole step page.






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Step5. Choose installation path and click Next.

Step6. Complete the softconsole setup, click Finish.






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Step7. Double-click the SoftConsole shortcut icon on the desktop.

Step8. In the Login window, click Advanced.

Step9. Enter the agent user name and password, and click OK.

The SoftConsole main window is displayed.






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Task 5: Commission Procedure

Set Busy, Answer, Quick-tran operation

Step1. Attendant Tom logs in to the SoftConsole.

Step2. Click Operation-Set Busy, or click on the top right corner.

Step3. The Busy state is displayed on the menu bar.

Step4. User 7000 dials the SoftConsole access code 28887890.

Step5. User 7000 hears a busy tone and attendant Tom cannot answer the new call.

Step6. Click Operation-Set Idle

Step7. The Idle state is displayed on the menu bar. click on the top rightcorner.

Step8. User 7000 dials the SoftConsole access code 28887890. The SoftConsole displays amessage indicating that a new call reaches.






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Step9. Attendant Tom clicks Answer in the message dialog box.

Step10. Attendant Tom talks with user 7000.

Step11. Users 7001 and 7002 dial the SoftConsole access code 28887890. Users 7001 and7002 enter a queue and wait for answer. User 7001 is in front of user 7002.

Step12. Attendant Tom moves user 7002 up a place. User 7002 is in front of user 7001.

Step13. Attendant Tom clicks Hold. User 7000 is placed on hold.

Step14. Attendant Tom right-clicks 7002 and chooses Answer from the shortcut menu.Attendant Tom talks with user 7002.

Step15. Attendant John logs in to the SoftConsole.

Step16. Attendant Tom enters attendant John’s number in Please enter the callee numberand clicks Quick-trans.

Step17. Attendant John talks with user 7002.

Step18. Attendant Tom selects user 7000 in Hold and clicks Resume. Attendant Tomcontinues to talk with user 7000.






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Step19. Supervisor Lucy logs in to the SoftConsole. Supervisor C enters attendant Tom'snumber in Please enter the callee number and clicks Disconnect.

Step20. The call between attendant Tom and user 7000 ends.

Local Address BookStep1. Supervisor Lucy logs in to the SoftConsole.

Step2. In the Contact area, supervisor Lucy right-clicks SoftConsole Directory to add newcontact information..

Step3. Enter Personal Information.

Step4. If creation is successful, the attendant can view the contact information.

Step5. Select the contact and right click to call or delete.






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15 eSpace Audio Recorder

Lab 15-1 eSpace Audio Recorder

Equipment Required



• U1900;

• IP Phone;

•

PC for testing.

Learning Objectives


• Describe eSpace audio recorder components and functions;

• Install and commission eSpace audio recorder system;

• Perform basic system maintenance.

Scenario







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Data Plan

NE Information

NE IP Address Subnet Mask Gateway IP Address

Unified gateway 10.175.198.107 255.255.252.0 10.175.196.1

Recording server 10.175.198.86 255.255.252.0 10.175.196.1

Trunk plan

Parameter Planned Value

Description

Outgoing callprefix

555

The outgoing call prefix is also the recording systemaccess code and is configured on the unified gatewayside. It is recommended that the prefix be differentfrom other prefixes.

Office routeselectioncode

5This parameter can be customized based on the siterequirements.

During called number analysis, the system selects anappropriate office route and the associated circuitbased on the office route selection policy that mapsthe office route selection code contained in the prefixinformation.

Office route 5

User data plan

User Number User Permission

7000 On-demand recording and automatic recording

7001 On-demand recording and automatic recording






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Task1: Configure Recorder server

HWLogIMP configuration

Step1. Install Components

1） Open Internet Explorer, type http://IP address of the HWLog IMP server:8001 in theaddress box, and press Enter. The HWLog IMP home page is displayed.

2） If the software has been installed before, you need to restart the computer andchoose Start > All Programs > Remove HWLogIMP to remove the software, andthen do as following steps to reinstall it. Click Run in the Security Warning dialog boxthat is displayed.

3） Click Run at the bottom of the page, and click Run in the dialog box that isdisplayed.

4） Click Run in the Security Warning dialog box that is displayed.

5） Click Run. The HWLog IMP Setup dialog box is displayed.

6） Click Install. The Installation Components window is displayed.






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7） Click Install, Pop-up certificate file password dialog box, enter the password in step5,Task 5: Certificate synchronization, Lab 3-2: Install Audio Recorder, 3 ECS Application

Deployment.

8） Click Confirm, Install a security certificate to be completed.

Step2. Create a Database

1） When the component installation is complete, a new page for creating a database isdisplayed.






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2） Set parameters and click Connect. The New IMP Database dialog box is displayed.

3） New IMP Database_Options.






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4） Click Create Database. The License Type dialog box is displayed.

Trial Version License: If there is no official license, use the trial version license.

Read from The Dongle: If there is an official license, download the license from thedongle.

5） Select Read From The Dongle and click Next.






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6） Click Finish on license information page.

7） Enter user name, password and click Login, login to HWLogIMP.

Step3. Add a VMC

1） Select a user or an organization at the upper right corner and click Add VMC.






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2） Set VMC parameters on VMC information page.

3） Click OK. After the VMC is added, it is displayed in the list.

Step4. Add Voice Server






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1） On the Logger Management page, click a VMCserver that you want to add a LogServer to at the lower right corner.

2） Click Add Voice Server. The Add voice server window is displayed.

3） Click OK. The voice server is added in the VMC server list.






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4） Click Voice Basic Information, the Log Server information is shown in the mainwindow.

5） Click “ ”, the VoIP information is displayed.






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Step5. Add a Channel

1） Select Logging Channel of a voice server to add recording channels.

2） Click Add Channel. The Add new channel dialog box is displayed.






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3） Set the parameters in the Add new channel dialog box. Click OK. The recordingchannels are automatically added to the extension list.

4） Channel Setting

Extension

Select a certain extension, or click in the popup window and choose theextension sets.






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Channels

Recording

Step6. Restart Recording Services

1） After setting or updating the parameters from section Adding a VMC" to section > Adding a Channel, click Setting in effect to restart recording services.






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2） Select Restart from the drop-down list box for updated recording services, and selectConstant status or Stop for services that are not updated.

3） Click Restart. The system restarts the services.






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4） When the services are restarted, click OK.

5） Click Exit. Click Restart Services to finish the Setting in effect.

6） After finishing the restart, select Resource Monitor, if the Connect to recordersuccessful is displayed.

Configure Sip Server

Step1. On the eSpace Audio Recorder page that is displayed, choose Basic Function >Logger Management in the navigation tree on the left.

Step2. Double-click the VMC server under the organization (Huawei Technologies Co.,Ltd.). The VMC parameter list is displayed in the lower right corner of the page window.






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Step3. Click “SIP Server”, the SIP Server window is displayed.

Step4. Click Setting in effect and restart the related services. Save the setting.






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Configure the HWLog Diagnostics

Step 1. Configure the Server Side

1） Choose Start > All Programs > Huawei eSpace Audio Recorder > HWLogDiagnostics > HWLog Diagnostics-Server Side.

2） Set the email parameters, monitor parameters, heartbeat package check list,heartbeat package send list.






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3） Click Level. The Alarm Level dialog box is displayed.

4） Click Snmp. The Set Parameter dialog box is displayed.

5） Set Parameters. Click OK. The message Configuration Succeeded is displayed.

6） Click OK. In the Alarm Level dialog box that is displayed, click OK.

7） In the eSpace Audio Recorder Diagnostics-Server Side window that is displayed,click OK.

8） Click Exit.

Step 2. Configure the Configuration Side

1） Choose Start > All Programs > Huawei eSpace Audio Recorder > HWLogDiagnostics > HWLog Diagnostics-Config Side.






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The configuration server provides the following services running in the background:

• HLHardWareAlarm: checks hardware components.

• HLServiceAlarm: checks services.

• HLDataBaseAlarm: checks databases.

• HLRecordAlarm: checks Log Servers.

2） Set parameters for the HLHardWareAlarm service.

Select the HLHardWareAlarm service and click Config in the Service List area.

3） The HardWare Configuration dialog box is displayed.






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4） Set values of Max CPU Usage, Max Mem Usage, and Time Interval.

5） Set the hard disk parameters.

Select a hard disk, and click Config. The HardDisk Configuration dialog box isdisplayed.

6） Click OK to save the settings.

7） In the Prompt dialog box that is displayed, click OK. In the HardWareConfiguration dialog box, click OK.

8） Set parameters for the HLServiceAlarm service.






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Select the HLServiceAlarm service and click Config in the Service List area.

9） In the Service List dialog box, select a service and click Config.

10） Set parameters in the Service Alarm Configuration dialog box.

To remove a monitoring service or edit a monitoring service's parameters, select theservice and click Remove or Edit.

The Time Interval parameter specifies the interval for monitoring the service, inseconds. The default value is 60.






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11） The service monitoring status changes to Monitored.

12） Perform similar steps to add other services to monitor, and click OK.

13） In the Prompt dialog box that is displayed, click OK.

14） Set parameters for the HLDataBaseAlarm service.

Select the HLDataBaseAlarm service and click Config in the Service List area.






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15） Set parameters in the DataBase List dialog box. Click Add.

16） Set parameters in the DataBase Configuration dialog box that is displayed.






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17） Click Connect to check the database connection.

18） Click Save.


To remove a database or edit a database's parameters, select the database and click

Remove or Edit. Click Save.


21） Set parameters for the HLRecordAlarm service.

Select the HLRecordAlarm service and click Config in the Service List area.






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22） Click Record DataBase to configure the recording database.

23） DataBase configuration.






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24） Set parameters in the Record Configuration dialog box.

Recycle and Backup

If the difference between the last backup time and the current time exceeds the valueof BackUp Time, a backup alarm is generated. If the difference between the lastdeletion time and the current time exceeds the value of Recycle Time, a recyclealarm is generated.

Abnormal Record

In a period specified by Time Interval (for example, 10 minutes), an alarm isgenerated

if:

• The number of recordings whose duration reaches or exceeds the value ofOver-long record length reaches or exceeds the value of Over-long recordquantity.

• The number of recordings whose duration reaches or exceeds the value ofOver-short record length reaches or exceeds the value of Over-short record

quantity. Minimum Record

If the number of recordings in a recording channel is lower than the value ofMinimum Record within a period specified by Time, an alarm is generated.






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25） Click Add, and set the parameters in the Channel Configuration dialog box.

26） Click OK.

27） Click OK ,


29） Click Alarm Message in the eSpace Audio Recorder Diagnostics-ConfigSide dialog box that is displayed






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30） In the Alarm Message dialog box that is displayed, set Receiver IP and Port, andclick Local Alarm IP.

If there are multiple alarm servers, alarm messages are sent to every alarm server.

31） Click OK in the Local Alarm IP Configuration dialog box that is displayed.






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32） Click OK in the Alarm Message dialog box.


34） Click Exit.

Step 3. Configure the Client Side

1） Choose Start > All Programs > Huawei eSpace Audio Recorder > HWLogDiagnostics > HWLog Diagnostics-Client Side.

2） Set parameters in the HWLog Diagnostics-Client Side dialog box.






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3） Click Audio Config, and set parameters in the Audio Config dialog box. Click Save.

Task2: Configuration on U1900Configure the SIP Trunk That Connects the Unified Gateway to theRecording System

Step 1. Use an administrator account to log in to the web management system of a U1900series unified gateway.

Step 2. Add an office route selection code.

Choose Trunk > Office Route Configuration > Office Route Selection Code andclick Create. Set Office route selection code (for example, to 5) and click OK.

Step 3. Add an office route.

Choose Office Route Configuration > Office Route and click Create. Set Officeroute ID (for example, to 5) and Office route selection code (for example, to 5),and click OK.






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Step 4. Add an outgoing call prefix.

Choose Prefix Configuration and click Create. Set Prefix (for example, to 555),Call property to Local call, and Office route selection code (for example, to 5),and click OK.

Step 5. Configure Trunks.1） Choose Trunk > Trunk Configuration > SIP from the navigation tree. Click Add A

Peer Office in the SIP trunk configuration area. The blue icon point:0 (the peerdevice) is displayed.

2） Click point:0 or the solid line between the local office and point:0, and set theparameters according to actual situations and the parameter description on the pageas shown below.

Step 6. Configure recording access code.

1） Log in to a U1900 series unified gateway using the CLI and access the Config mode.

2） Configure 555 as recording access code.

Config Add Recording AccessCode dn 555 StartDtmf 4000 EndDtmf 4001






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Step 7. Run save to save the data.

Assign Service Rights to Users

Only the user assigned with recording right are able to record. Take 7000 as an example.

Step 1. Log in to the web management system of the U1900 as admin.

Step 2. Choose User > SIP User and click Create on the SIP User page. Select the number7000 and click Service Configuration. Select Record on demand or Auto record.

Step 3. Save the data.

Assign Conference Recording Rights to Users

To allow a user to record conferences held on the BMU, assign the conference recording rightsto the user on the BMU.


Step 2. Choose UC Account > Role, modify service rights for the user, and select Meeting

recording.

Step 3. Click OK.

Task 3: Configure IP Phones

If an eSpace 7900 series IP phone is assigned the call recording service rights, users can pressthe recording button on the IP phone to start recording calls.






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Step 1. Log in to the web management page of an eSpace 7900 series IP phone as theadmin user.

Step 2. Choose Advanced > Service Rights Management.

Step 3. Set Authorized for Call Recording to Yes.

Step 4. Click Save.

Task 4: Common Operation

Login to IMPStep 1. Double-click HWLogIMP icon.

Step 2. Input user and password (By default, they are administrator and Huawei_123),click Login.

Managing Recordings

Click Basic Functions > Records Management, the page is displayed as below.






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Records Query

Step 1. Click Records Query, and enter the search criteria in the Query Conditions page.

Step 2. Click Search.

Records Playback

To play a common recording, double-click it, or select it and click Records Playback.






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If the selected recording is an encrypted one, the Decryption Password Setting page isdisplayed.

File Export

Step 1. Select one or more (with Ctrl or Shift) recordings, click File Export. The File Exportpage is displayed.

Step 2. Set the save path, and click Export. The processing page is displayed.






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Step 3. Click OK to finish the file export.






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16 eSpace UC Routine

Maintenance

Lab 16-1 eSpace UC Routine Maintenance

Equipment Required



• U1900;

• IP Phone;

• PC for testing.

Learning Objectives


• Get CDRs;

• Perform basic system maintenance.






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Scenario

Data Plan

NE Information

NE IP Address Login

U1900 10.175.198.107 admin/admin123

CDRServer 10.175.198.138 admin/admin123

FTPS Server 10.175.198.138 admin/admin123

User Plan

User Number

User A 5005

User B 5003

Task 1: Configure U1900

Step 1. Login to a U1900 series unified gateway using the CLI and access the Config mode.






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Step 2. Enable the function of generating CDR files.

config createbill switch on

Step 3. Configure the IP address of the CDRServer for authentication.

config system billserver primaryip 10.175.198.138 protocol tls port 2021authtype authbypwd username admin password Change_Me

Step 4. Run the save command to save data.

Task 2: Configure CDRServer

Step 1. Log in to the CDRServer.

Step 2. Set the unified gateway to connect as an authenticated unified gateway.

1) Click , in the system tray of the CDRServer. The CDR Server window is displayed.2) Select CDR and click Display.

3) Choose Control > Unified Gateway Authorize, and configure the authenticationaccount and password.

By default, authentication is used when the CDRServer connects to the unifiedgateway. To ensure data transmission security, it is recommended that authenticationbe enabled. The default account is admin and the default password is Change_Me.It is recommended that you periodically change the password and use a complexpassword.






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4) Choose Control > Trusted Unified Gateway address. Enter the IP address of theunified gateway in the Unified Gateway address text box and click Add.

5) Click OK. A message is displayed, prompting you to restart the CDR service for the

configuration to take effect.

6) Click OK.

Step 3. Set the path for storing CDR files.

1) In the CDR Server window, choose CDR Console > Control call record file path.The Config call record file path dialog box is displayed.






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2) Set the CDR file path (D:\).

1. The system will automatically place the CDR files to the $\Bill\CufFile directory

(D:\Bill\CurFile in this example). The variable $ is the CDR file path you have set.

2. When the unified gateway has any call services, the system automatically generates

D:\BillL\CurFile and D:\Bak\CurFile directories on the CDRServer.

a) The BMU periodically obtains CDR files from the D:\BillL\CurFile directory. Theparameter of how often the BMU obtains CDR files from that directory isconfigured on the BMU.

b) The D:\Bak\CurFile directory stores backup CDR files.

3) Click OK.

Step 4. Restart the CDRServer.

1) Close the CDR Server CDR-Running window.

2) In the CDR Server window, click Exit to exit the CDRServer.






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3) Double-click to start the CDRServer.

Step 5. Install and configure the FTP or FTPS service on the CDRServer.

Task 3: Install and Configure the FTP or FTPS ServicePrerequisite

You can prepare the FTP or FTPS software yourself or download the latest FTPServer and JREinstallation packages from official websites.

FTPServer installation package, for example, ftpserver-1.0.6.zip of the Apache FtpServer1.0.6 Release

http://mina.apache.org/ftpserver-project/downloads.html

The FTP and FTPS services use the same FTPServer installation package. The FTPservice is differentiated from the FTPS service by means of parameter configuration inthe configuration file. For details about the parameters, see the FTPServer serverparameters.

JRE installation package of the Windows x86 Offline version, for example, jre-7u55-windows-i586.exe

http://www.oracle.com/technetwork/java/javase/downloads/jre8-downloads-2133155.html

The FTPServer is a 32-bit software, so a 32-bit JRE installation package must be used.The Windows 2008 Server is compatible with 32-bit software.

Step 1. Install the JRE.

1） Run jre-7u55-windows-i586.exe.

2） Right-click Computer and choose Properties from the shortcut menu. In the dialogbox that is displayed, choose Advanced system settings. In the dialog box that isdisplayed, click Environment Variables. In the dialog box that is displayed, set thefollowing environment variables:

Set JAVA_HOME to the JRE installation path, for example, C:\Program Files (x86)\Java\jre7.

Add the value %JAVA_HOME%\lib; for ClassPath and separate the value from the previous

value with a semicolon (;), for example, XXX;%JAVA_HOME%\lib.

Add the value %JAVA_HOME%\bin; for Path and separate the value from the previous value

with a semicolon (;), for example, XXX;%JAVA_HOME%\bin.

If JAVA_HOME, ClassPath, and Path do not exist, add these parameters first. If theparameters exist, ensure that the parameters are correctly configured.

Step 2. Decompress the FTPServer installation package ftpserver-1.0.6.zip .For exampleD:\apache-ftpserver-1.0.6.

Step 3. Set FTPServer server parameters.






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Go to \apache-ftpserver-1.0.6\res\conf and add or modify the following informationin bold in the ftpd-typical.xml file:

Step 4. Set FTPServer user parameters.

Go to apache-ftpserver-1.0.6\res\conf and modify the following information in bold in theusers.properties file:

Step 5. Install the ftpd service.

1） In the CMD window, go to apache-ftpserver-1.0.6\bin . For exampleD:\apache-ftpserver-1.0.6\bin .

cd /d D:\apache-ftpserver-1.0.6\bin

2） Install the ftpd service.

service.bat install ftpd .\res\conf\ftpd-typical.xml

Step 6. Start the ftpd service.

net start ftpd

If the ftpd service is successfully started, the system displays the followinginformation.

D:\apache-ftpserver-1.0.6\bin>net start ftpd






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Apache FtpServer ftpd 服务正在启动 ...

Apache FtpServer ftpd 服务已经启动成功。

Step 7. Enable the function of automatically starting the ftpd service upon the server startup.

After the configuration, ensure that the FTP/FTPS service is started upon the serverstartup.

1） Right-click Computer and choose Manage from the shortcut menu. In the windowthat is displayed, expand Services and Applications and click Services.

2） Right-click Apache FtpServer ftpd and choose Properties from the shortcut menu.In the window that is displayed, set Startup type to Automatic and click OK.

Task 4: Configure the BMUTo allow users to view CDRs on the BMU, configure the CDRServer on the BMU side.






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Step 2. Choose Functions Maintenance > CDR Configuration. The CDR Configuration page isdisplayed.

Step 3. Configure CDR information.

Step 4. Click Connect.

Step 5. Click OK.

Verification

Operation Expected Result

1. User A call user B. User B's phone rings.

2. User B answer the phone. User A talks with user B.

3. User A or user B hangs up. The call ends.

4. Go to the directory where the CDR filesare stored, for example,D:\Bill\CurFile\192.168.1.20\20140403.

An access to the directory is successful. Underthis directory, you can see the CDR filegenerated for the call between user A and userB, for example, XXX .bill.tmp or XXX .bill ( XXX being a variable).

5. Log in to the BMU as the admin user,choose Statistics Search > Call Record,and query CDRs of user B.

User B's CDR for this call is displayed.






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17 AR Voice System

Maintenance and Troubleshooting

Lab 17-1 AR Voice System Maintenance andTroubleshooting

Equipment Required


Learning Objectives


• Status query of AR voice feature;

• Statistics query of AR voice feature;

• Fault location and solution of AR voice feature.

Task 1

Questions

1. Single Choice. In a scenario where the AR provides the local regeneration function, a

call fails. During the fault locating process, to identify the calling and called numberinformation before and after the number change, obtain the debugging informationof the ( ) module.

A. CCM

B. Innertrace

C. sipmsg

D. dss1

2. Multiple Choices. The AR router on a branch node is in local regeneration state.When user A on the PSTN dials the long number of user B on the AR router, the call

connection fails. Which of the following measures can be used to troubleshoot thefault?






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A. Use another user on the AR router to dial the long number of user B.

B. User A dials the long number of another user on the AR router.

C. User A dials the short number of user B.

D. User B calls user A in the PSTN.






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18 eSpace UC SystemTroubleshooting

Lab 18-1 eSpace UC System Troubleshooting

Equipment Required


Learning Objectives


• Understand the troubleshooting process.

• Collect and analyze various types of fault reference information.

• Diagnose common system faults.

• Rectify common faults.

Task 1

Questions

1. Multiple Choices. A U1960 gateway fails to be added on the BMU. Which of thefollowing are possible causes?

A. The U1960 IP address is incorrect.

B. The BMU version is incompatible with the U1960 version.

C. The U1960 has been connected to another BMU.

D. No official license is loaded for the BMU.

2. Single Choice. What are NOT the possible causes when an eSpace client in usesuddenly goes offline?

A. The eSpace server encounters exceptions.

B. The unified gateway encounters exceptions.

C. The firewall blocks port 8011 of the eSpace server.






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D. The network between the PC where eSpace client is installed and the eSpaceserver is unstable.

Glossary

AAA Authentication Authorization and Accounting

AG Access Gateway

AMG Access Media Gateway

AN Access Network

ARP Address Resolution Protocol

ASN.1 Abstract Syntax Notation One

ATU Analog Trunk Unit

B2BUA Back-to-Back User Agent

BHCA Busy Hour Call Attempts

BHCC Busy Hour Call Completion

BMU Business Management Unit

BRA Basic Rate Access

CAS Channel Associated Signaling

CDR Call Detail Record

Centrex Central Office Exchange Service

CIC Circuit Identification CodeCID Caller Identification Display

CKI Clock Interface Unit

CLI Command Line Interface

CODEC Coder-decoder

CP Conference Peripheral

CRC Cyclic Redundancy Check

DDI Direct-Dialing-In

DPC Destination Point Code






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DSP Digital Signal Processing

DSS1 Digital Subscriber Signaling No.1

DTMF Dual-Tone Multifrequency

DTU Digital Trunk Unit

EC Echo Canceller

EMC Electromagnetic Compatibility

EMS Element Management System

ESD Electro Static Discharge

FE Fast Ethernet

FSK Frequency Shift Keying

FP Fax Peripheral

FTP File Transfer Protocol

FXO Foreign Exchange Office

FXS Foreign Exchange Station

GK Gatekeeper

GUI Graphical User Interface

GW GateWay

IAD Integrated Access Device

LED Light Emitting Diode

IETF Internet Engineering Task Force

iLBC Internet Low Bitrate Codec

IP Internet Protocol

ISDN Integrated Services Digital Network

ISUP ISDN User Part

ITU-TInternational Telecommunication Union -

Telecommunication Standardization SectorIVR Interactive Voice Response

L

LAN Local Area Network

LDAP Lightweight Directory Access Protocol

M2PA MTP2-User Peer-to-Peer Adaptation Layer

M2UAMessage Transfer Part 2 (MTP2)-User Adaptation

Layer

M3UA Message Transfer Part 3 (MTP3)-User AdaptationLayer






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MAC Media Access Control

MCU Multipoint Control Unit

MG Media Gateway

MGC Media Gateway Controller

MGCP Media Gateway Control Protocol

MOS Mean Opinion Score

MRS Media Resource Server

MTBF Mean Time Between Failures

MTP Message Transfer Part

NAT Network Address Translation

NGN Next Generation Network

NMS Network management System

OAM Operation Administration and Maintenance

OMU Operation and Maintenance Unit

OPC Originating Point Code

OpenEye －

PBX Private Branch Exchange

PRA Primary Rate AccessPRI Primary Rate Interface

PGND protection ground

POTS Plain Old Telephone Service

PSTN Public Switched Telephone Network

RADIUS Remote Authentication Dial-In User Service

RAS Registration, Admission and Status

RFA Remote Fail Alarm

RFC Requirement for Comments

RH Relative Humidity

RTCP Real-time Transport Control Protocol

RTP Real-time Transport Protocol

SAU Signaling Access Unit

SCCP Signaling Connection Control Part

SCE Service Creation Environment






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SCN Switched Circuit Network

SCP Service Control Point

SCTP Stream Control Transmission Protocol

SDH Synchronous Digital Hierarchy

SG Signaling Gateway

SIGTRAN Signaling Transport

SIP Session Initiation Protocol

SLC Signaling Link Code

SLS Signaling Link Selection Code

SMS Service Management System

SMTP Simple Mail Transfer Protocol

SNMP Simple Network Management Protocol

SNTP Network Time Protocol

SOAP Simple Object Access Protocol

SoftSwitch －

SP Signaling Point

SS7 Signaling System No.7

SSN Sub-System NumberSSP Service Switching Point

STP Signaling Transfer Point

STUNSimple Traversal of UDP Through Network

Address Translators

TCAP Transaction Capabilities Application Part

TCP Transport Control Protocol

TFTP Trivial File Transfer

TDM Time Division Mulitiplex(ing)

TMG Trunk Media Gateway

TTS Text To Speech

TUP Telephone User Part

UA User Agent

UDP User Datagram Protocol

UEP User Extension Port

UMG Universal Media Gateway

UMS Unified Message System




URL Uniform Resource Locators

VLAN Virtual Local Area Network

VoIP Voice Over IP

VP Voice Peripheral

VPN Virtual Private Network

VU Virtual User

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