DPX 4.11 Guide
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  • Welcome to DPX!
  • Introduction
    • About DPX
  • Installation and Configuration
    • How to Start – Basic Configuration
      • Protocols Used for Backup and Restore Data Transfer
    • DPX Master Server
      • Deploying DPX with VMware vSphere
        • Auxiliary Tasks for VMware Deployment
      • Deploying DPX with Microsoft Hyper-V
        • Auxiliary Tasks for Hyper-V Deployment
      • DPX Master Server Interface
      • Connecting to DPX Master Server via SSH
      • Configuration
    • DPX Client
      • DPX Client for Microsoft Windows
        • Requirements
        • Installation
        • How to Uninstall
      • DPX Client for Linux
        • Requirements
        • Installation
        • How to Uninstall
      • Automated Deployment of DPX Client
      • Further Actions with DPX Client
    • DPX Proxy Server
      • Deploying DPX Proxy Server for VMware
      • DPX Proxy Server Web Interface
    • DPX Hyper-V Agent
    • Nodes
      • Adding a Client Node to the Master Server during Client Deployment
      • Adding a Client Node from the Master Server Level
      • Adding a vStor Storage Node
      • Adding a Configured Hyper-V Host as a DPX Node
      • Adding Other Node Types to the Master Server
      • Adding a Node Group
    • Devices
      • Adding a Device Cluster
      • Adding a Device
      • Adding a Tape Library
      • Adding a Tape Library Device
    • Media
      • Adding a Media Pool
      • Adding Media Volumes
    • Tape Libraries
      • Tape Library Deployment
      • Tape Library Setup
      • Manual Tape Library Installation
      • Tape Library Verification
      • Manual Tape Library Configuration
      • Setting up LTO Tape Drives for Hardware Encryption
        • Assigning and Unassigning Media to/from Tape Library Slots
    • User Configuration
      • Configure Administrators Window
    • Other Components of the DPX Suite
  • Storage
    • Backup Destinations
    • Tape Storage
    • vStor
    • Disk Directory
    • NetApp
      • NetApp SnapVault Management
        • Terminology for NetApp SnapVault Management
        • NetApp SnapVault Management Setup and Configuration
    • Cloud Storage
      • Registering AWS S3 Cloud Storage
      • Registering a Generic Cloud Storage
  • Backup
    • Introduction and Backup Types
    • File Backup
      • Creating a File Backup Job
        • Job Source Options for File Backup
        • Job Destination Options for File Backup
        • Other Job Options for File Backup
      • Editing a File Backup Job
      • Scheduling a File Backup Job
    • Block Backup
      • Prerequisites
      • Creating a Block Backup Job
        • Job Options for Block Backup
      • Editing a Block Backup Job
      • Scheduling a Block Backup Job
      • Forcing a Base Backup
      • Backing up System State
      • Backing up System Table
      • NetApp SnapVault Management Backup
    • Application Backup
      • Microsoft SQL Server Backup
        • Creating a Microsoft SQL Server Backup Job
        • AlwaysOn Database Backup
      • Microsoft Exchange Server Backup
        • Creating a Microsoft Exchange Server Backup Job
      • Microsoft SharePoint Server Backup
        • SharePoint Installation and Configuration Requirements
        • Creating a Microsoft SharePoint Server Backup Job
      • SAP HANA Backup
      • Oracle Database Backup
        • Creating an Oracle Database Backup Job
      • OpenText GroupWise Backup
        • Creating a GroupWise Backup Job
    • Bare Metal Recovery (BMR) Backup
      • Creating a BMR Backup Job
    • Catalog Backup
      • General Considerations
      • Creating a Catalog Backup Job
        • Job Options for Catalog Backup
      • Editing a Catalog Backup Job
      • Scheduling a Catalog Backup Job
    • NDMP Backup (desktop interface only)
      • Prerequisites
      • Creating an NDMP Backup Job
        • Job Source Options for NDMP Backup
        • Job Destination Options for NDMP Backup
        • Other Job Options for NDMP Backup
      • Editing an NDMP Backup Job
      • Scheduling an NDMP Backup Job
    • Image Backup (desktop interface only)
      • Creating an Image Backup Job
      • Editing an Image Backup Job
      • Scheduling an Image Backup Job
    • Agentless Backup for VMware and Hyper-V
      • Agentless Backup for VMware
        • Agentless Backup for VMware Complements Block Data Protection
        • Agentless VMware Backup Architecture and Data Flow
        • Environmental Requirements for Agentless VMware Backup
        • Best Practices for Agentless VMware Backup
        • Creating an Agentless VMware Backup Job
          • Job Source Options for Agentless VMware Backup
          • Other Job Options for Agentless VMware Backup
        • Editing an Agentless VMware Backup Job
        • Scheduling a VMware Backup Job
        • Application-Consistent Protection
        • Architecture and Data Flow
      • Agentless Backup for Microsoft Hyper-V
        • Creating a Hyper-V Backup Job
        • Editing a Hyper-V Backup Job
        • Scheduling a Hyper-V Backup Job
    • Differential and Incremental Backups
    • Archive
      • Creating an Archive Job for Block Backup
      • Creating an Agentless VMware Archive Job
  • Restore
    • Introduction and Restore Modes
    • Restore Modes in the Web Interface
      • Full VM Restore for VMware
      • Full VM Restore for Hyper-V
      • Instant VM Restore
      • Multi-VM Restore 🆕
        • Job Options for Multi-VM Restore
        • Advanced Filters
      • Agentless File Restore
      • File Restore from Block Backup
        • Advanced Job Options
      • Instant Access
      • Virtualization
      • Application Restore
        • Microsoft SQL Server Restore
        • Microsoft Exchange Server Restore
        • Microsoft Sharepoint Server Restore
        • Oracle Database Restore
        • OpenText GroupWise Restore
      • File Restore from File Backup
        • Job Options for File Restore from File Backup
    • Restore Modes in the Desktop Interface
      • File Restore
        • Creating a File Restore Job
      • Image Restore
        • Creating an Image Restore Job
      • NDMP Restore
        • Creating an NDMP Restore Job
      • Block Restore
        • Creating a Block Restore Job
          • Block Restore Job Options
        • Specifying Mount Points
        • Restoring Block Data with Instant Access
        • Restoring BMR Data with Virtualization
        • NetApp SnapVault Management Restore
      • Agentless VMware Restore
        • Creating an Agentless VMware Restore Job
          • Agentless VMware Restore Job Operations
        • Rapid Return to Production (RRP)
      • Tape Restore
        • Creating a Tape Restore Job
      • Application Restore
      • Scheduling a Restore Job in the Desktop Interface
        • Previewing Scheduled Jobs in the Desktop Interface
      • Restore Job Source Options
    • Catalog Restore
      • Creating a Catalog Restore Job
    • Bare Metal Recovery (BMR) Restore
    • Recovering Archived Backups
      • Recovering a VMware Archive
  • Web Interface
    • Log-in Page
    • Dashboard
    • Job Monitor
    • Job Manager
    • Schedule Overview
    • Reports
      • Reports Templates
    • Nodes
    • Devices & Pools
    • Events
    • Configuring Enterprise Information
    • Configuring Custom SSL Certificates
  • Desktop Interface
    • Connect to DPX Window
    • Main Window
    • Common Menu Bar Options
    • Function Tabs Desktop Interface
      • Backup Tab
      • Restore Tab
      • Monitor Jobs Tab
      • Control Devices Tab
      • Reports Tab
      • Catalog Tab
      • Copy Tab
      • Manage Tapes Tab
      • Configure Tab
      • [Legacy] Analytics Tab
    • Common Function Window Tasks
    • Configuring Parameters
    • Configuring the Enterprises
      • Editing an Enterprise Configuration
      • Configuring Devices
  • BARE METAL RECOVERY
    • Bare Metal Recovery Overview
    • Bare Metal Recovery for Windows
    • Bare Metal Recovery for Linux
    • Recovery from a Replicated or Alternate Data Resource
  • MAINTENANCE
    • Condense
      • Starting a Condense Job
      • Scheduling a Condense Job (desktop interface only)
    • Job-Related Information
      • Job Return Codes
      • Job Status and Available Actions
    • Collecting Logs
    • Getting Node Information
    • File Exclusion Rules
    • Managing Licenses
    • Pre-Scripts and Post-Scripts
    • Updating DPX
      • Command Line Update
      • Online Autoupdate Method
      • Offline Autoupdate Method
  • Miscellaneous
    • Configuring Keyrings
      • Adding a Keyring
      • Adding a Key
    • SNMP Interface
    • Troubleshooting
      • Troubleshooting Unsuccessful Multi-VM Restore Cleanup
      • Troubleshooting Installation of the Catalogic DPX Client on UNIX and UNIX-like Systems
      • Managing the CMAgent Service
    • Technical Support
    • Terminology
    • Acronyms
    • Default Ports
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  • GroupWise Backups and Restores – General Considerations
  • Micro Focus Verification Utilities
  • GroupWise and DPX
  • GroupWise Structure
  1. Backup
  2. Application Backup

OpenText GroupWise Backup

PreviousCreating an Oracle Database Backup JobNextCreating a GroupWise Backup Job

Last updated 4 months ago

DPX supports backups and restores of OpenText GroupWise in a non-clustered environment. When you install a client on an OpenText Open Enterprise Server (OES) machine that GroupWise runs on, the GroupWise disks will be viewable in DPX.

The following is an extract from a File Backup window of a node that is running GroupWise 2014. This depicts a minimal GroupWise environment containing one GroupWise domain and one GroupWise post office. Additional GroupWise components would appear as additional volumes on the File Backup window. Note that the display may be different for other versions of GroupWise.

DPX supports GroupWise through the Target Service Agents (TSAs) recommended by OpenText for each OpenText and GroupWise platform. For more information on recommended TSAs and their required switches and flags, see the .

DPX supports GroupWise and OES as supported by OpenText. If you are using OpenText or Micro Focus software no longer supported by OpenText, our Technical Support assistance may be limited for functions dependent on that software. To address certain issues, the analyst may recommend you upgrade the relevant OpenText software.

For information about OpenText or GroupWise verification utilities, refer to your Micro Focus or GroupWise documentation.

GroupWise Backups and Restores – General Considerations

To define backups and restores of GroupWise components, use the web or desktop interface just as you would for any simple backup or restore.

The following capabilities apply to backup and restore of GroupWise components:

Domain (DOM)

DPX has the ability to back up the entire GroupWise domain structure. DPX can restore entire domains or individual files to their original location or to an alternate location.

Post Offices (PO)

DPX can back up entire post offices or individual files within a post office. DPX can restore entire post offices or individual files to their original location or to an alternate location.

Documentation Management Services (DMS)

DPX can perform backups at the library level or at the file level. DPX can restore entire libraries or individual files to their original location or to an alternate location.

Binary Large Object (BLB)

Binary large objects (blobs) are the database structures for storing message attachments and DMS documents. Binary large objects may be stored separately from the post office. DPX can perform backups of GroupWise binary large objects and can restore entire binary large objects to their original location or to an alternate location.

When restoring any files or components involving a GroupWise domain, including GroupWise post offices, you may need to bring down the MTAs, the POAs, the Micro Focus user interface, and Micro Focus Web Access. However, GroupWise DMS restores can occur while those agents are running.

Micro Focus Verification Utilities

To test basic backups on OES Linux, use the nbackup utility. To test the TSAFS connection on OES Linux, use the de utility. The de utility might not be included in a standard OpenText installation, but it can be acquired from OpenText.

GroupWise and DPX

Note. The discussions in the remainder of this chapter reflect GroupWise 7.0. They may be different in some details from other versions of GroupWise.

GroupWise Structure

The following is a brief overview of GroupWise logical and physical layouts.

Each NDS tree in a network can have an associated GroupWise system. At a minimum, the GroupWise system has a primary domain and a post office. Like NDS, the logical framework of GroupWise is hierarchical, with GroupWise domains at the top level, post offices underneath, and libraries defined within the post offices. Further, storage areas can be created for libraries that store library documents in an area other than underneath the post office.

There is also a physical layout of a GroupWise system. GroupWise is flexible enough to allow each GroupWise system process to reside on a separate server. In most organizations, each post office has its dedicated server. Thus, a system with 3 domains, 6 post offices and 6 libraries (3 with separate storage areas) can involve 18 different servers. Additional servers may be used to house various gateway processes, but that is beyond the scope of DPX documentation (most gateways do not need to be restored, even in a disaster recovery scenario).

GroupWise services can be mixed and matched as well. For instance, on a server containing one domain and two post offices, one of the post offices may not be defined in that particular domain. However, Micro Focus strongly recommends that you run only one post office agent per server. It will be rare for more than one post office to run on a given server.

The following represents a typical GroupWise service scenario:

Server
GroupWise Service(s)

GWServer1

GWDom1 and GWDom2

GWServer2

GWPO1

GWServer3

GWPO2

GWServer4

GWPO3

GWServer5

GWPO4

GWServer6

Storage areas for GWPO4 Library2

Usually, gateways appear under their own domains (logically) and on one server (physically).

For GroupWise resources, there is an NDS/system name for a resource, and a corresponding top-level directory. On the windows, the GroupWise resource is shown as [resource_type]directory_name: or numeric_prefix[resource_type]:, depending on GroupWise versions.

DPX supports GroupWise through the Target Service Agents (TSAs) recommended by OpenText for each GroupWise platform. As a general rule, the following TSAs support the functionality described.

  • TSANDS, when running, allows the treename and Schema resources to be shown.

  • TSAFS, when running, allows the server volumes to be shown.

  • TSAFSGW, when running, allows GroupWise Domain and Post Office volumes to be shown. Note that TSAFSGW does not apply to GroupWise 2012 and later.

  • GroupWise 2014 and GroupWise 2012 SP3 have been qualified for DPX with OES 11 SP2 x64.

The information in the remainder of this chapter assumes the reader has a strong grasp of OpenText GroupWise, including post offices, domains, libraries, and storage areas. A list of files needed for complete backup of these components can be found in the GroupWise Administration Guide available at . The reader is also assumed to have an understanding of GroupWise startup files.

http://www.Micro Focus.com/documentation
GroupWise Administration Guide