Veritas NetBackup™ for OpenStack Administrator's Guide
- Introduction
- Deploying NetBackup for OpenStack
- Requirements
- NetBackup for OpenStack network considerations
- Existing endpoints in OpenStack
- OpenStack endpoints required by NetBackup for OpenStack
- Recommendation: Provide access to all OpenStack Endpoint types
- Backup target access required by NetBackup for OpenStack
- Example of a typical NetBackup for OpenStack network integration
- Other examples of NetBackup for OpenStack network integrations
- Preparing the installation
- Spinning up the NetBackup for OpenStack VM
- Installing NetBackup for OpenStack Components
- Installing on RHOSP
- 1. Prepare for deployment
- 2] Upload NetBackup for OpenStack puppet module
- 3] Update overcloud roles data file to include NetBackup for OpenStack services
- 4] Prepare NetBackup for OpenStack container images
- 5] Provide environment details in nbos_env.yaml
- 6] Deploy overcloud with NetBackup OpenStack environment
- 7] Verify deployment
- 8] Additional Steps on NetBackup for OpenStack Appliance
- 9] Troubleshooting for overcloud deployment failures
- Installing on RHOSP
- Configuring NetBackup for OpenStack
- Post Installation Health-Check
- Uninstalling from RHOSP
- Clean NetBackup for OpenStack Datamover API service
- Clean NetBackup for OpenStack Datamover Service
- Clean NetBackup for OpenStack haproxy resources
- Clean NetBackup for OpenStack Keystone resources
- Clean NetBackup for OpenStack database resources
- Revert overcloud deploy command
- Revert back to original RHOSP Horizon container
- Destroy the NetBackup for OpenStack VM Cluster
- Install workloadmgr CLI client
- Configuring NetBackup OpenStack Appliance
- Configuring NetBackup Master Server
- NetBackup for OpenStack policies
- Performing backups and restores of OpenStack
- About snapshots
- List of snapshots
- Creating a snapshot
- Snapshot overview
- Delete snapshots
- Snapshot Cancel
- About restores
- List of Restores
- Restores overview
- Delete a Restore
- Cancel a Restore
- One-Click Restore
- Selective Restore
- Inplace Restore
- Required restore.json for CLI
- About file search
- Navigating to the file search tab in Horizon
- Configuring and starting a file search in Horizon
- Start the File Search and retrieve the results in Horizon
- Doing a CLI File Search
- About snapshot mount
- Create a File Recovery Manager Instance
- Mounting a snapshot
- Accessing the File Recovery Manager
- Identifying mounted snapshots
- Unmounting a snapshot
- About schedulers
- Disable a schedule
- Enable a schedule
- Modify a schedule
- About email notifications
- Requirements to activate email Notifications
- Activate/Deactivate the email Notifications
- Performing Backup Administration tasks
- NBOS Backup Admin Area
- Policy Attributes
- Policy Quotas
- Managing Trusts
- Policy import and migration
- Disaster Recovery
- Example runbook for disaster recovery using NFS
- Scenario
- Prerequisites for the disaster recovery process
- Disaster recovery of a single policy
- Copy the policy directories to the configured NFS Volume
- Make the Mount-Paths available
- Reassign the policy
- Add admin-user to required domains and projects
- Discover orphaned policies from NFS-Storage of Target Cloud
- List available projects on Target Cloud in the Target Domain
- List available users on the Target Cloud in the Target Project that have the right backup trustee role
- Reassign the policy to the target project
- Verify that the policy is available at the desired target_project
- Restore the policy
- Clean up
- Disaster recovery of a complete cloud
- Reconfigure the Target NetBackup for OpenStack installation
- Make the Mount-Paths available
- Reassign the policy
- Add admin-user to required domains and projects
- Discover orphaned policies from NFS-Storage of Target Cloud
- List available projects on Target Cloud in the Target Domain
- List available users on the Target Cloud in the Target Project that have the right backup trustee role
- Reassign the policy to the target project
- Verify that the policy is available at the desired target_project
- Restore the policy
- Reconfigure the Target NetBackup for OpenStack installation back to the original one
- Clean up
- Troubleshooting
- Index
AWS S3 eventual consistency
AWS S3 object consistency model includes:
Read-after-write
Read-after-update
Read-after-delete
Each of them describes how an object reaches its consistent state after an object is created, updated, or deleted. None of them provides strong consistency and there is a lag time for an object to reach the consistent state. Though NetBackup for OpenStack employed mechanisms to work around the limitations of eventual consistency of AWS S3, when an object reaches its consistency state is not deterministic. There is no official statement from AWS on how long it takes for an object to reach consistent state. However read-after-write has a shorter time to reach the consistency compared to other IO patterns. Our solution is designed to maximize read-after-write IO pattern. The time in which an object reaches eventual consistency also depends on the AWS region. For example, aws-standard region does not have strong consistency model compared to us-east or us-west. We suggest using these regions when you create s3 buckets for NetBackup for OpenStack. Though read-after-update IO pattern is hard to avoid completely, we employed ample delays in accessing objects to accommodate larger durations for objects to get into consistent state. However in rare occasions, backups may still fail and need to be restarted.