Ap Backup Image Version Matches Controller. No Download Activate Backup LINK

If the versions do not match, the access point compares the version of the backup image and if they match, the access point swaps the primary and backup images and reloads and subsequently joins the controller.

However, the "reset system in X image swap reset-aps save-config" is telling the WLC and APs to swap their image. So the AP will correctly set the new preimage image as its primary, but since the WLC already had the new image as its default, its going to swap over to the backup image. After a reboot, I believe you'll find yourself with a WLC back on your original image since you told the WLC to swap images.

Ap Backup Image Version Matches Controller. No Download Activate Backup

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There is very much a possibility that I don't know what I'm talking about, but I'm pretty sure the commands listed are assuming you have set your controller to use the backup image by default after you install the new image....

Velero supports backing up and restoring Kubernetes volumes using a free open-source backup tool called restic. This support is considered beta quality. Please see the list of limitations to understand if it fits your use case.

Velero uses a helper init container when performing a Restic restore. By default, the image for this container is velero/velero-restic-restore-helper:,where VERSION matches the version/tag of the main Velero image. You can customize the image that is used for this helper by creating a ConfigMap in the Velero namespace withthe alternate image.

PodVolumeBackup - represents a Restic backup of a volume in a pod. The main Velero backup process createsone or more of these when it finds an annotated pod. Each node in the cluster runs a controller for thisresource (in a daemonset) that handles the PodVolumeBackups for pods on that node. The controller executesrestic backup commands to backup pod volume data.

PodVolumeRestore - represents a Restic restore of a pod volume. The main Velero restore process creates oneor more of these when it encounters a pod that has associated Restic backups. Each node in the cluster runs acontroller for this resource (in the same daemonset as above) that handles the PodVolumeRestores for podson that node. The controller executes restic restore commands to restore pod volume data.

Data managed by Tableau Server: consists of the Tableau PostgreSQL database or repository, and File Store, which contains workbook and user metadata, data extract files, and site configuration data. When you use TSM to create a backup, all of this data is saved in a single file with a .tsbak extension. This data is backed up with the tsm maintenance backup command.

You can only restore from a backup that has the same type of identity store as the running server.For example, a backup from a server using local authentication can be restored to a Tableau Server initialized with local authentication, but a backup from a server using Active Directory authentication cannot be restored to a server initialized with local authentication.

Important: If you perform Blue/Green upgrades or manually upgrade Tableau Server 2021.4 (or earlier) using the tsm maintenance (backup and restore) method, you must enable legacy-identity-mode before you can restore to Tableau Server 2022.1 (or later). For more information, see Troubleshoot Issues with the Identity Migration.

Configuration and Topology data: includes most of the server configuration information required to fully recover a server. SMTP, alerting, some authentication assets, are all examples of configuration data that are exportable for backup. Topology data defines how your Tableau Server processes are configured in both single-server and multiple node deployments. Configuration and topology data is backed up with the tsm settings export command.

Some configuration data is not included in the tsm settings export command and must therefore be documented and restored manually. The following configuration data is excluded from the tsm settings export operation. Your backup maintenance process should include documenting the following Tableau Server configuration data:

When backing up Tableau Server on Windows to a network drive, the Machine account must have write access to the network share where the backup files are written (this is not normally the case and you are responsible for configuring this if you want to back the server up to a network share).

For more information about where backup files are written, and how to change that location, see tsm File Paths. Note: Even when you change the backup location, the backup process uses a temporary location in the data directory to assemble the backup file.

When you use tsm maintenance restore to restore your Tableau data, data extract files and the contents of the PostgreSQL database are overwritten with the content in the backupfile (.tsbak). If you are running a distributed installation of Tableau Server, perform the restore on the node running the TSM Controller (this is usually the initial node).

Applications can often be deployed using non-shared storage (e.g.,local SSDs) or on systems where K10 does not currently support theunderlying storage provider. To protect data in these scenarios, K10with Kanister provides you with the ability to addfunctionality for backup, restore, and migration of application datawith minimal modifications. This can be done in an efficient andtransparent manner.

K10 implements a Mutating Webhook Server which mutates workloadobjects by injecting a Kanister sidecar into the workload when theworkload is created. The Mutating Webhook Server also adds thek10.kasten.io/forcegenericbackup annotation to the targetedworkloads to enforce generic backup. By default, the sidecar injectionfeature is disabled. To enable this feature, the following optionsneed to be used when installing K10 via the Helm chart:

Note that a backup operation can take up to 800 MB of memory forsome larger workloads. To ensure the pod containing the kanister-sidecaris scheduled on a node with sufficient memory for a particularly intensiveworkload, you can add a resource request to the container definition.

The below section provides a complete end-to-end example of how toextend your application to support generic backup and restore. A dummyapplication is used below but it should be straightforward to extendthis example.

The following specification contains a complete example of how toexercise generic backup and restore functionality. It consists of a anapplication Deployment that use a Persistent Volume Claim (mountedinternally at /data) for storing data.

Generic storage backup and restore workflows are notcompatible with immutable backups location profiles.Immutable backups enabled location profiles can be used with theseworkflows, but will be treated as a non-immutability-enabled profile:the protection period will be ignored, and no point-in-time restorefunctionality will be provided. Please note that use of an object-lockingbucket for such cases can amplify storage usage without any additionalbenefit.

If you have another iPhone, iPad, or iPod touch with iOS 11, iPadOS 13, or later, you can use Quick Start to automatically set up your new device. Bring the two devices close together, then follow the onscreen instructions to securely copy many of your settings, preferences, and iCloud Keychain. You can then restore the rest of your data and content to your new device from your iCloud backup.

Periodic backup of the Avi Vantage configuration database is recommended. This database defines all clouds, all virtual services, all users, and so on. Any user capable of logging into the admin tenant is authorized to perform a backup of the entire configuration, i.e., of all tenants. A restore operation spans all the same entities, but can only be performed by the administrator(s) capable of logging into one of the Controllers using SSH or SCP.

It is a best practice to store backups in a safe, external location, in the unlikely event that a disaster destroys the entire Avi Controller (or cluster), with no possibility of remediation. Based on how often the configuration changes, a recommended backup schedule could be daily or even hourly.

Enter Passphrase and confirm the passphrase to encrypt all sensitive fields contained within the backup. Choose a phrase that is not easy to guess and guard it carefully. Data cannot be restored without the passphrase.

Enter a number ranging from 0 to 20 as the Number of Backup (On Controller). 0 is equivalent to unchecking the Local option. The oldest backup is deleted after the most recent backup successfully completes. The oldest backup is deleted after the most recent backup successfully completes.

This script imports the backup configuration onto the Avi Controller. If restoring an Avi Controller cluster, this script restores the configuration and also re-adds the other two nodes to the cluster.

Bare metal backup: Backs up operating system files and all data except user data on critical volumes. By definition, a BMR backup includes a system state backup. It provides protection when a machine won't start and you have to recover everything.

When a system state backup runs, DPM communicates with WSB to request a backup of the server's system state. By default DPM and WSB will use the drive with the most available free space, and information about this drive is saved in the PSDataSourceConfig.XML file. WSB will use this drive for backups. 006ab0faaa