Upgrade Cloud with Integrated Storage Static Servers (from 6.7)

Upgrade can be performed only on IS static compute resources without virtual servers. If any VSs are added to a compute resource, it is necessary to have at least two IS static compute resources to perform the upgrade the following way:

  1. Migrate all VSs from one compute resource to other available compute resource in the compute zone with the required capacity.
  2. Upgrade another compute resource which is now empty.
  3. Migrate VSs from the next compute resource to the upgraded compute resource.
  4. Repeat the process for all remaining compute resources.

To test the upgrade, you may first simulate the upgrade process on the test environment. For the instructions, refer to the Configuring Control Panel Environment for Simulation Purposes page. 

This guide explains how to upgrade OnApp Cloud 6.7 to 6.8 for a cloud with Integrated Storage static servers. Follow the procedure listed below in the provided order to upgrade your cloud. All the packages (Control Panel and Integrated Storage Static compute resources) must belong to the same major version to ensure the best performance of your cloud.


On this page:

Upgrade Control Panel Server

To upgrade the Control Panel server, follow the procedure at Upgrade Guide for Control Panel Server. 

Upgrade Static Compute Resources with Integrated Storage (CentOS7 KVM only)

To upgrade static compute resources with integrated storage, follow the next procedure:

  1. Download the OnApp YUM repository file:

    # rpm -Uvh http://rpm.repo.onapp.com/repo/onapp-repo-6.8.noarch.rpm

  2. Upgrade  packages:

    # yum update onapp-hv-install onapp-storage-overlay-kvm

Upgrade Backup Server with Integrated Storage (CentOS7 KVM only)


To upgrade backup servers with Integrated Storage, follow the next procedure:

  1. Download the OnApp YUM repository file:

    # rpm -Uvh http://rpm.repo.onapp.com/repo/onapp-repo-6.8.noarch.rpm

  2. Upgrade Packages:

    # yum update onapp-bk-install onapp-storage-overlay-kvm