Applying software updates: Notes : In multiple Controller environments, select and update a single Controller. Then verify the updates installed successfully. Then update the remaining Controllers. There is no binding order in which to apply the component hotfixes, and no restart is necessary in between hotfixes.
Select the Controller you want to update and apply the individual component hotfixes to it. Verify successful update: Check the Install and Event Logs for information about any install failure. If you notice any install errors, do not proceed with the upgrade. Contact Citrix Support immediately for assistance. Note : At this stage, a multiple Controller Site is not affected overall except for the individual Controller on which the install failure occurred. If you do not observe any install error on the first Controller, reopen Citrix Studio to repeat Step 2.
Repeat Steps 5 and 7 for each remaining Controller. Note : This completes the Controller update if the update does not include a DBschema upgrade. Upgrading the DBschema required if the hotfix documentation indicates that the update modifies the DBschema : Caution : This procedure is irreversible after you perform the DBschema upgrade unless you restore the databases from the backup and rebuild the Controller.
Notes : During a database upgrade, Controllers cannot broker new connections for the Site, so plan carefully. Whether you have a single or multi-controller site, the general process involves upgrading your license server, your workers VDAs , and Controller software. After that, you will need to use Studio to upgrade the database schema and register services on your updated Controllers.
Disable configuration logging and citrix monitoring in all delivery controllers would help to disable write anything to database. You wont be get any logging data during the time. You can give DB permission to your account when you are upgrading the controller or you can create a service account for during the upgrade with database rights. If you already service account configured for controller ,use run as that account during the installation.
Always plan for an outage window for your upgrade. It's a small window but it should be planned and communicated. I also suggest trying not to switch between too many accounts with the different functions - get the DBA to elevate your rights so you can drive, or give them the scripts to run and you sit with with them - too many chefs make a mess.
This is more in the direction of what I am looking for — a little more explaining beyond the surface of upgrade your controller, then studio then DB. So thank you. This upgrade will be performed at a health organization, so yeah, there goes our perfect world. Even with communication, having everyone, gracefully, off the system is going to be unlikely — but bet your bottom dollar the maintenance window will be communicated.
I get that we take a site DB backup before hand and I get that we schedule a downtime window just in case. I tend to agree. From Christo's link, there is a brief sentence that says: The upgrade of the database schema begins, executes a few tests and completes them which is OK You could back track through the SQL scripts to see exactly how the process works from a DB perspective I am not a SQL guy but i know that controller services are disabled during the upgrade, then re-enabled post to protect the DB.
You won't be able to establish sessions during the upgrade window from a DB perspective, however existing should continue to work usually - you will have a small window of last statistics etc but you wont touch the other DB's.
Assume we have two controller. So Obviously, we used to go for upgrade on First Controller. Stop all Citrix services from both Controller. Install Citrix Provisioning software. Pre-installation tasks. Network components. Install the Citrix Provisioning server component. Running the configuration wizard silently. Install the Citrix Provisioning console component.
Preparing a master target device for imaging. Using the Imaging Wizard to create a new vDisk. Device collections. Target devices. Getting the bootstrap file. Using the Manage Boot Devices utility.
Streaming Linux target devices. About SAN policies. Using the Status Tray on a target device. Using the Export Devices Wizard. Citrix Provisioning Accelerator. UEFI pre-boot environments. Citrix Provisioning managed by Citrix Cloud. Support for multiple zones in the catalog creation process. Selecting the write cache destination for standard vDisk images.
Support for replicated vDisk storage. Exporting and importing vDisks. Releasing vDisk locks. Copying and pasting vDisk properties. Adding existing vDisks to a pool or store. Backing up a vDisk.
Viewing vDisk usage. Deleting cache on a difference disk. Assigning vDisks and versions to target devices. Updating vDisks. Retiring or deleting vDisks. Troubleshooting vDisks. Administrative roles. Advanced concepts. SQL basic availability groups. Storage migration within the same host. Managing for highly available implementations. Offline database support. Database mirroring.
Provisioning server failover. Configuring for high availability with shared storage. Configuring the boot file for high availability. CIS problem reporting. Migrate VM to a new XenServer. Document History. Aviso legal. Este texto foi traduzido automaticamente.
Este artigo foi traduzido automaticamente. This article explains how to move your Citrix Provisioning workloads to the Azure Cloud, using the same provisioning tools and policies as you use with on-premises hypervisors. You can integrate with the Citrix Virtual Apps and Desktops Service using the same tools that you already know. Installing Citrix Provisioning in your Azure subscription is the same as installing it in an on-premises provisioning farm.
The export wizard lets you create and update catalogs in the Citrix Virtual Apps and Desktops Service from manually provisioned targets. Create a master VM in Azure to act as the source of the virtual disk vDisk to be used by the provisioning server.
Create a vDisk from an Azure master VM and update it using either provisioning versioning, or reverse imaging. See Citrix IPS. Integrating with an on-premises forest by installing domain controller VMs in Azure and connecting them to the on-premises forest through an ExpressRoute connection. Implementing a standalone Active Directory domain in Azure by installing and configuring domain controller VMs in Azure. You can synchronize your on-premises forest with your Azure AD tenant using AD Connect to provide a fully integrated solution.
This high-level architecture diagram shows the components that are either required or recommended to set up Citrix Provisioning on Azure. The Citrix Provisioning Server does not manage power for Azure target VMs although targets can be manually turned on and off from the provisioning console.
The Broker initiates power management by talking directly to Azure. As the VM boots, it streams the boot disk from the virtual disk maintained by the Citrix Provisioning Server. You can make the classic Active Directory available on Azure in one of the ways as described in Set up Active Directory.
You can use local storage on the server VM and manage replication of vDisks between servers yourself. It is only supported for access in the same region as the provisioning server. Receiver 4.
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