Vmware container files

With a single application configuration in the base image or dynamically delivered by an App Volumes application package, predefined settings dynamically evaluate dozens of conditions and apply custom settings for end users. Whether setting app defaults and allowing end users to make changes or enforcing settings so the application works consistently with every use, the predefined settings feature adds a level of control not possible with FSLogix Profile Container alone.

Enable personalization for those applications that would benefit from predefined settings or self- support. Leverage the DirectFlex option so custom settings are read from and written to the network share at application start and stop. Any remaining application customizations will be persisted by the Profile Container. This tutorial demonstrated just how quickly and easily you can integrate Microsoft FSLogix Profile Container with VMware Horizon, regardless the infrastructure platform you prefer.

Besides the documents previously referenced in this tutorial, be sure to check out these learning paths, available on Digital Workspace Tech Zone :. This message will close in seconds. You are about to be redirected to the central VMware login page. FSLogix Profile Container is used to persist user data and user configuration data between nonpersistent desktop sessions. Horizon delivers a new Windows 10 image with each user session.

Horizon on vSphere uses instant clone provisioning technology. Horizon Cloud Service on Microsoft Azure automates full clone provisioning. App Volumes user-writable volumes are used to persist user-installed applications. User-writable volumes apply only to Horizon on vSphere implementations.

In this model: FSLogix Office Container is used to persist only the portions of the profile specific to Microsoft Office between nonpersistent desktop sessions. App Volumes application packages are used to manage and dynamically distribute applications.

App Volumes user-writable volumes are used to persist user-installed applications requires vSphere. Dynamic Environment Manager provides folder redirection for user data, persists user configuration data between sessions, enables IT to distribute customized, predefined application and Windows settings, and provides privilege elevation and other customized user environment settings.

Prerequisites Before beginning the exercises in this guide, verify that you have the following software and user accounts, and that you have created the necessary golden image, which is used in a later exercise. VMware Horizon Technologies The following components of Horizon are used in the exercises in this guide.

Visit the Office Client Configuration Service to create your own configurations. User Accounts The following accounts and their associated roles are used throughout this tutorial. Active Directory user account for end-user access: eterple. Office account: virtualspence joshspencer. An account with the ability to import ADMX templates and configure group policy objects is recommended, though not required.

Configure the Containers share, which will store the FSLogix Profile Containers: Note : This share will be referred to as the Containers share throughout this tutorial. Copy fslogix. Navigate to the OU where the cloned VMs will reside. Note : Administrative privileges are required to install the agent. Log in to the machine you will use as your Windows 10 golden image. Copy the installer file to the system where it will run or to a location accessible to the system.

Navigate to the FSLogix installer package. Prerequisites Before you perform the exercises in this chapter, verify that you have performed the following tasks: Required Create a golden image from which you will create a Horizon on vSphere floating desktop pool or Horizon Cloud Service on Microsoft Azure floating desktop assignment.

Recommended Install Microsoft Office or other applications in the golden image. On the Horizon Client, authenticate to Horizon with user eterple that is, with the end-user account you have set up for this tutorial.

Connect to the desktop with the display name HorizonFSL. Navigate to the Containers share and verify the virtual hard disk VHD file was created. Navigate to the Logs share and verify the logs are being written.

If the profile container was created, changes to the user profile on the cloned VM will be written to and persisted in the VHD file. Run CMD. EXE and type hostname. Make note of the VM name you are connected to.

Note : Because you are using floating desktops, the VM you connect to will be random and may have a different name than the name displayed in this screenshot. Modify the user profile: Open one of the Office applications and sign in to activate Office.

In this tutorial, PowerPoint was used to activate Office. For more details, refer to VMware Cloud Foundation 4. For each domain, two 25 GbE vmnics were used and configured with teaming policies. The management domain can be shared among different workloads.

The NSX-T controllers resided in the management domain. Besides, based on workloads, the vCPU and memory may be adjusted to achieve better performance. Table 5 shows the configuration of the NSX-T managers and edge nodes virtual machines. This should be taken into consideration while doing the sizing of the cluster before OpenShift is deployed. While in our testing we deactivated it, by enabling it we can reduce the vSAN storage usage but induce higher latencies for the OpenShift application.

In our testing, we set FTT to 1 as the baseline. This may cause data loss in case of a physical disk failure. If the capacity increase is needed, the additional machines can be added to the cluster and vSAN can increase the data capacity storage for OpenShift online without the service interruption to OpenShift users. We compared the Kubernetes performance between enabling and disabling checksum. So, we recommend keeping the checksum enabled, which is the default value. By enabling Erasure Coding, we could save some vSAN storage spaces but induce higher latencies for the Kubernetes applications.

Data is encrypted after all other processing, such as deduplication. Data at rest encryption protects data on the storage devices. Encryption is not used in our testing. This section introduces the failure scenarios and the behavior of failover and failback. This section includes:.

We mimicked one physical host failure by directly powering off one of the physical hosts through the VxRail server iDRAC. We observed the following items:. We mimicked a physical cache disk failure by injecting an error to one of the cache disks following the vSAN 7. If a cache disk fails, the vSAN disk group that contains the failed cache disk will be marked as failed. All the impacted data were immediately rebuilt to other healthy disk groups. In the meantime, all the OpenShift virtual machines, services, and pods kept running without any interruption because there was still one copy of data working from the vSAN storage level.

OpenShift service was not interrupted. We mimicked a physical capacity disk failure by injecting an error to one of the capacity disks as above. The behavior is similar to a cache disk failure. All the OpenShift virtual machines, Kubernetes services and pods kept running without any interruption, and OpenShift service was not interrupted. The vSAN disk group that contains the failed capacity disk will be marked as failed.

All the impacted data are immediately rebuilt to other healthy disk groups. Only the impacted data on this failed capacity disk would be rebuilt on other healthy capacity disks.

VMware Cloud Foundation on VxRail delivers flexible, consistent, secure infrastructure and operations across private and public clouds.

It is ideally suited to meet the demands of modern applications running on Red Hat OpenShift Container Platform in a virtualized environment. With VMware Cloud Foundation, we can easily manage the lifecycle of the hybrid cloud environment. Besides, we have a unified management plane for all applications including OpenShift.

We showed the configuration details, the hardware resources, and the software resources used in the solution validation. We showed the various configuration options in addition to the best practices. NSX-T provided the fine-grained, secured, and high-performance virtual networking infrastructure to OpenShift.

In this course, you'll learn how to create and provision a virtual machine using the Host Client and review how to create and configure a Windows 10 VM.

You'll explore the importance of installing and using VMware Tools on all of the VMs in your organization and learn how to install the VMware Tools and ensure they are operating properly. Next, you'll examine all the files that make up a VM and the purpose of each file type. Any additional feedback? Submit and view feedback for This product This page. View all page feedback. In this article. Provides complete isolation from the host operating system and other VMs. This is useful when a strong security boundary is critical, such as hosting apps from competing companies on the same server or cluster.

Typically provides lightweight isolation from the host and other containers, but doesn't provide as strong a security boundary as a VM. You can increase the security by using Hyper-V isolation mode to isolate each container in a lightweight VM.

Runs a complete operating system including the kernel, thus requiring more system resources CPU, memory, and storage. Runs the user mode portion of an operating system, and can be tailored to contain just the needed services for your app, using fewer system resources.