Course Outline

Introduction

Overview of sequencing

Methods used for sequencing in App- V

  • Sequencing a web-based application
  • Creating a Virtual Environment for the application
  • Sequencing an application that hard codes its install to the C:\ drive
  • Performing an Open for Package Upgrade on an existing package
  • Building scripts into an .OSD file

Merging and Overriding

  • Overriding a local key
  • Merging with a local key
  • Overriding a local directory
  • Merging with a local directory

Microsoft Office in App-V

  • Understanding different versions of Office
  • Developing an Office package for App-V using Office Deployment Tool
  • Steps used in publishing the developed Office package
  • Customization and management of the App-V packages

Comparing VFS to PVAD

  • Use of Primary Virtual Application Directory (PVAD) in sequencing
  • How VFS and PVAD are different in a virtual environment
  • How PVAD can be accessed even if it hidden from view

Deploying and Testing Power-Shell

  • Downloading and installation of the App-v server components
  • Procedures that are followed in the deployment of the power-shell
  • Common steps followed to test the deployed power-shell

Understanding Run-Virtual in App-V

  • A sub-key is added to the run-virtual
  • Acquisition of an AppvClientPackage Power-Shell cmdlet
  • Use /appvpid:<PID> command line
  • Make use of the /appvve:<GUID>

Patch and Updates in App-V

  • Description of what patches and updates are
  • Understanding Hot-fix 8 for App-V 5.1
  • How Hot-fix 8 is used for updating purposes

Use of scripts in App- V

  • More information on script-launcher
  • Problems associated with app-v scripting solution
  • Installation of a script- launcher supporting environment
  • Description of the different types of scripts

Automating conversion to App-V

  • Amount of time taken to convert should be considered
  • The cost that is incurred is of importance also
  • Techniques that can be used to convert in the future

Accelerators in App- V packages

  • Description of package accelerators
  • Steps in creating a package accelerator

Dynamic Configuration

  • Configuring the user files
  • Configuring the deployment files

Advanced Connection Groups

  • The function of the configuration group file and where it is found
  • A layout of the connection group file
  • Configuration of packages in a connection group
  • Connection groups that are virtually supported

Advanced Client Integration

  • Description of what client integration in App-V is
  • How integration is achieved in the App- V
  • The importance of having the client integration in App-V

Troubleshooting App-V

  • Avoiding rabbit holes
  • Combining different areas of knowledge: foundational, operational, contextual
  • Using Process Monitor to troubleshoot
  • Troubleshooting the App-V client
  • Troubleshooting the OSD file

Client Debugging

  • Regular training of the customer care on the functions of the App-V
  • Repairing a package
  • Cleaning up of the connection group
  • Understanding the client logs in the App- V

Package Optimisers in App- V

  • Understanding what package optimisation is
  • What is done to achieve space optimisation
  • What is done to achieve performance optimisation

Best Practices

Summary and Conclusion

Requirements

  • Experience implementing Microsoft Application Virtualization

Audience

  • IT Professionals in charge of managing desktop configurations and deployments
  • IT professionals wishing to expand their knowledge and skills in virtualization
 21 Hours

Number of participants



Price per participant

Testimonials (9)

Related Courses

Microsoft App-V: Implementing Enterprise Desktop Virtualization

28 Hours

Alpine Linux

7 Hours

Microsoft Azure Infrastructure and Deployment

35 Hours

DC/OS (Distributed Cloud Operating System)

14 Hours

Podman Containers

14 Hours

Penetration Testing: Python and Kali Linux

14 Hours

Virtualization with QEMU, KVM and Libvirt

14 Hours

Advanced Docker

14 Hours

Certified Kubernetes Administrator (CKA) - exam preparation

21 Hours

Certified Kubernetes Application Developer (CKAD) - exam preparation

21 Hours

Container Management with Docker

21 Hours

Introduction to Docker

14 Hours

Docker for Developers and System Administrators

14 Hours

Docker and Jenkins for DevOps

14 Hours

Docker and Kubernetes on AWS

21 Hours

Related Categories

1