Book Image

Windows Server 2019 Cookbook - Second Edition

By : Mark Henderson, Jordan Krause
Book Image

Windows Server 2019 Cookbook - Second Edition

By: Mark Henderson, Jordan Krause

Overview of this book

Do you want to get up and running with essential administrative tasks in Windows Server 2019? This second edition of the Windows Server 2019 Cookbook is packed with practical recipes that will help you do just that. The book starts by taking you through the basics that you need to know to get a Windows Server operating system working, before teaching you how to navigate through daily tasks using the upgraded graphical user interface (GUI). You'll then learn how to compose an optimal Group Policy and perform task automation with PowerShell scripting. As you advance, you’ll get to grips with faster app innovation, improved Windows security measures, and hybrid cloud environments. After you’ve explored the functions available to provide remote network access to your users, you’ll cover the new Hyper-V enhancements. Finally, this Windows Server book will guide you through practical recipes relating to Azure integration and important tips for how to manage a Windows Server environment seamlessly. By the end of this book, you’ll be well-versed with Windows Server 2019 essentials and have the skills you need to configure Windows services and implement best practices for securing a Windows Server environment.
Table of Contents (18 chapters)

Creating an iSCSI target on your server

iSCSI is another way to share storage across a network. The term iSCSI itself has more to do with the actual protocol level and the way that the data is transported across the LAN or WAN, but what it looks like to a consumer of iSCSI is that a machine has a drive letter for a disk, but that disk is not physically connected to the server. For example, you might log into a server and see an M drive. This drive looks just like a local volume, but it is actually a network connection to storage that might be sitting on the other side of the data center. Sounds like a mapped network drive, right? Yes, but it works on a lower level. iSCSI virtual disks, as they are called, work with the server as if they are local disks. This gives servers the ability to interface with this data at a system level and does not require a user context in order to work, like mapped network drives do. This is commonly referred to as block storage.

One good example that...