Book Image

Windows Server 2016 Administration Cookbook

By : Jordan Krause
Book Image

Windows Server 2016 Administration Cookbook

By: Jordan Krause

Overview of this book

<p>Windows Server 2016 is an operating system designed to run on servers. It supports enterprise-level data storage, communications, management, and applications. This book contains specially selected, detailed help on core, essential administrative tasks of Windows Server 2016.</p> <p>This book starts by helping you to navigate the interface of Windows Server 2016, and quickly shifts gears to implementing roles that are necessarily in any Microsoft-centric datacenter.</p> <p>This book will also help you leverage the web services platform built into Windows Server 2016, available to anyone who runs this latest and greatest Server operating system. Further, you will also learn to compose optimal Group Policies and monitor system performance and IP address management.</p> <p>This book will be a handy quick-reference guide for any Windows Server administrator, providing easy to read, step-by-step instructions for many common administrative tasks that will be part of any Server Administrator’s job description as they administer their Windows Server 2016 powered servers.</p> <p>The material in the book has been selected from the content of Packt's Windows Server 2016 Cookbook by Jordan Krause to provide a specific focus on key Windows Server administration tasks.</p>
Table of Contents (12 chapters)
Title Page
Packt Upsell
Contributors
Preface
Index

Creating an A or AAAA record in DNS


Most folks working in IT are familiar with using the ping command to test network connectivity. If you are trying to test the connection between your computer and another, you can ping it from a Command Prompt and test whether or not it replies. This assumes that the firewalls in your computers and network allow the ping to respond correctly, which generally is true. If you are inside a domain network and ping a device by its name, that name resolves to an IP address, which is the device's address on the network. But what tells your computer which IP address corresponds to which name? This is where DNS comes in. Any time your computer makes a request for a name, whether it is you pinging another computer or your Outlook e-mail client requesting the name of your Exchange Server, your computer always reaches out to your network's DNS servers and asks, "How do I get to this name?".

DNS contains a list of records that tell the computers in your network what...