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Windows Server 2016 Automation with PowerShell Cookbook - Second Edition

By : ED GOAD, Thomas Lee, David Cobb

4.7 (7)

Windows Server 2016 Automation with PowerShell Cookbook

4.7 (7)

By: ED GOAD, Thomas Lee, David Cobb

Overview of this book

This book showcases several ways that Windows administrators can use to automate and streamline their job. You'll start with the PowerShell and Windows Server fundamentals, where you'll become well versed with PowerShell and Windows Server features. In the next module, Core Windows Server 2016, you'll implement Nano Server, manage Windows updates, and implement troubleshooting and server inventories. You'll then move on to the Networking module, where you'll manage Windows network services and network shares. The last module covers Azure and DSC, where you will use Azure on PowerShell and DSC to easily maintain Windows servers.

Preface

Preface

What this book covers

What you need for this book

Who this book is for

Getting the most from this book

Sections

Conventions

Reader feedback

Customer support

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What's New in PowerShell and Windows Server

What's New in PowerShell and Windows Server

Introduction

Exploring Remote Server Administration Tools (RSAT)

Discovering new cmdlets in PowerShell 4 and Windows Server 2012 R2

Discovering new cmdlets in PowerShell 5/5.1 and Windows Server 2016

Exploring PowerShellGet

Exploring PackageManagement

Creating an internal PowerShell repository

Implementing Nano Server

Implementing Nano Server

Introduction

Deploying a Nano Server in a VM

Connecting to and managing a Nano Server

Installing features with Nano Server packages

Managing Windows Updates

Managing Windows Updates

Introduction

Installing Windows Server Update Services

Configuring WSUS update synchronization

Configuring the Windows Update client

Creating computer target groups

Configuring WSUS auto-approvals

Managing updates

Managing Printers

Managing Printers

Introduction

Installing and sharing printers

Publishing a printer

Changing the spool directory

Changing printer drivers

Printing a test page on a printer

Reporting on printer security

Modifying printer security

Deploying shared printers

Enabling Branch Office Direct Printing

Creating a printer pool

Reporting on printer usage

Managing Server Backup

Managing Server Backup

Introduction

Configure and set backup policy

Examine the results of a backup

Initiate a backup manually

Restore files and folders

Backup and restore a Hyper-V Virtual Machine

Backup and perform bare metal recovery

Restore the registry from a backup

Create a daily backup report

Backup and restore using Microsoft Azure

Managing Performance

Managing Performance

Introduction

Explore performance counters with Get-Counter

Explore performance counters using CIM cmdlets

Configuring and using Data Collector Sets

Reporting on performance data

Generating performance monitoring graph

Creating a system diagnostics report

Troubleshooting Windows Server 2016

Troubleshooting Windows Server 2016

Introduction

Checking network connectivity

Using troubleshooting packs

Use best practice analyzer

Managing event logs

Forward event logs to a central server

Managing Windows Networking Services

Managing Windows Networking Services

Introduction

New ways to do old things

Configuring IP addressing

Converting IP address from static to DHCP

Installing domain controllers and DNS

Configuring zones and resource records in DNS

Installing and authorizing a DHCP server

Configuring DHCP scopes

Configuring DHCP server failover and load balancing

Building a public key infrastructure

Creating and managing AD users, groups, and computers

Adding users to AD using a CSV file

Reporting on AD users

Finding expired computers in AD

Creating a privileged user report

Managing Network Shares

Managing Network Shares

Introduction

Securing your SMB file server

Creating and securing SMB shares

Accessing SMB shares

Creating an iSCSI target

Using an iSCSI target

Creating a scale-out SMB file server

Configuring a DFS Namespace

Configuring DFS Replication

Managing Internet Information Server

Managing Internet Information Server

Introduction

Installing IIS

Configuring IIS for SSL

Managing TLS cipher suites

Configuring a central certificate store

Configuring IIS bindings

Configuring IIS logging and log files

Managing applications and application pools

Managing and monitoring network load balancing

Managing Hyper-V

Managing Hyper-V

Introduction

Installing and configuring Hyper-V feature

Using Windows PowerShell Direct

Securing Hyper-V host

Create a virtual machine

Configuring VM hardware

Configuring Hyper-V networking

Implementing nested Hyper-V

Managing VM state

Configuring VM and storage movement

Configuring VM replication

Managing VM checkpoints

Monitoring Hyper-V utilization and performance

Creating a Hyper-V health report

Managing Azure

Managing Azure

Introduction

Using PowerShell with Azure

Creating Core Azure Resources

Exploring your storage account

Creating Azure an SMB File Share

Creating and using websites

Creating and using Azure virtual machines

Using Desired State Configuration

Using Desired State Configuration

Introduction

Using DSC and built-in resources

Parameterizing DSC configuration

Finding and installing DSC resources

Using DSC with PSGallery resources

Configuring Local Configuration Manager

Implementing a SMB pull server

Implementing a DSC web-based pull server

Using DSC partial configurations

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Configuring VM replication

In Hyper-V, VM replication is a disaster recovery feature. It creates a replica of a VM on a remote Hyper-V Server and then keeps the replica up to date. The VM on the remote host is not active, but can be made active should the VM's host for some reason fail.

With Hyper-V replication, the source VM host bundles up any changes in a running VM's VHD file(s) and sends them to the replica server on a regular basis. The replica server then applies those changes to the dormant replica.

Once you have a replica established, you can test the replica to ensure it can start should you need that. Also, you can failover to the replica—bringing the replicated VM up based on the most recently replicated data. If the source VM host becomes inoperable before it can replicate changes on the source VM, there is a risk of those changes being lost.

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