![]() You're one step closer to converting text to speech in PowerShell! PS51> $ATAVoiceEngine If the output looks like the following code snippet, you're good to go. Once you've created the object and assigned it to a variable, confirm that the variable contains the object you expect. The code below is assigning that object to the ATAVoiceEngine variable which you will use in a little bit. To do that, use the New-Object cmdlet as shown below. To invoke the class, you need to create an object first. With the System.Speech assembly, you now have access to the. Next, let's see how you can make the assembly work for you. You have now successfully imported the System.Speech assembly. If all is well, you will see the SpeechSynthesizer object returned. True False SpeechSynthesizer System.Object For example, since you'll be working with the SpeechSynthesizer class, provide the entire path to the SpeecSynthesizer class enclosed in brackets as shown below. To ensure the assembly imported, invoke a. ![]() This is the default behavior of the Add-Type cmdlet. Even by adding the Verbose parameter, you will see no output. You might have noticed there was no confirmation of any sorts when running the above code. PS51> Add-Type -AssemblyName System.Speech When you have a Windows PowerShell console open as administrator, insert the following code snippet. To make the SpeechSythensizer class available, you will load the System.Speeech assembly using the Add-Type cmdlet as shown below. It is not available in PowerShell versions 6+. The SpeechSynthesizer class is native to the Windows. NET class will allow you to convert text to speech. Since PowerShell doesn't come with native cmdlets to convert text to speech, you must first dig into. ![]() NET assembly and creating the appropriate. Doing so requires two steps adding the correct. PowerShell, out of the box, won't just begin talking to you. It has everything you need already installed. If you'd like to follow along, please be sure you're running Windows 10. In this article, you will learn how to have PowerShell speak, switch to available voices, and learn how to use PowerShell's speech capabilities to add notification mechanisms to PowerShell script. For example, did you know you can convert text to speech with PowerShell? However, PowerShell can let you get creative too. One of PowerShell’s core design principles is to allow the end-user to jump right in with little to no shell experience and hit the ground running. Be sure to also check out more how-to posts on cloud computing, system administration, IT, and DevOps on ! If you'd like to read more from this author, check out his ATA author page. He is a frequent contributor to the Adam the Automator (ATA) blog. This article was written by Francisco Navarro.
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