If we look at the definition of Transliteration – Transliteration means to change letters, words, etc. This requires the from and to languages be passed as query parameters and it can translate multiple items at once. Let’s understand a call to translate actual text. If you continue to scroll down, you will also find Transliteration and supported scripts for from and to as well as dictionary for supported from and to when doing word searches. It’s a call to supported languages, and it returns nested JSON that shows source languages and available translations. In the case of the REST API we are only going to be concerned with verbs – POST and GET.
#Azure speech to text api and postman Patch
REST as you may know uses verbs like PUT, POST, GET, PATCH or DELETE. It could also allow for the patient to type-in some info and for the physician to read it in a language that is native to them. In this scenario, Translator Text API could be implemented in a custom application, or possible the part of an HER, to allow the doctor to type in some text in his/her native language and have it translated to a language that patient is able to understand. Here, in this case Patient Communication is the key and the need for Realtime Translation is paramount. Let’s say WebPropellant Pvt Ltd, is an Healthcare organization that owns several urgent-care facilities, and here they see patient that may speak any number of languages – Patient Communication, and it’s not possible for the organization to have someone on staff that can speak every possible language that might come in the door and they have a need for Realtime Translation for communication for immediate urgent translation and they can’t wait on a translation service. This section, we will see where you are going to use Translator Text API. Understanding the Basics of Translator Text API
Consuming Translator Text API in C# Console App.Configuring Translator Text API via Azure Portal and Testing the Translator Text API calling it via Postman.
#Azure speech to text api and postman how to
The only weird thing is, the exp field is a string and not a number (incorrect for a JWT).In this article we will see Translator Text API in Azure Cognitive Services, we will cover the basics of Text Translator, how to configure it in Azure Portal and perform some basic level testing, and finally using the Translator Text API in C#, and use RESTful verbs. I've decoded the access token and it seems like it has pretty much the right stuff in it, as far as I can tell.
I've tried both Key1 and Key2 from the portal, and tried to regenerate a key. I tried running the TTS request from Postman.
I went throught the troubleshooting page ( ) and got the same 401 issue. I've checked that the URLs are correct, I'm using the same region in both and the same one as the created resource. When I run the sample, the access token is retrieved just fine, but the text-to-speech request returns 401. I downloaded the CSharp sample and entered the west europe URLs and my cognitive services subscription key into the code. Type is All Cognitive Services, status is active. I've created a Cognitive Services resource on my subscription in the West Europe region. I'm trying to use the Cognitive Services text-to-speech API, but no matter what I try, I get a 401 Unauthorized response.
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