CC174962-174964: Adding two spaces to create hard break-line before snippet

Localization team has reported source content issue that causes localized version to have broken/different format compared to en-us version.
Description: Missing hard break-line before snippet is preventing content to show properly. Please consider adding two spaces at the final of the line.

Author: v-maudel

articles/cognitive-services/Speech-Service/includes/quickstarts/from-blob/cpp/windows.md

@@ -57,20 +57,24 @@ Let's add some code that works as a skeleton for our project.
 As the REST API's take requests in JSON format and also return results in JSON we could interact with them using only strings, but that's not recommended.
 In order to make the requests and responses easier to manage, we'll declare a few classes to use for serializing / deserializing the JSON and some methods to assist nlohmann/json.
 
-Go ahead and put their declarations before `recognizeSpeech`.
+Go ahead and put their declarations before `recognizeSpeech`
+.
 [!code-cpp[](~/samples-cognitive-services-speech-sdk/quickstart/cpp/windows/from-blob/helloworld.cpp?range=33-185)]
 
 ## Create and configure an Http Client
 The first thing we'll need is an Http Client that has a correct base URL and authentication set.
 Insert this code in `recognizeSpeech`
+
 [!code-cpp[](~/samples-cognitive-services-speech-sdk/quickstart/cpp/windows/from-blob/helloworld.cpp?range=191-197)]
 
 ## Generate a transcription request
 Next, we'll generate the transcription request. Add this code to `recognizeSpeech`
+
 [!code-cpp[](~/samples-cognitive-services-speech-sdk/quickstart/cpp/windows/from-blob/helloworld.cpp?range=199-203)]
 
 ## Send the request and check its status
 Now we post the request to the Speech service and check the initial response code. This response code will simply indicate if the service has received the request. The service will return a Url in the response headers that's the location where it will store the transcription status.
+
 [!code-cpp[](~/samples-cognitive-services-speech-sdk/quickstart/cpp/windows/from-blob/helloworld.cpp?range=204-216)]
 
 ## Wait for the transcription to complete
@@ -79,17 +83,20 @@ Since the service processes the transcription asynchronously, we need to poll fo
 We can check the status by retrieving the content at the Url we got when the posted the request. When we get the content back, we deserialize it into one of our helper class to make it easier to interact with.
 
 Here's the polling code with status display for everything except a successful completion, we'll do that next.
+
 [!code-cpp[](~/samples-cognitive-services-speech-sdk/quickstart/cpp/windows/from-blob/helloworld.cpp?range=222-245,285-299)]
 
 ## Display the transcription results
 Once the service has successfully completed the transcription the results will be stored in another Url that we can get from the status response.
 
 We'll download the contents of that URL, deserialize the JSON, and loop through the results printing out the display text as we go.
+
 [!code-cpp[](~/samples-cognitive-services-speech-sdk/quickstart/cpp/windows/from-blob/helloworld.cpp?range=246-284)]
 
 ## Check your code
 At this point, your code should look like this: 
 (We've added some comments to this version)
+
 [!code-cpp[](~/samples-cognitive-services-speech-sdk/quickstart/cpp/windows/from-blob/helloworld.cpp?range=7-308)]
 
 ## Build and run your app
@@ -98,4 +105,4 @@ Now you're ready to build your app and test our speech recognition using the Spe
 
 ## Next steps
 
-[!INCLUDE [footer](./footer.md)]
+[!INCLUDE [footer](./footer.md)]