Update some references to Twitter (#4150)

GrantMeStrength · web-flow · commit 394847920000 · 2024-03-11T14:24:29.000-07:00
diff --git a/hub/dev-environment/javascript/nodejs-overview.md b/hub/dev-environment/javascript/nodejs-overview.md
@@ -29,7 +29,7 @@ Node.js is primarily used for building fast and scalable web applications. It us
 - **Real-time apps (RTAs)**: These are web apps that enable users to receive information as soon as it's published by an author, rather than requiring that the user (or software) check a source periodically for updates. Some example RTAs include instant messaging apps or chat rooms, online multiplayer games that can be played in the browser, online collaboration docs, community storage, video conference apps, etc.
 - **Data streaming apps**: These are apps (or services) that send data/content as it arrives (or is created) while keeping the connection open to continue downloading further data, content, or components as needed. Some examples include video- and audio-streaming apps.
 - **REST APIs**: These are interfaces that provide data for someone else's web app to interact with. For example, a Calendar API service could provide dates and times for a concert venue that could be used by someone else's local events website.
-- **Server-side rendered apps (SSRs)**: These web apps can run on both the client (in your browser / the front-end) and the server (the back-end) allowing pages that are dynamic to display (generate HTML for) whatever content is known and quickly grab content that is not known as it's available. These are often referred to as "isomorphic" or "universal" applications. SSRs utilize SPA methods in that they don't need to reload every time you use it. SSRs, however, offer a few benefits that may or may not be important to you, like making content on your site appear in Google search results and providing a preview image when links to your app are shared on social media like Twitter or Facebook. The potential drawback being that they require a Node.js server constantly running. In terms of examples, a social networking app that supports events that users will want to appear in search results and social media may benefit from SSR, while an email app may be fine as an SPA. You can also run server-rendered no-SPA apps, which may be something like a WordPress blog. As you can see, things can get complicated, you just need to decide what's important.
+- **Server-side rendered apps (SSRs)**: These web apps can run on both the client (in your browser / the front-end) and the server (the back-end) allowing pages that are dynamic to display (generate HTML for) whatever content is known and quickly grab content that is not known as it's available. These are often referred to as "isomorphic" or "universal" applications. SSRs utilize SPA methods in that they don't need to reload every time you use it. SSRs, however, offer a few benefits that may or may not be important to you, like making content on your site appear in Google search results and providing a preview image when links to your app are shared on social media like X or Facebook. The potential drawback being that they require a Node.js server constantly running. In terms of examples, a social networking app that supports events that users will want to appear in search results and social media may benefit from SSR, while an email app may be fine as an SPA. You can also run server-rendered no-SPA apps, which may be something like a WordPress blog. As you can see, things can get complicated, you just need to decide what's important.
 - **Command line tools**: These allow you to automate repetitive tasks and then distribute your tool across the vast Node.js ecosystem. An example of a command line tool is cURL, which stand for client URL and is used to download content from an internet URL. cURL is often used to install things like Node.js or, in our case, a Node.js version manager.
 - **Hardware programming**: While not quite as popular as web apps, Node.js is growing in popularity for IoT uses, such as collecting data from sensors, beacons, transmitters, motors, or anything that generates large amounts of data. Node.js can enable data collection, analyzing that data, communicating back and forth between a device and server, and taking action based on the analysis. NPM contains more than 80 packages for Arduino controllers, raspberry pi, Intel IoT Edison, various sensors, and Bluetooth devices.
 
diff --git a/uwp/gaming/cloud-for-games.md b/uwp/gaming/cloud-for-games.md
@@ -24,7 +24,7 @@ One advantage of using cloud services for games is that you do not need to inves
 
 Another advantage is that your game can tap into vast cloud resources to achieve scalability (effectively manage any sudden spikes in the number of concurrent players, intense real-time game calculations or data requirements). This keeps the performance of your game stable around the clock. Furthermore, cloud resources can be accessed from any device running on any platform anywhere in the world, which means that you are able to bring your game to everyone globally.
 
-Delivering an amazing gameplay experience to your players is important. Because game servers running in the cloud are independent of client-side updates, they can give you a more controlled and secure environment for your game overall.   You can also achieve gameplay consistency through the cloud by never trusting the client and having server side game logic. Service-to-service connections can also be configured to allow a more integrated gaming experience; examples include linking in-game purchases to various payment methods, bridging over different gaming networks, and sharing in-game updates to popular social media portals such as Facebook and Twitter. 
+Delivering an amazing gameplay experience to your players is important. Because game servers running in the cloud are independent of client-side updates, they can give you a more controlled and secure environment for your game overall.   You can also achieve gameplay consistency through the cloud by never trusting the client and having server side game logic. Service-to-service connections can also be configured to allow a more integrated gaming experience; examples include linking in-game purchases to various payment methods, bridging over different gaming networks, and sharing in-game updates to popular social media portals such as Facebook and X. 
 
 You can also use dedicated cloud servers to create a large persistent game world, build up a gamer community, collect and analyze gamer data over time to improve gameplay, and optimize your game's monetization design model.
 
diff --git a/uwp/security/authentication-and-user-identity.md b/uwp/security/authentication-and-user-identity.md
@@ -9,7 +9,7 @@ ms.localizationpriority: medium
 
 Universal Windows Platform (UWP) apps have several options for user authentication, ranging from simple single sign-on (SSO) using [Web authentication broker](web-authentication-broker.md) to highly secure two-factor authentication.
 
-For regular app connections to third-party identity provider services, such as Facebook, Twitter, Flickr, and so on, use the [Web authentication broker](web-authentication-broker.md). For added convenience, use [Credential Locker](credential-locker.md) to save and roam the user's login information.
+For regular app connections to third-party identity provider services, use the [Web authentication broker](web-authentication-broker.md). For added convenience, use [Credential Locker](credential-locker.md) to save and roam the user's login information.
 
 Enterprises using Windows 10 should strongly consider using [Microsoft Passport and Windows Hello](microsoft-passport.md), which enables highly secure two-factor authentication. If using Microsoft Passport is not possible, [Smart cards](smart-cards.md) and [Fingerprint biometrics](fingerprint-biometrics.md) can add an additional layer of security.
 
@@ -25,5 +25,5 @@ Enterprises using Windows 10 should strongly consider using [Microsoft Passport
 <tr><td><a href="share-certificates.md">Share certificates between apps</a></td><td>UWP apps that require secure authentication beyond a user Id and password combination can use certificates for authentication. Certificate authentication provides a high level of trust when authenticating a user. In some cases, a group of services will want to authenticate a user for multiple apps. This article shows how you can authenticate multiple apps using the same certificate, and how you can provide convenient code for a user to import a certificate that was provided to access secured web services.</td></tr>
 <tr><td><a href="companion-device-unlock.md">Windows Unlock with companion IoT devices</a></td><td>A companion device is a device that can act in conjunction with your Windows 10 and Windows 11 desktop to enhance the user authentication experience. Using the Companion Device Framework, a companion device can provide a rich experience for Microsoft Passport even when Windows Hello is not available (for example, if the Windows 10 or Windows 11 desktop lacks a camera for face authentication or fingerprint reader device, for example).</td></tr>
 <tr><td><a href="web-account-manager.md">Web account manager</a></td><td>This article describes how to show the AccountsSettingsPane and connect your Universal Windows Platform (UWP) app to external identity providers, like Microsoft or Facebook, using the new Windows 10/11 Web Account Manager APIs. You'll learn how to request a user's permission to use their Microsoft account, obtain an access token, and use it to perform basic operations (like get profile data or upload files to their OneDrive). </td></tr>
-<tr><td><a href="web-authentication-broker.md">Web authentication broker</a></td><td>This article explains how to connect your app to an online identity provider that uses authentication protocols like OpenID or OAuth, such as Facebook, Twitter, Flickr, Instagram, and so on. The <a href="/uwp/api/windows.security.authentication.web.webauthenticationbroker.authenticateasync">AuthenticateAsync</a> method sends a request to the online identity provider and gets back an access token that describes the provider resources to which the app has access.</td></tr>
+<tr><td><a href="web-authentication-broker.md">Web authentication broker</a></td><td>This article explains how to connect your app to an online identity provider that uses authentication protocols like OpenID or OAuth. The <a href="/uwp/api/windows.security.authentication.web.webauthenticationbroker.authenticateasync">AuthenticateAsync</a> method sends a request to the online identity provider and gets back an access token that describes the provider resources to which the app has access.</td></tr>
 </table>
diff --git a/uwp/security/index.md b/uwp/security/index.md
@@ -32,7 +32,7 @@ The [authentication and user identity section](authentication-and-user-identity.
 <tr><td><a href="share-certificates.md">Share certificates between apps</a></td><td>UWP apps that require secure authentication beyond a user Id and password combination can use certificates for authentication. Certificate authentication provides a high level of trust when authenticating a user. In some cases, a group of services will want to authenticate a user for multiple apps. This article shows how you can authenticate multiple apps using the same certificate, and how you can provide convenient code for a user to import a certificate that was provided to access secured web services.</td></tr>
 <tr><td><a href="companion-device-unlock.md">Windows Unlock with companion IoT devices</a></td><td>A companion device is a device that can act in conjunction with your Windows 10 desktop to enhance the user authentication experience. Using the Companion Device Framework, a companion device can provide a rich experience for Microsoft Passport even when Windows Hello is not available (for example, if the Windows 10 desktop lacks a camera for face authentication or fingerprint reader device, for example).</td></tr>
 <tr><td><a href="web-account-manager.md">Web Account Manager</a></td><td>This article describes how to show the AccountsSettingsPane and connect your Universal Windows Platform (UWP) app to external identity providers, like Microsoft or Facebook, using the Windows 10 and Windows 11 Web Account Manager APIs. You'll learn how to request a user's permission to use their Microsoft account, obtain an access token, and use it to perform basic operations (like get profile data or upload files to their OneDrive). </td></tr>
-<tr><td><a href="web-authentication-broker.md">Web authentication broker</a></td><td>This article explains how to connect your app to an online identity provider that uses authentication protocols like OpenID or OAuth, such as Facebook, Twitter, Flickr, Instagram, and so on. The <a href="/uwp/api/windows.security.authentication.web.webauthenticationbroker.authenticateasync">AuthenticateAsync</a> method sends a request to the online identity provider and gets back an access token that describes the provider resources to which the app has access.</td></tr>
+<tr><td><a href="web-authentication-broker.md">Web authentication broker</a></td><td>This article explains how to connect your app to an online identity provider that uses authentication protocols like OpenID or OAuth. The <a href="/uwp/api/windows.security.authentication.web.webauthenticationbroker.authenticateasync">AuthenticateAsync</a> method sends a request to the online identity provider and gets back an access token that describes the provider resources to which the app has access.</td></tr>
 </table>
 
 ## Cryptography 
diff --git a/uwp/security/intro-to-secure-windows-app-development.md b/uwp/security/intro-to-secure-windows-app-development.md
@@ -65,7 +65,7 @@ For all of its disadvantages, single-factor authentication gives the user contro
 
 As previously discussed, one of the challenges with password authentication for an IT department is the added overhead of managing the base of usernames/passwords, reset mechanisms, etc. An increasingly popular option is to rely on third-party identity providers that offer authentication through OAuth, an open standard for authentication.
 
-Using OAuth, IT departments can effectively "outsource" the complexity of maintaining a database with usernames and passwords, reset password functionality, etc. to a third party identity provider like Facebook, Twitter or Microsoft.
+Using OAuth, IT departments can effectively "outsource" the complexity of maintaining a database with usernames and passwords, reset password functionality, etc. to a third party identity provider like Facebook, X or Microsoft.
 
 Users have complete control over their identity on these platforms, but apps can request a token from the provider, after the user is authenticated and with their consent, which can be used to authorize authenticated users.
 
diff --git a/uwp/security/web-authentication-broker.md b/uwp/security/web-authentication-broker.md
@@ -1,6 +1,6 @@
 ---
 title: Web authentication broker
-description: This article explains how to connect your Universal Windows Platform (UWP) app to an online identity provider that uses authentication protocols like OpenID or OAuth, such as Facebook, Twitter, Flickr, Instagram, and so on.
+description: This article explains how to connect your Universal Windows Platform (UWP) app to an online identity provider that uses authentication protocols like OpenID or OAuth.
 ms.assetid: 05F06961-1768-44A7-B185-BCDB74488F85
 ms.date: 02/08/2017
 ms.topic: article
@@ -12,7 +12,7 @@ ms.localizationpriority: medium
 
 
 
-This article explains how to connect your Universal Windows Platform (UWP) app to an online identity provider that uses authentication protocols like OpenID or OAuth, such as Facebook, Twitter, Flickr, Instagram, and so on. The [**AuthenticateAsync**](/uwp/api/windows.security.authentication.web.webauthenticationbroker.authenticateasync) method sends a request to the online identity provider and gets back an access token that describes the provider resources to which the app has access.
+This article explains how to connect your Universal Windows Platform (UWP) app to an online identity provider that uses authentication protocols like OpenID or OAuth. The [**AuthenticateAsync**](/uwp/api/windows.security.authentication.web.webauthenticationbroker.authenticateasync) method sends a request to the online identity provider and gets back an access token that describes the provider resources to which the app has access.
 
 >[!NOTE]
 >For a complete, working code sample, clone the [WebAuthenticationBroker repo on GitHub](https://github.com/Microsoft/Windows-universal-samples/tree/master/Samples/WebAuthenticationBroker).
