Windows 7, 8, 8.1, And 10 Application Development


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Windows 8.1 was an important update for Windows NT developed by Microsoft. The product was launched in production on August 1, 2012, and was sold on October 26, 2012. Windows 8 can be downloaded from Microsoft's website TechNet or MSDN. In Windows 8, new features were added for tablets, which would compete more effectively with mobile operating systems - including Android and iOS - and desktop and mobile operating devices.

The user interfaces for desktops and laptops.

Part I of this series introduced you to the Universal Windows Platform (UWP), its advantages, and the introduction of several new tools. It would help if you were now comfortable creating your first application on Windows 10 using Visual Studio 2015 Community Edition, which is available for free. At this stage, you are probably wondering what type of applications can be created using UWP development. The simple answer is that any application that benefits from having a consistent look and feel across all devices that run Windows 10 applies. This includes business solutions, games, educational software, media playback, social networking business apps - in fact, just about anything!

Part II builds upon the knowledge you have already gained about the Microsoft platform. In addition to building an app that runs on both phone and desktop, you will also learn more about the features of UWP development, as well as some tips and tricks. Finally, this article introduces a new capability on Windows 10 known as Continuum.

Continuum is a unique feature on specific 2-in-1 devices that enables them to switch from a standard model. They behave like a desktop computer running Windows 10 with a mouse and keyboard attached to a touch-only mode for use when detached. From their base or "docked." When using these devices (such as Microsoft's Surface Pro), the user can detach them from their keyboard/base and switch immediately to touch-only mode to interact with apps in the same way as tablets do. This ability opens up virtual desktops within Windows 10 and provides a great way to create new experiences for users of these devices.

Part III covers additional enhancements made to UWP development in Windows 10, such as localization, trial mode, and utilizing Cortana (for both phone/desktop apps). It also explains the process of packaging your news app to be available to be downloaded from the Store on Windows 10 devices. By the end of this article, you will have a deeper understanding of what it means to develop applications using UWP in Windows 10 and hopefully be inspired to try it out for yourself!

Do you want to develop apps for Windows 10?

Developer mode is a particular instance of Windows 10 that runs in its container, which allows you to do many things that standard user accounts can't, such as installing apps for development purposes without having access to all of the features provided by administrator rights security requirements. In addition, since apps built on developer systems aren't exposed to threats like malware or viruses, commonly developed using non-developer accounts, anything downloaded from outside sources (e.g. App Store) will be blocked by default unless it's signed with specific keys trusted by Microsoft.

You'll have complete control over your system and won't have any restrictions imposed upon you when developing applications! It's perfect if you're looking for an environment where you can test out new ideas and experiment with different tools without worrying about breaking something important or getting yourself into trouble. Plus, since this is just another instance of Windows 10 running inside a container, it doesn't require any additional resources, so there's no need to worry about slowing down your computer while working on projects either! Just sign up today and get started right away!

Windows Phone 8.1

Mobile applications are often designed for a single platform, with their own set of conventions, UI guidelines, and design principles. Developing mobile apps means learning the intricacies of each of these platforms if you want your app to maximize its chances of being successful in the marketplace. For example, suppose you have experience developing apps for iOS or Android. In that case, writing an application for Windows 8 will not be much different because it is also based on the XAML Framework initially introduced by Microsoft more than ten years ago. Still, it's now called Universal Windows Platform (UWP). Windows 8 provides some crucial enhancements over previous OS versions of Windows, including support for touch screens and traditional mouses/keyboards. In addition, in Windows 8, Microsoft introduced a new programming framework known as WinRT (Windows Runtime), enabling applications written using the .NET Framework 4.5 to be compatible with every other version of Windows going back to XP. This means that an application written for Windows 7 can run on Windows Server 2012 and vice versa.

WinRT provides a vast API that supports standard device capabilities such as cameras, contacts, calendars, sensors, etc. It also gives users access to data from web services through REST APIs by enabling you to use JavaScript Object Notation (JSON) and OData in your apps. These features make building universal applications much more accessible than before, making WinRT one of the essential frameworks available today for developing software on any platform.

WinRT is an excellent choice for developers writing their first Windows application. It provides an easy-to-use programming model and access to the native features of Windows 8/10, such as Live Tiles, Charms, and Notifications Centre. It also provides significant advantages over traditional Win32 development, such as faster execution performance on mobile devices due to its managed code base and improved memory management (garbage collection).

Another advantage of using WinRT is that it makes your app more portable than any other previous version of Windows Mobile. All you need is an understanding of how to use JSON or OData in conjunction with REST APIs, along with some knowledge of implementing multitasking by using background tasks and task managers. These features, in particular, are essential to maximizing performance on mobile devices.

Provides a high-level overview of how you can use WinRT to build applications for Windows 8 and 10 that can be installed/deployed on any device running the corresponding OS (desktop, tablet, or phone). In other words, your application can run across all these devices simultaneously without having separate versions for each type of device. This is especially useful if you want your app to maximize its chances of success in the marketplace. In addition, it will increase the market potential since it enables you to target more users than any other platform available today.

Since UWP apps almost always run within a window and have access to a standard set of controls such as text boxes, buttons, checkboxes, etc., you can use any of these controls in your WinRT apps without writing custom versions for them. So the learning curve is much lower when using UWP than other XAML-based frameworks. However, this does not mean that you cannot extend the number of controls available by writing your classes that inherit from existing ones or creating new ones altogether.

Windows 10 Mobile presents developers with a unique opportunity because they can now distribute their applications through the Windows Store, making it easier for users to find and try them out before purchasing them. Although this list is expected to grow over time, it currently includes some popular apps like Facebook, Uber, Zomato, etc.

The Windows Store also allows users to rate and review apps, giving developers instant feedback about their applications' performance. But, of course, getting your app approved by Microsoft can be somewhat problematic since they usually reject submissions that lack essential features or violating content policies, so you should not expect this process to be easy.

UWP is another option for writing mobile applications for Microsoft's latest mobile OS (Windows 10 Mobile), which is currently only available on a handful of devices, including some flagship phones from leading phone manufacturers such as HP, Alcatel, Acer, etc. Although UWP was initially included in WinRT, it has evolved into its separate API making the two incompatible even though both provide access to many of the same capabilities.

At the time of writing, there are around 1.5 million apps available for download from the Windows Store, which is a significant number but still a far cry from the numbers for competing platforms such as Android and iOS. One advantage that Windows Phone, in particular, has over its competitors is its high-quality games. In addition, there are many popular titles included by default with every purchase, so you won't have to pay anything extra to get them.

Although Universal Windows Apps can also be written using web technologies such as HTML/CSS/JS, they do not provide good performance compared to natively coded apps, even though Microsoft would like you to believe otherwise. This is because UWP relies on interpreted code execution rather than being compiled directly into machine code (native), making it slower and less efficient than native apps.

Although there are many countries where Microsoft is expected to launch Windows Phone within the next two years, it will struggle to compete against Android and iOS in many parts of the world because users in these locations tend to prefer those platforms. Although this may sound like an overwhelmingly negative assessment of this platform, I think that its future depends on Microsoft's ability to convince app-makers to build Universal Apps as well as their ability to attract new customers with low-cost devices such as those powered by Qualcomm's Snapdragon 400 or 200 CPUs which they can do by lowering licensing fees for phone makers who use them (currently $5 per device).

In addition, Microsoft has recently started offering financial incentives (to OEMs) for building devices with screens smaller than 9 inches, increasing the number of low-cost phones available in various markets. However, on the other side of this equation is Microsoft's ever-present need to make money by selling its hardware (which it does through high licensing fees) and subscription services like Office 365 rather than letting others profit from their platforms (Google).

So far, I've only discussed how you can write apps for all Windows devices using UWP. Still, it is also possible to build desktop applications that run on Windows 7, 8, 8.1 and 10 using C++/CX or even JavaScript/HTML5, which makes this platform an attractive alternative for developers who may not have considered targeting it before.

I should point out that this is but a very brief summary of the capabilities offered by Windows Store apps since there are many features that I have omitted to avoid making this article too long. Suppose you're interested in learning more about writing apps for Microsoft's latest mobile OS. In that case, I suggest that you visit, where you will find an online documentation system that provides lots of helpful information for free as well as additional resources that can be purchased or accessed via MSDN subscriptions (Developers who start their 90-day free trial now can access all of these resources at no charge).

New and changed features in WinRT 8.1

The XAML UI Framework in Windows 8 and Windows Phone 8 made significant vector graphics based on the Vector Markup Language (VML). It did a decent job but, by comparison, this feature does not look all that great when compared to the one included with Microsoft's latest OS, which uses DirectX 11.2 to render high-quality images composed of triangles at various angles allowing for more smooth edges/curves plus anti-aliasing (smooth pixel transitions).

Additionally, this framework version also supports multiple independent views allowing for simultaneous display across several windows and mixing 2D and 3D effects such as shadows and gradients. Finally, you can also animate your XAML apps by using keyframe animations such as those provided with Silverlight and WPF.

Multiple monitors support

This feature enables you to extend your UI onto multiple monitors, which allows for a greater degree of flexibility when creating desktop GUIs that support multi-monitor setups plus there is also the possibility that your app will be able to display additional content on a second screen while continuing to work in a normal mode on a primary monitor (this type of functionality makes it easier for companies to create apps that allow users to manage content from other devices while they are working on another device).

How does this benefit developers?

There are many benefits offered to both developers and end-users thanks to Microsoft's decision last year to make Windows 8.1 an open-source project, including the fact that developers can make use of this OS to create apps for devices ranging from smartphones and tablets running Windows RT all the way up through to PCs requiring high-end graphics processing capabilities (e.g., those that run x64 versions of Windows).

While Microsoft has made it possible for developers to create UWP apps that will run on desktops/laptops using x86 CPUs as well as ARM-based devices (using Visual C++, C#/VB, C++/CX, or JavaScript), they cannot do so using traditional desktop development languages such as Delphi since this OS only supports programming languages offered within the .NET Framework which means you need to learn either C# or VB.Net if you want to develop apps for Windows Store from within the Delphi IDE.

In truth, this is something of a shame since it would have been nice to have seen some form of support for Delphi on x86/x64 hardware. Still, I suspect it may be because Microsoft makes use of specific low-level system calls that need to be implemented differently between ARM and x86 devices, which made it hard/impossible to offer common code paths (That said, there are ways around this limitation as explained in Part 2).

It's worth noting that developers can continue creating new applications using the traditional Windows development model. Microsoft has also provided an enhanced version of Visual Studio called Visual Studio Community 2013 (VS2013), which can be downloaded for free as part of Microsoft's Open Program.

"Microsoft App Development – Windows 7 Apps and Modern UI Apps with XAML and C# Unleashed" is a comprehensive guide that will help you gain an understanding of the changes and improvements made to the XAML framework in this latest version plus it provides you with lots of information on how best to take advantage existing APIs within your apps.

This book offers complete guidance on how you can use Visual Studio Community 2013 to create apps that work across all supported versions of Windows from Vista through to 8.1 plus it also gives you access to source code containing useful snippets that are featured throughout the book so that you have something concrete upon which to base your apps.


Universal apps have been designed to work within a sandbox environment, meaning they can only access those resources that the user has granted permission to. This type of security works similarly to how it does on iOS and Android devices, so you can be sure that your users will find it easy to use these types of apps.

One advantage of this approach is that Windows Store app developers cannot mess with files or folders located outside their application's install folder (although there are certain exceptions such as the installation of device drivers during device enumeration), which means that your users can run multiple applications without worrying about rogue processes causing problems.

Another important aspect is that all .NET Framework assemblies must be signed before an app can use them. This is done using digital signatures generated using public-key cryptography so that it's possible to verify the authenticity of each assembly, which helps protect your users against malicious code being run on their PCs.

The final security measure implemented by Windows Store apps is designed to help protect user data since these apps encrypt this information whenever it's stored within app-specific folders (the exceptions being cached or downloaded). They will also use SSL when exchanging data with web services over the internet regardless of whether TLS/SSL has secured the connection or not.

Search Integration

Suppose you have opted to create a Windows Store app using XAML. In that case, it's worth knowing that Visual Studio will add references to the Universal extension SDKs that support integrating an application with the Search pane. This means that when a user searches for content within your app, they can do so from the context menu of Windows Explorer or inside certain apps, making it easier to find what they're looking for.

The search functionality supported by these extensibility points is designed to use Cortana (the intelligent personal assistant built into Windows Phone 8.1) to allow users to interact with their PCs using natural language plus it's also possible to implement voice commands if you decide to make use of this platform feature since all you need to do is speak the command. Then the app will process the request and display any results which match your criteria.

Login Integration Windows Store apps can integrate with Windows to support two types of logins: Microsoft Account, which is used for consumer devices, and Azure Active Directory (AAD) for business applications. If you opt for the former, then you'll need to create a developer account using your Microsoft email address before you can deploy an app into the marketplace. Still, if you choose AAD instead, your organization will have to sign up to access this service since personal accounts aren't available under this model. However, it's worth pointing out that businesses may already have accounts with one of these, so they might not have to set up AAD if they want to use it for app development purposes.

Once you've completed your registration, you will need to provide your credentials before Visual Studio can upload your final app package so that Microsoft's security team can verify these apps before they are published on the Windows Store website.

Windows 10 provides support for several ways in which users can log into applications, including traditional usernames and passwords plus single sign-on (SSO) using Azure Active Directory is also available since many organizations already use this service to manage access to directories, documents, websites, and cloud services.

Modern Authentication With User Impersonation

Starting with Windows 8.1, all Windows Store apps run under the user's security context, which means that the app cannot access resources on a PC using elevated permissions unless an administrator has explicitly granted them. This means that it's possible to use a standard user account for testing, or you can sign in with an administrative account when you start testing your app if necessary.

Another critical security consideration concerns authentication tokens since these are required whenever a Windows Store app needs to communicate with servers, cloud services, and other external resources. This information will be sensitive from a security standpoint.

To maximize security while still allowing apps to access the resources they need without compromising the end-user experience, Microsoft has implemented support for modern authentication protocols, including OpenID Connect, which allows users of consumer devices such as tablets and laptops to access apps and services with a single sign-on (SSO) experience where they don't have to provide their credentials every time.

Suppose you choose to support SSO for your Windows Store app. In that case, all the user needs to do is click on your logo (which must be placed in the Start menu), and this will cause Windows 8.1 or 10 to launch your app using default settings while providing these credentials automatically so that you can display their profile information within your UI while allowing them access into restricted sections of your application which might require administrator permissions. This means that an end-user of a consumer device can download and install your application from the Store and use it straight away without having to worry about creating an account or inputting their login credentials every time they want to use the app.

Windows 10 Support for Web Authentication When developing Windows Store apps, you can also take advantage of web authentication protocols which allow users to log into your application using a website without having to enter their usernames and passwords, which is useful when deploying applications onto kiosks where the end-users will need access to restricted sections but won't be able to type in this information each time (e.g. video jukebox). This allows them to play content using an internet browser while still supporting signing in anonymously if necessary.

Credential Locker Windows 10 supports credential locker, which is used by Internet Explorer 11 when it needs to store or use usernames and passwords as part of the SSO experience. This stores credentials in an encrypted file on a PC for future use, meaning that you don't need to prompt users for this information each time they access your Windows Store app.

User Account Control (UAC) and Virtualization Based Security (VBS) If you're developing apps or games which run with elevated permissions, then it's essential to understand the mechanisms that Microsoft uses to secure these applications using User Account Control (UAC). When user accounts run with elevated permissions, malicious code can take control of their PC if they can be tricked into clicking on a link or running an executable which they shouldn't do since they lack the necessary permissions. To protect against this, Microsoft has introduced virtualization-based security (VBS), which Windows 10 to isolate UAC-enabled processes into containers that are separated from the rest of the system using hardware-based isolation. This uses code integrity policies which make it difficult for untrusted apps to run on a PC without causing issues since they only have limited access within their container, meaning that even if malicious code manages to make its way onto your PC, then it won't be allowed to communicate with other parts of the system unless it conforms to these restrictions.

All applications running as administrators will not appear in file explorer as part of this feature. Instead, users will need to open up an elevated command prompt window (right-click on the start menu and select Command Prompt (Admin)) to run executables with elevated permissions. This means that most games and apps which require administrator rights will automatically cause Windows to open up this command prompt window and request the necessary permissions before executing the app or game executable. If your application falls into this category, you will need to mitigate any security implications that can occur when running applications in the background, such as preventing executable files from running multiple times at startup, which could negatively impact their performance.

Identifying If Your App is Running With Elevated Rights When developing Windows Store apps for Windows 10, it's essential to understand whether they are running with administrator rights since malicious software can use this information during a cyber attack to gain control over a PC. However, suppose your app is running without administrator rights. In that case, you will see a dialogue box when it's launched asking the user to allow their account to run with elevated privileges by clicking on the yes button, which users can decline or cancel if they don't want them to take control.

File System and Registry Virtualization If your application needs access to file system locations outside of its container, then you can use virtualized registry APIs to query the necessary information from other parts of the system without having any direct disk access, which means that Windows manages this within a container while still allowing access for authorized applications/games through predefined techniques such as Named Pipes and Shared Memory even if these files are kept offline. In addition, file system directories can be accessed using symbolic links that point to isolated storage locations, which are only available within the container where they are used.

Device Isolation When users install Windows Store apps on Windows 10, these are isolated from other processes by default through user accounts for authentication and device isolation. In addition, each application runs in its container, which is designed to make it harder for malicious software to interact with other areas of a computer because each app will have limited access due to being separated using hardware partitions. However, while this improves security, there's no guarantee that applications won't be able to communicate with other parts of a PC due to existing networking features such as Named Pipes or Shared Memory since these provide access outside of their containers even when the application is running without administrator rights meaning that your app could be vulnerable to attacks.

Data Isolation Applications and games running on Windows 10 are isolated from other parts of the system as well as each other, so they can only access their data because this information lives in a dedicated container which differentiates them from apps and processes used by other users, which helps to prevent unauthorized access, mainly if these user accounts have limited privileges. However, this does mean that there's no way for one Windows Store app or game to interact with another since they will be separated. Each will only have access to its directory where it stores its data which means that you cannot depend on any built-in technology such as sharing memory between different containers because these folders/drives are restricted to one application at a time, which doesn't allow two or more apps running under different user accounts to access its contents.

Capabilities It's essential for Windows Store apps and games to only use the necessary capabilities provided by the system so they don't expose themselves to vulnerabilities since advanced features can be used by malicious software during an attack. Suppose your app includes any of these features. In that case, it will be listed under the declaration part within its package manifest. First, you need to precisely define what it is allowed to do on a PC with administrator rights before users can download and install them, followed by listing their tasks within this section. When users first launch your app, Windows 10 will ask if they want it to have permission to access their system to check network connections, send notifications, access the calendar, share content with other apps installed on their PC, along with many others, however, if your application needs to use these features during operation but requires admin privileges to do so because they are only available for use by administrators.

While it is essential to understand all of these technologies and techniques before you start building Windows Store apps that can benefit from containerization so that you know what's possible and what might be a little too advanced or not necessary for basic applications/games while keeping an eye out for any security threats since using containers won't guarantee you have a secured system unless additional precautions have been taken especially when dealing with networking features such Named Pipes which allows communication between apps running under different users since this will require you to carefully review, test, and implement the necessary changes to keep your app secure.

Developer mode is a particular instance of Windows 10 that runs in its container, which allows you to do many things that standard user accounts can't, such as installing apps for web development purposes without having access to all of the features provided by administrator rights security requirements. In addition, since apps built on developer systems aren't exposed to threats like malware or viruses, which are commonly developed using non-developer accounts, anything downloaded from outside sources (e.g. App Store) will be blocked by default unless it's signed with specific keys trusted by Microsoft allowing developers who don't have access to consumer accounts protected by Microsoft Edge to download apps from outside sources for testing purposes within this environment.

Software and hardware compatibility layer

is a technology that allows many classic Win32 applications to run on Windows NT as Windows Runtime apps meaning it's built on top of the Desktop Window Manager using libraries provided by Microsoft, which translates all of this information between your app and the underlying operating system so these traditional desktop apps can be used without being rewritten. However, they will still have access to files stored outside containers even if it's stored in an area limited to admins only, so they don't have sufficient security defences.

Uses for isolated containers According to Microsoft, it can isolate applications from other types of software installed on the same device because it increases security within a computer system since each container has its own memory space where it can store data separately from other processes which prevent one process from tampering with another. This means that apps can't steal data from other processes or inject malicious code into them, allowing the system to run more securely even if one app is compromised than what would be possible on any other type of system where all apps are running together under one user account.

Nowadays, it's common for developers or hackers to create malware which is designed to exploit bugs found in major browsers so they can gain access to sensitive information stored online such as passwords bank authentication details because browsers store this data within memory where malware running on your PC may be able to read these bits of information leaving users vulnerable if their computer has been infected by a virus/malware since there are many clever methods developed each year that allow hackers just bypassing browser security measures for stealing your data.

Since isolated containers are sandboxed within a system, any malware running on our PC won't be able to detect the existence of other processes, which will prevent them from being able to collect information about what's installed or running on your device unless that app has been specifically written with the ability to escape its container. However, it can only access files stored within its container, so malware still has limited abilities by itself due to the security protections provided by Microsoft.

Developer mode is different from standard user accounts where you have administrator rights, so this means that apps are sandboxed using Windows 10 APIs, which are used for creating Windows Runtime apps, also known as Universal Windows Platform (UWP) apps since they're considered more secure than developing using standard apps installed on consumer PCs or devices allowing you to run any app that's been created by your developer account. However, it can only access files stored within its container, so malware still has limited abilities if it wants to escape sandboxed containers.

Developer mode also allows you to access advanced features of the operating system which are generally hidden from users creating apps for the general public like installing software outside of Store, enabling Developer Mode (Settings > Update & Security > For Developers), configuring Hyper-V (using Command Prompt as administrator) and even sideloading UWP apps with certain limitations like Windows 10 Home users will only be able to run these apps if they're created using a Microsoft account linked with their PC instead of one created using a personal account. In contrast, Windows 10 Pro and Enterprise users can run any UWP app created by either type of account.

How to create a windows phone 8.1 application?

Summary In conclusion, using isolated containers in Windows 10 PCs provides greater security for the operating system because apps installed from the Store are sandboxed so they don't have access to other processes running within your device or even data stored outside its container, which would otherwise allow malware installed on an affected PC to steal sensitive information from one process and inject malicious code into another giving it administrator rights allowing it to do anything on our computer until this bug has been patched which could take up to a week since Microsoft Corporation have a team dedicated just for finding these types of bugs before hackers find them themselves than creating exploits taking advantage of the vulnerability.

The user interface for tablets and larger devices running Windows 10

Includes a switch to turn off the touchscreen which might be helpful for those who have problems using their device because of its screen.

It's possible to store your files within folders located on OneDrive, so any changes made will be automatically synchronized across all Microsoft accounts linked with that PC. Still, you can also turn this feature off if you don't want to use it right now or avoid storing sensitive data stored, thereby turning this option off; otherwise, anyone could access it from another computer sharing the same account.

Removed features other

then the Start Menu, which is now only available on PCs running Windows 10 Pro or Enterprise editions, includes AirDrop, automatic app security updates, Cortana, DirectX 12, and other features like Storage Spaces (now called drive extender), Hyper-V (which is now only compatible with Windows 10 Enterprise), Mixed Reality Viewer, Paint 3D Preview Beta, Remote Desktop server for endpoints, Storage Explorer, Virtual Desktop Infrastructure (VDI) Client Connection details, Windows Ink Workspace along with the webcam utility.

It's possible to start this PC up using another operating system by following these steps:

1. Open Command Prompt as administrator by right-clicking its icon on the bottom left part of your screen or using search.

2. Type the following command: bcdboot c:\windows /s C:

3. Restart your device and choose the Boot Menu from the Advanced options.

4. Use the arrow keys to select your operating system from the list and press Enter on your keyboard.

5. Wait for the installation to complete and restart your device.

6. You can then access Windows 10 by opening File Explorer and clicking This PC located on the window's left pane.

Developer mode also allows you to access advanced features of the operating system which are generally hidden from users creating apps for the general public like installing software outside of Store, enabling Developer Mode (Settings > Update & Security > For Developers), configuring Hyper-V (using Command Prompt as administrator) and even sideloading UWP apps with certain limitations like Windows 10 Home users will only be able to run these apps if they're signed with a Microsoft account (Settings > For Developers), otherwise, these apps will open but crash after several seconds.

Removing the listed features allows users to save space on their device's hard drive which can be especially useful for low-end devices or poor storage models since they often come preinstalled with bloatware.

Windows Phone 8.1 includes Siri support, improved Bluetooth options, screen rotation lock, and Cortana search results.

How to remove the developer mode option in Windows 10 using the registry?

Open Registry Editor by pressing Windows+R, then typing regedit into the text box and hitting enter. Further instructions are available within this article. First, locate the following key: HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\AppModelUnlock Once inside, double click the AllowDevelopmentWithoutDevLicense key and set its value from 1 to 0. Finally, restart your computer for this change to take effect.

To activate Windows 10's hidden GodMode folder: Go to Control Panel > Folder Options > View and check "Hidden items." Hidden files will now appear alongside a new option called Show hidden files, folders, or drives. Click that option, then go into AppData, located within your Username folder. You can now access all of Windows' system tools from one file, which you can find inside the main folder named GodMode.

What is Windows Phone Recovery Tool?

The recovery tool allows users who have problems with their phone to reset it to the factory settings, which means it will erase all user data and restore your device to its original state.

Windows Phone 8.1 also included a system-wide dark theme, Cortana improvements, Xbox Music and Video apps, improvements for customizing Quick Actions (3 dots) from Action Center, option to customize the colour of the navigation bar in Universal Windows Apps on devices with OLED displays, new languages for voice dictation plus more.

In case you've been having problems with Windows 10's Anniversary Update, such as sudden reboots while installing updates or other issues during the installation process itself, then consider reinstalling this version instead of waiting for Microsoft to fix these bugs. You can do that by going into Settings > Windows Insider Program, uninstalling the latest build and restarting your device.

Most Windows Phone 8.1 apps will most likely also work on Windows 10 without any significant problems. However, some of them might require updates first. If you want to know whether or not a specific app works with Windows 10, try installing it from Store first before checking back here for more information.

Tell me the best Windows version?

And Windows 10 is the best because it's the only version that gets new features regularly.

Microsoft needs to fix bugs like this as soon as possible before they release their next update for Windows 10, which should address these issues even further since its primary purpose is to bring all supported versions of the operating system together by unifying its codebase so that developers can easily port UWP apps at will without making significant changes.

Redmond operating system smackdown: Windows 7 vs. Windows 8 vs. Windows 10

Windows 10 is the best version of Windows because you'll get more new features than with any other OS out there while having the ability to run whatever you want on top of it without relying on emulation or virtualization. However, suppose you're still using an older version. In that case, I suggest updating for free since Microsoft won't charge users for future updates as they did with Windows 8/8.1 and even offer security improvements until October 2020. The same goes for Office 365, which no longer has permanent licensing since subscription costs more over time but offers better value overall compared to the perpetual license model that most companies use these days.

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