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What is .NET Used For?

Dot NET Used For

Everything You Wanted to Know About What is .NET Used For?

If you are new in the programming industry, you may wonder what .NET means. Besides, you may have heard of other confusing terms, such as .NET framework and .NET Core, that complicate the entire concept. Although there exists a correlation between these terms, they all work best in different operating systems.

Therefore, if you want to become a .NET developer, there are many things you must understand before you can realize your dream of joining a team of software developers at Sonatafy. Today, the number of Software developers in the USA stands at approximately 162,900 and is likely to grow by 25% by 2031[1]. With an average salary of roughly $120,730 a year, a .NET software developer career opportunity is worth your effort and time.

Whether you are just starting in the development industry or already a software developer, a better understanding of .NET is essential. This article will break down what .NET is and how it is used. We will take a deeper look at why .NET was created, how it has evolved and why .NET technology is essential in the development industry.

Introduction to Uses of .Net

Microsoft created a free .Net framework for developers to build and run Web, mobile, and IoT applications. Like the Web, .NET is a cross-platform ecosystem with no boundaries, so it is compatible with many Microsoft or third-party programming languages, libraries, and editors. The .NET framework supports diverse applications, including web pages, financial systems, media companies, and apps for Windows and other platforms. Microsoft uses .NET to provide an open-source implementation of these technologies on Windows in its .NET Framework. Developers can also develop software applications on its server technology ASP.

Most people leverage the dot NET framework’s language interoperability to develop programs using different languages. This feature makes it easy to capitalize on the competencies of various programs on one project. Besides, the .NET’s Framework Class Library (FCL) provides foundational classes for most programs. These classes offer algorithms such as sorting, searching, and hashing common data structures: arrays and dictionaries.

.NET

Although .NET was once Microsoft’s window-exclusive framework, its popularity keeps growing around the globe. Recent statistics show that it is second after Node. JS. in favor. .NET supports many programming languages, including C#, V.B., and J#. Since its inception in 2002, .NET has advanced from Microsoft Windows Development’s standardized software development framework to an open-source development framework for many channels. Microsoft designed the .NET foundation to improve accessibility, affordability, and consistency in software development. They connect .NET to a massive ecosystem to offer a reliable open-source development framework. . NET’s ecosystem includes:

  • Windows Presentation Foundation: WPF put .NET developers in control of the design. Developers can use this user-interface tool to build a U.I. in code and customize it without having to use XAML
  • Forms in Windows: .NET framework uses this GIU library to create applications. They have also been used as components in other graphical user interfaces (GUI) frameworks.
  • ASP .NET Forms: This framework allows developers to create web-based applications that remain secure and accessible throughout development.

Many developers consider .NET a powerful development tool with a consistent programming model for building and running applications in languages such as C# and F#.

Top Uses of .Net

Developers use the .NET framework to build different types of applications. Benefits such as increased efficiency and task automation have contributed to a higher productivity level and popularity of .NET applications. Besides the ability to use multiple languages, .NET has more user-friendly and intuitive tools. Developer use .NET’s code editors to eliminate errors that may affect the final product.

NET framework has various applications, from critical systems to client-side web applications and mobile apps. For instance, Web applications in institutions such as healthcare, insurance, consultancy, banking, retail, and education use .NET for different purposes.

Additionally, cloud development and microservices use .NET’s development tools. Most of these custom solutions prefer .NET to other platforms because it is an easy-to-use framework with rich development tools and features.

The main uses of .NET include the following:

Gaming Applications

.NET is generally used in developing games that run on multiple consoles. The cross-platform feature allows developers to make a game for various platforms. Developers can create games in C# and compile them for any platforms supported by .NET. Besides, .NET’s open nature is another advantage game developers leverage from using this platform. Anyone can inspect the games’ source code and modify/ improve it for a better gaming experience. NET’s responsiveness and versatility are other reasons for its use in games that range from clones of popular blockbuster games to new ones and original titles. Game developers that create high-performance gaming applications use the .NET framework.

.NET in Machine Learning

Games in genres such as adventures and strategy use the .NET. Some specialized tools in .NET allow developers to incorporate interactive features in these games. Besides, NET in machine learning is for developing applications that require parallel programming and numerical computing across different frameworks. The .NET framework provides machine learning facilities for data mining, statistical analysis, and financial modeling.

.NET in IoT Projects

.NET is essential in helping enterprises fulfill the demand for interactive services. The latest application in the Internet of Things bridges the communication gap between devices. .NET’s Universal Window platform allows developers to package different programs together to make one developer-friendly program.

Using .NET for IoT has many benefits. For instance, it can promote continuity in situations where devices are connected. .NET for IoT improves the ability to communicate with more than one device at once, including many at the same time.

Re-designing And Scaling Applications

DotNET has tools developers use to re-design and scale applications to meet the growing needs of various organizations. Microsoft created .NET to make it easier for developers to create complex, robust, and modern applications. Therefore, organizations must continuously scale or re-design their Web, desktop, or mobile apps and business intelligence tools to align with the growing need. Organizations may choose to scale or re-design the programs for the following reasons:

  • To switch to large-scale applications on .NET
  • To respond to the need for an application that runs on a variety of operating systems
  • To create programs that are compatible with the latest web technologies
  • To develop programs that can publish over the Web instead of a download.
  • To align with the demand of running high-performance, robust, and scalable data centers.
  • To make programs with an interface that is more accessible to the people.

There are many ways developers can use .NET, depending on their design and scaling needs. .NET is an excellent tool for enterprises looking to re-design apps or develop new ones.

To Develop Multi-layered Software Architecture

. NET’s software architecture is multi-layered. This multi-tiered software architecture provides a foundation for building software deployed to various platforms. It has modernized modernize the way developers create and deploy applications. Microsoft designed .NET in a modular architecture to simplify development. Besides allowing reusable code over multiple projects, . NET’s modular architecture facilitates the separation of function. This function will enable developers to separate data management, application processing, and presentation of agile applications. It simplifies development by allowing developers to work on different sections without disrupting the application process. You can add or edit layers in .NET’s flexible application development.

Web and Desktop Applications

Enterprises require applications with an innovative user interface. Fortunately, .NET is one of the many available options for application developers. They use the .NET framework to build desktop applications that fulfill their need. However, there are many compelling reasons why developers prefer .NET to other platforms. One of the main reasons is the developer’s ability to develop interoperable applications. .NET provides a great feature that guarantees that the programmer and developer’s application remains coordinated and compatible with many platforms. As such, .NET is primarily used for server-side applications that can be used easily on mobile phones like smartphones and tablets, desktops, and laptops.

Web developers use ASP.NET to develop web applications with robust features for windows and Linux systems. Enterprises consider .NET has the best framework for websites with a dynamic user interface.

Why Use .NET?

Several essential components in.NET aid in development. Developers use these components to create desktop and cloud-native applications. Its incredible breadth allows the effective creation of mobile apps, games, and Internet of Things (IoT) devices. Developers use .NET to leverage the following advantages:

The IDE for Visual Studio

Many IDEs support the .NET framework. However, .NET is limited to Microsoft Visual Studio. However, the IDE for Visual Studio allows users to create and edit programs in C#, F#, or VB.NET. Visual Studio comes with the help of many extensions, editors, and tools, making it an even more powerful and versatile tool. However, it is complicated for a beginner with no experience in C#. It allows programmers to create applications like enterprise web servers, webpages, or mobile apps.

Portability

All applications developed in the .NET framework remain portable. The ability to compile in a Common Intermediate Language (CIL) is the reason for the portability of the .NET applications. CIL allows .NET to interpret the application’s intermediate and machine-independent code.

Community Support

The .NET community has many developers with experience and expertise to answer any query around the entire development process. You can consult any .NET developer if you get stuck today. Besides, you can find several experiences and challenges experienced developers have encountered while working on .NET. The Microsoft team guarantees that community support and assistance are always available for programmers. Everything you need, from beginner tutorials to intermediate user guides and help articles, is on hand. Besides, the .NET Community Forums have improved access to .NET community support. The .NET community features a diverse team of individuals. Regardless of your challenges, you will get resources, documentation, and other services to help .NET users.

Cost

.NET is a suitable choice for a beginner looking for a software framework that provides comprehensive libraries, components, and tools users might need while creating applications. The .NET development environment is equipped with the necessary tools and editors. Microsoft’s IDE support makes it a cost-effective choice for developers looking for an open-source platform.

Improved Performance

.NET has a just-in-time compilation process that enhances its performance and speed. Besides forming responsive results, .NET allows flexible processes and dynamic experiences. Anyone looking for a platform that boasts speed and reliability should choose the .NET framework.

Multi-Language Support

Besides having library classes with web development resources, .NET supports many programming languages. Software developers enjoy the freedom to choose the language they want to build web applications. .NET framework comprises a family of languages, compilers, and libraries you can employ for web applications. Developers can visit the .NET Framework’s Base Class Library (BCL) for string manipulation and data management’s most-used routines. . NET’s class library has media and graphic resources developers can use to build web applications with accuracy. The common language runtime (CLR) used in all languages in .NET is the same, allowing developers to use different languages. Besides, there is no difference in interpreting the data types in any language. All languages use the same data type interpretation. This approach eliminates conversion issues in a framework that does not provide multi-language support. NET’s multi-language support enforces a program’s security by managing the conversion of the native code from intermediate and source code.

Platform Independence

Although .NET was initially designed for Windows operating system, developers can utilize the .NET framework on various operating systems, including Windows, Android, iOS, and the Web. This cross-platform compatibility allows the development of multiple applications for any platform. The highly dependent platform that backs developers with every possible development solution and flexibility to create software for different platforms. The .NET Framework enables developers to create applications that run on any device in any environment or runtime without modification or porting effort.

Improved Reliability, Security, And Compatibility

Anyone looking to outsource software development solutions should find a company that prioritizes the .NET framework. Dot NET is a reliable platform known for the following:

  • Consistency in allowing code reuse in different tasks
  • Fast-loading time and improved stability
  • Reliability is assisting developers and improving trust in the framework
  • Secure and scalable applications.

Manageable Code

.NET is a managed code programming framework that supports controlled languages, such as C# and Visual Basic .NET developers use these managed programming languages to create managed applications. The benefit of having a managed code means that the system CPU interprets machine-readable instructions without the developer writing every line of code. Developers can deploy .NET in many ways depending on what tasks are required for each application because the code is .NET is easy to write and deploy.

Better Performance

.NET provides developers with a wide range of tools in a framework that offers excellent performance. In most cases, developers use .NET to create an automated system, especially for a process that should be done repeatedly. When you execute a repeated cycle, the computer does all the work in the background. The latter is possible, thanks to reuse with the inheritance that enables developers to use a class’s methods without creating a new code during every coding instance. .NET has statistic methods, base classes, and partial classes that enable code reuse. Microsoft is known to promote the build once run anywhere concept that uses the reuse with inheritance. .NET allows web developers to use the same source code in producing applications that run on multiple operating systems with the .NET Framework. Contemporary web developers use this concept to create an assembly once and then use it from ASP.NET. Therefore, .NET help in saving time and effort in developing applications.

Automatic Monitoring and other Features in .NET

The automatic monitoring feature allows developers to create robust applications faster and with fewer errors. The Dot NET framework provides automatic server diagnosis for problems that could remain undetected with a monitoring solution. Microsoft .NET monitoring’s Applications Manager periodically checks for errors and other problems. It automatically resolves issues such as memory leakage and infinite loops. .NET can monitor the following components:

  • Memory Usage
  • Security
  • Server performance
  • Thread Pools
  • Infinite loops
  • Memory leakage
  • Locks
  • Network Traffic
  • JIT
  • Exceptions
  • Connections

Programmers using .NET do not need to worry about allocating and de-allocating memory. Instead, the .NET CLR explicitly allocates memory through its automatic resource management built-in functions. Besides Automatic Monitoring and automatic resource allocation, .NET is famous for features such as a toolbox that allows the drag and drop function in web development.

Disadvantages of .NET Development

Although .NET has a reputation for being a framework that provides many features, it has flaws. The Major disadvantages of .NET development include the complexity and difficulty of building reusable code or easy-to-read APIs. Besides, programmers using .NET cannot create a Unix socket by default. Developers must install a third-party application to use sockets Other issues include the following:

Memory Leaks

The most reported disadvantage of using .NET is that it experiences memory leaks. However, this is not a problem exclusive to .NET. Caching is also a problem developer encounter with the .NET framework. Unfortunately, anyone using .NET must invest in additional resource management tools to compliments .NET’s Garbage collector.

Limited Object-Relational Support

.NET uses an entity framework, an open-source object-relational mapper, that does not support many database designs. Frameworks such as .NET that use the Object-Oriented Programming approach remain limited to data-oriented software application development support. Some developers argue that it limits functionality, although it provides a bridge between SQL databases and objects in .NET.

Difficulty in The Transition to .NET Core

Some companies want to transition to .NET Core, but it is a long and challenging venture for those running on older .NET versions. However, transitioning to the open-source software development platform developers use to build scalable applications designed for a modern audience could benefit your business. You want your enterprise to leverage a cross-platform runtime environment that implements the common aspects of all three major .NET platforms (Windows, macOS, and Linux). Unfortunately, it is sometimes challenging to transition this application to the latest version.

What is the .NET Framework?

The Microsoft .NET framework is a software execution environment for computer programming services available on Windows and other platforms. Software developers that use this framework are assured that the apps they design here are interoperable with any code from other programming languages. It features a common language runtime, .NET Framework Class Library, and Windows Communication Foundation. Microsoft designed the .NET framework to accommodate its object code no matter the programming language used for the code, where it is stored, or executed.

Thanks to the multi-tiered software architecture, developers use this framework to increase productivity and minimize programming errors. Microsoft’s .NET technologies promote the modular approach to software development, allowing developers to add or edit layers without disrupting the application process.

The common language infrastructure (CLI) framework manages essential services that affect communication between libraries and programming languages. CLI ensures that system services such as compilation and thread execution work together. The class library contains reusable class libraries and provides language interoperability. It includes functionality for programming services required to work with Windows Forms or parse Extensible Markup Language (XML. The framework combines features from Microsoft’s past window APIs to a platform intended for new applications created for the Windows platform. Microsoft uses Visual Studio as the primary development tool for .NET apps. You must understand C# OR Visual Basic to excel in using the .NET framework.

How Does The .NET Framework Work?

Software developers use .NET for server-side software to run in any .NET-compatible environment, like Common Language Runtime (CLR). The process begins with compiling the source code into an intermediate language (I.L.) for the native machine code instructions. I.L. remains stored in the assembly before the CLR can validate and translate it to machine code instructions. The framework means that most of the code written for these applications or games will only need to be developed once. Besides, the version conflict in development is resolved because developers can store multiple CLR on one operating system.

The History Behind .NET

Microsoft’s quest for a managed code framework began in the late 90s. Managed code is a programming language that is compiled into machine code. Microsoft designed the code to run runs on various .NET Frameworks over the years. All the .NET frameworks consist of managed code and extensive class libraries that developers can use to build their applications. Unlike native code written in the same language as the operating system for which it was designed, managed code on the .NET framework accepts most programming languages. Most developers prefer a managed code that relieves them from low-level efforts such as active memory management. .NET framework has evolved over the years to the recent .NET 6.

The .NET Framework era

Microsoft targeted window-based computers and servers in the first .NET framework that succeeded the Microsoft Foundation Classes (MFC). Before its debut in 2002, the company included the following elements in the framework: WinForms, ASP.NET, and ADO.NET. The three features improved access to the GUI library, the Web, and data sources. Besides, the framework used the Common Language Runtime (CLR) to compile and execute the managed code for these elements. The framework formed a basis for improvement to span new desktop graphical systems (WPF). The first release’s framework class library (FCL) featured numeric and network libraries. Besides, developers could access the base class library (BCL) that provides a rich object-oriented programming model. The updated .NET framework has features such as runtime updates and APIs that improve the managed code. Microsoft’s previous object-oriented framework created the first environment that provides translations for languages such as Visual Basic and C#.

The .NET CORE era

Microsoft shifted from the first .NET release to .NET core in 2014. .NET Core era ushered in a cross-platform, open-source version of the .NET Framework. The platform targeted Linux, macOS, and other operating systems as well. Microsoft tapped into the cloud developer by including cloud-friendly features in the .Net Core framework. With the focus on cloud computing software development lately, many people are looking for a cloud-friendly platform to create faster and more scalable applications without sacrificing development quality[2]. Enterprises are looking for an easily scalable framework for highly flexible services.

.Net Core became available for .NET users in 2016. Any developer considering this new version was after its core service and those that Microsoft ported. Microsoft encourages developers to source alternative services, such as Windows Communication Foundation (WCF), that did not receive an official port from working with the core.

The .NET Core era was significant in Microsoft’s acquisition strategy. The company was looking for a cross-platform mobile development platform in 2016[3]. As a result, it acquired Xamarin and made it open source to .NET developers. In 2018, Microsoft achieved another milestone by providing the following:

  • Open-sourced Windows Presentation Foundation (WPF)
  • Increased transparency between developers and Microsoft’s team
  • Win UI frameworks
  • Windows Forms for the .NET framework.

The .NET 5 and .NET 6 era

The two use the framework of a window that includes the Common Language Runtime (CLR), a strategically important software development system. In May 2019, Microsoft announced the release of a .NET Core 3.1 and .NET Framework 4.8 successor that will unify the software development ecosystem. .Net 5 targeted commercial software developers with support for enterprise application development, Web programming, and other cross-platform services. Unfortunately, the recent COVID-19 pandemic delayed the release of the unified development platform .NET 5. However, Microsoft finally released .NET 5 with the following features:

  • New APIs
  • WPF
  • WinForms
  • NET
  • Multi-language features
  • Improved runtime capabilities
  • NET Core
  • Xamarin
  • Entity Framework Core.

.NET 5 set a unified foundation with robust characteristics for building macOS, iOS, Android, and tvOS applications. Developers can also use WebAssembly in .NET 5.

In November 2021. Microsoft released the final parts of the .NET 6 version used in IoT, mobile, and desktop environments. Besides allowing cloud-based development, .NET 6 boasts of allowing developers to share runtime and .NET libraries in building projects across different domains. .NET 6 finalized the unification process with the NET MAUI feature. Developers can use this Multi-platform App U.I. to develop an application that requires a cross-platform framework.

The following list highlights .NET 6’s importance in cross-platform software development:

  • .NET 6 allows the sharing of runtime and libraries, which improves performance. This approach decreases the framework’s memory use, latency, and execution time.
  • .NET 6 supports the ChaCha20Poly1305 encryption scheme, a symmetric-key encryption algorithm that improves security. The .NET 6 Framework also includes support for OpenSSL 3.0, an OpenSSL cryptographic library for implementing Transport Layer Security (TLS v1) and Secure Sockets Layer (SSL v2/v3) protocols[4]. OpenSSL 3.0 provides encryption that protects your data from unauthorized access.
  • Long-term support for a stable .NET framework. Microsoft offers three years of support for .NET 6
  • API framework allows direct memory manipulation and JSON processing.
  • Support for windows Arm64
  • Apple Silicon (mac OS Arm64) support.

What is a .NET Development Platform?

.NET is a software platform from Microsoft that allows developers to build applications. It remains an open-source project with full access to all the source code. The .NET development comes in four frameworks and libraries. The four include:

  • NET Framework
  • .NET Core
  • Xamarin
  • Universal Windows Platform (UWP).

.NET platform implements the four frameworks to develop web and Windows applications for all browsers and operating systems.

.NET Framework

Microsoft designed the .NET framework in 2002 as the earliest .NET development framework. Programmers used it to develop various applications and operating systems, such as many versions of the Microsoft Windows operating system. The framework consists of a class library, tools, and runtime components. .NET framework includes the following application models:

  • Windows Presentation Foundation (WPF): Developers use WPF for graphic interfaces for most desktop client applications. This U.I. framework uses the Extensible Application Markup Language (XAML) capabilities to create intuitive graphic user interfaces.
  • Windows Forms: .NET developers use this GUI class library to create applications. Thanks to window forms, most .NET desktop applications have easy-to-update or deploy graphics.
  • Base Class Library (BCL): I.T. provides functionality, allowing developers to use pre-compiled code repeatedly without recompiling. Microsoft has created for you a set of out-of-the-box interfaces, classes, and value types in Common Language Runtime (CLR). Developers use this Framework Class Library (FCL) to work faster and minimize errors. You can also find data access technology and ADO.NET within the base class library.
  • NET: Developers use this component in developing web applications. ASP.NET provides a reliable and scalable development platform for dynamic websites. ASP.NET simplifies the process of building web applications and websites. With Common Language Runtime at its core, ASP.NET allows developers to code using different .NET-compliant languages.

.NET Core

This open-source computer programming platform based on the Common Language Infrastructure (CLI) is a rebuild of the .NET 5 framework. Unlike old .NET versions, developers can use .NET Core for applications outside the window family. Although it was initially a Microsoft .NET initiative, developers can port .NET core to Linux, macOS, FreeBSD, and Android. Microsoft includes this feature to conquer the growing demand for cross-platforms for the cloud space. The Stack overflow survey ranks .NET core among the top five popular web frameworks in 2021[5]. This popularity is because .NET core combines features from the Universal Windows Platform (UWP) and ASP.NET Core to produce a better cross-platform. The ASP.NET Core comes with software development features you cannot find in its predecessor, ASP.NET. It assumes a modular framework for developing OS X, Windows services, and web apps. The most recent ASP.NET core in .NET 6 has a new feature that allows developers to build mobile back-end apps. You can use the Hot Reload feature to update the code while the app runs. You can switch between C#, Visual Basic, and CSS source files without unnecessary restarts.

Xamarin

Xamarin is a cross-platform mobile app development platform that allows developers to use a single set of code to create native iOS, Android, and Windows apps. Microsoft acquired it in 2016, making Xamarin an open-source branch for .NET Framework. Xamarin comes with Xamarin Studio, an IDE that can integrate with Visual Studio or Xcode. You can use an adjusted version of the .NET framework compatible with Xamarin Mac and iOS. Xamarin is unique because it uses a Mono runtime to create native iOS, Android, and Windows apps. Despite using a single code, the entire .NET ecosystem works because it provides components, compilers, and languages for all runtimes.

Universal Windows Platform (UWP)

UWP is the standard system that helps combine desktop applications, web experiences, and mobile apps into one robust ecosystem. It enables the development of universal apps for the Internet of Things (IoT) devices, Xbox, Hub, and windows. Unfortunately, the latest .NET 5 and .NET 6 do not support UWP projects.

The .NET Standard

The .NET development platform allows developers to use a single base-class library to develop web applications. Instead of mastering or using Xamarin, .NET Framework, and .NET Core separately, the .NET standard provides a unified ecosystem for the three. Developers can leverage benefits such as reusing components and APIs across different platforms. However, you must use Visual Studio IDE to compile, debug, and publish applications.

Common Language Runtime (CLR)

The CLR is used in Microsoft’s managed code, running on many programming languages, including C#, Visual Basic .NET, and F#. The Common Language Runtime allows .NET to manage memory, process codes, and provide code or thread execution. Microsoft introduced CLR to enable developers to work with multiple languages. CLR ensures that the code works as intended and the dependencies remain intact by providing the necessary runtime checks. It allows communication between dependencies and integrates codes for designs built with multiple languages. .NET core’s open-source CoreCLR is identical to the .NET framework’s CLR.

  • Net Supported Languages

.NET engineers can use many programming languages, with the most popular ones being C#, Visual Basic, and C++. .NET-supported languages are divided into the following categories:

  • Primary languages include Microsoft’s officially supported languages, such as C#, F#, and Visual Basic.
  • Other CLI-compliant languages include C++/CLI, ADA, and IronPython. .NET uses the common language infrastructure to enable programmers to work in up to 25 CLI-compliant languages. Programming languages such as IronRuby are no longer used in the .NET platform.

.Net Developers Frequently Asked Questions About What is .NET Used For?

When Do You Use .NET?

Microsoft designed the .NET to provide a scalable environment that improves accessibility, affordability, and consistency in software development. Developers use .NET in the following situations:

  • When designing scalable products
  • When responding to cross-platform needs
  • When scaling enterprise infrastructure.

What is .NET used for mostly?

.NET is a general-purpose framework that is popular among developers building software applications. Many software developers use .NET to leverage the Common Language Runtime (CLR), which provides services like garbage collection and memory management.

Where is .NET Framework used?

Moat industries use .NET, making it one of the most used programming languages today. Industry sectors such as banking and finance, construction, government agencies, and gaming industries use the .NET framework in different areas, mainly in software development.

Why is .NET Important?

.NET has important core components with next-generation tools for developing business applications. Windows Forms is one of the essential components of the GUI framework. .NET’s role in providing the broadest toolset for businesses to scale their application and software is unmatched.

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References

  1. [1]S. Bureau of Labor Statistics. (2022, September 9). Software developers, Quality Assurance Analysts, and testers: Occupational outlook handbook. U.S. Bureau of Labor Statistics. Retrieved November 19, 2022, from https://www.bls.gov/ooh/computer-and-information-technology/software-developers.htm
  2. [2] Vailshery, L. S. (2022, February). Topic: Cloud computing. Statista. Retrieved November 19, 2022, from https://www.statista.com/topics/1695/cloud-computing/#topicHeader__wrapper
  3. [3] Bridgwater, A. (2016, March 1). Microsoft acquires cross-platform Xamarin to drive ‘Universal windows’ dream. Forbes. Retrieved November 19, 2022, from https://www.forbes.com/sites/adrianbridgwater/2016/02/25/microsoft-acquires-cross-platform-xamarin-to-drive-universal-windows-dream/
  4. [4] Caswell, M. (2021, September 7). OpenSSL blog. OpenSSL Foundation. Retrieved November 19, 2022, from https://www.openssl.org/blog/blog/2021/09/07/OpenSSL3.Final/
  5. [5] Stack Overflow. (2021, May). Stack overflow developer survey 2021. Stack Overflow. Retrieved November 19, 2022, from https://insights.stackoverflow.com/survey/2021#most-popular-technologies-misc-tech-prof
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