C # Business Application Development. C # Software Development Outsourcing.
C # Programming Language
Today C # (C-Sharp) is one of the most demanded programming languages. It is very widely used in projects of all sizes, in the development of a wide variety of software products. Accordingly, the number of specialists who want to work with the C # language is growing from year to year.
The main reasons for C #demand.
C # is a relatively new programming language with two main advantages:
- C # is designed and developed specifically for use with the Microsoft .NET Framework (an advanced platform for the development, deployment, and execution of distributed applications).
- C # is a language based on a modern object-oriented design methodology, and while developing it specialists from Microsoft relied on the experience of creating such languages, built following the object-oriented principles proposed about 20 years ago.
It is necessary to emphasize the importance of the fact that C # is a complete programming language. While it is designed for generating codes that run in the .NET environment, it is not a part of .NET. Several features are supported by .NET but not supported by C #, and you might be surprised to find that there are also features that are supported by C # and not supported by .NET (for example, some cases of operation overloading). However, as C # is designed to be used on the .NET platform, it is crucial for you as a developer to understand the .NET Framework if you want to effectively develop C # applications.
C # development is the basis of software creation in the modern world
C # is a programming language designed for developing a wide variety of applications to be executed in the .NET Framework. C # is simple, type-safe, and object-oriented. Due to many innovations, C # enables rapid application development while retaining the expressiveness and elegance of the C languages.
Visual C # is the Microsoft implementation of the C # language. Visual C # support in Visual Studio is provided through a full-featured code editor, compiler, project templates, designers, code wizards, a powerful and easy-to-use debugger, and other means. The .NET Framework class library provides access to many operating system services and other useful, correct classes to speed up your development cycle dramatically.
Why is C # so popular?
This is because applications made in C # are the main part of software products that work for the Windows operating system. And this very system unconditionally dominates in the world in terms of the scale of use on home or office computers. Accordingly, the demand for C # programmers is steadily high and will only increase in the future.
Developing High-Performance Business Applications in C #
C # is a programming language that combines object-oriented and aspect-oriented conceptions. Developed in 1998-2001 by a group of engineers led by Anders Hejlsberg at Microsoft, as the main application development language for the Microsoft platform. A compiler with C # is included in the standard installation of .NET itself, so programs can be created and compiled on it even without tools like Visual Studio.
C # belongs to a family of languages with a C-like syntax, of which its syntax is closest to C ++ and Java. The language has strong static typing, supports polymorphism, operator overloading, pointers to member functions of classes, attributes, events, properties, exceptions, comments in XML format. Having adopted a lot from its predecessors – C ++, Java, Delphi, Modul, and Smalltalk – C # based on the practice of their use excludes some models that have proven to be problematic in the development of software systems since C # does not support multiple inheritances of classes (unlike C ++).
What is C # used for
C # was designed as an application-level programming language for the CLR, and as such depends primarily on the capabilities of the CLR itself. This applies primarily to the C # type system, which reflects the FCL. The presence or absence of certain expressive features of a language is dictated by the fact whether a particular language feature can be translated into the corresponding CLR constructions. So, with the development of the CLR from version 1.1 to 2.0, C # itself has significantly enriched itself; similar interaction should be expected in the future. (However, this pattern was broken with the release of C # 3.0, which is a language extension that does not rely on extensions to the .NET platform.) The CLR provides C #, like all other .NET-oriented languages, many of the features that “classic” programming languages lack. For example, garbage collection is not implemented in C # itself but is performed by the CLR for programs written in C # in the same way as it is done for programs in VB.NET, J #, etc.
The C # program language is evolving.
New programming languages appear every year. And the main demanded ones are expanding and progressing. Since the C # programming language was created and maintained by Microsoft, this technological platform is periodically updated and improved with the addition of useful features to C #. Also, billions of code lines have already been written in C # all over the world, not only for Microsoft, so there will be enough work for everyone who wants to learn the C # programming language.
A cloudless future with C #.
According to the rankings of the DOU website, it can be seen that the C # programming language was in 4th place among programming languages in the world in 2019. And in the 5th place in the world charts on the PYPL PopularitY of Programming Language – this is the rating using Google Trends.
More profit opportunities.
Of course, this statement should be judged relatively in comparison. Today they like to say: – “a programmer’s working time is more expensive than additional memory or a more powerful computer processor. It is recommended to choose more modern tools so as not to” break the programmer’s brain “too much.
On the other hand, when they talk about C #, they always mean the speed and big valuable serious projects, even Megaprojects. For example, the kernel of Linux, Unix, libraries, environment, interpreters of many modern programming languages are written in C #. No one codes in C # such a trifle, like a subweb.
C # has a huge set of cases.
The C # programming language is mainly used to create corporate software, financial projects, for example, for banks and stock exchanges, in particular mobile applications, cloud services.
Console programs for business
It is the development of business applications, CRM, ERP, and other accounting and business management systems. C # is used quite often in the gaming industry. The C # language is also successfully used in fintech and medical projects: banking and investment applications, insurance applications, medical applications, applications for government organizations, etc.
Websites and web applications
C # and the .NET Framework are heavily used to create dynamic web pages. C # can be used to build fast and lightweight web applications together with the ASP.NET framework. If your web application and website will serve millions of users at the same time, then using the C # language along with the ASP.NET platform would be appropriate and beneficial for such a project.
C # / Java software development
Compared to Java, C # interacts more easily with the program code written in other languages. And extensions for other programming languages are often written in C #, which could be used as an interlayer between the C # library and the language, the capabilities of which are planned to be expanded for specific purposes.
Unity gaming applications and video console games in conjunction with C #.
C # is widely used in Unity game development. Have you ever heard of Unity? Unity is a popular game engine. This means that hundreds of thousands of games, including the most popular ones, were created using C #.
Specialized Computer Systems and C # Development
C # is good for working with hardware, the so-called embedded. Are you asking what Embedded technology is? An Embedded system is a specialized computer system or computing device designed to perform a limited number of functions, any modern household, industrial and specialized devices: traffic lights, cash registers, vending machines, set-top boxes, control and measuring devices
Creating C # Applications for the Internet of Things
The popular C # programming language is used beneficially for creating IoT applications. The Internet of Things is the concept of an all-encompassing Internet, connecting refrigerators, air conditioners, cars, and even sneakers to the Internet to provide its owner with greater comfort, and on the other hand, increasing the profits of their retailers, calculating the amount of what, how much and when to have in stock in warehouses, obtaining certain information about a person and his habits, about the environment in general.
Science and its applied use, for example, complex experimental calculations, cryptography, pattern recognition, etc.
C # is strictly typed, making it easier for novice developers to master
As for the comparison of programming languages, it should be noted that the C # programming language is multilayered. This means that it is similar to English. The C # programming language has strong static typing, supports polymorphism, operator overloading, pointers to class member functions, attributes, events, properties, exceptions, comments in XML format. Having adopted a lot from their predecessors – C ++, Delphi, Modula, Smalltalk – C # relying on the practice of their use deliberately excluded some models that proved to be problematic when developing software systems in the above programming languages
The syntax is pretty minimalistic – with manual memory management. For many, this circumstance is inconvenient, but tracking the correctness of functions, understanding the arguments passing is closely related to the study of the C # programming language.
Since the syntax of C # is close to C, C ++, and Java, then, being fluent in C #, you can later learn them in one go.
Important technologies of our time with C #
C # and its associated .NET Framework can be called the most significant technologies currently offered for developers. The .NET environment is one that was designed to develop almost any application to run on Windows, and C # is a programming language that was specifically created for use in the .NET Framework. For example, using C # and the .NET Framework, you can create dynamic web pages, Windows Presentation Foundation applications, XML Web services, components for distributed applications, components for accessing databases, classic Windows desktop applications, and even a new smart type of client applications. with the ability to work online and offline.
The Importance of the .NET Framework for Windows Application Development
Don’t be fooled by the word “NET” in the Framework’s name and do not think that this framework is only for building Internet-oriented applications. The word “NET” here is just an indicator that according to Microsoft distributed applications in which processing is distributed between the client and the server is a step forward. However, it is important to understand that C # is a language for more than writing applications that can run on the Internet and the web. It provides the means to encode almost any type of software or component for the Windows platform. C # and the .NET framework have revolutionized the way developers write programs and have made programming Windows applications much easier than ever.
Best IDEs for C # Application Development
C # is one of the most popular programming languages in the world, although it was first developed in the last century. It was planned to be an alternative to Java but found its own, quite successful path. C # is taught in most of the world’s tech universities. Windows is still the most popular computer operating system, so choosing a convenient development environment is a pressing issue. Let’s try to answer it.
Visual Studio IDE
The most “correct” development environment. With Visual Studio, many begin to get acquainted with the language and do not part with it throughout their career as a programmer.
- Official development environment from Microsoft.
Since both the language and the development environment were created at Microsoft, it is logical to assume that you will not find anything more functional on the entire Internet. In some cases, you can’t do without Visual Studio – for example, when using UWP and WPF technologies.
- Completely free IDE.
The Community edition version will be sufficient for the average user. Moreover, now you can connect plugins (unlike the old Express version).
Visual Studio has many quality plugins. And you can expand the functionality of the application and connect other languages with their help.
- Supports .NET platforms.
Visual Studio has ample opportunities for developing applications for Windows, including in the .NET segment.
- Cloud storage.
Sign up for the Visual Studio Community and get access to cloud storage where you can place your project files.
- Team interaction.
Backlog technology allows team members to interact in an agile development methodology.
Cons of Visual Studio
It has bugs when switching from the trial version.
When switching to the paid version, settings may be lost and the work of the corporate server may be interrupted.
It will not be easy for a beginner to master Visual Studio on his own – there are too many available functions hidden in the subsections of the menu.
Project Rider IDE
Development environment from JetBrains for working with the .NET platform. Released last year but has already gained a lot of fans.
It is a plugin originally designed to improve the performance of Visual Studio. Now an IDE has been released based on it.
- Full development cycle support.
It is a signature feature of JetBrains products, embodied in Project Rider. You can organize the entire software development cycle with it: from idea to support.
- Project Rider functionality.
Project Rider allows you to connect MSBuild and XBuild, work with CLI projects, and organize debugging of .NET and Mono applications. Lots of options for fast code generation improve its performance.
- Multiple runtimes.
Support for multiple running programs
- Cross-platform IDE.
Project Rider works with Windows, Linux и MacOS.
- Version control.
The built-in tool allows you to work directly with Git, Mercurial, and TFS.
Cons of the Project Rider IDE:
- The age of the environment.
A part of the functionality is still in development, not all startup bugs have been fixed.
- Lack of a free version of the environment.
The cheapest version of Project Rider will cost you $139 for its first year of use. But there is a trial version and special offers for students and non-profit organizations.
One of the most popular multilingual development environments. Primarily focused on developing Java applications, but can be successfully used to develop applications in C #.
Pros of Eclipse IDE:
- Lots of plugins.
Eclipse has perhaps the largest number of add-ons – “for all occasions.”
- Active community.
It helps to master the development environment quickly, releases new plugins.
- Excellent compiler and debugger.
The first one works much faster than the competitors, the second one shows flows, intersections, allows flexible control over the debugging progress.
You can completely personalize Eclipse with many plugins and add-ons.
This is an open-source project, absolutely free.
- High functionality.
Thanks to the official developers and community members, Eclipse can take any C # product through the full development cycle.
Cons of Eclipse:
As with any functional product, Eclipse may seem too complicated for a beginner.
- There are no guarantees of reliability.
Since plugins are created by the community, only the developer is responsible for their quality. Besides, the creators of Eclipse themselves generate bugs with each new version, sometimes not having time to fix the old ones.
Visual Studio Code
A cross-platform code editor that can be “pulled up” to the IDE status using plugins.
- Cross-platform usability.
It works on macOS, Ubuntu, and Windows. but it is not yet available on Android and iOS.
Simple open-source editor and plugins – no need to pay.
It takes very few resources to get started with a minimalistic VSC.
- Low functionality.
Despite its support for the .NET platform, VCS is inconvenient for complex projects.
- Doubtful reliability.
Many add-ons are of poor quality and do not always perform even basic functions.
A free development environment from Xamarin for creating applications in a variety of programming languages, including C #.
- Multiplatform usability.
It supports Linux, Windows и Mac OS.
You can arrange functions and windows on the desktop as you like.
- Unity 3D.
Fullscale support for the popular game development platform.
It is a free application development environment.
- Limited functionality.
MonoDevelop has its debugger and code tools. But in terms of supporting different platforms and projects, this is still a crude IDE.
A development environment is known to be simple and easy to set up and use.
A complete open-source project.
Unlike Visual Studio, Code:: Blocks is easily understandable for a beginner who knows one of the supported languages.
- Cross-platform usability.
IDE runs on any desktop OS
- Compiler selection.
“Code:: Blocks” is limited in functionality, but this feature is a definite plus.
- Compact development environment.
Takes up little memory for installation and consumes few RAM resources.
- Insufficient functionality.
“Code:: Blocks” is not suitable for creating complex applications.
We have to deal with ridiculous errors in debugging and incorrect operation of the entire environment.
Outsourcing of C # application development for the Windows platform.
Frontdeskhelpers offers C # software development outsourcing. We guarantee our clients a wide experience and good skills of our C # developers to complete software development for your company on time and according to the approved budget.
Creation of Web applications and Internet solutions to order
We offer a full cycle of software development, IT outsourcing services, including custom software development and the creation of various corporate systems and applications: web portals, information, and analytical systems, automated enterprise management systems (ERP, CRM systems), electronic document management systems, etc.
Currently, we have a sufficient team of developers to carry out a software development project with more than 100 developers in the company, which include the following qualifications: Middle, Senior, Teamlead, Tech lead, Architect, QA, DevOps development engineers, and two offices in the USA and Ukraine.
- 10 C# Developers
- The Frontdeskhelpers has more than 8 years of experience in C #
- Risks for the client – 0
- Certified developers of the Frontdeskhelpers company
- Certified company
- High-quality software development according to all industry standards
Benefits of outsourcing C # developers
You finally have time to focus on other business activities like customer service, sales, or marketing. This means that you will be ready to launch the product almost immediately after development is complete.
Research shows that businesses that outsource some services can save up to 20% on total development costs compared to those who hire in-office developers.
Developer outsourcing is a very competitive market. That’s why we and our developers are constantly striving to be better. With outsourcing, you can find the best C # developer, and if he doesn’t meet your requirements, we can always replace him with another of the 16 best.
Hiring a full-time team means you have to start a lengthy process of reviewing resumes, interviewing candidates, and more.
When you finally decide to hire developers, you have to worry about managing, training, providing them with a workspace.
When outsourcing application development, you have nothing to worry about. We sign a contract and hire the best C # developers to develop your product.
With a remote team, it’s easy to scale up or down your team. During the initial development phase, you can outsource more C # developers. After running the application, when you enter maintenance mode, you can leave a few necessary programmers to support your project according to your current needs.
This flexibility would be much more difficult to achieve with an internal team, where performance depends on many factors. Outsourcing developers is really more effective than hiring developers for the staff.
At any time, you can replace the developer or increase, reduce the team.