Windows .Net Development
Top .Net developers in Canada
We leading I.T. solutions provider that specializes in .Net development. Our team is made of experienced developers who have undertaken tons of .Net development projects.
.NET is an application platform that enables the creation and execution of web services and Internet applications. .NET environment has changed significantly over the years and has grown in importance. Today, the .NET framework has become indispensable in daily practice.
The components of the .NET play an important role in application development. We can classify them into: the classic .NET Framework: which is a monolithic framework, the most current .NET Core framework: which is modular, the Xamarin platform and the Windows UWP.
.Net components in details:
1. Implementations
The .NET Framework is divided into different subcategories and categories of programs and therefore contains different execution models from which the user must choose when developing the software. The basis of development is the class library, which has been generally available as a shared source since 2014. The so-called base class library allows the development of applications not only for Windows environments, but also for platforms such as Android or MacOS.
This development platform is normally used to create applications for windows, mobile windows, windows server, etc. with Asp.net, WPF and Windows Forms
On the other hand, .NET Core is a new alternative that was first separated from the .NET Framework in 2015. Due to improved modularity and even easier portability of the software to non-Microsoft platforms, .NET Core is particularly appreciated by many developers.
2. .NET Standard Library
Another component that was part of the architecture was the portable PCL class library. With it, the code could be shared between several specific projects of the platform, both in IOS, Android, and Windows. But, PCLs had many cross-implementation compatibility disadvantages. To do this, the developers created the API .NET Standard Library. It is a fusion of the base libraries and PCL that is compatible with all implementations.
Today, the PCLs were deprecated and removed from the system, as well as the base libraries for each implementation. Instead they were replaced by the .NET Standard Library. Also, there are other supplemental APIs that are specific to the operating systems it runs on.
3. Runtime Environment
One of the relevant parts of the architecture is the Runtime, which as the name suggests is where you run the program run or time interval in which a software runs on an operating system. According to the implementation used:
- .NET framework: CLR (Common Language Runtime).
- .NET Core: Core CLR (Core Common Language Runtime).
- Xamarin: Mono deployment environment.
- UWP: .NET Native.
4. Development Tools
Finally, another component is the Development Tools for the creation of web or mobile applications in the different operating systems:
- Package manager for microsoft: Nuget.
- Integrated Development Environment (IDE): Visual Studio, Xamarin Studio, Visual Studio for Mac, JetBrains Rider.
- Code Editors: Visual Studio Code and OmniSharp Plugin.
Some of the advantages of the .Net platform.
The most important benefits provided by the .Net Framework are summarized below:
- Managed code: The CLR performs automatic code control to make it safe. It controls system resources so that the application runs correctly.
- Multilanguage interoperability: The code can be written in any language compatible with .Net since it is always compiled into intermediate code (MSIL).
- Just-in-time compilation: The JIT compiler included in the Framework compiles the intermediate code (MSIL) generating the platform's own machine code. This increases the performance of the application by being specific for each platform.
- Garbage collector: The CLR provides an automatic memory management system called a garbage collector. The CLR detects when the program stops using memory and automatically frees it. In this way, the programmer does not have to explicitly release the memory, although it is also possible to do it manually.
- Code access security: A piece of code can be specified to have file read but not write permissions. Different levels of security can be applied to your code, so that you can run code from the Web without having to worry about breaking your system.
- Deployment: Through assemblies, it is much easier to develop distributed applications and maintain them. The Framework performs this task automatically, improving performance and ensuring the correct operation of all applications.
Hyperlink Infosystem is a leading .Net Development Company in Canada
Based in Canada, Hyperlink Infosystem is a leading I.T. solutions provider that specializes in .Net development. Our team is made of experienced developers who have undertaken tons of .Net development projects. We combine our creativity, experience, and attention to detail to make your project a success. We follow the best methods in developing, delivering, and sustaining complex app solutions. The whole team is at your disposal to advise you and guide you as best as possible towards solutions adapted to your needs.
Technologies We Work on
Process We Follow
1. Requirement Gathering
We analyze the requirements with the clients to understand the functionalities to combined into the app. This process allows us to form a development plan and transform the client's thoughts into an efficient and functional app.
2. UI/UX Design
Our developers use efficient UI trends to design apps that are not only pleasant to the eye but also intuitiveness and flexible. Our applications do not only complete the needs of our clients but also are simple and convenient to the end-users.
3. Prototype
We develop a preliminary visualization of what the mobile app would look like. This helps to generate an idea of the appearance and feel of the app, and we examine the users' reactions to the UI and UX designs.
4. Development
Our team of experts in Native, Hybrid, and Cross-Platform app development, using languages such as Swift, Kotlin, PhoneGap, Ionic, Xamarin, and more to produce high-quality mobile apps for the various operating systems.
5. Quality Assurance
We have a team of developers who carefully test every app to ensure that they provide an excellent user experience and meet the requirements of our clients. Apps developed by our development team are bug-free because they perform through a series of experiments before deployment.
6. Deployment
We follow the best practices when deploying our apps on different app stores, where they can be easily noticeable to considered users.
7. Support & Maintenance
All digital solutions need development. The deployment of an app is not the ultimate stage. Even Post-deployment, we work with our clients to offer maintenance and support.
Process We Follow
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