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    .NET Core Development

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    .NET Core Development

    What is .NET Core?

    The .NET Core Framework emerges as a free, open-source, and modular platform for crafting modern applications, succeeding the wildly popular .NET Platform (also known as .NET Standard) introduced in 2002 by Microsoft. As the latest version of the .NET platform boasting numerous new features, it's a cross-platform implementation of the .NET framework that empowers programmers to build applications for Windows, macOS, and Linux using a single codebase. The Dot Net Core framework is meticulously engineered to deliver speed, scalability, and efficiency, making it an excellent choice for constructing a diverse array of applications spanning web, cloud, desktop, and mobile domains. With .Net Core, developers have a powerful tool to create high-performance applications.

    Why Choose .NET Core for Your Next Development Project?

    Selecting the optimal technology platform for your web application significantly impacts success in today's rapid business landscape. When it comes to building robust and scalable applications, the .NET Core development framework increasingly stands out as the preferred choice for businesses of all sizes. Consider these persuasive reasons:

    Open Source: .NET Core operates under an open-source license, granting developers access to the source code and opportunities to contribute to its evolution. Being free to use, Dot Net Core can save organizations substantial amounts compared to proprietary platforms. Moreover, its open-source nature fosters a vast community of developers who continually enhance the platform by creating new tools and libraries. 

    Cross-Platform Compatibility: The .NET Core development platform is crafted to run on multiple operating systems. The compiler can generate a runtime for Microsoft Windows, macOS on a Mac, and Linux. This means developers can create applications that operate on various operating systems without needing to code separately for each platform. Such versatility significantly reduces the time and resources required for application development and maintenance. It also allows businesses to reach a wider audience, as applications can be deployed across different environments and devices seamlessly.

    Flexible Deployment: .NET Core applications can be deployed across a variety of environments, including on-premises servers, in the cloud, or within containers. This flexibility allows organizations to deploy applications where needed and scale them up or down as circumstances dictate. The ability to use containers like Docker enhances portability and consistency across development, testing, and production environments.

    High Performance: Dot Net Core is designed with performance at its core. Optimized for high speed and low memory usage, it is ideal for building large, complex applications. Additionally, Dotnet Core applications can leverage multi-core processors, further enhancing performance. Benchmarks have shown that .NET Core outperforms many other popular frameworks, making it a top choice for high-traffic web applications and services that require efficient resource utilization.

    Frontend/Backend Development: .NET Core shines in developing both the front end and the back end of a web application. This capability allows developers to utilize the platform to construct comprehensive solutions using a single framework. Tools like Blazor enable developers to build interactive web UIs using C# instead of JavaScript, unifying the technology stack and simplifying development processes.

    Robust Security: .NET Core offers strong security features to protect web applications from threats. With built-in support for encryption and authentication, it is continually updated to address new vulnerabilities. The framework supports HTTPS enforcement, data protection, authentication, authorization, and secure coding practices, helping developers build applications that meet stringent security requirements.

    Large Ecosystem and Community Support: The .NET ecosystem is vast, with a rich collection of libraries, frameworks, and tools that extend the functionality of .NET Core applications. A strong community contributes to forums, documentation, and open-source projects, providing ample resources for developers. This support network makes it easier to troubleshoot issues, learn best practices, and stay informed about updates.

    Cloud Integration: .NET Core is well-suited for cloud-based applications. It integrates smoothly with cloud services like Microsoft Azure, enabling developers to build scalable, resilient applications using Platform as a Service (PaaS) and Infrastructure as a Service (IaaS) offerings. Features like Azure Functions and Azure App Service can be leveraged to create serverless applications or deploy web apps with ease.

    Microservices Architecture: .NET Core supports the development of microservices, allowing applications to be broken down into smaller, independent services that can be developed, deployed, and scaled individually. This architecture enhances flexibility and maintainability, making it easier to update and manage applications over time.

    Command-Line Interface (CLI): The .NET Core CLI provides a set of tools for developing, building, running, and publishing .NET Core applications directly from the command line. This is especially useful for developers who prefer scripting and automation, and for environments where a full IDE is not practical.

    Support for Modern Development Practices: .NET Core embraces modern development methodologies, including DevOps practices, continuous integration/continuous deployment (CI/CD), and automated testing. It integrates with tools like Jenkins, Azure DevOps, and GitHub Actions, facilitating streamlined development workflows.

    Versatile Language Support: While C# is the primary language for .NET Core development, the framework also supports other languages like F# and Visual Basic. This versatility allows development teams to choose the language that best fits their expertise and project requirements.

    Android & iOS: Beyond its prowess in web application development, .NET Core extends its capabilities to the mobile realm, offering seamless support for both Android and iOS platforms. With technologies like .NET MAUI, .NET Core empowers developers to craft cross-platform mobile applications sharing a single codebase. 

    ReactJS and React Native: While .NET Core excels in web and backend development, it's important to note its synergy with modern front-end technologies as well. ReactJS and React Native, popular choices for building dynamic user interfaces and mobile applications, can be seamlessly integrated with .NET Core projects. This integration allows developers to create powerful, feature-rich applications combining the versatility of React with the robustness of .NET Core's backend capabilities. 

    Due to its open-source character, cross-platform adaptability, versatile deployment options, exceptional performance, and resilient security features, ASP.NET Core stands as the optimal foundation for creating contemporary web and mobile applications, as well as effectively managing their debugging and maintenance tasks. Join the growing list of businesses adopting ASP Dot Net Core for their development projects and experience the difference.

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    Developing .NET Core Applications

    Building .NET Core web apps offers significant advantages for companies aiming to create modern and scalable web applications. It provides a rich set of tools and libraries in the SDK (Software Development Kit) for constructing secure, scalable, and contemporary web applications. The most popular .NET programming language in the .NET Core world is the highly acclaimed C# language.

    Programming Models: .NET Core offers two programming models for building web applications: MVC and Razor Pages for web development. MVC is a traditional model-view-controller framework providing a separation of concerns between the application logic, presentation layer, and data layer. Razor Pages is a more modern programming model that's easy for web programmers to use, offering a more streamlined development experience. Additionally, Blazor, a relatively new framework, allows developers to build interactive web UIs using C#, enabling code sharing between client and server.

    Setting Up a .NET Core Project: To set up a .NET Core development project, you can create one using the command line interface with the .NET Core CLI tools that come with Microsoft's IDE, Visual Studio, or simply create it using the regular UI of the IDE. After creating the project, you can configure it to meet your needs, including setting up routes, middleware, and services. Visual Studio Code, a lightweight and cross-platform editor, is also a popular choice for .NET Core development, offering extensions and features that enhance productivity.

    Creating a .NET Core Application: Once your ASP.NET Core development environment is ready, you can start building your web application. This typically involves creating controllers and views, setting up data access using Entity Framework Core, and adding additional functionality using class libraries and tools from the .NET Core ecosystem. Finally, you will deploy it to a web server. The deployment process can be streamlined using tools like Azure DevOps or other CI/CD pipelines, ensuring that your application reaches production efficiently.

    Routing: Routing is a crucial part of any web application, and .NET Core provides a powerful and flexible routing system. You can define routes in your application that map to specific controllers and actions, using parameters to capture data from the URL. Attribute routing allows you to define routes directly on actions and controllers, giving you fine-grained control over URL patterns and making your application's endpoints more intuitive and SEO-friendly.

    Middleware: Middleware components execute in the request pipeline of a .NET Core application. They can add functionality to your application, such as authentication, authorization, and logging. Middleware can also modify request and response objects and handle errors and exceptions. Custom middleware can be developed to address specific needs, such as request compression, localization, or custom header manipulation.

    .NET MAUI: A significant leap forward in application development, .NET MAUI (Multi-platform App UI) extends the capabilities of .NET Core to create native cross-platform applications. Replacing Microsoft's Xamarin technology, .NET MAUI allows developers to streamline their workflow, crafting applications that run seamlessly on various platforms like Android, iOS, and Windows, all from a single codebase. This technology enables consistent user experiences while minimizing code duplication and maximizing productivity. 

    Services: Services, microservices, and web services are components that provide additional functionality to an ASP.NET Core application. They can add features such as data access, caching, and email. Services are registered with the dependency injection framework in .NET Core, making them available to other components in your application. This built-in dependency injection simplifies the management of service lifetimes and promotes loose coupling and testability.

    Data Access: Data access is a critical component of any web application, and .NET Core provides several options for working with data. You can use Entity Framework Core, an ORM that provides a high-level API for working with data. It supports LINQ queries, change tracking, updates, and schema migrations. You can also use ADO.NET or other data access technologies to work directly with databases for more granular control. .NET Core has been highly optimized to work efficiently with SQL Server and can even communicate with an Azure database. Additionally, it supports other databases like PostgreSQL, MySQL, and SQLite, providing flexibility in choosing a data store.

    Authentication and Authorization: Authentication and authorization are vital components of any web application, and .NET Core provides several options for implementing these features. The built-in authentication and authorization features support various protocols, including OAuth, OpenID Connect, and WS-Federation. ASP.NET Core Identity is a membership system that adds login functionality to applications and can integrate with external login providers like Facebook, Google, and Twitter.

    Testing and Debugging: .NET Core offers excellent support for unit testing and integration testing. Frameworks like xUnit, NUnit, and MSTest can be used to write automated tests, ensuring code quality and reliability. The built-in diagnostic tools and integration with IDEs facilitate debugging, performance profiling, and monitoring, helping developers identify and resolve issues efficiently.

    Continuous Integration and Deployment: Integration with CI/CD tools like Azure DevOps, Jenkins, and GitHub Actions allows for automated building, testing, and deployment of .NET Core applications. This automation enhances consistency and reduces the risk of human error, enabling faster release cycles and more reliable deployments.

    Internationalization and Localization: .NET Core supports globalization and localization, allowing developers to create applications that cater to a global audience. Resources can be localized into different languages and cultures, and the framework provides support for formatting dates, numbers, and currencies according to regional settings.

    Containerization with Docker: .NET Core's compatibility with Docker enables developers to containerize applications, ensuring consistency across different environments. Docker containers encapsulate the application and its dependencies, making it easier to deploy and scale applications in cloud environments or on-premises servers.

    Integration with Third-Party Services: .NET Core applications can integrate with various third-party services and APIs, such as payment gateways, messaging services, and analytics platforms. This extensibility allows developers to enhance application functionality without reinventing the wheel.

    GitHub: GitHub serves as an invaluable platform for developing .NET Core applications, fostering collaborative coding environments. Through GitHub's version control and branching features, developers working on .NET Core projects can efficiently manage codebase changes, track progress, and seamlessly merge contributions. This facilitates smoother collaboration among team members, enabling them to collectively enhance the quality and functionality of their .NET 

    NuGet: NuGet plays a pivotal role in the development of .NET Core applications by simplifying package management. As a package manager for .NET, NuGet grants developers access to a vast repository of pre-built libraries, frameworks, and tools. This enables efficient integration of essential functionalities, expediting the development process and reducing redundant coding efforts. With NuGet, developers can easily incorporate third-party components into their .NET Core projects, enhancing productivity and ensuring that their applications are built on a solid foundation of well-maintained and widely-used packages.

    JavaScript: In the realm of front-end development, JavaScript emerges as a pivotal tool that harmonizes seamlessly with .NET Core applications. With the advent of ASP.NET, developers can leverage JavaScript to create interactive and dynamic user interfaces that complement the backend capabilities. By utilizing JavaScript frameworks like React, Angular, or Vue.js in tandem with .NET Core, developers can build robust applications that deliver exceptional user experiences. This integration fosters a cohesive development environment where the power of .NET Core's backend logic converges with JavaScript's front-end prowess, resulting in feature-rich and responsive applications. Webpack and other module bundlers can be integrated into the build process to manage client-side assets efficiently.

    Web API: Integrating seamlessly into the .NET Core ecosystem, Web API stands as a cornerstone for building robust and scalable APIs. With Web API, developers can expose endpoints that facilitate communication between the application's backend and external clients, whether they are web applications, mobile apps, or other services. Leveraging the power of HTTP protocols, Web API enables developers to craft RESTful services that adhere to industry best practices, promoting interoperability and ease of integration. This integration empowers developers to create versatile applications that can share data and functionality securely and efficiently, extending the reach and impact of their .NET Core projects. Support for technologies like gRPC further enhances the capabilities for inter-service communication.

    Revolutionize Your Web Applications with Top-Tier .NET Core Development Services

    Seeking a trusted web application development partner to propel your next-generation web application to success? Keene Systems, a 36-year-old web development company with a staff of 30+ Dot Net Core developers, has been working with ASP.NET since its debut in 2002. ASP.NET Core Development is our specialty. Our agile software development approach to Dot Net Core development ensures exceptional, cutting-edge results that exceed expectations. Here's how we differentiate ourselves from the competition:

    Expertise: Highly skilled and experienced .NET Core developers work synergistically to develop robust and scalable web applications. Continuously staying ahead of the curve by keeping up-to-date with the latest industry developments ensures effective solutions. Our team's deep understanding of the framework allows us to leverage its full potential, tailoring applications to meet specific business needs.

    Proven Track Record: As a leading provider of customized web applications, our reputation speaks for itself. With an enviable client list of some of the most well-known companies in the world, our team of software engineers has been developing and delivering reliable and scalable web applications for businesses of all sizes since the 1990s. Expertise in working with ASP.NET Core and other web technologies, coupled with knowledge of Windows infrastructure, ensures solutions are seamlessly integrated into existing systems. Our commitment to quality and customer satisfaction has resulted in long-term partnerships with our clients.

    Focus on Results: Understanding that the ultimate goal is to achieve results, our web development solutions are designed to provide actionable insights to help make smarter decisions faster. Our .NET Core consultants work closely with clients to understand specific requirements and deliver web application solutions that meet their needs. Providing custom web development solutions built to grow and scale businesses. We prioritize user experience, performance, and security to ensure that the applications we build drive success.

    Innovative Solutions: With the skills and experience to develop unique software solutions meeting even the most complex requirements, we continuously innovate to provide clients with cutting-edge web applications that set them apart from the competition. With an ASP.NET Core developer on our team, we ensure that your applications are built using the latest technologies. We embrace new tools and methodologies, such as cloud-native development and microservices architecture, to deliver forward-thinking solutions.

    Comprehensive Services: Beyond development, we offer a full spectrum of services including project management, business analysis, UI/UX design, quality assurance, and ongoing support and maintenance. This end-to-end approach ensures that every aspect of your project is handled with expertise and attention to detail.

    Our Goal is Your Success

    At Keene Systems, ASP.NET Core development services include rapid application development, cross-platform compatibility, scalability, and security. With expertise in related technologies such as Microsoft Azure, Docker, Angular, and React, we can ensure that your web application is optimized for performance and scalability. Our holistic approach considers not only the technical aspects but also aligns with your strategic business objectives.

    In addition to core .NET Core development services, we offer expertise in database design, development, and optimization. Our team can help migrate existing databases to SQL Server or upgrade current SQL Server database to a newer version. We can also optimize database performance to ensure it runs efficiently and delivers desired results. Our knowledge of data warehousing, reporting, and analytics empowers you to make data-driven decisions.

    Keene Systems is the perfect choice among IT consulting firms specializing in ASP.NET CORE Development to help define software needs, create your software requirements, and create a practical, affordable solution. Keene Systems has 30+ .NET Core developers and has been building .NET Core applications since it first came out in 2002. During all that time, it has been, and continues to be, our core business. Our .NET Core Consultants can bring your vision to life.

    Please don't hesitate to contact us today at 603-726-5058 or fill our contact form to explore the possibilities of utilizing the .NET Core development framework for creating your upcoming web application. Leverage our extensive experience and proficiency to benefit your organization. 

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