Dot Net Web API Online class

Introduction to Dot Net Web API:

Microsoft offers a framework called Dot Net Web API (Application Programming Interface) that allows developers to create HTTP services that are accessible to a variety of clients, such as web browsers, mobile devices, and Internet of Things gadgets. It is a component of the broader.NET framework and is made especially to make use of the ASP.NET technology stack to facilitate the development of RESTful (Representational State Transfer) APIs.  A Web API is fundamentally a group of HTTP endpoints, or URIs, that receive requests over HTTP and respond with HTTP. These endpoints enable clients to carry out CRUD (Create, Read, Update, Delete) operations on data; they typically correlate to resources or actions within your application.

Why Should You learn Dot Net Web API Online:

Learning Dot Net Web API is not only beneficial, but also necessary for both experienced and novice developers in the modern digital world. Proficiency in developing strong APIs using Microsoft’s.NET framework has become a valuable skill set in the tech industry due to the growing demand for web-based apps and services.

Enrolling in an online Dot Net Web API course could be your ticket to success, regardless of your level of experience with programming. Beginners looking to get started or professionals looking to advance your knowledge should both benefit from this course. These are the reasons why:

• Extensive Curriculum: An excellent online course will provide a thorough curriculum that addresses every facet of developing Dot Net Web APIs. You will delve deeply into the nuances of creating scalable and secure APIs, from comprehending RESTful principles to putting authentication and authorization into practice.
• Practical Training: Getting your hands dirty is the best way to become an expert at Dot Net Web API. Interactive tutorials, coding exercises, and real-world projects are common features of online classes that let you put your newly acquired knowledge to use in a real-world situation. This approach to learning through experience guarantees that you will not only understand theoretical ideas but also become proficient in writing code and resolving real-world problems.
• Flexible Schedule: One of the main benefits of taking classes online is being able to set your own hours. All types of learners—full-time, working professionals, and those with demanding schedules—are able to access course materials and take part in lectures at their own convenience and pace. With this flexibility, the limitations of traditional classroom-based learning are removed, allowing you to successfully balance your academic goals with other obligations.
• Professional Advice: Taking an online course gives you access to knowledgeable instructors who have years of experience developing Dot Net Web APIs. These instructors offer insightful advice, direction, and mentorship throughout your learning process by bringing their extensive knowledge and professional experience to the virtual classroom. Their knowledge guarantees that you will obtain excellent instruction and remain current with the newest trends and best practices in API development.
• Community Support: Students who take online classes frequently establish a thriving online community with a shared love of technology. In addition to improving your educational experience, interacting with other students in discussion boards, group projects, and cooperative activities opens up networking opportunities and strengthens bonds within the tech community.

What Our Training Provides:

• Comprehensive Curriculum: Our training covers the entire breadth of .NET and web API, from fundamental ideas to advanced topics, preparing you for real-world projects.
• Hands-on tasks: Gain practical experience by completing real-world tasks and applying what you’ve learned during the course.
• Flexibility: Our online approach allows you to learn at your own pace, accommodating your hectic schedule.
• Interactive Learning: Participate in interactive workshops, discussions, and Q&A sessions to better your comprehension and obtain answers to any issues you may have.
• Professional Teachers: Learn from industry experts with extensive .NET programming experience and receive valuable insights.

Who should take the Course:

• IT specialists seeking professional development.
• Aspiring programmers
• Web Designers
• Software Developers

Conclusion:

In conclusion, anyone hoping to succeed in the software development industry would be well advised to take up a Dot Net Web API online course. Gaining expertise in Dot Net Web API opens up a world of opportunities in the rapidly changing technology landscape, regardless of your goals—creating your own web applications, advancing your career, or starting a new professional journey.

Why then wait? Enroll in an online course on Dot Net Web API now to start the process of learning this crucial skill set, which will launch your career to new heights.

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Understanding Microsoft Azure Fundamentals

Microsoft Azure has become a prominent platform in the cloud computing space, providing a wide range of services to individuals, companies, and organizations globally. It is becoming more and more important for businesses to grasp the foundations of Microsoft Azure as they move their operations to the cloud. The purpose of this article is to give a general overview of Azure, including its essential features, advantages, and the reasons behind its rise to prominence in the cloud computing industry.

What is Microsoft Azure?

Microsoft offers a full-featured cloud computing platform called Microsoft Azure. Computing, storage, networking, databases, machine learning, Internet of Things (IoT), and other services are among the many that it provides. With Azure, users can create, launch, and maintain services and applications via Microsoft’s extensive global data centre network.

Key Components of Microsoft Azure:

• Compute: For high-performance computing (HPC) workloads, Azure offers a variety of computing options, such as virtual machines (VMs), containers, serverless computing with Azure Functions, and Azure Batch.
• Storage: Blob Storage for unstructured data, File Storage for cloud file sharing, Queue Storage for messaging between application components, and Disk Storage for virtual machines (VMs) are just a few of the scalable storage options that Azure provides.
• Networking: Users can establish virtual networks, link load balancers to Azure, connect on-premises data centers to Azure, and guarantee secure communication by utilizing Azure VPN Gateway and Azure ExpressRoute features.
• Databases: Azure offers a range of database services, such as Cosmos DB for globally distributed NoSQL databases, Azure SQL Database for relational databases, Azure Database for MySQL and PostgreSQL, and services like Azure Synapse Analytics and Azure Cache for Redis.
• Identity and Access Management (IAM): Microsoft’s cloud-based identity and access management service, Azure Active Directory (Azure AD), enables users to safely log in and access resources.
• AI and Machine Learning: To create, train, and implement machine learning models, Azure provides AI and Machine Learning services like Azure Machine Learning, Azure Cognitive Services, and Azure Databricks.
• Internet of Things (IoT): Services like Azure IoT Central offer an end-to-end IoT application platform, while Azure IoT Hub facilitates safe and scalable connectivity between IoT devices and the cloud.
• Developer Tools: For continuous integration, delivery, and testing, Azure offers a comprehensive range of developer tools and services, such as Azure DevOps, Visual Studio Team Services, and Azure DevTest Labs.

Benefits of Microsoft Azure:

• Scalability: Azure enables companies to adjust their resource levels in response to demand, guaranteeing peak efficiency and optimum performance.
• Global Reach: Azure allows businesses to deploy applications closer to their users for lower latency and an enhanced user experience. Azure has data centers situated in various regions of the world.
• Security and Compliance: Azure guarantees data protection and regulatory compliance across a range of industries by adhering to industry-standard security practices and compliance certifications.
• Cost-effectiveness: Azure provides pay-as-you-go pricing options that spare companies from up-front capital costs by letting them pay only for the resources they really use.
• Integration: Azure offers a seamless ecosystem for application development and management by integrating with other Microsoft products and services, as well as third-party tools and technologies.

Conclusion:

As a key player in the cloud computing space, Microsoft Azure enables enterprises to grow, innovate, and completely reinvent themselves. For people and companies hoping to take full advantage of cloud computing, knowing the foundations of Azure is crucial. Azure is still the go-to option for cloud computing solutions in a variety of industries thanks to its extensive service portfolio, global presence, and dedication to security and compliance.

If you need any Training / Technical Support in DOTNET & SQL Contact +91 90427 10472

Caching in ASP .NET Core:

Introduction:

Effective data caching techniques are critical to improving the performance of web applications in the modern digital environment, where speed and scalability are critical requirements. The robust caching features of Microsoft’s open-source, cross-platform ASP.NET Core framework can greatly increase the scalability and responsiveness of web applications. We’ll examine the advantages, methods for implementation, and best practices of caching in ASP.NET Core in this article.

 The Advantages of Caching in ASP.NET Core:

Caching stores frequently accessed data temporarily, reducing the need to retrieve it from its original source repeatedly. In ASP.NET Core, caching provides several advantages, including:

• Enhanced Performance: Caching lowers the latency involved in retrieving data from its original source by keeping frequently accessed data in memory, giving users faster response times.
• Decreased Database Load: By providing cached data rather than querying the database for each request, caching helps reduce the strain on the database server and increase system scalability.
• Improved Scalability: ASP.NET Core apps are more responsive and scalable when they use caching to manage more concurrent users and requests without sacrificing performance.

Types of Caching in ASP.NET Core:

Different caching mechanisms that meet different needs and scenarios are supported by ASP.NET Core. Several frequently utilized types of caching include:

• In-Memory Caching: This technique keeps data in the memory of the application so that it is easily accessible to queries made later. For storing small to medium-sized data sets that are accessed frequently, this kind of caching is appropriate.
• Distributed Caching: With distributed caching, data that has been cached can be shared between several applications or even between various web farm servers. Support for distributed caching with providers like Redis, SQL Server, or NCache is integrated into ASP.NET Core.
• Response Caching: This technique allows the entire HTTP response to be cached, including the status codes, HTTP headers, and HTML content that is generated. For content that can be cached at the HTTP level and is static or semi-static, this kind of caching is perfect.

Implementing Caching in ASP.NET Core:

Developers can take the following actions to take advantage of caching in ASP.NET Core:

• Configure Caching Services: Use the AddMemoryCache() or AddDistributedMemoryCache() methods to register caching services for either distributed or in-memory caching in the dependency injection container of the ASP.NET Core application.
• Install Caching Middleware: To enable response caching, add caching middleware to the application’s request processing pipeline by either implementing custom middleware for more granular control or by using the UseResponseCaching() method.
• Decorate Cached Resources: To define caching policies, such as cache duration, cache location, and cache profiles, decorate controller actions or Razor pages with caching attributes like [ResponseCache].

 Best Practices for Caching in ASP.NET Core:

The following best practices should be taken into consideration in order to optimize the advantages of caching while avoiding typical pitfalls:

• Use Caching Wisely: Only store in cache data that is likely to be frequently retrieved or computed at a high cost. Refrain from over-caching or caching frequently changing volatile data.
• Track Cache Performance: To guarantee optimal cache performance and avoid memory-related problems, track cache hit rates, eviction rates, and memory usage.
• Use Cache Invalidation: Use cache expiration policies or manual cache invalidation mechanisms, among other cache invalidation techniques, to guarantee that data in the cache is accurate and current.

 Conclusion:

Caching is a potent method for enhancing ASP.NET Core applications’ responsiveness, scalability, and performance. Developers can greatly lower latency, lessen database load, and improve user experience by utilizing caching mechanisms like in-memory caching, distributed caching, and response caching. To optimize its advantages while averting any potential downsides, caching must be used sparingly and in accordance with best practices. Because caching is a fundamental component of optimization strategies, ASP.NET Core applications can easily scale to meet the demands of contemporary online environments while delivering lightning-fast performance.

Dotnet Course in Chennai with Placement

Unlocking Your DOTNET Software Development Potential:

Do you want to learn about versatile and powerful software development with DOTNET and SQL? There’s no need to look any further! Our Maria Academy is designed to equip you with the skills and knowledge needed to succeed in the fast-paced world of application development.

About DOTNET (.NET):

Microsoft’s.NET framework is a powerful and widely used framework for creating a wide range of applications, including desktop, web, mobile, and cloud solutions. The demand for skilled.NET developers is growing as the technology industry evolves.

About SQL:

SQL, or Structured Query Language, is a programming language designed specifically for managing and manipulating relational databases. It contains commands for querying data, inserting records, updating information, and building database structures. SQL is required for interacting with databases in a variety of applications, as it allows for structured and organized data storage, retrieval, and manipulation. Its syntax is the same across all database management systems, making it a universal database communication language. Whether you’re a developer, data analyst, or database administrator, you’ll need a solid understanding of SQL.

Are you curious about the continued demand for.NET?

You don’t need to search any farther! One of the most widely used web application development frameworks for building dynamic websites is.NET, an open-source web framework. It should come as no surprise that experts with past experience in this field are in high demand today given the industry’s bright future growth prospects. Maintain your.NET proficiency to stay on top of developments!

The.NET framework offers programming guidelines for developing a variety of applications, including web and mobile ones. Numerous programming languages are supported, such as C#, VB.NET, C++, F#, and others. So, code is crucial when working with.NET. Keep trying new things and learning to become a proficient.NET developer!

The main framework for creating Windows-based applications is called.NET. This is because Windows comes with a local framework called.NET that makes it simpler for programmers to create applications. In addition, a lot of programmers find that building web applications in.NET is simpler than in Java.

It is commonly known that the.NET Framework can establish an extremely secure environment for applications. To provide the highest level of protection, it has a range of security features. The integrated Windows authentication system is one of these mechanisms, which makes it simple for developers to create safe and secure applications. The application’s overall security is increased by this authentication system, which guarantees that only authorized users can access it.

Additionally, a collection of cryptography classes that are necessary for safeguarding sensitive data are included in the.NET Framework. Data security is increased by these classes, which make encryption and decryption possible. These cryptography courses can be used by developers to create robust encryption algorithms that efficiently safeguard data both in transit and in storage. This guarantees that private information stays that way and is not accessible to unauthorized parties.

Therefore, the.NET Framework’s many security features allow developers to prioritize data protection and reduce potential security risks when creating applications.

Why Should You Take .NET Online Training?

Cross-Platform Development: .NET Core enables developers to create applications for Windows, Linux, and macOS.

Excellence in Web Development: ASP.NET, a component of the.NET framework, is a leading technology for creating robust and dynamic web applications.

Versatility: Because.NET allows for the creation of a wide range of applications, it is a popular framework for a variety of projects.

Industry Importance: Many large enterprises and organizations rely on.NET to develop scalable and secure applications, creating numerous job opportunities.

What Our Training Provides:

Comprehensive Curriculum: Our training covers all aspects of.NET, from fundamental concepts to advanced topics, preparing you for real-world projects.

Hands-on Projects: Gain practical experience by completing real-world projects and applying what you’ve learned throughout the course.

Flexibility: Our online format allows you to learn at your own pace, accommodating your hectic schedule.

Interactive Learning: To improve your comprehension and get answers to any questions, participate in interactive sessions, debates, and Q&A sessions.

Professional Teachers: Learn from industry experts with extensive.NET development experience and gain valuable insights.

Who should take:

IT specialists seeking professional development.

Aspiring programmers

Web Designers

Software Developers

Come Grow Your Career with Us!

Start the process of developing into a proficient.NET developer. Your key to developing the abilities that employers are seeking is our.NET Online Training in Chennai. Are you ready to take charge of your software development career? Enroll immediately!

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How to Host DOTNET site in IIS

what is IIS?

IIS, or Internet Information Services, is a web server software developed by Microsoft for hosting and serving web applications and websites. It is an integral part of the Windows Server operating system and is widely used for deploying and managing web-based applications on the Microsoft platform.

Key features of IIS include:

Web Server Functionality: IIS serves as a powerful web server, handling HTTP and HTTPS requests. It supports various web technologies, including HTML, CSS, JavaScript, and different server-side scripting languages like ASP.NET.

Application Hosting: IIS is designed to host and manage web applications and services built on the Microsoft technology stack, such as ASP.NET, .NET Core, and PHP. It also supports classic ASP (Active Server Pages).

Security: IIS provides robust security features, including authentication, authorization, and SSL/TLS support for encrypting data in transit. It allows administrators to control access to websites and applications based on user roles and permissions.

Scalability: IIS is scalable and can handle a large number of concurrent connections. It supports load balancing and can be configured to distribute incoming requests across multiple servers for improved performance and reliability.

Management Tools: IIS comes with a user-friendly management interface, known as IIS Manager, which allows administrators to configure and manage web server settings, applications, and security features. It also supports remote administration.

Logging and Monitoring: IIS generates logs that provide detailed information about web server activity, helping administrators troubleshoot issues and analyze performance. Additionally, administrators can use performance monitoring tools to track server metrics.

Extensibility: IIS is extensible and supports the integration of various modules and extensions. This allows developers and administrators to add custom functionality, such as URL rewriting, compression, and caching.

FTP Server: In addition to its web server capabilities, IIS includes a built-in FTP (File Transfer Protocol) server, allowing users to transfer files to and from the server.

IIS is a versatile and widely used web server that caters to a broad range of web hosting needs, from simple static websites to complex dynamic web applications. It is a crucial component for organizations leveraging Microsoft technologies in their web development and hosting environments.

Hosting a .NET site in Internet Information Services (IIS) – Introduction:

Hosting a .NET site in Internet Information Services (IIS) is a crucial step in deploying web applications built on the .NET framework. IIS provides a robust and scalable platform for hosting, managing, and securing web applications. This step-by-step guide will walk you through the process of hosting a .NET site in IIS.

Step-by-Step Guide on How to Host a .NET Site in IIS:

Step 1: Install IIS on the Server:

Before hosting a .NET site in IIS, ensure that IIS is installed on the server. You can install IIS through the Windows Features menu. Go to Control Panel -> Programs -> Turn Windows features on or off, and then select Internet Information Services.

Step 2: Install the Appropriate .NET Runtime:

Ensure that the server has the correct version of the .NET runtime installed to support your .NET application. You can download and install the necessary runtime from the official Microsoft website.

Step 3: Publish the .NET Application:

Publish your .NET application using Visual Studio or the command line. This process generates the necessary files for deployment. Choose the appropriate publish settings, including the target framework and deployment configuration.

Step 4: Create a New IIS Site:

Open the IIS Manager and create a new site for your .NET application. Right-click on “Sites” and choose “Add Website.” Enter a unique site name, set the physical path to the location where you published your .NET application, and assign a port number and host name if necessary.

Step 5: Configure Application Pool:

Create a new application pool or use an existing one for your .NET site. Ensure that the application pool is configured to use the correct version of the .NET runtime and is set up with the necessary permissions.

Step 6: Adjust Security Settings:

Review and adjust the security settings for your site. Configure authentication, authorization, and SSL settings based on your application’s requirements. Ensure that the necessary permissions are granted to the application pool identity.

Step 7: Test Your Site:

After configuring IIS, test your .NET site by navigating to the specified URL in a web browser. Ensure that all pages and functionalities work as expected. Monitor the IIS logs for any errors or issues.

Step 8: Monitor and Maintain:

Regularly monitor the performance of your .NET site in IIS. Use tools like Performance Monitor to analyze server metrics and address any performance bottlenecks. Keep the server and IIS components up to date with the latest security patches and updates.

Conclusion:

Hosting a .NET site in IIS involves several essential steps, from installing IIS and the correct .NET runtime to configuring application pools and security settings. Following this step-by-step guide will help you successfully deploy and manage your .NET web application in a secure and scalable environment.

Full Stack Dot NET Developer Course Online

Introduction

Full Stack.NET Developers play an important role in creating end-to-end solutions by seamlessly integrating front-end and back-end technologies using the Microsoft.NET framework. With the convenience of online courses, aspiring developers can begin their journey to master the complexities of Full Stack.NET development. This article serves as a guide, delving into the key components and benefits of online courses designed to develop skilled Full Stack.NET developers.

A Comprehensive Approach to Understanding Full Stack.NET Development

Using Microsoft’s.NET technologies, full stack.NET development includes both front-end and back-end development. For server-side development, it requires knowledge of languages like C# and ASP.NET, and for client-side development, frameworks like Angular or React. A wide range of topics are covered in online courses designed specifically for Full Stack.NET Developers, guaranteeing a well-rounded skill set.

Key Features of Online Full Stack.NET Courses:

C# Programming:

Full Stack.NET Developers must have a strong understanding of C#. Online courses frequently begin with in-depth C# programming modules that cover topics such as object-oriented programming, data types, and control structures.

ASP.NET MVC:

Courses cover ASP.NET MVC (Model-View-Controller), a framework for developing scalable and maintainable web applications. Students learn about routing, controllers, views, and data models while gaining practical experience in developing robust server-side applications.

Front-End Development:

Full Stack.NET Front-end developers must be knowledgeable about these technologies. HTML, CSS, and JavaScript are frequently used in online courses, as are popular front-end frameworks such as Angular and React. This allows developers to create interactive and user-friendly interfaces.

Database Management:

Database integration is a critical component of full stack development. The courses cover SQL for database management as well as ORM (Object-Relational Mapping) tools such as Entity Framework, which allow developers to interact with databases seamlessly.

API Development:

Full Stack.NET Developers frequently create and consume APIs (Application Programming Interfaces). Online courses teach students how to create RESTful APIs, which allow different web application components to communicate with one another.

Source Control and Deployment:

Version control systems (such as Git) and deployment strategies are critical for application collaboration and release. Courses provide insights into Git workflows and deployment techniques, allowing developers to manage projects more efficiently.

Benefits of Online Full Stack .NET Development Courses:

Flexibility:

Online courses allow students to balance their studies with other commitments. Asynchronous learning materials, like video lectures and interactive assignments, cater to a variety of learning styles.

Hands-On Projects:

Practical application is critical to skill development. Many online courses include hands-on projects and real-world scenarios, allowing students to put theoretical knowledge into practice.

Community Support:

Forums and discussion boards are common features of online platforms that foster a sense of community. Learners can connect with their peers, share their experiences, and ask for help from instructors and other students.

Industry-Relevant Content:

Reputable online courses are created with input from industry experts. They keep up with the latest trends and technologies, ensuring that students learn skills that are relevant to today’s job market needs.

Conclusion: Shaping Future Full Stack .NET Developers

Starting the journey to become a Full Stack.NET Developer with online courses provides a flexible and comprehensive learning experience. Aspiring developers can expect to learn how to design, implement, and maintain fully functional web applications, making them valuable assets in the ever-changing web development landscape. Individuals who are dedicated and take the right online course can turn their coding passion into a rewarding career as a Full Stack.NET Developer.

If you need any Training / Technical Support in DOTNET & SQL Contact +91 90427 10472

Exposing the Web Applications’ Synergy between Frontend and Backend Development

Introduction:

Frontend and backend development are two essential parts of the intricate and team-based process that goes into creating modern web applications. These two elements combine flawlessly to provide a thorough user experience. The roles, duties, and cooperation between frontend and backend developers in building robust and intuitive web applications will be discussed in this article.

Frontend Development:

User Interface (UI) Design:

Creating the user interface that users interact with is the main focus of frontend development. HTML, CSS, and JavaScript are used by frontend developers to organize content, style elements, and incorporate interactivity into web pages. The objective is to produce a layout that is visually appealing and intuitive, improving the user experience as a whole.

Client-Side Logic:

Frontend developers can implement client-side logic with JavaScript and well-known frameworks like React, Angular, and Vue.js. Managing state, processing user input, and dynamically updating the user interface in response to user input are all included in this. These frameworks make it easier to create single-page applications (SPAs) that offer a more responsive and seamless user experience.

Cross-Browser Compatibility:

Web applications need to function properly on various browsers and devices, which is the responsibility of frontend developers. In order to provide a consistent look and feel regardless of the user’s device or browser, they take compatibility, responsiveness, and user experience into account.

Performance Optimization:

One of the main duties of frontend developers is to optimize the performance of web applications. To improve the application’s overall speed and responsiveness, they concentrate on cutting down on resource consumption, optimizing page load times, and putting strategies like code splitting and lazy loading into practice.

Backend Development:

Server-Side Logic:

Backend development focuses on the application’s server side. Backend developers implement business logic, handle requests, and communicate with databases using server-side programming languages like Python, Java, Node.js, or Ruby. They take care of things like data validation, authorization, and authentication.

Database Management:

Effective data archiving and retrieval is a vital component of backend development. Working with databases, backend developers make sure that data integrity, query optimization, and database design are all done correctly. Among the popular databases are MongoDB, PostgreSQL, and MySQL.

API Development:

Application Programming Interfaces, or APIs, are made by backend developers to facilitate communication between the frontend and backend. APIs facilitate smooth integration and data flow between the client and server by defining the guidelines and protocols for data exchange.

Security:

One of the main concerns for backend developers is security. They put in place safeguards like encryption, secure authentication, and authorization processes to preserve private information and guarantee the web application’s overall security.

Collaboration and Synergy:

Although backend and frontend developers concentrate on different parts of the development process, good teamwork is essential. The smooth interaction of the frontend with the backend and the seamless flow of data between the client and server are ensured by the two teams’ communication. Well-defined APIs, version control systems, and collaboration tools are essential for promoting this kind of cooperation. https://www.softwaretraininginchennai.com/blog/?s=full+stack

Conclusion:

The synergy between frontend and backend development is crucial in the fast-paced world of web development to produce feature-rich, high-quality web applications. Backend developers construct the reliable framework that supports the application, while frontend developers design captivating user interfaces. A smooth and delightful user experience is the outcome of these two domains’ successful cooperation. The landscape of contemporary web applications is being shaped by the ongoing interdependence of frontend and backend development as technology advances.

If you need any Training / Technical Support in DOTNET & SQL Contact +91 90427 10472

How to Get Ready for a Dotnet Interview

Microsoft’s Dotnet framework is widely used for developing robust and scalable applications. Preparing for a Dotnet interview, whether you’re a seasoned developer or a recent graduate, necessitates a thorough understanding of the framework, its components, and best practices. In this article, we’ll go over key areas to concentrate on and offer practical advice to help you succeed in your Dotnet interview.

Understand the Fundamentals:

Before moving on to more advanced topics, make sure you understand fundamental concepts like Common Language Runtime (CLR), Common Type System (CTS), and Common Intermediate Language (CIL). Examine object-oriented programming principles, which are essential for Dotnet development.

Master Core Technologies:

C# Language Proficiency:

C# is the primary language used in Dotnet development, so brush up on it. Prepare to show your understanding of language features, inheritance, polymorphism, and exception handling.

ASP Dotnet and ASP Dotnet Core:

Learn the distinctions between ASP Dotnet and ASP Dotnet Core. Understand the MVC (Model-View-Controller) architecture, as well as routing and middleware.

ADO Dotnet and Entity Framework:

It is critical to have a solid understanding of ADO Dotnet for data access and Entity Framework for object-relational mapping. Prepare to talk about database connectivity, LINQ, and data modelling.

Explore Web Technologies:

Web API and RESTful Services:

Learn how to create and use Web APIs. Learn RESTful principles as well as how to design and implement scalable services.

Front-End Development:

Learn about front-end technologies such as HTML, CSS, and JavaScript. Knowledge of JavaScript frameworks such as Angular or React can be advantageous.

Look into Testing and Debugging in Depth:

Unit Testing:

Understand the significance of unit testing and be acquainted with testing frameworks such as NUnit or xUnit. Understand how to write efficient unit tests for your code.

Debugging Skills:

Demonstrate your ability to efficiently troubleshoot and debug code. Understand how to use Visual Studio’s debugging tools.

Explore Cloud Services:

Azure Services:

Many businesses use Microsoft Azure to host and manage applications. Understand Azure services such as Azure App Service, Azure Functions, and Azure SQL Database.

Security Best Practices:

Authentication and Authorization:

Learn about various authentication mechanisms such as OAuth and OpenID Connect. Understand how to use role-based access control (RBAC) to secure applications.

Secure Coding Practices:

Understand common security flaws and best practices for writing secure code. Learn how to defend against common threats such as SQL injection and cross-site scripting (XSS).

Keep Up with the Latest Trends:

Latest versions updates:

Keep yourself updated on the latest versions of Dotnet, including Dotnet Core and be aware of new features and improvements.

Containerization and Microservices:

Learn about Docker containerization and the concept of microservices. Learn how these architectural patterns can benefit Dotnet applications.

Behavioral and Problem-Solving Questions:

Soft Skills:

Be prepared to answer behavioral questions about your communication, teamwork, and problem-solving abilities.

Coding Challenges:

Exercise your coding skills by solving algorithmic and real-world problems. LeetCode and HackerRank, for example, provide a variety of Dotnet-related challenges.

Conclusion:

Getting ready for a Dotnet interview necessitates a mix of technical knowledge, practical skills, and problem-solving abilities. You’ll be well-equipped to impress your interviewers and land that Dotnet development role if you focus on the key areas mentioned above and stay up to date on the latest trends. Best wishes!

Begin your Journey Today,

for Training, Contact via Call/WhatsApp :+91 90427 10472 

Dependency Injection in ASP.NET Core

Building Modular and Testable Applications with Dependency Injection in ASP.NET Core

Introduction:

A key component of developing ASP.NET Core applications that encourages modularity, maintainability, and testability is dependency injection, or DI. In this post, we’ll examine the foundations of dependency injection in ASP.NET Core, as well as its advantages and practical uses for developing organized and expandable applications.

Understanding Dependency Injection:

Dependency injection is a design pattern that assists in the management of dependencies among various components in a software system. It refers to the technique of supplying the objects that a class requires (its dependencies) from outside rather than creating them within the class itself in the context of ASP.NET Core. This method makes classes more modular and testable.

Benefits of Dependency Injection in ASP.NET Core:

1. Modular Code: By injecting dependencies into classes, each class can concentrate on its own functionality without being tethered to the implementation details of its dependencies. As a result, the code becomes more modular and maintainable.

2. Testability: Dependency injection makes unit testing easier by allowing developers to replace real implementations of dependencies with mock or test implementations. This facilitates the isolation and testing of individual components.

3. Extensibility: It is easier to extend an application’s functionality with dependency injection by introducing new components or swapping out existing ones. This is especially useful when evolving and scaling an application.

Implementing Dependency Injection in ASP.NET Core:

1. Service Registration:

Services in ASP.NET Core are registered at application startup in the dependency injection container. Services can be added to the container via the ‘ConfigureServices’ method in the ‘Startup’ class.

public void ConfigureServices(IServiceCollection services)

{

    services.AddTransient<IMyService, MyService>();

    // Add more services...

}

‘IMyService’ is the interface in this example, and ‘MyService’ is the matching implementation. ‘Transient’ means that each time a request is made, a new instance of ‘MyService’ is created.

2. Constructor Injection:

Use the constructor of a class to inject dependencies into it. The necessary dependencies are automatically provided by the DI container when a class instance is created.

public class MyController : Controller

{

    private readonly IMyService _myService;

    public MyController(IMyService myService)

    {

        _myService = myService;

    }

    // Controller actions...

}

3. Using Dependency Injection in Middleware:

Dependency injection can also help middleware components in the ASP.NET Core request processing pipeline. The ‘Invoke’ method can have services injected into it.

public class MyMiddleware

{

    private readonly RequestDelegate _next;

    private readonly IMyService _myService;

    public MyMiddleware(RequestDelegate next, IMyService myService)

    {

        _next = next;

        _myService = myService;

    }

    public async Task Invoke(HttpContext context)

    {

        // Use _myService...

await _next(context);

    }

}

Scopes and Lifetimes of Services:

Several service lifetimes, such as ‘Transient’, ‘Scoped’, and ‘Singleton’, are supported by ASP.NET Core. Managing the lifespan of service instances requires an understanding of these lifetimes.

1. Transient: Whenever an instance is requested, a new one is created.

2. Scoped: Each request generates a single instance. Within the parameters of an HTTP request, it is shared.

3. Singleton: For the duration of the application, only one instance is created.

Best Practices for Dependency Injection in ASP.NET Core:

1. Choose Constructor Injection: For improved readability and maintainability, inject dependencies via the constructor.

2. Employ Interfaces: Write code that checks against interfaces as opposed to specific implementations. This encourages testability and flexibility.

3. Avoid the Service Location Anti-Pattern: Avoid the ‘ServiceLocator’ pattern, which involves retrieving services directly from the container within a class.

4. Register Services as Interfaces: When registering services, use interfaces rather than concrete implementations.

services.AddTransient<IMyService, MyService>();

  Conclusion:

Dependency injection is a powerful design pattern that improves the design, testability, and maintainability of ASP.NET Core applications significantly. Developers can create modular, extensible, and testable applications by leveraging the built-in dependency injection container. Understanding dependency injection principles is critical for developing robust and scalable ASP.NET Core applications.

Database Access in ASP.NET Core using Entity Framework Core

Introduction:

Many web applications depend on database access, which is made easier and more efficient in ASP.NET Core by Entity Framework Core (EF Core). In this post, we’ll examine the foundations of Entity Framework Core and how ASP.NET Core applications can use it to achieve effective and adaptable database access.

Overview of Entity Framework Core:

Entity Framework Core is an object-relational mapping (ORM) framework that enables.NET objects to be used by developers to communicate with databases. Instead of working directly with SQL queries, it allows developers to work with databases using a high-level, object-oriented API.

Entity Framework Core’s key features include:

Model-First Approach: Use C# classes to define your data model, and EF Core will create the corresponding database schema.

LINQ Support: When querying databases, use Language-Integrated Query (LINQ), which makes it easier to express database queries in C# syntax.

Database Migrations: EF Core supports database migrations, allowing for simple schema changes and updates as your application evolves.

Cross-Platform Compatibility: EF Core is designed to work with various database providers, giving you the option of using SQL Server, MySQL, SQLite, and others.

Setting Up Entity Framework Core in ASP.NET Core:

Install the NuGet package for Entity Framework Core:

Install the NuGet package Entity Framework Core in your ASP.NET Core project:

dotnet add package Microsoft.EntityFrameworkCore

Configure Database Provider: Select a database provider (for example, SQL Server) and install the appropriate provider package:

dotnet add package Microsoft.EntityFrameworkCore.SqlServer

Configure the database provider using the ConfigureServices method in your Startup.cs file:

public void ConfigureServices(IServiceCollection services)

{

    services.AddDbContext<ApplicationDbContext>(options =>

        options.UseSqlServer(Configuration.GetConnectionString("DefaultConnection")));

}

Create DbContext:

Make a class that derives from DbContext in order to create DbContext. This class defines DbSet properties for every entity and represents the database context.

public class ApplicationDbContext : DbContext

{

    public DbSet<User> Users { get; set; }

    // Add more DbSet properties for other entities

}

Configuring the Connection String: Open the appsettings.json file and set the database connection string there.

{

  "ConnectionStrings": {

    "DefaultConnection": "YourConnectionString"

  },

  // Other configurations...

}

Working with Entities and DbContext:

Defining Entities:

Make classes in C# that correspond to your entities. EF Core will map to database tables using these classes.

public class User

{

    public int Id { get; set; }

    public string UserName { get; set; }

    public string Email { get; set; }

    // Other properties...

}

CRUD Operations:

In your application code or controllers, use the DbContext to perform CRUD operations:

public class UserController : ControllerBase

{

    private readonly ApplicationDbContext _context;

    public UserController(ApplicationDbContext context)

    {

        _context = context;

    }

    [HttpGet]

    public ActionResult<IEnumerable<User>> GetUsers()

{

        return _context.Users.ToList();

    }

    [HttpPost]

    public ActionResult<User> AddUser([FromBody] User newUser)

    {

        _context.Users.Add(newUser);

        _context.SaveChanges();

        return newUser;

    }

    // Implement other CRUD operations (Update, Delete) as needed...

}

Database Migrations:

With EF Core, you can use migrations to change the structure of your database. To create and implement migrations, execute the following commands:

dotnet ef migrations add InitialCreate

dotnet ef database update

To establish the initial database schema and implement the modifications, these commands produce SQL scripts.

Conclusion:

Entity Framework Core offers a strong and adaptable ORM framework while streamlining database access in ASP.NET Core. Without requiring in-depth SQL knowledge, developers can effectively interact with databases by defining entities, setting up a DbContext, and using LINQ for querying. EF Core provides a dependable and efficient method for database access in ASP.NET Core, regardless of the size of your project—from a small application to a large enterprise system.

Web API with ASP.NET Core using MVC

Creating a web API with ASP.NET Core using the MVC (Model-View-Controller) pattern entails creating controllers to handle HTTP requests, models to represent data, and routes for the API. A step-by-step guide to creating an MVC web API with ASP.NET Core is provided below.

Step 1 Install the Necessary Software

Check that your machine has the.NET SDK installed.

Step 2 Create a New ASP.NET Core MVC Web API Project

Run the following commands in a terminal or command prompt

dotnet new mvc -n MyMvcWebApi

cd MyMvcWebApi

This will create a new ASP.NET Core MVC project called MyMvcWebApi and navigate to its directory.

Step 3 Explore the Project Structure

Launch your preferred IDE and open the project. Controllers, Models, and Views are among the folders in the project structure.

Controllers In this section, you will define your API controllers.

Models To represent your data, you can create model classes.

Views Although views are not required for an API, this folder is included in the standard MVC structure.

Step 4 Create a Model

To represent your data, create a model class. Create a file called Item.cs in the Models folder, for example

public class Item

{

    public int Id { get; set; }

    public string Name { get; set; }

}

Step 5 Establish a Controller

Add a new file to the Controllers folder, such as ItemsController.cs, to create a controller

using Microsoft.AspNetCore.Mvc;

using System.Collections.Generic;

namespace MyMvcWebApi.Controllers

{

    [Route(api[controller])]

    [ApiController]

    public class ItemsController  ControllerBase

    {

        private static ListItem _items = new ListItem

   {

            new Item { Id = 1, Name = Item 1 },

            new Item { Id = 2, Name = Item 2 },

            new Item { Id = 3, Name = Item 3 }

        };

GET apiitems

        [HttpGet]

        public ActionResultIEnumerableItem Get()

        {

            return _items;

        }

GET apiitems1

        [HttpGet({id})]

        public ActionResultItem Get(int id)

        {

            var item = _items.Find(i = i.Id == id);

            if (item == null)

                return NotFound();

   return item;

        }

         POST apiitems

        [HttpPost]

        public ActionResultItem Post([FromBody] Item newItem)

        {

   newItem.Id = _items.Count + 1;

            _items.Add(newItem);

            return CreatedAtAction(nameof(Get), new { id = newItem.Id }, newItem);

        }

         PUT apiitems1

        [HttpPut({id})]

public IActionResult Put(int id, [FromBody] Item updatedItem)

        {

            var existingItem = _items.Find(i = i.Id == id);

            if (existingItem == null)

                return NotFound();

existingItem.Name = updatedItem.Name;

            return NoContent();

        }

         DELETE apiitems1

        [HttpDelete({id})]

        public IActionResult Delete(int id)

{

            var itemToRemove = _items.Find(i = i.Id == id);

            if (itemToRemove == null)

                return NotFound();

            _items.Remove(itemToRemove);

            return NoContent();

         }

     }

}

Step 6 Run the Program

Enter the following command at the command prompt or terminal

dotnet run

The URL for your API will be http://localhost:5000 or https://localhost:5001. Open an API testing tool such as Postman:

GET Request: To retrieve items, open https://localhost:5001/api/items.
POST Request: To add a new item, submit a POST request with a JSON body to https://localhost:5001/api/items.
PUT Request: To update an item, submit a PUT request with a JSON body to https://localhost:5001/api/items/1.
DELETE Request: To delete an item, send a DELETE request to https://localhost:5001/api/items/1.

Step 7 Explore and Extend

To improve your web API, investigate additional ASP.NET Core MVC features like middleware, authentication, dependency injection, and model binding. Depending on the needs of your application, you can handle various HTTP methods, define more models, and add more controllers.

Developing ASP.NET Core MVC Web Applications:

Introduction:

Creating dynamic and interactive web pages using the ASP.NET Core framework is required when developing ASP.NET Core MVC (Model-View-Controller) web applications. Model, View, and Controller (MVC) is a design pattern that divides an application into three main components: Model, View, and Controller. ASP.NET Core MVC is a lightweight, cross-platform, open-source framework for building modern, scalable web applications.

Here is a step-by-step tutorial for creating ASP.NET Core MVC web applications:

1. Install Prerequisites:

As your development environment, install Visual Studio or use Visual Studio Code.

Install the.NET SDK from the Microsoft website:

https://dotnet.microsoft.com/download

2. Create a new ASP.NET Core MVC project as follows:

Open Visual Studio and choose “Create a new project.”

Select “ASP.NET Core Web App” and then “ASP.NET Core with MVC” as the template.

Configure the project parameters and then click “Create.”

3. Understand the Project Structure:

Look into the project structure to learn about the key components:

Controllers: Controllers are responsible for handling user input and orchestrating interactions between the model and the view.

Views: Present information to the user and collect user input.

Models: Represent the application’s data and business logic.

4. Define Models:

Model classes should be created to represent the data entities in your application.

Data annotations can be used to validate data and define metadata.

public class Product

{

    public int Id { get; set; }

    [Required]

    public string Name { get; set; }

    public decimal Price { get; set; }

}

5. Create Controllers:

To handle user requests and interact with models, create controllers.

Define controller actions to respond to specific HTTP requests.

public class ProductController : Controller

{

    public IActionResult Index()

    {

        // Retrieve and return a list of products

        return View(products);

    }

public IActionResult Details(int id)

    {

        // Retrieve a specific product by id and return it

        return View(product);

    }

}

6. Develop Views:

To define the presentation layer, create view files (.cshtml).

To display dynamic content, use Razor syntax to embed C# code within HTML.

@model List<Product>

<h2>Product List</h2>

<ul>

    @foreach (var product in Model)

    {

        <li>@product.Name - $@product.Price</li>

    }

</ul>

7. Configure Routing:

Define routes in the Startup.cs file to map URLs to controller actions.

app.UseEndpoints(endpoints =>

{

    endpoints.MapControllerRoute(

        name: "default",

        pattern: "{controller=Home}/{action=Index}/{id?}");

});

8. Handle Form Submissions:

In controllers, use the HttpPost attribute to handle form submissions.

[HttpPost]

public IActionResult Create(Product product)

{

    // Validate and save the new product

    return RedirectToAction("Index");

}

9. Implement Data Access:

To interact with databases, use Entity Framework Core or other data access technologies.

10. If desired, include authorization and authentication:

Authenticate and authorize users in accordance with the specifications of your application.

11. Test Your Application:

Run your application locally and verify various scenarios to test it.

12. Publish Your Application:

Publish your ASP.NET Core MVC application to a cloud platform or hosting environment.

Note: Always refer to the official ASP.NET Core documentation for more information on each stage of development: https://docs.microsoft.com/en-us/aspnet/core/

Microservices Architecture with DOTNET Core

Introduction:
The ability of microservices architecture to break down large, monolithic applications into smaller, independent services has led to widespread adoption. This article delves into the design principles and implementation strategies for developing microservices with DOTNET Core, Microsoft’s versatile and powerful framework.

Understanding Microservices Architecture:

Microservices is a design style in which an application is made up of loosely coupled, independently deployable services. Each service is intended to carry out a specific business function and communicates with other services via well-defined APIs.

Design Principles:
1. Single Responsibility Principle (SRP): Each microservice should be responsible for a single business capability. This ensures ease of use and maintainability.
2. Decentralized Data Management: Databases belong to microservices. Because of this decentralization, dependencies are reduced and each service is free to select the database technology that best meets its needs.
3. Inter-Service Communication: APIs are used by services to communicate with one another, and they frequently use lightweight protocols such as HTTP/REST or messaging queues. This allows for independence and flexibility in technology stack selection.
4. Fault Tolerance and Resilience: Create services that are resistant to failure. To handle faults gracefully, use mechanisms such as circuit breakers and retries.
5. Continuous Integration and Deployment (CI/CD): Use CI/CD techniques to automate the processes of building, testing, and deployment. This guarantees the delivery of microservices quickly and consistently.
6. Scalability: Microservices can be scaled independently based on demand. By horizontally scaling instances, you can design services to handle varying levels of load.

Implementation with DOTNET Core:
1. Service Development: For each microservice, create a separate DOTNET Core project. Build web APIs with ASP DOTNET Core and consider high-performance communication technologies like gRPC.
2. API Gateway: Set up an API Gateway to manage and route requests to the proper microservices. In Azure, tools such as Ocelot and API Gateway can be used.
3. Service Discovery: To dynamically locate and call services, use service discovery tools such as Consul or Eureka. This is critical for dealing with the fluid nature of microservices.
4. Containerization: Use Docker to containerize each microservice. This ensures consistency across environments and makes deployment easier.
5. Orchestration with Kubernetes: Use Kubernetes to orchestrate and manage containers. Kubernetes makes it easier to deploy, scale, and manage microservices.
6. Logging and Monitoring: Consolidate logging and monitoring. Tools such as the ELK stack (Elasticsearch, Logstash, Kibana) or Application Insights can provide insights into the behavior of microservices.
7. Security: Implement an all-encompassing security strategy. Utilize OAuth for authentication, JWT for token-based authorization, and HTTPS for secure communication.
8. Testing: For each microservice, perform unit testing, integration testing, and end-to-end testing. In this context, tools like xUnit, NUnit, and Postman can be useful.
9. Database Management: Select databases based on the needs of the microservices. Accept polyglot persistence and think about SQL and NoSQL databases.
10. Event-Driven Architecture: Think about using event-driven patterns with message brokers such as RabbitMQ or Apache Kafka. Asynchronous communication between microservices is enabled by events.

Conclusion:
Using DOTNET Core to build microservices necessitates adhering to architectural principles that prioritize independence, scalability, and maintainability. Developers can create a robust microservices ecosystem that meets the demands of modern, scalable applications by using a containerized and orchestrated approach. The combination of DOTNET Core and microservices unleashes the power of agile development, rapid deployment, and efficient scaling, enabling organizations to deliver resilient and scalable applications in today’s dynamic computing landscape.

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View in SQL

View in SQL

A view in SQL is a virtual table created from the results of a SELECT query. Views simplify complex queries, encapsulate logic, and provide an abstraction layer over the underlying tables. They can be used to present data in a more meaningful or secure manner than querying the underlying tables directly. Here’s a quick rundown of how to create and use views in SQL:

Creating a View:

The CREATE VIEW statement is used to create a view. The fundamental syntax is as follows:

For example, let us create a new table called studentdata using the syntax shown below.

Insert some records as well using the syntax shown below.

Select query syntax can be used to display the table records.

Create a view using the syntax shown below.

Using a View:

After you’ve created a view, you can query it like a regular table with the following syntax:

With reference to the given example,

Updating a View:

You can use the ALTER VIEW statement to update views:

In Microsoft SQL Server, you can use the CREATE OR ALTER VIEW statement to replace an existing view or create a new one. This is similar to the CREATE OR REPLACE VIEW syntax found in other database systems. Using the preceding example:

Dropping a View:                

The DROP VIEW statement is used to remove a view:

Thinking back to the earlier illustration:

Multiple Views:

Views enable you to create a virtual table in a relational database based on the results of a SELECT query. You can use JOIN operations in your SELECT statement to combine data from multiple tables in a view. Here’s a general guide to creating a view with multiple tables:

Consider the following scenario: you have two tables: customers and orders. The customers table contains information about customers, and the orders table contains information about the orders that these customers have placed.

Let us also insert some sample records into both tables using the insert query:

Check it out with the following select query:

Let’s now create a view that combines data from both tables:

The CustomerOrderView view is created in this example by selecting specific columns from both the customers and orders tables. The JOIN clause is used to join rows from both tables using the CustomerId column in common.

After you’ve created the view, you can query it like any other table:

Remember that the exact syntax can change based on the database management system (SQL, PostgreSQL, MySQL, etc.) you are using. Depending on the system you are working with, modify the SQL statements as necessary.

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About DOTNET (.NET)

Microsoft’s .NET framework is a robust and widely used framework for developing a wide range of applications, from desktop and web applications to mobile and cloud solutions. The demand for skilled .NET developers is increasing as the technology industry evolves.

About SQL

SQL, or Structured Query Language, is a programming language that is standardized for managing and manipulating relational databases. It includes commands for querying data, inserting records, updating information, and creating database structures. SQL is required for interacting with databases in a variety of applications, allowing for the structured and organized storage, retrieval, and manipulation of data. Its syntax is consistent across various database management systems, making it a universal database communication language. A solid understanding of SQL is essential in the world of data management and application development, whether you’re a developer, data analyst, or database administrator.

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SQL and .NET (sometimes spelled DOTNET) are two separate technologies that are commonly utilized in software development. SQL, which stands for Structured Query Language, is a powerful computer language that was created primarily for maintaining and manipulating relational databases. It provides a standardized approach for developers to accomplish operations including accessing data, entering records, updating information, and designing database structures.

.NET, on the other hand, is a framework developed by Microsoft for building various types of applications, including desktop, web, and mobile applications. It provides a comprehensive set of libraries and tools for developers to build, deploy, and run applications. .NET supports multiple programming languages, including C#, F#, and Visual Basic, and it includes a runtime, a set of libraries, and development tools.

While SQL is primarily focused on working with databases and managing data, .NET is a broader framework that covers a wide range of application development aspects. However, it’s common for developers to use SQL in conjunction with .NET when building applications that require interaction with a database.

In a typical scenario, a .NET application may use SQL to store and retrieve data from a relational database. This interaction is often facilitated by using an Object-Relational Mapping (ORM) framework, such as Entity Framework, which is a popular component of the .NET ecosystem. Entity Framework allows developers to work with databases using object-oriented principles, making it easier to integrate database operations into .NET applications.

Do you want to know if.NET is still in demand?

There is no need to look any further! .NET is an open-source web framework that is one of the most popular web application development frameworks for creating dynamic websites. With such promising future growth potential, it’s no surprise that professionals with prior experience in this industry are in high demand today. Keep your.NET skills sharp to stay ahead of the curve!

.NET is a framework that provides programming principles for creating a wide range of applications, from web-based to mobile-based. It supports a variety of programming languages, including C#, VB.NET, C++, F#, and others. So, when working with.NET, code is essential. Continue to experiment and study to become a skilled.NET developer!

.NET is the primary framework for developing Windows-based applications. This is due to the fact that.NET is a local framework bundled with Windows that makes it easier for programmers to construct applications. Furthermore, many programmers find it easier to construct web applications in.NET than in Java.

The.NET Framework’s ability to create a highly secure environment for applications is well known. It includes a variety of security mechanisms to ensure maximum protection. One of these mechanisms is the built-in Windows authentication system, which enables developers to create secure and safe applications with ease. This authentication system ensures that only authorized users have access to the application, improving its overall security.

Furthermore, the.NET Framework includes a set of cryptography classes that are essential for protecting sensitive data. These classes enable encryption and decryption, which improves data security. Developers can use these cryptography classes to implement strong encryption algorithms that effectively protect data during transmission and storage. This ensures that confidential data remains private and out of reach of unauthorized individuals.

As a result, by incorporating a wide range of security features, the.NET Framework enables developers to prioritize data protection and mitigate potential security risks when developing applications.

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Controllers in ASP.NET MVC

Controllers in ASP.NET MVC (Model-View-Controller) are critical in accepting incoming HTTP requests, processing them, and sending appropriate responses to the client. Controllers are in charge of regulating the application’s flow, communicating with models and views, and handling user input. Here are some important points to remember regarding controllers in ASP.NET MVC:

Controllers’ Role: Clients, usually web browsers, send requests over HTTP to controllers. They use the request URL and HTTP verb (GET, POST, etc.) to identify the action method to do. The logic for handling user input, making choices, and coordinating with models and views to produce a response is included in controllers.

Controller Naming Convention: In ASP.NET MVC, controllers usually have names that conclude in “Controller.” HomeController, DefaultController, and UserController are a few examples.

Action Methods: Action methods, which are public methods that respond to certain HTTP requests, make up controllers. The HTTP verbs that action methods respond to are indicated by characteristics like [HttpGet] or [HttpPost]. In order to render the answer, they must process user input, interact with models (data access), and choose the right view.

Routing: Routing is used by the ASP.NET MVC framework to map incoming URLs to controllers and associated action methods. The RouteConfig.cs file is frequently used to define the default route settings.

Parameters and Model Binding: Parameters from the URL, form data, query string, or other sources can be passed to action methods. Model binding is used by ASP.NET MVC to automatically connect incoming data to method parameters.

ActionResult: Action methods will either return an ActionResult or a derived class such as ViewResult, RedirectResult, or JsonResult. The type of answer given to the client is determined by the result type.

Dependency Injection: It is common practice to inject services and dependencies into controllers to make them more tested and manageable.

Filters:

To provide behavior and manage the execution flow of action methods, controllers can be decorated with filters such as permission filters or action filters.

Testing: Unit testing is a useful tool for verifying that controllers operate as intended. Mocking frameworks are frequently used to test controller activities and simulate HTTP requests.

RESTful Controllers: RESTful APIs can be developed with ASP.NET MVC, in which controllers manage the HTTP verbs GET, POST, PUT, and DELETE to carry out CRUD actions on resources.

In summary, controllers are an essential component of the ASP.NET MVC architecture and are in charge of managing the flow control and main logic of the application.

Here’s a simple ASP.NET MVC controller example:

_____________________________________________________________

_____________________________________________________________

Views in ASP.NET MVC

Introduction to Views in MVC:

Views are a fundamental component of the ASP.NET MVC (Model-View-Controller) program that are responsible for presenting data to users. Views are used in ASP.NET MVC to construct the user interface with which users interact with a web application. Views are commonly used to present data to consumers and collect user input.

Here are some important points to remember regarding views in ASP.NET MVC:

Separation of Concerns: ASP.NET MVC encourages concern separation by splitting the application into three primary components: Model, View, and Controller. Views are responsible for rendering the user interface and should focus on presentation concerns, while the Model and Controller handle business logic and data processing, respectively.

Razor Syntax: The Razor view engine, which enables you to combine HTML with C# or VB.NET code to dynamically build the content that will be transmitted to the user’s browser, is commonly used to create views in ASP.NET MVC. The @ sign in Razor syntax is used to incorporate C# code inside HTML markup.

Strongly Typed Views: ASP.NET MVC views have the option to be strongly typed, which identifies them as belonging to a certain model class. This relationship makes it easier to show and work with data by enabling you to access model attributes directly in the view using Razor syntax.

Layouts: Layout pages can be used by views to define a common framework for different views inside the application. This allows you to maintain a uniform look and feel across your online application. Layout pages are often composed of the standard HTML structure, headers, footers, and navigation menus.

Partial Views: Partial views are a method of dividing large views into smaller, reusable components. They are important for developing modular and maintainable user interfaces since they may be rendered within other views.

HTML Helpers: ASP.NET MVC comes with HTML helpers that make it easier to generate forms and HTML elements inside of views. With the aid of these helpers, you may produce HTML code that complies with the model and routing setup of the application.

ViewModels: Apart from models, you can also construct view models, which are objects for data transfer that are specifically designed to meet the requirements of a view. View models give the view all the information it needs to render by combining data from one or more models.

View Engines: While Razor is the most generally used view engine in ASP.NET MVC, you can also utilize Web Forms view engine and custom view engines depending on your tastes and requirements.

ViewBag and ViewData: ViewBag and ViewData are two techniques for transferring information from the controller to the view. ViewData is a dictionary-like container, while ViewBag is a dynamic object. They are often used when you wish to transmit data to the view that is not included in the model.

In summary, views in ASP.NET MVC are in charge of displaying a web application’s user interface. Their dynamic content is rendered using a blend of Razor and HTML syntax. They support partial views for modularization, layout pages for consistency, and strongly typing. In an ASP.NET MVC application, views are essential to achieving a clear separation of concerns.

Setting up a Basic MVC Project in ASP.NET

There are various phases involved in creating a simple ASP.NET MVC (Model-View-Controller) project. Model-View-Controller (MVC) is a design pattern that divides an application into three interrelated components: Models, Views, and Controllers. This split aids in code organisation and maintainability. Here’s a step-by-step tutorial for creating a simple ASP.NET MVC project:

step 1 – Install Visual Studio:

Install Visual Studio, a popular programming environment for ASP.NET apps, if you haven’t already. The free Community edition can be downloaded from the Microsoft website.

step 2 – Create a New Project:

Make a new ASP.NET project first:

Launch Microsoft Visual Studio.

Click on “File” > “New” > “Project…”

Choose “ASP.NET Web Application” from the “Create a new project” window, then click “Next.”

step 3 – Choose Project Template:

Choose the “ASP.NET Core Web Application” template from the “New Project” dialog box. You have the option to select the target framework, name your project, and designate a location. Press “Create.”

step 4 – Configure Your Project:

Click “Create a new ASP.NET framework web application” in the dialog box.

Choose the project template “Web Application (Model-View-Controller)”.

Select “Create” from the menu.

step 5 – Understanding the Framework:

Controllers: Your controller classes are stored in this folder.

Models: This is the location for your model classes.

Views: The views (HTML templates) for your application are stored in this folder.

wwwroot: This is the location for static files such as CSS, JavaScript, and pictures.

step 6 – Create a New Model Class:

Create a new class in your MVC project for your model. You may do this by right-clicking on the “Models” folder in Visual Studio (or your preferred IDE) and selecting “Add” > “Class.” or “using ado.net data entity model method”.

step 7 – Create a Controller:

You may add a new controller to your MVC project by right-clicking the Controllers folder, selecting “Add” > “Controller,” and then following the wizard to construct a basic controller with actions.

step 8 – Create Views:

Create subfolders for your controller actions in your MVC project’s Views folder (e.g., “Home” for the HomeController). Create Razor views (.cshtml files) for your activities within these subfolders.

step 9 – Configure Routing:

The Startup.cs file configures the default routing for ASP.NET MVC. In the Configure function, you can map URLs to controller actions by configuring routes.

step 10 – Run the Program:

Use the Debug menu or press F5 to launch your application. This will start a web server and show your application on a web browser.

step 11 – Test Your MVC Application:

By visiting the relevant URLs, you can access the actions that you created. As an illustration, if your HomeController has an action called “Index,” you can get it at http://localhost:port/Home/Index.

A simple ASP.NET MVC application setup is shown here. Models, controllers, views, and more intricate routing can all be added to this base as your project requires it. To get additional functionality, you can combine different libraries and frameworks with Entity Framework and utilize it to work with databases.

MVC framework in ASP.NET

Introduction to MVC (Model-View-Controller) in ASP.NET:

MVC (Model-View-Controller) is a common architectural paradigm for constructing online applications in ASP.NET. It provides a structured and organized approach to web application development by dividing the application into three interconnected components: the Model, the View, and the Controller. This separation of concerns makes the codebase easier to manage and maintain, promotes code reusability, and improves overall application adaptability.

Let’s take a closer look at each component:

Model: The Model represents the data and business logic of the application. It contains the data on which your application runs as well as the rules that govern that data. It is in charge of retrieving and storing data from a database or other data sources, as well as carrying out data-related tasks.

View: The View is in charge of rendering the user interface and displaying data to the user. Views in an ASP.NET MVC application are normally built in HTML, but they can also contain embedded code (Razor syntax) to show dynamic content. Views are retained as independent files, making the display layer easier to handle.

Controller: The Controller functions as a go-between for the Model and the View. It processes user requests, interacts with the Model to retrieve or change data, and then selects the appropriate View to show the response to the user. It contains the application’s logic for handling HTTP requests and is the starting point for the majority of user interactions.

Main advantages and characteristics of ASP.NET MVC use:

Separation of Concerns: MVC requires a distinct division of responsibilities, which facilitates application understanding, maintenance, and expansion. Developers are able to work independently on various components because to this separation.

Reusability: MVC improves code reusability and reduces redundancy by allowing models, views, and controllers to be often reused in other application components.

Testability: MVC allows for independent unit testing of each component, which improves code quality and facilitates more effective debugging.

Flexibility: MVC enables developers to add to and modify some areas of the program without compromising the functionality of the other sections. It is now simpler to adjust to evolving needs as a result.

Support for Multiple View Engines: ASP.NET MVC offers flexibility in how you render your views by supporting a number of view engines, such as Razor and Web Forms.

Usually, you use one of the MVC project templates to create a project in Visual Studio to begin working with MVC in ASP.NET. Models, views, and controllers are all built up in the fundamental framework of your application by using these templates. After that, you may construct on top of this base by defining your views for data display, writing controller actions for user requests, and defining your data models.

In conclusion, MVC is an effective architectural pattern that encourages the creation of web applications in ASP.NET using an organized methodology. Because of its many benefits for code organization, maintainability, and testability, it is a well-liked option among developers creating ASP.NET web applications.

Learn ASP.NET Online

Introduction to ASP.NET

Microsoft created ASP.NET, which stands for Active Server Pages.NET. Thousands of organizations have utilized Microsoft ASP.NET to construct sophisticated, dynamic websites. It is a strong tool for programmers and developers that work on the development of rich and dynamic web apps and websites. ASP.NET is a Microsoft.NET Framework feature that is not limited to script languages; it may also be used by programmers. Microsoft’s Active Server Page was developed in response to the growing need for dynamic webpages.

It includes a Feature library with various ready-to-use methods and web controls for building applications from the ground up. Microsoft often modifies it to stay current with trends. ASP.NET is well-known for its advantages over alternative online development models, in addition to being a pioneering platform. It benefits both the organizations that use it and the developers who take ASP.NET classes.

In the fast-paced world of software development, knowing the most recent technologies and frameworks is critical. NET is one such technology that has seen enormous progress throughout time. As businesses strive to digitize their processes, the demand for knowledgeable.NET developers has skyrocketed. There are numerous online.NET courses available to meet this need and equip potential developers. The article explores into the area of online.NET courses, underlining their benefits, important components, and potential to boost your career.

Professionals with ASP.NET expertise benefit from things like:

capable to develop applications with ASP.NET.

Thanks to its complementary design and extensive toolkit, the ASP.NET framework provides wonderful features like drag-and-drop server controls and automated deployment, among others.

less time is spent coding and more time is spent creating large online apps.

The combination of HTML and source code makes it easy to construct and maintain websites.

Find lucrative career opportunities as a developer.

Spend less time and effort writing extra code for complex and large-scale applications to save down on development costs.

All students and freshmen interested in using the Microsoft platform to create modern desktop, web, and service-oriented applications are encouraged to take this course.

Pros of Online.NET Courses

The following are advantages for students taking online.NET classes:

Flexibility: With online courses, you may customize your education to fit your schedule and establish your own pace for learning.

Accessibility: No matter where you live in the world, you can access excellent.NET classes.

Interaction: A typical component of online platforms is discussion boards, which allow students to interact with teachers and peers and foster a collaborative learning environment.

Comprehensive Curriculum: Since respectable online courses offer a wide range of.NET topics, you can be confident that you’ll obtain a well-rounded education.

Practical Experience: A lot of courses incorporate practical activities and projects that let you put theory into practice in real-world settings.

All students and freshmen interested in using the Microsoft platform to create modern desktop, web, and service-oriented applications are encouraged to take this course.

To enroll in this course, there are no prerequisites.

Why should I study ASP.NET at Maria Academy (Marz Technologies)?

With more than five years of experience, we have taught ASP.NET online to students all around the world. We have also conducted online training courses in  India and other nations. Our knowledgeable instructors will walk you through the process of creating and launching a dynamic website using the ASP.NET tools.

For beginners and intermediate developers, this course module offers practical experience covering everything from installing and setting up Visual Studio for Web and SQL Server Express to creating web form pages.

You will learn about C# programming, advanced C# ideas, OOPs concepts, database design with SQL Server,.NET and.NET Core, and other subjects.

In addition, you will learn how to establish a live project from Microsoft MVPs and Technical Consultants, as well as how to use Visual Studio 2019 for.NET programming.

We provide a variety of training options, such as corporate training, one-on-one training, and live instruction.

Our Fundamental Course Module:

Introduction to .NET Framework and its Architecture

C# Language Fundamentals

Microsoft SQL Server

Creating ASP.NET Pages

Programming in ASP.NET

ASP.NET MVC training

DOTNET Online Training in Bangalore

SQL and .NET (pronounced as DOTNET) are two distinct technologies that are frequently used in software development. SQL, short for Structured Query Language, is a powerful programming language specifically designed for managing and manipulating relational databases. It provides developers with a standardized way to perform tasks such as querying data, inserting records, updating information, and creating database structures.

On the other hand, .NET is a versatile software development framework that offers a wide range of tools and libraries for building applications on various platforms. This framework allows developers to create and run applications on different operating systems, including Windows, macOS, and Linux. .NET offers a rich set of features, including a common language runtime (CLR), which enables code written in different programming languages to be executed seamlessly.

While SQL primarily focuses on database management and manipulation, .NET provides a comprehensive platform for developing complete software solutions. By combining both SQL and .NET, developers can build complex applications that efficiently interact with databases and provide a user-friendly interface across multiple platforms. Whether it is working with data or developing complete applications, SQL and .NET play crucial roles in the software development landscape.

Are you wondering if .NET is still in demand?

Look no further! .NET is an open-source web framework and one of the most leading web application development frameworks used to create dynamic websites. With high growth prospects in the future, it’s no surprise that people with prior experience in this field are in high demand today. Stay ahead of the curve by keeping your .NET skills sharp!

.NET is a framework that offers programming guidelines for developing a wide range of applications, from web to mobile-based applications. It works with several programming languages including C#, VB.NET, C++, F#, and more. So, yes, coding is required when working with .NET. Keep exploring and learning to become a skilled .NET developer!

.NET is the preferred choice for building windows-based applications. This is because .NET is a local framework included in windows, making it easier for programmers to build applications. Additionally, many programmers find building web applications in .NET easier as compared to Java.

The ability of the .NET Framework to create a highly secure environment for applications is well-known. It provides various security mechanisms that ensure optimal protection. One of these mechanisms is its built-in Windows authentication system, which allows developers to effortlessly create secure and safe applications. This authentication system guarantees that only authorized users can access the application, thereby enhancing its overall security.

Moreover, the .NET Framework also offers a set of cryptography classes that are indispensable for safeguarding sensitive information. These classes provide encryption and decryption capabilities that enhance data security. By utilizing these cryptography classes, developers can implement strong encryption algorithms to effectively protect data during transmission and storage. This ensures that confidential data remains confidential and inaccessible to unauthorized individuals.

Consequently, by incorporating a comprehensive range of security features, the .NET Framework gives developers the ability to prioritize data protection and mitigate potential security risks when building applications.

“Unlock Your True Potential with Maria Academy – Unleashing Excellence through Education”

Are you ready to elevate your skills and achieve your goals? Look no further than Maria Academy, the leading training institute dedicated to nurturing talent and empowering individuals to reach their full potential. Our team of seasoned professionals, industry experts, and passionate educators is committed to providing exceptional learning experiences that pave the way for success.

Discover a wide range of courses tailored to meet the demands of today’s competitive market. From professional development programs, technical certifications, to specialized workshops, Maria Academy offers comprehensive training solutions that equip you with the knowledge and skills needed to excel in your chosen field.

Join our vibrant community of learners and engage in interactive sessions that foster collaboration, critical thinking, and innovation. At Maria Academy, we believe in providing more than just theoretical knowledge; we strive to ignite your passion, creativity, and confidence, enabling you to thrive in any professional setting.

Take the first step towards a brighter future. Enrol now at Maria Academy and embark on a transformative educational journey that will shape your career and change your life.”

With Maria Academy’s online course, you can unlock a world of career opportunities in SQL, C#, and Dot Net Technology. Whether you’re an experienced programmer looking to expand your knowledge or a beginner venturing into object-oriented programming, our C#.NET course will take you to the next skill level. Our team of experienced instructors will guide you through the intricacies of C#, helping you discover its limitless potential.

But that’s not all – we also offer comprehensive SQL training to transform you into a proficient database professional. Even advanced engineers can benefit from refreshing their knowledge with our SQL courses. And it’s not just for engineers; business analysts can also capitalize on the opportunity to learn about emerging trends and markets.

At Maria Academy, we take pride in our interactive training sessions. Our enthusiastic trainers will delve into real-world problems and provide practical solutions. What sets us apart is our commitment to hands-on programming, allowing students to improve their skills through practical exercises. Rest assured; our trainers have a minimum of five years of industry experience.

Our meticulously crafted curriculum covers the entire C# learning process. You’ll have the chance to put your programming skills to the test with practical exams and periodic exercises. By the end of the training, we guarantee that you’ll be able to tackle real-world scenarios with confidence.

When it comes to placement assistance, course quality, syllabus coverage, and practical application, we stand tall as the premier C#.NET Training Provider in India. Choose us and unlock your true programming potential.

Full Stack .NET Developer

Full Stack .NET Developer

What is Full Stack .NET Development and who is Full Stack .NET Developer?

Microsoft introduced the.NET framework in 2002 as an open-source tool for full stack developers, but it is also regarded by many as a set of programming rules for web application development.

Although it was originally built to operate on Windows, it was initially viewed as an alternative to Java and PHP. However, its various platforms can be used on a variety of operating systems. The general framework has the advantage of supporting a wide range of programming languages, including C#, Visual Basic, and F#.

The fact that .NET is incredibly user-friendly for full stack developers is one of its key advantages. Its enormous library collection is also one of its key strengths, in addition to its seamless language compatibility. As an open-source technology, it has a sizable community of software developers that have made a wide range of features and capabilities readily accessible for any project involving a web application. It has been heavily utilized in particular for creating web pages and applications.

.NET is also frequently referred to as a web API development platform. It can therefore be used by full stack developers to support both front-end and back-end requirements.

If you’re wondering what a full stack .NET developer is, you’ve come to the correct spot.

The .NET framework is one of several useful tools for developing mobile and web applications.  It was published alongside the ASP.NET server-side web app framework; ASP.NET MVC (Model, View, Controller) is a web application framework.

A full stack .NET developer is a software engineer who is knowledgeable about every part of the.NET development platform. This comprises the front-end and back-end of.NET applications, as well as associated technologies such as databases, online services, and user interfaces.

Full stack .NET developers may see an idea through to its completion and are frequently in charge of the full development process. As a result, they must be well-versed in both the business area and the technical specifics of the .NET platform.

Full stack.NET engineers are in high demand since they can give end-to-end solutions to modern enterprises. If you want to be a full stack.NET developer, you should concentrate on learning C# and ASP.NET.

What Skills Do You Need to Become a Full-Stack .NET Web Developer?

To become a full-stack .NET web developer, you must have a varied set of talents that include both front-end and back-end development, as well as a solid understanding of the .NET framework. The following are the major skills and knowledge areas you will require:

Programming Languages:

C#: The primary language for.NET development is C#. You should be well-versed in its syntax and functionality.

Web Development:

HTML/CSS: To create the structure of web pages and style them, you must grasp HTML and CSS.

JavaScript: Front-end development requires JavaScript. You should be able to utilise it to build interactive web applications.

Front-End Frameworks:

ASP.NET Core MVC: This is a well-known framework for developing web apps on the.NET platform.

JavaScript Frameworks: Knowledge of front-end frameworks such as Angular, React, or Vue.js can be advantageous.

Back-End Development:

ASP.NET Core Web API: This is essential for developing the backend of your web applications, as well as handling HTTP requests and maintaining data.

Entity Framework: A popular ORM (Object-Relational Mapping) tool for.NET database development.

Databases:

SQL: Knowing SQL is required for dealing with relational databases such as SQL Server, PostgreSQL, or MySQL.

Database Design: Understanding database design principles and normalization is essential.

Version Control:

Proficiency with version control systems such as Git for monitoring changes in your codebase and team collaboration.

Web Services:

Knowledge of RESTful APIs, including how to construct and utilize them.

If necessary, knowledge of SOAP and other web service protocols.

Testing:

Unit testing and integration testing are crucial for assuring application reliability.

Deployment and DevOps:

Knowledge of tools such as Docker and containerization.

Pipelines for continuous integration and continuous deployment (CI/CD).

Authentication and Authorization:

Understand how to protect authentication and authorization systems in your applications.

Security:

Knowledge of common security flaws and best practises for safeguarding web applications.

Front-End Tools:

Familiarity with front-end development technologies such as Webpack, Babel, or TypeScript.

Cloud Services (optional):

Knowledge of cloud platforms such as Azure, AWS, or Google Cloud can help you host and scale your apps.

Soft Skills:

Problem-solving skill: The ability to recognise and resolve complicated challenges.

Communication: Effective communication skills are required for working with team members and stakeholders.

Adaptability: Because the technology landscape is constantly changing, being open to learning new technologies is essential.

Project Management (basic):

Understanding project management approaches such as Agile will assist you in working effectively inside development teams.

UI/UX Design (basic):

The development of user-friendly apps can benefit from having a basic understanding of user interface (UI) and user experience (UX) design.

Continuous learning and keeping up with the newest technologies and developments in web development and the .NET ecosystem are requirements for becoming a full-stack .NET web developer. You must also build projects and acquire real-world experience if you want to improve your abilities.

.NET One Day Workshop at Karaikudi

A Deep Dive into the World of .NET: Unveiling the Karaikudi Workshop

In the heart of Tamil Nadu, amidst the rich cultural heritage and vibrant traditions, the town of Karaikudi stood witness to a technological marvel that unfolded on a day of immense learning and networking. The “.NET One Day Workshop” was an event that not only brought together enthusiasts and professionals from the realm of software development but also paved the way for knowledge exchange and skill enhancement. This blog takes you on a journey through the intricacies of the workshop while delving into the significance of data backup in the realm of .NET.

Unveiling the Workshop

The “.NET One Day Workshop” held in Karaikudi was a convergence of minds eager to grasp the nuances of the .NET framework, a versatile and powerful platform for building applications. Organized by a collaborative effort of local tech communities, the workshop was geared towards catering to a diverse audience – from students aspiring to enter the software industry to seasoned developers keen on expanding their skill set.

The day commenced with an inaugural address that highlighted the importance of continuous learning in the rapidly evolving world of technology. Distinguished speakers from various domains shared their insights, setting the tone for the knowledge-packed day ahead. The agenda covered a range of topics:

Introduction to .NET:

A comprehensive overview of the .NET framework, its components, and its relevance in contemporary software development.

Building Applications with C#:

A deep dive into C#, one of the primary programming languages for developing .NET applications. Attendees were exposed to its syntax, data structures, and object-oriented principles.

Web Development with ASP.NET:

A session focusing on ASP.NET, which enables the creation of dynamic web applications. Participants learned about web forms, MVC architecture, and the role of server-side scripting.

Data Persistence and Backup:

A crucial segment that emphasized the significance of data backup in software applications, ensuring data integrity, security, and disaster recovery.

The Significance of Data Backup

In the era of information, data stands as the backbone of virtually every software application. Whether it’s a user’s preferences in a mobile app or financial records in an enterprise system, data forms the core of functionalities. However, with great power comes the responsibility of safeguarding this data against various threats such as hardware failures, cyberattacks, and human errors. This is where data backup steps in as a savior.

1. Data Integrity and Recovery

Data loss can be catastrophic, potentially resulting in financial losses, legal ramifications, and loss of trust among users. Backup solutions ensure data integrity by creating copies of essential information at regular intervals. In case of data corruption or loss, these backups act as recovery points, enabling developers to restore the application to a previous state.

2. Disaster Recovery

Natural disasters, hardware failures, or even simple human errors can disrupt the availability of applications. Data backup plays a pivotal role in disaster recovery, allowing organizations to rebuild their applications and services with minimal downtime.

3. Security Measures

In the digital age, cybersecurity is of extreme importance. Regular backups can mitigate the damage caused by ransomware attacks or other malicious activities. If a system is compromised, having a backup ensures that attackers can’t hold the data hostage.

4. Testing and Development

Backed-up data can be a valuable resource for testing and development purposes. Developers can use copies of real data to create realistic testing scenarios or build new features without risking the integrity of the production environment.

5. Compliance and Regulations

Many industries are bound by regulations that mandate data retention and security. Backup strategies that align with these regulations help organizations avoid penalties and legal complications.

Workshop Insights: Data Backup in .NET

As the “.NET One Day Workshop” progressed, the segment on data persistence and backup resonated deeply with the participants. The workshop shed light on how the .NET framework offers several mechanisms to implement effective data backup strategies:

1. Database Backups

Databases are at the heart of most applications, housing critical data. .NET supports various database systems like SQL Server, MySQL, and PostgreSQL. These databases often provide built-in mechanisms for automated backups and recovery.

2. Version Control

While version control systems like Git are primarily associated with source code management, they indirectly contribute to data backup. By maintaining a history of code changes, version control systems provide a level of data recovery in case of accidental code loss or errors.

3. Cloud Solutions

Cloud platforms offer scalable and reliable options for data backup. Azure Backup, for instance, provides services for backing up data, applications, and virtual machines directly from the Azure portal.

4. Application State Management

In web applications, maintaining the application’s state is crucial for user experience. .NET offers techniques to persist user sessions and application states, ensuring a seamless experience even after server restarts.

Beyond the Workshop: Empowered Developers

The “.NET One Day Workshop” not only imparted technical knowledge but also fostered a sense of community and collaboration among attendees. The insights gained from the workshop extended beyond the event itself, as participants returned to their workplaces and projects armed with newfound skills and perspectives.

As technology continues to advance, data will remain the cornerstone of innovation. Understanding the significance of data backup and integrating it into the software development lifecycle is an imperative for developers in the .NET ecosystem. The workshop in Karaikudi served as a stepping stone towards this awareness, inspiring participants to embrace robust backup strategies and elevate the quality and resilience of their applications.

In conclusion, the “.NET One Day Workshop” held in Karaikudi was a testament to the thirst for knowledge and growth within the developer community. As the participants left the event with a wealth of insights, they carried with them not only the technical know-how but also a deeper appreciation for the importance of data backup in the realm of .NET. This workshop was not just a one-day affair; it ignited a continuous journey of learning, exploration, and innovation.

Online .NET Course

Introduction

Knowing the most recent technologies and frameworks is crucial in the quick-paced world of software development. One such technology that has shown tremendous growth over time is.NET. The need for knowledgeable.NET developers has increased as firms continue to digitize their processes. Numerous online.NET courses are offered to satisfy this need and equip prospective developers. This essay explores the world of online.NET courses, highlighting their advantages, essential elements, and potential to advance your career.

The Evolution of .NET

Microsoft created the flexible and potent framework known as.NET. It enables developers to create a wide variety of applications, including desktop, web, and cloud-based programmes. Over time, .NET has developed into a strong ecosystem with numerous parts, such as:

• .NET Framework: The first version of.NET, which was primarily used for Windows applications.
• .NET Core: An open-source, cross-platform version of.NET that evolved into.NET 5 and then.NET 6.
• NET: A framework for using .NET to create web apps.
• NET Core: the ASP.NET’s high-performance, cross-platform alternative.
• Entity Framework: A database interaction framework based on object-relational mapping.

Advancing Your Career with .NET Skills

The knowledge gained from .NET courses can lead to a wide range of job prospects, including:

• Software Developer: Use .NET Core to create cross-platform apps, interact with APIs, and implement user interfaces.
• Web Developer: develop dynamic web applications, integrate databases, and develop responsive user interfaces using ASP.NET Core.
• Cloud Developer: Create cloud-native applications with .NET on platforms such as Microsoft Azure.
• Game Developer: Use .NET for game creation using engines such as Unity.
• Enterprise Solutions Developer: Create and deploy strong enterprise-level applications to improve corporate processes.

Our Training Institute – Maria Academy

With our online course, you can broaden your career opportunities in SQL, C#, and .NET Technology.

We will enthusiastically teach you SQL, C# & .NET. Our trainers will be more interactive, addressing real-world problems and providing solutions. Students will be able to improve their programming skills through hands-on programming. Trainers must have a minimum of six years of experience. The curriculum was created to cover the entire C# learning process. A practical test and periodic exercises will be provided to help students improve their programming skills. By the end of the training, you should be able to provide a solution for a real-world scenario using your programming skills.

In terms of placement, course, syllabus, and practical, we are the best C# .NET Training Providers in India.

We provide .NET Courses both offline (at Chennai and Karaikudi) and online (all over the world).

Benefits of Online .NET Courses

Online.NET classes have the following benefits for learners:

• Flexibility: You may set your own pace for learning and organise your education around your schedule with online courses.
• Accessibility: You can access top-notch.NET classes from anywhere in the world, irrespective of your location.
• Interaction: Discussion forums are a common feature of online platforms, giving students the opportunity to connect with peers and teachers and promote a collaborative learning environment.
• Comprehensive Curriculum: You may be sure that you’ll receive a well-rounded education because reputable online courses cover a wide range of.NET topics.
• Hands-on Experience: Many courses include hands-on exercises and projects that allow you to apply theoretical concepts to real-world situations.

Key Components of an Online .NET Course

• Introduction to .NET: A comprehensive course starts with an overview of the .NET ecosystem, its history, and its relevance in the modern software development landscape.
• Programming Fundamentals: Courses delve into programming languages like C# and cover foundational concepts such as variables, data types, control structures, and more.
• Web Development: For those interested in web applications, courses teach ASP.NET or ASP.NET Core for creating dynamic and responsive web applications.
• Database Integration: Courses often cover Entity Framework for seamless database interactions, including querying and data manipulation.
• Project Work: Practical projects allow you to build real-world applications, applying the skills and concepts you’ve learned throughout the course.
• Deployment and DevOps: Modern development practices emphasize deployment and DevOps. Some courses introduce you to tools and methodologies for continuous integration and deployment.

Conclusion

It is impossible to overestimate the value of ongoing education in today’s technologically advanced environment. Regardless of your existing level of knowledge, online.NET courses offer a practical and efficient way to pick up useful skills. A career in software development can be lucrative and enjoyable if you register in an online.NET course, regardless of your level of programming expertise or desire to broaden your skill set.

Areas, Partial Views and Child Actions in ASP.NET MVC

Developers may organise their applications, build modular components, and improve code reuse by using Areas, Partial Views, and Child Actions in ASP.NET MVC. Let’s examine each of these ideas and how to employ them successfully:

Areas in ASP.NET MVC:

A huge ASP.NET MVC application can be divided up into manageable portions using areas. Within the application, each region represents a different functional area. You may designate several locations for the administration, user dashboards, or public-facing pages, for instance.

Right-click the project, pick “Add,” and then select “Area” from the context menu to create an area. Following that, you can give the region a name and designate a folder structure for it. It will have separate folders for its controllers, views, and models.

Areas facilitate better concern segregation and simplify the upkeep of sophisticated programmes.

Partial Views in ASP.NET MVC:

In order to display a portion of HTML content and C# code in various views throughout the application, partial views are reusable components.

You can build a partial view by adding a new view to the “Views” folder (or a subfolder) and naming it something like “_PartialView.cshtml.”

You can render a partial view within another view using the @Html.Partial or @Html.RenderPartial methods, passing the partial view’s name as an argument.

Child Actions in ASP.NET MVC:

Child actions are controller methods that return partial views. They come in handy when you need to render different elements of a view independently.

To create a child action, define a method in a controller that returns a PartialViewResult. You can use the ChildActionOnly attribute to ensure that the method can only be called as a child action and not directly as an HTTP request.

In your main view, you can call the child action using the @Html.Action or @Html.RenderAction methods, passing the name of the child action and any required parameters.

Advantages of utilising areas, partial views, and child actions

Utilizing areas, partial views, and child actions in ASP.NET MVC provides several advantages that can significantly enhance the development process and improve the overall architecture of your application. Here are some key benefits of using these features:

Modularity and Reusability:

Areas allow you to divide a large application into smaller functional sections, promoting modularity and separation of concerns. Each area can have its own set of controllers, views, and models, making it easier to manage and maintain specific features.

Partial views encapsulate reusable components, such as navigation bars, headers, footers, or widgets. Once created, you can include them in multiple views across the application, reducing duplication of code and promoting reusability.

Organization and Maintainability:

By structuring your application with areas, you create a clear organization that improves code maintainability and makes it easier for developers to navigate and understand the application’s structure.

Partial views and child actions help to decompose complex views into smaller, manageable components. This separation of concerns leads to cleaner code and makes it easier to maintain and update specific parts of a page independently.

Code Separation and Readability:

Areas encourage the separation of different functional parts of the application, reducing code coupling and increasing code readability.

Partial views and child actions enable you to separate the presentation logic from the main view, enhancing the readability and maintainability of the code.

Code Reusability and DRY Principle:

Areas, partial views, and child actions promote the “Don’t Repeat Yourself” (DRY) principle, allowing you to reuse code across different areas or views.

Instead of duplicating code for common UI components, you can create partial views once and then use them in multiple views, reducing development effort and avoiding inconsistencies.

Performance Optimization:

By utilizing child actions, you can optimize the rendering of complex views by rendering specific parts of a page separately, reducing the overall load time and enhancing user experience.

Partial views can help optimize rendering performance by allowing you to cache the output of specific components that are unlikely to change frequently.

Enhanced Testing and Debugging:

The use of areas allows for better isolation and targeted testing of specific functional sections, making unit testing and debugging more focused and effective.

Partial views and child actions can be tested independently, making it easier to verify the correctness of individual components.

In summary,, the strategic use of areas, partial views, and child actions in ASP.NET MVC not only fosters reusability, performance optimisation, and increased testing capabilities but also enhances code organisation and maintainability. Building scalable, stable, and modular web applications that are simpler to maintain and develop over time is made possible by these qualities.

Example

Consider the following scenario:

Assume you have an e-commerce site with distinct sections for the product catalogue and the user dashboard. You can construct partial views for common elements such as navigation, headers, and footers and then reuse them across several views inside each section. You can also call a child action in the header partial view to display the user’s shopping basket.

You may improve the flexibility and maintainability of your ASP.NET MVC application by efficiently utilising Areas, Partial Views, and Child Actions, resulting in a more organised and efficient development process.

Click here , if you look out for training in Asp.net Core and other Dot Net technology.

Routing in ASP.NET

Routing in ASP.NET is the process of sending HTTP requests to the appropriate controller. Whether a request should be forwarded to the controller for processing or not is up to the MVC middleware. This choice is made by the middleware based on the URL and some configuration data.

In other words, routing in ASP.NET is a mechanism that allows you to define URL patterns and map them to specific resources or handlers in your web application. It enables you to create clean, user-friendly URLs that are more meaningful and descriptive than traditional query-string based URLs.

Routing is an essential part of the ASP.NET MVC (Model-View-Controller) framework and the newer ASP.NET Core framework, although the concept remains similar across both technologies.

Routing’s main goal is to separate your web application’s physical file structure from its URL structure. In the past, URLs in web applications were linked to particular physical server files (for example, a particular.aspx page). However, routing gives you more flexibility when defining the URLs for your web application since it allows you to specify URL patterns and link them to controllers and actions (in MVC) or endpoints (in ASP.NET Core).

To address various scenarios and requirements, ASP.NET MVC supports a number of different forms of routing. The primary routing types that ASP.NET MVC supports are listed below:

Conventional Routing: In ASP.NET MVC, conventional routing is the default routing method. The mapping of URL segments to names of controller and action method uses a pattern-based technique. A URL pattern typically looks like this: “controller/action/id,” where “controller” and “action” stand in for the names of the controller and action method, respectively. It is possible to omit the “id” parameter.

Here’s a basic example of routing in ASP.NET MVC:

In this example, a default route is defined with a pattern like “{controller}/{action}/{id}”. When a user visits a URL like “example.com/Home/Index”, the routing system will map it to the “Index” action method in the “HomeController” within the MVC application. The “id” parameter is optional and can be omitted in the URL.

ASP.NET Core uses a similar concept of routing, but the syntax and configuration are slightly different. Here’s a basic example of routing in ASP.NET Core:

In this example, the UseRouting() method is called to enable routing, and then MapControllerRoute() is used to define the default route pattern.

Routing plays a crucial role in creating clean and SEO-friendly URLs, improving the maintainability of your web application, and supporting more structured and organized code through the proper separation of concerns.

Attribute Routing: Using attributes, you may build routes directly on the controller and action methods. This method gives you more fine-grained control over single action routing and allows you to build unique routes for individual actions. When you have non-conventional URL patterns or want more descriptive URLs, attribute routing comes in handy.

In ASP.NET MVC, here’s an example of attribute routing:

Area Routing: Areas are used in ASP.NET MVC to partition related portions of a web application into different modules. Controllers, views, and models can be customised for each region. Area-specific routing can be used with areas to control routes inside that specified area. When dealing with large and complex applications, this helps to maintain clean and organised code.

Custom Route Constraints: Custom route constraints let you specify extra requirements that a route must meet in order to be accepted as a match. Implementing the IRouteConstraint interface enables you to create unique route constraints. For instance, you can build a custom constraint to guarantee that the “id” argument adheres to a particular format or fits within a given range.

Catch-All Routes: Any URL that doesn’t match one of the other defined routes is matched using catch-all routes. When dealing with specific URL patterns that don’t suit the typical route patterns, this is useful.

With these multiple routing systems in ASP.NET MVC, you may handle a variety of URL patterns, create custom routes, and set up your application’s URLs anyway you see fit.

How to get a DOTNET Job abroad from India?

First approach is, do your own research and get ideas to grab the Job. This article will give you some ideas on how to start your job search.

Below are the ways to grab the job opportunity.

Networking

Networking is the key to grab any good opportunity. If you have any of your friends, relatives working in countries Dubai, Singapore and others, you can ask them to refer you for interview. Networking and Association takes you to big places where you can’t reach alone.

If you are an experience guy in Dot net, engage with the peoples in Dot net community. There are lot of Dot net communities created by Microsoft, find their channels in Facebook, LinkedIn, meetup.com and join them. Some of the community names are mentioned below.

• Microsoft Azure User Group – Chennai
• Pune User Group
• Dot net Bangalore
• Kerala Microsoft Technology Meetup

Joining the community will give more exposure to the latest updates in technologies and also network with the experts. The community groups set up monthly technology meetup, that help peoples in the community to have a face to face connect. If you are a good speaker, you can take some technology seminars in the meet up and increase your visibility.

Get opportunity based on Language

There are few countries like Japan, Germany, China who prefer the candidates with good language skills. Japan prefers language certified candidates even though you are good in technology. Japanese language Proficiency Test has five levels N1, N2, N3, N4 and N5. The easiest level is N5 and the most difficult level is N1. In case you look out for a job in Japan, then studying these certifications will surely be an advantage.

Similar to Japanese language, German language also has its own scope in Job market. Even if you don’t have the proficiency to speak in German, holding a certificate will improve your chance to get a job in Germany. The level of competence in German is as below,

• Levels A1 and A2
• Levels B1 and B2
• Levels C1 and C2

Levels A1 and A2 – These levels provide the basic level of German language.

Levels B1 and B2 – You will learn German at an advanced level

Levels C1 and C2 – You will master German at this level

For Chinese, Hanyu Shuiping kaoshi is an international standardized exam which tests and rates Chinese language proficiency. HSK certification will improve your probability for job search in China.

Get Job based on your technical skills

Always work on the trending technologies in software. Keep upskilling even in case if you work on old technology. Most of the onsite openings look out for trending technology.

Some of the recent trending technology in dotnet are as below,

• Big Data with sql server
• Asp.net Core
• Tableau with sql server
• Data Science
• Artificial Intelligence
• Selenium with C# .net

First, the overseas company look out for the candidate in local for any job opportunity.  If they can’t find any talent for that technology in local country, then they start their search in foreign country.

Being on the latest technology will increase your demand in the foreign job market. Recruiter in nearest country to India like UAE, Malaysia, Singapore extend their job search to India once they can’t find the right talent. Recruitment is mainly based on supply and demand. If the supply for the talent is not available within the country for a trending technology, then the demand rises and the recruiter starts looking outside country.

Pick good MNC companies in Offshore and travel abroad

Lot of companies in Chennai and Bangalore sends their employees to onsite for work. The company will take care of your visa process and place you in work in onsite. Every project in software works with few offshore resources and one or two onsite resources.  The offshore company have the capability to arrange for your visa based on the project requirement. The only harder thing, you should be chosen as the onsite resource by your manager.

If your manager recognizes you as the skillful talent, then this is the easiest way to travel abroad.

Register in portals like monster.com, LinkedIn

Register your resume in portals like Monster.com, LinkedIn. Foreign Recruiters looks out in these portal to hire candidates. Monster provides you a lot of job opportunities in Singapore and Malaysia.

Naukri provides you job opportunity in Dubai and other overseas countries. Update your resume with recent technology and certification details. Nowadays, few companies in Oman walks down to India and arrange Job interviews. You can also attend skype interviews from Singapore, Malaysian companies.

Linked in optimization also increase your visibility to the foreign recruiters to hire you. You can even apply for jobs in Linked in and keep connected with the recruiters.

Study and then get placed in abroad

Upskilling and Cross skilling are the unique ways to grab the job opportunity in abroad. You can contact us on +91 – 90427 10472 if you look out to upskill yourself in Microsoft technologies.

Alternative approach is to join a professional 2 year course in abroad. It is quite costly and also a long term process.

Study in abroad and get yourself placed in foreign countries. You can study MS, PhD, engineering, diploma courses in countries like Canada, Australia, USA and get foreign exposure. Some countries allow you to do part time job while in study visa.

Once you complete your course, the companies will give you priority in their job opportunity as you studied in local universities.

Click here , if you look out for training in Asp.net Core and other Dot Net technology.

Three Tier Architecture in MVC

Three Tier (Three Layer) Architecture

With a three-layer design, the project is divided into three layers: the user interface layer, the business layer, and the data layer (database), where we divide the UI, logic, and data into three groups. If a user wants to switch the user interface from a Windows computer to a smartphone, he or she simply needs to alter the UI layer; all other layers are unaffected. Like this, if a user wishes to change a database, he simply needs to update the data layer; everything else stays the same.

The widely used three-tier (or three-layer) architecture is a way to organise the codebase. This architecture divides the codebase into three distinct levels, each with a unique set of duties:

Presentation layer: This is the application’s user interface, which shows the user the features and data of the programme.

Business logic (or Application) layer: The business logic that powers the application’s essential features is contained in this layer. as processing the data moving between the other two layers and making judgements, calculations, and evaluations.

Data access layer (or Data) layer: To save and recover application data, this layer communicates with databases.

Advantages of using three-tier architecture are:

Accelerated development: Reducing product time to market and enabling developers to use the most current tools and layer appropriate languages.

Improved scalability:  By deploying apps on many levels, each tier may always be scaled separately.

Improved Reliability: By using several tiers, you may execute additional components of your application on other servers and employ results that have been cached to improve reliability and availability.

Enhance security: By using a well-designed application layer as a private firewall to help avoid receptive weaknesses like SQL injection.

The package of different layers is as follows.

• Presentation Layer – controller package
• Business Logic Layer – service package
• Data Access Layer – repository package 

Three Layer Architecture using MVC Sample:

Create an empty MVC web application project with Project name “WebApp” and solution name “TLA”. This WebApp project is the presentation layer.

In Solution TLA, add a new project to create business logic à Class library (.net framewok) à name the project as BusinessLayer.

Again, in Solution TLA, add a new project to create data access à Class library (.net framewok) à name the project as DataBaseLayer.
Add BusinessLayer & DataBaseLayer as reference in “WebApp”.

Add BusinessLayer as reference in “DataBaseLayer”.

In sql server explorer, add a new database with name “MYDB” and create a table with name “Registration”.

In “DataBaseLayer”, add the model file using “ado.net entity data model”.

Once model is created, copy the connection string from app.config of “DataBaseLayer” and paste it in web.config of “WebApp”.

In “BusinessLayer”, create a class file with name “RegistrationModel” and replace with below snippet.

In “DataBaseLayer”, add a new folder with name “DBOperation”, in it, add a class file with name “ManageRegistration” and replace with below snippet.

Then add EntityFramework.dll and EntityFramework.SqlServer.dll references in “WebApp”.

So now the business layer and data layer has been completely created.

Now, in WebApp (i. e. in presentation layer), add a new controller with name “Home controller” and replace with below snippet.

Add index view with empty without model and put the below html and ajax snippet in it

Run the program

Solid Principles in C#.net

In C#, the SOLID principles are a set of guidelines that help developers design software that is modular, maintainable, and extensible. SOLID is an acronym that stands for:

S – Single Responsibility Principle (SRP)

O – Open-Closed Principle (OCP)

L – Liskov Substitution Principle (LSP)

I – Interface Segregation Principle (ISP)

D – Dependency Inversion Principle (DIP)

Single Responsibility Principle (SRP):

A class should have only one reason to change. It states that a class should have only one responsibility or job. This principle helps to keep classes focused, maintainable, and easier to understand.

In this example, the FileManager class has the responsibility of reading and saving files, while the FileParser class is responsible for parsing files. Each class has a single responsibility, making it easier to understand and maintain.

Open-Closed Principle (OCP):

Software entities (classes, modules, functions, etc.) should be open for extension but closed for modification. This principle encourages designing modules that can be extended without modifying their existing code, reducing the risk of introducing bugs and making it easier to add new features.

In this example, the Shape class is open for extension, as new shapes can be added by creating new subclasses of Shape. The existing code is closed for modification, as the Shape class and its existing subclasses do not need to be changed when adding new shapes.

Liskov Substitution Principle (LSP):

Objects of a superclass should be able to be replaced with objects of their subclass without breaking the behavior of the system. In other words, derived classes should be substitutable for their base classes, and they should honor the contracts defined by the base class.

In this example, the Car and Motorcycle classes are subclasses of Vehicle, and they can be substituted for Vehicle without breaking the behavior of the system. The Start method is overridden in each subclass, providing specific implementations for starting a car and starting a motorcycle.

Interface Segregation Principle (ISP):

Clients should not be forced to depend on interfaces they do not use. This principle encourages the creation of small, specific interfaces instead of large general-purpose interfaces. It helps to avoid forcing clients to implement methods they don’t need and promotes decoupling and flexibility.

In this example, we have two interfaces: IOrder and IShipping. The OnlineOrder class implements both interfaces, as it can process an order and ship it. The OfflineOrder class only implements the IOrder interface because it doesn’t involve shipping. This segregation of interfaces ensures that classes only depend on the methods they actually need.

Dependency Inversion Principle (DIP):

High-level modules should not depend on low-level modules; both should depend on abstractions. Abstractions should not depend on details; details should depend on abstractions. This principle promotes loose coupling between modules, promotes modular design, and enables easier testing and maintainability.

In this example, the NotificationSender class depends on the INotificationService interface rather than concrete implementations. This allows different notification services to be injected at runtime, promoting loose coupling. The high-level module (NotificationSender) depends on the abstraction (INotificationService) rather than the low-level modules (EmailNotificationService, SMSNotificationService).

By adhering to these principles, developers can create code that is easier to understand, maintain, and modify, leading to more robust and scalable software systems.

C# Web API

C# Web API

Asp.net Web API is a framework that is provided by Microsoft and used to create HTTP services.

ASP.NET Web API is an easy-to-build HTTP web service. To reach a range of clients, including browsers, mobile applications, desktop applications, and IOTs.

The Asp.net web API has two layers.

 1.client layer

 2.server layer

It is accessed by a wide range of clients, including web browsers, mobile applications, and desktop applications, when the client layer makes a request to the web API to get an output response in different formats like JSON or XML.

Why to choose ASP.NET Web API?

• Web API is light weight framework for API Development
• Web API has built-in support for standard formats like JSON and XML., and Other Formats.
• Web API is a Content Negotiation
• c#.net Web API maps HTTP Verbs to method names

Features of Web API

Types of Web API in C#

1. public
2. partner
3. private
4. Composite

Public APIs 

 A public API is open and available for use by outside developers or businesses; its application, Data, will develop and offer a public API. also called public APIs or external APIs.

Partner APIs

Partner APIs can interface the internal client information system with those outside groups no other APIs are allowed. APIs are generally stronger authentication, authorization, and security machines.

private APIs

Private APIs are used by enterprises to connect system and data APIs for internal use at certain security levels.

Composite APIs

Composite APIs generally combine two or more APIs’ interdependent operations. Composite APIs sometimes improve speed and performance.

C# Web API Sample Programming

Open Visual Studio 2019 > Click Create a new project > Alt+s > ASP.NET Web Application (.NET Framework) > ProjectName  ASP.NET MVC Web API

Create a new Models.cs Application Snapshot as below ,

Models Folder Right click > Add > Click Class > Reference Name Empolyee.cs

Replace the  Empolyee.cs Class with below snippet,

Controller Folder Right click > Add > Click Controller > Click  Web API

> Click Web API 2 Controller Empty> ControllerName EmpolyeeController.cs

 Create a new Controller.cs Application Snapshot as below

Replace the EmpolyeeController.cs With below Snippet ,

Run the Application and Replace the Url

Output :

Stored Procedure in SQL Server

• A stored procedure is a precompiled and stored database object that contains a set of SQL statements and procedural logic that can be executed as a single unit. It can be used in a database management system to simplify complex queries and database operations. It is a prepared SQL code that you can save, so the code can be reused over and over again. Stored procedures help improve performance and security, as well as simplify the code.

Here’s a basic example of a stored procedure that accepts two input parameters and returns the sum of those two numbers:

In this example, CREATE PROCEDURE is used to define the name of the procedure (AddNumbers) and its input parameters (@n1 and @n2). The AS keyword is used to begin the code block for the stored procedure.

SET NOCOUNT ON is used to prevent the count of the number of rows affected by the stored procedure from being returned.

The code block then calculates the sum of the two input parameters and returns the result using the SELECT statement.

Once the stored procedure is defined, it can be executed by calling its name:

This will return the result 5 as the sum of 2 and 3.

Stored Procedure in a Basic CRUD Operation

Now, let us have an idea about using stored procedure in a basic CRUD operation sample.

Let us create a database as follows:

Then create a table in the corresponding database.

Inserting data into a table: This stored procedure inserts a new employee record into a table named Employee:

On executing the above snippet, a stored procedure to add the details in the table will be created.

Now, by calling the below query, the table will get added the following 5 datas.

Retrieving data from a table: This stored procedure retrieves all the rows from a table named Employee:

On executing the above snippet, a stored procedure to get the employee details from the table will be created.

Then by simply calling the below query, the datas stored in the table can be retrieved.

Updating data in a table: This stored procedure updates an existing employee record in a table named Employee:

On executing the above snippet, a stored procedure to update the details in the table will be created.

Now, by calling the below query, the data with “EmpCode =1” in the table can be updated with new data as follows.

Deleting data from a table: This stored procedure deletes an existing employee record from a table named Employee:

On executing the above snippet, a stored procedure to delete the details in the table will be created.

Now, by calling the below query, the data with “EmpCode=1” in the table can be deleted

These are just a few examples, and there are many more possibilities for what you can do with stored procedures.

SQL & C# Dot Net – Online Training in India:

SQL and DOT NET Technologies:

SQL and DOT NET are two distinct technologies that are frequently used in software development. SQL is an abbreviation for Structured Query Language, a programming language used to manage and manipulate relational databases. DOT NET is a software development framework that allows you to create and run applications on a variety of platforms, including Windows, macOS, and Linux.

SQL is widely used in relational databases such as MySQL, Oracle, and Microsoft SQL Server to manage data. SQL allows developers to use a standardised syntax to create, modify, and query databases. SQL allows for a wide range of operations, such as data insertion, deletion, modification, and retrieval. SQL is also used to analyse data, report on it, and gather business intelligence.

DOT NET is a well-known software development framework that is used to create desktop, web, and mobile applications. DOT NET provides a set of libraries, tools, and runtime environments that simplify the development, testing, and deployment of applications. DOT NET supports a variety of programming languages, including C#, F#, and Visual Basic, and it can be used to create applications for a variety of platforms, including Windows, macOS, Linux, and mobile devices.

SQL and DOT NET, when used together, can provide powerful solutions for managing and manipulating data in applications. For example, a DOT NET application can use SQL to manage its data in a relational database, making it easier to store and retrieve data. Furthermore, DOT NET includes a set of libraries and tools that make it easier to integrate with SQL databases, allowing developers to create applications that can handle large amounts of data while also supporting complex data analysis and reporting.

Future of DOT NET:

Dot Net has a broad scope, and its future appears bright. Dot net is the future of Windows and other operating systems development.

It is a comprehensive framework for developing large enterprise-scale and scalable software applications.

Dot Net is a modern, flexible, fast, and secure technology that integrates well with other technologies.

Our Training Institute – Maria Academy

With our online course, you can broaden your career opportunities in SQL, C#, and Dot Net Technology.

A C# course can take you to the next skill level whether you are an experienced programmer looking to expand your skills and knowledge or you are just getting started in object-oriented programming. Discover what you can do with C# by learning from experienced instructors at Maria Academy.

Our experts will provide you with the SQL training you require to become a database professional. This course is also ideal for advanced engineers who need to refresh their knowledge. SQL courses aren’t just for engineers; they’re also for business analysts who need to learn about new trends and markets.

We will enthusiastically teach you SQL, C# & DOT NET. Our trainers will be more interactive, addressing real-world problems and providing solutions. Students will be able to improve their programming skills through hands-on programming. Trainers must have a minimum of six years of experience. The curriculum was created to cover the entire C# learning process. A practical test and periodic exercises will be provided to help students improve their programming skills. By the end of the training, you should be able to provide a solution for a real-world scenario using your programming skills.

In terms of placement, course, syllabus, and practical, we are the best C#.NET Training Providers in India.

“c++” is the result of the evolution of “c.” C++’s evolution continues. C# is a modern, dependable, and robust programming language. C#.net works with the Microsoft.NET framework. Delegates, Interface, and Abstraction are just a few of the cool features that have propelled C#.net to the top of the world. C# has inherited the best characteristics of its forefathers, including C, C++, and Java. Because of their best features, C# continues to be the solution provider for various hypothetical problems. C#.net was derived from various object-oriented programming extracts.