Build real-world MVC applications using Repository Pattern, N-Tier Architecture, APIs, Entity Framework Core and ASP.NET MVC Core 3.1
In this course, you will learn to use ASP.NET Core MVC to build cross-platform web applications that can run on any operating system, including Windows, Linux, and macOS. A carefully designed course to provide a comprehensive overview of ASP.NET Core MVC and help you become proficient in its use.
In this course, you will learn the basic and advanced concepts of ASP.NET Core MVC (.NET 6) by building a small Razor application and our Bulky Book website, where you will learn advanced topics in ASP.NET MVC Core. Finally, we will deploy our Bulky Book website on Microsoft Azure and IIS.
This is an intermediate to advanced ASP.NET Core (.NET 6) course that will take you from the basics to the advanced mode. This course is for anyone who has a basic understanding of ASP.NET Core and wants to learn how to architect and build real-world ASP.NET Core apps.
By encouraging you to build real-world applications, this course teaches you the concepts of ASP.NET scaffolding, Model View Controller (MVC), and Entity Framework. You will start by setting up the environment and proceed towards practical activities to understand the concepts in ASP.NET MVC development.
Authorization, authentication and user management are the mainstay features in real world applications. Identity core is the flagship library packaged with ASP.NET Core projects to help us get the most security possible out of the box. Getting authentication and authorization done right in your website can help keep your users and their data safe from attacks.
This course will take you from the basic structure of ASP.Net Core 5 to building and enhancing a functional website. You will deep dive into the concepts by creating a product catalog, connecting your application to a database, sending emails from your application, integrating a secure payment system into your application, and a lot more.
This course will enable you as a professional to execute secure coding practices, identify vulnerabilities in the code, remediate identified weaknesses, design with security in mind, and build effective security controls to protect against breaches and malicious hackers.