Blazor Deep Dive in .NET 10 - From Beginner to Advanced

About this course

Embark on a Comprehensive Journey with Blazor in .NET 10Welcome to a transformative learning experience designed for developers eager to explore the full spectrum of ASP.NET Core Blazor, the innovative web framework that empowers you to build interactive applications using .NET 10. This course is a deep dive into the world of Blazor, where you’ll learn to harness the power of both server-side rendering and WebAssembly to create dynamic user experiences.Course Overview:Introduction to Blazor: Begin with the basics, understanding what Blazor is and the choices it offers for interactivity. Familiarize yourself with the project structure and get organized with our course resources.Static Server-Side Rendering (Static SSR): Delve into the nuances of Static SSR, learning about components, Razor syntax, and static resources. Tackle assignments that challenge you to create and manipulate data repositories and components.Interactivity: Discover the core of Blazor’s interactivity in both Interactive SSR and Interactive WebAssembly, learning how to handle events, manage state variables, and implement two-way data binding. Explore the use of @key and virtualization for performance optimization.Component Architecture: Take a deep dive into non-routable and routable components, understanding their parameters, lifecycle, and how to create reusable and generic components. Learn about CSS isolation and cascading parameters to style and manage your app effectively.Advanced Topics: Master advanced concepts like pre-rendering, routing, navigation, and state management. Learn how to maintain states across components and implement the observer pattern for dynamic applications.Data Access and Management: Gain proficiency in data access patterns for both server-side and WebAssembly application

Course objectives

• understand the basics of Blazor
• gain skills in server-side rendering and Interactive WebAssembly
• create reusable components
• implement advanced interaction patterns