Become a .Net Razor Developer

ASP.NET Core 3.1 Razor

The fast-paced shift in the digital arena brought in massive pressures for enterprises, and this calls for a dire need to implement technological upgrades. Forward-moving, active variables indicate not only progress but also the need to formulate interventions to match new requirements. One that might be a sound solution to this is making websites more dynamic.  To do so, a flexible development framework, such as Razor, is needed.

About the Course 

Razor, or commonly known as Razor Pages, was developed by Microsoft as part of its ASP.NET Core initiative. Primarily engineered to increase websites’ dynamism, this server-oriented and page-specific framework then optimizes the overall programming process through concern separation. Its multi-platform function has made it all the more revolutionary, making it one of the most-used development systems to date.

This tutorial presents substantial information about Razor, including its uses, technicalities, and implementation. Crafted to deliver sufficient knowledge about the concept, this will walk course takers through a series of discussions guaranteed to boost one’s skills for potential IT-related employment. As this utilizes the C# language, course takers will also acquire additional skills that hold lasting relevance in the field. 

Who is this Course for? 

Razor’s flexibility and lightness made it comprehensive for developers of all levels. Novice to advanced developers may take advantage of the framework’s page-centric model, a popular structure used by those with experience in Java, Classic ASP, and PHP.

Course Prerequisites and Skills to be developed 

Entry-level to enterprise developers may sign up for this course, with necessary systems needed such as .NET Core 2.0 or higher. As for the objectives that this tutorial had set, course takers are expected to demonstrate the following: 

• Proper understanding of ASP NET Core 3.1 structure 
• Creation of dynamic websites using Razor’s features 
• Integration of  Entity Framework, Identity Framework, and other code-first migrations
• Authentication and Authorization
• Data Seeding 
• Deployment to Azure

Setup Project

The introductory lesson covers the fundamentals and prerequisites of Razor. Included in this segment is the step-by-step process of installing ASP.NET Core and Razor Pages, all while discussing the proper ways of routing them.

Book List

Book lists are the focus of this lecture, and it is parsed into five parts to carry a comprehensive discussion about Runtime Razor Package, Razor design principles, and establishments of handlers and tables. This will then take a closer look at other concepts such as deletion, upsertion, and validation.

Main List

The third part puts Razor, Service Types, and Post Handlers in the context of Main List. By doing so, course takers are introduced to other relevant concepts such as project creation, file exploration, and layout principles, and assignments. 

Registration and Users 

This section deals with the registration process, putting focus on the User Interface, website, and changes if it will require any. It also presents a substantial lecture about Page Link Custom Tag Helper, which bears significance in the development of optimum web pages.    

Authentication and Login 

As the title suggests, this segment covers the whole duration of configuration, starting from authentication to the actual login process. As course takers progress through this tutorial, they are expected to demonstrate proper email verification and page creation, some of the more important topics before going to assignments.

Service

Discussed in this section are other relevant concepts that would contribute to the overall development process. These are additional insights about service pages, sweet alerts, and service details- all presented in the context of Handler 

Deployment and Upgrade 

The last part wraps the entire tutorial with discussions about deployment and system upgrades. This also covers other topics such as CSS designing, authorization, two-factor authentication, and Azure-related transmissions.