![]() Not surprisingly, it's easiest to render MVC Razor views out of MVC applications. In other words MVC Razor is designed with MVC in mind. The ASP.NET MVC Razor implementation is closely tied to ASP.NET and MVC and the View template (WebViewPage class) includes a few MVC-specific features as well as back references to the controller. In this article, I focus on the ASP.NET MVC Razor implementation specifically. With Razor, you can create a custom Razor Engine that can be used in any. The two provided implementations are marginally different in behavior they are optimized for their respective environments. In addition, you can create your own pluggable implementation of Razor to host in your own applications. Microsoft provides two distinct custom implementations of the Razor Engine in: Razor on its own can be hosted in a desktop application, console app or service, for example. Rather Razor is a fully freestanding and self-contained HTML template rendering engine that can live entirely outside of the MVC and ASP.NET frameworks. The Razor Engine is not directly part of ASP.NET MVC. It's not widely known, but with a little trickery you can get ASP.NET MVC Razor Views to render outside of MVC. In a future article I'll discuss how to explicitly host the Razor engine outside of ASP.NET altogether, which is a bit more complex and doesn't allow access to the ASP.NET MVC Razor implementation. I'll focus on using Razor views inside of ASP.NET applications, because that's a common scenario that allows you to use all of the goodness that is within the ASP.NET MVC Razor implementation. In this article, I demonstrate how you can render ASP.NET MVC Razor Views in some unconventional ways, like capturing Razor View output to a string for use in mail-merging or storage, and for generating output from Razor Views outside of the context of an ASP.NET MVC request either for output rendering or for text-capture purposes. In short, there are quite a few places in typical ASP.NET applications that live outside of the scope of an ASP.NET MVC request and yet could benefit greatly from the ASP.NET MVC Razor View Engine. Likewise, ASP.NET Web API requests that for some reason or other need to display HTML output could also greatly benefit from Razor View rendering to generate HTML output. For example, the ASP.NET Application_Error event lives outside of an ASP.NET MVC request cycle, but could benefit greatly from a template Razor View to render the error page output. Razor Views are ideal for this.įrequently, I also need to render text output in ASP.NET application code that lives outside of the context of an ASP.NET MVC request. All of these require capturing of text content that is often best handled via templates rather than static text embedded into the application's source code. For example, quite frequently I need to create text-merged strings for email confirmations of orders, new account and password recovery notifications, or for capturing some merged output and storing it on disk or in a database. I find that, as part of the Web applications I build, it's common to require text merging features that live outside of the scope of ASP.NET MVC requests. But, as I describe in this article, it's also possible to render MVC Razor views directly to string in order to capture the output and to render those views outside of the direct context of an MVC Web request. Typically, Razor rendering in ASP.NET MVC is reserved purely for view rendering and generation of HTML output as part of an MVC request. Together, they make it easy to merge text, model data, and code to produce rich HTML output. MVC and the Razor Engine that is used to render ASP.NET MVC views combine to make an excellent text and HTML template-rendering engine. UserDataModel umodel = new UserDataModel() ViewData = "Your application description page." Now open HomeController.cs and add the following highlighted code. Package will be automatically installed and restored on your project within couple of seconds. Here, type the following command and Hit Enter. Go to Tools NuGet Package Manager Package Manager Console. You must install to work with Sql Data Client. This class file will return Connection String that will be used to connecting with your database. String constring = config.GetConnectionString("UserProfile") ![]() Var builder = new ConfigurationBuilder().SetBasePath(Directory.GetCurrentDirectory()).AddJsonFile("appsettings.json", optional: true, reloadOnChange: true) If you have difficulties in creating Models folder then you can see this link.Ĭreating Models Folder and Adding a Model class Create a Models folder and add a class file GetConString.cs in it and paste the following code.
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