Requests come in from http.sys and are dispatched to the appropriate site that is mapped to the Application Pool and the HttpRuntime instance hosted there. NET Runtime on your application's behalf and brings up the HttpRuntime object which is then used to fire requests through the ASP.NET application pipeline as requests come in from the native http.sys driver.
The native runtime manager instantiates the. The AppPool hosts your ASP.NET application and your application is instantiated by the built-in ASP.NET hosting features in IIS. In a classic ASP.NET application everything is hosted inside of an IIS Worker Process (w3wp.exe) which is the IIS Application Pool. Let's take a look and see how IIS fits into ASP.NET Core applications.īefore we take a look at ASP.NET Core hosting lets review how classic ASP.NET runs ASP.NET applications: For Windows IIS (or another reverse proxy) will continue to be an important part of the server even with ASP.NET Core applications. This is actually a recommended practice on Windows in order to provide port 80/443 forwarding which kestrel doesn't support directly.
#IIS OPTIONS FOR MAC FULL#
You can however run IIS as a front end proxy for ASP.NET Core applications, because Kestrel is a raw Web server that doesn't support all features a full server like IIS supports. ASP.NET Core applications have their own self-hosted Web server and process requests internally using this self-hosted server instance. It's not hosted inside of IIS and it doesn't need IIS to run. The most important thing to understand about hosting ASP.NET Core is that it runs as a standalone, out of process Console application.
In this post I'll explain how ASP.NET Core runs in the context of IIS and how you can deploy your ASP.NET Core application to IIS. NET Core applications in IIS work radically different than previous versions of ASP.NET. When you build ASP.NET Core applications and plan on running them on IIS, you'll find that.
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