Core.AspNet.Web.WebPages.Razor 1.0.0.26262

Core.AspNet.Web.WebPages.Razor

System.Web.WebPages.Razor — the glue between BuildManager and Razor: the build provider that compiles a .cshtml at request time, the Razor host configuration, and the <system.web.webPages.razor> configuration section that carries @using imports and the page base type.

<PackageReference Include="Core.AspNet.Web.WebPages.Razor" Version="1.0.0" />

Assembly vs package name. The package is Core.AspNet.Web.WebPages.Razor; the assembly inside it is Core.Web.WebPages.Razor. .NET ships an empty System.Web.dll facade in Microsoft.NETCore.App and the host gives the shared framework precedence, so an app-local System.Web.dll is never loaded — the port therefore cannot use the original assembly names. Namespaces are unchanged, so your code and Inherits= attributes are unaffected; only web.config entries that name an assembly need updating.

What is inside

• RazorBuildProvider — compiles .cshtml on first request, the way .aspx is compiled
• WebPageRazorHost / WebRazorHostFactory — how a view becomes a class
• System.Web.WebPages.Razor.Configuration — the <host>, <pages> and <namespaces> elements a Views/web.config uses

Async views

This package supplies the second half of @await support. Razor generates public override void Execute (), and you cannot await inside a synchronous void method. Views that contain an await are rewritten into an async method with a small synchronous Execute () that runs it; views without one are left exactly as Razor generated them.

The bridge blocks the request thread while the view's awaits complete. There is no deadlock risk — ASP.NET Core installs no SynchronizationContext — but a view awaiting slow I/O holds a thread-pool thread. Prefer awaiting in the action and passing the result to the view. See LIMITATIONS.

Documentation

PORTING-GUIDE.md (step-by-step migration from IIS) and LIMITATIONS.md (what differs from ASP.NET on .NET Framework, and why) ship in the repository.

Licence

Apache-2.0 AND MIT. Microsoft released the ASP.NET Web Stack - the sources this is built from - under the Apache License 2.0. Mono's AssemblyInfo.cs and the code written for this port are MIT. Both are permissive and compatible; the compound expression means the assembly contains code under both, not that you may pick one. THIRD-PARTY-NOTICES.md ships in the package and says which part is which.