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bUnit.core is the base library that provides support for testing Blazor components. You need to install bUnit.web as well to test web-based Blazor components.

bUnit.web is the web specific parts of bUnit, that enables you to easily test and verify the output of Blazor (web) component.

Provides a complete diffing model of HTML.

bUnit is a testing library for Blazor components. You can easily define components under test in C# or Razor syntax and verify outcome using semantic HTML diffing/comparison logic. You can interact with... More information

A library of wrappers for AngleSharp. Allows you to replace a real AngleSharp DOM tree but still keep the queried/returned node references. Built for and used by https://github.com/bUnit-dev/bUnit.

A small helper library, that allows you to find the source file of a type at runtime, based on the debug information included in the types assembly through the related portable PDB.

bUnit.xunit is an xUnit extension for bUnit, that provides a way for xUnit to run bUnit's razor-based tests, as well as other helpful extensions to make the testing experience better if you use xUnit for... More information

bUnit.web.testcomponents enables writing tests using the <Fixture> and <SnapshotTest> components in .razor files. This package only works with xUnit. NOTE: This package represents experimental features... More information

A project template for a testing Blazor/Razor components using the bUnit library.

This is a shim for the upcoming `System.TimeProvider` API coming in .NET 8. It includes a test version of the `TimeProvider`, named `ManualTimeProvider`, that allows you to control the progress of time during... More information

bUnit.web.mock contains an experimental component stubbing mocking library. This library is in preview, and the logic will likely be added back into bUnit when out of preview.

Extensions for `System.TimeProvider` API. It includes a test version of the `TimeProvider`, named `ManualTimeProvider`, that allows you to control the progress of time during testing deterministically.