public void CreateService()
{
_extensionService = new ExtensionService();
// Rather than actually starting the service, which would result
// in finding the extensions actually in use on the current system,
// we simulate the start using this assemblies dummy extensions.
_extensionService.FindExtensionPoints(typeof(TestEngine).Assembly);
_extensionService.FindExtensionPoints(typeof(ITestEngine).Assembly);
_extensionService.FindExtensionsInAssembly(GetType().Assembly.Location, true);
}
public void CreateService()
{
_extensionService = new ExtensionService();
// Rather than actually starting the service, which would result
// in finding the extensions actually in use on the current system,
// we simulate the start using this assemblies dummy extensions.
_extensionService.FindExtensionPoints(typeof(TestEngine).Assembly);
_extensionService.FindExtensionPoints(typeof(ITestEngine).Assembly);
_extensionService.FindExtensionsInAssembly(GetType().Assembly.Location, true);
}
public void SkipsGracefullyLoadingOtherFrameworkExtensionAssembly()
{
//May be null on mono
Assume.That(Assembly.GetEntryAssembly(), Is.Not.Null, "Entry assembly is null, framework loading validation will be skipped.");
#if NETCOREAPP
string other = "net35"; // Attempt to load the .NET 3.5 version of the extensions from the .NET Core 2.0 tests
#elif NET35
string other = "netcoreapp2.1"; // Attempt to load the .NET Core 2.1 version of the extensions from the .NET 3.5 tests
#endif
var assemblyName = Path.Combine(GetSiblingDirectory(other), "nunit.engine.tests.dll");
Assert.That(assemblyName, Does.Exist);
var service = new ExtensionService();
service.FindExtensionPoints(typeof(TestEngine).Assembly);
service.FindExtensionPoints(typeof(ITestEngine).Assembly);
var extensionAssembly = new ExtensionAssembly(assemblyName, false);
Assert.That(() => service.FindExtensionsInAssembly(extensionAssembly), Throws.Nothing);
}
