public void InIsolationArgumentProcessorMetadataShouldProvideAppropriateCapabilities()
{
var isolationProcessor = new InIsolationArgumentProcessor();
Assert.IsFalse(isolationProcessor.Metadata.Value.AllowMultiple);
Assert.IsFalse(isolationProcessor.Metadata.Value.AlwaysExecute);
Assert.IsFalse(isolationProcessor.Metadata.Value.IsAction);
Assert.IsFalse(isolationProcessor.Metadata.Value.IsSpecialCommand);
Assert.AreEqual(InIsolationArgumentProcessor.CommandName, isolationProcessor.Metadata.Value.CommandName);
Assert.IsNull(isolationProcessor.Metadata.Value.ShortCommandName);
Assert.AreEqual(ArgumentProcessorPriority.AutoUpdateRunSettings, isolationProcessor.Metadata.Value.Priority);
Assert.AreEqual(HelpContentPriority.InIsolationArgumentProcessorHelpPriority, isolationProcessor.Metadata.Value.HelpPriority);
Assert.AreEqual("--InIsolation|/InIsolation" + Environment.NewLine + " Runs the tests in an isolated process. This makes vstest.console.exe " + Environment.NewLine + " process less likely to be stopped on an error in the tests, but tests " + Environment.NewLine + " may run slower.", isolationProcessor.Metadata.Value.HelpContentResourceName);
}
public void GetMetadataShouldReturnInProcessArgumentProcessorCapabilities()
{
var processor = new InIsolationArgumentProcessor();
Assert.IsTrue(processor.Metadata.Value is InIsolationArgumentProcessorCapabilities);
}
public void GetExecuterShouldReturnInProcessArgumentExecutor()
{
var processor = new InIsolationArgumentProcessor();
Assert.IsTrue(processor.Executor.Value is InIsolationArgumentExecutor);
}
public InIsolationArgumentProcessorTests()
{
this.isolationProcessor = new InIsolationArgumentProcessor();
}
