public void GetTypes_FriendlyAssemblyGiven_ShouldReturnInternalTypes()
{
var assembly = typeof(TestAssembly.AbstractClass).Assembly;
testee = AssemblyTraverser.Create(assembly, "UnitTestGenerator.Tests");
var result = testee.GetTypes();
result.Should().Contain(typeof(TestAssembly.InternalClass));
}
public void GetTypes_FriendlyAssemblyGiven_ShouldReturnInternalTypes()
{
var assembly = typeof(TestAssembly.AbstractClass).Assembly;
testee = AssemblyTraverser.Create(assembly, "UnitTestGenerator.Tests");
var result = testee.GetTypes();
result.Should().Contain(typeof(TestAssembly.InternalClass));
}
public void InternalsVisible_UnfriendlyAssemblyGiven_ShouldReturnFalse()
{
var assembly = typeof(string).Assembly;
string notFriendlyToAssembly = "UnitTestGenerator.Tests";
var result = AssemblyTraverser.InternalsVisible(assembly, notFriendlyToAssembly);
result.Should().Be(false);
}
public void InternalsVisible_FriendlyAssemblyGiven_ShouldReturnTrue()
{
var assembly = typeof(TestAssembly.InternalClass).Assembly;
string friendlyToAssembly = "UnitTestGenerator.Tests";
var result = AssemblyTraverser.InternalsVisible(assembly, friendlyToAssembly);
result.Should().Be(true);
}
public void Exclude_TypeGiven_ShouldBeExcluded()
{
var assembly = typeof(TestAssembly.AbstractClass).Assembly;
var typeToExclude = typeof(TestAssembly.ClassContructor);
testee = AssemblyTraverser.Create(assembly, "UnitTestGenerator.Tests");
IAssemblyTraverserConfigurator configurator = testee;
configurator.Exclude(new[] { typeToExclude });
var result = testee.GetTypes();
result.Should().NotContain(typeToExclude);
}
public void GetTypes_UnfriendlyAssemblyGiven_ShouldNotReturnInternalTypes()
{
var assembly = typeof(TestAssembly.AbstractClass).Assembly;
testee = AssemblyTraverser.Create(assembly, "Fake");
var result = testee.GetTypes();
result.Should().Contain(typeof(TestAssembly.PublicClass));
result.Should().NotContain(typeof(TestAssembly.InternalClass));
result.Should().NotContain(typeof(TestAssembly.AbstractClass));
result.Should().NotContain(typeof(TestAssembly.NestedClasses.NestedPublicClass));
result.Should().NotContain(typeof(TestAssembly.GenericClass<>));
}
/// <summary>
/// Compose an instance of TestClassBuilder class.
/// </summary>
/// <param name="assembly">The assembly which types should be used.</param>
/// <param name="callingAssemblyName">Name of calling assembly, which is set in <paramref name="assembly"/> in attribute InternalsVisibleTo.</param>
/// <param name="typeRegistration">The action where the type registration is set up.</param>
/// <param name="configure">The action where the configuration is set up.</param>
/// <returns>The instance of <see cref="ITestClassBuilder"/>.</returns>
public static ITestClassBuilder ComposeTestClassBuilder(this Assembly assembly,
string callingAssemblyName,
Action <IContainer> typeRegistration,
Action <ITestMethodGeneratorConfigurator> configure = null)
{
var assemblyTraverser = AssemblyTraverser.Create(assembly, callingAssemblyName);
var generatorRegistrationManager = new GeneratorRegistrationManager();
var testGeneratorConfigurator = new TestMethodGeneratorConfigurator(assemblyTraverser, generatorRegistrationManager);
var setup = new TestMethodGeneratorComposition(assemblyTraverser, testGeneratorConfigurator, generatorRegistrationManager);
var testGenerators = setup.GetGenerators(typeRegistration, configure);
return(new TestClassBuilder(assemblyTraverser, testGenerators));
}
public void Exclude_TypeGiven_ShouldBeExcluded()
{
var assembly = typeof(TestAssembly.AbstractClass).Assembly;
var typeToExclude = typeof(TestAssembly.ClassContructor);
testee = AssemblyTraverser.Create(assembly, "UnitTestGenerator.Tests");
IAssemblyTraverserConfigurator configurator = testee;
configurator.Exclude(new[] { typeToExclude });
var result = testee.GetTypes();
result.Should().NotContain(typeToExclude);
}
public void GetTypes_UnfriendlyAssemblyGiven_ShouldNotReturnInternalTypes()
{
var assembly = typeof(TestAssembly.AbstractClass).Assembly;
testee = AssemblyTraverser.Create(assembly, "Fake");
var result = testee.GetTypes();
result.Should().Contain(typeof(TestAssembly.PublicClass));
result.Should().NotContain(typeof(TestAssembly.InternalClass));
result.Should().NotContain(typeof(TestAssembly.AbstractClass));
result.Should().NotContain(typeof(TestAssembly.NestedClasses.NestedPublicClass));
result.Should().NotContain(typeof(TestAssembly.GenericClass <>));
}
public void Initialize()
{
testee = AssemblyTraverser.Create(typeof(AssemblyTraverser).Assembly, typeof(AssemblyTraverserTests).Assembly.GetName().Name);
}
public void InternalsVisible_CallingAssemblyNameNullValueGiven_ShouldThrowArgumentNullException()
{
AssemblyTraverser.InternalsVisible(typeof(string).Assembly, null);
}
public void InternalsVisible_TargetAssemblyNullValueGiven_ShouldThrowArgumentNullException()
{
AssemblyTraverser.InternalsVisible(null, Value.Create <string>());
}
public void Create_CallingAssemblyNameNullValueGiven_ShouldThrowArgumentNullException()
{
AssemblyTraverser.Create(typeof(string).Assembly, null);
}
public TestMethodGeneratorConfigurator(AssemblyTraverser traverser, GeneratorRegistrationManager generatorManager)
{
this.traverser = traverser;
this.generatorManager = generatorManager;
}
public void Initialize()
{
testee = AssemblyTraverser.Create(typeof(AssemblyTraverser).Assembly, typeof(AssemblyTraverserTests).Assembly.GetName().Name);
}
