public void CombineExplicitPropertyWithAutoProperties()
{
// Arrange
var expectedText = "Fnaah";
var specifiedCommand = new BindingCommand <DoublePropertyHolder <string, int>, string>(ph => ph.Property1, expectedText);
var reservedProperty = new InverseRequestSpecification(specifiedCommand);
var customizedBuilder = new Postprocessor(
new Postprocessor(
new MethodInvoker(new ModestConstructorQuery()),
specifiedCommand),
new AutoPropertiesCommand(reservedProperty),
new AnyTypeSpecification());
var builder = new CompositeSpecimenBuilder(
customizedBuilder,
Scenario.CreateAutoPropertyBuilder());
var container = new SpecimenContext(builder);
// Act
var result = container.Resolve(typeof(DoublePropertyHolder <string, int>));
// Assert
var actual = Assert.IsAssignableFrom <DoublePropertyHolder <string, int> >(result);
Assert.Equal(expectedText, actual.Property1);
Assert.Equal(1, actual.Property2);
}
public void SutIsRequestSpecification()
{
// Arrange
var dummySpec = new DelegatingRequestSpecification();
// Act
var sut = new InverseRequestSpecification(dummySpec);
// Assert
Assert.IsAssignableFrom <IRequestSpecification>(sut);
}
public void SutIsRequestSpecification()
{
// Fixture setup
var dummySpec = new DelegatingRequestSpecification();
// Exercise system
var sut = new InverseRequestSpecification(dummySpec);
// Verify outcome
Assert.IsAssignableFrom <IRequestSpecification>(sut);
// Teardown
}
public void SpecificationIsCorrectly()
{
// Arrange
var expectedSpec = new DelegatingRequestSpecification();
var sut = new InverseRequestSpecification(expectedSpec);
// Act
IRequestSpecification result = sut.Specification;
// Assert
Assert.Equal(expectedSpec, result);
}
public void SpecificationIsCorrectly()
{
// Fixture setup
var expectedSpec = new DelegatingRequestSpecification();
var sut = new InverseRequestSpecification(expectedSpec);
// Exercise system
IRequestSpecification result = sut.Specification;
// Verify outcome
Assert.Equal(expectedSpec, result);
// Teardown
}
public void IsSatisfiedByReturnsCorrectResult(bool decoratedResult)
{
// Arrange
var spec = new DelegatingRequestSpecification {
OnIsSatisfiedBy = r => decoratedResult
};
var sut = new InverseRequestSpecification(spec);
// Act
var dummyRequest = new object();
var result = sut.IsSatisfiedBy(dummyRequest);
// Assert
Assert.Equal(!decoratedResult, result);
}
public void IsSatisfiedByInvokesDecoratedSpecWithCorrectRequest()
{
// Arrange
var expectedRequest = new object();
var verified = false;
var mock = new DelegatingRequestSpecification {
OnIsSatisfiedBy = r => verified = expectedRequest == r
};
var sut = new InverseRequestSpecification(mock);
// Act
sut.IsSatisfiedBy(expectedRequest);
// Assert
Assert.True(verified, "Mock verified");
}
public void IsSatisfiedByReturnsCorrectResult(bool decoratedResult)
{
// Fixture setup
var spec = new DelegatingRequestSpecification {
OnIsSatisfiedBy = r => decoratedResult
};
var sut = new InverseRequestSpecification(spec);
// Exercise system
var dummyRequest = new object();
var result = sut.IsSatisfiedBy(dummyRequest);
// Verify outcome
Assert.Equal(!decoratedResult, result);
// Teardown
}
public void IsSatisfiedByInvokesDecoratedSpecWithCorrectRequest()
{
// Fixture setup
var expectedRequest = new object();
var verified = false;
var mock = new DelegatingRequestSpecification {
OnIsSatisfiedBy = r => verified = expectedRequest == r
};
var sut = new InverseRequestSpecification(mock);
// Exercise system
sut.IsSatisfiedBy(expectedRequest);
// Verify outcome
Assert.True(verified, "Mock verified");
// Teardown
}
/// <summary>
/// Transforms the supplied builder into another.
/// </summary>
/// <param name="builder">The builder to transform.</param>
/// <returns>
/// A new <see cref="ISpecimenBuilder"/> created from <paramref name="builder"/>.
/// </returns>
public ISpecimenBuilder Transform(ISpecimenBuilder builder)
{
if (!this.enableAutoProperties)
{
return(builder);
}
var defaultSpecIfPostprocessorsIsEmpty = new FalseRequestSpecification();
var postprocessorSpecs = this.postprocessors.Cast <IRequestSpecification>().Concat(new[] { defaultSpecIfPostprocessorsIsEmpty });
var reservedProperties = new OrRequestSpecification(postprocessorSpecs);
var allowedProperties = new InverseRequestSpecification(reservedProperties);
return(new Postprocessor <T>(
builder,
new AutoPropertiesCommand <T>(allowedProperties).Execute,
this.inputFilter));
}
/// <summary>
/// Adjusts the AutoProperties postprocessor and changes rule to avoid the specified member population.
/// If AutoProperties node is missing, nothing is done.
/// </summary>
private static ISpecimenBuilderNode ExcludeMemberFromAutoProperties(MemberInfo member,
ISpecimenBuilderNode graph)
{
var autoPropertiesNode = FindAutoPropertiesNode(graph);
if (autoPropertiesNode == null)
{
return(graph);
}
var currentSpecification = ((AutoPropertiesCommand)autoPropertiesNode.Command).Specification;
var newRule = new InverseRequestSpecification(
new EqualRequestSpecification(
member,
new MemberInfoEqualityComparer()));
// Try to make specification list flat if possible
IRequestSpecification specification;
if (currentSpecification is TrueRequestSpecification)
{
specification = newRule;
}
else if (currentSpecification is AndRequestSpecification andSpec)
{
specification = new AndRequestSpecification(andSpec.Specifications.Concat(new[] { newRule }));
}
else
{
specification = new AndRequestSpecification(currentSpecification, newRule);
}
return(graph.ReplaceNodes(
with: _ => new Postprocessor(
autoPropertiesNode.Builder,
new AutoPropertiesCommand(typeof(T), specification),
autoPropertiesNode.Specification),
when: autoPropertiesNode.Equals));
}
