public void StorageReturnNull_ReturnFail()
{
var storageMock = new Mock <ProxyFigureStorage>();
storageMock
.Setup(x => x.GetProxyFigureProcessor(It.IsAny <IFigureDescription>()))
.Returns((ProxyFigureProcessors)null);
var calculator = new ProxyFigureCalculator(storageMock.Object, null);
Result <double> result = calculator.Calculate(new CircleDescription {
Radius = 1
});
Assert.AreEqual(result.Fail, true);
}
public void ValidatorReturnSuccess_ReturnSuccess()
{
var processor = new ProxyFigureProcessors();
processor.Init(new CircleValidator(), new CircleCalculator());
var storageMock = new Mock <ProxyFigureStorage>();
storageMock
.Setup(x => x.GetProxyFigureProcessor(It.IsAny <IFigureDescription>()))
.Returns(processor);
var validator = new ProxyFigureValidator(storageMock.Object);
var calculator = new ProxyFigureCalculator(storageMock.Object, validator);
Result <double> result = calculator.Calculate(new CircleDescription {
Radius = 1
});
Assert.AreEqual(result.Success, true);
}
public CalcAreaHandler(IQueryFactory queryFactory, ProxyFigureCalculator figureCalculator, ProxyFigureDescriptionProvider descriptionProvider)
{
_queryFactory = queryFactory;
_figureCalculator = figureCalculator;
_descriptionProvider = descriptionProvider;
}
public CalcAreaHandlerTests()
{
_validator = new ProxyFigureValidator(_storage);
_calculator = new ProxyFigureCalculator(_storage, _validator);
_descriptionProvider = new ProxyFigureDescriptionProvider(_storage);
}