public void Execute_WhenCalledWithNoParameters_ShouldThrowException()
{
// Arrange
const string response = "Test Response";
// Act
JsonResponseParserFactory target = new JsonResponseParserFactory();
target.Handle(null, response);
// Assert
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="randomService"><see cref="IRandomService"/> to use to get random values. Defaults to <see cref="RandomOrgApiService"/></param>
public UsageMethod(IRandomService randomService = null)
{
_randomService = randomService ?? new RandomOrgApiService();
// We need to keep this separate so we can retrieve the list of values that are returned from to the caller
_responseParser = new JsonResponseParserFactory(new UsageResponseParser());
_responseHandlerFactory = new ResponseHandlerFactory(
new ErrorHandlerThrowException(new ErrorParser()),
_responseParser
);
}
public void Execute_WhenCanParseReturnsFalse_ShouldThrowException()
{
// Arrange
const string response = "Test Response";
Mock<IParameters> parameters = new Mock<IParameters>();
Mock<IResponseParser> responseHandlerMock = new Mock<IResponseParser>();
responseHandlerMock.Setup(m => m.CanParse(parameters.Object)).Returns(false);
// Act
JsonResponseParserFactory target = new JsonResponseParserFactory(responseHandlerMock.Object);
target.Handle(parameters.Object, response);
// Assert
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="advisoryDelayHandler">
/// Class which handles the apprioriate delay before the request is called.
/// It is required that this class be passed into the method because the same instance of the <see cref="AdvisoryDelayHandler"/> must be passed in on every request.
/// </param>
/// <param name="randomService"><see cref="IRandomService"/> to use to get random values. Defaults to <see cref="RandomOrgApiService"/></param>
public UuidBasicMethod(AdvisoryDelayHandler advisoryDelayHandler, IRandomService randomService = null)
{
RandomService = randomService ?? new RandomOrgApiService();
RequestBuilder = new JsonRequestBuilder(new UuidJsonRequestBuilder());
BeforeRequestCommandFactory = new BeforeRequestCommandFactory(advisoryDelayHandler);
// We need to keep this separate so we can retrieve the list of values that are returned from to the caller
ResponseParser = new JsonResponseParserFactory(new UuidResponseParser());
ResponseHandlerFactory = new ResponseHandlerFactory(
new ErrorHandlerThrowException(new ErrorParser()),
advisoryDelayHandler,
new VerifyIdResponseHandler(),
ResponseParser
);
}
public void Execute_WhenParseCalled_ShouldSetResponseInfoToMock()
{
// Arrange
const string response = "Test Response";
Mock<IParameters> parameters = new Mock<IParameters>();
Mock<IResponseInfo> responseInfoMock = new Mock<IResponseInfo>();
Mock<IResponseParser> responseHandlerMock = new Mock<IResponseParser>();
responseHandlerMock.Setup(m => m.CanParse(parameters.Object)).Returns(true);
responseHandlerMock.Setup(m => m.Parse(response)).Returns(responseInfoMock.Object);
// Act
JsonResponseParserFactory target = new JsonResponseParserFactory(responseHandlerMock.Object);
target.Handle(parameters.Object, response);
// Assert
target.ResponseInfo.Should().Equal(responseInfoMock.Object);
}
public void GetHandler_WhenCalled_ShouldReturnTrue()
{
// Arrange
Mock<IParameters> parameters = new Mock<IParameters>();
Mock<IResponseParser> responseHandlerMock = new Mock<IResponseParser>();
// Act
JsonResponseParserFactory target = new JsonResponseParserFactory(responseHandlerMock.Object);
var actual = target.CanHandle(parameters.Object);
// Assert
actual.Should().Be.True();
}
