public BaseMethodTest()
{
Random = new Random();
AdvisoryDelayHandler = new AdvisoryDelayHandler(new DateTimeWrap());
if (new ConfigurationManagerWrap().GetAppSettingValue<bool>("useEmulator"))
Service = new RandomOrgApiEmulator();
}
public void Process_WhenAdvisoryIsZero_ShouldReturnTrue()
{
// Arrange
// Act
AdvisoryDelayHandler target = new AdvisoryDelayHandler();
var actual = target.Process(null);
// Assert
actual.Should().Be.True();
}
/// <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 StringSignedMethod(AdvisoryDelayHandler advisoryDelayHandler, IRandomService randomService = null) : base(advisoryDelayHandler, randomService)
{
var verifySignatureHandler = new VerifySignatureHandler(RandomService);
BeforeRequestCommandFactory = new BeforeRequestCommandFactory(advisoryDelayHandler, verifySignatureHandler);
ResponseHandlerFactory = new ResponseHandlerFactory(
new ErrorHandlerThrowException(new ErrorParser()),
verifySignatureHandler,
advisoryDelayHandler,
new VerifyIdResponseHandler(),
ResponseParser
);
}
/// <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 BlobSignedMethod(AdvisoryDelayHandler advisoryDelayHandler, IRandomService randomService = null) : base(advisoryDelayHandler, randomService)
{
// We just need to setup the Verification Signature class, other than that everything else is the same.
var verifySignatureHandler = new VerifySignatureHandler(RandomService);
BeforeRequestCommandFactory = new BeforeRequestCommandFactory(advisoryDelayHandler, verifySignatureHandler);
ResponseHandlerFactory = new ResponseHandlerFactory(
new ErrorHandlerThrowException(new ErrorParser()),
verifySignatureHandler,
advisoryDelayHandler,
new VerifyIdResponseHandler(),
ResponseParser
);
}
/// <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 Process_WhenWaitTimeLessThanZero_ShouldReturnQuickly()
{
// Arrange
const long delayTime = 100;
Mock<IDateTime> dateTimeMock = new Mock<IDateTime>();
dateTimeMock.Setup(m => m.UtcNow).Returns(new DateTimeWrap(2016, 2, 1));
long advisoryDelay = new DateTime(2016, 2, 1).Ticks + delayTime;
// Act
AdvisoryDelayHandler target = new AdvisoryDelayHandler(dateTimeMock.Object);
UnitTestHelper.SetPrivateProperty(target, "_advisoryDelay", advisoryDelay);
Stopwatch stopwatch = Stopwatch.StartNew();
var actual = target.Process(null);
stopwatch.Stop();
// Assert
actual.Should().Be.True();
stopwatch.ElapsedMilliseconds.Should().Be.LessThan(delayTime);
}
public static void CleanupTest()
{
_random = null;
_advisoryDelayHandler = null;
}
public static void InitializeTests(TestContext context)
{
_random = new Random();
_advisoryDelayHandler = new AdvisoryDelayHandler(new DateTimeWrap());
}
public void CleanupTest()
{
_advisoryDelayHandler = null;
}
public void InitializeTest()
{
_advisoryDelayHandler = new AdvisoryDelayHandler(new DateTimeWrap());
}
public void Handle_WhenAdvisoryDelayGreaterThanZero_ShouldSetAdvisoryDelay()
{
// Arrange
const int delayTime = 100;
Mock<IDateTime> dateTimeMock = new Mock<IDateTime>();
dateTimeMock.Setup(m => m.UtcNow).Returns(new DateTimeWrap(2016, 2, 1));
long expected = new DateTime(2016, 2, 1).Ticks + delayTime;
var input =
new JObject(
new JProperty(
"result",
new JObject(
new JProperty(JsonRpcConstants.ADVISORY_DELAY_PARAMETER_NAME, delayTime)
)
)
);
// Act
AdvisoryDelayHandler target = new AdvisoryDelayHandler(dateTimeMock.Object);
var actual = target.Handle(null, input.ToString());
long advisoryDelay = UnitTestHelper.GetPrivateProperty<long>(target, "_advisoryDelay");
// Assert
actual.Should().Be.True();
advisoryDelay.Should().Equal(expected);
}
public void CanHandlee_WhenVerifySignatureMethodType_ShouldReturnFalse()
{
// Arrange
Mock<IParameters> parametersMock = new Mock<IParameters>();
parametersMock.Setup(m => m.MethodType).Returns(MethodType.VerifySignature);
// Act
AdvisoryDelayHandler target = new AdvisoryDelayHandler();
var actual = target.CanHandle(parametersMock.Object);
// Assert
actual.Should().Be.False();
}
public void CanHandle_WhenStringMethodType_ShouldReturnTrue()
{
// Arrange
Mock<IParameters> parametersMock = new Mock<IParameters>();
parametersMock.Setup(m => m.MethodType).Returns(MethodType.String);
// Act
AdvisoryDelayHandler target = new AdvisoryDelayHandler();
var actual = target.CanHandle(parametersMock.Object);
// Assert
actual.Should().Be.True();
}
public void CanProcess_WhenCalled_ShouldAlwaysReturnTrue()
{
// Arrange
// Act
AdvisoryDelayHandler target = new AdvisoryDelayHandler(null);
var actual = target.CanProcess(null);
// Assert
actual.Should().Be.True();
}
public void Handle_WhenAdvisoryDelayIsZero_ShouldSetAdvisoryDelayToZero()
{
// Arrange
const long expected = 0;
var input = new JObject(
new JProperty("result",
new JObject(
new JProperty(JsonRpcConstants.ADVISORY_DELAY_PARAMETER_NAME, expected)
))
);
// Act
AdvisoryDelayHandler target = new AdvisoryDelayHandler();
var actual = target.Handle(null, input.ToString());
long advisoryDelay = UnitTestHelper.GetPrivateProperty<long>(target, "_advisoryDelay");
// Assert
actual.Should().Be.True();
advisoryDelay.Should().Equal(expected);
}