public ActionResult Test()
{
double random = -100000.0;
double m = -999.0;
lib();
WrapperTest w = new WrapperTest();
try
{
// La fonction appelée en C++ Natif, via la librairie PNL,
// tire un nombre tiré aléatoirement selon une loi normale centrée réduite,
random = w.testWrapper(m);
}
catch (Exception ex)
{
System.Diagnostics.Debug.WriteLine(ex);
ViewData["Exception"] = ex;
return(View("Error"));
}
ViewData["Random"] = random;
String dataChart = "[[1268179200000, 32.12],[1268265600000, 32.21],[1488326400000, 139.79],[1488412800000, 138.96],[1488499200000, 139.78],[1488758400000, 139.34],[1488844800000, 139.52]]";
ViewData["dataChart"] = dataChart;
return(View("Test"));
}
private void RunSimpleIntTest(Func <ISimpleInt, int, int, int> body, string result)
{
AssertException(() =>
{
var sut = new WrapperTest <ISimpleInt>(i => new LambdaWrapper(i, body));
sut.AssertAllMethodsForward();
}, result);
}
public TestService(WrapperTest wrap)
{
wrapper = wrap;
var config = new MapperConfiguration(x =>
{
x.CreateMap <TestDTO, Test>();
x.CreateMap <Test, TestDTO>();
});
mapper = config.CreateMapper();
}
public void PrimitiveWrapper_CompareToOtherTypeObject_ShouldBeNotEqual()
{
// Arrange
var first = new WrapperTest(1);
object second = "toto";
// Act
var areEqual = first.Equals(second);
// Assert
areEqual.Should().BeFalse();
}
public void PrimitiveWrapper_CompareToSameObject_ShouldBeEqual()
{
// Arrange
var first = new WrapperTest(1);
object second = first;
// Act
var areEqual = first.Equals(second);
// Assert
areEqual.Should().BeTrue();
}
public void PrimitiveWrapper_CompareToNotNullPrimitiveWrapper_ShouldNotBeEqual()
{
// Arrange
WrapperTest first = new WrapperTest(1);
WrapperTest second = null;
// Act
var areEqual = first.Equals(second);
// Assert
areEqual.Should().BeFalse();
}
public void TestForwarding()
{
var tester = new WrapperTest <IFile>(target =>
{
var root = new Mock <IDirectory>();
root.Setup(i => i.File("Test.txt")).Returns(target);
return(new RelativeFile(() => root.Object, "Test.txt"));
});
tester.RegisterTypeCreator(() => new MemoryStream() as Stream);
tester.AssertAllMethodsForward();
}
public void TwoPrimitiveWrapper_WithSameValues_HaveSameHashCode()
{
// Arrange
var first = new WrapperTest(1);
var second = new WrapperTest(1);
// Act
var firstHashCode = first.GetHashCode();
var secondHashCode = second.GetHashCode();
// Assert
firstHashCode.Should().Be(secondHashCode);
}
public void GetWorks()
{
var sut = new WrapperTest <IWithProperties>(target =>
{
var m = new Mock <IWithProperties>();
m.SetupGet(i => i.Out).Returns(() => target.Out);
m.SetupGet(i => i.InOut).Returns(() => target.InOut);
m.SetupSet(i => i.InOut = It.IsAny <int>()).Callback((int v) => target.InOut = v);
m.SetupSet(i => i.In = It.IsAny <int>()).Callback((int v) => target.In = v);
return(m.Object);
});
sut.AssertAllMethodsForward();
}
public void SwapableStorePostSwao()
{
var initialStore = CreateBackedStore();
var tester = new WrapperTest <ITransactableStore>(i =>
{
var swapable = new SwapableStore(initialStore.Object);
AsyncPump.Run(() => swapable.CopyAndTransferToNewStore(i));
return(swapable);
});
tester.RegisterTypeCreator(() => new MockDirectory("c:\\a") as IDirectory);
tester.AssertAllMethodsForward();
initialStore.VerifyGet(i => i.UntransactedRoot, Times.Once);
initialStore.VerifyNoOtherCalls();
}
public void TestRelativeDirectory()
{
var tester = new WrapperTest <MVVM.FileSystem.IDirectory>(target =>
{
var root = new Mock <IDirectory>();
root.Setup(i => i.SubDirectory("Test.txt")).Returns(target);
return(new RelativeDirectory(() => root.Object, "Test.txt"));
});
tester.RegisterTypeCreator(() => new MemoryStream() as Stream);
tester.ExcludeMember(i => i.File(""));
tester.ExcludeMember(i => i.SubDirectory(""));
tester.ExcludeMember(i => i.AllFiles());
tester.ExcludeMember(i => i.AllFiles("*.*"));
tester.ExcludeMember(i => i.AllSubDirectories());
tester.AssertAllMethodsForward();
}
public void WorkingExample()
{
var sut = new WrapperTest <ISimpleInt>(i => new LambdaWrapper(i, (target, a, b) => target.Swap(a, b)));
sut.AssertAllMethodsForward();
}
