public void ShouldSupportGeneratingCollections()
{
const int anyCount = 3;
var list = Any.List <RecursiveInterface>();
var array = Any.Array <RecursiveInterface>();
var set = Any.Set <RecursiveInterface>();
var dictionary = Any.Dictionary <RecursiveInterface, ISimple>();
var sortedList = Any.SortedList <string, ISimple>();
var sortedDictionary = Any.SortedDictionary <string, ISimple>();
var sortedEnumerable = Any.EnumerableSortedDescending <string>();
var enumerable = Any.Enumerable <RecursiveInterface>();
var concurrentDictionary = Any.ConcurrentDictionary <string, ISimple>();
var concurrentBag = Any.ConcurrentBag <string>();
var concurrentQueue = Any.ConcurrentQueue <string>();
var concurrentStack = Any.ConcurrentStack <string>();
Assert.Multiple(() =>
{
Assert.AreEqual(anyCount, list.Count);
Assert.AreEqual(anyCount, enumerable.Count());
Assert.AreEqual(anyCount, array.Length);
Assert.AreEqual(anyCount, set.Count);
Assert.AreEqual(anyCount, dictionary.Count);
Assert.AreEqual(anyCount, sortedList.Count);
Assert.AreEqual(anyCount, sortedDictionary.Count);
Assert.AreEqual(anyCount, sortedEnumerable.Count());
Assert.AreEqual(anyCount, concurrentDictionary.Count);
Assert.AreEqual(anyCount, concurrentBag.Count);
Assert.AreEqual(anyCount, concurrentStack.Count);
Assert.AreEqual(anyCount, concurrentQueue.Count);
});
}
public void Collections()
{
Any.Array <int>();
Any.List <int>();
Any.Dictionary <string, int>();
//...
}
public void ShouldAddProjectToPathThenFillCopyForEachReferencedProjects()
{
//GIVEN
var projects = new ReferencedProjects(Any.Array <ProjectId>(), Any.Instance <INScanSupport>());
var reference1 = Substitute.For <IReferencedProject>();
var reference2 = Substitute.For <IReferencedProject>();
var reference3 = Substitute.For <IReferencedProject>();
var dependencyPathInProgress = Substitute.For <IDependencyPathInProgress>();
var clonedPathInProgress1 = Any.Instance <IDependencyPathInProgress>();
var clonedPathInProgress2 = Any.Instance <IDependencyPathInProgress>();
var clonedPathInProgress3 = Any.Instance <IDependencyPathInProgress>();
var project = Any.Instance <IDependencyPathBasedRuleTarget>();
projects.Add(Any.ProjectId(), reference1);
projects.Add(Any.ProjectId(), reference2);
projects.Add(Any.ProjectId(), reference3);
dependencyPathInProgress.CloneWith(project).Returns(
clonedPathInProgress1,
clonedPathInProgress2,
clonedPathInProgress3);
//WHEN
projects.FillAllBranchesOf(dependencyPathInProgress, project);
//THEN
reference1.Received(1).FillAllBranchesOf(clonedPathInProgress1);
reference2.Received(1).FillAllBranchesOf(clonedPathInProgress2);
reference3.Received(1).FillAllBranchesOf(clonedPathInProgress3);
}
public void ShouldYieldEvaluationResultsInCircle()
{
//GIVEN
Displayable d1 = Substitute.For <Displayable>();
Displayable d2 = Substitute.For <Displayable>();
Displayable d3 = Substitute.For <Displayable>();
var displayable = new CircularDisplayable(d1, d2, d3);
var input = Any.Array <char>();
var d1Result = Any.String();
var d2Result = Any.String();
var d3Result = Any.String();
d1.Evaluate(input).Returns(d1Result);
d2.Evaluate(input).Returns(d2Result);
d3.Evaluate(input).Returns(d3Result);
//WHEN
var result1 = displayable.Evaluate(input);
var result2 = displayable.Evaluate(input);
var result3 = displayable.Evaluate(input);
var result4 = displayable.Evaluate(input);
//THEN
XAssert.Equal(d1Result, result1);
XAssert.Equal(d2Result, result2);
XAssert.Equal(d3Result, result3);
XAssert.Equal(d1Result, result4);
}
public void ShouldPassValueTypeAssertionForProperValueType()
{
var integer = Any.Integer();
var anArray = Any.Array <int>();
ObjectsOfType <ProperValueType> .ShouldHaveValueSemantics(
new Func <ProperValueType>[]
{
() => new(integer, anArray)
},
public void ShouldBeAbleToSayWhetherItsNameMatchesAPattern(string pattern, string className, bool expectedResult)
{
//GIVEN
var declaration = new ClassDeclarationInfo(className, Any.String());
var @class = new CSharpClass(declaration, Any.Array <ICSharpMethod>());
//WHEN
var nameMatches = @class.NameMatches(Pattern.WithoutExclusion(pattern));
//THEN
nameMatches.Should().Be(expectedResult);
}
public void ShouldFinalizeDependencyPathWithProjectWhenTheReferencesAreEmpty()
{
//GIVEN
var projects = new ReferencedProjects(Any.Array <ProjectId>(), Any.Instance <INScanSupport>());
var dependencyPathInProgress = Substitute.For <IDependencyPathInProgress>();
var project = Any.Instance <IDependencyPathBasedRuleTarget>();
//WHEN
projects.FillAllBranchesOf(dependencyPathInProgress, project);
//THEN
dependencyPathInProgress.Received(1).FinalizeWith(project);
}
public void Any_Array_should_work()
{
ForTest.Scenarios
(
new[] { "a", "b" },
new[] { "c", "d" }
)
.TestEach(scenario =>
{
_mock.ResetCalls();
_test.WithArray(scenario);
_mock.VerifyOneCallTo(x => x.WithArray(Any.Array <string>()));
});
}
public void Any_Array_should_work()
{
ForTest.Scenarios
(
new[] { "a", "b" },
new[] { "c", "d" }
)
.TestEach(scenario =>
{
_mock.Invocations.Clear();
_test.WithArray(scenario);
_mock.Verify(x => x.WithArray(Any.Array <string>()), Times.Once);
});
}
public void ShouldAllowSettingBytesBody()
{
var httpContextMock = HttpContextMock.Default();
var content = Any.Array <byte>(3);
httpContextMock.Request().WithBytesBody(content);
var result = new List <byte>
{
(byte)httpContextMock.Request().RealInstance.Body.ReadByte(),
(byte)httpContextMock.Request().RealInstance.Body.ReadByte(),
(byte)httpContextMock.Request().RealInstance.Body.ReadByte()
};
result.Should().Equal(content);
httpContextMock.Request().RealInstance.Body.Length.Should().Be(3);
}
public void ShouldThrowExceptionWhenCollisionsListContainsPairWithTheSameGuest()
{
//GIVEN
var anyGuest = Any.Integer();
var guestsCollisions = new List <(int, int)>
{
(anyGuest, anyGuest)
};
var optimizer = new GuestListTopDownOptimizer(Any.Array <int>(), guestsCollisions);
//WHEN
Action act = () => optimizer.GetMaxNonCollidingGuestsConfigurations();
//THEN
act.Should().Throw <InvalidCollisionPairException>()
.WithMessage($"Guest {anyGuest} cannot be colliding with himself");
}
}
public void ShouldPutTheResultOfEvaluatingDisplayablesOnDisplay()
{
//GIVEN
var display = Substitute.For <Display>();
var inputTriggers = Any.Array <char>();
var result1 = Any.String();
var result2 = Any.String();
var result3 = Any.String();
var rows = DisplayablesThatReturnFor(inputTriggers, result1, result2, result3);
var driver = new Driver(display, rows);
//WHEN
driver.Display(inputTriggers);
//THEN
display.Received(1).Put(result1, result2, result3);
XReceived.Only(() => display.Put(result1, result2, result3));
}
