public void FindByElement()
{
var comparer = new ElementComparerMock();
var constraint = Find.ByElement(comparer);
Assert.That(constraint.Comparer, Is.InstanceOfType(typeof(ElementComparerMock)));
constraint = Find.ByElement(CallThisPredicate);
Assert.That(constraint.Comparer, Is.InstanceOfType(typeof(PredicateComparer <Element, Element>)));
}
private static void VerifyComparerIsUsed(string tagname, bool expectedResult)
{
var INativeElementStub = new Mock <INativeElement>();
var domContainerMock = new Mock <DomContainer>();
var element = new Element(domContainerMock.Object, INativeElementStub.Object);
INativeElementStub.Expect(native => native.TagName).Returns("testtagname");
var elementComparerMock = new ElementComparerMock(tagname);
var elementConstraint = new ElementConstraint(elementComparerMock);
ConstraintContext context = new ConstraintContext();
Assert.That(elementConstraint.Matches(element, context) == expectedResult);
}
private static void VerifyComparerIsUsed(string tagname, bool expectedResult)
{
var nativeElementMock = new Mock <INativeElement>();
var domContainerMock = new Mock <DomContainer>();
nativeElementMock.Expect(x => x.IsElementReferenceStillValid()).Returns(true);
var element = new Element(domContainerMock.Object, nativeElementMock.Object);
nativeElementMock.Expect(native => native.TagName).Returns("testtagname");
var elementComparerMock = new ElementComparerMock(tagname);
var elementConstraint = new ElementConstraint(elementComparerMock);
ConstraintContext context = new ConstraintContext();
Assert.That(elementConstraint.Matches(element, context) == expectedResult);
}
