public void Should_be_serializable_when_arguments_are_equatable()
{
// Arrange
object collection = new ArgumentCollection(
new object[] { "first argument" },
typeof(string).GetMethod("Equals", new[] { typeof(string) }));
// Act
// Assert
collection.Should().BeBinarySerializable();
}
public void UsePredicateToValidateArguments_should_configure_matcher_to_pass_arguments_to_the_specified_predicate()
{
this.StubMethodInfoManagerToReturn(true);
ArgumentCollection argumentsPassedToPredicate = null;
var matcher = this.CreateMatcher <IFoo>(x => x.Bar(null, null));
matcher.UsePredicateToValidateArguments(x =>
{
argumentsPassedToPredicate = x;
return(true);
});
var call = ExpressionHelper.CreateFakeCall <IFoo>(x => x.Bar(1, 2));
matcher.Matches(call);
argumentsPassedToPredicate.Should().BeEquivalentTo(1, 2);
}
public void Then_All_Arguments_Are_In_The_Collection()
{
var expectedArguments = new[]
{
ArgumentBuilder.Build("foo", "bloop"),
ArgumentBuilder.Build("bar", 13),
ArgumentBuilder.Build("baz", 84.19),
ArgumentBuilder.Build("foobar"),
ArgumentBuilder.Build("jorb", false)
};
var systemUnderTest = new ArgumentCollection();
foreach (var arg in expectedArguments)
{
systemUnderTest.Add(arg);
}
systemUnderTest.Should().BeEquivalentTo(expectedArguments.ToList());
}
public void Should_be_serializable_when_arguments_are_equatable()
{
// Arrange
object collection = new ArgumentCollection(
new object[] { "first argument" },
typeof(string).GetMethod("Equals", new[] { typeof(string) }));
// Act
// Assert
collection.Should().BeBinarySerializable();
}