public void Should_ignore_extra_properties_on_actual_object_when_matching()
{
_actual = new Customer {
Name = ExpectedName, PhoneNumber = "1234567890"
};
_expected = new { Name = ExpectedName }.ToExpectedObject();
_expected.ShouldMatch(_actual);
}
public void Should_flag_uninitialized_properties_on_actual_object_as_unequal()
{
_actual = new Customer {
Name = ExpectedName
};
_expected = new { Name = ExpectedName, PhoneNumber = "1234567890" }.ToExpectedObject();
_expected.ShouldEqual(_actual);
}
public void CheckTheAdapterFunctionality()
{
var i = new ImmutableObject();
var exGuy = new ExpectedObject(i);
var exContext = new ExpectedContext();
exContext.Use(exGuy);
Assert.Equal(i.DoSomething(), exGuy.DoAnotherSomething());
}
/// <summary>
/// Creates the instance of the constraint.
/// </summary>
/// <param name="expected">The object to match the actual value against.</param>
public MatchingConstraint(object expected)
{
_writer = new ExposingWriter(new ShouldWriter());
_expected = expected.ToExpectedObject().Configure(ctx =>
{
ctx.IgnoreTypes();
ctx.SetWriter(_writer);
});
}
private static bool ShouldMatch(ExpectedObject expected, object o)
{
try
{
expected.ShouldMatch(o);
return(true);
}
catch (Exception)
{
return(false);
}
}
public static int ReturnValueA([FormatterValueConverter(typeof(TestToExpectedObjectConverter))] ExpectedObject value)
{
return(value.No);
}
public static int ReturnValue(ExpectedObject value)
{
return(value.No);
}
public void Use(ExpectedObject obj)
{
obj.DoAnotherSomething();
}
public static ExpectedObject AddTreeNode(this ExpectedObject eo)
{
return(eo.Configure(context => context.PushStrategy <TreeNodeComparisonStrategy>()));
}