public async Task PolymorphicValidationShouldBeAbleToCreateAnErrorResultForADerivedClass([IntegrationTesting] IGetsValidator validatorFactory)
{
var validator = validatorFactory.GetValidator <Customer>(typeof(CustomerValidatorBuilder));
var customer = new FrequentShopper
{
Person = new Employee
{
Name = "John Smith",
Birthday = new DateTime(2000, 1, 1),
Pets = new[] {
new Pet {
Name = "Pet1"
},
new Pet {
Name = "Pet2"
},
new Pet {
Name = "Pet3"
},
new Pet {
Name = "Pet4"
},
new Pet {
Name = "Pet5"
},
new Pet {
Name = "Pet6"
},
},
PayrollNumber = -5,
},
LoyaltyPoints = -100,
};
var result = await validator.ValidateAsync(customer).ConfigureAwait(false);
Assert.That(result.ForMember(x => x.Person).PolymorphicAs <Employee>().ForMember(x => x.PayrollNumber),
Has.One.Matches <ValidationRuleResult>(r => r.Identifier.RuleType == typeof(IntegerInRange) &&
r.IsPass == false &&
Equals(r.ValidatedValue, -5)));
}
public async Task PolymorphicAsShouldThrowIfUsedTwiceInSuccessionFromAResult([IntegrationTesting] IGetsValidator validatorFactory)
{
var validator = validatorFactory.GetValidator <Customer>(typeof(CustomerValidatorBuilder));
var customer = new FrequentShopper
{
Person = new Employee
{
Name = "John Smith",
Birthday = new DateTime(2000, 1, 1),
Pets = new[] {
new Pet {
Name = "Pet1"
},
new Pet {
Name = "Pet2"
},
new Pet {
Name = "Pet3"
},
new Pet {
Name = "Pet4"
},
new Pet {
Name = "Pet5"
},
new Pet {
Name = "Pet6"
},
},
PayrollNumber = -5,
},
LoyaltyPoints = -100,
};
var result = await validator.ValidateAsync(customer).ConfigureAwait(false);
Assert.That(() => result.ForMember(x => x.Person).PolymorphicAs <Employee>().PolymorphicAs <Employee>(),
Throws.ArgumentException.And.Message.StartWith("The validation manifest value for the current context must implement IHasPolymorphicTypes"));
}
