public void RegisterValidatableObjectAdapterGuardClauses()
{
var provider = new DataAnnotationsModelValidatorProvider();
// Attribute type cannot be null
Assert.ThrowsArgumentNull(
() => provider.RegisterValidatableObjectAdapter(null, typeof(MyValidatableAdapter)),
"modelType");
// Adapter type cannot be null
Assert.ThrowsArgumentNull(
() => provider.RegisterValidatableObjectAdapter(typeof(MyValidatableClass), null),
"adapterType");
// Validation attribute must derive from ValidationAttribute
Assert.ThrowsArgument(
() => provider.RegisterValidatableObjectAdapter(typeof(object), typeof(MyValidatableAdapter)),
"modelType",
"The type Object must derive from IValidatableObject.");
// Adapter must derive from ModelValidator
Assert.ThrowsArgument(
() => provider.RegisterValidatableObjectAdapter(typeof(MyValidatableClass), typeof(object)),
"adapterType",
"The type Object must derive from ModelValidator");
// Adapter must have the expected constructor
Assert.ThrowsArgument(
() => provider.RegisterValidatableObjectAdapter(typeof(MyValidatableClass), typeof(MyValidatableAdapterBadCtor)),
"adapterType",
"The type MyValidatableAdapterBadCtor must have a public constructor which accepts two parameters of types ModelMetadata and IEnumerable<ModelValidatorProvider>");
}
public void RegisterValidatableObjectAdapter()
{
// Arrange
var provider = new DataAnnotationsModelValidatorProvider();
provider.ValidatableFactories =
new Dictionary <Type, DataAnnotationsValidatableObjectAdapterFactory>();
IValidatableObject validatable = new Mock <IValidatableObject>().Object;
// Act
provider.RegisterValidatableObjectAdapter(
validatable.GetType(),
typeof(MyValidatableAdapter)
);
// Assert
var type = provider.ValidatableFactories.Keys.Single();
Assert.Equal(validatable.GetType(), type);
var factory = provider.ValidatableFactories.Values.Single();
var metadata = _metadataProvider.GetMetadataForType(() => null, typeof(object));
var validator = factory(_noValidatorProviders);
Assert.IsType <MyValidatableAdapter>(validator);
}
public void RegisterValidatableObjectAdapterGuardClauses()
{
var provider = new DataAnnotationsModelValidatorProvider();
// Attribute type cannot be null
Assert.ThrowsArgumentNull(
() => provider.RegisterValidatableObjectAdapter(null, typeof(MyValidatableAdapter)),
"modelType");
// Adapter type cannot be null
Assert.ThrowsArgumentNull(
() => provider.RegisterValidatableObjectAdapter(typeof(MyValidatableClass), null),
"adapterType");
// Validation attribute must derive from ValidationAttribute
Assert.ThrowsArgument(
() => provider.RegisterValidatableObjectAdapter(typeof(object), typeof(MyValidatableAdapter)),
"modelType",
"The type Object must derive from IValidatableObject.");
// Adapter must derive from ModelValidator
Assert.ThrowsArgument(
() => provider.RegisterValidatableObjectAdapter(typeof(MyValidatableClass), typeof(object)),
"adapterType",
"The type Object must derive from ModelValidator");
// Adapter must have the expected constructor
Assert.ThrowsArgument(
() => provider.RegisterValidatableObjectAdapter(typeof(MyValidatableClass), typeof(MyValidatableAdapterBadCtor)),
"adapterType",
"The type MyValidatableAdapterBadCtor must have a public constructor which accepts two parameters of types ModelMetadata and IEnumerable<ModelValidatorProvider>");
}
public void RegisterValidatableObjectAdapter()
{
// Arrange
var provider = new DataAnnotationsModelValidatorProvider();
provider.ValidatableFactories = new Dictionary<Type, DataAnnotationsValidatableObjectAdapterFactory>();
IValidatableObject validatable = new Mock<IValidatableObject>().Object;
// Act
provider.RegisterValidatableObjectAdapter(validatable.GetType(), typeof(MyValidatableAdapter));
// Assert
var type = provider.ValidatableFactories.Keys.Single();
Assert.Equal(validatable.GetType(), type);
var factory = provider.ValidatableFactories.Values.Single();
var metadata = _metadataProvider.GetMetadataForType(() => null, typeof(object));
var validator = factory(_noValidatorProviders);
Assert.IsType<MyValidatableAdapter>(validator);
}
