public void Validator_IfValidateAllPropertiesIsNotSet_DoesNotAutoExpand()
{
// Arrange
var testValidationContext = GetModelValidationContext(
LonelyPerson,
typeof(Person));
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var modelExplorer = testValidationContext.ModelValidationContext.ModelExplorer;
// No ChildNode added
var topLevelValidationNode = new ModelValidationNode(
"person",
modelExplorer.Metadata,
modelExplorer.Model);
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.True(validationContext.ModelState.IsValid);
// Since Person is not IValidatable and we do not look at its properties, the state is empty.
Assert.Empty(validationContext.ModelState.Keys);
}
public void ExpectedValidationErrorsRaised(object model, Type type, Dictionary <string, string> expectedErrors)
{
// Arrange
var context = GetModelValidationContext(model, type);
var validator = new DefaultObjectValidator(context.ExcludeFiltersProvider, context.ModelMetadataProvider);
// Act
validator.Validate(context.ModelValidationContext);
// Assert
var actualErrors = new Dictionary <string, string>();
foreach (var keyStatePair in context.ModelValidationContext.ModelState)
{
foreach (var error in keyStatePair.Value.Errors)
{
actualErrors.Add(keyStatePair.Key, error.ErrorMessage);
}
}
Assert.Equal(expectedErrors.Count, actualErrors.Count);
foreach (var keyErrorPair in expectedErrors)
{
Assert.Contains(keyErrorPair.Key, actualErrors.Keys);
Assert.Equal(keyErrorPair.Value, actualErrors[keyErrorPair.Key]);
}
}
public void ForExcludedNonModelBoundType_Properties_NotMarkedAsSkiped()
{
// Arrange
var user = new User()
{
Password = "******",
ConfirmPassword = "******"
};
var testValidationContext = GetModelValidationContext(
user,
typeof(User),
"user",
new List <Type> {
typeof(User)
});
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFiltersProvider,
testValidationContext.ModelMetadataProvider);
// Act
validator.Validate(validationContext);
// Assert
Assert.False(validationContext.ModelState.ContainsKey("user.Password"));
Assert.False(validationContext.ModelState.ContainsKey("user.ConfirmPassword"));
var modelState = validationContext.ModelState["user"];
Assert.Empty(modelState.Errors);
Assert.Equal(modelState.ValidationState, ModelValidationState.Valid);
}
public void ForExcludedNonModelBoundTypes_NoEntryInModelState()
{
// Arrange
var user = new User()
{
Password = "******",
ConfirmPassword = "******"
};
var testValidationContext = GetModelValidationContext(
user,
typeof(User),
new List <Type> {
typeof(User)
});
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(
"user",
testValidationContext.ModelValidationContext.ModelExplorer.Metadata,
testValidationContext.ModelValidationContext.ModelExplorer.Model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.True(validationContext.ModelState.IsValid);
Assert.Empty(validationContext.ModelState);
}
public void DictionaryType_ValidationSuccessful()
{
// Arrange
var modelStateDictionary = new ModelStateDictionary();
modelStateDictionary.Add("items[0].Key", new ModelState());
modelStateDictionary.Add("items[0].Value", new ModelState());
modelStateDictionary.Add("items[1].Key", new ModelState());
modelStateDictionary.Add("items[1].Value", new ModelState());
var model = new Dictionary <string, string>()
{
{ "FooKey", "FooValue" },
{ "BarKey", "BarValue" }
};
var testValidationContext = GetModelValidationContext(
model,
typeof(Dictionary <string, string>),
excludedTypes: null,
modelStateDictionary: modelStateDictionary);
var excludeTypeFilters = new List <IExcludeTypeValidationFilter>();
excludeTypeFilters.Add(new SimpleTypesExcludeFilter());
testValidationContext.ExcludeFilters = excludeTypeFilters;
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(
"items",
testValidationContext.ModelValidationContext.ModelExplorer.Metadata,
testValidationContext.ModelValidationContext.ModelExplorer.Model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.True(validationContext.ModelState.IsValid);
Assert.Equal(4, validationContext.ModelState.Count);
var modelState = validationContext.ModelState["items[0].Key"];
Assert.Equal(ModelValidationState.Skipped, modelState.ValidationState);
modelState = validationContext.ModelState["items[0].Value"];
Assert.Equal(ModelValidationState.Skipped, modelState.ValidationState);
modelState = validationContext.ModelState["items[1].Key"];
Assert.Equal(ModelValidationState.Skipped, modelState.ValidationState);
modelState = validationContext.ModelState["items[1].Value"];
Assert.Equal(ModelValidationState.Skipped, modelState.ValidationState);
}
public void DictionaryType_ValidationSuccessful()
{
// Arrange
var modelStateDictionary = new ModelStateDictionary();
modelStateDictionary.Add("items[0].Key", new ModelState());
modelStateDictionary.Add("items[0].Value", new ModelState());
modelStateDictionary.Add("items[1].Key", new ModelState());
modelStateDictionary.Add("items[1].Value", new ModelState());
var model = new Dictionary <string, string>()
{
{ "FooKey", "FooValue" },
{ "BarKey", "BarValue" }
};
var testValidationContext = GetModelValidationContext(
model,
typeof(Dictionary <string, string>),
"items",
excludedTypes: null,
modelStateDictionary: modelStateDictionary);
var excludeTypeFilters = new List <IExcludeTypeValidationFilter>();
excludeTypeFilters.Add(new SimpleTypesExcludeFilter());
var mockValidationExcludeFiltersProvider = new Mock <IValidationExcludeFiltersProvider>();
mockValidationExcludeFiltersProvider
.SetupGet(o => o.ExcludeFilters)
.Returns(excludeTypeFilters);
testValidationContext.ExcludeFiltersProvider = mockValidationExcludeFiltersProvider.Object;
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFiltersProvider,
testValidationContext.ModelMetadataProvider);
// Act
validator.Validate(validationContext);
// Assert
Assert.True(validationContext.ModelState.IsValid);
var modelState = validationContext.ModelState["items"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Valid);
modelState = validationContext.ModelState["items[0].Key"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
modelState = validationContext.ModelState["items[0].Value"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
modelState = validationContext.ModelState["items[1].Key"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
modelState = validationContext.ModelState["items[1].Value"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
}
public void EnumerableType_ValidationSuccessful(object model, Type type)
{
// Arrange
var modelStateDictionary = new ModelStateDictionary();
modelStateDictionary.Add("items[0]", new ModelState());
modelStateDictionary.Add("items[1]", new ModelState());
modelStateDictionary.Add("items[2]", new ModelState());
var testValidationContext = GetModelValidationContext(
model,
type,
excludedTypes: null,
modelStateDictionary: modelStateDictionary);
var excludeTypeFilters = new List <IExcludeTypeValidationFilter>();
excludeTypeFilters.Add(new SimpleTypesExcludeFilter());
testValidationContext.ExcludeFilters = excludeTypeFilters;
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(
"items",
testValidationContext.ModelValidationContext.ModelExplorer.Metadata,
testValidationContext.ModelValidationContext.ModelExplorer.Model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.True(validationContext.ModelState.IsValid);
Assert.Equal(3, validationContext.ModelState.Count);
var modelState = validationContext.ModelState["items[0]"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Valid);
modelState = validationContext.ModelState["items[1]"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Valid);
modelState = validationContext.ModelState["items[2]"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Valid);
}
public void Validation_ShortCircuit_WhenMaxErrorCountIsSet()
{
// Arrange
var user = new User()
{
Password = "******",
ConfirmPassword = "******"
};
var testValidationContext = GetModelValidationContext(
user,
typeof(User),
new List <Type> {
typeof(string)
});
var validationContext = testValidationContext.ModelValidationContext;
validationContext.ModelState.MaxAllowedErrors = 2;
validationContext.ModelState.AddModelError("key1", "error1");
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(
"user",
testValidationContext.ModelValidationContext.ModelExplorer.Metadata,
testValidationContext.ModelValidationContext.ModelExplorer.Model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.Equal(new[] { "key1", "", "user.ConfirmPassword" },
validationContext.ModelState.Keys.ToArray());
var modelState = validationContext.ModelState["user.ConfirmPassword"];
Assert.Empty(modelState.Errors);
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
var error = Assert.Single(validationContext.ModelState[""].Errors);
Assert.IsType <TooManyModelErrorsException>(error.Exception);
}
public void Validate_IfSuppressIsSet_MarkedAsSkipped()
{
// Arrange
var testValidationContext = GetModelValidationContext(
new Person2()
{
Address = new Address {
Street = "GreaterThan5Characters"
}
},
typeof(Person2));
var validationContext = testValidationContext.ModelValidationContext;
// Create an entry like a model binder would.
validationContext.ModelState.Add("person.Address", new ModelState());
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var modelExplorer = testValidationContext.ModelValidationContext.ModelExplorer;
var topLevelValidationNode = new ModelValidationNode(
"person",
modelExplorer.Metadata,
modelExplorer.Model);
var propertyExplorer = modelExplorer.GetExplorerForProperty("Address");
var childNode = new ModelValidationNode(
"person.Address",
propertyExplorer.Metadata,
propertyExplorer.Model)
{
SuppressValidation = true
};
topLevelValidationNode.ChildNodes.Add(childNode);
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.True(validationContext.ModelState.IsValid);
Assert.Equal(1, validationContext.ModelState.Count);
var modelState = validationContext.ModelState["person.Address"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
}
public void ForExcludedModelBoundTypes_Properties_MarkedAsSkipped()
{
// Arrange
var user = new User()
{
Password = "******",
ConfirmPassword = "******"
};
var testValidationContext = GetModelValidationContext(
user,
typeof(User),
new List <Type> {
typeof(User)
});
var validationContext = testValidationContext.ModelValidationContext;
// Set the value on model state as a model binder would.
var valueProviderResult = new ValueProviderResult(rawValue: "password");
validationContext.ModelState.SetModelValue("user.Password", valueProviderResult);
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(
"user",
testValidationContext.ModelValidationContext.ModelExplorer.Metadata,
testValidationContext.ModelValidationContext.ModelExplorer.Model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
var entry = Assert.Single(validationContext.ModelState);
Assert.Equal("user.Password", entry.Key);
Assert.Empty(entry.Value.Errors);
Assert.Equal(entry.Value.ValidationState, ModelValidationState.Skipped);
Assert.Same(valueProviderResult, entry.Value.Value);
}
public void EnumerableType_ValidationSuccessful(object model, Type type)
{
// Arrange
var modelStateDictionary = new ModelStateDictionary();
modelStateDictionary.Add("items[0]", new ModelState());
modelStateDictionary.Add("items[1]", new ModelState());
modelStateDictionary.Add("items[2]", new ModelState());
var testValidationContext = GetModelValidationContext(
model,
type,
"items",
excludedTypes: null,
modelStateDictionary: modelStateDictionary);
var excludeTypeFilters = new List <IExcludeTypeValidationFilter>();
excludeTypeFilters.Add(new SimpleTypesExcludeFilter());
var mockValidationExcludeFiltersProvider = new Mock <IValidationExcludeFiltersProvider>();
mockValidationExcludeFiltersProvider
.SetupGet(o => o.ExcludeFilters)
.Returns(excludeTypeFilters);
testValidationContext.ExcludeFiltersProvider = mockValidationExcludeFiltersProvider.Object;
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFiltersProvider,
testValidationContext.ModelMetadataProvider);
// Act
validator.Validate(validationContext);
// Assert
Assert.True(validationContext.ModelState.IsValid);
var modelState = validationContext.ModelState["items"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Valid);
}
public void Validator_IfValidateAllPropertiesSet_WithChildNodes_DoesNotAutoExpand()
{
// Arrange
var testValidationContext = GetModelValidationContext(
LonelyPerson,
typeof(Person));
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var modelExplorer = testValidationContext.ModelValidationContext.ModelExplorer;
var topLevelValidationNode = new ModelValidationNode(
"person",
modelExplorer.Metadata,
modelExplorer.Model)
{
ValidateAllProperties = true
};
var propertyExplorer = modelExplorer.GetExplorerForProperty("Profession");
var childNode = new ModelValidationNode(
"person.Profession",
propertyExplorer.Metadata,
propertyExplorer.Model);
topLevelValidationNode.ChildNodes.Add(childNode);
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
var modelState = validationContext.ModelState;
Assert.False(modelState.IsValid);
// Since the model is invalid at property level there is no entry in the model state for top level node.
Assert.Single(modelState.Keys, k => k == "person.Profession");
Assert.Equal(1, modelState.Count);
}
public void ForExcludedModelBoundTypes_Properties_MarkedAsSkipped()
{
// Arrange
var user = new User()
{
Password = "******",
ConfirmPassword = "******"
};
var testValidationContext = GetModelValidationContext(
user,
typeof(User),
"user",
new List <Type> {
typeof(User)
});
var validationContext = testValidationContext.ModelValidationContext;
// Set the value on model state as a model binder would.
validationContext.ModelState.SetModelValue(
"user.Password",
Mock.Of <ValueProviderResult>());
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFiltersProvider,
testValidationContext.ModelMetadataProvider);
// Act
validator.Validate(validationContext);
// Assert
var modelState = validationContext.ModelState["user.Password"];
Assert.Empty(modelState.Errors);
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
modelState = validationContext.ModelState["user.ConfirmPassword"];
Assert.Empty(modelState.Errors);
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
}
public void NonRequestBoundModel_MarkedAsSkipped()
{
// Arrange
var testValidationContext = GetModelValidationContext(
new TestServiceProvider(),
typeof(TestServiceProvider),
"serviceProvider");
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFiltersProvider,
testValidationContext.ModelMetadataProvider);
// Act
validator.Validate(validationContext);
// Assert
Assert.True(validationContext.ModelState.IsValid);
var modelState = validationContext.ModelState["serviceProvider.TestService"];
Assert.Empty(modelState.Errors);
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
}
public void ForExcludedNonModelBoundTypes_NoEntryInModelState()
{
// Arrange
var user = new User()
{
Password = "******",
ConfirmPassword = "******"
};
var testValidationContext = GetModelValidationContext(
user,
typeof(User),
new List<Type> { typeof(User) });
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(
"user",
testValidationContext.ModelValidationContext.ModelExplorer.Metadata,
testValidationContext.ModelValidationContext.ModelExplorer.Model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.True(validationContext.ModelState.IsValid);
Assert.Empty(validationContext.ModelState);
}
public void ForExcludedModelBoundTypes_Properties_MarkedAsSkipped()
{
// Arrange
var user = new User()
{
Password = "******",
ConfirmPassword = "******"
};
var testValidationContext = GetModelValidationContext(
user,
typeof(User),
new List<Type> { typeof(User) });
var validationContext = testValidationContext.ModelValidationContext;
// Set the value on model state as a model binder would.
validationContext.ModelState.SetModelValue(
"user.Password",
Mock.Of<ValueProviderResult>());
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(
"user",
testValidationContext.ModelValidationContext.ModelExplorer.Metadata,
testValidationContext.ModelValidationContext.ModelExplorer.Model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
var entry = Assert.Single(validationContext.ModelState);
Assert.Equal("user.Password", entry.Key);
Assert.Empty(entry.Value.Errors);
Assert.Equal(entry.Value.ValidationState, ModelValidationState.Skipped);
}
public void Validate_IfSuppressIsSet_MarkedAsSkipped()
{
// Arrange
var testValidationContext = GetModelValidationContext(
new Person2()
{
Address = new Address { Street = "GreaterThan5Characters" }
},
typeof(Person2));
var validationContext = testValidationContext.ModelValidationContext;
// Create an entry like a model binder would.
validationContext.ModelState.Add("person.Address", new ModelState());
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var modelExplorer = testValidationContext.ModelValidationContext.ModelExplorer;
var topLevelValidationNode = new ModelValidationNode(
"person",
modelExplorer.Metadata,
modelExplorer.Model);
var propertyExplorer = modelExplorer.GetExplorerForProperty("Address");
var childNode = new ModelValidationNode(
"person.Address",
propertyExplorer.Metadata,
propertyExplorer.Model)
{
SuppressValidation = true
};
topLevelValidationNode.ChildNodes.Add(childNode);
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.True(validationContext.ModelState.IsValid);
Assert.Equal(1, validationContext.ModelState.Count);
var modelState = validationContext.ModelState["person.Address"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
}
public void Validator_IfValidateAllPropertiesIsNotSet_DoesNotAutoExpand()
{
// Arrange
var testValidationContext = GetModelValidationContext(
LonelyPerson,
typeof(Person));
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var modelExplorer = testValidationContext.ModelValidationContext.ModelExplorer;
// No ChildNode added
var topLevelValidationNode = new ModelValidationNode(
"person",
modelExplorer.Metadata,
modelExplorer.Model);
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.True(validationContext.ModelState.IsValid);
// Since Person is not IValidatable and we do not look at its properties, the state is empty.
Assert.Empty(validationContext.ModelState.Keys);
}
public void Validation_ShortCircuit_WhenMaxErrorCountIsSet()
{
// Arrange
var user = new User()
{
Password = "******",
ConfirmPassword = "******"
};
var testValidationContext = GetModelValidationContext(
user,
typeof(User),
new List<Type> { typeof(string) });
var validationContext = testValidationContext.ModelValidationContext;
validationContext.ModelState.MaxAllowedErrors = 2;
validationContext.ModelState.AddModelError("key1", "error1");
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(
"user",
testValidationContext.ModelValidationContext.ModelExplorer.Metadata,
testValidationContext.ModelValidationContext.ModelExplorer.Model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.Equal(new[] { "key1", "", "user.ConfirmPassword" },
validationContext.ModelState.Keys.ToArray());
var modelState = validationContext.ModelState["user.ConfirmPassword"];
Assert.Empty(modelState.Errors);
Assert.Equal(modelState.ValidationState, ModelValidationState.Skipped);
var error = Assert.Single(validationContext.ModelState[""].Errors);
Assert.IsType<TooManyModelErrorsException>(error.Exception);
}
public void Validator_IfValidateAllPropertiesSet_WithChildNodes_DoesNotAutoExpand()
{
// Arrange
var testValidationContext = GetModelValidationContext(
LonelyPerson,
typeof(Person));
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var modelExplorer = testValidationContext.ModelValidationContext.ModelExplorer;
var topLevelValidationNode = new ModelValidationNode(
"person",
modelExplorer.Metadata,
modelExplorer.Model)
{
ValidateAllProperties = true
};
var propertyExplorer = modelExplorer.GetExplorerForProperty("Profession");
var childNode = new ModelValidationNode(
"person.Profession",
propertyExplorer.Metadata,
propertyExplorer.Model);
topLevelValidationNode.ChildNodes.Add(childNode);
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
var modelState = validationContext.ModelState;
Assert.False(modelState.IsValid);
// Since the model is invalid at property level there is no entry in the model state for top level node.
Assert.Single(modelState.Keys, k => k == "person.Profession");
Assert.Equal(1, modelState.Count);
}
public void EnumerableType_ValidationSuccessful(object model, Type type)
{
// Arrange
var modelStateDictionary = new ModelStateDictionary();
modelStateDictionary.Add("items[0]", new ModelState());
modelStateDictionary.Add("items[1]", new ModelState());
modelStateDictionary.Add("items[2]", new ModelState());
var testValidationContext = GetModelValidationContext(
model,
type,
excludedTypes: null,
modelStateDictionary: modelStateDictionary);
var excludeTypeFilters = new List<IExcludeTypeValidationFilter>();
excludeTypeFilters.Add(new SimpleTypesExcludeFilter());
testValidationContext.ExcludeFilters = excludeTypeFilters;
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(
"items",
testValidationContext.ModelValidationContext.ModelExplorer.Metadata,
testValidationContext.ModelValidationContext.ModelExplorer.Model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.True(validationContext.ModelState.IsValid);
Assert.Equal(3, validationContext.ModelState.Count);
var modelState = validationContext.ModelState["items[0]"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Valid);
modelState = validationContext.ModelState["items[1]"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Valid);
modelState = validationContext.ModelState["items[2]"];
Assert.Equal(modelState.ValidationState, ModelValidationState.Valid);
}
public void ExpectedValidationErrorsRaised(object model, Type type, Dictionary<string, string> expectedErrors)
{
// Arrange
var context = GetModelValidationContext(model, type);
var validator = new DefaultObjectValidator(context.ExcludeFilters, context.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(string.Empty, context.ModelValidationContext.ModelExplorer.Metadata, model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(context.ModelValidationContext, topLevelValidationNode);
// Assert
var actualErrors = new Dictionary<string, string>();
foreach (var keyStatePair in context.ModelValidationContext.ModelState)
{
foreach (var error in keyStatePair.Value.Errors)
{
actualErrors.Add(keyStatePair.Key, error.ErrorMessage);
}
}
Assert.Equal(expectedErrors.Count, actualErrors.Count);
foreach (var keyErrorPair in expectedErrors)
{
Assert.Contains(keyErrorPair.Key, actualErrors.Keys);
Assert.Equal(keyErrorPair.Value, actualErrors[keyErrorPair.Key]);
}
}
public void DictionaryType_ValidationSuccessful()
{
// Arrange
var modelStateDictionary = new ModelStateDictionary();
modelStateDictionary.Add("items[0].Key", new ModelState());
modelStateDictionary.Add("items[0].Value", new ModelState());
modelStateDictionary.Add("items[1].Key", new ModelState());
modelStateDictionary.Add("items[1].Value", new ModelState());
var model = new Dictionary<string, string>()
{
{ "FooKey", "FooValue" },
{ "BarKey", "BarValue" }
};
var testValidationContext = GetModelValidationContext(
model,
typeof(Dictionary<string, string>),
excludedTypes: null,
modelStateDictionary: modelStateDictionary);
var excludeTypeFilters = new List<IExcludeTypeValidationFilter>();
excludeTypeFilters.Add(new SimpleTypesExcludeFilter());
testValidationContext.ExcludeFilters = excludeTypeFilters;
var validationContext = testValidationContext.ModelValidationContext;
var validator = new DefaultObjectValidator(
testValidationContext.ExcludeFilters,
testValidationContext.ModelMetadataProvider);
var topLevelValidationNode =
new ModelValidationNode(
"items",
testValidationContext.ModelValidationContext.ModelExplorer.Metadata,
testValidationContext.ModelValidationContext.ModelExplorer.Model)
{
ValidateAllProperties = true
};
// Act
validator.Validate(validationContext, topLevelValidationNode);
// Assert
Assert.True(validationContext.ModelState.IsValid);
Assert.Equal(4, validationContext.ModelState.Count);
var modelState = validationContext.ModelState["items[0].Key"];
Assert.Equal(ModelValidationState.Skipped, modelState.ValidationState);
modelState = validationContext.ModelState["items[0].Value"];
Assert.Equal(ModelValidationState.Skipped, modelState.ValidationState);
modelState = validationContext.ModelState["items[1].Key"];
Assert.Equal(ModelValidationState.Skipped, modelState.ValidationState);
modelState = validationContext.ModelState["items[1].Value"];
Assert.Equal(ModelValidationState.Skipped, modelState.ValidationState);
}