public void CanDeserializeSerializedSectionWithTypeWithValidatorsForNamedRule()
{
ValidationSettings rwSettings = new ValidationSettings();
ValidatedTypeReference rwStringType = new ValidatedTypeReference(typeof(string));
rwSettings.Types.Add(rwStringType);
ValidationRulesetData rwValidationRule = new ValidationRulesetData("ruleset");
rwStringType.Rulesets.Add(rwValidationRule);
ValidatorData rwValidatorData = new MockValidatorData("validator1", true);
rwValidationRule.Validators.Add(rwValidatorData);
IDictionary <string, ConfigurationSection> sections = new Dictionary <string, ConfigurationSection>();
sections[ValidationSettings.SectionName] = rwSettings;
using (ConfigurationFileHelper configurationFileHelper = new ConfigurationFileHelper(sections))
{
IConfigurationSource configurationSource = configurationFileHelper.ConfigurationSource;
ValidationSettings roSettings = configurationSource.GetSection(ValidationSettings.SectionName) as ValidationSettings;
Assert.IsNotNull(roSettings);
Assert.AreEqual(1, roSettings.Types.Count);
Assert.AreEqual(typeof(string).FullName, roSettings.Types.Get(0).Name);
Assert.AreEqual(1, roSettings.Types.Get(0).Rulesets.Count);
Assert.AreEqual("ruleset", roSettings.Types.Get(0).Rulesets.Get(0).Name);
Assert.AreEqual(1, roSettings.Types.Get(0).Rulesets.Get(0).Validators.Count);
Assert.AreEqual("validator1", roSettings.Types.Get(0).Rulesets.Get(0).Validators.Get(0).Name);
Assert.AreSame(typeof(MockValidatorData), roSettings.Types.Get(0).Rulesets.Get(0).Validators.Get(0).GetType());
Assert.AreEqual(true, ((MockValidatorData)roSettings.Types.Get(0).Rulesets.Get(0).Validators.Get(0)).ReturnFailure);
}
}
public void CanDeserializeSerializedSectionWithTypeWithEmptyNamedRule()
{
ValidationSettings rwSettings = new ValidationSettings();
ValidatedTypeReference rwStringType = new ValidatedTypeReference(typeof(string));
rwSettings.Types.Add(rwStringType);
rwStringType.Rulesets.Add(new ValidationRulesetData("ruleset"));
IDictionary <string, ConfigurationSection> sections = new Dictionary <string, ConfigurationSection>();
sections[ValidationSettings.SectionName] = rwSettings;
using (ConfigurationFileHelper configurationFileHelper = new ConfigurationFileHelper(sections))
{
IConfigurationSource configurationSource = configurationFileHelper.ConfigurationSource;
ValidationSettings roSettings = configurationSource.GetSection(ValidationSettings.SectionName) as ValidationSettings;
Assert.IsNotNull(roSettings);
Assert.AreEqual(1, roSettings.Types.Count);
Assert.AreEqual(typeof(string).FullName, roSettings.Types.Get(0).Name);
Assert.AreEqual(1, roSettings.Types.Get(0).Rulesets.Count);
Assert.AreEqual("ruleset", roSettings.Types.Get(0).Rulesets.Get(0).Name);
}
}
public ValidationSettings Build()
{
blockSettings = new ValidationSettings();
if (!blockSettingsNode.RequirePermission) // don't set if false
{
blockSettings.SectionInformation.RequirePermission = blockSettingsNode.RequirePermission;
}
foreach (TypeNode typeNode in blockSettingsNode.Hierarchy.FindNodesByType(typeof(TypeNode)))
{
ValidatedTypeReference typeReference = new ValidatedTypeReference();
typeReference.Name = typeNode.TypeName;
typeReference.AssemblyName = typeNode.AssemblyName;
if (typeNode.DefaultRule != null)
{
typeReference.DefaultRuleset = typeNode.DefaultRule.Name;
}
BuildRules(typeReference, typeNode);
blockSettings.Types.Add(typeReference);
}
return(blockSettings);
}
public void CreateValidatorForDefaultRuleForExistingTypeNonExistingDefaultRuleSetReturnsEmptyValidator()
{
ValidatedTypeReference typeReference = new ValidatedTypeReference(typeof(TestClass));
typeReference.DefaultRuleset = "ruleset2";
ValidationRulesetData ruleData = new ValidationRulesetData("ruleset1");
typeReference.Rulesets.Add(ruleData);
ValidatedMethodReference methodReference1 = new ValidatedMethodReference("PublicMethod");
ruleData.Methods.Add(methodReference1);
ValidatedMethodReference methodReference2 = new ValidatedMethodReference("NonPublicMethod");
ruleData.Methods.Add(methodReference2);
methodReference1.Validators.Add(new MockValidatorData("validator1", false));
methodReference1.Validators.Get("validator1").MessageTemplate = "validator 1 message";
methodReference2.Validators.Add(new MockValidatorData("validator2", false));
methodReference2.Validators.Get("validator2").MessageTemplate = "validator 2 message";
Validator validator = builder.CreateValidator(typeof(TestClass), typeReference, string.Empty);
Assert.IsNotNull(validator);
Assert.AreSame(typeof(AndCompositeValidator), validator.GetType());
IList <Validator> validators = ValidationTestHelper.CreateListFromEnumerable(((AndCompositeValidator)validator).Validators);
Assert.AreEqual(0, validators.Count);
Assert.AreEqual(0, mockFactory.requestedMembers.Count);
}
public void Given()
{
container = new UnityContainer();
var configurationSource = new DictionaryConfigurationSource();
ValidationSettings settings = new ValidationSettings();
configurationSource.Add(ValidationSettings.SectionName, settings);
ValidatedTypeReference typeReference = new ValidatedTypeReference(typeof(BaseTestDomainObject));
settings.Types.Add(typeReference);
typeReference.DefaultRuleset = "RuleA";
ValidationRulesetData ruleData = new ValidationRulesetData("RuleA");
typeReference.Rulesets.Add(ruleData);
ValidatedPropertyReference propertyReference1 = new ValidatedPropertyReference("Property1");
ruleData.Properties.Add(propertyReference1);
MockValidatorData validator11 = new MockValidatorData("validator1", true);
propertyReference1.Validators.Add(validator11);
validator11.MessageTemplate = "message-from-config1-RuleA";
MockValidatorData validator12 = new MockValidatorData("validator2", true);
propertyReference1.Validators.Add(validator12);
validator12.MessageTemplate = "message-from-config2-RuleA";
MockValidatorData validator13 = new MockValidatorData("validator3", false);
propertyReference1.Validators.Add(validator13);
validator13.MessageTemplate = "message-from-config3-RuleA";
var typeRegistrationProvider = new ValidationTypeRegistrationProvider();
var configurator = new UnityContainerConfigurator(container);
configurator.RegisterAll(configurationSource, typeRegistrationProvider);
}
public ValidationConfigurationBuilderType <T> ForType <T>()
{
ValidatedTypeReference typeReference;
if (this.settings.Types.Contains(typeof(T).FullName))
{
typeReference = this.settings.Types.Get(typeof(T).FullName);
}
else
{
typeReference = new ValidatedTypeReference(typeof(T))
{
AssemblyName = typeof(T).Assembly.GetName().FullName,
};
if (this.defaultRulesetName != null)
{
typeReference.Rulesets.Add(new ValidationRulesetData(this.defaultRulesetName));
typeReference.DefaultRuleset = this.defaultRulesetName;
}
foreach (var alternativeRulesetName in this.alternativeRulesetNames)
{
typeReference.Rulesets.Add(new ValidationRulesetData(alternativeRulesetName));
}
this.settings.Types.Add(typeReference);
}
return(new ValidationConfigurationBuilderType <T>(this, typeReference));
}
private static IConfigurationSource GetNotNullValidationConfig()
{
var validatorData = new NotNullValidatorData()
{
Name = "Not Null",
MessageTemplate = "City cannot be null"
};
var fieldRef = new ValidatedFieldReference()
{
Name = "City"
};
fieldRef.Validators.Add(validatorData);
var rulesetData = new ValidationRulesetData("default");
rulesetData.Fields.Add(fieldRef);
var typeData = new ValidatedTypeReference(typeof(TargetAddress));
typeData.Rulesets.Add(rulesetData);
typeData.DefaultRuleset = rulesetData.Name;
var section = new ValidationSettings();
section.Types.Add(typeData);
var configSource = new DictionaryConfigurationSource();
configSource.Add(BlockSectionNames.Validation, section);
return(configSource);
}
/// <summary>
/// Initializes a new instance of the <see cref="TypeNode"/> class for a <see cref="ValidatedTypeReference"/>.
/// </summary>
/// <param name="typeReferenceData">The <see cref="ValidatedTypeReference"/> to be represented.</param>
public TypeNode(ValidatedTypeReference typeReferenceData)
: base(nameFormatter.CreateName(typeReferenceData))
{
defaultRuleNodeRemoved = new EventHandler<ConfigurationNodeChangedEventArgs>(OnDefaultRuleNodeRemoved);
typeName = typeReferenceData.Name;
assemblyName = typeReferenceData.AssemblyName;
}
public void CreateValidatorForExistingTypeReturnsNonEmptyValidatorBasedOnRuleDefinition()
{
ValidatedTypeReference typeReference = new ValidatedTypeReference(typeof(TestClass));
ValidationRulesetData ruleData = new ValidationRulesetData("ruleset1");
typeReference.Rulesets.Add(ruleData);
ValidatedMethodReference methodReference1 = new ValidatedMethodReference("PublicMethod");
ruleData.Methods.Add(methodReference1);
ValidatedMethodReference methodReference2 = new ValidatedMethodReference("NonPublicMethod");
ruleData.Methods.Add(methodReference2);
methodReference1.Validators.Add(new MockValidatorData("validator1", false));
methodReference1.Validators.Get("validator1").MessageTemplate = "validator 1 message";
methodReference2.Validators.Add(new MockValidatorData("validator2", false));
methodReference2.Validators.Get("validator2").MessageTemplate = "validator 2 message";
Validator validator = this.builder.CreateValidator(typeof(TestClass), typeReference, "ruleset1");
Assert.IsNotNull(validator);
Assert.AreSame(typeof(AndCompositeValidator), validator.GetType());
IList <Validator> validators = ValidationTestHelper.CreateListFromEnumerable(((AndCompositeValidator)validator).Validators);
Assert.AreEqual(1, validators.Count);
Assert.AreEqual(1, this.mockFactory.requestedMembers.Count);
ValueAccessValidatorBuilder valueAccessValidatorBuilder1 = this.mockFactory.requestedMembers["TestClass.PublicMethod"];
Assert.AreSame(valueAccessValidatorBuilder1.BuiltValidator, validators[0]);
Assert.AreEqual(1, valueAccessValidatorBuilder1.ValueValidators.Count);
Assert.AreEqual("validator 1 message", ((MockValidator <object>)valueAccessValidatorBuilder1.ValueValidators[0]).MessageTemplate);
}
public void CreateValidatorForDefaultRuleForExistingTypeReturnsNonEmptyValidatorBasedOnDefaultRuleDefinition()
{
ValidatedTypeReference typeReference = new ValidatedTypeReference(typeof(TestClass));
typeReference.DefaultRuleset = "ruleset1";
ValidationRulesetData ruleData = new ValidationRulesetData("ruleset1");
typeReference.Rulesets.Add(ruleData);
ValidatedMethodReference methodReference1 = new ValidatedMethodReference("PublicMethod");
ruleData.Methods.Add(methodReference1);
ValidatedMethodReference methodReference2 = new ValidatedMethodReference("NonPublicMethod");
ruleData.Methods.Add(methodReference2);
methodReference1.Validators.Add(new MockValidatorData("validator1", false));
methodReference1.Validators.Get("validator1").MessageTemplate = "validator 1 message";
methodReference2.Validators.Add(new MockValidatorData("validator2", false));
methodReference2.Validators.Get("validator2").MessageTemplate = "validator 2 message";
Validator validator = builder.CreateValidator(typeof(TestClass), typeReference, string.Empty);
Assert.IsNotNull(validator);
Assert.AreSame(typeof(ValueAccessValidator), validator.GetType());
ValueAccessValidatorBuilder valueAccessValidatorBuilder1 = mockFactory.requestedMembers["TestClass.PublicMethod"];
Assert.AreSame(valueAccessValidatorBuilder1.BuiltValidator, validator);
Assert.AreEqual("validator 1 message", ((MockValidator <object>)valueAccessValidatorBuilder1.ValueValidators[0]).MessageTemplate);
}
public void CanBuildValidationInstanceFactoryFromGivenConfiguration()
{
DictionaryConfigurationSource configurationSource = new DictionaryConfigurationSource();
ValidationSettings settings = new ValidationSettings();
configurationSource.Add(ValidationSettings.SectionName, settings);
ValidatedTypeReference typeReference = new ValidatedTypeReference(typeof(BaseTestDomainObject));
settings.Types.Add(typeReference);
typeReference.DefaultRuleset = "RuleA";
ValidationRulesetData ruleData = new ValidationRulesetData("RuleA");
typeReference.Rulesets.Add(ruleData);
ValidatedPropertyReference propertyReference1 = new ValidatedPropertyReference("Property1");
ruleData.Properties.Add(propertyReference1);
MockValidatorData validator11 = new MockValidatorData("validator1", true);
propertyReference1.Validators.Add(validator11);
validator11.MessageTemplate = "message-from-config1-RuleA";
ValidationFactory.SetDefaultConfigurationValidatorFactory(configurationSource);
ValidatorFactory factory = ValidationFactory.DefaultCompositeValidatorFactory;
var validator = factory.CreateValidator <BaseTestDomainObject>("RuleA");
var results = validator.Validate(new BaseTestDomainObject());
Assert.IsNotNull(factory);
Assert.IsFalse(results.IsValid);
Assert.AreEqual(validator11.MessageTemplate, results.ElementAt(0).Message);
}
/// <summary>
/// Initializes a new instance of the <see cref="TypeNode"/> class for a <see cref="ValidatedTypeReference"/>.
/// </summary>
/// <param name="typeReferenceData">The <see cref="ValidatedTypeReference"/> to be represented.</param>
public TypeNode(ValidatedTypeReference typeReferenceData)
: base(nameFormatter.CreateName(typeReferenceData))
{
defaultRuleNodeRemoved = new EventHandler <ConfigurationNodeChangedEventArgs>(OnDefaultRuleNodeRemoved);
typeName = typeReferenceData.Name;
assemblyName = typeReferenceData.AssemblyName;
}
/// <summary>
/// Retruns a friendly name based on a <see cref="ValidatedTypeReference"/> instance.
/// </summary>
/// <param name="typeConfiguration">The <see cref="ValidatedTypeReference"/> that should be used to create a name.</param>
/// <returns>A friendly name that can be used as a display name.</returns>
public string CreateName(ValidatedTypeReference typeConfiguration)
{
if (typeConfiguration == null)
{
throw new ArgumentNullException("typeConfiguration");
}
return(base.CreateName(typeConfiguration.Name));
}
private ValidatedTypeReference GetTypeReference(Type type)
{
if (null == validationSettings)
{
return(null);
}
ValidatedTypeReference typeReference = validationSettings.Types.Get(type.FullName);
return(typeReference);
}
public void CreateValidatorForNonExistingRuleReturnsEmptyValidator()
{
ValidatedTypeReference typeReference = new ValidatedTypeReference();
Validator validator = builder.CreateValidator(typeof(TestClass), typeReference, "ruleset1");
Assert.IsNotNull(validator);
Assert.AreSame(typeof(AndCompositeValidator), validator.GetType());
IList <Validator> validators = ValidationTestHelper.CreateListFromEnumerable(((AndCompositeValidator)validator).Validators);
Assert.AreEqual(0, validators.Count);
}
public void CanDeserializeSerializedSectionWithNamedRuleSpecifyingMultipleValidatorsForField()
{
ValidationSettings rwSettings = new ValidationSettings();
ValidatedTypeReference rwStringType = new ValidatedTypeReference(typeof(string));
rwSettings.Types.Add(rwStringType);
ValidationRulesetData rwValidationRule = new ValidationRulesetData("ruleset");
rwStringType.Rulesets.Add(rwValidationRule);
ValidatorData rwValidatorData = new MockValidatorData("validator1", true);
rwValidationRule.Validators.Add(rwValidatorData);
ValidatedFieldReference rwValidationFieldReference = new ValidatedFieldReference("System.Object.GetHashCode");
rwValidationRule.Fields.Add(rwValidationFieldReference);
ValidatorData rwFieldValidatorData1 = new MockValidatorData("ruleset-validator1", false);
rwValidationFieldReference.Validators.Add(rwFieldValidatorData1);
ValidatorData rwFieldValidatorData2 = new MockValidatorData("ruleset-validator2", false);
rwValidationFieldReference.Validators.Add(rwFieldValidatorData2);
IDictionary <string, ConfigurationSection> sections = new Dictionary <string, ConfigurationSection>();
sections[ValidationSettings.SectionName] = rwSettings;
using (ConfigurationFileHelper configurationFileHelper = new ConfigurationFileHelper(sections))
{
IConfigurationSource configurationSource = configurationFileHelper.ConfigurationSource;
ValidationSettings roSettings = configurationSource.GetSection(ValidationSettings.SectionName) as ValidationSettings;
Assert.IsNotNull(roSettings);
Assert.AreEqual(1, roSettings.Types.Count);
Assert.AreEqual(typeof(string).FullName, roSettings.Types.Get(0).Name);
Assert.AreEqual(1, roSettings.Types.Get(0).Rulesets.Count);
Assert.AreEqual("ruleset", roSettings.Types.Get(0).Rulesets.Get(0).Name);
Assert.AreEqual(1, roSettings.Types.Get(0).Rulesets.Get(0).Validators.Count);
Assert.AreEqual("validator1", roSettings.Types.Get(0).Rulesets.Get(0).Validators.Get(0).Name);
Assert.AreSame(typeof(MockValidatorData), roSettings.Types.Get(0).Rulesets.Get(0).Validators.Get(0).GetType());
Assert.AreEqual(true, ((MockValidatorData)roSettings.Types.Get(0).Rulesets.Get(0).Validators.Get(0)).ReturnFailure);
Assert.AreEqual(1, roSettings.Types.Get(0).Rulesets.Get(0).Fields.Count);
Assert.AreEqual("System.Object.GetHashCode", roSettings.Types.Get(0).Rulesets.Get(0).Fields.Get(0).Name);
Assert.AreEqual(2, roSettings.Types.Get(0).Rulesets.Get(0).Fields.Get(0).Validators.Count);
Assert.AreEqual("ruleset-validator1", roSettings.Types.Get(0).Rulesets.Get(0).Fields.Get(0).Validators.Get(0).Name);
Assert.AreSame(typeof(MockValidatorData), roSettings.Types.Get(0).Rulesets.Get(0).Fields.Get(0).Validators.Get(0).GetType());
Assert.AreEqual(false, ((MockValidatorData)roSettings.Types.Get(0).Rulesets.Get(0).Fields.Get(0).Validators.Get(0)).ReturnFailure);
Assert.AreEqual("ruleset-validator2", roSettings.Types.Get(0).Rulesets.Get(0).Fields.Get(0).Validators.Get(1).Name);
Assert.AreSame(typeof(MockValidatorData), roSettings.Types.Get(0).Rulesets.Get(0).Fields.Get(0).Validators.Get(1).GetType());
Assert.AreEqual(false, ((MockValidatorData)roSettings.Types.Get(0).Rulesets.Get(0).Fields.Get(0).Validators.Get(1)).ReturnFailure);
}
}
private void BuildTypeNode(TypeNode typeNode, ValidatedTypeReference typeReference)
{
foreach (ValidationRulesetData rule in typeReference.Rulesets)
{
RuleSetNode ruleNode = new RuleSetNode(rule);
BuildRuleNode(ruleNode, rule);
typeNode.AddNode(ruleNode);
if (string.Compare(typeReference.DefaultRuleset, rule.Name) == 0)
{
typeNode.DefaultRule = ruleNode;
}
}
}
public Validator CreateValidator(Type type, ValidatedTypeReference typeReference, string ruleset)
{
if (string.IsNullOrEmpty(ruleset))
{
ruleset = typeReference.DefaultRuleset;
}
ValidationRulesetData ruleData = typeReference.Rulesets.Get(ruleset);
if (null == ruleData)
{
return(emptyValidator);
}
return(this.CreateValidator(new ConfigurationValidatedType(ruleData, type)));
}
public void CanCreateValidatorForTypeFromAttributesAndConfigurationWithDefaultRulesetName()
{
DictionaryConfigurationSource configurationSource = new DictionaryConfigurationSource();
ValidationSettings settings = new ValidationSettings();
configurationSource.Add(ValidationSettings.SectionName, settings);
ValidatedTypeReference typeReference = new ValidatedTypeReference(typeof(TestObjectWithFailingAttributesOnProperties));
settings.Types.Add(typeReference);
typeReference.DefaultRuleset = "RuleA";
ValidationRulesetData ruleData = new ValidationRulesetData("RuleA");
typeReference.Rulesets.Add(ruleData);
ValidatedPropertyReference propertyReference1 = new ValidatedPropertyReference("FailingProperty1");
ruleData.Properties.Add(propertyReference1);
MockValidatorData validator11 = new MockValidatorData("validator1", true);
propertyReference1.Validators.Add(validator11);
validator11.MessageTemplate = "message-from-config1-RuleA";
MockValidatorData validator12 = new MockValidatorData("validator2", true);
propertyReference1.Validators.Add(validator12);
validator12.MessageTemplate = "message-from-config2-RuleA";
MockValidatorData validator13 = new MockValidatorData("validator3", false);
propertyReference1.Validators.Add(validator13);
validator13.MessageTemplate = "message-from-config3-RuleA";
Validator <TestObjectWithFailingAttributesOnProperties> validator
= ValidationFactory.CreateValidator <TestObjectWithFailingAttributesOnProperties>((IConfigurationSource)configurationSource);
ValidationResults validationResults = validator.Validate(new TestObjectWithFailingAttributesOnProperties());
Assert.IsFalse(validationResults.IsValid);
IDictionary <string, ValidationResult> resultsMapping = ValidationTestHelper.GetResultsMapping(validationResults);
Assert.AreEqual(4, resultsMapping.Count);
Assert.IsTrue(resultsMapping.ContainsKey("message-from-config1-RuleA"));
Assert.IsTrue(resultsMapping.ContainsKey("message-from-config1-RuleA"));
Assert.IsTrue(resultsMapping.ContainsKey("message1"));
Assert.IsTrue(resultsMapping.ContainsKey("message2"));
}
private ValidatedTypeReference GetTypeReference(Type type)
{
try
{
ValidationSettings validationSettings
= this.configurationSource.GetSection(ValidationSettings.SectionName) as ValidationSettings;
if (null == validationSettings)
{
return(null);
}
ValidatedTypeReference typeReference = validationSettings.Types.Get(type.FullName);
return(typeReference);
}
catch (ConfigurationErrorsException configurationErrors)
{
instrumentationListener.ConfigurationFailure(this, new ValidationConfigurationFailureEventArgs(configurationErrors));
throw;
}
}
public void CanCreateValidatorForTypeFromConfigurationWithDefaultRulesetName()
{
DictionaryConfigurationSource configurationSource = new DictionaryConfigurationSource();
ValidationSettings settings = new ValidationSettings();
configurationSource.Add(ValidationSettings.SectionName, settings);
ValidatedTypeReference typeReference = new ValidatedTypeReference(typeof(BaseTestDomainObject));
settings.Types.Add(typeReference);
typeReference.DefaultRuleset = "RuleA";
ValidationRulesetData ruleData = new ValidationRulesetData("RuleA");
typeReference.Rulesets.Add(ruleData);
ValidatedPropertyReference propertyReference1 = new ValidatedPropertyReference("Property1");
ruleData.Properties.Add(propertyReference1);
MockValidatorData validator11 = new MockValidatorData("validator1", true);
propertyReference1.Validators.Add(validator11);
validator11.MessageTemplate = "message-from-config1-RuleA";
MockValidatorData validator12 = new MockValidatorData("validator2", true);
propertyReference1.Validators.Add(validator12);
validator12.MessageTemplate = "message-from-config2-RuleA";
MockValidatorData validator13 = new MockValidatorData("validator3", false);
propertyReference1.Validators.Add(validator13);
validator13.MessageTemplate = "message-from-config3-RuleA";
Validator <BaseTestDomainObject> validator
= ValidationFactory.CreateValidatorFromConfiguration <BaseTestDomainObject>((IConfigurationSource)configurationSource);
ValidationResults validationResults = validator.Validate(new BaseTestDomainObject());
Assert.IsFalse(validationResults.IsValid);
IList <ValidationResult> resultsList = ValidationTestHelper.GetResultsList(validationResults);
Assert.AreEqual(2, resultsList.Count);
Assert.AreEqual("message-from-config1-RuleA", resultsList[0].Message);
Assert.AreEqual("message-from-config2-RuleA", resultsList[1].Message);
}
private void BuildRules(ValidatedTypeReference typeReference, TypeNode typeNode)
{
foreach (RuleSetNode ruleNode in typeNode.Hierarchy.FindNodesByType(typeNode, typeof(RuleSetNode)))
{
ValidationRulesetData validationRule = new ValidationRulesetData(ruleNode.Name);
BuildPropertyReferences(validationRule, ruleNode);
BuildMethodReferences(validationRule, ruleNode);
BuildFieldReferences(validationRule, ruleNode);
SelfNode selfNode = ruleNode.Hierarchy.FindNodeByType(ruleNode, typeof(SelfNode)) as SelfNode;
if (selfNode != null)
{
foreach (ValidatorData validator in FindValidators(selfNode))
{
validationRule.Validators.Add(validator);
}
}
typeReference.Rulesets.Add(validationRule);
}
}
public ValidationSettings Build()
{
blockSettings = new ValidationSettings();
if (!blockSettingsNode.RequirePermission) // don't set if false
blockSettings.SectionInformation.RequirePermission = blockSettingsNode.RequirePermission;
foreach (TypeNode typeNode in blockSettingsNode.Hierarchy.FindNodesByType(typeof(TypeNode)))
{
ValidatedTypeReference typeReference = new ValidatedTypeReference();
typeReference.Name = typeNode.TypeName;
typeReference.AssemblyName = typeNode.AssemblyName;
if (typeNode.DefaultRule != null)
{
typeReference.DefaultRuleset = typeNode.DefaultRule.Name;
}
BuildRules(typeReference, typeNode);
blockSettings.Types.Add(typeReference);
}
return blockSettings;
}
public void CreateValidatorForDefaultPropertyForExistingTypeInConfigurationRetunsAppropriateValidatorBasedOnRule()
{
ValidationSettings settings = new ValidationSettings();
this.configurationSource.Add(ValidationSettings.SectionName, settings);
ValidatedTypeReference typeReference = new ValidatedTypeReference(typeof(TestClass));
settings.Types.Add(typeReference);
typeReference.DefaultRuleset = "ruleset1";
ValidationRulesetData ruleData = new ValidationRulesetData("ruleset1");
typeReference.Rulesets.Add(ruleData);
ValidatedMethodReference methodReference1 = new ValidatedMethodReference("PublicMethod");
ruleData.Methods.Add(methodReference1);
ValidatedMethodReference methodReference2 = new ValidatedMethodReference("NonPublicMethod");
ruleData.Methods.Add(methodReference2);
methodReference1.Validators.Add(new MockValidatorData("validator1", false));
methodReference1.Validators.Get("validator1").MessageTemplate = "validator 1 message";
methodReference2.Validators.Add(new MockValidatorData("validator2", false));
methodReference2.Validators.Get("validator2").MessageTemplate = "validator 2 message";
Validator validator = this.builder.CreateValidator(typeof(TestClass), string.Empty);
Assert.IsNotNull(validator);
Assert.AreSame(typeof(AndCompositeValidator), validator.GetType());
IList <Validator> validators = ValidationTestHelper.CreateListFromEnumerable(((AndCompositeValidator)validator).Validators);
Assert.AreEqual(1, validators.Count);
Assert.AreEqual(1, this.mockFactory.requestedMembers.Count);
ValueAccessValidatorBuilder valueAccessValidatorBuilder1 = this.mockFactory.requestedMembers["TestClass.PublicMethod"];
Assert.AreSame(valueAccessValidatorBuilder1.BuiltValidator, validators[0]);
Assert.AreEqual(1, valueAccessValidatorBuilder1.ValueValidators.Count);
Assert.AreEqual("validator 1 message", ((MockValidator <object>)valueAccessValidatorBuilder1.ValueValidators[0]).MessageTemplate);
}
/// <summary>
/// Retruns a friendly name based on a <see cref="ValidatedTypeReference"/> instance.
/// </summary>
/// <param name="typeConfiguration">The <see cref="ValidatedTypeReference"/> that should be used to create a name.</param>
/// <returns>A friendly name that can be used as a display name.</returns>
public string CreateName(ValidatedTypeReference typeConfiguration)
{
if (typeConfiguration == null) throw new ArgumentNullException("typeConfiguration");
return base.CreateName(typeConfiguration.Name);
}
private void BuildRules(ValidatedTypeReference typeReference, TypeNode typeNode)
{
foreach (RuleSetNode ruleNode in typeNode.Hierarchy.FindNodesByType(typeNode, typeof(RuleSetNode)))
{
ValidationRulesetData validationRule = new ValidationRulesetData(ruleNode.Name);
BuildPropertyReferences(validationRule, ruleNode);
BuildMethodReferences(validationRule, ruleNode);
BuildFieldReferences(validationRule, ruleNode);
SelfNode selfNode = ruleNode.Hierarchy.FindNodeByType(ruleNode, typeof(SelfNode)) as SelfNode;
if (selfNode != null)
{
foreach (ValidatorData validator in FindValidators(selfNode))
{
validationRule.Validators.Add(validator);
}
}
typeReference.Rulesets.Add(validationRule);
}
}