public static VerifyResult Verify(IValidator validator, Type declaringType, object instance, Type typeOfValidator)
{
#if NET452
var ret = validator.Validate(instance);
#else
var ctx = FluentValidationContextFactory.Resolve(declaringType, instance);
var ret = validator.Validate(ctx);
#endif
if (ret.IsValid)
{
return(VerifyResult.Success);
}
var failures = ret.Errors.ConvertToVerifyFailures(typeOfValidator);
return(new VerifyResult(failures)
{
NameOfExecutedRules = ret.RuleSetsExecuted.Copy()
});
}
public static VerifyResult VerifyOne(IValidator validator, VerifiableMemberContext context, Type typeOfValidator)
{
var propertyValidators = validator.CreateDescriptor().GetValidatorsForMember(context.MemberName);
var parentContext = FluentValidationContextFactory.Resolve(context.DeclaringType, default);
var originalFailures = new List <ValidationFailure>();
var nameOfExecutedRules = new List <string>();
foreach (var propertyValidator in propertyValidators)
{
foreach (var rule in (IEnumerable <IValidationRule>)validator)
{
if (rule is PropertyRule propertyRule)
{
var propertyValidatorContext = new PropertyValidatorContext((ValidationContext)parentContext, propertyRule, context.MemberName, context.Value);
var localFailures = propertyValidator.Validate(propertyValidatorContext);
originalFailures.AddRange(localFailures);
nameOfExecutedRules.AddRange(propertyRule.RuleSets);
}
}
}
if (!originalFailures.Any())
{
return(VerifyResult.Success);
}
var failures = originalFailures.ConvertToVerifyFailures(typeOfValidator);
return(new VerifyResult(failures)
{
NameOfExecutedRules = nameOfExecutedRules.Distinct().ToArray()
});
}