public async Task When_Object_Returns_No_Validation_Failures_Then_GetFailures_Returns_Empty_Collection()
{
// Arrange
var validatedObject = new ObjectWithNoFailures();
var validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
// Act
var failures = await validator.GetValidationResultsAsync(validatedObject, null);
// Assert
failures.Count.Should().Be(0);
}
public async Task When_Object_Returns_One_Validation_Failure_Then_GetFailures_Returns_Collection_With_One_Result()
{
// Arrange
var validatedObject = new ObjectWithOneFailure();
var validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
// Act
var failures = await validator.GetValidationResultsAsync(validatedObject, null);
// Assert
failures.Count.Should().BeGreaterThan(0);
failures.AsDictionary().First().Value.Should().Contain("First Message");
}
public void When_Value_Type_Is_Not_Numeric_Then_Exception_Is_Thrown()
{
// Arrange
var validatable = new Validatable
{
PropertyToCheckAgainst = DateTime.Now,
MustBeGreaterThanProperty = 1
};
var validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
// Assert
Assert.ThrowsAsync <InvalidOperationException>(async() => await validator.GetValidationResultsAsync(validatable, null));
}
public async Task When_Object_Returns_Two_Validation_Failures_Then_GetFailures_Returns_Collection_With_Two_Results()
{
// Arrange
var validatedObject = new ObjectWithTwoFailures();
var validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
// Act
var failures = await validator.GetValidationResultsAsync(validatedObject, null);
// Assert
failures.Count.Should().BeGreaterThan(0);
failures.AsDictionary()[ValidationFailures.FormLevelPropertyName].Should().Contain("First Message");
failures.AsDictionary()[ValidationFailures.FormLevelPropertyName].Should().Contain("Second Message");
}
public async Task When_PropertyToCheckAgainst_Has_Value_That_Does_Not_Force_ConditionallyRequiredProperty_To_Be_Required_And_ConditionallyRequiredProperty_Is_Populated_Then_Valid()
{
// Arrange
var validatable = new Validatable {
PropertyToCheckAgainst = "NotRequired", ConditionallyRequiredProperty = 1
};
var validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
// Act
var failures = await validator.GetValidationResultsAsync(validatable, null);
var failedProperties = failures.AsDictionary().Keys;
// Assert
CollectionAssert.DoesNotContain(failedProperties, "ConditionallyRequiredProperty");
}
public async Task When_PropertyToCheckAgainst_Has_Correct_Value_And_ConditionallyRequiredProperty_Is_Null_Then_Invalid()
{
// Arrange
var validatable = new Validatable {
PropertyToCheckAgainst = "Required", ConditionallyRequiredProperty = null
};
var validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
// Act
var failures = await validator.GetValidationResultsAsync(validatable, null);
var failedProperties = failures.AsDictionary().Keys;
// Assert
CollectionAssert.Contains(failedProperties, "ConditionallyRequiredProperty");
}
public async Task When_PropertyToCheckAgainst_Has_First_Correct_Value_And_ConditionallyRequiredProperty_Is_Populated_Then_Valid()
{
// Arrange
var validatable = new Given_String_Property_RequiredIfNot_Other_String_Property_Is_Specified_Value.Validatable {
PropertyToCheckAgainst = "Required", ConditionallyRequiredProperty = "Populated"
};
var validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
// Act
var failures = await validator.GetValidationResultsAsync(validatable, null);
var failedProperties = failures.AsDictionary().Keys;
// Assert
CollectionAssert.DoesNotContain(failedProperties, "ConditionallyRequiredProperty");
}
public async Task When_Value_Type_Is_Numeric_And_Greater_Than_Required_Then_Valid(Type type, object value)
{
// Arrange
var validatable = new Validatable
{
PropertyToCheckAgainst = Convert.ChangeType(value, type),
MustBeGreaterThanProperty = Convert.ChangeType(10, type)
};
var validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
// Act
var failures = await validator.GetValidationResultsAsync(validatable, null);
var failedProperties = failures.AsDictionary().Keys;
// Assert
CollectionAssert.DoesNotContain(failedProperties, "MustBeGreaterThanProperty");
}
public async Task When_Value_Is_Less_Than_PropertyToCheck_Value_Then_InValid()
{
// Arrange
var validatable = new Validatable
{
PropertyToCheckAgainst = 1,
MustBeGreaterThanProperty = 0
};
var validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
// Act
var failures = await validator.GetValidationResultsAsync(validatable, null);
var failedProperties = failures.AsDictionary().Keys;
// Assert
CollectionAssert.Contains(failedProperties, "MustBeGreaterThanProperty");
}
public void OneTimeSetUp()
{
validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
}
public void OneTimeSetUp()
{
validator = new BlueprintValidator(new IValidationSource[] { new DataAnnotationsValidationSource() });
apiOperationContext = null;
}
