public void RunInExpectedTime()
{
// Arrange.
ValidatableArgument <double> argument =
new ValidatableArgument <double>("argument", 5);
// Act & Assert.
Ensure.ActionRunsInExpectedTime(
() =>
{
argument.IsPositiveInfinity();
},
PerformanceConstants.ValidationPredicateExecutionCount,
PerformanceConstants.ValidationPredicateTotalExecutionExpectedTime);
}
public void RunInExpectedTime()
{
// Arrange.
ValidatableArgument<float> argument =
new ValidatableArgument<float>("argument", 5);
// Act & Assert.
Ensure.ActionRunsInExpectedTime(
() =>
{
argument.IsPositiveInfinity();
},
PerformanceConstants.ValidationPredicateExecutionCount,
PerformanceConstants.ValidationPredicateTotalExecutionExpectedTime);
}
public void AddEqualValidationPredicateWithFloatPositiveInfinityBound()
{
// Arrange.
ValidatableArgument<float> argument =
new ValidatableArgument<float>("argument", 5);
// Act.
argument.IsPositiveInfinity();
// Assert.
Assert.AreEqual(1, argument.ValidationPredicates.Count());
EqualValidationPredicate<float> validationPredicate = argument.ValidationPredicates.First() as EqualValidationPredicate<float>;
Assert.IsNotNull(validationPredicate);
Assert.AreEqual(validationPredicate.Bound, float.PositiveInfinity);
}
public void AddEqualValidationPredicateWithDoublePositiveInfinityBound()
{
// Arrange.
ValidatableArgument <double> argument =
new ValidatableArgument <double>("argument", 5);
// Act.
argument.IsPositiveInfinity();
// Assert.
Assert.AreEqual(1, argument.ValidationPredicates.Count());
EqualValidationPredicate <double> validationPredicate = argument.ValidationPredicates.First() as EqualValidationPredicate <double>;
Assert.IsNotNull(validationPredicate);
Assert.AreEqual(validationPredicate.Bound, double.PositiveInfinity);
}