public void IActionConstraint_InitializesCorrectValues()
{
// Arrange
var constraint = new TestConstraint();
// Act
var constraintValues = new ActionConstraintValues(constraint);
// Assert
Assert.True(constraintValues.IsConstraint);
Assert.False(constraintValues.IsFactory);
Assert.Equal(23, constraintValues.Order);
Assert.Equal(typeof(TestConstraint), constraintValues.ActionConstraintMetadataType);
}
public void IActionConstraint_InitializesCorrectValues()
{
// Arrange
var constraint = new TestConstraint();
// Act
var constraintValues = new ActionConstraintValues(constraint);
// Assert
Assert.True(constraintValues.IsConstraint);
Assert.False(constraintValues.IsFactory);
Assert.Equal(23, constraintValues.Order);
Assert.Equal(typeof(TestConstraint), constraintValues.ActionConstraintMetadataType);
}
public Performance GetPerformance(TestConstraint testConstraints)
{
var soe = new PrimeTime.SieveOfEratosthenes(testConstraints.Limit);
Stopwatch sw = Stopwatch.StartNew();
var primes = soe.Primes.ToList();
sw.Stop();
return new Performance
{
RangeLimit = testConstraints.Limit,
NoPrimesFound = primes.LongCount(),
LastPrimeFound = primes.LastOrDefault(),
TimeTaken = sw.ElapsedMilliseconds
};
}
public Performance GetPerformance(TestConstraint testConstraints)
{
var trialDivison = new TrialDivisionByPrimes();
Stopwatch sw = Stopwatch.StartNew();
var primes = trialDivison.Primes.TakeWhile(p => p <= testConstraints.Limit).ToList();
sw.Stop();
return new Performance
{
RangeLimit = testConstraints.Limit,
NoPrimesFound = primes.LongCount(),
LastPrimeFound = primes.LastOrDefault(),
TimeTaken = sw.ElapsedMilliseconds
};
}
