public void PrimeDeciders_AgreeWithKnownOutput()
{
var sieveDecider = new SieveOfEratosthenesDecider(2);
var sieveProvider = new SieveOfEratosthenesProvider(2);
var sieveFactorizer = new SieveOfEratosthenesFactorizer(2);
var trialDivisionDecider = new TrialDivisionDecider(2);
for (int n = 0; n <= 2; ++n)
{
Assert.AreEqual(_primesUpTo2.Contains(n), sieveDecider.IsPrime(n));
Assert.AreEqual(_primesUpTo2.Contains(n), sieveProvider.IsPrime(n));
Assert.AreEqual(_primesUpTo2.Contains(n), sieveFactorizer.IsPrime(n));
Assert.AreEqual(_primesUpTo2.Contains(n), trialDivisionDecider.IsPrime(n));
Assert.AreEqual(_primesUpTo2.Contains(n), NaivePrimeDeciderProviderFactorizer.IsPrime(n));
}
sieveDecider = new SieveOfEratosthenesDecider(49);
sieveProvider = new SieveOfEratosthenesProvider(49);
sieveFactorizer = new SieveOfEratosthenesFactorizer(49);
trialDivisionDecider = new TrialDivisionDecider(49);
for (int n = 0; n <= 49; ++n)
{
Assert.AreEqual(_primesUpTo49.Contains(n), sieveDecider.IsPrime(n));
Assert.AreEqual(_primesUpTo49.Contains(n), sieveProvider.IsPrime(n));
Assert.AreEqual(_primesUpTo49.Contains(n), sieveFactorizer.IsPrime(n));
Assert.AreEqual(_primesUpTo49.Contains(n), trialDivisionDecider.IsPrime(n));
Assert.AreEqual(_primesUpTo49.Contains(n), NaivePrimeDeciderProviderFactorizer.IsPrime(n));
}
}
public void PrimeDeciders_AgreeWithNaiveDecider()
{
for (int i = 1000; i <= 10000; i += 1000)
{
var sieveDecider = new SieveOfEratosthenesDecider(i);
var sieveProvider = new SieveOfEratosthenesProvider(i);
var sieveFactorizer = new SieveOfEratosthenesFactorizer(i);
var trialDivisionDecider = new TrialDivisionDecider(i);
for (int n = 0; n <= i; ++n)
{
Assert.AreEqual(NaivePrimeDeciderProviderFactorizer.IsPrime(n), sieveDecider.IsPrime(n));
Assert.AreEqual(NaivePrimeDeciderProviderFactorizer.IsPrime(n), sieveProvider.IsPrime(n));
Assert.AreEqual(NaivePrimeDeciderProviderFactorizer.IsPrime(n), sieveFactorizer.IsPrime(n));
Assert.AreEqual(NaivePrimeDeciderProviderFactorizer.IsPrime(n), trialDivisionDecider.IsPrime(n));
}
}
}
