public void NumeralSystemConverter_DecimalToBase13_Test()
{
//Assign
var numeralSystemConverter = new NumeralSystemConverter();
Dictionary <int, string> decimalBase13Set = new Dictionary <int, string>()
{
{ 0, "0" }, { 1, "1" }, { 9, "9" }, { 10, "A" }, { 11, "B" }, { 12, "C" }, { 13, "10" }, { 14, "11" }, { 15, "12" }, { 16, "13" }
};
foreach (var decimalBase13Pair in decimalBase13Set)
{
//Act
var result = numeralSystemConverter.DecimalToArbitrarySystem(decimalBase13Pair.Key, 13);
//Asert
Assert.Equal(decimalBase13Pair.Value, result);
}
}
public void NumeralSystemAndGeneratorIntegrationTest_NotEqual_Test()
{
//Assign
var primeNumberInBase13HardCoded = new List <string>()
{
"2", "3", "5", "7", "A", "10"
};
var numeralSystemConverter = new NumeralSystemConverter();
var primeNumberGenerator = new PrimeNumberGeneratorNaive();
//Act
var primeNumberGeneratedInBase13 = new List <string>();
foreach (long primeNumber in primeNumberGenerator.ExecuteWithYield(primeNumberInBase13HardCoded.Count))
{
primeNumberGeneratedInBase13.Add(numeralSystemConverter.DecimalToArbitrarySystem(primeNumber, 13));
}
var result = (primeNumberGeneratedInBase13.Count == primeNumberInBase13HardCoded.Count &&
(!primeNumberGeneratedInBase13.Except(primeNumberInBase13HardCoded).Any() || !primeNumberInBase13HardCoded.Except(primeNumberGeneratedInBase13).Any()));
//Assert
Assert.False(result);
}