public void Fibonachi_Expected_ArgumentOutOfRangeException_If_BorderNumber_0()
{
var bigIntegerArray = new BigInteger[11] {
new BigInteger(1), new BigInteger(1), new BigInteger(2), new BigInteger(3), new BigInteger(5),
new BigInteger(8), new BigInteger(13), new BigInteger(21), new BigInteger(34), new BigInteger(55), new BigInteger(89)
};
var numberBorder = 0;
Assert.Throws <ArgumentOutOfRangeException>(() => BinarySearchAndNumber.GeneratorFibonachiNumber(numberBorder));
}
public void Fibonachi_Valid_Data()
{
var bigIntegerArray = new BigInteger[11] {
new BigInteger(1), new BigInteger(1), new BigInteger(2), new BigInteger(3), new BigInteger(5),
new BigInteger(8), new BigInteger(13), new BigInteger(21), new BigInteger(34), new BigInteger(55), new BigInteger(89)
};
var numberBorder = 80;
var index = 0;
foreach (BigInteger element in BinarySearchAndNumber.GeneratorFibonachiNumber(numberBorder))
{
Assert.AreEqual(bigIntegerArray[index++], element);
}
}
public void Fibonachi_Valid_Data_If_NumberBorder_1()
{
var bigIntegerArray = new BigInteger[2] {
new BigInteger(1), new BigInteger(1)
};
var numberBorder = 1;
var index = 0;
foreach (BigInteger element in BinarySearchAndNumber.GeneratorFibonachiNumber(numberBorder))
{
Assert.AreEqual(bigIntegerArray[index], element);
index++;
}
}
