public void RunProblem2Test_check_solution()
{
// arrange
var sut = new Solution0002();
// act
var sum = sut.SumOfEvenFibonacciNumbers(4000000);
// assert
Assert.Equal(4613732, sum);
}
public void RunProblem2Test_check_small_example()
{
// arrange
var sut = new Solution0002();
// act
var sum = sut.SumOfEvenFibonacciNumbers(10);
// assert
Assert.Equal(10, sum);
}
public void RunProblem2Test_check_even_fibonacci_numbers()
{
// arrange
var expectedFibonacciNumbers = new List <Int64> {
2, 8
};
var sut = new Solution0002();
// act
var evenFibonacciNumbers = sut.EvenFibonacciNumbers(10);
// assert
Assert.Equal(expectedFibonacciNumbers, evenFibonacciNumbers);
}
public void AddTwoNumbersTest(int[] array1,
int[] array2,
int[] expectedArray)
{
var solution = new Solution0002();
var list1 = Utility.BuildListNode(array1);
var list2 = Utility.BuildListNode(array2);
var actual = solution.AddTwoNumbers(list1,
list2);
var expected = Utility.BuildListNode(expectedArray);
Utility.CheckLinkedList(actual,
expected).Should().BeTrue();
}
public void RunProblem2Test_check_fibonacci_numbers()
{
// arrange
var expectedFibonacciNumbers = new List <Int64> {
1, 2, 3, 5, 8
};
var sut = new Solution0002();
// act
var fibonacciNumbers = sut.FibonacciNumbers(10);
// assert
Assert.True(fibonacciNumbers.Max() <= 10, "Exceeded max value of 10.");
Assert.Equal(expectedFibonacciNumbers, fibonacciNumbers);
}
