public void Test(int kilometers, int expectedResult)
{
BusCalculator calculator = new BusCalculator();
int totalFee = calculator.Calculate(kilometers);
Assert.Equal(expectedResult, totalFee);
}
public void Examples(string[] buses, long expTimestamp)
{
var calc = new BusCalculator();
var result = calc.FindEarliestTimestampForSubsequentDepartures(buses);
Assert.Equal(expTimestamp, result);
}
public void Should_return_calculate_waitTime_with_one_buss()
{
var calc = new BusCalculator();
var result = calc.CalculateWaitTimeForNextBus(25, new[] { 7 });
Assert.Equal(3, result.waitTime);
}
public void Example_1()
{
var calc = new BusCalculator();
var result = calc.CalculateWaitTimeForNextBus(939, new[] { 7, 13, 59, 31, 19 });
Assert.Equal(5, result.waitTime);
Assert.Equal(59, result.id);
Assert.Equal(295, result.waitTime * result.id);
}
public void Puzzle_13B()
{
var buses = PuzzleInputs.Puzzle13[1]
.Split(',')
.ToArray();
var calc = new BusCalculator();
var result = calc.FindEarliestTimestampForSubsequentDepartures(buses, 100_000_000_000_000);
Assert.Equal(471_793_476_184_394, result);
}
public void Puzzle_13A()
{
var arrivalTime = int.Parse(PuzzleInputs.Puzzle13[0]);
var buses = PuzzleInputs.Puzzle13[1]
.Split(',')
.Where(b => b != "x")
.Select(int.Parse)
.ToArray();
var calc = new BusCalculator();
var result = calc.CalculateWaitTimeForNextBus(arrivalTime, buses);
Assert.Equal(153, result.waitTime * result.id);
}
