public void Part2()
{
int[] rollOutcomes = new int[] { 0, 0, 0, 1, 3, 6, 7, 6, 3, 1 };
long p1Wins = 0;
long p2Wins = 0;
Queue <DiceGame> inProgressGames = new Queue <DiceGame>()
{
};
inProgressGames.Enqueue(ReadGameFromFile());
while (inProgressGames.Count > 0)
{
DiceGame previousRound = inProgressGames.Dequeue();
for (int p1Roll = 3; p1Roll < 10; p1Roll++)
{
DiceGame p1Round = previousRound.Player1Rolls(p1Roll, rollOutcomes[p1Roll]);
if (p1Round.IsComplete(21))
{
p1Wins += p1Round.Combos;
continue;
}
for (int p2Roll = 3; p2Roll < 10; p2Roll++)
{
DiceGame p2Round = p1Round.Player2Rolls(p2Roll, rollOutcomes[p2Roll]);
if (p2Round.IsComplete(21))
{
p2Wins += p2Round.Combos;
continue;
}
inProgressGames.Enqueue(p2Round);
}
}
}
long result = Math.Max(p1Wins, p2Wins);
Assert.Equal(48868319769358, result);
}
public void Part1()
{
DiceGame game = ReadGameFromFile();
int timesRolled = 0;
int NextRoll()
{
int rollSum = ((timesRolled % 100) + 2) * 3;
timesRolled += 3;
return(rollSum);
}
while (!(game = game.Player1Rolls(NextRoll())).IsComplete(1000) &&
!(game = game.Player2Rolls(NextRoll())).IsComplete(1000))
{
}
long result = timesRolled * Math.Min(game.P1Score, game.P2Score);
Assert.Equal(897798, result);
}