def test_monster_move(self):
my_cave = parse_cave_input('data/test15_move.txt')
elf = my_cave.elves[0]
self.assertEqual(elf.location, (1, 1))
my_cave.tick()
self.assertEqual(elf.location, (2, 1))
def test_run_cave_game_1(self):
cave = parse_cave_input('data/test15_1.txt')
self.assertEqual(run_cave_game(cave), 27730)
def test_run_cave_game_6(self):
cave = parse_cave_input('data/test15_6.txt')
self.assertEqual(run_cave_game(cave), 18740)
def test_run_cave_game_5(self):
cave = parse_cave_input('data/test15_5.txt')
self.assertEqual(run_cave_game(cave), 28944)
def test_run_cave_game_3(self):
cave = parse_cave_input('data/test15_3.txt')
self.assertEqual(run_cave_game(cave), 39514)
def test_run_cave_game_2(self):
cave = parse_cave_input('data/test15_2.txt')
self.assertEqual(run_cave_game(cave), 36334)
from day15_1 import parse_cave_input, run_cave_game
if __name__ == '__main__':
outcome = -1
elf_power = 3
while outcome == -1:
cave = parse_cave_input('data/input15.txt')
elf_power += 1
for elf in cave.elves:
elf.power = elf_power
print(f'running with elf power: {elf_power}')
outcome = run_cave_game(cave, abort_on_elf_death=True)
print(f'No elves died with power {elf_power} for an outcome of {outcome}')