def main():
program_text = next(open("day7.txt"))
largest_output = 0
best_combination = None
for a, b, c, d, e in itertools.permutations(range(5, 10)):
print(a, b, c, d, e, end=' ')
amp1 = Computer(program_text, [a])
amp2 = Computer(program_text, [b])
amp3 = Computer(program_text, [c])
amp4 = Computer(program_text, [d])
amp5 = Computer(program_text, [e])
output5 = 0
new_output5 = "something"
while new_output5 is not None:
output1 = amp1.run([output5])
print(repr(output1), end=' ')
output2 = amp2.run([output1])
print(repr(output2), end=' ')
output3 = amp3.run([output2])
print(repr(output3), end=' ')
output4 = amp4.run([output3])
print(repr(output4), end=' ')
new_output5 = amp5.run([output4])
if new_output5 is not None:
output5 = new_output5
print(repr(output5))
if output5 > largest_output:
largest_output = output5
best_combination = (a, b, c, d, e)
print(largest_output)
print(best_combination)
def main():
program_text = next(open("input.txt"))
computer = Computer(program_text, [2])
output = computer.run([])
print(output)
while output is not None:
output = computer.run([])
print(output)
def solve_part_one():
best = 0
io = ListBasedIO()
com = Computer(io)
for settings in unique_combinations([0, 1, 2, 3, 4]):
prev_out = 0
for i in settings:
io.set_input([i, prev_out])
com.load_program('program.txt')
com.run()
prev_out = io.outputs[0]
if prev_out > best:
best = prev_out
print(best)