def run():
instructions = open_file("input_day07.txt")
best = 0
for perm in itertools.permutations([5, 6, 7, 8, 9]):
machines = []
machine_io = []
for n in range(5):
io = MachineIO(machine_io, n, perm[n])
machine_io.append(io)
machines.append(
IntCodeMachine(instructions.copy(), io.oninput, io.onoutput))
# Kick off signal, since the last machine feeds into the first, we put it there
machine_io[-1].output.append(0)
while not (all(machine.halted for machine in machines)):
for machine, io in zip(machines, machine_io):
while not machine.halted:
machine.step()
if io.output:
break
best = max(machine_io[-1].max_output, best)
print(best)
def run():
memory = open_file("input_day17.txt")
memory[0] = 2
machine = IntCodeMachine(memory, onread=oninput, onwrite=onoutput)
machine.run()
for line in scaffold:
print(''.join(line))
def run():
memory = open_file("input_day17.txt")
machine = IntCodeMachine(memory, None, onwrite=onoutput)
machine.run()
for line in scaffold:
print(''.join(line))
print(intersections())
def run():
memory = open_file("input_day23.txt")
nat = NAT()
computers, queues = initialize_computers(memory, 50, nat)
while True:
for n in range(50):
computers[n].step()
if all(queues[n].idle for n in range(50)):
nat.release(queues[0])
def run():
memory = open_file("input_day19.txt")
for y in range(max_y):
for x in range(max_x):
lst = [y, x]
print(lst)
machine = IntCodeMachine(memory.copy(), lst.pop,
lambda v: update_grid(x, y, v))
machine.run()
for line in grid:
print(''.join(str(x) for x in line))
print(sum(sum(line) for line in grid))
def run():
best, best_perm = 0, None
for perm in itertools.permutations([0, 1, 2, 3, 4]):
result = [0]
for phase in perm:
input_list = [result.pop(), phase]
instructions = open_file("input_day07.txt")
IntCodeMachine(instructions, input_list.pop, result.append).run()
if result[-1] > best:
best, best_perm = result[-1], perm
best_perm = perm
print(best, best_perm)
def run():
memory = open_file("input_day21.txt")
machine = IntCodeMachine(memory, onread=oninput, onwrite=onoutput)
machine.run()
def run():
memory = open_file("input_day23.txt")
computers = initialize_computers(memory, 50)
while True:
for n in range(50):
computers[n].step()
def run():
memory = open_file("input_day25.txt")
machine = IntCodeMachine(memory, oninput, onoutput)
machine.run()
def run():
memory = open_file("input_day19.txt")
x, y = loop(memory)
print(x, y, 10000 * x + y)