def find_max_thruster_signal_with_feedback() -> int: possibilities = itertools.permutations(settings_2) max = 0 for p in possibilities: next_input = 0 amplifiers = [] # queues[0] for comm between A and B # queues[1] for comm between B and C # queues[2] for comm between C and D # queues[3] for comm between D and E # queues[4] for comm between E and A queues = [Queue() for _ in settings_2] # Start machines for i in range(len(p)): user_input = [p[i]] # p[i] is the used setting if i == 0: user_input.append(0) machine = intcode.Machine(program.copy(), user_input, queues[i-1], queues[i]) t = Thread(target = machine.run) t.start() amplifiers.append(t) for a in amplifiers: a.join() res = queues[-1].get() if res > max: max = res return max
def amploop(phases):
amps = [intcode.Machine(mem, [p]) for p in phases]
a = 0
signal = 0
while True:
amps[a].input.append(signal)
try:
amps[a].run()
except intcode.EOutput:
signal = amps[a].output.pop()
except intcode.EHalt:
return signal
a = (a + 1) % len(amps)
def find_max_thruster_signal() -> int: global program possibilities = itertools.permutations(settings) max = 0 for p in possibilities: next_input = 0 for setting in p: #program_copy = program.copy() #res = Intcode.run(program, [setting, next_input]) machine = intcode.Machine(program.copy(), [setting, next_input]) res = machine.run() next_input = res[0] if next_input > max: max = next_input return max
def test(x,y):
drone = intcode.Machine(args.file)
drone.input.append(x)
drone.input.append(y)
drone.runq()
return drone.output.pop()
#
# Advent of Code 2019
# Bryan Clair
#
# Day 5
#
import sys
sys.path.append("..")
import aocutils
import intcode
args = aocutils.parse_args()
# part 1
print "Part 1"
machine = intcode.Machine(args.file, input=[1])
machine.runq()
print machine.output
print "Part 2"
machine = intcode.Machine(args.file, input=[5])
machine.runq()
print machine.output
#
import sys
sys.path.append("..")
import aocutils
import intcode
args = aocutils.parse_args()
inputlines = [x.strip() for x in open(args.file).readlines()]
mem = []
for line in inputlines:
mem.extend([int(x) for x in line.split(',')])
# part 1
machine = intcode.Machine(mem)
machine[1] = 12
machine[2] = 2
machine.runq()
print 'part 1:'
print machine[0]
# part 2
print 'part 2:'
for noun in range(100):
for verb in range(100):
machine = intcode.Machine(mem)
machine[1] = noun
machine[2] = verb
machine.runq()
if machine[0] == 19690720:
#
# Advent of Code 2019
# Bryan Clair
#
# Day --
#
import sys
sys.path.append("..")
import aocutils
import intcode
from itertools import izip
args = aocutils.parse_args()
inputlines = [x.strip() for x in open(args.file).readlines()]
arcade = intcode.Machine(args.file)
arcade.runq()
out = arcade.output
screen = {}
for x,y,tile in izip(*[iter(out)]*3):
screen[(x,y)] = tile
print 'Part 1'
print screen.values().count(2)
def main_2() -> int:
machine = intcode.Machine(program, [2])
return machine.run()[0]
#
# Advent of Code 2019
# Bryan Clair
#
# Day 9
#
import sys
sys.path.append("..")
import aocutils
import intcode
from itertools import permutations
args = aocutils.parse_args()
with open(args.file, 'r') as memfile:
content = memfile.read()
mem = [int(x) for x in content.split(',')]
BOOST = intcode.Machine(mem, input=1)
BOOST.runq()
print BOOST.output
BOOST = intcode.Machine(mem, input=2)
BOOST.runq()
print BOOST.output
def test_example_1(self): program = [109,1,204,-1,1001,100,1,100,1008,100,16,101,1006,101,0,99] machine = intcode.Machine(program.copy()) res = machine.run() self.assertEqual(res, program, "It should output a copy of the program")
def test_example_3(self): program = [104,1125899906842624,99] machine = intcode.Machine(program.copy()) res = machine.run() self.assertEqual(res[0], program[1], "It should output the middle number")
def test_example_2(self): program = [1102,34915192,34915192,7,4,7,99,0] machine = intcode.Machine(program.copy()) res = machine.run() self.assertEqual(len(str(res[0])), 16, "It should output a 16-digit number")
