queues[0].clear()
m.reset()
# Part 2, put color 1 at rx, ry before start.
# For part 1, comment out 2 rows below.
paintcoords.append((rx, ry))
paintcols.append(1)
running = True
while running:
# push input
c = color(rx, ry)
m.push(c)
while len(m.oq) < 2 and running:
running = m.do_op()
# Got two outputs
if len(m.oq) == 2:
c = m.pop()
d = m.pop()
paint_move(c, d)
# part 1
print(len(paintcoords))
# get dimensions
minx = 10000
maxx = -10000
miny = 10000
maxy = -10000
for t in paintcoords:
# Use intmachine from ../common
import sys
sys.path.insert(0, '../common')
from intmachine import Intmachine
# Read program from stdin
prog = []
for i in map(int, input('').split(',')):
prog.append(i)
# Create queues
queues = []
for _ in range(2):
dq = deque()
queues.append(dq)
# Create and connect machines
m = Intmachine('d9', prog, queues[0], queues[1])
m.reset()
# push single input
# task 1, push 1
# m.push(1)
# task 2, push 2
m.push(2)
while m.do_op():
pass
# print output queue
while len(m.oq) > 0:
print(m.pop())
#!/usr/bin/env python3
# Solution refactored to use Intmachine in ../common
import sys
sys.path.insert(0,'../common')
from intmachine import Intmachine
from collections import deque
prog = []
for i in map(int, open(sys.argv[1]).readline().split(',')):
prog.append(i)
# Create input/output queue
dqi = deque()
dqo = deque()
# Part 1, append 1. Change to 5 for part 2.
dqi.appendleft(1)
# Create machine and run it
machine = Intmachine('day5', prog, dqi, dqo)
while machine.do_op():
pass
machine.dump_mem()
# Print output queue
while len(dqo) > 0:
print(dqo.pop())