# first command - OP code
op_code = command[0]
if op_code == 99:
break
elif op_code == 1:
add = True
elif op_code == 2:
add = False
# second and third command - values based on indexes given by the commands are either added or multiplied
first_num = inp_list[command[1]]
second_num = inp_list[command[2]]
if add:
command_result = first_num + second_num
else:
command_result = first_num * second_num
# fourth command - memory location in which to save the result
inp_list[command[3]] = command_result
return inp_list
aoc_data = AOC.get_data(2)
result = get_solution(aoc_data)
print(result)
AOC.submit(data=result[0], part='a', day=2)
# first command - OP code
op_code = command[0]
if op_code == 99:
break
elif op_code == 1:
add = True
elif op_code == 2:
add = False
# second and third command - values based on indexes given by the commands are either added or multiplied
first_num = inp_list[command[1]]
second_num = inp_list[command[2]]
if add:
command_result = first_num + second_num
else:
command_result = first_num * second_num
# fourth command - memory location in which to save the result
inp_list[command[3]] = command_result
return inp_list
aoc_data = AOC.get_data(2)
solution = get_solution(aoc_data)
result = 100 * solution[1] + solution[2]
AOC.submit(data=result, part='b', day=2)
from aoc import AOC
def get_solution(inp: str):
mass_data = [int(item) for item in inp.split('\n')]
fuel_data = [(mass // 3) - 2 for mass in mass_data]
total_fuel = sum(fuel_data)
return total_fuel
aoc_data = AOC.get_data(1)
result = get_solution(aoc_data)
AOC.submit(data=result, part='a', day=1)
from aoc import AOC from year_20.day_13.solution_b import get_solution day = 13 part = "b" aoc_data = AOC.get_data(day=day, year=2020) result = get_solution(aoc_data) print(result) AOC.submit(data=result, part=part, day=day, year=2020)
