def run_part2(r: DiagnosticReport) -> int:
o2_gen_rate = convert_binary_string_to_int(r.get_oxygen_generator_rating())
co2_scrub_rate = convert_binary_string_to_int(r.get_co2_scrubber_rating())
return o2_gen_rate * co2_scrub_rate
def run_part1(r: DiagnosticReport) -> int:
gamma_rate = convert_binary_string_to_int(r.get_gamma_rate())
epsilon_rate = convert_binary_string_to_int(r.get_epsilon_rate())
return gamma_rate * epsilon_rate
from Day03 import PUZZLE_INPUT
from Day03.diagnostics import DiagnosticReport, convert_binary_string_to_int
def run_part1(r: DiagnosticReport) -> int:
gamma_rate = convert_binary_string_to_int(r.get_gamma_rate())
epsilon_rate = convert_binary_string_to_int(r.get_epsilon_rate())
return gamma_rate * epsilon_rate
def run_part2(r: DiagnosticReport) -> int:
o2_gen_rate = convert_binary_string_to_int(r.get_oxygen_generator_rating())
co2_scrub_rate = convert_binary_string_to_int(r.get_co2_scrubber_rating())
return o2_gen_rate * co2_scrub_rate
if __name__ == '__main__':
report = DiagnosticReport()
report.load(PUZZLE_INPUT)
print(f"Part 1: {run_part1(report)}")
print(f"Part 2: {run_part2(report)}")
def test_get_co2_scrubber_rating():
report = DiagnosticReport()
report.load(EXAMPLE_INPUT)
assert report.get_co2_scrubber_rating() == '01010'
def test_get_oxygen_generator_rating():
report = DiagnosticReport()
report.load(EXAMPLE_INPUT)
assert report.get_oxygen_generator_rating() == '10111'
def test_get_epsilon_rate():
report = DiagnosticReport()
report.load(EXAMPLE_INPUT)
assert report.get_epsilon_rate() == '01001'
def test_get_gamma_rate():
report = DiagnosticReport()
report.load(EXAMPLE_INPUT)
assert report.get_gamma_rate() == '10110'