def run1():
"""
Part 1
"""
filepath = 'data/day03/input.plain'
lines = Utils.load_items(filepath)
total = how_many_overlaps(lines)
print(total)
def run3():
filepath = 'data/day02/input.plain'
lines = Utils.load_items(filepath)
freqs = []
for line in lines:
freq = freq_process(line)
freqs.append(freq)
result = check_process(freqs)
print(result)
def run():
"""
Part 2
"""
filepath = 'data/input.plain'
lines = Utils.load_items(filepath)
# non_overlapped_coords = get_non_overlapped_coords(lines)
non_overlapped_claim = get_non_overlapped_claim(lines)
print(non_overlapped_claim.id)
def run():
filepath = 'data/input.plain'
ids = Utils.load_items(filepath)
for id1, id2 in product(ids, ids):
if id1 == id2:
continue
elif checkrep_process(id1, id2):
print(f'id1: {id1}, id2: {id2}')
cc = commonchars_process(id1, id2)
print(cc)
break
def run1():
"""
minutes, guard #10
"""
filepath = 'data/input-d-10.plain'
lines = Utils.load_items(filepath)
entries = []
for line in lines:
tokens = re.split(',', line)
entry = {
'date': tokens[0],
'time': tokens[1],
'ocurrence': tokens[2],
}
entries.append(entry)
freqs = Reporter().get_freqs_by_date(entries)
print(freqs)
def run2():
"""
minutes, guard #10
"""
filepath = 'data/input-m-99.plain'
lines = Utils.load_items(filepath)
entries = []
for line in lines:
tokens = re.split(',', line)
entry = {
'time': tokens[0],
'ocurrence': tokens[1],
}
entries.append(entry)
print(entries)
freqs = Reporter.get_m_freqs(entries)
print(freqs)
print(len(freqs))
def run():
filepath = 'data/input.plain'
items = Utils.load_items(filepath)
result = process(items)
print(result)
