input = open("input", 'r')

ranges = []

for i, line in enumerate(input):
    raw_ranges = line.rstrip().split(",")
    for id_range in raw_ranges:
        id_start, id_end = id_range.split("-")
        ranges.append((id_start,id_end))

# Part 1
# invalid_ids = []
# for start_id, end_id in ranges:
#     start_id_length = len(start_id)
#     greater_half = start_id[:start_id_length//2]
#     lesser_half = start_id[start_id_length//2:]
#     
#     # Find the closest invalid_id
#     if start_id_length % 2 != 0:
#         greater_half = "1" + "0"*len(greater_half)
#     elif int(greater_half) < int(lesser_half):
#         greater_half = str(int(greater_half) + 1)
#     halves = greater_half
#
#     while int(halves*2) <= int(end_id):
#         invalid_ids.append(int(halves*2))
#         halves = str(int(halves) + 1)
#
# print(sum(invalid_ids))

# Part 1 & 2
invalid_ids = set()
invalid_ids_p1 = []
for start_id, end_id in ranges:
    init_start_id = start_id
    for sections in range(2,len(end_id)+1):
        start_id = init_start_id
        # ensure sections divides start_id
        while len(end_id) >= len(start_id) and len(start_id) % sections != 0:
            start_id = "1" + "0"*len(start_id)
        if len(end_id) < len(start_id):
            continue
        divide_length = len(start_id) // sections

        # Check starting position
        greatest_sect = start_id[:divide_length]
        if int(greatest_sect*sections) >= int(start_id) and \
                int(greatest_sect*sections) <= int(end_id):
            invalid_ids.add(int(greatest_sect*sections))
            if sections == 2: invalid_ids_p1.append(int(greatest_sect*sections))
        greatest_sect = str(int(greatest_sect) + 1)

        # Check all other invalid_ids
        while int(greatest_sect*sections) <= int(end_id):
            invalid_ids.add(int(greatest_sect*sections))
            if sections == 2: invalid_ids_p1.append(int(greatest_sect*sections))
            greatest_sect = str(int(greatest_sect) + 1)

print(sum(invalid_ids_p1))
print(sum(invalid_ids))