def test_down(self):
tree_map = []
load_file_to_list('../Resources/Day3.txt', tree_map)
fifth_count = Trees.count_trees_on_slope(1, 2, tree_map)
print_debug("Fifth: " + str(fifth_count), 1)
print_debug("", 1)
self.assertEqual(fifth_count, 32)
def test_across_down(self):
tree_map = []
load_file_to_list('../Resources/Day3.txt', tree_map)
first_count = Trees.count_trees_on_slope(1, 1, tree_map)
second_count = Trees.count_trees_on_slope(3, 1, tree_map)
third_count = Trees.count_trees_on_slope(5, 1, tree_map)
fourth_count = Trees.count_trees_on_slope(7, 1, tree_map)
fifth_count = Trees.count_trees_on_slope(1, 2, tree_map)
print_debug("", 1)
print_debug("***********************************", 1)
print_debug("Day3 - Toboggan Trajectory: Part2 ", 1)
print_debug("The counts of #'s encountered are: ", 1)
print_debug("First: " + str(first_count), 1)
print_debug("", 1)
print_debug("Second: " + str(second_count), 1)
print_debug("", 1)
print_debug("Third: " + str(third_count), 1)
print_debug("", 1)
print_debug("Fourth: " + str(fourth_count), 1)
print_debug("", 1)
print_debug("Fifth: " + str(fifth_count), 1)
print_debug("", 1)
print_debug("If you multiply the counts for each slope you get:", 1)
test_product = first_count * second_count * third_count * fourth_count * fifth_count
print_debug("Total Product = " + str(test_product), 1)
self.assertEqual(test_product, 1478615040)
def test_check_all(self):
passwords_list = []
load_file_to_list('../Resources/Day2.txt', passwords_list)
part_1 = Passwords.check_all(passwords_list, self.DEBUG_ON)
print_debug("Day 2 - Part 1:", self.DEBUG_ON)
print_debug(part_1, self.DEBUG_ON)
self.assertEqual(part_1, 477)
def test_get_sorted_seats(self):
boarding_passes = []
load_file_to_list('../Resources/Day5.txt', boarding_passes)
sorted_seats = BoardingPass.get_sorted_seats(boarding_passes)
print_debug("***********************************", 1)
print_debug("Day5 - Binary Boarding: Part1 ", 1)
print_debug("The highest seat is: ")
print_debug(str(sorted_seats[0]))
def test_get_unanimous(self):
form_list = []
my_form = Forms
load_file_to_list('../Resources/Day6.txt', form_list)
my_form.get_groups(my_form, form_list)
print_debug("***********************************", 1)
print_debug("Day6 - Custom Customs: Part1 ", 1)
print_debug("The count of answers is: ")
print_debug(str(my_form.get_yes_counts(my_form, False)), 1)
def test_boot_bug_finder(self):
instruction_list = []
path = '../Resources/Day8.txt'
load_file_to_list(path, instruction_list)
my_boot = Boots
bug_line = my_boot.boot_bug_finder(my_boot, instruction_list)
print_debug("***********************************", self.DEBUG_ON)
print_debug("Day8 - Handheld Halting: Part2 ", self.DEBUG_ON)
print_debug("The bug is on line: ", self.DEBUG_ON)
print_debug(bug_line, self.DEBUG_ON)
self.assertTrue(bug_line, 224)
def test_boot(self):
instruction_list = []
path = '../Resources/Day8.txt'
load_file_to_list(path, instruction_list)
my_boot = Boots
my_boot.boot(my_boot, instruction_list)
print_debug("***********************************", self.DEBUG_ON)
print_debug("Day8 - Handheld Halting: Part1 ", self.DEBUG_ON)
print_debug("The value of the accumulator is: ", self.DEBUG_ON)
accumulator = my_boot.get_accumulator(my_boot)
print_debug(accumulator, self.DEBUG_ON)
self.assertTrue(accumulator, 1654)
def test_part1(self):
expense_list = []
my_sum = Sums()
print_debug("Loading Day 1 data", self.DEBUG_ON)
load_file_to_list('../Resources/Day1.txt', expense_list)
print_debug(
"Day 1 Part 1: Running find_sum for target: 2020 and combination of 2 numbers",
self.DEBUG_ON)
return_list = my_sum.find_sum(2020, list(map(int, expense_list)), 2)
print_debug(return_list, self.DEBUG_ON)
self.assertEqual(return_list[0], 1882)
self.assertEqual(return_list[1], 138)
self.assertEqual(return_list[2], 259716)
def test_valid_passports_1(self):
raw_passports = []
passport_list = [Passport()]
load_file_to_list('../Resources/Day4.txt', raw_passports)
valid_passport_counter = 0
Passports.populate_from_raw(raw_passports, passport_list)
for k in range(len(passport_list)):
if passport_list[k].is_passport_valid_1():
valid_passport_counter += 1
print_debug("", 1)
print_debug("***********************************", 1)
print_debug("Day4 - Passport Processing: Part2 ", 1)
print_debug("The counts of valid passports is: ", 1)
print_debug(str(valid_passport_counter), 1)
self.assertEqual(valid_passport_counter, 256)
def test_fix_and_boot(self):
instruction_list = []
path = '../Resources/Day8.txt'
load_file_to_list(path, instruction_list)
my_boot = Boots
bug_line = my_boot.boot_bug_finder(my_boot, instruction_list)
bug_line -= 1
my_boot.fix_bug(my_boot, instruction_list, bug_line)
my_boot.boot(my_boot, instruction_list)
print_debug("***********************************", self.DEBUG_ON)
print_debug("Day8 - Handheld Halting: Part2 ", self.DEBUG_ON)
print_debug("The value of the accumulator once the bug is fixed is: ",
self.DEBUG_ON)
accumulator = my_boot.get_accumulator(my_boot)
print_debug(accumulator, self.DEBUG_ON)
self.assertTrue(accumulator, 833)
def test_across(self):
tree_map = []
load_file_to_list('../Resources/Day3.txt', tree_map)
first_count = Trees.count_trees_on_slope(1, 1, tree_map)
second_count = Trees.count_trees_on_slope(3, 1, tree_map)
third_count = Trees.count_trees_on_slope(5, 1, tree_map)
fourth_count = Trees.count_trees_on_slope(7, 1, tree_map)
print_debug("***********************************", 1)
print_debug("Day3 - Toboggan Trajectory: Part1 ", 1)
print_debug("The counts of #'s encountered are: ", 1)
print_debug("First: " + str(first_count), 1)
print_debug("", 1)
print_debug("Second: " + str(second_count), 1)
print_debug("", 1)
print_debug("Third: " + str(third_count), 1)
print_debug("", 1)
print_debug("Fourth: " + str(fourth_count), 1)
print_debug("", 1)
print_debug("For the Slope: Right 3, Down 1 the count of trees encountered is :", 1)
print_debug(second_count, 1)
self.assertEqual(second_count, 191)
