def day11_2(data):
#data = read_input(2015, "111")
oldPassword = '******'
result = nextPassword(oldPassword)
AssertExpectedResult('heqaabcc', result, 2)
return result
def day7_2(data):
#data = read_input(2015, "701")
wires, circuit = processInstructionsBooklet(data)
wires['b'] = 956
wires = emulateCircuit(wires, circuit)
result = wires[wires['a']]
AssertExpectedResult(40149, result, 2)
return result
def day11_1(data):
#data = read_input(2015, "111")
oldPassword = data[0]
#newPassword = nextPassword(newPassword)
#print("next:",nextPassword('abcdefgh'))
#print("next:",nextPassword('ghijklmn'))
result = nextPassword(oldPassword)
AssertExpectedResult('hepxxyzz', result, 1)
return result
def day7_1(data):
#data = read_input(2015, "701")
wires, circuit = processInstructionsBooklet(data)
#print(wires)
wires = emulateCircuit(wires, circuit)
#print(wires)
result = wires[wires['a']]
AssertExpectedResult(956, result, 1)
return result
def day9_2(data):
#data = read_input(2015, "901")
graph, cities = processInputAndBuildGraph(data)
cost = 0
for i in itertools.permutations(list(cities.values())):
r = path_cost(graph, i)
if r > cost:
cost = r
result = cost
AssertExpectedResult(804, result, 2)
return result
def day10_1(data):
#data = read_input(2015, "101")
rounds = 40
result = data[0]
for _ in range(rounds):
result = playLookAndSay(result, rounds)
result = len(result)
AssertExpectedResult(329356, result, 1)
return result
def day10_2(data):
#data = read_input(2015, "101")
rounds = 50
result = data[0]
for _ in range(rounds):
result = playLookAndSay(result, rounds)
result = len(result)
AssertExpectedResult(4666278, result, 2)
return result
def day6_2(data):
#data = read_input(2015, "601")
rows, columns = 1000, 1000
grid = [ [ False for i in range(columns) ] for j in range(rows) ]
grid = executeInstructions(grid, data, 2)
result = sum( [ grid[j][i] for i in range(columns) for j in range(rows) ] )
AssertExpectedResult(14687245, result, 2)
return result
def day12_2(data):
#data = read_input(2015, "121")
testSamples()
result = 0
result = parseAndGetResult(data[0])
# 54040 too low
# 89528 too high
# should be around 65k :\
AssertExpectedResult(111754, result, 2)
return result
def day6_1(data):
#data = read_input(2015, "601")
rows, columns = 1000, 1000
grid = [ [ 0 for i in range(columns) ] for j in range(rows) ]
grid = executeInstructions(grid, data)
result = sum( [ grid[j][i] for i in range(columns) for j in range(rows) ] )
AssertExpectedResult(543903, result, 1)
return result
def day9_1(data):
#data = read_input(2015, "901")
graph, cities = processInputAndBuildGraph(data)
#print(cities)
#for ds in graph:
# print(ds)
path = solve_tsp(graph)
print(path)
result = path_cost(graph, path)
AssertExpectedResult(207, result, 1)
return result
def day16_2(data):
#data = read_input(2015, "151")
candidates = parseAunstSue(data, validatePropertyV2)
mostConditionsSatisfied = 0
for aunt in candidates.keys():
property = candidates[aunt]
if len(list(property)) > int(mostConditionsSatisfied):
mostConditionsSatisfied = len(list(property))
auntSue = int(aunt)
result = auntSue
AssertExpectedResult(405, result)
return result
def day12_1(data):
#data = read_input(2015, "121")
tree2Json = TreeToJson()
json_parser = Lark(json_grammar, parser='lalr', transformer=tree2Json)
parse = json_parser.parse
parsedTree = parse(data[0])
tree2Json.visit_topdown(tree=parsedTree)
print("sum:", tree2Json.sum())
#print("sum:", parsedTree)
result = tree2Json.sum()
AssertExpectedResult(111754, result, 1)
return result
def day15_2(data):
#data = read_input(2015, "151")
ingredients = parseIngredients(data)
combinations = [combination for combination in permutations(range(1,100), len(ingredients))
if sum(combination) == 100 and
sum(np.multiply(combination, [i.calories for i in ingredients.values()])) == 500
]
bestScore = 0
for recipe in combinations:
score = computeCookieRecipeScore(ingredients, (zip(ingredients.keys(), recipe)))
if score > bestScore:
bestScore = score
result = bestScore
AssertExpectedResult(1766400, result)
return result
def day15_1(data):
#data = read_input(2015, "151")
ingredients = parseIngredients(data)
combinations = [combination for combination in permutations(range(1,100), len(ingredients)) if sum(combination) == 100 ]
bestScore = 0
for recipe in combinations:
score = computeCookieRecipeScore(ingredients, (zip(ingredients.keys(), recipe)))
if score > bestScore:
bestScore = score
result = bestScore
result = 0
AssertExpectedResult(21367368, result)
return result
def day1_1(data):
#data = read_input(2015, "251")
result, _ = followDirections(data[0])
AssertExpectedResult(280, result, 1)
return result
def day2_1(data):
#data = read_input(2015, "201")
boxes = processInputDay2(data)
result = determineWrappingPaperOrder(boxes)
AssertExpectedResult(1598415, result, 1)
return result
def day2_2(data):
#data = read_input(2015, "201")
boxes = processInputDay2(data)
result = determineRibbonOrder(boxes)
AssertExpectedResult(3812909, result, 1)
return result
def day3_1(data):
#data = read_input(2015, "301")
result = findHowManyUniqueDeliveries(data[0])
AssertExpectedResult(2565, result, 1)
return result
def day5_2(data):
#data = ['qjhvhtzxzqqjkmpb', 'xxyxx' , 'uurcxstgmygtbstg', 'ieodomkazucvgmuy']
result = countNiceStrings(data, 2)
AssertExpectedResult(55, result, 2)
return result
def day8_2(data):
#data = read_input(2015, "801")
_, result = processStringsAndComputeResult(data)
AssertExpectedResult(2074, result, 2)
return result
def day8_1(data):
#data = read_input(2015, "801")
result, _ = processStringsAndComputeResult(data)
AssertExpectedResult(1342, result, 1)
return result
def day4_1(data):
#data = read_input(2015, "301")
result = findLowestPositiveNumber(data[0])
AssertExpectedResult(254575, result, 1)
return result
def day4_2(data):
#data = read_input(2015, "301")
result = findLowestPositiveNumber(data[0], 2)
#result = findLowestPositiveNumber('pqrstuv', 2)
AssertExpectedResult(1038736, result, 2)
return result
def day1_2(data):
#data = read_input(2015, "251")
_, result = followDirections(data[0], True)
AssertExpectedResult(1797, result, 2)
return result
def day3_2(data):
#data = read_input(2015, "301")
result = findHowManyUniqueDeliveriesWithRoboSanta(data[0])
AssertExpectedResult(2639, result, 2)
return result
def day5_1(data):
#data = read_input(2015, "301")
result = countNiceStrings(data)
AssertExpectedResult(255, result, 1)
return result