def test():
assertEquals(5, countStepsSingleIncrement([0, 3, 0, 1, -3]))
input = list(
map(lambda instr: int(instr),
read("adventofcode2017/day5/input.txt").split()))
assertEquals(354121, countStepsSingleIncrement(input.copy()))
assertEquals(10, countStepsIncrementTowardsZero([0, 3, 0, 1, -3]))
print(countStepsIncrementTowardsZero(input.copy()))
def testHalfwayRound(input, expected):
resultHalf = solveCaptchaHalfwayRound(input)
assertEquals(expected, resultHalf)
def testNextDigit(input, expected):
resultNext = solveCaptchaNextDigit(input)
assertEquals(expected, resultNext)
def test():
assertEquals(True, isValidPassphrase("aa bb cc dd ee"))
assertEquals(False, isValidPassphrase("aa bb cc dd aa"))
assertEquals(True, isValidPassphrase("aa bb cc dd aaa"))
assertEquals(True, isValidPassphraseAnagram("abcde fghij"))
assertEquals(False, isValidPassphraseAnagram("abcde xyz ecdab"))
assertEquals(True, isValidPassphraseAnagram("a ab abc abd abf abj"))
assertEquals(True, isValidPassphraseAnagram("iiii oiii ooii oooi oooo"))
assertEquals(False, isValidPassphraseAnagram("oiii ioii iioi iiio"))
def doTest(passphrase, isValid):
assertEquals(isValid, isValidPassphrase(passphrase))
def doTest(input, expected):
result = computeManhattanDistance(input)
assertEquals(expected, result)
def doDivisibleTest(input, expected):
parsedInput = parseInput(input)
actual = computeDivisibleChecksum(parsedInput)
assertEquals(expected, actual)
