def testMethod():
func = lib.getFunction('mylen', _fileName)
for (l, r) in [([], 0), ([5], 1), (['a', 'b'], 2)]:
res = func(l)
if not assertlib.exact(res, r):
return False, "mylen(%r) should be %i, but got %r" % \
(l, r, res)
return True
def testMethod():
func = lib.getFunction('convertFromSeconds', _fileName)
for (s, exp) in [(610, [0, 0, 10, 10]), (100000, [1, 3, 46, 40])]:
res = func(s)
if not assertlib.exact(res, exp):
return False, "convertFromSeconds(%i) should be %r, but got %r" % \
(s, exp, res)
return True
def testMethod():
func = lib.getFunction('flipside', _fileName)
for (s, exp) in [('homework', 'workhome'), ('carpets', 'petscar')]:
res = func(s)
if not assertlib.exact(res, exp):
return False, "flipside(%s) should be %s, but got %s" % (
s, exp, res)
return True
def testMethod():
func = lib.getFunction('checkends', _fileName)
for (s, exp) in [('no match', False), ('hah! a match', True),
('q', True)]:
res = func(s)
if not assertlib.exact(res, exp):
return False, "checkends(%s) should be %r, but got %r" % (
s, exp, res)
return True
def testMethod():
func = lib.getFunction('ind', _fileName)
for (n, l, r) in [(42, [55, 77, 42, 12, 42, 100], 2),
(42, range(100), 42), ('i', 'team', 4)]:
res = func(n, l)
if not assertlib.exact(res, r):
return False, "ind(%i, %r) should be %i, but got %r" % \
(l, r, res)
return True
def testMethod():
func = lib.getFunction('transcribe', _fileName)
for (s, r) in [('ACGT TGCA', 'UGCAACGU'), ('GATTACA', 'CUAAUGU'),
('cs5', '')]:
res = func(s)
if not assertlib.exact(res, r):
return False, "transcribe(%s) should be %s, but got %r" % \
(s, r, res)
return True
def testMethod():
func = lib.getFunction('one_dna_to_rna', _fileName)
for (s, r) in [('A', 'U'), ('C', 'G'), ('G', 'C'), ('T', 'A'),
(' ', ''), ('.', ''), ('0', '')]:
res = func(s)
if not assertlib.exact(res, r):
return False, "one_dna_to_rna(%s) should be %s, but got %r" % (
s, r, res)
return True
def testMethod():
func = lib.getFunction('dbl', _fileName)
for i in range(1, 10):
res = func(i)
exp = i * 2
if not assertlib.exact(res, exp):
return False, "%i doubled should be %i, but got %i" % (i, exp,
res)
return True
def testMethod():
eps = 0.00001
func = lib.getFunction('scrabbleScore', _fileName)
for (s, r) in [('quetzal', 25), ('jonquil', 23), ('syzygy', 25)]:
res = func(s)
if not assertlib.exact(res, r):
return False, "scrabbleScore(%s) should be %i, but got %r" % \
(s, r, res)
return True
def testMethod():
func = lib.getFunction('front3', _fileName)
for s in ['Java', 'Chocolate', 'abc']:
res = func(s)
exp = s[:3] * 3
if not assertlib.exact(res, exp):
return False, "front3(%s) should be %s, but got %s" % (s, exp,
res)
return True
def testMethod():
func = lib.getFunction('mult', _fileName)
for i in range(10):
for j in range(10):
exp = i * j
res = func(i, j)
if not assertlib.exact(res, exp):
return False, "mult(%i, %i) should be %i, but got %r" % \
(i, j, r, res)
return True
def testMethod():
eps = 0.00001
func = lib.getFunction('letterScore', _fileName)
for (letters, r) in [('aeilnorstu', 1), ('dg', 2), ('bcmp', 3),
('fhvwy', 4), ('k', 5), ('jx', 8), ('qz', 10),
(' ./=+!9', 0)]:
for l in letters:
res = func(l)
if not assertlib.exact(res, r):
return False, "letterScore(%s) should be %i, but got %r" % (
l, r, res)
return True
def answer9(test):
test.test = lambda: assertlib.exact(
lib.outputOf(_fileName).split("\n")[9], "legomyego")
test.description = lambda: "correct output for answer9"
def answer10(test):
test.test = lambda: assertlib.exact(
lib.outputOf(_fileName).split("\n")[10], "clearcall")
test.description = lambda: "correct output for answer10"
def answer0(test):
test.test = lambda: assertlib.exact(
lib.outputOf(_fileName).split("\n")[0], "[2, 5, 9]")
test.description = lambda: "correct output for answer0"
def answer8(test):
test.test = lambda: assertlib.exact(
lib.outputOf(_fileName).split("\n")[8], "hardeharharhar")
test.description = lambda: "correct output for answer8"
def answer7(test):
test.test = lambda: assertlib.exact(
lib.outputOf(_fileName).split("\n")[7], "arveyudd")
test.description = lambda: "correct output for answer7"
def answer6(test):
test.test = lambda: assertlib.exact(
lib.outputOf(_fileName).split("\n")[6], "collude")
test.description = lambda: "correct output for answer6"
def answer5(test):
test.test = lambda: assertlib.exact(
lib.outputOf(_fileName).split("\n")[5], "heyyou")
test.description = lambda: "correct output for answer5"
def answer4(test):
test.test = lambda: assertlib.exact(
lib.outputOf(_fileName).split("\n")[4], "[1, 2, 3, 4, 5]")
test.description = lambda: "correct output for answer4"
def answer2(test):
test.test = lambda: assertlib.exact(
lib.outputOf(_fileName).split("\n")[2], "[9, 1, 1]")
test.description = lambda: "correct output for answer2"