def test_processFizzbuzzOk(self):
ml = FizzBuzzML(int1=3, int2=5, mlimit=15, str1='m3', str2='m5')
lc = FizzBuzzLC()
compareTo = [
1, 2, 'm3', 4, 'm5', 'm3', 7, 8, 'm3', 'm5', 11, 'm3', 13, 14,
'm3m5'
]
self.assertSequenceEqual(lc.processFizzbuzz(ml), compareTo)
def get(self):
""" Computes fizzbuzz algorithm
Returns the list of fizzbuzz processed
"""
fzquery = FizzBuzzML(request.args.get('int1', None, int),
request.args.get('int2', None, int),
request.args.get('limit', None, int),
request.args.get('str1', None, str),
request.args.get('str2', None, str))
fzlogic = FizzBuzzLC()
success, result, errStr = fzlogic.compute(fzquery)
if success:
#insert into db
fzRq = FizzBuzzRQ()
fzRq.insertUsersRequest(fzquery)
return {'success': success, 'result': result}, 200
else:
return {'success': success, 'error': errStr}, 400
def test_isValidDataKoMlimitLessInt2(self):
ml = FizzBuzzML(int1=2, int2=4, mlimit=3, str1='m3', str2='m5')
lc = FizzBuzzLC()
res, errStr = lc.isValidData(ml)
self.assertFalse(res)
self.assertIsNotNone(errStr)
def test_isValidDataKoInt2EquInt1(self):
ml = FizzBuzzML(int1=1, int2=1, mlimit=1, str1='m3', str2='m5')
lc = FizzBuzzLC()
res, errStr = lc.isValidData(ml)
self.assertFalse(res)
self.assertIsNotNone(errStr)
def test_isValidDataOk(self):
ml = FizzBuzzML(int1=1, int2=2, mlimit=3, str1='m3', str2='m5')
lc = FizzBuzzLC()
self.assertTrue(lc.isValidData(ml))
def test_isValidDataKoStr2None(self):
ml = FizzBuzzML(int1=2, int2=3, mlimit=10, str1='m3', str2=None)
lc = FizzBuzzLC()
res, errStr = lc.isValidData(ml)
self.assertFalse(res)
self.assertIsNotNone(errStr)