def test01get_list(self):
"""calculed balance must be less than 1"""
is_correct = True
for (id, start, end, attempts_failed) in self.coh_struct_set:
value = balance.getBalanceByAttempts(start, end, attempts_failed)
if value > 1:
is_correct = False
break
self.assertEqual(is_correct, True)
def test01get_list(self):
"""calculed balance must be less than 1"""
is_correct = True
for (id, start, end, attempts_failed) in self.coh_struct_set :
value = balance.getBalanceByAttempts (start, end, attempts_failed)
if value > 1 :
is_correct = False
break
self.assertEqual(is_correct, True)
def test02draw_and_choice(self):
"""random choice must return more than 80% elements"""
cohs = {}
for (id, start, end, attempts_failed) in self.coh_struct_set:
value = balance.getBalanceByAttempts(start, end, attempts_failed)
cohs[id] = value
selected = balance.randomListByBalance(cohs, self.limit)
is_correct = len(selected) / self.limit > 0.8
self.assertEqual(is_correct, True)
def test02draw_and_choice(self):
"""random choice must return more than 80% elements"""
cohs = {}
for (id, start, end, attempts_failed) in self.coh_struct_set :
value = balance.getBalanceByAttempts (start, end, attempts_failed)
cohs[id] = value
selected = balance.randomListByBalance(cohs, self.limit)
is_correct = len(selected) / self.limit > 0.8
self.assertEqual(is_correct, True)