On Friday, January 8, 2016 at 11:38:11 AM UTC-5, [email protected] wrote:
> On Wednesday, 30 December 2015 19:21:32 UTC+1, Won Chang wrote:
> > i have these task which i believe i have done well to some level
> >
> > Create a function get_algorithm_result to implement the algorithm below
> >
> > 1- Get a list of numbers L1, L2, L3....LN as argument 2- Assume L1 is the
> > largest, Largest = L1 3- Take next number Li from the list and do the
> > following 4- If Largest is less than Li 5- Largest = Li 6- If Li is last
> > number from the list then 7- return Largest and come out 8- Else repeat
> > same process starting from step 3
> >
> > Create a function prime_number that does the following Takes as parameter
> > an integer and Returns boolean value true if the value is prime or Returns
> > boolean value false if the value is not prime
> >
> > so i came up with this code below
> >
> > def get_algorithm_result(my_list):
> > if not any(not type(y) is int for y in my_list):
> > largest = 0
> > for item in range(0,len(my_list)):
> > if largest < my_list[item]:
> > largest = my_list[item]
> > return largest
> > else:
> >
> > return(my_list[-1])
> >
> > def prime_number(integer):
> > if integer%2==0 and 2!=integer:
> > return False
> > else:
> > return True
> >
> > get_algorithm_result([1, 78, 34, 12, 10, 3])
> > get_algorithm_result(["apples", "oranges", "mangoes", "banana", "zoo"])
> > prime_number(1)
> > prime_number(78)
> > prime_number(11)
> > for the question above, there is a unittes which reads
> >
> > import unittest
> >
> > class AlgorithmTestCases(unittest.TestCase):
> > def test_maximum_number_one(self):
> > result = get_algorithm_result([1, 78, 34, 12, 10, 3])
> > self.assertEqual(result, 78, msg="Incorrect number")
> >
> > def test_maximum_number_two(self):
> > result = get_algorithm_result(["apples", "oranges", "mangoes",
> > "banana", "zoo"])
> > self.assertEqual(result, "zoo", msg="Incorrect number")
> >
> > def test_prime_number_one(self):
> > result = prime_number(1)
> > self.assertEqual(result, True, msg="Result is invalid")
> >
> > def test_prime_number_two(self):
> > result = prime_number(78)
> > self.assertEqual(result, False, msg="Result is invalid")
> >
> > def test_prime_number_three(self):
> > result = prime_number(11)
> > self.assertEqual(result, True, msg="Result is invalid")
> > but once i run my code ,it returns error saying Test Spec Failed
> >
> > Your solution failed to pass all the tests
> > what is actually wrong with my code?
>
> I had to use a hack to bypass it, worked and I moved on to next quiz
Hello, I have this same assignment to create Bank account and I am new to
python. please help me out.
Create a class called BankAccount
Create a constructor that takes in an integer and assigns this to a
`balance` property.
Create a method called `deposit` that takes in cash deposit amount and
updates the balance accordingly.
Create a method called `withdraw` that takes in cash withdrawal amount and
updates the balance accordingly. if amount is greater than balance return
`"invalid transaction"`
Create a subclass MinimumBalanceAccount of the BankAccount class
import unittest
class AccountBalanceTestCases(unittest.TestCase):
def setUp(self):
self.my_account = BankAccount(90)
def test_balance(self):
self.assertEqual(self.my_account.balance, 90, msg='Account Balance Invalid')
def test_deposit(self):
self.my_account.deposit(90)
self.assertEqual(self.my_account.balance, 180, msg='Deposit method
inaccurate')
def test_withdraw(self):
self.my_account.withdraw(40)
self.assertEqual(self.my_account.balance, 50, msg='Withdraw method
inaccurate')
def test_invalid_operation(self):
self.assertEqual(self.my_account.withdraw(1000), "invalid transaction",
msg='Invalid transaction')
def test_sub_class(self):
self.assertTrue(issubclass(MinimumBalanceAccount, BankAccount), msg='No
true subclass of BankAccount')
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