def test_add_single_number():
""" passing in a single number as a string should result in an integer"""
result = add("5")
assert result == 5
result = add("0")
assert result == 0
result = add("555")
assert result == 555
def test_add_multiple_numbers():
result = add("1,2")
assert result == 3
result = add("5,7")
assert result == 12
result = add("5,7,100")
assert result == 112
result = add("5,7,2000")
assert result == 2012
## This is our main program.
# Start with import statements
import stuff
print(stuff.pi)
print(stuff.add(4, 15))
## Standard libraries
## Pseudorandom number time since 1970-01-01
import random
random.randint(3, 486)
myList = ["heky", "cheeta", "cougar", "plant"]
random.choice(myList)
myList
random.shuffle(myList)
myList
## math module
import math
math.pi
math.e
math.sqrt(40)
round(math.sqrt(40), 3)
import webbrowser
webbrowser.open("http://www.google.com")
## only pi is imported
def test_add(self):
self.assertEqual(add(self.a, self.b), self.aplusb)
def test_works_with_newline():
result = add("1\n2")
assert result == 3
result = add("1\n2,3")
assert result == 6
def test_add_returns_0_for_empty_strings():
result = add("")
assert result == 0
## This is our main program. # Start with import statements import stuff print(stuff.pi) print(stuff.add(4,15)) ## Standard libraries ## Pseudorandom number time since 1970-01-01 import random random.randint(3,486) myList = ["heky","cheeta","cougar","plant"] random.choice(myList) myList random.shuffle(myList) myList ## math module import math math.pi math.e math.sqrt(40) round(math.sqrt(40), 3 ) import webbrowser