def test_set_get_name(self):
"""
tests the set_name() and get_name() functions
accepts name1 and sets the user's name
returns True if the function returns the user's correct name
"""
personV = Person()
personV.set_name("Vanessa")
self.assertEqual(personV.get_name(), "Vanessa")
def test_set_get_name(self):
"""
tests the set_name() and get_name() functions
accepts name1 and sets the user's name
returns True if the function returns the user's correct name
"""
personV = Person()
personV.set_name("Vanessa")
self.assertEqual(personV.get_name(), "Vanessa")
def test_set_get_age(self):
"""
tests the set_age() and get_age() functions
accepts age1 and sets the user's age
returns True if the function returns the user's correct age
"""
personV = Person()
personV.set_age(18)
self.assertEqual(personV.get_age(), 18)
def test_set_get_age(self):
"""
tests the set_age() and get_age() functions
accepts age1 and sets the user's age
returns True if the function returns the user's correct age
"""
personV = Person()
personV.set_age(18)
self.assertEqual(personV.get_age(), 18)
def friend_info(self):
"""interacts with the user asking for his friend's information and returns a friend Person"""
friendName = input("Please enter your friend's name: ")
friendAge = input ("Please enter their age: ")
#create friend Person
friend = Person()
#set that Perosn's name and age
friend.set_name(friendName)
friend.set_age(friendAge)
return friend
def user_info(self):
"""prompts the user for his information and returns a user Person"""
userName = input("What is your name: ")
userAge = input ("What is your age: ")
#create user Person
user = Person()
#set that Person's name and age
user.set_name(userName)
user.set_age(userAge)
return user
def test_get_friends_same_age(self):
"""
tests that get_friends_same_age() returns a set of the names of the friends of the same age
returns true if the get_friends_same_age() method returns the correct set of names of the friends of the same age which are in the set
"""
#creates a user person object
userM = Person()
userM.set_name("Marilyn")
userM.set_age(18)
Network.get_friends_same_age(self,userM)
self.assertTrue("Vanessa" in Network.get_friends_same_age)
def test_add_friend(self):
"""
Tests that the add_friend() function adds the specified person to the set
Takes a Person, friendToAdd and returns True if the specified friend was added to the set or False if it wasn't
"""
#creates a friend Person object and sets their name and age
friendV = Person()
friendV.set_name("Vanessa")
friendV.set_age(18)
Network.add_friend(self, friendV)
#check that the friend was added to the set
self.assertTrue(friendV in Network.setOfFriends)
def friend_info(self):
"""interacts with the user asking for his friend's information and returns a friend Person"""
friendName = input("Please enter your friend's name: ")
friendAge = input("Please enter their age: ")
#create friend Person
friend = Person()
#set that Perosn's name and age
friend.set_name(friendName)
friend.set_age(friendAge)
return friend
def user_info(self):
"""prompts the user for his information and returns a user Person"""
userName = input("What is your name: ")
userAge = input("What is your age: ")
#create user Person
user = Person()
#set that Person's name and age
user.set_name(userName)
user.set_age(userAge)
return user
def test_get_friends_same_age(self):
"""
tests that get_friends_same_age() returns a set of the names of the friends of the same age
returns true if the get_friends_same_age() method returns the correct set of names of the friends of the same age which are in the set
"""
#creates a user person object
userM = Person()
userM.set_name("Marilyn")
userM.set_age(18)
Network.get_friends_same_age(self, userM)
self.assertTrue("Vanessa" in Network.get_friends_same_age)
def test_add_friend(self):
"""
Tests that the add_friend() function adds the specified person to the set
Takes a Person, friendToAdd and returns True if the specified friend was added to the set or False if it wasn't
"""
#creates a friend Person object and sets their name and age
friendV = Person()
friendV.set_name("Vanessa")
friendV.set_age(18)
Network.add_friend(self, friendV)
#check that the friend was added to the set
self.assertTrue(friendV in Network.setOfFriends)
''' Created on Jun 4, 2013 module prints the doc string for the Network, Perosn, TestNetwork and TestPerson classes @author: Vanessa ''' from networkmodule import Network from personmodule import Person from testnetworkfixed import TestNetworkFixed from testperson import TestPerson from pydoc import help help(Network()) print() print() help(Person()) print() print() help(TestNetworkFixed()) print() print() help(TestPerson())
def main():
"""
calls the test functions and will print whether or not the functions in the Network class work
depending if the test functions return True or False
"""
#create a network object
socialN = Network()
#creates a user person object
userM = Person()
userM.set_name("Marilyn")
userM.set_age(18)
#creates a friend Person object and sets their name and age
friendV = Person()
friendV.set_name("Vanessa")
friendV.set_age(18)
#call test_add_friend() passing the friend as parameters
#if the method returns True then the add_friend() function works
if (TestNetwork.test_add_friend(socialN, friendV) == True):
print("add_friend() function works")
else:
print("add_friend() function doesn't work")
#creates another friend object and adds her to the set
friendA = Person()
friendA.set_name("Andrea")
friendA.set_age(15)
Network.add_friend(socialN, friendA)
#call the test_get_friend() passing socialN as parameters
#if the method returns True then the get_friend() function works
if (TestNetwork.test_get_friends(socialN) == True):
print("get_friends() function works")
else:
print("get_friends() function doesn't work")
#call the test_get_friends_same_age() passing socialN as parameters
#if the method returns True then the get_friend_same_age() function works
if (TestNetwork.test_get_friends_same_age(socialN, userM) == True):
print("get_friends_same_age() function works")
else:
print("get_friends_same_age() function doesn't work")
#call the test_friend_to_remove() function
#if the function returns True then the friend_to_remove() function works
if (TestNetwork.test_friend_to_remove(socialN) == True):
print("friend_to_remove() function works")
else:
print("friend_to_remove() function doesn't work")
#call test_remove_friend() passing the friend as parameters
#if the method returns True then the remove_friend() function works
if (TestNetwork.test_remove_friend(socialN, friendV) == True):
print("remove_friend() function works")
else:
print("remove_friend() function doesn't work")
#call test_remove_all_friends()
#if the method returns True then the remove_all_friends() function works
if (TestNetwork.test_remove_all_friends(socialN) == True):
print("remove_all_friends() function works")
else:
print("remove_all_friends() function doesn't work")
def main():
"""
calls the test functions and will print whether or not the functions in the Network class work
depending if the test functions return True or False
"""
#create a network object
socialN = Network()
#creates a user person object
userM = Person()
userM.set_name("Marilyn")
userM.set_age(18)
#creates a friend Person object and sets their name and age
friendV = Person()
friendV.set_name("Vanessa")
friendV.set_age(18)
#call test_add_friend() passing the friend as parameters
#if the method returns True then the add_friend() function works
if (TestNetwork.test_add_friend(socialN,friendV) == True):
print ("add_friend() function works")
else:
print ("add_friend() function doesn't work")
#creates another friend object and adds her to the set
friendA = Person()
friendA.set_name("Andrea")
friendA.set_age(15)
Network.add_friend(socialN, friendA)
#call the test_get_friend() passing socialN as parameters
#if the method returns True then the get_friend() function works
if(TestNetwork.test_get_friends(socialN)==True):
print("get_friends() function works")
else:
print("get_friends() function doesn't work")
#call the test_get_friends_same_age() passing socialN as parameters
#if the method returns True then the get_friend_same_age() function works
if(TestNetwork.test_get_friends_same_age(socialN, userM)==True):
print("get_friends_same_age() function works")
else:
print("get_friends_same_age() function doesn't work")
#call the test_friend_to_remove() function
#if the function returns True then the friend_to_remove() function works
if(TestNetwork.test_friend_to_remove(socialN) == True):
print("friend_to_remove() function works")
else:
print("friend_to_remove() function doesn't work")
#call test_remove_friend() passing the friend as parameters
#if the method returns True then the remove_friend() function works
if (TestNetwork.test_remove_friend(socialN, friendV) == True):
print ("remove_friend() function works")
else:
print ("remove_friend() function doesn't work")
#call test_remove_all_friends()
#if the method returns True then the remove_all_friends() function works
if (TestNetwork.test_remove_all_friends(socialN) == True):
print ("remove_all_friends() function works")
else:
print ("remove_all_friends() function doesn't work")
def setUp(self):
personV = Person()