'''
Authors: Sohie Lee
Consulted: Peter Mawhorter
Purpose: Lab06 Creating list structures from given memory diagrams
Date: Spring 2022
Filename: datingApps.py
'''


def makeFumble0():
    '''
    Returns the list depicted in the memory diagram for fumble0.
    Uses variables to create the appropriate list structure.
    '''
    empty = []
    fumbleList = ['fumble', empty]
    return fumbleList

def makeFumble1():
    '''
    Returns the list depicted in the memory diagram for fumble1.
    Uses variables to create the appropriate list structure.
    '''
    client0 = ['rain', 22]
    client1 = ['jesse', 35]
    fumbleList = ['fumble', [client0, client1]]
    return fumbleList

def makeApps0():
    '''
    Returns the list depicted in the memory diagram for apps0.
    Uses variables to create the appropriate list structure.
    '''
    fumbleList = makeFumble1()
    kindlingList = ['kindling', [fumbleList[1][1]]]
    return [fumbleList, kindlingList]

def makeApps1():
    '''
    Returns the list depicted in the memory diagram for apps1.
    Uses variables and append to create the appropriate list structure.
    '''
    apps = makeApps0()
    newJesse = ['jesse',35]
    apps[1][1].append(newJesse)
    return apps

# testing

def test():
    fumble0 = makeFumble0()
    fumble1 = makeFumble1()
    both0 = makeApps0()
    both1 = makeApps1()
    print(both0[0][1][1] is both0[1][1][0]) #True, same human
    print(both1[1][1][0] is both1[1][1][1]) #False, two different humans in same app