def chat(mode, name):
textTesting(mode, "C.L.I.F.F.: Hello {0}! What is going on?".format(name))
while True:
answer = inputTesting(mode, "Connor: ".format(name))
if "bye" in answer:
textTesting(mode, "C.L.I.F.F.: Goodbye {}".format(name))
break
def writeFile(mode, file):
file = open(file, 'a+')
opener = True
while opener == True:
line = inputTesting(mode, 'What would you like to write into the file? ')
if line == 'exit':
file.close()
break
file.write(line)
file.close()
def createNote(mode):
name = inputTesting(mode, 'What would you like the title of the note to be? ')
line = inputTesting(mode, 'What would you like the note to say? ')
newFile = open('{0}/journals/notes/{1}'.format(globalPath, name), 'w+')
newFile.write(line)
newFile.close()
def rockpaperscissors(mode):
# A simple Rock Paper Scissors Game
choices = ['rock', 'paper', 'scissors']
move = inputTesting(mode, 'rock, paper, or scissors? (r, p, s): ')
computersMove = random.choice(choices)
def wincheck(move, computersMove):
# Computes all possibilities if move is 'r'
if move == 'r':
# For paper:
if computersMove == 'paper':
textTesting(mode, 'You lose! Computer Chose Paper!')
answer = inputTesting(mode, 'Play Again? (y,n): ')
if answer == 'y':
newmove = inputTesting(
mode, 'rock, paper, or scissors? (r, p, s): ')
newcomputersMove = random.choice(choices)
wincheck(newmove, newcomputersMove)
else:
textTesting(mode, 'ok')
# For Scissors:
if computersMove == 'scissors':
textTesting(mode, 'You won! Computer Chose Scissors!')
answer = inputTesting(mode, 'Play Again? (y,n): ')
if answer == 'y':
newmove = inputTesting(
mode, 'rock, paper, or scissors? (r, p, s): ')
newcomputersMove = random.choice(choices)
wincheck(newmove, newcomputersMove)
else:
textTesting(mode, 'ok')
# For Rock:
if computersMove == 'rock':
textTesting(mode, 'Tie! Computer Chose rocks!')
newmove = inputTesting(
mode, 'rock, paper, or scissors? (r, p, s): ')
newcomputersMove = random.choice(choices)
wincheck(newmove, newcomputersMove)
# Computes all possibilites for paper:
elif move == 'p':
# For Paper:
if computersMove == 'paper':
textTesting(mode, 'Tie! Computer Chose Paper!')
newmove = inputTesting(
mode, 'rock, paper, or scissors? (r, p, s): ')
newcomputersMove = random.choice(choices)
wincheck(newmove, newcomputersMove)
# For Scissors:
if computersMove == 'scissors':
textTesting(mode, 'You lose! Computer Chose Scissors!')
answer = inputTesting(mode, 'Play Again? (y,n): ')
if answer == 'y':
newmove = inputTesting(
mode, 'rock, paper, or scissors? (r, p, s): ')
newcomputersMove = random.choice(choices)
wincheck(newmove, newcomputersMove)
else:
textTesting(mode, 'ok')
# For Rock:
if computersMove == 'rock':
textTesting(mode, 'You win! Computer Chose rocks!')
answer = inputTesting(mode, 'Play Again? (y,n): ')
if answer == 'y':
newmove = inputTesting(
mode, 'rock, paper, or scissors? (r, p, s): ')
newcomputersMove = random.choice(choices)
wincheck(newmove, newcomputersMove)
else:
textTesting(mode, 'ok')
# Computes all probabilities for scissors:
elif move == 's':
# For Paper
if computersMove == 'paper':
textTesting(mode, 'You Won! Computer Chose Paper!')
answer = inputTesting(mode, 'Play Again? (y,n): ')
if answer == 'y':
newmove = inputTesting(
mode, 'rock, paper, or scissors? (r, p, s): ')
newcomputersMove = random.choice(choices)
wincheck(newmove, newcomputersMove)
else:
textTesting(mode, 'ok')
# For scissors
if computersMove == 'scissors':
textTesting(mode, 'Tie! Computer Chose Scissors!')
newmove = inputTesting(
mode, 'rock, paper, or scissors? (r, p, s): ')
newcomputersMove = random.choice(choices)
wincheck(newmove, newcomputersMove)
# For Rock
if computersMove == 'rock':
textTesting(mode, 'You Lose! Computer Chose rocks!')
answer = inputTesting(mode, 'Play Again? (y,n): ')
if answer == 'y':
newmove = inputTesting(
mode, 'rock, paper, or scissors? (r, p, s)')
newcomputersMove = random.choice(choices)
wincheck(newmove, newcomputersMove)
else:
textTesting(mode, 'ok')
else:
textTesting(mode, 'That is not a move!')
newmove = inputTesting(mode,
'rock, paper, or scissors? (r, p, s): ')
newcomputersMove = random.choice(choices)
wincheck(newmove, newcomputersMove)
wincheck(move, computersMove)