def createProject(mode, projectName):
path = globalPath
path += '/projects/' + projectName
try:
os.mkdir(path)
file = open(path + '/LogFile.txt', 'w+')
file.write('A basic Log File. Used to log errors so they don\'t display on the main console')
file.close()
file = open(path + '/main.py', 'w+')
file.write('''# A basic main.py template file. imports my most commonly used basic modules.
import random
import math
import os
# Your main function class goes here
def main():
print('Filler Code')
''')
file.close()
except OSError:
textTesting(mode,'Creation of Project %s failed' % projectName)
else:
textTesting(mode, 'Successfully created Project %s' % projectName)
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 openNote(mode, note):
try:
newNote = open(note, 'r')
textTesting(mode, newNote.read())
newNote.close()
except FileNotFoundError:
textTesting(mode, '{} doesn\'t exist'.format(note))
def deleteNote(mode, name):
try:
print(globalPath)
os.remove('{0}/journals/notes/{1}'.format(globalPath,name))
except FileNotFoundError:
textTesting(mode, '{} not found'.format(name))
def testProtocol(mode):
textTesting(mode, 'Protocols working as expected sir')
def listProtocols(mode):
for item in protocols:
textTesting(mode, item)
def createFile(mode, file):
file = open(file, 'w+')
file.close()
textTesting(mode, 'File Created')
def readFile(mode, file):
file = open(file, 'r')
textTesting(mode, file.read())
file.close()
def clearFile(mode, file):
file = open(file, 'w+')
file.close()
textTesting(mode, 'File Cleared')
def appendNote(mode, note):
try:
newNote = open(note, 'a+')
except FileNotFoundError:
textTesting(mode, 'Note not found')
def time_convert(sec):
mins = sec // 60
sec = sec % 60
hours = mins // 60
mins = mins % 60
textTesting(mode, "Time Lapsed = {0}:{1}:{2}".format(int(hours),int(mins),sec))
def openProject(mode, projectName):
os.chdir('{0}/projects/{1}'.format(globalPath, projectName))
textTesting(mode, 'directory changed into project {}'.format(projectName))
def pickANumber(mode, start, end):
number = random.randint(int(start), int(end))
textTesting(mode,
'picking a number between {0} and {1}'.format(start, end))
textTesting(mode, 'Your number is {0}'.format(number))
def processAnswer(mode, name, answer, lastCommand):
global inProject
global projectName
answer = answer.lower()
if answer == '' or answer == 'run last command':
answer = lastCommand
# Hello World example
if answer == 'hello':
textTesting(mode, 'hello')
elif "open brain" in answer:
textTesting(mode, "Opening brain")
system.openBrain(mode)
inProject = True
projectName = "brain"
elif "exit brain" in answer:
textTesting(mode, "Exiting Brain")
os.chdir("/home/connor/CLIFF/CLIFF")
inProject = False
elif "i want cheese" in answer:
textTesting(mode, "You are not welcome here Brock!")
t.sleep(5)
os.system("shutdown now")
elif "differentiation" in answer or "derivative" in answer:
equation = input("C.L.I.F.F.: What is the equation?")
variable = input("C.L.I.F.F.: What is the variable of differention?")
print(mymath.differentiate(equation, variable))
elif "integrate" in answer:
equation = input("C.L.I.F.F.: What is the equation?")
variable = input("C.L.I.F.F.: What is the variable of integration?")
print(mymath.integrate(equation, variable))
elif 'pick a card' in answer:
pickACard.pickACard(mode)
elif answer == 'chat':
chatbot.chat(mode, name)
# Prints options
elif 'options' in answer:
system.options()
# Exits program
elif 'exit' in answer:
textTesting(mode, 'Goodbye ' + name)
elif 'good night' in answer:
textTesting(mode, 'Good night ' + name)
textTesting(mode, 'Get some sleep')
# Sends email
elif 'email' in answer:
productivity.gmail()
# Sets reminder
elif 'reminder' in answer:
if mode == 'silent':
productivity.reminderSilent(name)
elif mode == 'production':
productivity.reminderProduction(name)
# prints the time
elif 'time' in answer and 'timer' not in answer:
if mode == 'silent':
system.currentTimeSilent()
elif mode == 'production':
system.currentTimeProduction()
# Flips a coin
elif 'flip a coin' in answer:
flipACoin.flipacoin(mode)
elif 'stopwatch' in answer:
system.stopwatch(mode)
# Rolls a dice
elif 'roll a dice' in answer:
rollADice.rolladice(mode)
# Plays quick game of rock paper scissors
elif 'rock paper scissors' in answer:
RockPaperScissors.rockpaperscissors(mode)
# plays minesweeper
elif 'minesweeper' in answer:
mineSweeper.minesweeper(mode)
# Plays tic tac toe
elif 'tictactoe' in answer:
ticTacToe.ticTacToe(mode)
# Plays Hangman
elif 'hangman' in answer:
hangman.hangman(mode)
# Initializes a command line instance: Specific to silent mode, more of a development option
elif 'command line' in answer:
system.command_line()
# Initializes a python line instance: Specific to silent mode, more of a development option
elif 'python shell' in answer:
system.python_shell()
# Runs my physics engine
elif 'physics engine' in answer:
physics.run()
#picks a number
elif 'pick a number' in answer:
numbers = answer.replace('pick a number between', '')
number1 = numbers.split(' and ')[0]
number2 = numbers.split(' and ')[1]
pickANumber.pickANumber(mode, number1, number2)
# runs a simple ping request, returns results
elif 'check network' in answer or 'network diagonostics' in answer:
system.network_diagonistics()
# runs a more in depth system diagonistic
elif 'check system' in answer or 'system diagonostics' in answer:
system.system_diagonistics()
# runs all of my protocols, which are code that might not be convential
elif 'run' in answer and 'protocol' in answer:
protocolone = answer.replace('run ', '')
userProtocol = protocolone
protocol.runProtocol(mode, userProtocol)
# The start of my project interface, a place that I store other projects related to cliff (I.E. hardware)
elif 'create project' in answer:
projectName = answer.split()[2:]
system.createProject(mode, ' '.join(projectName))
# Allows C.L.I.F.F. to access the file system
elif 'create file' in answer:
answer = answer.replace('create file ', '')
system.createFile(mode, answer)
# Clears a file
elif 'clear file' in answer:
answer = answer.replace('clear file ', '')
system.clearFile(mode, answer)
# 'Writes to a file'
elif 'write to file' in answer:
answer = answer.replace('write to file ', '')
system.writeFile(mode, answer)
# deletes a file
elif 'delete file' in answer:
answer = answer.replace('delete file ', '')
confirm = input('Delete file {}? (Y/N) '.format(answer))
confirm = confirm.lower()
if confirm == 'y' or confirm == 'yes':
try:
os.remove(answer)
except FileNotFoundError:
textTesting(mode, 'File does not exist')
else:
textTesting(mode, 'File Removed')
# allows cliff to fully autonomously run around the file system
elif 'change directory to' in answer:
directory = answer.replace('change directory to ', '')
if directory == '..':
currentdirectory = os.getcwd().split('/')[:-1]
os.chdir('/'.join(currentdirectory))
else:
os.chdir('{}/{}'.format(os.getcwd(), directory))
textTesting(mode, os.getcwd())
# reads whats in a file
elif 'read file' in answer:
answer = answer.replace('read file ', '')
system.readFile(mode, answer)
# opens a project
elif 'open project' in answer:
project = answer.replace('open project ', '')
inProject = True
projectName = project
system.openProject(mode, project)
# runs a command for the bash terminal
elif 'run command' in answer:
command = answer.replace('run command ', '')
os.system(command)
# closes out of a project
elif 'close project' in answer:
system.closeProject(mode)
inProject = False
# opens my notes
elif 'open' in answer and 'notes' in answer:
note = answer.replace('open ', '')
note = note.replace('notes ', '')
system.openNote(
mode, '/home/connor/CLIFF/CLIFF/journals/notes/{}'.format(note))
# creates a note
elif 'create' in answer and 'note' in answer:
system.createNote(mode)
elif 'list notes' in answer:
system.listNotes(mode)
elif 'delete note' in answer:
note = answer.replace('delete note ', '')
system.deleteNote(mode, note)
elif 'run timer for ' in answer:
time = answer.replace('run timer for ', '')
system.timer(mode, time)
else:
textTesting(
mode, 'I\'m sorry, we don\'t appear to have the command ' + answer)
if inProject == False:
lastCommand = answer
return lastCommand, inProject, ''
else:
lastCommand = answer
return lastCommand, inProject, projectName
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)