my_file = open(config.todo_loc, 'w')
my_file.close()
my_file = open(config.todo_loc, 'r')
f = my_file.readlines()
my_file.close()
y = 0
f2 = f
for n in f:
y += 1
f2[y - 1] = str(y) + ': ' + f[y - 1] + '\n'
f_readable = ''.join(f2)
x = len(f)
if x == 1:
text1 = 'you have one item on your list'
text = text1 + 'and it is:' + f_readable
elif x > 1:
text1 = 'you have %s items on your list' % x
text = text1 + ' and they are:\n' + f_readable
else:
text = 'you have zero items on your list'
talking(text)
talking('Would you like me to send this to your email?')
i_said = listening()
key = ['yes', 'no']
a = pre_selection(i_said, key)
if a == [0]:
talking('preparing your todo list to be sent')
send_email(text, 'ToDo List')
elif a == [1]:
pass
def todo(action):
"""
talking('would you like to add to your to do list or clear it')
key = ['add','clear','ad']
i_said = listening()
a = pre_selection(i_said, key)
print a"""
# prints todo list
if action == [11, 12]:
the_start = True
while the_start:
try:
my_file = open(config.todo_loc, 'r')
except IOError:
print 'No ToDo list exists, creating a new file'
my_file = open(config.todo_loc, 'w')
my_file.close()
my_file = open(config.todo_loc, 'r')
f = my_file.readlines()
my_file.close()
talking('what would you like to add to your list')
while True:
try:
i_said = listening()
f.insert(0, i_said + '\n')
break
except TypeError, e:
print e
print 'nothing was said'
my_file = open(config.todo_loc, 'w')
my_file.writelines(f)
my_file.close()
talking('your task has been added, would you like to add more')
try:
i_said = listening()
key = ['yes', 'ad', 'add', 'more', 'done', 'no', 'finished']
find_truth = pre_selection(i_said, key)
for num in find_truth:
print find_truth
yes_test = [0, 1, 2, 3]
no_test = [4, 5, 6]
a = num in yes_test
if a:
for num2 in find_truth:
b = num2 in no_test
if b:
the_start = False
else:
print 'adding more'
elif not a:
for num2 in find_truth:
b = num2 in no_test
if b:
the_start = False
except TypeError, e:
the_start = False
print e
break
def decide(i_said):
key = ['who', 'are', 'made', 'you']
i_mean = pre_selection(i_said, key)
if i_mean == [0, 1, 3]:
identity()
elif i_mean == [0, 2, 3]:
maker()
else:
print 'no eggs here'
def __init__(self):
comp_score = 0
player_score = 0
tie_game = 0
player = 0
playing = True
validity = True
talking('Lets play a game of Rock, Paper, Scissors')
while playing:
while validity:
i_said = listening()
bro_commands = ['rock', 'paper', 'scissors', 'quit', 'Rock']
player_hand = pre_selection(i_said, bro_commands)
if (player_hand == [0]) or (player_hand == [4]):
player = 1
break
elif player_hand == [1]:
player = 2
break
elif player_hand == [2]:
player = 3
break
elif player_hand == [3]:
player = 4
break
else:
print 'Invalid Choice'
if player == 4:
if player_score > comp_score:
text = 'final score, player %i, computer %i, Congratulations you win' % (player_score, comp_score)
elif player_score < comp_score:
text = 'final score, player %i, computer %i, Computer wins' % (player_score, comp_score)
else:
text = 'final score, player %i, computer %i, tie game' % (player_score, comp_score)
talking(text)
break
else:
comp = self.comp_hand()
result = self.play_hand(comp, player)
player_choice = self.interpret(player)
comp_choice = self.interpret(comp)
print '\nYou played %s and the computer played %s' % (player_choice, comp_choice)
talking(result)
print ''
print '-' * 34
if result == 'Computer wins!':
comp_score += 1
elif result == 'Player wins!':
player_score += 1
elif result == 'Tie game':
tie_game += 1
print 'Player: %i Computer: %i Tie Games: %i' % (player_score, comp_score, tie_game)
print '-' * 34
print ''
def selection(what_i_said):
find_truth = pre_selection(what_i_said, slct)
if not find_truth:
talking('How can I help you sir')
menus.menu_choice()
what_i_said = listening()
what_i_said = what_i_said.replace('what\'s','what is')
find_truth = pre_selection(what_i_said, slct)
print find_truth
while True:
if (find_truth == [0, 1]) or (find_truth == [15]):
games.play_hi_low()
break
elif find_truth == [2]:
break
elif (find_truth == [3, 4, 16, 17]) or (find_truth == [4, 9, 16, 17]) or (find_truth == [3, 4, 9, 16, 17]) \
or (find_truth == [3, 4]) or (find_truth == [4, 9]) or (find_truth == [3, 4, 9]):
weather.current_weather()
break
elif (find_truth == [4, 5]) or (find_truth == [5]) or (find_truth == [4, 5, 16, 17]) or \
(find_truth == [4, 16, 17]):
weather.forecast()
break
elif find_truth == [6, 7, 8]:
games.RPSGame()
break
elif find_truth == [10]:
games.tell_joke()
break
elif (find_truth == [11, 12]) or (find_truth == [11, 13]) or (find_truth == [11, 14]):
todo_action.todo(find_truth)
break
elif (find_truth == [16, 17]) or (find_truth == [17, 18]) or (find_truth == [17, 19]) or \
(find_truth == [17, 20]) or (find_truth == [17, 21]) or (find_truth == [16, 22]) or \
(find_truth == [22, 18]) or (find_truth == [22, 19]) or (find_truth == [22, 20]) or \
(find_truth == [22, 21]):
knowledge.wolfram_alpha(what_i_said)
break
else:
decide(what_i_said)
break
def wake_up(what_thread):
print 'thread %s has started' % what_thread
while True:
menus.menu_intro()
i_said = listening()
key = config.my_name
i_said = i_said.replace('what\'s','what is')
find_truth = pre_selection(i_said, key)
if find_truth == [0]:
selection(i_said)
else:
menus.menu_choice()
print 'no selection made'
def wolfram_alpha(my_question):
searching = True
search_item = 0
some_text = None
look_for = my_question
talking('let me think')
key = config.wolf_key
my_question = my_question.replace('ava ', '')
my_question = my_question.replace(' ', '+')
print my_question
url = 'http://api.wolframalpha.com/v2/query?appid=' + key + '&input=' + my_question + '&format=plaintext'
tree = ET.ElementTree(file=urllib.urlopen(url))
for elem in tree.iterfind('pod[@title="Result"]/subpod/plaintext'):
some_text = elem.text
try:
some_text = some_text.replace('\'', ' feet')
some_text = some_text.replace('\"', ' inches')
talking(some_text)
time.sleep(1)
except Exception, e:
print e
pattern = re.compile('([^\s\w]|_)+')
b_string = re.sub(pattern, '', look_for)
phrase = b_string
print phrase
pattern = re.compile("\\b(lot|lots|a|an|who|can|you|what|is|info|somethings|whats|have|i|something|to|know|like"
"|Id|information|about|tell|me)\\W", re.I)
phrase_noise_removed = [pattern.sub("", phrase)]
print phrase_noise_removed[0]
term_search = wikipedia.search(phrase_noise_removed[0])
# ToDo: test this portion. It checks to see if what AVA is searching for is the correct thing
while searching:
text = 'would you like me to get information on %s' % term_search[search_item]
talking(text)
rsp = listening()
my_rsp = comprehension.pre_selection(rsp, ['yes', 'no'])
if (my_rsp == [0]) and (search_item <= 2):
print term_search[search_item]
the_summary = (wikipedia.summary(term_search[search_item], 2))
print the_summary
talking(the_summary)
searching = False
elif my_rsp == [1]:
talking('ok')
search_item += 1
def play_hi_low():
play_again = True
while play_again:
cont = True
num_guess = 0
comp_num = randint(1, 10)
print comp_num
talking('I have picked a number between one and ten. Can you guess what it is?')
while True:
player_guess = listening()
# checks for the number 6 (has difficulty understanding difference between 6 and sex)
if player_guess == 'sex':
player_guess = '6'
# checks for the number 4 (has difficulty understanding difference between 4 and thor)
if player_guess == 'thor':
player_guess = '4'
try:
player_guess = int(player_guess)
except (ValueError, TypeError), e:
print e
if player_guess == comp_num:
num_guess += 1
text = 'Congratulations! You won in %i guesses!' % num_guess
talking(text)
talking('Do you want to play again. Yes or no?')
i_said = listening()
key = ['yes', 'no', 'quit']
redo = pre_selection(i_said, key)
while cont:
if redo == [0]:
cont = False
break
elif (redo == [1, 2]) or (redo == [1]) or (redo == [2]): # if anything else is said, assume a quit
play_again = False
cont = False
break
else:
talking('I am sorry. please say either yes or no')
break
break
elif player_guess < comp_num:
talking('Guess higher')
num_guess += 1
elif player_guess > comp_num:
talking('Guess lower')
num_guess += 1