def start():
global _state
if _state <= STOPPED:
try:
uos.stat("/code.py")
except Exception:
_state = CODE_MISSING
return
try:
import code
_state = CODE_IMPORTED
if hasattr(code, "main"):
if callable(code.main):
code.main()
_state = CODE_MAIN
except ImportError as exc:
_handle_error(exc, cleanup=False)
except Exception as exc:
_handle_error(exc, cleanup=True)
def test_answer_yes(self, mocked_input):
mocked_input.side_effect = ['2', 'kiarash 20', 'bita 20']
self.assertEqual(code.main(), {'kiarash': 20, 'bita': 20})
# @patch('code.input', return_value='no')
# def test_answer_no(self, input):
# self.assertEqual(code.main("test input?"), 'no')
def test_random(self):
user_input = [
'2', 'spanish', 'english', '3', 'Dhyey', 'y', '145', 'spanish',
'Navin', 'y', '100', 'spanish speaker', 'Varun', 'y', '200',
'english', 'Random', 'Random'
]
user_function_input = [
'3', 'Dhyey', 'y', '145', 'spanish', 'Navin', 'y', '100',
'spanish speaker', 'Varun', 'y', '200', 'english', 'Random',
'Random'
]
issue_lst = ['spanish', 'english']
with patch('builtins.input', side_effect=user_function_input):
output0 = code.agent_selector_main(issue_lst)
try:
self.assertEqual(output0, [['Dhyey'], ['Varun']])
except:
self.assertEqual(output0, [['Navin'], ['Varun']])
with patch('builtins.input', side_effect=user_input):
output = code.main()
self.assertEqual(output, "All Agent Selections for given Issues done.")
def test_mass_agents_mass_issue(self):
user_input = [
'6', 'spanish', 'english', 'english', 'english', 'Hindi',
'Gujarati', '6', 'Dhyey', 'y', '145', 'spanish', 'Navin', 'y',
'100', 'spanish speaker', 'Varun', 'y', '200', 'english', 'Dev',
'n', 'Gujarati', 'Ukshit', 'y', '55', 'Hindi', 'Stanley', 'n',
'english', 'All Available', 'Least Busy', 'Random',
'All Available', 'Least Busy', 'All Available'
]
user_function_input = [
'6', 'Dhyey', 'y', '145', 'spanish', 'Navin', 'y', '100',
'spanish speaker', 'Varun', 'y', '200', 'english', 'Dev', 'n',
'Gujarati', 'Ukshit', 'y', '55', 'Hindi', 'Stanley', 'n',
'english', 'All Available', 'Least Busy', 'Random',
'All Available', 'Least Busy', 'All Available'
]
issue_lst = [
'spanish', 'english', 'english', 'english', 'Hindi', 'Gujarati'
]
with patch('builtins.input', side_effect=user_function_input):
output0 = code.agent_selector_main(issue_lst)
self.assertEqual(output0,
[['Dhyey', 'Navin'], ['Varun'], ['Varun'], ['Varun'],
['Ukshit'], "No agents available."])
with patch('builtins.input', side_effect=user_input):
output = code.main()
self.assertEqual(output, "All Agent Selections for given Issues done.")
def test_all_availaibe(self):
user_input = [
'2', 'spanish', 'english', '6', 'Dhyey', 'y', '145', 'spanish',
'Navin', 'y', '100', 'spanish speaker', 'Varun', 'y', '200',
'english', 'Dev', 'n', 'english', 'Ukshit', 'y', '55',
'spanish', 'Stanley', 'n', 'english'
'All Available', 'All Available'
]
user_function_input = [
'6', 'Dhyey', 'y', '145', 'spanish', 'Navin', 'y', '100',
'spanish speaker', 'Varun', 'y', '200', 'english', 'Dev', 'n',
'english', 'Ukshit', 'y', '55', 'spanish', 'Stanley', 'n',
'english'
'All Available', 'All Available'
]
issue_lst = ['spanish', 'english']
with patch('builtins.input', side_effect=user_function_input):
output0 = code.agent_selector_main(issue_lst)
self.assertEqual(output0,
[['Dhyey', 'Navin', 'Ukshit'], ['Varun']])
with patch('builtins.input', side_effect=user_input):
output = code.main()
self.assertEqual(output,
"All Agent Selections for given Issues done.")
def parenthesis_post():
parenthesis = Parenthesis()
if request.method == 'POST':
int_array = [
int(i) for i in parenthesis.arr.raw_data[0].strip().split(',')
]
output = main(int_array)
parenthesis.output = output
return render_template('parenthesis_python.html', form=parenthesis)
def test_n_insteadof_y(self):
user_input = [
'2', 'spanish', 'english', '3', 'Dhyey', 'n', 'spanish', 'Navin',
'y', '100', 'spanish speaker', 'Varun', 'n', 'english', 'Random',
'Random'
]
user_function_input = [
'3', 'Dhyey', 'n', 'spanish', 'Navin', 'y', '100',
'spanish speaker', 'Varun', 'n', 'english', 'Random', 'Random'
]
issue_lst = ['spanish', 'english']
with patch('builtins.input', side_effect=user_function_input):
output0 = code.agent_selector_main(issue_lst)
self.assertEqual(output0, [['Navin'], "No agents available."])
with patch('builtins.input', side_effect=user_input):
output = code.main()
self.assertEqual(output, "All Agent Selections for given Issues done.")
def test_int_errors(self):
user_input = [
'2ww', 'ww', '2', 'spanish', 'english', 'wee3', 'dsd', '3',
'Dhyey', 'y', '145', 'spanish', 'Navin', 'y', 'wer', '100',
'spanish speaker', 'Varun', 'y', '200', 'english', 'All Available',
'All Available'
]
user_function_input = [
'wee3', 'dsd', '3', 'Dhyey', 'y', '145', 'spanish', 'Navin', 'y',
'wer', '100', 'spanish speaker', 'Varun', 'y', '200', 'english',
'All Available', 'All Available'
]
issue_lst = ['spanish', 'english']
with patch('builtins.input', side_effect=user_function_input):
output0 = code.agent_selector_main(issue_lst)
self.assertEqual(output0, [['Dhyey', 'Navin'], ['Varun']])
with patch('builtins.input', side_effect=user_input):
output = code.main()
self.assertEqual(output, "All Agent Selections for given Issues done.")
def run(self):
code.main()
self.exit()
def test_answer_yes(self, mocked_input):
mocked_input.side_effect = ['4 4', '1 2 1', '2 3 0', '3 4 0', '2 4 0']
result = code.main()
print(result)
self.assertEqual(result, '2 3 2 1')
def test_answer_no(self, mocked_input):
mocked_input.side_effect = ['4 3', '2 2 0', '2 3 1', '1 4 0']
result = code.main()
print(result)
self.assertEqual(code.main(), '-1')
import os
os.environ['SDL_VIDEO_WINDOW_POS'] = "%d,%d" % (x, y)
#imports
import settings as s # (perso) contient les variables blobales
from pygame import * # (system) pour la fenetre et ses interactions (evenements, etc...)
import loop # (perso) verification pour la boucle principale
import time # (system) permet de faire des pauses dans le code (lors de l'execution notament)
from function import * # (perso) pour toutes les fonctions lourdes
try: # on test si il y a quelque chose dans le main() de code.py
import code # (perso) le code de l'utilisateur
except IndentationError as ex: # gestion de l'erreur du main() vide
print "nothing to do"
s.init() # initialisation de toutes les variables globales
print "looping..."
print "ratio : ", sizes(
)[2], "px" # le ratio est la taille des sprites utilises (ici 30x30 px)
loop.loopCheck() # verifie si des conditions de sortie sont reunies
dispMaze() # affiche le labyrinthe
try: # si code est vide il y aura une erreur de nom
code.main(
) # execute le contenu de la fonction 'main' dans le fichier 'code.py'
except NameError: # gestion de l'erreur du non import de code.py
pass # on continue comme si de rien n'etait
print "execution over" # quand tout est termine
print "end\npress enter key to quit" # on demande a l'utilisateur d'appuyer sur entrer
while 1: # tant qu'il ne l'a pas fait
loop.loopCheck(1) # verifie si il a appuyer sur une touche de sortie
def index(): return main()
def test_main(self):
for sample in self.samples:
self.assertEqual(main(sample[0], sample[1]), sample[2])
# s += "\n"
# with open("input.txt", "w") as f:
# f.write(str(N) + "\n")
# f.write(str(MAX_FRUIT_TYPE) + "\n")
# f.write("300.0\n")
# f.write(s)
PLAYER_1_TIME = TIME
PLAYER_2_TIME = TIME
while True:
print "Calling Player2 code......"
start = time.time()
x, y = code.main()
time_taken = time.time() - start
print x, y
score, matrix = runDfs(matrix, x, y, "PLAYER2")
PLAYER_2_TIME -= time_taken
if PLAYER_1_TIME < 0:
print "Player 1 loses!! Time exceeded!"
print "player1 total score: " + str(player1_score)
print "player2's total score: " + str(player2_score)
print "Player 1 time remaining: " + str(PLAYER_1_TIME)
print "Player 2 time remaining: " + str(PLAYER_2_TIME)
exit()
writeToFile(2)
player2_score += score