def module_info(self, module, showInfo=True, showTitle=True):
if showTitle == True:
messages.title()
if showInfo:
# extract the payload class name from the instantiated object, then chop off the load folder prefix
#modulename = "/".join(str(str(module.__class__)[str(module.__class__).find("ClassName"):]).split(".")[0].split("/")[1:])
print helpers.color(" Module information:\n", blue=True)
print "\tName:\t\t" + module.name
print "\tLanguage:\t" + module.language
# format this all nice-like
print helpers.formatLong("Description:", module.description)
# if required options were specified, output them
if hasattr(module, 'required_options'):
print helpers.color("\n Required Options:\n", blue=True)
print " Name\t\t\tCurrent Value\tDescription"
print " ----\t\t\t-------------\t-----------"
# sort the dictionary by key before we output, so it looks nice
for key in sorted(module.required_options.iterkeys()):
print " %s\t%s\t%s" % ('{0: <16}'.format(key),
'{0: <8}'.format(
module.required_options[key][0]),
module.required_options[key][1])
print ""
def module_info(self, module, showInfo=True, showTitle=True):
if showTitle == True:
messages.title()
if showInfo:
# extract the payload class name from the instantiated object, then chop off the load folder prefix
#modulename = "/".join(str(str(module.__class__)[str(module.__class__).find("ClassName"):]).split(".")[0].split("/")[1:])
print helpers.color(" Module information:\n", blue=True)
print "\tName:\t\t" + module.name
print "\tLanguage:\t" + module.language
# format this all nice-like
print helpers.formatLong("Description:", module.description)
# if required options were specified, output them
if hasattr(module, 'required_options'):
print helpers.color("\n Required Options:\n", blue=True)
print " Name\t\t\tCurrent Value\tDescription"
print " ----\t\t\t-------------\t-----------"
# sort the dictionary by key before we output, so it looks nice
for key in sorted(module.required_options.iterkeys()):
print " %s\t%s\t%s" % ('{0: <16}'.format(key), '{0: <8}'.format(module.required_options[key][0]), module.required_options[key][1])
print ""
def main_menu(self, showMessage=True):
cmd = ""
try:
while cmd == "":
if showMessage:
# print the title, where we are, and number of payloads loaded
messages.main_menu(self.modules)
messages.help_msg(self.commands)
cmd = raw_input(helpers.color(' OFF -> ', blue=True)).strip()
# handle our tab completed commands
if cmd.startswith("help"):
messages.title()
messages.help_msg(self.commands)
cmd = ""
showMessage = False
elif cmd.startswith("use"):
messages.title()
self.call_handler(cmd)
cmd = ""
elif cmd.startswith("list"):
if len(cmd.split()) == 1:
messages.title()
self.list_modules()
cmd = ""
showMessage = False
elif cmd.startswith("update"):
if len(cmd.split()) == 1:
messages.title()
self.list_modules()
cmd = ""
showMessage = False
# catch any ctrl + c interrupts
except KeyboardInterrupt:
if self.oneRun:
# if we're being invoked from external code, just return
# an empty string on an exit/quit instead of killing everything
return ""
else:
print helpers.color("\n\n [!] Exiting...\n", warning=True)
sys.exit()
def main_menu(self, showMessage=True):
cmd = ""
try:
while cmd == "":
if showMessage:
# print the title, where we are, and number of payloads loaded
messages.main_menu(self.modules)
messages.help_msg(self.commands)
cmd = raw_input(helpers.color(' OFF -> ', blue=True)).strip()
# handle our tab completed commands
if cmd.startswith("help"):
messages.title()
messages.help_msg(self.commands)
cmd = ""
showMessage=False
elif cmd.startswith("use"):
messages.title()
self.call_handler(cmd)
cmd = ""
elif cmd.startswith("list"):
if len(cmd.split()) == 1:
messages.title()
self.list_modules()
cmd = ""
showMessage=False
elif cmd.startswith("update"):
if len(cmd.split()) == 1:
messages.title()
self.list_modules()
cmd = ""
showMessage=False
# catch any ctrl + c interrupts
except KeyboardInterrupt:
if self.oneRun:
# if we're being invoked from external code, just return
# an empty string on an exit/quit instead of killing everything
return ""
else:
print helpers.color("\n\n [!] Exiting...\n", warning=True)
sys.exit()
def main():
count = 0
messages.title()
user = messages.welcome_message(messages.name_prompt())
my_array = menu_2048.start_game()
if my_array[0].count(2) > 1 or my_array[1].count(
2) > 1 or my_array[2].count(2) > 1 or my_array[3].count(2) > 1:
count = int(
file_handler_2048.heigh_score_import(
"score_of_the_saved_game.csv"))
controls = messages.set_controls()
high_score = int(file_handler_2048.heigh_score_import("high_score.csv"))
while True:
design_2048.mapp(my_array)
messages.current_player(user)
print("\x1B[1mScore:\x1B[0m " + str(count) + " |", end=" ")
print("\x1B[1mHigh Score:\x1B[0m " + str(high_score))
messages.defined_controls(controls)
check_the_free_place_of_the_table = copy.deepcopy(my_array)
move_2048.full_map(check_the_free_place_of_the_table)
if my_array == check_the_free_place_of_the_table:
design_2048.mapp(my_array)
if count > high_score:
file_handler_2048.heigh_score_export(count, "high_score.csv")
break
move = input("Command: ")
if move == controls[0]:
last_my_array = copy.deepcopy(my_array)
move_2048.move_up(my_array)
count = count + move_2048.up_addition(my_array)
move_2048.no_move(my_array, last_my_array)
design_2048.mapp(my_array)
if move == controls[1]:
last_my_array = copy.deepcopy(my_array)
move_2048.down_move(my_array)
count = count + move_2048.down_addition(my_array)
move_2048.no_move(my_array, last_my_array)
design_2048.mapp(my_array)
if move == controls[2]:
last_my_array = copy.deepcopy(my_array)
move_2048.left_move(my_array)
count = count + move_2048.left_addition(my_array)
move_2048.no_move(my_array, last_my_array)
design_2048.mapp(my_array)
if move == controls[3]:
last_my_array = copy.deepcopy(my_array)
move_2048.right_move(my_array)
count = count + move_2048.right_addition(my_array)
move_2048.no_move(my_array, last_my_array)
design_2048.mapp(my_array)
if move == 'q':
menu_2048.menu_exit(my_array, high_score, count)
os.system("clear")
design_2048.mapp(my_array)
print("-=Game Over=-")
