def forfeit(username):
# Get user object
user_obj = User.objects.filter(username=username)
# User does not exist on the DB
if len(user_obj) == 0:
return Response(data="Username does not exist", status=status.HTTP_400_BAD_REQUEST)
# Get user's Game object
game_obj = Game.objects.filter(userA=username).order_by("-start_time")
user_index = 0
# Try userB
if len(game_obj) == 0:
game_obj = Game.objects.filter(userB=username).order_by("-start_time")
user_index = 1
# No games found for user
if len(game_obj) == 0:
return Response(data="User does not have an active game", status=status.HTTP_500_INTERNAL_SERVER_ERROR)
# Get other username
if user_index == 0:
other_username = game_obj[0].userB
else:
other_username = game_obj[0].userA
# End the game
try:
end_game(game_obj[0], other_username, username)
return Response(data="game ended", status=status.HTTP_200_OK)
except Exception as e:
return Response(data=str(e), status=status.HTTP_500_INTERNAL_SERVER_ERROR)
def scavage_games():
try:
games = Game.objects.all()
# Scavage over-time games
for game in games:
delete_game_bool = False
if game.start_time is None:
delete_game_bool = True
else:
max_time = (game.start_time + timedelta(0, game.duration_minutes * 60)).replace(tzinfo=None)
now_time = datetime.now().replace(tzinfo=None)
if max_time < now_time:
delete_game_bool = True
if delete_game_bool:
if (game.userA is None) or (game.userA == '') or (game.userB == '') or (game.userB is None):
game.delete()
else:
end_game(game, [], [game.userA, game.userB], True)
return "Games running in over-time found and dealt with"
return "OK"
except Exception as e:
return "Something went wrong. Exception: " + str(e) + str(e.message)
def forfeit(username):
# Get user object
user_obj = User.objects.filter(username=username)
# User does not exist on the DB
if len(user_obj) == 0:
return Response(data="Username does not exist",
status=status.HTTP_400_BAD_REQUEST)
# Get user's Game object
game_obj = Game.objects.filter(userA=username).order_by("-start_time")
user_index = 0
# Try userB
if len(game_obj) == 0:
game_obj = Game.objects.filter(userB=username).order_by("-start_time")
user_index = 1
# No games found for user
if len(game_obj) == 0:
return Response(data="User does not have an active game",
status=status.HTTP_500_INTERNAL_SERVER_ERROR)
# Get other username
if user_index == 0:
other_username = game_obj[0].userB
else:
other_username = game_obj[0].userA
# End the game
try:
end_game(game_obj[0], other_username, username)
return Response(data="game ended", status=status.HTTP_200_OK)
except Exception as e:
return Response(data=str(e),
status=status.HTTP_500_INTERNAL_SERVER_ERROR)
def __init__(self, data):
board.data = data
board.rows = data["rows"]
board.cols = data["cols"]
board.speed = data["speed"]
board.multiplier = data["multiplier"]
self.total_box_width = data["cols"] * data["multiplier"]
self.total_box_height = self.total_height = data["rows"] * data[
"multiplier"]
self.total_width = self.total_box_width + 350
board.img_loc = data["img_loc"]
board.rotation_speed = data["rotation_speed"]
animation.multiplier = board.multiplier #setup the same on animation side
board.box_list = []
board.animations = set() # it is a set
board.remove_cycle = set()
self.running = False
self.update_disp = False
self.count = 0
self.check_end = False
self.state = 1
self.end_setup = False
self.animation_owners = []
self.init_window()
board.make_image()
self.make_boxes()
self.players = []
i = 0 # for location fo ingame count
for p in data["players"]:
self.players.append(player.player(self, p, i))
i += 1
self.alive_players = self.players
self.current = self.players[0]
self.end_game = end_game(self)
def get(self, request, *args, **kw):
# Get the username from GET
username = kw["username"]
user_index = 0
# Get the game object. Try userA first.
gameObj = Game.objects.filter(userA=username)
if (len(gameObj) == 0):
# Lets try userB
gameObj = Game.objects.filter(userB=username)
user_index = 1
# If none found -> game is over. return gameresult.
if (len(gameObj) == 0):
returnJson = {
"status" : False,
"all_completed" : False
}
# Redirect to gameresult to the last game of all
return Response(returnJson, status=status.HTTP_200_OK)
try:
goal_hash = request.GET["hash"]
except:
return Response("Expecting querystring named hash.. /?hash=1234")
found = False
finished = False
# We need to cross the users goals check.
user_index = abs(user_index-1)
for goal in gameObj[0].shassaros.all()[user_index].goals:
if (goal_hash == goal):
currShassaro = gameObj[0].shassaros.all()[user_index]
if (currShassaro.goals_completed == None):
currShassaro.goals_completed = {goal : True}
found = True
else:
goalAdded = None
for currIndex in currShassaro.goals_completed:
if (goal != currIndex):
goalAdded = goal
found = True
if (goalAdded != None):
currShassaro.goals_completed[goal] = True
currShassaro.save()
if (len(currShassaro.goals_completed) == len(gameObj[0].shassaros.all()[user_index].goals)):
other_username = None
# And cross it back to original
user_index = abs(user_index-1)
if(user_index == 0):
other_username = gameObj[0].userB
else:
other_username = gameObj[0].userA
end_game(gameObj[0], username, other_username)
finished = True
if(found):
# Notify change via websockets
userA_publisher = RedisPublisher(facility="{0}-game".format(gameObj[0].userA), broadcast=True)
userB_publisher = RedisPublisher(facility="{0}-game".format(gameObj[0].userB), broadcast=True)
userA_publisher.publish_message(RedisMessage(json.dumps(GenerateActiveGame(gameObj[0].userA))))
userB_publisher.publish_message(RedisMessage(json.dumps(GenerateActiveGame(gameObj[0].userB))))
returnJson = {
"status" : found,
"all_completed" : finished
}
return Response(returnJson, status=status.HTTP_200_OK)
def play_game(player, board):
win_game = False
ui.display_dialog_window(
"You are a Hero. Leading a wasteful life, you are running out of money. Fortunately, you have\nheard that in the nearby village of Codecools Gate, residents will generously pay for getting\nrid of the rat plague, so you decided to quickly hit the road to anticipate the competitors.\n\nRiding the village on your musk deer, you hear the screams of a villager.\n\nPress 'C' to continue."
)
while True:
key = key_pressed().lower()
if key == "c":
clear_screen()
hero = list_stats(player['stats'], player)
ui.display_board(board, hero)
ui.display_dialog_window(
"To interact with NPC('!', '?'), doors ('/'), chests('$') and monsters ('*', 'G', 'N', 'S') just go to their place.\n\nTo check your inventory press 'I'.\n\nTo quit game, press 'Q'.\n\nMove your character with keys: 'W', 'A', 'S', 'D'."
) #
while True:
key = key_pressed().lower()
# board = engine.create_board(BOARD_WIDTH, BOARD_HEIGHT)
last_position = [player['y'], player['x']]
# hero_statistics = player["stats"]
hero = list_stats(player['stats'],
player) # Create a list of hero stats
items = player['items']
if key == 'q':
break
elif key == 'i':
clear_screen()
while True:
ui.display_items(items)
key = key_pressed().lower()
if key == 'q':
break
else:
clear_screen()
elif key == 'z':
clear_screen()
elif key.lower() in 'wsad':
# TOTALY NEW
changing_position = change_position(
CONTROL_DICT[key], player, board)
player['Map'] = changing_position[2]['Map']
map_elements.insert(0, changing_position[0])
win_game = changing_position[5]
if changing_position[1] != False:
board = changing_position[1]
player['x'] = changing_position[2]['x']
player['y'] = changing_position[2]['y']
# player['stats'] = changing_position[2]['stats']
elif changing_position[3] != False:
player = changing_position[2]
ui.display_dialog_window(
'You recieve a new item! Open inventory to check what is it'
)
# print(player)
key_pressed()
elif changing_position[4] != False:
player["Kills"] += 1
player['stats'] = check_level(player)
board = engine.put_player_on_board(board, player,
map_elements,
last_position)
# TOTALY NEW
clear_screen()
if player['stats']['HP'] <= 0:
end = end_game.end_game(
'die'
) # the 'end' depends from the life of Necromancer-rat
key_pressed()
points = int(player['Kills']) * 1000
save_highscore.save_result(player['name'], points,
player['race'], player['class'])
# clear_screen()
break
elif win_game != False:
end_game.end_game('win')
key_pressed()
points = int(player['Kills']) * 1000
save_highscore.save_result(player['name'], points,
player['race'], player['class'])
break
ui.display_board(board, hero)
break
break
ui.display_board(board, hero)
break
def main(name, race, hero_class):
clear_screen()
player = create_player(name, race, hero_class)
# board = engine.create_board(BOARD_WIDTH, BOARD_HEIGHT)
board = engine.read_map('map.txt')
board = engine.put_player_on_board(board, player, map_elements)
hero = list_stats(player['stats'], player)
ui.display_board(board, hero)
play_game(player, board)
ui.about_authors()
# end_game.end_game(end = None)
restart_game()
def restart_game():
print('Press to continue')
key = key_pressed()
if __name__ == '__main__':
main()
end_game.end_game('win')
def get(self, request, *args, **kw):
# Get the username from GET
username = kw["username"]
user_index = 0
# Get the game object. Try userA first.
gameObj = Game.objects.filter(userA=username)
if (len(gameObj) == 0):
# Lets try userB
gameObj = Game.objects.filter(userB=username)
user_index = 1
# If none found -> game is over. return gameresult.
if (len(gameObj) == 0):
returnJson = {"status": False, "all_completed": False}
# Redirect to gameresult to the last game of all
return Response(returnJson, status=status.HTTP_200_OK)
try:
goal_hash = request.GET["hash"]
except:
return Response("Expecting querystring named hash.. /?hash=1234")
found = False
finished = False
# We need to cross the users goals check.
user_index = abs(user_index - 1)
for goal in gameObj[0].shassaros.all()[user_index].goals:
if (goal_hash == goal):
currShassaro = gameObj[0].shassaros.all()[user_index]
if (currShassaro.goals_completed == None):
currShassaro.goals_completed = {goal: True}
found = True
else:
goalAdded = None
for currIndex in currShassaro.goals_completed:
if (goal != currIndex):
goalAdded = goal
found = True
if (goalAdded != None):
currShassaro.goals_completed[goal] = True
currShassaro.save()
if (len(currShassaro.goals_completed) == len(
gameObj[0].shassaros.all()[user_index].goals)):
other_username = None
# And cross it back to original
user_index = abs(user_index - 1)
if (user_index == 0):
other_username = gameObj[0].userB
else:
other_username = gameObj[0].userA
end_game(gameObj[0], username, other_username)
finished = True
if (found):
# Notify change via websockets
userA_publisher = RedisPublisher(facility="{0}-game".format(
gameObj[0].userA),
broadcast=True)
userB_publisher = RedisPublisher(facility="{0}-game".format(
gameObj[0].userB),
broadcast=True)
userA_publisher.publish_message(
RedisMessage(json.dumps(GenerateActiveGame(gameObj[0].userA))))
userB_publisher.publish_message(
RedisMessage(json.dumps(GenerateActiveGame(gameObj[0].userB))))
returnJson = {"status": found, "all_completed": finished}
return Response(returnJson, status=status.HTTP_200_OK)