def solve(fptr):
# Start the game
g = Game(fptr)
# Print a representation of the board
print(g)
# Solve the board, and time how long it took.
t0 = time.time()
g.run()
t1 = time.time()
print("\n\n\tTime = %.2f" % (t1 - t0))
def post(self):
if self.request.get('code')!='RESET':
return self.response.out.write("Reset failed. No harm done")
check_admin(self)
players=Player.all().run()
for p in players:
p.batting_price=p.initial_batting_price
p.bowling_price=p.initial_bowling_price
p.fielding_price=p.initial_fielding_price
p.put()
usermetas=UserMeta.all().run()
for u in usermetas:
u.total_trades=10
u.round_trades=2
u.total_points=0
u.put()
teams=Team.all().run()
for t in teams:
if t.game.round > 1:
t.delete()
else:
t.batting_score=0
t.bowling_score=0
t.fielding_score=0
t.total_score=0
t.put()
playergames=PlayerGame.all().run()
for p in playergames:
p.delete()
games=Game.all().run()
for g in games:
g.played=False
g.result='tie'
g.score="0/0"
g.opposition_score="0/0"
g.batExtras=0
g.bowlExtras=0
g.put()
u=Utilities.all().get()
u.current_round=1
u.next_game=Game.all().filter('round =',1).get()
u.lockout=False
u.put()
memcache.flush_all()
self.response.out.write('System reset. I hope you meant to do that!');
def parseGameList(xmlString):
"""Parses a string representing a list of games.
Args:
xmlString: The string to parse.
Returns:
.game.GameList: an object containing all the information on the list.
Raises:
.exceptions.InvalidXmlStructure: If there is an error while parsing.
.exceptions.NoResultFound: If the list is empty.
"""
root = _getRoot(xmlString)
gameList = GameList()
for elem in root.iter("item"):
if "boardgame" == elem.get("type"):
try:
game = Game(id_=elem.get("id"))
nameElem = elem.find("name")
if nameElem is None:
raise exceptions.InvalidXmlStructure()
game.setName(nameElem.get("value"))
yearElem = elem.find("yearpublished")
if yearElem is not None:
game.setYear(yearElem.get("value"))
game.setLink(constants.BOARDGAMEGEEK_BASE_ADDRESS + game.id_)
gameList.addGame(game)
except ET.ParseError as err:
logger.exception("Parse exception")
raise exceptions.InvalidXmlStructure()
if gameList.isEmpty():
raise exceptions.NoResultFound()
return gameList
def get(self):
check_admin(self)
template_values={'user_meta':get_meta(),'lockout':lockout()}
games=Game.all().order('round').run()
template_values['games']=games
template=jinja_environment.get_template('templates/admin_menu.html')
self.response.out.write(template.render(template_values))
def get(self):
user_meta=get_meta()
if not user_meta:
if users.get_current_user():
return self.redirect("/signup")
template_values={'FACEBOOK_APP_ID':FACEBOOK_APP_ID,'login':users.create_login_url("/"),'dev_server':dev_server}
template=jinja_environment.get_template('templates/index.html')
self.response.out.write(template.render(template_values))
return
round=current_round()
last_round=round-1
if last_round < 0:
last_round=5
last_game=Game.all().filter('round =',last_round).get()
last_team=get_team(game=last_game)
round_score=0
if last_team:
round_score=last_team.total_score
template_values={'user_meta':user_meta,'round_score':round_score}
if check_mobile():
template=jinja_environment.get_template('templates/mobile/home.html')
else:
template=jinja_environment.get_template('templates/home.html')
self.response.out.write(template.render(template_values))
def get_team(user_meta=None,game=None):
if not user_meta:
user_meta=get_meta()
if not game:
game=next_game()
if not game:
game=Game.all().filter('round =',current_round()-1)
return Team.all().filter('user ='******'game =',game).get()
def get(self):
check_admin(self)
games=Game.all().run()
for g in games:
g.delete()
days=[26,27,28,28,29,30]
for i in range(1,6):
g=Game(round=i,date=date(2012,12,days[i]))
g.put()
us=Utilities.all().run()
for u in us:
u.delete()
u=Utilities()
u.current_round=1
u.next_game=Game.all().filter('round =',1).get()
u.put()
teams=Team.all().run()
for t in teams:
t.delete()
games=PlayerGame.all().run()
for g in games:
g.delete()
self.response.out.write('done')
player=Player(first_name="any",surname="player",active=False)
player.put()
def get(self):
user_meta = get_meta()
if not user_meta:
self.redirect("/")
next = next_game()
if next:
next_round = next.round
else:
next_round = 1000
template_values = {"user_meta": user_meta, "next_game": next, "lockout": lockout()}
template_values["future_games"] = Game.all().filter("round >", next_round).order("round").run()
template_values["future_games"] = []
template_values["past_games"] = Game.all().filter("round <", next_round).order("round").run()
if check_mobile():
template = jinja_environment.get_template("templates/mobile/games.html")
else:
template = jinja_environment.get_template("templates/games.html")
self.response.out.write(template.render(template_values))
def get(self,game_id):
check_admin(self)
game=Game.get_by_id(int(game_id))
players=Player.all().filter('active =',True).order('surname').fetch(1000)
fielders=PlayerGame.all().filter('game =',game)
batting_order=sorted(fielders,key=lambda p: p.batting_position)
bowling_order=sorted(fielders,key=lambda p: p.bowling_position)
template_values={'user_meta':get_meta(),'game':game,'players':players,'dismissal_types':dismissal_types,'batting_order':batting_order,'bowling_order':bowling_order,
'fielders':fielders}
template=jinja_environment.get_template('templates/edit_game.html')
self.response.out.write(template.render(template_values))
def getCompletedGame(self, matchID):
game = None
try:
db = self.sqlHelper.getConnection()
with closing(db.cursor()) as cur:
cur.execute(
"""SELECT * FROM `complete_matches` WHERE `match_id` = %s""",
(matchID, ))
result = cur.fetchone()
if not result is None:
game = Game(result[2], result[0], "Recent", result[1],
result[3], result[4], result[5], result[6])
game.setScore(result[7])
except Exception as e:
print(traceback.format_exc())
finally:
db.close()
return game
def createGame(data):
"""Socket for creating (Private) game"""
# username = data['player']['username']
# email = data['player']['email']
# userid = data['player']['userid']
# player = Player(userid, username, email)
cards = data['cards']
maxplayers = data['players']
game = Game(False, cards, maxplayers)
gameLst[game.gameid] = game
data['gameid'] = game.gameid
joinGame(data)
send(game.gameid, room=game.gameid)
return game.gameid
def create_game(self, pid):
"""
Creates a game for the PID given
@param pid: PID of player wanting to join a game
@type pid: int
@return: if successful
@rtype: bool
"""
gid = RandomNumGen(int(round(time.time() * 1000))).randint(0, 65535)
self.notify.debug(f"[create_game] Create game {gid} for player {pid}")
# create game
game = Game(gid, self)
self.games[gid] = game
self.add_player_to_game(pid, game.gid)
return True
def get(self, game_id=None):
user_meta = get_meta()
if not user_meta:
self.redirect("/")
game = Game.get_by_id(int(game_id))
if not game_id:
game = next_game()
players = game.playergame_set
template_values = {
"game": game,
"user_meta": user_meta,
"batsmen": sorted([b for b in players if b.batted], key=lambda player: player.batting_position),
"bowlers": sorted([b for b in players if b.bowled], key=lambda player: player.bowling_position),
"fielders": players,
}
if check_mobile():
template = jinja_environment.get_template("templates/mobile/game.html")
else:
template = jinja_environment.get_template("templates/game.html")
self.response.out.write(template.render(template_values))
def game_completed(game):
utilities=Utilities.all().get()
next_game=Game.all().filter('round =',utilities.next_game.round+1).get()
team.finish_round(game,next_game)
game.played=True
if game.key() == utilities.next_game.key():
utilities.next_game=next_game
memcache.set("next_game",next_game)
if utilities.next_game:
utilities.current_round=utilities.next_game.round
memcache.set("current_round",utilities.current_round)
else:
utilities.current_round=-1
memcache.set("current_round",-1)
utilities.lockout=False
memcache.set("lockout",False)
utilities.put()
for u in UserMeta.all().run():
u.round_trades=2
if utilities.current_round == -1:
u.round_trades=0
save_user(u)
def checkGames(data):
"""Socket for checking games"""
# username = data['player']['username']
# email = data['player']['email']
# userid = data['player']['userid']
# player = Player(userid, username, email)
# game is running
for gameid, game in gameLst.items():
if (game.gameStatus()):
data['gameid'] = gameid
joinGame(data)
send(gameid, room=gameid)
return game.gameid
# no games running, make new game
game = Game(True, 5, 0)
gameLst[game.gameid] = game
data['gameid'] = game.gameid
joinGame(data)
send(game.gameid, room=game.gameid)
return game.gameid
def parseGame(xmlString):
"""Parses a string representing a game.
Args:
xmlString: The string to parse.
Returns:
.game.Game: an object containing all the information on the game.
Raises:
.exceptions.InvalidXmlStructure: If there is an error while parsing.
.exceptions.NoResultFound: If the result is not a board game or an expansion.
"""
root = _getRoot(xmlString)
item = root.find("item")
if item is None:
raise exceptions.NoResultFound()
game = None
type_ = item.get("type")
if "boardgame" == type_ or "boardgameexpansion" == type_:
try:
game = Game(id_=item.get("id"))
for nameElem in item.findall("name"):
if "primary" == nameElem.get("type"):
game.setName(nameElem.get("value"))
break;
yearElem = item.find("yearpublished")
if yearElem is not None:
game.setYear(yearElem.get("value"))
playingTimeElem = item.find("playingtime")
if playingTimeElem is not None:
game.setPlayingTime(playingTimeElem.get("value"))
minPlayersElem = item.find("minplayers")
if minPlayersElem is not None:
game.setMinPlayers(minPlayersElem.get("value"))
maxPlayersElem = item.find("maxplayers")
if maxPlayersElem is not None:
game.setMaxPlayers(maxPlayersElem.get("value"))
for elem in item.findall("link"):
if "boardgamecategory" == elem.get("type"):
game.addCategory(elem.get("value"))
elif "boardgamemechanic" == elem.get("type"):
game.addMechanic(elem.get("value"))
elif "boardgamedesigner" == elem.get("type"):
game.addDesigner(elem.get("value"))
elif "boardgameartist" == elem.get("type"):
game.addArtist(elem.get("value"))
descrElem = item.find("description")
if descrElem is None or not descrElem.text:
descr = "No description available."
else:
descr = descrElem.text
game.setDescription(descr)
thumbElem = item.find("thumbnail")
if thumbElem is not None:
game.setThumbnail(_parseThumbnail(thumbElem.text))
game.setLink(constants.BOARDGAMEGEEK_BASE_ADDRESS + game.id_)
# STATS
statistics = item.find("statistics")
if statistics is not None:
ratings = statistics.find("ratings")
if ratings is not None:
avg = ratings.find("average")
if avg is not None:
game.setAverage(avg.get("value"))
ranks = ratings.find("ranks")
if ranks is not None:
for rank in ranks.findall("rank"):
if "1" == rank.get("id"):
game.setRank(rank.get("value"))
except ET.ParseError as err:
logger.exception("Parse exception")
raise exceptions.InvalidXmlStructure()
if game is None:
raise exceptions.NoResultFound()
return game
import eventlet
from eventlet import wsgi
import socketio
from objects.responses import Response
from objects.game import Game
server = socketio.Server()
app = socketio.WSGIApp(server)
game = Game()
# SERVER EVENTS
@server.event
def connect(sid, environ):
print(f'[CLIENT] {sid} connected')
@server.event
def disconnect(sid):
leave_room(sid)
print(f'[CLIENT] {sid} disconnected')
@server.event
def register(sid, name):
game.register_user(sid, name)
print(f'[NEW PLAYER] {name} registered')
return Response.SUCCESS.value
from objects.game import Game
from objects.food import Food
from objects.snake import Snake
import pygame
import os
os.environ['SDL_AUDIODRIVER'] = 'dsp'
# initialize pygame components and game
pygame.init()
game = Game()
# condition to run the game
done = False
# main game loop
while not done:
# run the snake game
done = game.run()
# handler for exit button on gui
for event in pygame.event.get():
if event.type == pygame.QUIT:
done = True
# refresh the animation
pygame.display.flip()
def main():
connect = Game()
if len(sys.argv) == 4:
try:
connect = Game(int(sys.argv[1]), int(sys.argv[2]), int(sys.argv[3]))
except ValueError:
print("ValueError - please enter integers as a parameters. Exiting.")
quit()
player = lambda p: (p + 1) % 2 # lambda function to change the player's turn
print("Creating a board of size " + str(connect.num_rows) + "x" + str(connect.num_cols) + " with " + str(
connect.num_win) + " in a row to win.")
print(
"To save the game, simply type save. Only one save is permitted and there is no option to determine its name.")
print("To load the game, simply type load.\n\n")
connect.print_board()
saved = False
loaded = False
while True:
user_input = None
result = 0
while user_input is None: # Want to make sure that we have some input to go off of
try:
user_input = raw_input("Please enter a column to place a token: ")
if user_input.lower() == "save":
connect.save_game()
saved = True # if they save the game we don't want to try and place a token
loaded = False
break
elif user_input.lower() == "load":
connect = connect.load_game()
saved = False
loaded = True # if they loaded the game we don't want to try and place a token, but need to print
break
result = connect.put_token(int(user_input), connect.player) # try to put the token on the board
except ValueError:
print("Error! Please enter an integer to place a token")
except KeyboardInterrupt: # occurs if something like ^C happens
print("\nExiting the game")
quit()
if result == 1: # if the token was successfully placed on the board
print("Token successfully placed in column " + user_input)
connect.player = player(connect.player) # update the player change in the game
connect.print_board()
saved = False
loaded = False
elif result != 1 and not saved:
if not loaded:
print("Sorry, can't place a token in column " + user_input)
connect.print_board()
is_winner = connect.check_winner() # want to see if one of the players have won
if is_winner != -1:
print("Congratulations! Player " + str(is_winner) + " has won!")
connect.print_board()
break
is_full = connect.is_board_full()
if is_full != 0:
print("Tie game, the board is full.")
connect.print_board()
break
def post(self):
players={}
check_admin(self)
game=Game.get_by_id(int(self.request.get('game')))
batsmen=[]
bowlers=[]
fielders=[]
# TODO: convert to a background task
# Check Duplicates
for i in range(1,13):
if self.request.get('batsman-'+str(i)+'-batted'):
batsmen.append(self.request.get('batsman-'+str(i)))
if self.request.get('bowler-'+str(i)+'-bowled'):
bowlers.append(self.request.get('bowler-'+str(i)))
if self.request.get('fielder-'+str(i)) != '0':
fielders.append(self.request.get('fielder-'+str(i)))
if len(set(batsmen)) != len(batsmen):
self.response.out.write("Error. Duplicate batsmen")
return
if len(set(bowlers)) != len(bowlers):
self.response.out.write("Error. Duplicate bowlers")
return
if len(set(fielders)) != len(fielders):
self.response.out.write("Error. Duplicate fielders")
return
memcache.delete('horse')
pg=None
# batting
for i in range(1,12):
si='batsman-'+str(i)
if not self.request.get(si+'-batted') or self.request.get(si) == '0':
continue
p_id=self.request.get(si)
try:
pg=players[p_id]
except:
player=Player.get_by_id(int(p_id))
pg=PlayerGame(player=player,game=game)
players[p_id]=pg
pg.batted=True
if self.request.get(si+'-not_out'):
pg.not_out=True
else:
pg.not_out=False
pg.runs=int(self.request.get(si+'-runs',default_value="0"))
pg.balls_faced=int(self.request.get(si+'-balls',default_value="0"))
pg.fours_hit=int(self.request.get(si+'-fours',default_value="0"))
pg.sixes_hit=int(self.request.get(si+'-sixes',default_value="0"))
if not pg.not_out:
pg.how_out=db.Category(self.request.get(si+'-how_out').replace('-',' '))
else:
pg.how_out=None
pg.batting_position=i
# bowling
total_conceded=0
for i in range(1,12):
si='bowler-'+str(i)
if not self.request.get(si+'-bowled') or self.request.get(si) == '0':
continue
p_id=self.request.get(si)
try:
pg=players[p_id]
except:
player=Player.get_by_id(int(p_id))
pg=PlayerGame(player=player,game=game)
players[p_id]=pg
pg.bowled=True
overs_tokens=self.request.get(si+'-overs',default_value="0.0").split('.')
pg.overs=int(overs_tokens[0])
if len(overs_tokens) > 1:
pg.balls=int(overs_tokens[1])
else:
pg.balls=0
pg.maidens=int(self.request.get(si+'-maidens',default_value="0"))
pg.runs_conceded=int(self.request.get(si+'-runs',default_value="0"))
total_conceded+=pg.runs_conceded
pg.wickets=int(self.request.get(si+'-wickets',default_value="0"))
pg.wides=int(self.request.get(si+'-wides',default_value="0"))
pg.no_balls=int(self.request.get(si+'-no_balls',default_value="0"))
pg.fours=int(self.request.get(si+'-fours',default_value="0"))
pg.sixes=int(self.request.get(si+'-sixes',default_value="0"))
pg.bowling_position=i
# fielding
for i in range(1,13):
si='fielder-'+str(i)
if self.request.get(si)=='0':
continue
p_id=self.request.get(si)
try:
pg=players[p_id]
except:
player=Player.get_by_id(int(p_id))
pg=PlayerGame(player=player,game=game)
players[p_id]=pg
pg.catches=int(self.request.get(si+'-catches',default_value="0"))
pg.drops=int(self.request.get(si+'-drops',default_value="0"))
pg.diving_drops=int(self.request.get(si+'-diving',default_value="0"))
pg.non_attempts=int(self.request.get(si+'-non_attempts',default_value="0"))
pg.run_outs=int(self.request.get(si+'-run_outs',default_value="0"))
pg.misfields=int(self.request.get(si+'-misfields',default_value="0"))
pg.other=int(self.request.get(si+'-other',default_value="0"))
# TODO: Validation
for pg in game.playergame_set:
pg.delete()
bat_total=0
bowl_total=0
bat_scores={}
bowl_scores={}
for key,pg in players.iteritems():
bat_scores[key]=batting_score(pg)
bat_total+=bat_scores[key]
bowl_scores[key]=bowling_score(pg,total_conceded)
bowl_total+=bowl_scores[key]
pg.fielding_points=fielding_score(pg)
bat_factor = 1
bowl_factor = 1
if bat_total > 0:
bat_factor = 100.0/bat_total
if bowl_total > 0:
if game.overs == 20:
bowl_factor = 80.0/bowl_total
else:
bowl_factor = 100.0/bowl_total
for key,pg in players.iteritems():
pg.batting_points=int(round(bat_scores[key]*bat_factor))
pg.bowling_points=int(round(bowl_scores[key]*bowl_factor))
pg.put()
completed=self.request.get('completed')
if completed:
game_completed(game)
for key,pg in players.iteritems():
p=pg.player
update_prices(p)
p.put()
else:
game.played=False
game.opposition=self.request.get('opposition')
game.score=self.request.get('dedication-score')
game.opposition_score=self.request.get('opposition-score')
game.result=self.request.get('result')
game.put()
self.redirect('/admin')
def updateMatches(self):
threading.Timer(60 * 60, self.updateMatches).start()
gamesToUpdate = ["csgo", "lol", "dota2", "hearth", "hots"]
csgoMatchLink = "http://www.gosugamers.net/counterstrike/gosubet"
dotaMatchLink = "http://www.gosugamers.net/dota2/gosubet"
lolMatchLink = "http://www.gosugamers.net/lol/gosubet"
hearthMatchLink = "http://www.gosugamers.net/hearthstone/gosubet"
hotsMatchLink = "http://www.gosugamers.net/heroesofthestorm/gosubet"
self.clearLists()
for gameType in gamesToUpdate:
try:
link = ""
if gameType == "csgo":
link = csgoMatchLink
elif gameType == "lol":
link = lolMatchLink
elif gameType == "dota2":
link = dotaMatchLink
elif gameType == "hearth":
link = hearthMatchLink
elif gameType == "hots":
link = hotsMatchLink
req = urllib2.Request(
link,
headers={
'User-Agent':
"Mozilla/5.0 (Windows NT 6.1) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/41.0.2228.0 Safari/537.36"
})
web_page = urllib2.urlopen(req).read()
bs = BeautifulSoup(web_page)
match_columns = bs.findAll("div", attrs={"id": "col1"})
boxes = match_columns[0].findAll("div", attrs={"class": "box"})
for box in boxes:
header = ""
h1 = box.find("h1")
if h1 is None:
h2 = box.find("h2")
header = h2.text.strip()
else:
header = h1.text.strip()
if header.find("Live") != -1:
header = "Live"
elif header.find("Recent") != -1:
header = "Recent"
elif header.find("Upcoming") != -1:
header = "Upcoming"
table = box.find("table", attrs={"class": "simple"})
if not table is None:
matches = table.find("tbody")
rows = matches.findAll("tr")
for row in rows:
cols = row.findAll("td")
match_info = cols[0].find("a",
attrs={"class": "match"})
link = match_info['href']
id = match_info['href'].split("/")[-1].split(
"-")[0]
opponent1 = match_info.find("span",
attrs={
"class": "opp1"
}).text.strip()
bet1 = match_info.find("span",
attrs={
"class": "bet1"
}).text.strip()
opponent2 = match_info.find("span",
attrs={
"class": "opp2"
}).text.strip()
bet2 = match_info.find("span",
attrs={
"class": "bet2"
}).text.strip()
# Add game to list
game = Game(gameType, id, header, link, opponent1,
opponent2, bet1, bet2)
if header == "Upcoming":
timeCol = cols[1].find(
"span", attrs={"class": "live-in"})
timeUntil = timeCol.text.strip()
game.setTime(timeUntil)
elif header == "Recent":
winnerScore = cols[1].find("span",
attrs={
"class":
"hidden"
}).text.strip()
game.setScore(winnerScore)
self.queryHelper.insertComplete(game)
if gameType == "csgo":
if header == "Live":
self.csgoLiveList.append(game)
elif header == "Upcoming":
self.csgoUpcomingList.append(game)
elif header == "Recent":
self.csgoRecentList.append(game)
else:
raise Exception("Parsed invalid header")
elif gameType == "lol":
if header == "Live":
self.lolLiveList.append(game)
elif header == "Upcoming":
self.lolUpcomingList.append(game)
elif header == "Recent":
self.lolRecentList.append(game)
else:
raise Exception("Parsed invalid header")
elif gameType == "dota2":
if header == "Live":
self.dotaLiveList.append(game)
elif header == "Upcoming":
self.dotaUpcomingList.append(game)
elif header == "Recent":
self.dotaRecentList.append(game)
else:
raise Exception("Parsed invalid header")
elif gameType == "hearth":
if header == "Live":
self.hearthLiveList.append(game)
elif header == "Upcoming":
self.hearthUpcomingList.append(game)
elif header == "Recent":
self.hearthRecentList.append(game)
else:
raise Exception("Parsed invalid header")
elif gameType == "hots":
if header == "Live":
self.hotsLiveList.append(game)
elif header == "Upcoming":
self.hotsUpcomingList.append(game)
elif header == "Recent":
self.hotsRecentList.append(game)
else:
raise Exception("Parsed invalid header")
except Exception as e:
print("Error retrieving game data")
print(traceback.format_exc())
