def act_aiJoin(data):
game = dbi.getXbyY('Game', 'id', data['gameId'])
if game.state != GAME_WAITING:
raise BadFieldException('badGameState')
maxPlayersNum = game.map.playersNum
if len(game.players) >= maxPlayersNum:
raise BadFieldException('tooManyPlayers')
maxPriority = max(game.players, key=lambda x: x.priority).priority if len(
game.players) else 0
aiCnt = len(filter(lambda x: x.isAI == True, game.players))
sid = getSid()
ai = User('AI%d' % sid, None, True)
ai.sid = sid
ai.gameId = game.id
ai.isReady = True
ai.priority = maxPriority + 1
ai.inGame = True
dbi.add(ai)
dbi.flush(ai)
game.aiRequiredNum -= 1
readyPlayersNum = dbi.query(User).filter(User.gameId == game.id).filter(
User.isReady == True).count()
if maxPlayersNum == readyPlayersNum:
misc_game.startGame(game, ai, data)
return {'result': 'ok', 'sid': ai.sid, 'id': ai.id}
def act_getMessages(data):
since = data['since']
records = dbi.query(Message).filter(Message.id > since).order_by(Message.id).all()[-100:]
messages = []
for rec in records:
messages.append({'id': rec.id , 'text': rec.text, 'time': rec.time, 'username': rec.senderUser.name})
return {'result': 'ok', 'messages': messages}
def act_selectRace(data):
user = dbi.getXbyY('User', 'sid', data['sid'])
if user.currentTokenBadge:
raise BadFieldException('badStage')
game = user.game
if not (game and user.inGame):
raise BadFieldException('notInGame')
checkStage(GAME_SELECT_RACE, user)
if (user.game.state == misc.GAME_START):
user.game.state = misc.GAME_PROCESSING
chosenBadge = game.getTokenBadge(data['position'])
position = chosenBadge.pos
tokenBadges = dbi.query(TokenBadge).order_by(TokenBadge.pos).all()
tokenBadges = tokenBadges[:6]
price = position
if user.coins < price :
raise BadFieldException('badMoneyAmount')
raceId, specialPowerId = chosenBadge.raceId, chosenBadge.specPowId
addUnits = callRaceMethod(raceId, 'turnStartReinforcements')
tokensNum = races.racesList[raceId].initialNum + races.specialPowerList[specialPowerId].tokensNum
user.coins += chosenBadge.bonusMoney - price
user.currentTokenBadge = chosenBadge
user.tokensInHand = tokensNum + addUnits
chosenBadge.inDecline = False
chosenBadge.bonusMoney = 0
chosenBadge.totalTokensNum = tokensNum + addUnits
chosenBadge.specPowNum = races.specialPowerList[specialPowerId].bonusNum
chosenBadge.pos = None
dbi.flush(chosenBadge)
updateRacesOnDesk(game, position)
dbi.updateHistory(user, GAME_SELECT_RACE, chosenBadge.id)
dbi.updateGameHistory(game, data)
return {'result': 'ok', 'tokenBadgeId': chosenBadge.id}
def act_getMapList(data):
result = {'result': 'ok'}
result['maps'] = list()
maps = dbi.query(Map).all()
for map_ in maps:
result['maps'].append(getMapState(map_.id))
return result
def getNextRaceAndPowerFromStack(game, vRace, vSpecialPower):
if vRace != None and vSpecialPower != None:
race = filter(lambda x: x.name == vRace, races.racesList)
if not race:
raise BadFieldException('badRace')
raceId = races.racesList.index(race[0])
specialPower = filter(lambda x: x.name == vSpecialPower,
races.specialPowerList)
if not specialPower:
raise BadFieldException('badStage')
specialPowerId = races.specialPowerList.index(specialPower[0])
else:
racesInStack = range(0, misc.RACE_NUM)
specialPowersInStack = range(0, misc.SPECIAL_POWER_NUM)
tokenBadges = dbi.query(TokenBadge).filter(
TokenBadge.gameId == game.id).all()
for tokenBadge in tokenBadges:
racesInStack.remove(tokenBadge.raceId)
specialPowersInStack.remove(tokenBadge.specPowId)
if misc.TEST_MODE:
raceId = random.choice(racesInStack)
specialPowerId = random.choice(specialPowersInStack)
else:
raceId = racesInStack[generateNextNum(game) % len(racesInStack)]
specialPowerId = specialPowersInStack[generateNextNum(game) %
len(specialPowersInStack)]
return raceId, specialPowerId
def act_selectRace(data):
user = dbi.getXbyY('User', 'sid', data['sid'])
if user.currentTokenBadge:
raise BadFieldException('badStage')
game = user.game
if not (game and user.inGame):
raise BadFieldException('notInGame')
checkStage(GAME_SELECT_RACE, user)
if (user.game.state == misc.GAME_START):
user.game.state = misc.GAME_PROCESSING
chosenBadge = game.getTokenBadge(data['position'])
position = chosenBadge.pos
tokenBadges = dbi.query(TokenBadge).order_by(TokenBadge.pos).all()
tokenBadges = tokenBadges[:6]
price = position
if user.coins < price:
raise BadFieldException('badMoneyAmount')
raceId, specialPowerId = chosenBadge.raceId, chosenBadge.specPowId
addUnits = callRaceMethod(raceId, 'turnStartReinforcements')
tokensNum = races.racesList[raceId].initialNum + races.specialPowerList[
specialPowerId].tokensNum
user.coins += chosenBadge.bonusMoney - price
user.currentTokenBadge = chosenBadge
user.tokensInHand = tokensNum + addUnits
chosenBadge.inDecline = False
chosenBadge.bonusMoney = 0
chosenBadge.totalTokensNum = tokensNum + addUnits
chosenBadge.specPowNum = races.specialPowerList[specialPowerId].bonusNum
chosenBadge.pos = None
dbi.flush(chosenBadge)
updateRacesOnDesk(game, position)
dbi.updateHistory(user, GAME_SELECT_RACE, chosenBadge.id)
dbi.updateGameHistory(game, data)
return {'result': 'ok', 'tokenBadgeId': chosenBadge.id}
def act_getMapList(data):
result = {'result': 'ok'}
result['maps'] = list()
maps = dbi.query(Map).all()
for map_ in maps:
result['maps'].append(getMapState(map_.id))
return result
def act_getGameList(data):
result = {'result': 'ok'}
games = dbi.query(Game).filter(Game.state != GAME_ENDED).all()
result['games'] = list()
gameAttrs = ['id', 'name', 'descr', 'state', 'turn', 'activePlayerId', 'mapId']
gameAttrNames = ['gameId', 'gameName', 'gameDescription', 'state',
'turn', 'activePlayerId', 'mapId']
gameAttrs.append('aiRequiredNum')
gameAttrNames.append('aiRequiredNum')
playerAttrs = ['id', 'name', 'isReady']
playerAttrNames = ['userId', 'username', 'isReady']
for game in games:
curGame = dict()
for i in range(len(gameAttrs)):
if gameAttrs[i] == 'descr':
continue
curGame[gameAttrNames[i]] = getattr(game, gameAttrs[i])
players = game.players
resPlayers = list()
priority = 0
for player in players:
curPlayer = dict()
for i in range(len(playerAttrs)):
curPlayer[playerAttrNames[i]] = getattr(player, playerAttrs[i])
resPlayers.append(curPlayer)
curGame['players'] = resPlayers
curGame['maxPlayersNum'] = game.map.playersNum
curGame['turnsNum'] = game.map.turnsNum
result['games'].append(curGame)
return result
def getVisibleTokenBadges(gameId):
rows = dbi.query(TokenBadge).filter(and_(TokenBadge.gameId == gameId, TokenBadge.pos >= 0)).order_by(asc(TokenBadge.pos))
result = list()
for tokenBadge in rows[:6]:
result.append({
'tokenBadgeId': tokenBadge.id,
'raceName': races.racesList[tokenBadge.raceId].name,
'specialPowerName': races.specialPowerList[tokenBadge.specPowId].name,
'bonusMoney': tokenBadge.bonusMoney})
return result
def showNextRace(game, lastIndex, vRace = None, vSpecialPower = None): raceId, specPowerId = getNextRaceAndPowerFromStack(game, vRace, vSpecialPower) tokenBadges = dbi.query(TokenBadge).filter(TokenBadge.gameId == game.id).all() tokenBadgesInStack = filter(lambda x: not x.Owner() and not x.inDecline and x.pos > lastIndex, tokenBadges) for tokenBadge in tokenBadgesInStack: tokenBadge.pos -= 1 dbi.flush(tokenBadge) tokBadge = TokenBadge(raceId, specPowerId, game.id) dbi.add(tokBadge) dbi.flush(tokBadge) return races.racesList[raceId].name, races.specialPowerList[specPowerId].name,
def updateRacesOnDesk(game, position): for tokenBadge in filter(lambda x: x.pos < position, game.tokenBadges): tokenBadge.bonusMoney += 1 if len(filter(lambda x: x.pos is not None, game.tokenBadges)) < 6: showNextRace(game, position) else: tokenBadges = dbi.query(TokenBadge).filter(TokenBadge.gameId == game.id).all() tokenBadgesInStack = filter(lambda x: not x.Owner() and not x.inDecline and x.pos > position, tokenBadges) for tokenBadge in tokenBadgesInStack: tokenBadge.pos -= 1 dbi.flush(tokenBadge)
def act_getMessages(data):
since = data['since']
records = dbi.query(Message).filter(Message.id > since).order_by(
Message.id).all()[-100:]
messages = []
for rec in records:
messages.append({
'id': rec.id,
'text': rec.text,
'time': rec.time,
'username': rec.senderUser.name
})
return {'result': 'ok', 'messages': messages}
def updateRacesOnDesk(game, position):
for tokenBadge in filter(lambda x: x.pos < position, game.tokenBadges):
tokenBadge.bonusMoney += 1
if len(filter(lambda x: x.pos is not None, game.tokenBadges)) < 6:
return showNextRace(game, position)
else:
tokenBadges = dbi.query(TokenBadge).filter(
TokenBadge.gameId == game.id).all()
tokenBadgesInStack = filter(
lambda x: not x.Owner() and not x.inDecline and x.pos > position,
tokenBadges)
for tokenBadge in tokenBadgesInStack:
tokenBadge.pos -= 1
dbi.flush(tokenBadge)
def act_aiJoin(data):
game = dbi.getXbyY('Game', 'id', data['gameId'])
if game.state != GAME_WAITING:
raise BadFieldException('badGameState')
maxPlayersNum = game.map.playersNum
if len(game.players) >= maxPlayersNum:
raise BadFieldException('tooManyPlayers')
maxPriority = max(game.players, key=lambda x: x.priority).priority if len(game.players) else 0
games = dbi.query(Game).all()
aiCnt = reduce(lambda a, b: a + b, map(lambda y : len(filter(lambda x: x.isAI == True, y.players)), games))
ai = User('AI%d' % aiCnt, None, True)
ai.sid = getSid()
ai.gameId = game.id
ai.isReady = True
ai.priority = maxPriority + 1
ai.inGame = True
dbi.add(ai)
dbi.flush(ai)
game.aiRequiredNum -= 1
readyPlayersNum = dbi.query(User).filter(User.gameId == game.id).filter(User.isReady==True).count()
if maxPlayersNum == readyPlayersNum:
misc_game.startGame(game, ai, data)
return {'result': 'ok', 'sid' : ai.sid, 'id' : ai.id}
def showNextRace(game, lastIndex, vRace=None, vSpecialPower=None):
raceId, specPowerId = getNextRaceAndPowerFromStack(game, vRace,
vSpecialPower)
tokenBadges = dbi.query(TokenBadge).filter(
TokenBadge.gameId == game.id).all()
tokenBadgesInStack = filter(
lambda x: not x.Owner() and not x.inDecline and x.pos > lastIndex,
tokenBadges)
for tokenBadge in tokenBadgesInStack:
tokenBadge.pos -= 1
dbi.flush(tokenBadge)
tokBadge = TokenBadge(raceId, specPowerId, game.id)
dbi.add(tokBadge)
dbi.flush(tokBadge)
return races.racesList[raceId].name, races.specialPowerList[
specPowerId].name,
def getVisibleTokenBadges(gameId):
rows = dbi.query(TokenBadge).filter(
and_(TokenBadge.gameId == gameId,
TokenBadge.pos >= 0)).order_by(asc(TokenBadge.pos))
result = list()
for tokenBadge in rows[:6]:
result.append({
'tokenBadgeId':
tokenBadge.id,
'raceName':
races.racesList[tokenBadge.raceId].name,
'specialPowerName':
races.specialPowerList[tokenBadge.specPowId].name,
'bonusMoney':
tokenBadge.bonusMoney
})
return result
def act_setReadinessStatus(data):
user = dbi.getXbyY('User', 'sid', data['sid'])
game = user.game
if not (game and user.inGame):
raise BadFieldException('notInGame')
if game.state != GAME_WAITING:
raise BadFieldException('badGameState')
user.isReady = data['isReady']
dbi.flush(user)
maxPlayersNum = game.map.playersNum
readyPlayersNum = dbi.query(User).filter(User.game == game).filter(
User.isReady == True).count()
if maxPlayersNum == readyPlayersNum:
misc_game.startGame(game, user, data)
dbi.updateGameHistory(user.game, data)
return {'result': 'ok'}
def act_setReadinessStatus(data):
user = dbi.getXbyY('User', 'sid', data['sid'])
game = user.game
if not (game and user.inGame):
raise BadFieldException('notInGame')
if game.state != GAME_WAITING:
raise BadFieldException('badGameState')
user.isReady = data['isReady']
dbi.flush(user)
maxPlayersNum = game.map.playersNum
readyPlayersNum = dbi.query(User).filter(User.game==game).filter(User.isReady==True).count()
if maxPlayersNum == readyPlayersNum:
misc_game.startGame(game, user, data)
dbi.updateGameHistory(user.game, data)
return {'result': 'ok'}
def act_getGameList(data):
result = {'result': 'ok'}
games = dbi.query(Game).filter(Game.state != GAME_ENDED).all()
result['games'] = list()
gameAttrs = [
'id', 'name', 'descr', 'state', 'turn', 'activePlayerId', 'mapId'
]
gameAttrNames = [
'gameId', 'gameName', 'gameDescription', 'state', 'turn',
'activePlayerId', 'mapId'
]
gameAttrs.append('aiRequiredNum')
gameAttrNames.append('aiRequiredNum')
playerAttrs = ['id', 'name', 'isReady']
playerAttrNames = ['userId', 'username', 'isReady']
for game in games:
curGame = dict()
for i in range(len(gameAttrs)):
if gameAttrs[i] == 'descr':
continue
curGame[gameAttrNames[i]] = getattr(game, gameAttrs[i])
players = game.players
resPlayers = list()
priority = 0
for player in players:
curPlayer = dict()
for i in range(len(playerAttrs)):
curPlayer[playerAttrNames[i]] = getattr(player, playerAttrs[i])
resPlayers.append(curPlayer)
curGame['players'] = resPlayers
curGame['maxPlayersNum'] = game.map.playersNum
curGame['turnsNum'] = game.map.turnsNum
result['games'].append(curGame)
return result
def getNextRaceAndPowerFromStack(game, vRace, vSpecialPower):
if vRace != None and vSpecialPower !=None:
race = filter(lambda x: x.name == vRace, races.racesList)
if not race:
raise BadFieldException('badRace')
raceId = races.racesList.index(race[0])
specialPower = filter(lambda x: x.name == vSpecialPower, races.specialPowerList)
if not specialPower:
raise BadFieldException('badStage')
specialPowerId = races.specialPowerList.index(specialPower[0])
else:
racesInStack = range(0, misc_const.RACE_NUM)
specialPowersInStack = range(0, misc_const.SPECIAL_POWER_NUM)
tokenBadges = dbi.query(TokenBadge).filter(TokenBadge.gameId == game.id).all()
for tokenBadge in tokenBadges:
racesInStack.remove(tokenBadge.raceId)
specialPowersInStack.remove(tokenBadge.specPowId)
if misc_const.TEST_MODE:
raceId = random.choice(racesInStack)
specialPowerId = random.choice(specialPowersInStack)
else:
raceId = racesInStack[generateNextNum(game) % len(racesInStack)]
specialPowerId = specialPowersInStack[generateNextNum(game) % len(specialPowersInStack)]
return raceId, specialPowerId
def conquered(self, region, tokenBadge):
if len(dbi.query(WarHistoryEntry).filter(WarHistoryEntry.agressorBadgeId == tokenBadge.id).all()) >= 2:
return
for region in tokenBadge.regions:
region.holeInTheGround = True
def conquered(self, region, tokenBadge): if len(dbi.query(WarHistoryEntry).filter(WarHistoryEntry.agressorBadgeId == tokenBadge.id).all()) >= 2: return for region in tokenBadge.regions: region.holeInTheGround = True