def calculate(self, events, events2, laptime, laptime2, win_prize,
lose_prize):
# calculate score by linking replay times Race Winnings Data
racewinnings = Data.getDataAsObj(
self, 'racewinnings_en', config.data_version['racewinnings']).obj
if racewinnings is None:
logging.warning(
'cannot get real racewinnings from backend - using default data'
)
racewinnings = Score.GetDefaultRaceWinnings()
if racewinnings is not None:
logging.debug("racewinnings: " + json.dumps(racewinnings))
prize_winner = win_prize if win_prize else 1500
prize_looser = lose_prize if lose_prize else 375
logging.debug('calculating win prize with ' + str(prize_winner) +
' and lose prize with ' + str(prize_looser))
scorings = [{
'player_events': json.loads(events),
'prizes': {},
'total': 0.0
}, {
'player_events': json.loads(events2),
'prizes': {},
'total': 0.0
}]
scorings[0]['prize'] = scorings[0]['total'] = prize_winner if (
laptime < laptime2) else prize_looser
scorings[1]['prize'] = scorings[1]['total'] = prize_winner if (
laptime2 < laptime) else prize_looser
# initialize all scores to zero
for _player in scorings:
for _event_type in _player['player_events']:
_player['prizes'][_event_type] = 0.0
logging.debug('Calculating score with ' + json.dumps(scorings))
for _player in scorings:
for _event_type in _player['player_events']:
for _event in _player['player_events'][_event_type]: #floats
for _threshold in racewinnings:
if abs(_event) < _threshold['timing']:
_player['prizes'][_event_type] += int(
_player['prize'] * _threshold[_event_type])
_player['total'] += int(_player['prize'] *
_threshold[_event_type])
return scorings
def get(self):
Utils.reset(self)
lang = "en"
item = Utils.required(self, 'item')
data = Data.getDataAsObj(self, item,
config.data_version['racewinnings'])
if data is not None:
self.respn += '"' + item + '":' + data.data + ','
else:
data = Data.getData(self, item, vers1ion)
if data is not None:
self.respn += '"' + item + '":' + data.data + ','
self.respn = self.respn.rstrip(',') + '}'
# calculate time taken and return the result
self.response.headers['Content-Type'] = 'text/html'
self.response.write(Utils.RESTreturn(self, 1))
def get(self):
Utils.reset(self) # reset/clean standard variables
# validate and assign parameters
passwd = Utils.required(self, 'passwd')
uuid = self.request.get('uuid')
guid = self.request.get('guid')
fbid = self.request.get('fbid')
self.game = self.request.get('game') or ''
version = config.data_version['building']
token = self.request.get('token') or ''
lang = self.request.get('lang') or config.server["defaultLanguage"]
name = self.request.get('name') or ''
image = 'Textures/profile-pic.png'
if fbid != '':
image = 'https://graph.facebook.com/' + fbid + '/picture?width=200&height=200'
# TODO : Get defaults from Data
gold = 10
cash = 50000
total_wins = 0
total_races = 0
advice_checklist = ''
player = None
# defaultitems = None
if self.error == '' and passwd != config.testing[
'passwd']: # if password is incorrect
self.error = 'passwd is incorrect.' # inform user via error message
start_time = time.time() # start count
Utils.LogRequest(self)
# if error, skip this
if self.error == '':
if fbid != '':
player = Player.getplayerByFbid(self, fbid)
if player is None and uuid != '':
player = Player.getplayer(self,
uuid) # get player from Player model
# class helper, specified by uuid
# TODO : Only get defaultItems if needed, ie a new player
defaultitems = Data.getDataAsObj(
self, 'defaultitems', config.data_version['defaultitems'])
if defaultitems is not None:
if player is None: # if no player data
# returned or doesn't exist
################################################################################################
## Create new player data
player = Player(parent=db.Key.from_path(
'Player', config.db['playerdb_name'])
) # create a new player state data
uuid = Utils.genanyid(self, 'u')
#if fbid == '':
# fbid = uuid
player.uuid = uuid # assign uuid
player.fbid = fbid
# and assign all player info and state
player.info_obj = {
'uuid': player.uuid,
'fbid': player.fbid,
'token': token,
'name': 'Guest ' + str(random.randint(1000, 9999)),
'image': image,
'lang': lang
}
player.state_obj = {
'guid': guid,
'cash': cash,
'gold': gold,
'current_car': 'xxx',
'total_wins': total_wins,
'total_races': total_races,
'advice_checklist': advice_checklist,
'updated': start_time
}
logging.debug("New Player Created")
#################################################################################################
## Init default item for new player
buildings = Data.getbuildings(self, lang, float(version))
cars = Data.getcars(self, lang, float(version))
upgrades = Data.getupgrades(self, lang, float(version))
if buildings is not None and cars is not None and upgrades is not None:
logging.debug("building default stuff")
for item in defaultitems.obj:
if item['type'] == 'state':
player.state_obj[item['id']] = item['value']
elif item['type'] == 'building':
try:
building = buildings.as_obj[item['id']][0]
if building is not None:
new_building = Building.newbuilding(
self)
new_building.uuid = player.uuid
new_building.itid = item['id']
new_building.inid = Utils.genanyid(
self, 'b')
new_building.level = building['level']
new_building.status = Building.BuildingStatus.DELIVERED
new_building.location = item['value']
new_building.amount = 0
new_building.timestamp = int(
start_time)
Building.setmybuilding(
self, new_building)
except KeyError:
logging.warning('KeyError, key not found!')
elif item['type'] == 'car' and cars is not None:
type = ''
car = None
for _car in cars.as_obj:
if _car['id'] == item['id']:
car = _car
break
mycar = Car.create(self, player.uuid)
mycar.data_obj['info'] = {'crid': car['id']}
mycar.data_obj['upgrades'] = []
mycar.data_obj['equip'] = {}
player.state_obj['current_car'] = mycar.cuid
default_upgrades = car[
'default_upgrades'].replace(' ',
'').split(',')
for default_upgrade in default_upgrades:
mycar.data_obj['upgrades'].append(
default_upgrade)
for _type in upgrades.as_obj:
try:
mycar.data_obj['equip'][type]
except KeyError:
for upgrade in upgrades.as_obj[
_type]:
if upgrade[
'id'] == default_upgrade:
mycar.data_obj['equip'][
_type] = default_upgrade
break
break
Car.update(self, mycar)
else:
logging.warning("cant build default stuff")
else: # but if player does exist
#####################################################################################################################
## Found existing user
uuid = player.uuid
if token: # if token is provided from
# apple
player.state_obj[
'token'] = token # assign token to player state
if fbid != '':
player.fbid = fbid
player.info_obj['fbid'] = fbid
player.info_obj['image'] = image # assign image url
if name != '':
player.info_obj['name'] = name # assign name
try:
updated = player.state_obj['updated']
except KeyError:
player.state_obj['updated'] = start_time
if self.request.get('lang'):
player.info_obj['lang'] = lang
# Additional things that have been added and neeed checking for old players
# TODO : Remove try catch, or see performance impact in Python
try:
if guid:
player.state_obj['guid'] = guid
except KeyError:
player.state_obj['guid'] = ''
# try .. cash and assign new property
try:
cash = player.state_obj['cash']
except KeyError:
player.state_obj['cash'] = cash
try:
total_wins = player.state_obj['total_wins']
except KeyError:
player.state_obj['total_wins'] = total_wins
try:
advice_checklist = player.state_obj['advice_checklist']
except KeyError:
player.state_obj['advice_checklist'] = advice_checklist
if Player.setplayer(self, player):
# then obviously, no error
# compose JSON for frontend response
type = ''
for item in config.playerdata:
type += item + ','
type = type.rstrip(',')
self.respn = '{"uuid":"' + uuid + '",'
types = type.split(',')
for item in types:
if item == 'info':
self.respn += '"info":' + player.info + ','
elif item == 'state':
self.respn += '"state":' + player.state + ','
elif item == 'building':
buildings = Data.getbuildings(self, lang, version)
mybuildings = Building.getmybuildings(self, uuid)
if buildings is not None and mybuildings is not None:
self.respn += '"building":['
# loop through my buildings to find out which need their pending status updating
for new_building in mybuildings:
# update building status, determine production
_upd = False
if new_building.status == Building.BuildingStatus.PENDING:
if new_building.timestamp + (
buildings.as_obj[
new_building.itid][
new_building.level - 1]
['build_time'] * 60) <= start_time:
new_building.timestamp = int(
start_time)
new_building.status = Building.BuildingStatus.DELIVERED
_upd = True
elif new_building.status == Building.BuildingStatus.DELIVERED:
new_building.status = Building.BuildingStatus.OWNED
_upd = True
if _upd is True:
Building.setmybuilding(
self, new_building)
self.respn = Building.compose_mybuilding(
self.respn, new_building)
self.respn = self.respn.rstrip(',') + '],'
elif item == 'car':
mycars = Car.list(self, player.uuid)
self.respn += '"car":['
for _car in mycars:
self.respn += Car.compose_mycar('', _car) + ','
self.respn = self.respn.rstrip(',') + '],'
elif item == 'challenge':
Challenge.ComposeChallenges(self, player)
self.respn = self.respn.rstrip(',') + '}'
###################################################################################################
## Add to recent player list
recentplayerlist = Data.GetRecentPlayerList(self)
_add = True
# check if this user hasn't reached the maximum set challengers
# we don't add players to the recent list if they are stacked
num = 0
challengers = Challenge.GetChallengers(
self, player.info_obj['uuid'])
if challengers is None:
Challenge.GetChallengers(self, player.info_obj['fbid'])
if challengers is not None:
for challenger in challengers:
obj = json.loads(challenger.data)
if obj['friend'] is False:
num += 1
if num > config.recentplayer['maxchallengers']:
logging.warn(
'Recent player list exceeded for ' +
uuid)
_add = False
break
# find if it already exists?
num = 0
_deletelist = []
for recentplayer in recentplayerlist.obj:
if recentplayer['uuid'] == player.info_obj['uuid']:
if _add is False: # this player reach the maximum of challengers
_deletelist.append(
num
) # we should delete him from the list, so nobody can challenge him
else:
_add = False
# if the list is longer than maxlist, delete the rest
if num >= config.recentplayer['maxlist']:
_deletelist.append(num)
# remove if player does not exist any more
else:
someplayer = Player.getplayer(
self, recentplayer['uuid'])
if someplayer is None:
self.error = ''
_deletelist.append(num)
num += 1
num = len(_deletelist)
for i in range(0, num):
del recentplayerlist.obj[num - 1 - i]
if _add is True:
recentplayerlist.obj.append({
'fbid':
player.info_obj['fbid'],
'name':
player.info_obj['name'],
'uuid':
player.info_obj['uuid'],
'image':
player.info_obj['image'],
'total_wins':
player.state_obj['total_wins'],
'updated':
player.state_obj['updated']
})
Data.SetRecentPlayerList(self, recentplayerlist)
else: # but if write down to database was failed
self.error = 'unable to insert/update player data.' # inform user bia error message
logging.warn('unable to insert/update player data.')
# calculate time taken and return the result
time_taken = time.time() - start_time
self.response.headers['Content-Type'] = 'text/html'
self.response.write(Utils.RESTreturn(self, time_taken))
def get(self):
Utils.reset(self) # reset/clean standard variables
# validate and assign parameters
passwd = Utils.required(self, GCVars.passwd)
guid = self.request.get('guid')
uuid = Utils.required(self, 'uuid')
uuid2 = Utils.required(self, 'uid2')
events = Utils.required(self, 'events')
events2 = Utils.required(self, 'events2')
laptime = Utils.required(self, 'laptime')
laptime2 = Utils.required(self, 'laptime2')
track = Utils.required(self, 'track')
version = config.data_version['building']
if self.request.get('version'):
version = self.request.get('version')
lang = config.server["defaultLanguage"]
if self.request.get('lang'):
lang = self.request.get('lang')
Utils.LogRequest(self)
# check password
if self.error == '' and passwd != config.testing['passwd']:
self.error = 'passwd is incorrect.'
start_time = time.time() # start count
# if error, skip this
#if self.error != '' or self.error is None:
player = Player.getplayer(self, uuid)
player2 = Player.getplayer(self, uuid2)
ai = None
my_building = None
win_prize = None
lose_prize = None
data = Data.getDataAsObj(self, 'opponent_en', 1.0)
if data is None:
opponents = {'obj': json.loads(Score.GetDefaultOpponents())}
else:
opponents = data.obj
for _track in opponents:
for opponent in opponents[_track]:
if not win_prize:
win_prize = opponent['win_prize']
if not lose_prize:
lose_prize = opponent['lose_prize']
if player2 is None:
if opponent['id'] == uuid2:
ai = opponent
self.error = ''
if player is not None and guid != '':
if guid != player.state_obj['guid']:
player = None
self.error = config.error_message['dup_login']
if player is not None:
scores = Score.calculate(self, events, events2, laptime, laptime2,
win_prize, lose_prize)
if scores is not None:
score = scores[0]['total']
#player.state_obj['cash'] += score
player.state_obj['updated'] = start_time
if player2 is not None:
player.state_obj[GCVars.total_races] += 1
if laptime < laptime2:
player.state_obj[GCVars.total_wins] += 1
if ai is not None:
# save the resource to a building, ready for collection
my_building = Building.save_resource_to_building(
self, lang, version, player.uuid, track, score)
if player.state_obj.has_key(GCVars.total_ai_races):
player.state_obj[GCVars.total_ai_races] += 1
else:
player.state_obj.setdefault(GCVars.total_ai_races, 1)
if laptime < laptime2:
if player.state_obj.has_key(GCVars.total_ai_wins):
player.state_obj[GCVars.total_ai_wins] += 1
else:
player.state_obj.setdefault(
GCVars.total_ai_wins, 1)
#find star rating
difference = float(laptime2) - float(laptime)
data = {}
star_value = 0
new_star_value = 0
if player.state_obj.has_key('data'):
data = json.loads(player.state_obj['data'])
if data.has_key(uuid2):
star_value = int(data[uuid2])
#0,2,4 = 1 start time, 2 start time, 3 star time
if difference > float(ai['1_star_time']):
new_star_value = 1
if difference > float(ai['2_star_time']):
new_star_value = 2
if difference > float(ai['3_star_time']):
new_star_value = 3
if new_star_value > star_value:
data[uuid2] = new_star_value
logging.debug(
str(new_star_value) + ' > star_value:' +
str(star_value) + ', laptime 1:' + str(laptime) +
', laptime2: ' + str(laptime2))
logging.debug('setting player data to ' +
json.dumps(data))
player.state_obj['data'] = json.dumps(data)
player.state = json.dumps(player.state_obj)
Player.setplayer(self, player)
if 'xxx' in player.state:
self.error += '[KNOWN ISSUE] Player car lost. Please visit showroom and buy X1 again.'
player_score = scores[0]
scores_to_return = {
'score_prize': player_score['prize'],
'score_drift': player_score['prizes']['drift_bonus'],
'score_shift': player_score['prizes']['shift_bonus'],
'score_start': player_score['prizes']['start_bonus']
}
logging.debug('finishrace player state:' + player.state)
self.respn = '{"state":' + player.state
self.respn += ',"scores":' + json.dumps(scores_to_return)
if my_building is not None:
self.respn += ',"building":['
self.respn = Building.compose_mybuilding(
self.respn, my_building)
self.respn = self.respn.rstrip(',') + ']'
self.respn += '}'
if player2 is not None:
score = scores[1]['total']
#player2.state_obj[GCVars.cash] += score
Building.save_resource_to_building(self, lang, version,
player2.uuid, track,
score)
player2.state_obj[GCVars.updated] = start_time
player2.state_obj[GCVars.total_races] += 1
if laptime2 < laptime:
player2.state_obj[GCVars.total_wins] += 1
Player.setplayer(self, player2)
else:
self.error = 'Cant find a player for ' + uuid
#else:
# logging.warn('final error ' + self.error)
# calculate time taken and return the result
time_taken = time.time() - start_time
self.response.headers['Content-Type'] = 'text/html'
self.response.write(Utils.RESTreturn(self, time_taken))
def get(self):
# reset/clean standard variables
Utils.reset(self)
# validate and assign parameters
passwd = Utils.required(self, 'passwd')
version = config.data_version['building']
if self.request.get('version'):
version = self.request.get('version')
lang = config.server["defaultLanguage"]
if self.request.get('lang'):
lang = self.request.get('lang')
uuid = Utils.required(self, 'uuid')
guid = self.request.get('guid')
inid = Utils.required(self, 'inid')
# start count
start_time = time.time()
# set default parameters
player = None
buildings = None
mybuilding = None
economy = None
# if error, skip this
if self.error == '':
player = Player.getplayer(self, uuid)
if self.error == '' and player is not None and guid != '':
if guid != player.state_obj['guid']:
player = None
self.error = config.error_message['dup_login']
# if error or player is not, then skip to the end
if self.error == '' and player is not None:
buildings = Data.getbuildings(self, lang, version)
if self.error == '' and buildings is not None:
mybuilding = Building.getmybuilding(self, uuid, inid)
# if any error or mybuilding is none, then skip to the end
if self.error == '' and mybuilding is not None:
if mybuilding.status != Building.BuildingStatus.PENDING:
self.respn = '{"warning":"building=' + inid + ' has been finished."}'
else:
economy = Data.getDataAsObj(self, 'economy',
config.data_version['economy'])
if self.error == '' and self.respn == '' and economy is not None:
_upd = False
time_left = buildings.as_obj[mybuilding.itid][
mybuilding.level - 1]['build_time'] - int(
(start_time - mybuilding.timestamp) / 60)
if mybuilding.status == Building.BuildingStatus.PENDING:
if time_left > 0:
sele = economy.obj[0]
for list in economy.obj:
if time_left >= list['time_in_minutes']:
sele = list
else:
break
if player.state_obj['gold'] >= sele['gold_value']:
player.state_obj['gold'] -= sele['gold_value']
mybuilding.status = Building.BuildingStatus.DELIVERED
_upd = True
player.state_obj['updated'] = start_time
Player.setplayer(self, player)
else:
self.respn = '{"warning":"not enough gold!"}'
else:
mybuilding.status = Building.BuildingStatus.DELIVERED
_upd = True
if _upd is True:
Building.setmybuilding(self, mybuilding)
if self.error == '' and self.respn == '':
self.respn = '{"state":' + player.state + ', "buildings":['
self.respn = Building.compose_mybuilding(
self.respn, mybuilding)
self.respn = self.respn.rstrip(',') + ']'
self.respn += '}'
# calculate time taken and return the result
time_taken = time.time() - start_time
self.response.headers['Content-Type'] = 'text/html'
self.response.write(Utils.RESTreturn(self, time_taken))
def get(self):
# reset/clean standard variables
Utils.reset(self)
# validate and assign parameters
passwd = Utils.required(self, 'passwd')
version = config.data_version['buildings']
if self.request.get('version'):
version = self.request.get('version')
uuid = Utils.required(self, 'uuid')
guid = self.request.get('guid')
inid = Utils.required(self, 'inid')
# start count
start_time = time.time()
# set default parameters
player = None
researches = None
myresearch = None
economy = None
# if error, skip this
if self.error == '':
player = Player.getplayer_as_obj(self, uuid)
if self.error == '' and player is not None and guid != '':
if guid != player.state_obj['guid']:
player = None
self.error = config.error_message['dup_login']
# if error or player is not, then skip to the end
if self.error == '' and player is not None:
researches = Data.getresearches(self, version)
if self.error == '' and researches is not None:
myresearch = Research.getmyresearch(self, uuid, inid)
# if any error or myresearch is none, then skip to the end
if self.error == '' and myresearch is not None:
if myresearch.status != Research.ResearchStatus.PENDING:
self.respn = '{"warning":"research=' + inid + ' has been finished."}'
else:
economy = Data.getDataAsObj(self, 'economy',
config.data_version['economy'])
if self.error == '' and self.respn == '' and economy is not None:
_name = str(myresearch.itid)
_pos = myresearch.itid.find('.', len(myresearch.itid) - 4)
_bui = myresearch.itid[0:_pos]
_lev = myresearch.itid[_pos + 1:len(myresearch.itid)]
_upd = False
time_left = researches.as_obj[_bui][_lev]['wait'] - int(
(start_time - myresearch.timestamp) / 60)
if myresearch.status == Research.ResearchStatus.PENDING:
if time_left > 0:
sele = economy.obj[0]
for list in economy.obj:
logging.info(
str(time_left) + ' > ' +
str(list['time_in_minutes']))
if time_left >= list['time_in_minutes']:
sele = list
else:
logging.info('--->break')
break
logging.info(
str(sele['time_in_minutes']) + '==>' +
str(sele['gold_value']))
if player.state_obj['gold'] >= sele['gold_value']:
player.state_obj['gold'] -= sele['gold_value']
myresearch.status = Research.ResearchStatus.REWARD
_upd = True
Player.setplayer_as_obj(self, player)
else:
self.respn = '{"warning":"not enough gold!"}'
else:
myresearch.status = Research.ResearchStatus.REWARD
_upd = True
if _upd is True:
Research.setmyresearch(self, myresearch)
if self.error == '' and self.respn == '':
self.respn = '{"state":' + player.state + ', "buildings":['
self.respn = Research.compose_myresearch(
self.respn, myresearch)
self.respn = self.respn.rstrip(',') + ']'
self.respn += '}'
# calculate time taken and return the result
time_taken = time.time() - start_time
self.response.headers['Content-Type'] = 'text/html'
self.response.write(Utils.RESTreturn(self, time_taken))
def Update(self, chid, type, uid, laptime, replay, events, cardata, name,
image, lang, version):
""" Parameters:
chid - Challenge Id
type - type of update, 'CHALLENGE' or 'ACCEPT'
uid - user id, could be fbid or uuid
replay - racing data
score - button replay
"""
my_building = None
logging.debug("Challenge Update with replay length " +
str(len(replay)))
challenge = memcache.get(config.db['challengedb_name'] + '.' + chid)
if challenge is None:
logging.debug("Challenge not found in memcache")
challenges = Challenge.all().filter('id =', chid) \
.filter('state !=', CHALLENGE_TYPE.BOTH_PLAYERS_FINISH) \
.filter('state !=', CHALLENGE_TYPE.GAME_OVER) \
.ancestor(db.Key.from_path('Challenge',config.db['challengedb_name'])) \
.fetch(1)
if len(challenges) > 0:
challenge = challenges[0]
logging.debug("Challenge found in data")
if not memcache.add(config.db['challengedb_name'] + '.' + chid,
challenge, config.memcache['holdtime']):
logging.warning(
'Challenge - Set memcache for challenge by Id failed (Update)!'
)
if challenge is not None:
logging.debug("Challenge is not none")
#logging.debug("challenge update :" + challenge.data)
#TODO: remove the replay data from the .data to prevent it being serialzed and back
game = json.loads(challenge.data)
_upd = False
if challenge.state != CHALLENGE_TYPE.BOTH_PLAYERS_FINISH and challenge.state != CHALLENGE_TYPE.GAME_OVER:
logging.info("challenge not over. state = " + challenge.state +
" type = " + type)
start_time = time.time()
# flag to prevent Player saving outside this function and loosing the changes
challenge.manual_update = False
#CHALLENGE_TYPE
_player = 'player1'
if type != CHALLENGE_MODE.CHALLENGE:
_player = 'player2'
logging.info("updating _player " + _player)
# find the key in the challenge data for the correct player and update the new state
game[_player] = {
'player': {
'id': uid
},
'laptime': float(laptime),
'replay': replay,
'events': events,
'created': start_time,
'cardata': cardata,
'name': name,
'image': image
}
# update challenge state by looking at participants
if not 'replay' in game['player1'] and not 'replay' in game[
'player2']:
challenge.state = CHALLENGE_TYPE.OPEN_GAME
elif 'replay' in game['player1']:
challenge.state = CHALLENGE_TYPE.PLAYER1_FINISH
elif 'replay' in game['player2']:
challenge.state = CHALLENGE_TYPE.PLAYER2_FINISH
logging.info("challenge updating. state = " + challenge.state +
" type = " + type)
# see if we can finish the challenge
if game['player1'] is not None and game['player2'] is not None:
if 'replay' in game['player1'] and 'replay' in game[
'player2']:
challenge.state = CHALLENGE_TYPE.BOTH_PLAYERS_FINISH
# Update players with earnings
player1 = None
player2 = None
opponents = None
racewinnings = None
winner = 'draw'
player1 = Player.getplayerByFbid(self, challenge.uid1)
if player1 is None:
player1 = Player.getplayer(self, challenge.uid1)
if player1 is not None:
player2 = Player.getplayerByFbid(
self, challenge.uid2)
if player2 is None:
player2 = Player.getplayer(
self, challenge.uid2)
if player2 is not None:
racewinnings = Data.getDataAsObj(
self, 'racewinnings',
config.data_version['racewinnings'])
if racewinnings is not None:
opponents = Data.getDataAsObj(
self, 'opponent_en',
config.data_version['opponent'])
# everything is good - we have 2 player models and the winnings data
if opponents is not None:
prize1 = 0
prize2 = 0
# only use the first one for multiplayer challenges
win_prize = opponents.obj[
challenge.track][0]['win_prize']
lose_prize = opponents.obj[
challenge.track][0]['lose_prize']
if game['player1']['laptime'] < game['player2'][
'laptime']: # player1 wins
winner = player1.uuid
prize1 = win_prize
prize2 = lose_prize
player1.state_obj['total_wins'] += 1
elif game['player1']['laptime'] > game['player2'][
'laptime']:
winner = player2.uuid
prize1 = lose_prize
prize2 = win_prize
player2.state_obj['total_wins'] += 1
else:
winner = 'draw'
prize1 = lose_prize
prize2 = lose_prize
"""
player2.state_obj['cash'] += prize1
player2.state_obj['cash'] += prize2
"""
player1_building = Building.save_resource_to_building(
self, lang, version, player1.uuid,
challenge.track, prize1)
player2_building = Building.save_resource_to_building(
self, lang, version, player2.uuid,
challenge.track, prize2)
if uid == challenge.uid1:
my_building = player1_building
else:
player2.info_obj['updated'] = start_time
my_building = player2_building
if Player.setplayer(self, player2):
logging.info('player2 saved')
player1.state_obj['total_races'] += 1
player2.state_obj['total_races'] += 1
game['result'] = {
'winner': winner,
'player1': challenge.uid1,
'player2': challenge.uid2,
'player1_prize': prize1,
'player2_prize': prize2,
'player1_seen': uid == challenge.uid1,
'player2_seen': uid == challenge.uid2,
'player1_laptime': game['player1']['laptime'],
'player2_laptime': game['player2']['laptime']
}
_upd = True
# this can't be used - the player cannot do a challengeUpdate unless they finish a race?
elif game['result']['player1_seen'] is False or game['result'][
'player2_seen'] is False:
if uid == challenge.uid1:
game['result']['player1_seen'] = True
_upd = True
if uid == challenge.uid2:
game['result']['player2_seen'] = True
_upd = True
challenge.manual_update = True
if game['result']['player1_seen'] and game['result'][
'player2_seen']:
challenge.state = CHALLENGE_TYPE.GAME_OVER
logging.debug("Update finished with state " + challenge.state +
" type = " + type)
if _upd is True:
challenge.data = json.dumps(game)
if challenge.put():
# TODO : memcache replace
memcache.delete(config.db['challengedb_name'] + '.' +
challenge.id)
if not memcache.add(
config.db['challengedb_name'] + '.' + challenge.id,
challenge):
logging.warning(
'Challenge - Set memcache for challenge by Id failed!'
)
self.error += 'Challenge saving failed :('
else:
self.error += 'Challengeupdate failed :('
else:
self.error = 'Challenge ID=' + chid + ' could not be found.'
logging.debug(self.error)
return challenge, my_building