class MentionsNotifications:
mongo = db.mongoAdapter()
balance = settings.balance()
core = settings.core()
p_key = core.p_parser_key
p_secret = core.p_parser_secret
def __init__(self):
print 'Loaded ' + str(len(self.core.loaded_data['bots'])) + ' bots:'
for bot in self.core.loaded_data['bots']:
print '> @' + bot['name']
print
self.setBot(0)
def setBot(self, bot_id):
self.bot_id = bot_id
self.bot = self.core.loaded_data['bots'][bot_id]
def postNotification(self, notification):
try:
auth = tweepy.OAuthHandler(self.p_key, self.p_secret)
auth.set_access_token(self.bot['token1'].decode('utf-8'),
self.bot['token2'].decode('utf-8'))
api = tweepy.API(auth)
api.update_status(notification)
except Exception, e:
print 'Error post', notification['name'], e
class artistsRatingsCounter:
mongo = db.mongoAdapter()
balance = settings.balance()
core = settings.core()
def countRatings(self):
starttime = time.time()
authors = {}
likes = self.mongo.getu('items_likes', {'author_id': {'$exists': True}})
for like in likes:
author_str_id = str(like['author_id'])
if not author_str_id in authors:
authors.update({author_str_id: 0})
authors[author_str_id] += len(like['people'])
self.mongo.cleanUp('authors_likes')
for author_str_id in authors:
author_info = self.mongo.find('players', {'_id': ObjectId(author_str_id)}, {'_id': 1, 'name': 1, 'avatar': 1})
if author_info:
self.mongo.insert('authors_likes', {
'author_id': author_info['_id'],
'author_name': author_info['name'],
'author_avatar': author_info['avatar'],
'likes': authors[author_str_id]
})
message = 'Artist ratings was counted by '+str(time.time()-starttime)+' seconds'
print message
class FVFCreator:
mongo = db.mongoAdapter()
balance = settings.balance()
core = settings.core()
log = logger.logger('logs/system_events.log')
def __init__(self):
pass
def checkAndCreateFvF(self, FORCE=False):
need_to_create_new = True
last_fvf = self.mongo.getu('events',
search={'type': 'fvf'},
sort={'create_date': -1},
limit=1)
if last_fvf:
if last_fvf[0][
'create_date'] + self.balance.FVF_CREATE_TIME > time.time(
):
need_to_create_new = False
if need_to_create_new or self.core.debug['always_create_fvf'] or FORCE:
if last_fvf:
not_side = last_fvf[0]['sides'][random.randint(0, 1)]
sides = [0, 1, 2]
del sides[not_side]
side_1, side_2 = sides
else:
side_1 = random.sample([0, 1, 2], 1)[0]
side_2 = Set([0, 1, 2])
side_2.remove(side_1)
side_2 = random.sample(side_2, 1)[0]
self.createFvF(side_1, side_2)
def createFvF(self, side_1, side_2):
start_time = time.time() + random.randint(
self.balance.FVF_START_TIME_MIN, self.balance.FVF_START_TIME_MAX)
desc = ''
event = {
'type':
'fvf',
'guild_run':
False,
'desc':
desc,
'activity': [],
'start_date':
start_time,
'create_date':
time.time(),
'finish_date':
start_time + self.balance.LENGTH_OF_FVF,
'status':
'active',
'promoted_hashtag':
[self.balance.FVF_HASHES[side_1], self.balance.FVF_HASHES[side_2]],
'sides': [side_1, side_2],
'sides_names':
[self.balance.faction[side_1], self.balance.faction[side_2]],
'people': []
}
self.mongo.insert('events', event)
message = 'FvF event was created: ' + event['sides_names'][
0] + ' vs. ' + event['sides_names'][0]
self.log.write(message)
print message
#!/usr/bin/python
# -*- coding: utf-8 -*-
# This is automated system to create new faction vs faction events
# author: Alex Shteinikov
import __init__
import settings
import time
from sets import Set
import random
tweenk_core = settings.core()
tweenk_balance = settings.balance()
import db
import logger
class FVFCreator:
mongo = db.mongoAdapter()
balance = settings.balance()
core = settings.core()
log = logger.logger('logs/system_events.log')
def __init__(self):
pass
def checkAndCreateFvF(self, FORCE=False):
#!/usr/bin/python
# -*- coding: utf-8 -*-
# This is artists rating counter
# author: Alex Shteinikov
import __init__
import settings
tweenk_core = settings.core()
tweenk_balance = settings.balance()
import db
import time
from bson import ObjectId
class artistsRatingsCounter:
mongo = db.mongoAdapter()
balance = settings.balance()
core = settings.core()
def countRatings(self):
starttime = time.time()
authors = {}
likes = self.mongo.getu('items_likes', {'author_id': {'$exists': True}})
for like in likes:
class serviceCatcher():
core_settings = settings.core()
data = settings.balance()
log = logger.logger()
LOG_NAME = os.path.abspath(
os.path.split(inspect.getfile(
inspect.currentframe()))[0]) + '/logs/newparser.log'
LOCK_NAME = os.path.abspath(
os.path.split(inspect.getfile(
inspect.currentframe()))[0]) + '/__lock__'
timelines = {}
p_key = core_settings.p_parser_key
p_secret = core_settings.p_parser_secret
mongo = db.mongoAdapter()
queue = myQueue()
local_queue = myQueue()
missing_players = []
auths = {}
apis = {}
threads = {}
threads_number = 0
request_time = 0
parse_time = 0
group_number = 0
graph_tweets = {}
def __init__(self):
self.parser = tweet_parser.tweetParser(debug=False)
def _createLock(self):
fp = open(self.LOCK_NAME, 'w')
fp.write('YEAH')
fp.close()
def loadDataToQueue(self, array=False):
self.queue = myQueue()
self.queue.body = []
if not array:
buff_players = self.mongo.getu(
'players',
search={
'banned': {
'$exists': False
},
'last_login': {
'$gte':
time.time() - self.core_settings.MAX_TIME_TO_SLEEP
}
},
fields={
'user_id': 1,
'name': 1,
'token1': 1,
'token2': 1
},
sort={'last_login': -1})
else:
buff_players = array
self.queue.add(buff_players)
def startThread(self, name):
self.threads.update({name: ThreadWithExc(self, name)})
self.threads[name].start()
def startPostThread(self, name):
self.threads.update({name: ThreadPostNotification(self, name)})
self.threads[name].start()
def getTimelineFromTwitter(self, user):
try:
self.auths[user['user_id']] = tweepy.OAuthHandler(
self.p_key, self.p_secret)
self.auths[user['user_id']].set_access_token(
user['token1'], user['token2'])
self.apis[user['user_id']] = tweepy.API(
self.auths[user['user_id']])
timeline = self.apis[user['user_id']].user_timeline(
include_entities=1, include_rts=True)
except Exception, e:
timeline = False
print 'Error', user['name'], e
try:
del self.auths[user['user_id']]
del self.apis[user['user_id']]
except Exception:
pass
return timeline
class WeeklyStats:
mongo = db.mongoAdapter()
balance = settings.balance()
core = settings.core()
def __init__(self):
pass
def updateStats(self):
collection = 'weekly_stats'
if not self.mongo.collectionExist(collection):
self.mongo.createCollection(collection)
stats = self.mongo.getu('statistics', {'user_id': 12164662})
prev_weekly = self.mongo.getu(collection)
if not prev_weekly:
prev_weekly = []
str_prev_weekly = {}
for stat in prev_weekly:
str_prev_weekly.update({str(stat['user_id']): stat['stats']})
to_update = []
for stat in stats:
str_id = str(stat['user_id'])
if str_id in str_prev_weekly:
diff = {
'monsters': stat['stats']['kills_monster'] - str_prev_weekly[str_id]['monsters'],
'players': stat['stats']['pvp_kills_player'] - str_prev_weekly[str_id]['players'],
'lvl': stat['stats']['lvl'] - str_prev_weekly[str_id]['lvl']
}
record = {'user_id': stat['user_id'], 'stats': diff}
if diff['monsters'] + diff['players'] + diff['lvl'] > 0:
to_update.append(record)
normal = {
'monsters': stat['stats']['kills_monster'],
'players': stat['stats']['pvp_kills_player'],
'lvl': stat['stats']['lvl']
}
self.mongo.update(collection, {'user_id': stat['user_id']}, {'stats': normal})
else:
diff = {
'monsters': stat['stats']['kills_monster'],
'players': stat['stats']['pvp_kills_player'],
'lvl': stat['stats']['lvl']
}
record = {'user_id': stat['user_id'], 'stats': diff}
if diff['monsters'] + diff['players'] + diff['lvl'] > 1:
to_update.append(record)
self.mongo.insert(collection, record)
for item in to_update:
print item
class ratingsCounter:
K1 = 0.02
K2 = 1.5
K_kill = 100
RD = 25
mongo = db.mongoAdapter()
balance = settings.balance()
core = settings.core()
log = logger.logger('logs/system_events.log')
def __init__(self):
pass
def countUserRatings(self):
def countTheUserRating(sort_field, result_field):
self.players.sort(key=lambda x: x[sort_field])
self.players.reverse()
place = 1
for player in self.players:
if 'banned' in player and player['banned']:
player.update({result_field: 100500})
else:
player.update({result_field: place})
place += 1
starttime = time.time()
for player in self.players:
# Умножаем уровень на 100 млн и прибавляем опыт
# чтобы два раза не сравнивать (по уровню и по опыту)
# а учитывать общее значение
player.update(
{'rating': player['lvl'] * 100000000 + player['exp']})
# Если нет информации о том сколько твитов игрока за день получено
# то считаем 0
if not 'today_parsed_tweets' in player:
player.update({'today_parsed_tweets': 0})
# Если нет информации о том сколько pvp points игрок за день набрал
# то считаем что все (что вчера у него было 0 очков)
if not 'prev_day_pvp' in player:
player.update({'pvp_per_day': player['pvp_score']})
else:
player.update({
'pvp_per_day':
player['pvp_score'] - player['prev_day_pvp']
})
# Считаем рейтинг игрока по метрикам
global_metric = 0
if player['lvl'] == 1:
global_metric = 0
else:
if 'metrics' in player:
if 'monster_kill' in player['metrics']:
for hour in player['metrics']['monster_kill']:
global_metric += (
self.balance.max_lvl -
player['metrics']['monster_kill'][hour]['lvl']
* self.K2) * self.K1 * self.K_kill * player[
'metrics']['monster_kill'][hour]['value']
else:
global_metric = 0
try:
if player['ratings']['trending_position'] <= 10:
if player['ratings']['trending_position'] <= 3:
global_metric = global_metric * 0.7
elif player['ratings']['trending_position'] <= 7:
global_metric = global_metric * 0.8
else:
global_metric = global_metric * 0.9
except Exception:
pass
global_metric = global_metric + global_metric / 100 * random.randint(
0, self.RD)
player.update({'trending_score': global_metric})
# Считаем место игрока в глобальном рейтинге игроков по опыту,
# Если уровень одинаковый, то выше в рейтинге тот, у кого больше опыта
countTheUserRating('rating', 'rating_by_exp')
# ... в общем рейтинге игроков по pvp points
countTheUserRating('pvp_score', 'rating_by_pvp')
# ... в общем рейтинге игроков по achv_points
countTheUserRating('achv_points', 'rating_by_achv_points')
# ... trending players
countTheUserRating('trending_score', 'trending_position')
for player in self.players:
record = {
'rating_by_exp': player['rating_by_exp'],
'rating_by_pvp': player['rating_by_pvp'],
'rating_by_achv_points': player['rating_by_achv_points'],
'trending_position': player['trending_position'],
'trending_score': player['trending_score']
}
self.mongo.update('players', {'_id': player['_id']},
{'ratings': record})
message = 'Player ratings was counted by ' + str(
time.time() - starttime) + ' seconds'
self.log.write(message)
print message
def countGuildRatings(self):
def countGuildRating(field):
self.guilds.sort(key=lambda x: x[field])
self.guilds.reverse()
place = 1
for guild in self.guilds:
guild.update({field: place})
place += 1
starttime = time.time()
for guild in self.guilds:
guild.update({
'buff_global_metric': 0,
'buff_rating': 0,
'buff_pvp': 0,
'pvp_score': 0,
})
query = []
for id in guild['people']:
query.append({'_id': id})
members = self.mongo.getu('players',
search={'$or': query},
fields={
'lvl': 1,
'pvp_score': 1,
'ratings': 1
})
for player in members:
try:
guild['buff_global_metric'] += player['ratings'][
'trending_score']
guild['buff_rating'] += player['lvl']
guild['buff_pvp'] += player['pvp_score']
except Exception:
pass
if len(members) < 5:
guild['buff_global_metric'] = 0
guild['pvp_score'] = int(guild['buff_pvp'])
# Считает место гильдии в глобальном рейтинге гильдии
# по сумме уровня членов гильдии
countGuildRating('buff_rating')
# ... sum trending members
countGuildRating('buff_global_metric')
# .. по общему pvp_score участников
countGuildRating('buff_pvp')
for guild in self.guilds:
record = {
'rating_place_members_lvl': guild['buff_rating'],
'rating_place_members_pvp': guild['buff_pvp'],
'trending_position': guild['buff_global_metric'],
'pvp_score': guild['pvp_score']
}
self.mongo.update('guilds', {'_id': guild['_id']},
{'ratings': record})
message = 'Guilds ratings was counted by ' + str(
time.time() - starttime) + ' seconds'
self.log.write(message)
print message
def countAll(self):
self.players = self.mongo.getu('players',
{'banned': {
'$exists': False
}}, {
'_id': 1,
'lvl': 1,
'exp': 1,
'achv_points': 1,
'pvp_score': 1,
'metrics': 1,
'ratings': 1
})
self.banned_players = self.mongo.getu('players',
{'banned': {
'$exists': True
}}, {
'_id': 1,
'lvl': 1,
'exp': 1,
'achv_points': 1,
'pvp_score': 1,
'metrics': 1
})
self.guilds = self.mongo.getu('guilds', {}, {
'id': 1,
'name': 1,
'people': 1
})
self.countUserRatings()
self.countGuildRatings()
for player in self.banned_players:
record = {
'rating_by_exp': 100500,
'rating_by_pvp': 100500,
'rating_by_achv_points': 100500,
'trending_position': 100500,
'trending_score': 0
}
self.mongo.update('players', {'_id': player['_id']}, record)
self.exit()
def countGameStatistics(self):
count_players = []
for index in range(0, len(self.balance.faction)):
query = {'faction': index, '$or': [{'race': 0}, {'race': 1}]}
count_players.append(self.mongo.count('players', query))
count_avg_level = [0, 0, 0]
players = self.mongo.getu('players', {}, {'lvl': 1, 'faction': 1})
for player in players:
count_avg_level[player['faction']] += player['lvl']
for index in range(0, len(self.balance.faction)):
try:
count_avg_level[index] = float(
int(
float(count_avg_level[index]) / count_players[index] *
10)) / 10
except Exception:
count_avg_level[index] = 0.0
current_time = time.localtime()
hashkey = str(current_time.tm_year) + str(current_time.tm_yday)
lastday_stat = self.mongo.find('game_statistics',
{'type': 'lastday_avg_level'})
if not lastday_stat or time.localtime(
).tm_hour > 20 and not lastday_stat['hashkey'] == hashkey:
self.mongo.update('game_statistics', {'type': 'lastday_avg_level'},
{
'type': 'lastday_avg_level',
'data': count_avg_level,
'hashkey': hashkey
}, True)
self.mongo.update('game_statistics', {'type': 'lastday_count'}, {
'type': 'lastday_count',
'data': count_players,
'hashkey': hashkey
}, True)
self.mongo.update('game_statistics', {'type': 'players_count'}, {
'type': 'players_count',
'data': count_players
}, True)
self.mongo.update('game_statistics', {'type': 'players_avg_level'}, {
'type': 'players_avg_level',
'data': count_avg_level
}, True)
def exit(self):
self.log.closeFile()
def __init__(self, connection):
self.mongo = connection
self.balance = settings.balance()
def __init__(self, connection):
self.mongo = connection
self.balance = settings.balance()