def check_answer(identifier, form, ua):
highscore = False
_id = int(form['_id']) ^ identifier
(post_dt, post) = get_log_by_id(_id)
t_delta = datetime.now() - post_dt
db = redis.db('now_or_past')
if is_correct(t_delta, form['res']):
prev = db.get('prev:%s' % identifier) or 0
if _id != int(prev):
score = db.incr('win:%s' % identifier)
answer = '[%d おまんこ] ' % score + random.choice(CORRECT_MSGS)
sound = 'right'
db.expire('win:%s' % identifier, 300)
db.setex('prev:%s' % identifier, _id, 300)
else:
answer = 'リロードしたので正解数をリセットします(ﾟД`)'
sound = 'wrong'
db.setex('win:%s' % identifier, 0, 300)
else:
answer = '[おちんぽ] ' + random.choice(INCORRECT_MSGS)
sound = 'wrong'
score = db.get('win:%s' % identifier) or 0
score = int(score)
if score and is_highscore(score):
db.setex('highscore:%s' % identifier, score, 3000)
highscore = score
db.setex('win:%s' % identifier, 0, 300)
post_dt = Markup(parse_dt(post_dt) + gen_usamin_link(_id))
return render_template('now_or_past.html', post_dt=post_dt, css=determine_css(ua),
highscore=highscore, post=Markup(post), answer=Markup(answer),
sound=sound)
def dialogue():
def explicit_fword(text):
for (implicit, explicit) in fwords.items():
text = text.replace(implicit, explicit)
return text
_input = request.args.get('text')
_input = explicit_fword(_input)
uid = compute_id(request)
db = redis.db('twitter')
user_info = db.get('user:%s' % uid)
if user_info:
user_info = json.loads(user_info.decode('utf8'))
user_info['tweets'].append(_input)
else:
user_info = {'replies': [], 'tweets': [_input]}
user_info.update({'screen_name': '貴殿', 'name': '貴殿'})
rep = Reply()
response = rep.make_response(_input, user_info)
if len(user_info['replies']) >= 20:
user_info['replies'].pop(0)
if len(user_info['tweets']) >= 20:
user_info['tweets'].pop(0)
user_info['replies'].append(response['text'])
db.setex('user:%s' % uid, json.dumps(user_info), TWO_WEEK)
response['text'] = normalize.remove_emoticon(response['text'])
response['text'] = response['text'].strip()
return response['text']
def dialogue():
def explicit_fword(text):
for (implicit, explicit) in fwords.items():
text = text.replace(implicit, explicit)
return text
_input = request.args.get('text')
_input = explicit_fword(_input)
uid = compute_id(request)
db = redis.db('twitter')
user_info = db.get('user:%s' % uid)
if user_info:
user_info = json.loads(user_info.decode('utf8'))
user_info['tweets'].append(_input)
else:
user_info = {'replies': [], 'tweets': [_input]}
user_info.update({'screen_name': '貴殿', 'name': '貴殿'})
rep = Reply()
response = rep.make_response(_input, user_info)
if len(user_info['replies']) >= 20:
user_info['replies'].pop(0)
if len(user_info['tweets']) >= 20:
user_info['tweets'].pop(0)
user_info['replies'].append(response['text'])
db.setex('user:%s' % uid, json.dumps(user_info), TWO_WEEK)
response['text'] = normalize.remove_emoticon(response['text'])
response['text'] = response['text'].strip()
return response['text']
def __init__(self, debug=False):
self.tl_responder = TimeLineReply()
self.reply_responder = Reply()
self.twitter = Twitter()
self.db = redis.db('twitter')
if not self.db.exists('latest_tl_replied'):
self.db.set('latest_tl_replied', '(;´Д`)')
self.debug = debug
def __init__(self, debug=False):
self.tl_responder = TimeLineReply()
self.reply_responder = Reply()
self.twitter = Twitter()
self.db = redis.db("twitter")
if not self.db.exists("latest_tl_replied"):
self.db.set("latest_tl_replied", "(;´Д`)")
self.debug = debug
def __init__(self):
self.cfg = file_io.read('atango.json')['Reply']
self.twitter = api.Twitter()
self.db = redis.db('twitter')
global_context = self.db.get('global_context')
if global_context:
self.global_context = json.loads(global_context.decode('utf8'))
else:
self.global_context = []
def __init__(self):
self.cfg = file_io.read('atango.json')['Reply']
self.twitter = api.Twitter()
self.db = redis.db('twitter')
global_context = self.db.get('global_context')
if global_context:
self.global_context = json.loads(global_context.decode('utf8'))
else:
self.global_context = []
def is_highscore(score):
db = redis.db('now_or_past')
highscores = db.zrangebyscore('score', 0, 0x01 << 64, withscores=True, score_cast_func=int)
if len(highscores) < NUM_RANKING:
return True
unique_scores = set()
for (name, highscore) in highscores:
if score > int(highscore):
return True
unique_scores.add(highscore)
return len(unique_scores) < NUM_RANKING
def ranking():
ua = request.headers.get('User-Agent')
db = redis.db('now_or_past')
highscores = ''
unique_scores = set()
for (name, score) in db.zrevrangebyscore('score', 0x01 << 64, 0, withscores=True,
score_cast_func=int):
unique_scores.add(score)
rank = len(unique_scores)
name = name.decode('utf8').replace('___', ' ')
highscores += HIGHSCORE_FORMAT % (rank, name, score)
return render_template('ranking.html', highscores=Markup(highscores), css=determine_css(ua))
def test_get_userinfo(self):
db = redis.db('twitter')
db.delete('user:0')
tweet = {'id': 0, 'user': {'id': 0, 'name': 'まんこ', 'screen_name': 'manko'},
'text': 'おまんこ', 'created_at': '2015-03-09', 'source': 'm'}
actual = self.rep.get_userinfo(tweet)
desired = {'name': 'まんこ', 'screen_name': 'manko', 'tweets': ['おまんこ'], 'replies': []}
assert actual == desired
userinfo = {'name': 'まんこ', 'screen_name': 'manko',
'tweets': ['おまんこ', 'まんこ'], 'replies': ['manko', 'omanko']}
db.set('user:0', json.dumps(userinfo))
actual = self.rep.get_userinfo(tweet)
userinfo['tweets'] = ['おまんこ', 'まんこ', 'おまんこ']
assert actual == userinfo
def entry_highscore(identifier, user_name):
db = redis.db('now_or_past')
score = db.get('highscore:%s' % identifier) or 0
score = int(score)
if not score:
return False
user_name = user_name.replace('<', '<').replace('>', '>')
user_name += datetime.now().strftime('___(%Y/%m/%d___%H:%M:%S)')
db.zadd('score', user_name, score)
highscores = db.zrevrangebyscore('score', 0x01 << 64, 0, withscores=True,
score_cast_func=int)
unique_scores = set()
for (name, highscore) in highscores:
if (score > highscore and highscore not in unique_scores and
len(unique_scores) > NUM_RANKING - 1):
db.zrem('score', name)
else:
unique_scores.add(highscore)
db.bgsave()
return True
def __init__(self, es_setting=None):
self.es = Elasticsearch(es_setting)
self.db = redis.db('log')
self.actions = []
def __init__(self):
self.es = Elasticsearch([elasticsearch_setting])
self.db = redis.db('log')
self.actions = []
def __init__(self):
self.es = Elasticsearch()
self.db = redis.db('log')
self.actions = []