def modify_wake_time(self, nick, day, hr, mn, user_data):
import time
import botconfig
day = int(day)
hr = int(hr)
mn = int(mn)
if (day < 1 or day > 31):
print >>sys.stderr, '%s <- command error: invalid date(1)' % nick
return REPLY_ERR_DATE
today_t = time.time() - 43200 + botconfig.BotConfig["TimeOffset"]
found_day = self.check_prev_day(day, today_t)
if not found_day:
print >>sys.stderr, '%s <- command error: invalid date(2)' % nick
return REPLY_ERR_DATE
if (hr < 0 or hr > 23 or mn < 0 or mn > 59):
print >>sys.stderr, '%s <- command error: invalid time' % nick
return REPLY_ERR_TIME
user_data['mod_mon'] = found_day.tm_mon
user_data['mod_mday'] = found_day.tm_mday
twnmodels.WakeTime.put_time(nick, twnmodels.tw_day_id(found_day, False), hr, mn, 0)
return REPLY_MOD_WAKE
def make_stats(self, slps, wks):
import time
import math
t = time.time() + 32400 - 604800
gt = time.gmtime(t)
stimes = []
ssum = 0
avr = -1
for i in range(7):
gt2 = time.gmtime(t)
t += 3600*24
gt3 = time.gmtime(t)
did = twnmodels.tw_day_id(gt2, False)
did2 = twnmodels.tw_day_id(gt3, False)
if (did in slps) and (did2 in wks):
st = slps[did]
wt = wks[did2]
sleep_etime = wt['hour']*60 + wt['min'] + 60*24
sleep_etime -= st['hour']*60 + st['min']
ssum += sleep_etime
stimes.append(sleep_etime)
sdist = -1
alen = len(stimes)
if len(stimes)>0:
avr = ssum / alen
dsum = 0
for s in stimes:
dsum += ((s - avr)/60.0)*((s - avr)/60.0)
sdist = math.sqrt(dsum / alen)
return {'org_mon': gt.tm_mon, 'org_day': gt.tm_mday, 'avail_count': alen, 'average': avr/60.0, 'sdist': sdist}
def make_user_list(cls):
cached_list = memcache.get("sorted_userlist_cache")
if cached_list:
return cached_list
import time
t = time.time() +32400 - (86400*7)
dayid = twnmodels.tw_day_id(time.gmtime(t), False)
q_susers = twnmodels.SleepTime.all()
q_susers.filter("day_id >= ", dayid).order('-day_id')
q_wusers = twnmodels.WakeTime.all()
q_wusers.filter("day_id >= ", dayid).order('-day_id')
susers = q_susers.fetch(limit = 800)
wusers = q_wusers.fetch(limit = 800)
umap = {}
for u in susers:
if not u.username in umap:
umap[u.username] = 1
else:
umap[u.username] += 1
for u in wusers:
if not u.username in umap:
umap[u.username] = 1
else:
umap[u.username] += 1
rlist = []
for k,v in umap.iteritems():
rlist.append((k,v))
rlist.sort(lambda a, b: b[1]-a[1])
memcache.set("sorted_userlist_cache", rlist, 300)
return rlist
def modify_sleep_time(self, nick, day, hr, mn, user_data):
import time
import botconfig
day = int(day)
hr = int(hr)
mn = int(mn)
if day < 1 or day > 31:
print >>sys.stderr, '%s <- command error: invalid date(1)' % nick
return REPLY_ERR_DATE
now_t = time.time() + botconfig.BotConfig["TimeOffset"]
today_t = now_t - 43200
found_day = TwitterBotImpl.check_prev_day(day, today_t)
if not found_day:
print >>sys.stderr, '%s <- command error: invalid date(2)' % nick
return REPLY_ERR_DATE
if (hr >= 0 and hr < 3):
hr += 24
if (hr < 13 or hr > 36 or mn < 0 or mn > 59):
print >>sys.stderr, '%s <- command error: invalid time' % nick
return REPLY_ERR_TIME
spec_t = time.mktime((found_day.tm_year, found_day.tm_mon, found_day.tm_mday, hr, mn, 0, 0, 0, -1))
if (spec_t-now_t) > 600:
print >>sys.stderr, '%s <- command error: invalid time(3)' % nick
return REPLY_FWD_TIME
user_data['mod_mon'] = found_day.tm_mon
user_data['mod_mday'] = found_day.tm_mday
twnmodels.SleepTime.put_time(nick, twnmodels.tw_day_id(found_day, False), hr, mn, 0)
return REPLY_MOD_SLEEP
def calc(cls):
import time
if memcache.get('bscore_cache_valid'):
print >>sys.stderr, "BScoreUpdater aborted"
return
memcache.set('bscore_cache_valid', True, 1100)
sa = twnmodels.SleepTime.all()
wa = twnmodels.WakeTime.all()
t = time.time() +32400 - (86400*7)
dayid = twnmodels.tw_day_id(time.gmtime(t), False)
# make a table for 'next' day ids
next_did = {}
for dt in range(8):
next_did[ twnmodels.tw_day_id(time.gmtime(t+dt*86400), False) ] = twnmodels.tw_day_id(time.gmtime(t+(dt+1)*86400), False)
sa.order('-day_id').filter('day_id >=', dayid)
wa.order('-day_id').filter('day_id >=', dayid)
slist = sa.fetch(limit = 800)
wlist = wa.fetch(limit = 800)
umap = {}
st_dmap = {}
wk_dmap = {}
#make dayid+username map
for st in slist:
st_dmap[cls.make_day_and_user_key(next_did[st.day_id], st.username)] = True
for wt in wlist:
if wt.day_id and not (cls.make_day_and_user_key(wt.day_id, wt.username) in st_dmap): # Sleep time is missing. Assume 6 hours sleep
dmy_h = wt.hour + 18
slist.append(DummyTime(wt.username, dmy_h))
wk_dmap[cls.make_day_and_user_key(wt.day_id, wt.username)] = True
for st in slist:
if not st.username in umap:
umap[st.username] = 0
if st.day_id:
next_wake_id = cls.make_day_and_user_key(next_did[st.day_id], st.username)
if not (next_wake_id in wk_dmap): # Wake time is missing. Assume 6 hours sleep
dmy_h = st.hour + 6
if (dmy_h > 23):
dmy_h -= 24
else:
dmy_h = 0
wlist.append(DummyTime(st.username, dmy_h))
umap[st.username] += cls.calc_st_score( st.hour )
for wt in wlist:
if not wt.username in umap:
umap[wt.username] = 0
umap[wt.username] += cls.calc_wt_score( wt.hour )
uall = twnmodels.TwitterUser.all().order("-s_timestamp")
prefetch_map = {}
for uobj in uall:
prefetch_map[uobj.username] = uobj
for score in umap:
twnmodels.TwitterUser.set_bscore(score, umap[score], t, prefetch_map)
print >>sys.stderr, "updated bscore"
memcache.set("rank_timestamp", value=int(t))
