def get_azan(bot, job):
global add_job
# Latency monitoring 1
d1 = datetime.datetime.utcnow()
#Manipulate UTCTime to consider lead time of data fetching
utctime = datetime.datetime.utcnow() + datetime.timedelta(minutes = LEADTIME)
#Testing purpose
#utctime = datetime.datetime(2017, 7, 12, 4, 58)
utctime = utctime.replace(second=0, microsecond=0)
lv_mindt = job.context
utcadjtime = utctime + datetime.timedelta(minutes = lv_mindt)
doc_csched_qry = db.csched.find_one({"_id": utcadjtime})
if doc_csched_qry is not None:
for lv_fazfor in doc_csched_qry['fazfor']:
lv_zones = lv_fazfor.get('czones_id')
lv_ftypes = lv_fazfor.get('ftypes')
doc_czones_qry = db.czones.find_one({"_id": lv_zones, "fxpara": {"$ne": "default"}})
lv_ftzone = doc_czones_qry.get('ftzone')
lv_txzone = ' '
if lv_ftzone == 7:
lv_txzone = 'WIB'
elif lv_ftzone == 8:
lv_txzone = 'WITA'
elif lv_ftzone == 9:
lv_txzone = 'WIT'
cusers_qry = db.cusers.find({"czones_id": lv_zones, "fdsble": False, "fblock": False})
if cusers_qry.count() > 0:
localtime = utcadjtime + datetime.timedelta(hours = lv_ftzone)
#Hijri function
hijritime = HijriDate(localtime.date().year, localtime.date().month, localtime.date().day, gr=True)
doc_chijri_qry = db.chijri.find_one({"_id": int(hijritime.month)})
lv_orihijriday = hijritime.day
hijritime.day = hijritime.day + doc_chijri_qry.get('fadjst')
if int(hijritime.day) == 30:
if doc_chijri_qry.get('f29flg') == True:
hijritime.day = 1
if hijritime.month == 12:
hijritime.month = 1
hijritime.year = hijritime.year + 1
else:
hijritime.month = hijritime.month + 1
elif int(lv_orihijriday) == 1:
if int(hijritime.month) == 1:
doc_chijri_qry = db.chijri.find_one({"_id": 12})
else:
doc_chijri_qry = db.chijri.find_one({"_id": int(hijritime.month)-1})
if doc_chijri_qry.get('f30flg') == True:
hijritime.day = 30
if int(hijritime.month) == 1:
hijritime.month = 12
hijritime.year = hijritime.year - 1
else:
hijritime.month = hijritime.month - 1
#End of Hijri function
lv_msg = ''
if lv_ftypes != 'Imsak' and lv_ftypes != 'Terbit':
lv_msg = '{}*[Azan]* '.format(lv_msg)
lv_msg = '{}`{} - {} {}`\n\n'.format(lv_msg, lv_ftypes, localtime.strftime('%H:%M'), lv_txzone)
lv_msg = '{}_{}, {} {} {} | '.format(lv_msg, LOCAL_DAY[localtime.weekday()], localtime.day, LOCAL_MONTH[localtime.month], localtime.year)
lv_msg = '{}{} {} {}\n'.format(lv_msg, int(hijritime.day), HIJRI_MONTH[int(hijritime.month)], int(hijritime.year))
lv_msg = '{}{} - {}_'.format(lv_msg, doc_czones_qry.get('fdescr'), doc_czones_qry.get('fstate'))
lv_counter = 0
lv_second = 0
for doc_cusers_qry in cusers_qry:
lv_frmndr = doc_cusers_qry.get('frmndr')
msgtype = 0
msg = ''
utcrmndr = utctime + datetime.timedelta(minutes = lv_frmndr)
if utcadjtime == utctime:
msgtype = 1 # Notif
msg = lv_msg
elif utcadjtime == utcrmndr and lv_frmndr > 0:
msgtype = 2 # Reminder
msg = '*[Reminder]* `{} menit menuju waktu `{}'.format(lv_frmndr, lv_msg.replace('*[Azan]* ',''))
if msgtype > 0:
chat_id = doc_cusers_qry.get('_id')
#Testing purpose
#chat_id = xxxxxxxx
jobtime = utctime + datetime.timedelta(seconds = lv_second)
lv_context = []
lv_context.append(chat_id)
lv_context.append(msg)
lv_context.append(job.name)
lv_context.append(utctime)
lv_context.append(lv_zones)
if lv_ftypes == 'Imsak':
if doc_cusers_qry.get('fimsak') == True:
add_job.run_once(set_azan, jobtime, context=lv_context)
lv_counter += 1
elif lv_ftypes == 'Terbit':
if doc_cusers_qry.get('fsyurk') == True:
add_job.run_once(set_azan, jobtime, context=lv_context)
lv_counter += 1
else:
add_job.run_once(set_azan, jobtime, context=lv_context)
lv_counter += 1
if lv_counter%MAX_MESSAGE == 0:
lv_second += 1
# Job limit monitoring
#Testing purpose
#JOB_LIMIT = -1
if lv_second > JOB_LIMIT:
logger.error('[JOB LIMIT] Processing on {} exceeds the {}th second limit: {} seconds!'.format(utctime, JOB_LIMIT, lv_second))
try:
bot.send_message(chat_id=LOG_CHATID, text='[JOB LIMIT] Processing on {} exceeds the {}th second limit: {} seconds!'.format(utctime, JOB_LIMIT, lv_second))
except TelegramError as e:
logger.error('[JOB LIMIT NOTIFICATION] Failed to send job limit notification error: {}'.format(e.message))
else:
logger.info('No message to be sent on {} job {:<11} zone {:<4}'.format(utctime, job.name, lv_zones))
else:
logger.info('No message to be sent on {} job {:<11}'.format(utctime, job.name))
# Latency monitoring 2
d2 = datetime.datetime.utcnow()
lv_latency = (d2 - d1).total_seconds()
#Testing purpose
#LATENCY_LIMIT = 0
if lv_latency > LATENCY_LIMIT:
logger.error('[LATENCY] Processing on {} job {:<11} exceeds {} seconds limit: {} seconds!'.format(utctime, job.name, LATENCY_LIMIT, lv_latency))
try:
bot.send_message(chat_id=LOG_CHATID, text='[LATENCY] Processing on {} job {:<11} exceeds {} seconds limit: {} seconds!'.format(utctime, job.name, LATENCY_LIMIT, lv_latency))
except TelegramError as e:
logger.error('[LATENCY NOTIFICATION] Failed to send latency notification error: {}'.format(e.message))
def prayertime(lv_zones):
doc_czones_qry = db.czones.find_one({"_id": lv_zones, "fxpara": {"$ne": "default"}})
lv_ftzone = doc_czones_qry.get('ftzone')
lv_txzone = ' '
if lv_ftzone == 7:
lv_txzone = 'WIB'
elif lv_ftzone == 8:
lv_txzone = 'WITA'
elif lv_ftzone == 9:
lv_txzone = 'WIT'
utctime = datetime.datetime.utcnow()
utctime = utctime.replace(minute=0, second=0, microsecond=0)
localtime = utctime + datetime.timedelta(hours = lv_ftzone)
#Getting midnight of localtime
localtime = localtime.replace(hour=0)
#Getting utctime for midnight of localtime
utcbegtime = localtime + datetime.timedelta(hours = -1*lv_ftzone)
utcendtime = utcbegtime + datetime.timedelta(hours = 24)
#Hijri function
hijritime = HijriDate(localtime.date().year, localtime.date().month, localtime.date().day, gr=True)
doc_chijri_qry = db.chijri.find_one({"_id": int(hijritime.month)})
lv_orihijriday = hijritime.day
hijritime.day = hijritime.day + doc_chijri_qry.get('fadjst')
if int(hijritime.day) == 30:
if doc_chijri_qry.get('f29flg') == True:
hijritime.day = 1
if hijritime.month == 12:
hijritime.month = 1
hijritime.year = hijritime.year + 1
else:
hijritime.month = hijritime.month + 1
elif int(lv_orihijriday) == 1:
if int(hijritime.month) == 1:
doc_chijri_qry = db.chijri.find_one({"_id": 12})
else:
doc_chijri_qry = db.chijri.find_one({"_id": int(hijritime.month)-1})
if doc_chijri_qry.get('f30flg') == True:
hijritime.day = 30
if int(hijritime.month) == 1:
hijritime.month = 12
hijritime.year = hijritime.year - 1
else:
hijritime.month = hijritime.month - 1
#End of Hijri function
msg = '*[Waktu Salat Hari Ini]*\n'
msg = '{}_{}, {} {} {} | '.format(msg, LOCAL_DAY[localtime.weekday()], localtime.day, LOCAL_MONTH[localtime.month], localtime.year)
msg = '{}{} {} {}\n'.format(msg, int(hijritime.day), HIJRI_MONTH[int(hijritime.month)], int(hijritime.year))
msg = '{}{} - {}_\n\n'.format(msg, doc_czones_qry.get('fdescr'), doc_czones_qry.get('fstate'))
msg = '{}```'.format(msg)
csched_qry = db.csched.find({"_id": {"$gt": utcbegtime, "$lt": utcendtime}, "fazfor.czones_id": lv_zones}).sort("_id", 1)
for doc_csched_qry in csched_qry:
for lv_fazfor in doc_csched_qry['fazfor']:
if lv_fazfor.get('czones_id') == lv_zones:
localtime = doc_csched_qry.get('_id') + datetime.timedelta(hours = lv_ftzone)
msg = '{}\n'.format(msg)
msg = '{}{:<6} - {} {}'.format(msg, lv_fazfor.get('ftypes'), localtime.strftime('%H:%M'), lv_txzone)
msg = '{}```\n\n'.format(msg)
msg = '{}[https://t.me/ID_AzanBot](https://t.me/ID_AzanBot)'.format(msg)
return msg
def next(bot, update):
chat_id = update.message.chat_id
doc_cusers_qry = db.cusers.find_one({"_id": chat_id})
if doc_cusers_qry is not None:
lv_zones = doc_cusers_qry.get('czones_id')
if lv_zones is not None:
doc_czones_qry = db.czones.find_one({"_id": lv_zones, "fxpara": {"$ne": "default"}})
lv_ftzone = doc_czones_qry.get('ftzone')
lv_txzone = ' '
if lv_ftzone == 7:
lv_txzone = 'WIB'
elif lv_ftzone == 8:
lv_txzone = 'WITA'
elif lv_ftzone == 9:
lv_txzone = 'WIT'
utctime = datetime.datetime.utcnow()
localtime = utctime + datetime.timedelta(hours = lv_ftzone)
localtime = localtime.replace(hour=0, minute=0, second=0, microsecond=0)
#Getting midnight of localtime
# localtime = localtime.replace(hour=0)
#Getting utctime for midnight of localtime
# utcbegtime = localtime + datetime.timedelta(hours = -1*lv_ftzone)
# utcendtime = utcbegtime + datetime.timedelta(hours = 24)
csched_qry = db.csched.find({"_id": {"$gt": utctime}, "fazfor.czones_id": lv_zones}).sort("_id", 1)
msg = ''
for doc_csched_qry in csched_qry:
for lv_fazfor in doc_csched_qry['fazfor']:
if lv_fazfor.get('czones_id') == lv_zones:
localtime = doc_csched_qry.get('_id')
lv_diffs = (localtime - utctime).total_seconds()
localtime = localtime + datetime.timedelta(hours = lv_ftzone)
msg = '{}`{} - {} {}`\n\n'.format(msg, lv_fazfor.get('ftypes'), localtime.strftime('%H:%M'), lv_txzone)
break
break
#Hijri function
hijritime = HijriDate(localtime.date().year, localtime.date().month, localtime.date().day, gr=True)
doc_chijri_qry = db.chijri.find_one({"_id": int(hijritime.month)})
lv_orihijriday = hijritime.day
hijritime.day = hijritime.day + doc_chijri_qry.get('fadjst')
if int(hijritime.day) == 30:
if doc_chijri_qry.get('f29flg') == True:
hijritime.day = 1
if hijritime.month == 12:
hijritime.month = 1
hijritime.year = hijritime.year + 1
else:
hijritime.month = hijritime.month + 1
elif int(lv_orihijriday) == 1:
if int(hijritime.month) == 1:
doc_chijri_qry = db.chijri.find_one({"_id": 12})
else:
doc_chijri_qry = db.chijri.find_one({"_id": int(hijritime.month)-1})
if doc_chijri_qry.get('f30flg') == True:
hijritime.day = 30
if int(hijritime.month) == 1:
hijritime.month = 12
hijritime.year = hijritime.year - 1
else:
hijritime.month = hijritime.month - 1
#End of Hijri function
msg = '{}_{}, {} {} {} | '.format(msg, LOCAL_DAY[localtime.weekday()], localtime.day, LOCAL_MONTH[localtime.month], localtime.year)
msg = '{}{} {} {}\n'.format(msg, int(hijritime.day), HIJRI_MONTH[int(hijritime.month)], int(hijritime.year))
msg = '{}{} - {}_'.format(msg, doc_czones_qry.get('fdescr'), doc_czones_qry.get('fstate'))
lv_diffh = int(lv_diffs / 3600)
lv_diffm = int((lv_diffs % 3600) / 60) + ((lv_diffs % 3600) % 60 > 0)
if lv_diffm == 60:
lv_diffm = 0
lv_diffh += 1
if lv_diffh == 0 and lv_diffm > 0:
msg = '`{} menit menuju waktu `{}'.format(lv_diffm, msg)
elif lv_diffh == 0 and lv_diffm == 0:
msg = '`Tepat saat waktu `{}'.format(msg)
elif lv_diffh > 0 and lv_diffm == 0:
msg = '`{} jam menuju waktu `{}'.format(lv_diffh, msg)
elif lv_diffh > 0 and lv_diffm > 0:
msg = '`{} jam dan {} menit menuju waktu `{}'.format(lv_diffh, lv_diffm, msg)
update.message.reply_text(msg, parse_mode='Markdown')
else:
update.message.reply_text('Setting Zona belum dilakukan.\nGunakan perintah /setting untuk melakukan setting Zona.')
else:
update.message.reply_text('Setting Zona belum dilakukan.\nGunakan perintah /setting untuk melakukan setting Zona.')
if not 'test' in DBNAME:
Botan(BOTAN_TOKEN).track(update.message, event_name='next')