def best_guess_answer(words, no_of_answers=3):
""" Find the best answers from autocompletes 'words' - It is assumed words is correct """
keys = [SKEY_DOCS_PREFIX+word for word in words]
keys.extend(['%s' % SEARCH_RANKING])
logger.info('best_guess_answer, keys: %s' % keys)
logger.info(purple("%s") % r.zrange('tmp-df', 0, -1))
try:
r.zinterstore('tmp-df', keys)
logger.info(purple("%s") % r.zrange('tmp-df', 0, -1))
except:
print "except"
def dump_redis():
"""Dump all Redis data for Search App in the logger. """
logger.info(sgreen('==================== REDIS DUMP FOR SEARCH APP ===================='))
dumpStr = '\n===== Autocomplete =====\n'
dumpStr += purple("%s\n") % r.zrange(ZKEY_AUTOCOMPLETE, 0, -1) # Return a range of members in a sorted set
dumpStr += '\n===== Complete words/phrase score based on autocomplete =====\n'
dumpStr += purple("%s\n") % r.zrangebyscore(ZKEY_AUTOCOMPLETE_SCORE, float("-inf"), float("inf"))
dumpStr += "\n===== Any Prefixs with key '%s' =====" % SKEY_AUTOCOMPLETE
for key in r.keys(SKEY_AUTOCOMPLETE+'*'):
dumpStr += green('\nKey: %s\nValue: %s\n' % (key, r.sunion(key)))
dumpStr += "models:"
for key in r.keys(SKEY_MODELS+"*"):
dumpStr += green('\nKey: %s\nValue: %s\n' % (key, r.sunion(key)))
logger.info(dumpStr)
logger.info('==================== END OF REDIS DUMP ====================')
def log_dump_redis():
""" Dump All Redis Data for Search App."""
logger.info(sgreen('########################## REDIS DUMP FOR SEARCH APP ################################'))
dumpStr = '\n###### Autocomplete ######\n'
dumpStr += purple("%s") % r.zrange(ZKEY_AUTOCOMPLETE, 0, -1) # Return a range of members in a sorted set, by index
dumpStr += "\n###### Any Prefixs with key '%s' ######" % SKEY_DOCS_PREFIX
for key in r.keys(SKEY_DOCS_PREFIX+'*'):
dumpStr += green('\nKey: %s\n\t%s' % (key, r.sunion(key)))
set_value = r.sunion(key)
for redis_value in set_value:
dumpStr += "\nKey: %s\n\t%s" %(SKEY_MODELS + redis_value, r.sunion(SKEY_MODELS + redis_value))
logger.info(dumpStr)
logger.info("For Prefix Key: '%s' Redis has the following keys:\n%s" % (SKEY_DOCS_PREFIX, r.keys(SKEY_DOCS_PREFIX+'*')))
logger.info('############################## END OF REDIS DUMP ####################################')
def _runScheduledTask(self):
""" Process new stat value A
Add new value into buffer. If full need to consolidate values first. """
logger.info("%s" % purple("=" * 100))
logger.info("This is a schedule run task for bucket: %s for keys: %s" % (purple(self.name), self.stat_keys))
for key in self.stat_keys:
config = r.hgetall(RRD_BUCKET_KEY + ":" + self.name + ":" + key)
count = r.hget(STAT_KEY, key)
# current_row = int(config['current_row'])
# full = int(config['full'])
# count = config['count']
# logger.debug("stat '%s' is on row %s (full: %s, count: %s len of rrd: %s)" %
# (key, current_row, full, count, len(r.zrange("%s:%s:rrd" % (self.name, key), 0, -1))))
rrd_data = r.zrange("%s:%s:rrd" % (self.name, key), 0, -1)
logger.error("ZRANGE 0 -1 %s" % rrd_data)
logger.warn(
"ZRANGE -INF +INF %s" % r.zrangebyscore("%s:%s:rrd" % (self.name, key), float("-inf"), float("inf"))
)
length_rrd = len(rrd_data)
if length_rrd == self.rows:
timestamp = int(time.time())
r.zadd("%s:%s:rrd" % (self.name, key), "%s:%s" % (timestamp, count), timestamp)
logger.info("zrange 0 1 %s" % r.zrange("%s:%s:rrd" % (self.name, key), 0, 1))
data1, data2 = r.zrange("%s:%s:rrd" % (self.name, key), 0, 1)
r.zremrangebyrank("%s:%s:rrd" % (self.name, key), 0, 1)
timestamp_consolidated, data_consolidated = self.aggregrate(data1, data2)
r.zadd(
"%s:%s:rrd" % (self.name, key),
"%s:%s" % (timestamp_consolidated, data_consolidated),
timestamp_consolidated,
)
logger.debug("%s" % r.zrange("%s:%s:rrd" % (self.name, key), 0, -1))
elif length_rrd > self.rows:
logger.error(
"Length of RRD data %s (%s) is greater than bucket size %s. This should never happen. Removing excess data ..."
% (self.name, length_rrd, self.rows)
)
r.zrangebyscore("%s:%s:rrd" % (self.name, key), 0, (length_rrd - self.rows - 1))
else:
## TODO: REMVOE LINE
# count = random.randint(0, 10)
# If buffer is not full, add new stat value and rotate circular buffer (increment current row)
timestamp = int(time.time())
r.zadd("%s:%s:rrd" % (self.name, key), "%s:%s" % (timestamp, count), timestamp)
# Check full, increment current row & save to redis
# if current_row == self.rows - 1:
# r.hmset(RRD_BUCKET_KEY + ':' + self.name + ':' + key, {'full': 1})
# current_row = 0
# else:
# current_row += 1
# r.hmset(RRD_BUCKET_KEY + ':' + self.name + ':' + key, {'current_row': current_row})
logger.info("%s" % r.zrange("%s:%s:rrd" % (self.name, key), 0, -1))
# # If circular buffer (rrd) is full we need to consolidate/aggregrate
# # else shift and add to sorted set
# if full:
# # # TODO: REMVOE LINE
# # count = random.randint(0, 10)
# timestamp = time.time()
# r.zadd("%s:%s:rrd" % (self.name, key), "%s:%s" % (timestamp, count), timestamp)
# logger.info("zrange 0 1 %s" % r.zrange("%s:%s:rrd" % (self.name, key), 0, 1))
# data1, data2 = r.zrange("%s:%s:rrd" % (self.name, key), 0, 1)
# r.zremrangebyrank("%s:%s:rrd" % (self.name, key), 0, 1)
# timestamp_consolidated, data_consolidated = self.aggregrate(data1, data2)
# r.zadd("%s:%s:rrd" % (self.name, key), "%s:%s" % (timestamp_consolidated, data_consolidated), timestamp_consolidated)
# logger.debug("%s" % r.zrange("%s:%s:rrd" % (self.name, key), 0, -1))
# else:
# ## TODO: REMVOE LINE
# #count = random.randint(0, 10)
# # If buffer is not full, add new stat value and rotate circular buffer (increment current row)
# timestamp = time.time()
# r.zadd("%s:%s:rrd" % (self.name, key), "%s:%s" % (timestamp, count), timestamp)
# # Check full, increment current row & save to redis
# if current_row == self.rows - 1:
# r.hmset(RRD_BUCKET_KEY + ':' + self.name + ':' + key, {'full': 1})
# current_row = 0
# else:
# current_row += 1
# r.hmset(RRD_BUCKET_KEY + ':' + self.name + ':' + key, {'current_row': current_row})
# logger.info("%s" % r.zrange("%s:%s:rrd" % (self.name, key), 0, -1))
logger.info("%s" % purple("=" * 100))
