def check_timing(self, call, ms, batch_size):
"""Warn if any query is slower than defined threshold."""
if ms > self.LOGGING_TRESHOLD:
log.warning("[SQL][%dms] %s", ms, call)
if ms > self.SLOW_QUERY_MS:
out = "[SQL][%dms] %s" % (ms, call[:250])
log.warning(colorize(out))
def check_timing(cls, method, ms, batch_size):
if method == 'get_block' and batch_size > 1:
method = 'get_blocks_batch'
per = int((ms - cls.PAR_HTTP_OVERHEAD) / batch_size)
par = cls.PAR_STEEMD[method]
over = per / par
if over >= cls.PAR_THRESHOLD:
out = ("[STEEM][%dms] %s[%d] -- %.1fx par (%d/%d)" %
(ms, method, batch_size, over, per, par))
print(colorize(out))
def check_timing(self, call, ms, batch_size):
"""Warn if a request (accounting for batch size) is too slow."""
if call == 'get_block' and batch_size > 1:
call = 'get_blocks_batch'
per = int((ms - self.PAR_HTTP_OVERHEAD) / batch_size)
par = self.PAR_STEEMD[call]
over = per / par
if over >= self.PAR_THRESHOLD:
out = ("[STEEM][%dms] %s[%d] -- %.1fx par (%d/%d)" %
(ms, call, batch_size, over, per, par))
log.warning(colorize(out))
def check_timing(cls, nsql, ms):
if ms > cls.SLOW_QUERY_MS:
print(colorize("[SQL-SLOW][%dms] %s" % (ms, nsql[:250])))
def test_colorize():
plain = 'teststr'
colored = '\x1b[93mteststr\x1b[0m'
assert colorize(plain, color='93') in [plain, colored]
assert colorize(plain, color='93', force=True) == colored