def __parse_life_span_string():
try:
return long(life_span_string)
except ValueError:
try:
(d, h, m, s) = TIME_RE.match(life_span_string).groups()
# time conversions in seconds
times = [(s, 1), (m, 60), (h, 3600), (d, 86400)]
# sum the converted times
# if not specified (None) use 0
return sum(long(t[0] or 0) * t[1] for t in times)
except:
print('error parsing life_span_string {0}'.format(
life_span_string))
traceback.print_exc()
# default 30 minutes in seconds
return 1800
def __parse_life_span_string():
try:
return long(life_span_string)
except ValueError:
try:
(d, h, m, s) = TIME_RE.match(life_span_string).groups()
# time conversions in seconds
times = [(s, 1), (m, 60), (h, 3600), (d, 86400)]
# sum the converted times
# if not specified (None) use 0
return sum(long(t[0] or 0) * t[1] for t in times)
except:
print('error parsing life_span_string {0}'.format(
life_span_string))
traceback.print_exc()
# default 30 minutes in seconds
return 1800
def is_up_to_date(self, key, timestamp):
if timestamp is None:
return False
cache_life_span = LocalCache._get_cache_life_span()
current_time = long(time.time())
if timestamp + cache_life_span < current_time:
return False
return True
def is_up_to_date(self, key, timestamp):
if timestamp is None:
return False
cache_life_span = LocalCache._get_cache_life_span()
current_time = long(time.time())
if timestamp + cache_life_span < current_time:
return False
return True
def validate_on_set(self, key, obj):
if not self.has(self._CACHE_TIMESTAMP):
Cache.set(self, self._CACHE_TIMESTAMP, long(time.time()))
def validate_on_set(self, key, obj):
if not self.has(self._CACHE_TIMESTAMP):
Cache.set(self, self._CACHE_TIMESTAMP, long(time.time()))