def end_timer(my, name="top"):
end = time.time()
from container import Container
start = Container.get("Base:start:%s" % name)
diff = end - start
total = Container.get("Base:total:%s" % name)
total += diff
Container.put("Base:total:%s" % name, total)
Base.__timing += diff
return total
def end_timer(self, name="top"):
end = time.time()
from container import Container
start = Container.get("Base:start:%s" % name)
diff = end - start
total = Container.get("Base:total:%s" % name)
total += diff
Container.put("Base:total:%s" % name, total)
Base.__timing += diff
return total
def _evaluate(my, xpath):
cache = Container.get("XML:xpath_cache")
if cache == None:
cache = {}
Container.put("XML:xpath_cache", cache)
#key = "%s|%s" % (str(my.doc), xpath)
num = random.randint(0, 500000)
key = "%s_%s|%s" % (str(my.doc), num, xpath)
result = cache.get(key)
if result == None:
result = Evaluate(xpath, my.doc)
cache[key] = result
#print xpath
else:
#print "reuse"
pass
return result
'''
def clear_xpath_cache(my):
my.cache_xpath = {}
Container.put("XML:xpath_cache", {})
def start_timer(my, name="top"):
from container import Container
if not Container.has("Base:total:%s" % name):
Container.put("Base:total:%s" % name, 0)
start = time.time()
Container.put("Base:start:%s" % name, start)
def start_timer(self, name="top"):
from container import Container
if not Container.has("Base:total:%s" % name):
Container.put("Base:total:%s" % name, 0)
start = time.time()
Container.put("Base:start:%s" % name, start)
def clear_xpath_cache(self):
self.cache_xpath = {}
Container.put("XML:xpath_cache", {})
