def _load_multi(cls, need):
need = tup(need)
need_ids = [n._id for n in need]
datas = cls._get_data(cls._type_id, need_ids)
to_save = {}
try:
essentials = object.__getattribute__(cls, "_essentials")
except AttributeError:
essentials = ()
for i in need:
#if there wasn't any data, keep the empty dict
i._t.update(datas.get(i._id, i._t))
i._loaded = True
for attr in essentials:
if attr not in i._t:
print "Warning: %s is missing %s" % (i._fullname, attr)
i._asked_for_data = True
to_save[i._id] = i
prefix = thing_prefix(cls.__name__)
#write the data to the cache
cache.set_multi(to_save, prefix=prefix)
def _load_multi(cls, need):
need = tup(need)
need_ids = [n._id for n in need]
datas = cls._get_data(cls._type_id, need_ids)
to_save = {}
for i in need:
#if there wasn't any data, keep the empty dict
i._t.update(datas.get(i._id, i._t))
i._loaded = True
to_save[i._id] = i
prefix = thing_prefix(cls.__name__)
#avoid race condition when incrementing data int props by
#putting all the int props into the cache.
#prop prefix
def pp(prop, id):
return prop + '_' + str(i._id)
#do defined data props first, this also checks default values
for prop in cls._data_int_props:
for i in need:
to_save[pp(prop, i._id)] = getattr(i, prop)
#int props based on the suffix
for i in need:
for prop, val in i._t.iteritems():
if cls._int_prop_suffix and prop.endswith(cls._int_prop_suffix):
to_save[pp(prop, i._id)] = val
cache.set_multi(to_save, prefix)
def _load_multi(cls, need):
need = tup(need)
need_ids = [n._id for n in need]
datas = cls._get_data(cls._type_id, need_ids)
to_save = {}
for i in need:
#if there wasn't any data, keep the empty dict
i._t.update(datas.get(i._id, i._t))
i._loaded = True
to_save[i._id] = i
prefix = thing_prefix(cls.__name__)
#avoid race condition when incrementing data int props by
#putting all the int props into the cache.
#prop prefix
def pp(prop, id):
return prop + '_' + str(i._id)
#do defined data props first, this also checks default values
for prop in cls._data_int_props:
for i in need:
to_save[pp(prop, i._id)] = getattr(i, prop)
#int props based on the suffix
for i in need:
for prop, val in i._t.iteritems():
if cls._int_prop_suffix and prop.endswith(cls._int_prop_suffix):
to_save[pp(prop, i._id)] = val
cache.set_multi(to_save, prefix)
def ratelimit(self, rate_user = False, rate_ip = False, prefix = "rate_"):
to_set = {}
seconds = g.RATELIMIT*60
expire_time = datetime.now(g.tz) + timedelta(seconds = seconds)
if rate_user and c.user_is_loggedin:
to_set['user' + str(c.user._id36)] = expire_time
if rate_ip:
to_set['ip' + str(request.ip)] = expire_time
cache.set_multi(to_set, prefix, time = seconds)
def ratelimit(self, rate_user=False, rate_ip=False, prefix="rate_"):
to_set = {}
seconds = g.RATELIMIT * 60
expire_time = datetime.now(g.tz) + timedelta(seconds=seconds)
if rate_user and c.user_is_loggedin:
to_set['user' + str(c.user._id36)] = expire_time
if rate_ip:
to_set['ip' + str(request.ip)] = expire_time
cache.set_multi(to_set, prefix, time=seconds)
def items_db(ids):
items = cls._get_item(cls._type_id, ids)
for i in items.keys():
items[i] = cls._build(i, items[i])
#avoid race condition when incrmenting int props (data int
#props are set in load_multi)
for prop in cls._int_props:
keys = dict((i, getattr(item, prop))
for i, item in items.iteritems())
cache.set_multi(keys, prefix + prop + '_' )
return items
def items_db(ids):
items = cls._get_item(cls._type_id, ids)
for i in items.keys():
items[i] = cls._build(i, items[i])
#avoid race condition when incrmenting int props (data int
#props are set in load_multi)
for prop in cls._int_props:
keys = dict((i, getattr(item, prop))
for i, item in items.iteritems())
cache.set_multi(keys, prefix + prop + '_' )
return items
def _load_multi(cls, need):
need = tup(need)
need_ids = [n._id for n in need]
datas = cls._get_data(cls._type_id, need_ids)
to_save = {}
for i in need:
#if there wasn't any data, keep the empty dict
i._t.update(datas.get(i._id, i._t))
i._loaded = True
to_save[i._id] = i
prefix = thing_prefix(cls.__name__)
#write the data to the cache
cache.set_multi(to_save, prefix=prefix)
def _load_multi(cls, need):
need = tup(need)
need_ids = [n._id for n in need]
datas = cls._get_data(cls._type_id, need_ids)
to_save = {}
for i in need:
#if there wasn't any data, keep the empty dict
i._t.update(datas.get(i._id, i._t))
i._loaded = True
to_save[i._id] = i
prefix = thing_prefix(cls.__name__)
#write the data to the cache
cache.set_multi(to_save, prefix=prefix)
