def handle(self):
data = loads(self.request.input.data.decode('base64').decode('bz2'))
with self.server.kvdb.conn.pipeline() as p:
p.delete(KVDB.DICTIONARY_ITEM_ID)
p.delete(KVDB.DICTIONARY_ITEM)
p.delete(KVDB.TRANSLATION_ID)
for item in self._get_translations():
key = translation_name(item['system1'], item['key1'], item['value1'], item['system2'], item['key2'])
p.delete(key)
# Another proof software engineering and philosophy have /a lot/ in common!
data = data['data']
p.set(KVDB.DICTIONARY_ITEM_ID, data['last_dict_id'])
if data['last_translation_id']:
p.set(KVDB.TRANSLATION_ID, data['last_translation_id'])
for item in data['dict_list']:
p.hset(KVDB.DICTIONARY_ITEM, item['id'], dict_item_name(item['system'], item['key'], item['value']))
for item in data['translation_list']:
key = item.keys()[0]
for value_key, value in item[key].items():
p.hset(key, value_key, value)
p.execute()
def handle(self):
data = loads(self.request.input.data.decode('base64').decode('bz2'))
with self.server.kvdb.conn.pipeline() as p:
p.delete(KVDB.DICTIONARY_ITEM_ID)
p.delete(KVDB.DICTIONARY_ITEM)
p.delete(KVDB.TRANSLATION_ID)
for item in self._get_translations():
key = translation_name(item['system1'], item['key1'], item['value1'], item['system2'], item['key2'])
p.delete(key)
# Another proof software engineering and philosophy have /a lot/ in common!
data = data['data']
p.set(KVDB.DICTIONARY_ITEM_ID, data['last_dict_id'])
p.set(KVDB.TRANSLATION_ID, data['last_translation_id'])
for item in data['dict_list']:
p.hset(KVDB.DICTIONARY_ITEM, item['id'], dict_item_name(item['system'], item['key'], item['value']))
for item in data['translation_list']:
key = item.keys()[0]
for value_key, value in item[key].items():
p.hset(key, value_key, value)
p.execute()
def _get_item_name(self):
return dict_item_name(self.request.input.system,
self.request.input.key, self.request.input.value)
def _get_item_name(self):
return dict_item_name(self.request.input.system, self.request.input.key, self.request.input.value)