def compare_sections(
self,
new_sections: Section) -> Tuple[Set[ConfigItem], Set[ConfigItem]]:
new_vset: Set[ConfigItem] = set()
vset: Set[ConfigItem] = set()
for sec, section in sorted(new_sections.items()):
for key, value in sorted(section.items()):
value = json_to_str(value)
new_vset.add((sec, key, value))
for sec, section in sorted(self.sections.items()):
for key, value in sorted(section.items()):
value = json_to_str(value)
vset.add((sec, key, value))
will_delete = vset - new_vset
will_add = new_vset - vset
new_2set = set((sec, key) for (sec, key, value) in will_add)
will_delete = set((sec, key, value)
for (sec, key, value) in will_delete
if (sec, key) not in new_2set)
return will_delete, will_add
async def run(self, args):
srv, method = args.srv_method.split('::')
ps = [guess_json(p) for p in args.param]
if args.dispatch_policy == 'random':
bbox_client.pool.policy = bbox_client.pool.RANDOM
try:
await get_cluster().start()
for i in range(args.ntimes):
r = await bbox_client.pool.request(srv,
method,
*ps,
retry=args.retry)
if args.pp:
print(json_pp(r))
else:
print(json_to_str(r))
if (args.stack and r.get('error')
and isinstance(r['error'], dict)
and r['error'].get('stack')):
print('\nerror stack:')
print(r['error']['stack'])
if i >= args.ntimes - 1:
break
await asyncio.sleep(args.interval)
finally:
c = get_cluster()
c.cont = False
await asyncio.sleep(0.1)
c.close()
def box_info(self, extbind: str=None) -> str:
extbind = extbind or self.extbind
return json_to_str({
'bind': extbind,
'start_time': datetime.now(tzlocal()),
'ssl': self.ssl_prefix,
'boxid': self.boxid,
'services': self.srv_names})
async def set_config(self, sec, key, value) -> None:
assert sec and key
assert '/' not in sec
assert '/' not in key
shared_cfg = get_sharedconfig()
etcd_key = f'configs/{sec}/{key}'
old_value = shared_cfg.get(sec, key)
value_json = json_to_str(value)
if old_value:
old_value_json = json_to_str(old_value)
await self.etcd_client.write(etcd_key,
value_json,
prevValue=old_value_json)
else:
await self.etcd_client.write(etcd_key, value_json, prevExist=False)
shared_cfg.set(sec, key, value)
async def set_config(self, sec, key, value):
assert sec and key
assert '/' not in sec
assert '/' not in key
shared_cfg = get_sharedconfig()
etcd_key = self.path('configs/{}/{}'.format(sec, key))
old_value = shared_cfg.get(sec, key)
value_json = json_to_str(value)
if old_value:
old_value_json = json_to_str(old_value)
await self.write(etcd_key, value_json,
prevValue=old_value_json)
else:
await self.write(etcd_key, value_json,
prevExist=False)
shared_cfg.set(sec, key, value)
def box_info(self, extbind=None):
extbind = extbind or self.extbind
return json_to_str({
'bind': extbind,
'ssl': self.ssl_prefix,
'boxid': self.boxid,
'services': self.srv_names
})
async def request_obj(self, req: Request, timeout:float=DEFAULT_TIMEOUT_SECS) -> Dict[str, Any]:
tmp_req_id = uuid.uuid4().hex
payload = req.as_json()
timeout = int(timeout)
payload['id'] = tmp_req_id
payload['timeout'] = timeout
redis_pool = await self.get_redis_pool()
await redis_pool.execute('LPUSH',
self.req_key,
json_to_str(payload))
# wait for response
res_key = 'tunnel.res.{}'.format(tmp_req_id)
# TODO: timeout
r = await redis_pool.execute(
'BRPOP', res_key, timeout)
if r is not None:
key, res = r
res = json.loads(res)
res['id'] = req.req_id
return res
else:
raise asyncio.TimeoutError from None
async def respond(self, res: Dict[str, Any], req:Request, timeout:float) -> None:
redis_pool = await self.get_redis_pool()
if req.req_id:
res_key = 'tunnel.res.{}'.format(req.req_id)
await redis_pool.execute('LPUSH', res_key, json_to_str(res))
await redis_pool.execute('EXPIRE', res_key, timeout)
