async def __set(self, c):
self.__config = c
if self.__check_config():
if self.__save():
return await self.__reload_config()
else:
return result(500, "Save %s failed" % self.__fn)
else:
return result(400, "Invalid config, not saved")
async def index(request, response):
try:
t, p, m, d, _ = await parse_request(request)
r = await opc.op(t, p, m, d)
except BaseException as e: #NOSONAR
log.debug("Request error: %r", e)
r = result(500, str(e))
code = r[CODE]
if 200 <= code <= 299:
v = None if VALUE not in r else r[VALUE]
if v is None:
s = ""
else:
s = dumps(enc(v))
else:
if VALUE in r:
r.pop(VALUE)
s = dumps(enc(r))
response.code = r[CODE]
# Start HTTP response with content-type text/html
response.add_header('Content-Type', 'application/json')
response.add_header('Content-Length', str(len(s)))
await response._send_headers() #pylint: disable=protected-access
await response.send(s)
async def __op(self, p):
asyncio.sleep(0)
try:
mop = p[OP].lower()
if mop == 'on':
self.__relay.on()
elif mop == 'off':
self.__relay.off()
elif mop == 'flip':
self.flip()
elif mop == 'blink':
onms = p[ON_MS]
offms = p[OFF_MS]
if type(onms) == int and type(offms) == int:
asyncio.create_task(self.async_blink(int(onms), int(offms)))
else:
return INVALID_ARGS
elif mop == 'stop-blink':
self.stop_async_blink()
else:
return INVALID_ARGS
except BaseException as e:
log.debug("Op error: %r", e)
return INVALID_ARGS
return result(200, None, self.get_state())
async def _call(self, data):
try:
r = await self._opc.op_request(data, False)
self.send(r)
except BaseException as e: #NOSONAR
msg = "Call failed %r" % e
log.debug(msg)
self.send(result(500, msg))
async def __cleanup_onetime(self, _):
log.debug("Clean up one time job")
if self.__onetime is not None and len(self.__onetime) > 0:
for t in self.__onetime:
cancel_task(t)
self.__onetime.clear()
self.__onetime = []
await asyncio.sleep(0)
return result()
def __sub_callback(self, topic, pay):
s = pay.decode("utf-8")
log.info('Received %s: %s' , topic.decode("utf-8"), s)
try:
json = loads(s)
if ENCRYPTED_INPUT: # 处理加密
st = Sec()
json = st.dec_payload(json)
create_task(self.__opc.op_request(json))
except BaseException as e:
m = "Process message failed: %r" % e
log.error(m)
self.publish_op_log(None, None, result(500, m))
async def __add_one_time_job(self, c):
log.debug("Add one time job: %s", c)
self.__create_scheduler(c, True)
return result()
async def __reconnect(self, _):
delayed_task(5000, self.connect, (True))
return result(200, None, RECONNECT_MSG)
async def __reload_config(self): # NOSONAR
delayed_task(5000, self.connect, (True, True))
return result(200, None, RECONNECT_MSG)
async def __get_info(self, _):
v = self.get_info()
await sleep(0)
return result(200, None, v)
async def __get(self, _):
await asyncio.sleep(0)
v = self.get_state()
return result(200, None, v)
async def __get(self, _):
v = self.load(True)
if v is None:
return result(500, "Load %s failed" % self.__fn)
return result(200, None, v)
async def __reload_config(self):
await sleep(0)
return result()
async def __reconnect(self, _):
delayed_task(5000, self.async_connect, (True), True)
return result(200, None, RECONNECT_WIFI)
from sec import Sec
from op import request, result
import dev
st = Sec("", "12345678")
req = request('sys/info', 'get', {'a': 'a', 'b': 1, 'c': True})
req['t'] = 'get-tm1'
req2 = request('sys/echo', 'set', 'Hi2')
ret = result(200, 'test', v={'alert': 1, 'n': 'pir'})
req2['t'] = 'get-tm1'
print("Test request")
print("1: %r" % req)
p = st.enc_paylaod(req)
print("2: %r" % p)
d = st.dec_payload(p)
print("3: %r" % d)
print("Test request2")
print("1: %r" % req2)
p = st.enc_paylaod(req2)
print("2: %r" % p)
d = st.dec_payload(p)
print("3: %r" % d)
print("Test result")
print("1: %r" % ret)
p = st.enc_paylaod(ret)
print("2: %r" % p)
d = st.dec_payload(p)
async def __reload_config(self): # NOSONAR
try:
self.setup()
return result()
except: #NOSONAR #pylint: disable=bare-except
return result(500, "Reload config failed")
async def __cleanup_cron(self, _):
await self.cleanup_cron(True)
return result()
async def __get(self, _):
await sleep(0)
return result(200, None, self.__sensors)