def read_meter(device,dest_file,usb,erase=False):
plg = Plug(device,usb)
last_ts = 0
#open the destination file and read the last timestamp
if(os.path.isfile(dest_file)):
with open(dest_file) as f:
reader = csv.reader(f)
for row in reader:
last_ts = row[0]
#check the plug for new data
data = plg.get_data(int(float(last_ts)))
if(data==None):
print("no new data available, exiting")
else:
#if we are on wifi, append the data to the file
if(usb==False):
with open(dest_file, 'a') as f:
writer = csv.writer(f)
writer.writerows(data)
#if this is a USB data dump, don't append
else:
with open(dest_file,'w') as f:
writer = csv.writer(f)
writer.writerows(data)
#erase if requested
if(erase):
plg.erase_data()
print "\t erased data"
print "All data retrieved, unplug smartee to reset"
def read_meter(device, dest_file, usb, erase=False):
plg = Plug(device, usb)
last_ts = 0
#open the destination file and read the last timestamp
if (os.path.isfile(dest_file)):
with open(dest_file) as f:
reader = csv.reader(f)
for row in reader:
last_ts = row[0]
#check the plug for new data
data = plg.get_data(int(float(last_ts)))
if (data == None):
print("no new data available, exiting")
else:
#if we are on wifi, append the data to the file
if (usb == False):
with open(dest_file, 'a') as f:
writer = csv.writer(f)
writer.writerows(data)
#if this is a USB data dump, don't append
else:
with open(dest_file, 'w') as f:
writer = csv.writer(f)
writer.writerows(data)
#erase if requested
if (erase):
plg.erase_data()
print "\t erased data"
print "All data retrieved, unplug smartee to reset"
async def run(self, loop):
_logger.info("----- CONNECTING TO FHEM -----")
fhem_connection = self.connect_fhem()
_logger.info("----- CONNECTING TO MEROSS -----")
self._meross = await self.connect_meross()
_logger.info("----- INITIALIZING DEVICES -----")
devices = self._meross.find_devices()
for dev in devices:
if dev.type == "msg100":
await self.init_device(
GarageDoorOpener(dev, fhem_connection, _logger))
if dev.type == "mss310":
await self.init_device(Plug(dev, fhem_connection, _logger))
_logger.info("----- START LISTEN TO FHEM -----")
que = Queue()
t = threading.Thread(target=self.start_listen_to_fhem,
args=(que, loop))
t.daemon = True
t.start()
_logger.info("----- INITIALIZATION FINISHED -----")
await self.__shutdown_event.wait()
_logger.info("----- SHUTDOWN COMPLETE -----")
def addPlug(self, testName):
p = Plug(testName)
self.measurements.append(p)
return p
def setUp(self):
"""
Provide the test enviroment
"""
self._plug = Plug(id_site=1,
dados={"titulo":"test",
"path":"/tmp",
"hora":"",
"schema":""})
self._plug._getImpresso = lambda x=self:self._test
self._test = [
{'document': {
'docname': 'EVE2505P0005',
'id_content': 123456,
'Titulo':'Test one',
'Bigode':'bigode test',
'Autor':'Alexandre Gans',
'Titulo_galeria':'Titulo da galeria',
'Paragrafo':'Corpo da noticia blah blah blah',
'ordem':1,
},
'images':[ {'Imagem':'http://host/someimage.gif',
'Autor':'autor 1',
'Legenda':'legenda 1',
'destaque': True},
{'Imagem':'http://host/someimage2.gif',
'Autor':'autor 2',
'Legenda':'legenda 2',
'destaque': False},
],
'videos':[ {'Video':'http://host/video.mp4', 'thumb':'', 'Titulo':'titulo video 1'},
{'Video':'http://host/video.mp4', 'thumb':'', 'Titulo':'titulo video 2'},
],
'correlata':[181664, 181663,]
},
{'document': {
'docname': 'EVE2505P0004',
'id_content': 123455,
'Titulo':'Title with non-ascii téste ação <b>test</b>& te4ste',
'Bigode':'bigode ação',
'Autor':'Alexandre Gáns',
'Titulo_galeria':'Título da galêria',
'Paragrafo':"""Corpô da notícia blah blah blah
[FOTO1] teste <b>adfasdf <a href="htttp://"> teste
ação &% sadf#$12 test? > test ´ test
""",
'ordem':2,
},
'images':[ {'Imagem':'http://host/someimage.gif',
'Autor':'autôr 1',
'Legenda':'légenda 1',
'destaque': True},
{'Imagem':'http://host/someimage2.gif',
'Autor':'áutor 2',
'Legenda':'lêgenda 2',
'destaque': False},
],
'videos':[ {'Video':'http://host/video.mp4', 'thumb':'', 'Titulo':'título video 1'},
{'Video':'http://host/video.mp4', 'thumb':'', 'Titulo':'títúlô video 2'},
],
'correlata':[181665, 181666,]
},
]
def set_relay(device,value,usb):
plg = Plug(device,usb)
plg.set_relay(value)
def set_relay(device, value, usb):
plg = Plug(device, usb)
plg.set_relay(value)