def register_device(addr):
if (csmapi.ENDPOINT == None):
detect_local_ec()
global MAC
if addr != None: MAC=addr
global profile
if profile['d_name'] == None: profile['d_name']= str(int(random.uniform(1, 100)))+'.'+ profile['dm_name']
global timestamp
for i in profile['df_list']:
timestamp[i]= ''
print('IoTtalk Server = {}'.format(csmapi.ENDPOINT))
if csmapi.register(MAC,profile):
print ('This device has successfully registered.')
print ('Device name = ' + profile['d_name'])
csmapi.push(MAC,'__Ctl_I__',['SET_DF_STATUS_RSP',{'cmd_params':[]}])
return True
else:
print ('Registration failed.')
return False
def register_device(addr):
if (csmapi.ENDPOINT == None):
detect_local_ec()
global MAC
if addr != None: MAC = addr
global profile
if profile['d_name'] == None:
profile['d_name'] = str(int(random.uniform(
1, 100))) + '.' + profile['dm_name']
global timestamp
for i in profile['df_list']:
timestamp[i] = ''
print('IoTtalk Server = {}'.format(csmapi.ENDPOINT))
if csmapi.register(MAC, profile):
print('This device has successfully registered.')
print('Device name = ' + profile['d_name'])
csmapi.push(MAC, '__Ctl_I__',
['SET_DF_STATUS_RSP', {
'cmd_params': []
}])
return True
else:
print('Registration failed.')
return False
def register_device(addr):
global MAC, profile, timestamp, thx
if csmapi.ENDPOINT == None: detect_local_ec()
if addr != None: MAC = addr
if profile['d_name'] == None:
profile['d_name'] = str(int(random.uniform(
1, 100))) + '.' + profile['dm_name']
for i in profile['df_list']:
timestamp[i] = ''
print('IoTtalk Server = {}'.format(csmapi.ENDPOINT))
if csmapi.register(MAC, profile):
print('This device has successfully registered.')
print('Device name = ' + profile['d_name'])
if thx == None:
print('Create control threading')
thx = threading.Thread(target=ControlChannel) #for control channel
thx.daemon = True #for control channel
thx.start() #for control channel
return True
else:
print('Registration failed.')
return False
def register_device(addr):
global MAC, profile, timestamp
if csmapi.ENDPOINT == None: detect_local_ec()
if addr != None: MAC = addr
if profile['d_name'] == None:
profile['d_name'] = profile['dm_name'] + '.' + (get_mac_addr()[-4:])
for i in profile['df_list']:
timestamp[i] = ''
print('IoTtalk Server = {}'.format(csmapi.ENDPOINT))
if csmapi.register(MAC, profile):
print('This device has successfully registered.')
print('Device name = ' + profile['d_name'])
#thx=threading.Thread(target=ControlChannel)
#thx.daemon = True
#thx.start()
return True
else:
print('Registration failed.')
return False
def register(endpoint, profile):
global _profile
global _registered
global _df_list
global _df_selected
global _df_is_odf
global _df_timestamp
if endpoint is not None:
csmapi.ENDPOINT = endpoint
if csmapi.ENDPOINT is None:
return False
_profile = profile
_profile['d_name'] = profile['dm_name'] + _mac_addr[-4:]
for i in range(RETRY_COUNT):
try:
if csmapi.register(_mac_addr, profile):
logging('init(): Register succeed: {}', csmapi.ENDPOINT)
_df_list = [df_name for df_name in profile['df_list']]
_df_selected = {odf_name: False for odf_name in _df_list}
_df_is_odf = {odf_name: True for odf_name in _df_list}
_df_timestamp = {odf_name: '' for odf_name in _df_list}
_ctl_timestamp = ''
_suspended = True
if not _registered:
_registered = True
t = Thread(target=main_loop)
t.daemon = True
t.start()
_deregister_lock.acquire()
return True
except csmapi.CSMError as e:
logging('init(): Register: CSMError({})', e)
logging('init(): Register failed, wait {} seconds before retry', RETRY_INTERVAL)
time.sleep(RETRY_INTERVAL)
return False
def register_device(addr):
global MAC, profile, timestamp, thx
if csmapi.ENDPOINT == None: detect_local_ec()
if addr != None: MAC = addr
for i in profile['df_list']: timestamp[i] = ''
print('IoTtalk Server = {}'.format(csmapi.ENDPOINT))
profile['d_name'] = csmapi.register(MAC,profile)
print ('This device has successfully registered.')
print ('Device name = ' + profile['d_name'])
if thx == None:
print ('Create control threading')
thx=threading.Thread(target=ControlChannel) #for control channel
thx.daemon = True #for control channel
thx.start() #for control channel
def register_device(self, addr):
if csmapi.ENDPOINT == None: detect_local_ec()
if addr != None: self.MAC = addr
for i in self.profile['df_list']:
self.timestamp[i] = ''
print('IoTtalk Server = {}'.format(csmapi.ENDPOINT))
self.profile['d_name'] = csmapi.register(self.MAC, self.profile)
print('This device has successfully registered.')
print('Device name = ' + self.profile['d_name'])
if self.thx == None:
print('Create control threading')
self.thx = threading.Thread(
target=self.ControlChannel) #for control channel
self.thx.daemon = True #for control channel
self.thx.start() #for control channel
