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 ControlChannel():
global state, SelectedDF, control_channel_timestamp
NewSession = requests.Session()
while True:
#time.sleep(2)
try:
CH = csmapi.pull(MAC, '__Ctl_O__', NewSession)
if CH != []:
if control_channel_timestamp == CH[0][0]: continue
control_channel_timestamp = CH[0][0]
cmd = CH[0][1][0]
if cmd == 'RESUME': state = 'RESUME'
elif cmd == 'SUSPEND': stste = 'SUSPEND'
elif cmd == 'SET_DF_STATUS':
csmapi.push(MAC, '__Ctl_I__', [
'SET_DF_STATUS_RSP', {
'cmd_params': CH[0][1][1]['cmd_params']
}
], NewSession)
DF_STATUS = list(CH[0][1][1]['cmd_params'][0])
SelectedDF = []
index = 0
profile['df_list'] = csmapi.pull(
MAC, 'profile')['df_list'] #new
for STATUS in DF_STATUS:
if STATUS == '1':
SelectedDF.append(profile['df_list'][index])
index = index + 1
except Exception as e:
print('Control error:', e)
if str(e).find('mac_addr not found:') != -1:
print('Reg_addr is not found. Try to re-register...')
device_registration_with_retry()
else:
print('ControlChannel failed due to unknow reasons.')
def ControlChannel():
global state, SelectedDF, control_channel_timestamp
while True:
time.sleep(2)
try:
CH = csmapi.pull(MAC, '__Ctl_O__')
if CH != []:
if control_channel_timestamp == CH[0][0]: continue
control_channel_timestamp = CH[0][0]
state = CH[0][1][0]
if state == 'SET_DF_STATUS':
csmapi.push(MAC, '__Ctl_I__', [
'SET_DF_STATUS_RSP', {
'cmd_params': CH[0][1][1]['cmd_params']
}
])
DF_STATUS = list(CH[0][1][1]['cmd_params'][0])
SelectedDF = []
index = 0
for STATUS in DF_STATUS:
if STATUS == '1':
SelectedDF.append(profile['df_list'][index])
index = index + 1
except Exception as e:
print('Control error', e)
def ControlChannel(self):
print('Device state:', self.state)
NewSession = requests.Session()
control_channel_timestamp = None
while True:
time.sleep(2)
try:
self.CH = csmapi.pull(self.MAC, '__Ctl_O__', NewSession)
if self.CH != []:
if control_channel_timestamp == self.CH[0][0]: continue
control_channel_timestamp = self.CH[0][0]
cmd = self.CH[0][1][0]
if cmd == 'RESUME':
print('Device state: RESUME.')
self.state = 'RESUME'
elif cmd == 'SUSPEND':
print('Device state: SUSPEND.')
self.state = 'SUSPEND'
elif cmd == 'SET_DF_STATUS':
csmapi.push(self.MAC, '__Ctl_I__', [
'SET_DF_STATUS_RSP', {
'cmd_params': self.CH[0][1][1]['cmd_params']
}
], NewSession)
DF_STATUS = list(self.CH[0][1][1]['cmd_params'][0])
self.SelectedDF = []
index = 0
self.profile['df_list'] = csmapi.pull(
self.MAC, 'profile')['df_list'] #new
for STATUS in DF_STATUS:
if STATUS == '1':
self.SelectedDF.append(
self.profile['df_list'][index])
index = index + 1
except Exception as e:
print('Control error:', e)
if str(e).find('mac_addr not found:') != -1:
print('Reg_addr is not found. Try to re-register...')
self.device_registration_with_retry()
else:
print('ControlChannel failed due to unknow reasons.')
time.sleep(1)
def register_device(addr=MAC):
if (csmapi.ENDPOINT == None):
detect_local_ec()
global MAC
MAC = addr
global timestamp
for i in profile['df_list']:
timestamp[i] = ''
print('IoTtalk Server = {}'.format(csmapi.ENDPOINT))
if csmapi.create(MAC, profile):
print('This device has successfully registered.')
csmapi.push(MAC, '__Ctl_I__',
['SET_DF_STATUS_RSP', {
'cmd_params': []
}])
return True
else:
print('Registration failed.')
return False
def push(idf_name, data):
logging('push({})', idf_name)
try:
if idf_name == 'Control':
idf_name = '__Ctl_I__'
else:
_df_is_odf[idf_name] = False
if not _df_selected[idf_name]:
return False
if _suspended:
return False
return csmapi.push(_mac_addr, idf_name, data)
except csmapi.CSMError as e:
logging('push({}): CSMError({})', idf_name, e)
return False
def push(FEATURE_NAME, *data):
return csmapi.push(MAC, FEATURE_NAME, list(data))
def push(FEATURE_NAME, *data):
if state == 'RESUME':
return csmapi.push(MAC, FEATURE_NAME, list(data))
else: return None
def push(FEATURE_NAME, *data):
return csmapi.push(MAC, FEATURE_NAME, list(data))
