def pull_odf(df_name):
if not _df_is_odf[df_name] or not _df_selected[df_name]:
return
dataset = csmapi.pull(_mac_addr, df_name)
if has_new_data(dataset, _df_timestamp[df_name]):
_df_timestamp[df_name] = dataset[0][0]
_dan2dai.pull(df_name, dataset[0][1])
def pull_ctl():
global _ctl_timestamp
dataset = csmapi.pull(_mac_addr, '__Ctl_O__')
if has_new_data(dataset, _ctl_timestamp):
_ctl_timestamp = dataset[0][0]
if _handle_control_message(dataset[0][1]):
_dan2dai.pull('Control', dataset[0][1])
else:
logging('Problematic command message: {}', dataset[0][1])
def pull(FEATURE_NAME):
global timestamp
data = csmapi.pull(MAC,FEATURE_NAME)
if data != []:
if timestamp[FEATURE_NAME] == data[0][0]:
return None
timestamp[FEATURE_NAME] = data[0][0]
if data[0][1] != []:
return data[0][1]
else: return None
else:
return None
def pull(FEATURE_NAME):
global timestamp
if state == 'RESUME': data = csmapi.pull(MAC, FEATURE_NAME)
else: data = []
if data != []:
if timestamp[FEATURE_NAME] == data[0][0]:
return None
timestamp[FEATURE_NAME] = data[0][0]
if data[0][1] != []:
return data[0][1]
else:
return None
else:
return None
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]
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']}], NewSession)
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 get_state():
CH = csmapi.pull(MAC, '__Ctl_O__')
if CH != []: return CH[0][1][0]
else: return None
import csmapi
csmapi.ENDPOINT = "https://5.iottalk.tw" #Please fill the used IoTtalk server URL.
registered_address = 'The registered address of your device' #Please fill the registered address of your device.
if __name__ == "__main__":
profile = csmapi.pull(registered_address,
'profile') #Pull the profile of RemoteControl
if profile:
device_feature_list = profile['df_list']
print("Device feature list = ", device_feature_list)
control_channel_output = csmapi.pull(
registered_address, '__Ctl_O__') #Pull the Output of Control Channel
if control_channel_output:
selected_device_feature_flags = control_channel_output[0][1][1][
'cmd_params'][0]
print("Selected device feature flags = ",
selected_device_feature_flags)
def SwitchSetCount(mac_addr, count=1, count1=1, count2=1, count3=1, count4=1):
try:
registered_address = mac_addr
profile = csmapi.pull(registered_address,
'profile') #Pull the profile of RemoteControl
if profile:
device_feature_list = profile['df_list']
print("Device feature list = ", device_feature_list)
control_channel_output = csmapi.pull(
registered_address,
'__Ctl_O__') #Pull the Output of Control Channel
if control_channel_output:
selected_device_feature_flags = control_channel_output[0][1][1][
'cmd_params'][0]
print("Selected device feature flags = ",
selected_device_feature_flags)
button_string = selected_device_feature_flags[18:27]
button_num = button_string.count('1')
print("Button String :", button_string)
print("Iottalk Button Count :", button_num)
color_string = selected_device_feature_flags[36:45]
color_num = color_string.count('1')
print("Color String :", color_string)
print("Iottalk Color Count :", color_num)
key_string = selected_device_feature_flags[9:18]
key_num = key_string.count('1')
print("keypad String :", key_string)
print("Iottalk keypad Count :", key_num)
knob_string = selected_device_feature_flags[27:36]
knob_num = knob_string.count('1')
print("knob String :", knob_string)
print("Iottalk knob Count :", knob_num)
switch_string = selected_device_feature_flags[0:9]
switch_num = switch_string.count('1')
print("Switch String :", switch_string)
print("Iottalk Switch Count :", switch_num)
return make_response(
render_template('SwitchSet.html',
mac_addr=registered_address,
count=switch_num,
count1=key_num,
count2=button_num,
count3=knob_num,
count4=color_num))
except Exception as e:
print('Error:', e)
return make_response(
render_template('SwitchSet.html',
mac_addr=mac_addr,
count=int(count),
count1=int(count1),
count2=int(count2),
count3=int(count3),
count4=int(count4)))
