def IoT_to_Raspberry_Change_Power(ShadowPayload):
global Power_Status
# Desired = POWER change
checkPlug()
print(" I AM IN THE POWER CHANGE FUNCTION")
print("ShadowPayload" + ShadowPayload)
print("Power Status" + Power_Status)
checkPlug()
sp = SmartPlug('192.168.99.113','225564')
if ( ShadowPayload == "ON" and Power_Status == "OFF"): #Check if machine is indeed OFF
print("Power status is off and shadowpayload is on")
sp.state = 'ON'
print("Turned plug on")
checkPlug()
JSONPayload = '{ "state" : {'+\
'"reported": {'+\
'"Power": "' + Power_Status + '" '+\
'} '+\
'} '+\
'}'
myDeviceShadow.shadowUpdate(JSONPayload, IoTShadowCallback_Update, 5) #Send the new status as REPORTED values
elif ( ShadowPayload == "OFF" and Power_Status == "ON"): #Check if machine is indeed ON
print("Power status is on and shadowpayload is off")
sp.state = 'OFF'
print("Turned plug off")
checkPlug()
JSONPayload = '{ "state" : {'+\
'"reported": {'+\
'"Power": "' + Power_Status + '" '+\
'}, '+\
'"desired": {'+\
'"Power": "' + Power_Status + '" '+\
'} '+\
'} '+\
'}'
myDeviceShadow.shadowUpdate(JSONPayload, IoTShadowCallback_Update, 5) #Send the new status as REPORTED values
#!python3
import sys
from pyW215.pyW215 import SmartPlug, ON, OFF
try:
command = sys.argv[1]
ip = sys.argv[2]
password = sys.argv[3]
except:
print('smart plug: action (on or off), IP, password required')
exit(1)
sp = SmartPlug(ip, password)
# Get values if available otherwise return N/A
# print(sp.current_consumption)
# print(sp.temperature)
# print(sp.total_consumption)
# Turn switch on and off
if (command == 'on'):
sp.state = ON
else:
sp.state = OFF
def index(request):
Staff = Group.objects.all()[0]
Tech = Group.objects.all()[1]
data = pd.read_csv("C:\\Users\\viclo\\Desktop\\BSP2\\The_project\\final_product\\project\\values.csv", sep=';')
dic = datamin(data)
#plugs
dic_of_plug1 = {'BLAB-PLUG1':dic['BLAB-PLUG1']}
dic_of_plug2 = {'BLAB-PLUG2':dic['BLAB-PLUG2']}
on_or_off1 = dic['BLAB-PLUG1']
on_or_off2 = dic['BLAB-PLUG2']
#humidity
dic_of_humid1 = {'BLAB-HUMID-AIR-1':dic['BLAB-HUMID-AIR-1']}
dic_of_humid2 = {'BLAB-HUMID-SOIL-1':dic['BLAB-HUMID-SOIL-1']}
dic_of_approx_hum1 = real_to_mod20(dic_of_humid1)
dic_of_approx_hum2 = real_to_mod20(dic_of_humid2)
#temeperature
dic_of_temp1 = {'BLAB-TEMP-AIR-1':dic['BLAB-TEMP-AIR-1']}
dic_of_temp2 = {'BLAB-TEMP-AIR-2':dic['BLAB-TEMP-AIR-2']}
dic_of_temp3 = {'BLAB-TEMP-SOIL-2':dic['BLAB-TEMP-SOIL-2']}
dic_of_approx_temp1 = real_to_mod5(dic_of_temp1)
dic_of_approx_temp2 = real_to_mod5(dic_of_temp2)
dic_of_approx_temp3 = real_to_mod5(dic_of_temp3)
#plug_control
IP = 'Invalid Ip'
Password = '******'
state = ''
temperature = 0
consumption = 0
total_cuns = 0
form = ""
if request.method == 'POST':
# Create a form instance and populate it with data from the request (binding):
form = plugs(request.POST)
# Check if the form is valid:
if form.is_valid():
action = form.cleaned_data['choice_field']
if (action == 'info_1'):
IP = '10.212.232.12'
Password = '******'
sp = SmartPlug(str(IP), str(Password))
state = sp.state
temperature = sp.temperature
consumption = sp.current_consumption
total_cuns = sp.total_consumption
elif (action == 'on_off_1'):
IP = '10.212.232.12'
Password = '******'
sp = SmartPlug(str(IP), str(Password))
if sp.state == 'OFF':
sp.state = ON
else:
sp.state = OFF
state = sp.state
elif (action == 'info_2'):
IP = '10.212.232.11'
Password = '******'
sp = SmartPlug(str(IP), str(Password))
state = sp.state
temperature = sp.temperature
consumption = sp.current_consumption
total_cuns = sp.total_consumption
elif (action == 'on_off_2'):
IP = '10.212.232.11'
Password = '******'
sp = SmartPlug(str(IP), str(Password))
if sp.state == 'OFF':
sp.state = ON
else:
sp.state = OFF
state = sp.state
links = []
for i in range(1,3):
links += [img('https://messir.uni.lu/bicslab/blab-cam'+str(i)+'-snapshots/gallery-images/')]
return render(request, 'index.html', {'dic_of_temp1':dic_of_temp1,
'img1':links[0],
'img2':links[1],
'dic_of_approx_temp1':dic_of_approx_temp1,
'dic_of_temp2':dic_of_temp2,
'dic_of_approx_temp2':dic_of_approx_temp2,
'dic_of_temp3':dic_of_temp3,
'dic_of_approx_temp3':dic_of_approx_temp3, 'dic_of_humid1':dic_of_humid1,
'dic_of_approx_hum1':dic_of_approx_hum1,
'dic_of_humid2':dic_of_humid2,
'dic_of_approx_hum2':dic_of_approx_hum2,
'dic_of_plug1':dic_of_plug1,
'dic_of_plug2':dic_of_plug2,
'on_or_off1':on_or_off1,
'on_or_off2':on_or_off2,
'Staff':Staff,
'Tech':Tech,
'form':form,
'state':state,
'temeperature':temperature,
'consumption':consumption,
'total_cuns':total_cuns
})
