def run(loc, topic, id):
print("AC control Algorithm running")
global display
mess = {}
mess['UserId'] = sys.argv[1]
mess['AppName'] = sys.argv[2]
mess['ServiceName'] = sys.argv[3]
for val in communication_module.Sersor_Stream(topic, id):
temp = int(val['data'])
if temp <= 59 and temp >= 10:
mess["ActionType"] = "Conrol"
mess["Action"] = str('LOW_TEMP :' + (str(val['data'])))
elif temp >= 60 and temp <= 100:
mess["ActionType"] = "Conrol"
mess["Action"] = str('NORMAL_TEMP :' + str(val['data']))
elif temp >= 101 and temp <= 120:
mess["ActionType"] = "Conrol"
mess["Action"] = str('HIGH_TEMP :' + str(val['data']))
display = mess["Action"]
curpath = str(os.path.dirname(os.path.realpath(__file__)))
file = open(curpath + "/display.txt", "w+")
file.write(display)
# print(mess["Action"])
communication_module.RuntimeServer_to_ActionServer_Producer_interface(
mess)
def run(topic, id, loc):
# lis=[]
# for val in communication_module.Sersor_Stream(topic,id):
# lis.append(int(val['data']))
lis = []
mess = {}
mess['UserID'] = sys.argv[1]
mess['App_Name'] = sys.argv[2]
mess['Action_type'] = sys.argv[3]
mess['Output'] = None
for val in communication_module.Sersor_Stream(topic, id):
lis.append(int(val['data']))
print(len(lis), val)
if (len(lis) % 120 == 0):
x = statistics.mean(lis)
if x >= 35:
mess['algorithm'] = str('algorithm1')
mess['Action'] = str('OFF_AC_' + loc)
#print("Sending",mess)
communication_module.RuntimeServer_to_ActionServer_Producer_interface(
mess)
elif x < 35 and x >= 25:
mess['algorithm'] = str('algorithm1')
mess['Action'] = None
#print("Sending",mess)
communication_module.RuntimeServer_to_ActionServer_Producer_interface(
mess)
else:
mess['algorithm'] = str('algorithm1')
mess['Action'] = str('ON_AC_' + loc)
#print("Sending",mess)
communication_module.RuntimeServer_to_ActionServer_Producer_interface(
mess)
def run(loc, topic, id):
lis = []
mess = {}
mess['UserId'] = sys.argv[1]
mess['AppName'] = sys.argv[2]
mess['ServiceName'] = sys.argv[3]
global count
count = 0
print(topic, id)
for val in communication_module.Sersor_Stream(topic, id):
if int(val['data']) + 100 > 200: #For 5 value > 200 F
count += 1
# print(len(lis),val)
if (count >= 5):
curpath = str(os.path.dirname(os.path.realpath(__file__)))
cmd = "python3 '" + curpath + "/dashboard.py' &"
os.system(cmd)
mess["ActionType"] = "Control"
mess["Output"] = str('ON_FIRE_ALRAM_' + loc)
#print("Sending",mess)
communication_module.RuntimeServer_to_ActionServer_Producer_interface(
mess)
else:
# count-=1
if (count < 5):
mess["ActionType"] = "Control"
mess["Output"] = str('OFF_FIRE_ALRAM_' + loc)
#print("Sending",mess)
communication_module.RuntimeServer_to_ActionServer_Producer_interface(
mess)
def run(loc, topic, id):
global display
print("Toxic level detection algorithm is running")
curpath = str(os.path.dirname(os.path.realpath(__file__)))
cmd = "python3 '" + curpath + "/dashboard.py' &"
os.system(cmd)
mess = {}
mess['UserId'] = sys.argv[1]
mess['AppName'] = sys.argv[2]
mess['ServiceName'] = sys.argv[3]
curpath = str(os.path.dirname(os.path.realpath(__file__)))
for val in communication_module.Sersor_Stream(topic, id):
scale = int(val['data'])
if scale >= 3 and scale <= 6:
mess["ActionType"] = "Control"
mess["Output"] = str("Toxic content in air is moderate at " +
str(loc) + " and scale value is" + str(scale))
f = open(curpath + "/display.txt", 'w')
f.write(mess["Output"])
f.close()
elif scale >= 1 and scale <= 2:
mess["ActionType"] = "Control"
mess["Output"] = str("Toxic content in air is very low at " +
str(loc) + " and scale value is" + str(scale))
f = open(curpath + "/display.txt", 'w')
f.write(mess["Output"])
f.close()
elif scale >= 7 and scale <= 8:
mess["ActionType"] = "Notification"
mess["Action"] = ["email"]
mess["Output"] = str("Toxic content in air is high " + str(loc) +
" and scale value is" + str(scale))
f = open(curpath + "/display.txt", 'w')
f.write(mess["Output"])
f.close()
elif scale >= 9:
mess["ActionType"] = "Notification"
mess["Action"] = ["email"]
mess["Output"] = str("Toxic content in air is very high " +
str(loc) + " and scale value is" + str(scale))
f = open(curpath + "/display.txt", 'w')
f.write(mess["Output"])
f.close()
# print(mess["Action"])
communication_module.RuntimeServer_to_ActionServer_Producer_interface(
mess)
def run(loc,topic,id):
print("Water level Algo Started",topic,id)
curpath=str(os.path.dirname(os.path.realpath(__file__)))
cmd="python3 '"+curpath+"/dashboard.py' &"
os.system(cmd)
mess={}
mess['UserId']=sys.argv[1]
mess['AppName']=sys.argv[2]
mess['ServiceName']=sys.argv[3]
for val in communication_module.Sersor_Stream(topic,id):
# print(int(val['data']))
if(int(val['data'])==1):
mess["ActionType"]="Notification"
mess["Action"]=["email"]
status = "Overflow "
mess["Output"]=str("Water Level Status at "+loc+" is "+status+" kindly take neccessary action")
print("Action Initiated : - ",mess)
f=open(curpath+"/display.txt",'w')
f.write(mess["Output"])
f.close()
communication_module.RuntimeServer_to_ActionServer_Producer_interface(mess)
elif(int(val['data'])==0):
mess["ActionType"]="Control"
mess["Action"]=["email"]
status = "Normal "
mess["Output"]=str("Water Level Status at "+loc+" is "+status+" kindly take neccessary action")
print("Action Initiated : - ",mess)
f=open(curpath+"/display.txt",'w')
f.write(mess["Output"])
f.close()
communication_module.RuntimeServer_to_ActionServer_Producer_interface(mess)
elif(int(val['data'])==2):
mess["ActionType"]="Notification"
mess["Action"]=["email"]
status = " Quite Low "
mess["Output"]=str("Water Level Status at "+loc+" is "+status+" kindly take neccessary action")
print("Action Initiated : - ",mess)
f=open(curpath+"/display.txt",'w')
f.write(mess["Output"])
f.close()
communication_module.RuntimeServer_to_ActionServer_Producer_interface(mess)
def run(loc, topic, id):
print("Algo Started", topic, id)
mess = {}
mess['UserId'] = sys.argv[1]
mess['AppName'] = sys.argv[2]
mess['ServiceName'] = sys.argv[3]
for val in communication_module.Sersor_Stream(topic, id):
# print(int(val['data']))
if (int(val['data']) == 1):
mess["ActionType"] = "Notification"
mess["Action"] = ["email", "notification"]
mess["Output"] = str("Illegal Access Detection at " + loc)
print("Action Initiated : - ", mess)
communication_module.RuntimeServer_to_ActionServer_Producer_interface(
mess)
def run(topic,id,loc):
lis=[]
for val in communication_module.Sersor_Stream(topic,id):
lis.append(int(val['data']))
if(len(lis)%120==0):
x = statistics.mean(lis)
if x>=35:
mess={}
mess['algorithm']=str('algorithm1')
mess['command']=str('OFF_AC_'+loc)
communication_module.Algorithm_to_ActionManager_Producer_interface(mess)
elif x<35 and x>=25:
mess={}
mess['algorithm']=str('algorithm1')
mess['command']=None
communication_module.Algorithm_to_ActionManager_Producer_interface(mess)
else:
mess={}
mess['algorithm']=str('algorithm1')
mess['command']=str('ON_AC_'+loc)
communication_module.Algorithm_to_ActionManager_Producer_interface(mess)
print("Algo Started")
# print("argsss",len(sys.argv))
# for i in range(sys.argv):
sensor_count = int(sys.argv[5])
print("sensor_ct", sensor_count)
sensor_data = []
x = 6
y = 7
for i in range(sensor_count):
topic = sys.argv[x]
id = sys.argv[y]
x = x + 2
y = y + 2
# print("in 1st for loop:")
for val in communication_module.Sersor_Stream(topic, id):
print("val:::", val, type(val))
val1 = val["data"]
lis = val1.split(":")
lis.append(id)
#lis= [atnd, cap, senid]
sensor_data.append(lis)
break
read_init_data(sensor_data)
# print("init data readed sucess!!!")
# start_new_thread(threaded_cls_detaisl,())
# for i in range(len(sys.argv)):
# print(i,"=============",sys.argv[i])
x = 6
import communication_module
import sensor
print('Algorithm1')
for val in communication_module.Sersor_Stream('temperature'):
print(val)