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we have
developed an open source sample in order to act as a
controller application between the iRelay and your hardware
so you can embed your code and start using the COC in your
projects
** if you have
raspberry,you can have access to raspberry GPIO through the
internet, |
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1-
sign up new account for COC
if you do not have an account yet |
2- login to the COC
control panel http://hohex.com/ho/index.asp,
and click the power button
3- Then press settings
icon to label you iRelay
 ,
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4- Run the below python
code (may be using Geany)
5- you will be asked for
user name and password ,you have to enter COC username and
password you have selected in step 1,
6- you will be
asked to enter the delay in m/sec for successive reads
7- now goto
http://hohex.com/ho/index.asp , after the successful
logging press
,
and then by switching (switch 1 for example) this will
enable GPIO4 High and low |
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#!/usr/bin/python
# -*- coding: utf-8 -*-
import pyodbc
import RPi.GPIO as GPIO
import time
import os
import urllib
## account verification
sock = urllib.urlopen("http://hohex.com/ho/access.asp")
htmlSource = sock.read()
sock.close()
sn=len(htmlSource)
while htmlSource[0:-(sn-6)] != "logged":
un = raw_input("Please Enter you COC username?")
pw = raw_input("Please Enter you COC password? ")
## account verification
sock = urllib.urlopen("http://hohex.com/ho/access.asp?un="
+ un + "&pw=" + pw)
htmlSource = sock.read()
sock.close()
sn=len(htmlSource)
if ( htmlSource[0:-(sn-6)] ) == "logged":
print("You have been logged Successfully!")
tset=1
else:
tset=0
print("Wrong account , or connectivity error")
dl = raw_input("enter the samplying interval in
seconds? ")
GPIO.setmode(GPIO.BCM)
GPIO.setup(4, GPIO.OUT)
while tset==1:
#try:
st=time.strftime("%Y-%m-%d %H:%M:%S")
print st
sock1 = urllib.urlopen("http://hohex.com/ho/shub.asp?un="
+ un + "&pw=" + pw + "&kst=" + st)
print
("--------------------------------------------------------")
htmlSource1 = sock1.read()
sock1.close()
sn=len(htmlSource1)
sw1=htmlSource1[0:-28]
sw2=htmlSource1[2:-26]
sw3=htmlSource1[4:-24]
sw4=htmlSource1[6:-22]
sw5=htmlSource1[8:-20]
sw6=htmlSource1[10:-18]
sw7=htmlSource1[12:-16]
sw8=htmlSource1[14:-14]
sw9=htmlSource1[16:-12]
sw10=htmlSource1[18:-10]
sw11=htmlSource1[20:-8]
sw12=htmlSource1[22:-6]
sw13=htmlSource1[24:-4]
sw14=htmlSource1[26:-2]
sw15=htmlSource1[28:0]
## enable/disable GPIO4 if switch1 is off/on
if "1" in sw1:
GPIO.output(4, True)
if "0" in sw1:
GPIO.output(4, False) |
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