LuisFDuarte

import RPi.GPIO as GPIO ##GPIO library
from ubidots import ApiClient ##Ubidots Library
import time ##time library for delays
GPIO.setmode(GPIO.BCM)##set up BCM as numbering system for inputs
GPIO.setup(7,GPIO.IN)##Declaring GPIO7 as input for the sensor

try:
   api=ApiClient("75617caf2933588b7fd0da531155d16035138535")##put your own apikey
   people= api.get_variable("53b9f8ff76254274effbbace")##put your own variable's id
except:

LuisFDuarte

#!/usr/bin/env python
import time 						# Library for delays
import RPi.GPIO as GPIO 			# Library for using the GPIO ports
from  math import log1p,exp,log10 	# Library for math functions. No need for it if you'll get the raw data from the sensors
from ubidots import ApiClient  		# Ubidots Library
import Adafruit_DHT 				# Library from Adafruit to simplify the use of DHT sensor.

# Set up the SPI interface pins. Through SPI we can connect to the ADC MCP3008

SPICLK = 18

LuisFDuarte

#!/usr/bin/env python
import time 						# Library for delays
import RPi.GPIO as GPIO 			# Library for using the GPIO ports
from  math import log1p,exp,log10 	# Library for math functions. No need for it if you'll get the raw data from the sensors
from ubidots import ApiClient  		# Ubidots Library
import Adafruit_DHT 				# Library from Adafruit to simplify the use of DHT sensor.
import random
# Set up the SPI interface pins. Through SPI we can connect to the ADC MCP3008

SPICLK = 18

LuisFDuarte

import pifacedigitalio 									#Library for pifacedigitalio										#Library for delays
from ubidots import ApiClient								#Library for Ubidots
pifacedigital = pifacedigitalio.PiFaceDigital() 					#Declare piface object


##Connect to Ubidots
try:                 
	api = ApiClient("1fc7a56bf4b539725ace7a3f4aa623e9e9620612") 			#Don't forget to put your own Apikey
	valve = api.get_variable('53cd4cb07625425b70f5c21e') 				#Put here your valve ID's 
	valveState = api.get_variable("53ce95547625420403d81468")			#Put here your realy state ID's

LuisFDuarte

const SPICLK = 937.5;
// Class to read the DHT11 temperature/humidity sensor
// These sensors us a proprietary one-wire protocol. The imp
// emulates this protocol with SPI. 
// To use:
//  - tie MOSI to MISO with a 10k resistor
//  - tie MISO to the data line on the sensor
class DHT11 {
    static STARTTIME_LOW     = 0.001000;    // 1 ms low time for start
    static STARTTIME_HIGH    = 0.000020;  // 20 us min high time for start

LuisFDuarte

device.on("temp", function(value) {
    server.log("Trying to post to Ubi the value:");
    server.log(value);
    local headers = { "Content-Type": "application/json", "X-Auth-Token": "NBbF3PWPxWc2IaO40aXOKnhIu8tOv92rYN3ibiEc7Jh6GV3KZUUCHtXuNz7Y" }; // Replace the token with yours
    local url = "http://things.ubidots.com/api/v1.6/variables/53d2beb37625424630223dac/values"; // Replace the Variable ID with yours
    local string = {"value": value};
    local request = http.post(url, headers, http.jsonencode(string));
    local response = request.sendsync();
});

LuisFDuarte

#include <WiFiShieldOrPmodWiFi_G.h>                     // This is for the MRF24WGxx on a pmodWiFi or WiFiShield
#include <DNETcK.h>
#include <DWIFIcK.h>
//Wifi Variables
char * server = "things.ubidots.com";    // server to connect to
unsigned short portServer = 80;
const char * szSsid = "Atom House Medellin";// Specify the SSID
#define USE_WPA2_PASSPHRASE
#if defined(USE_WPA2_PASSPHRASE)

LuisFDuarte

device.on("temp", function(value) {
    //server.log("Trying to post to Ubi the value:");
    //server.log(value);
    local headers = { "Content-Type": "application/json", "X-Auth-Token": "NBbF3PWPxWc2IaO40aXOKnhIu8tOv92rYN3ibiEc7Jh6GV3KZUUCHtXuNz7Y" }; // Replace the token with yours
    local url = "http://things.ubidots.com/api/v1.6/variables/53d2beb37625424630223dac/values"; // Replace the Variable ID with yours
    local string = {"value": value};
    local request = http.post(url, headers, http.jsonencode(string));
    local response = request.sendsync();
});
device.on("hum", function(value) {

LuisFDuarte

const SPICLK = 937.5;
// Class to read the DHT11 temperature/humidity sensor
// These sensors us a proprietary one-wire protocol. The imp
// emulates this protocol with SPI. 
// To use:
//  - tie MOSI to MISO with a 10k resistor
//  - tie MISO to the data line on the sensor
class DHT11 {
    static STARTTIME_LOW     = 0.001000;    // 1 ms low time for start
    static STARTTIME_HIGH    = 0.000020;  // 20 us min high time for start

LuisFDuarte

// This #include statement was automatically added by the Spark IDE.
#include "Adafruit_DHT/Adafruit_DHT.h"
// This #include statement was automatically added by the Spark IDE.
#include "HttpClient/HttpClient.h"
HttpClient http;
#define VARIABLE_ID "53f6caea76254277ef8837cd"
#define VARIABLE_ID2 "53f63fa576254235bec59148"
#define TOKEN "cfaI5R1bcr7wlwf58hAnNZNNvfSoUk"
int lightLevel = 0;