xively-gists

const FEED_ID = "FEED_ID_HERE";
const API_KEY = "API_KEY_HERE";
function send_xively(body) {         //take in csv value
    local xively_url = "https://api.xively.com/v2/feeds/" + FEED_ID + ".csv";       //setup url for csv
    server.log(xively_url);
    server.log(body);       //pring body for testing
    local req = http.put(xively_url, {"X-ApiKey":API_KEY, "Content-Type":"text/csv", "User-Agent":"Xively-Imp-Lib/1.0"}, body);     //add headers
    local res = req.sendsync();         //send request
    if(res.statuscode != 200) {
        server.log("error sending message: "+res.body);

xively-gists

local index = 0;
local masterUART = array(100);      //serial buffer
//these should be changed to non character values
local startbit = 124;   //which is |
local endbit = 126;     //which is ~
//uart initialization
function startUART()
{
    hardware.configure(UART_57);
    hardware.uart57.configure(19200, 8, PARITY_NONE, 1, NO_CTSRTS);     //baud:19200, dataBits:8, parity, stopbit

xively-gists

agent.on("json", function(value) {      //receive data from agent
    server.log("agent is on");
    //server.log(value);                //uncomment to print the data first
     
    hardware.uart57.write("\n" + value);        //write data to UART
});

xively-gists

function get_xively() {
    //wakeup
    imp.wakeup(30.0, get_xively);     //schedule when to wakeup again
     
    local xively_url = "https://api.xively.com/v2/feeds/" + FEED_ID + ".json";      //format xively url
    server.log(xively_url);
     
    local getreq = http.get(xively_url, {"X-ApiKey":API_KEY, "User-Agent":"xively-Imp-Lib/1.0"});       //add headers
    local res = getreq.sendsync();      //actuallty send request
    if(res.statuscode != 200) {

xively-gists

const FEED_ID = "FEED_ID_HERE";
const API_KEY = "API_KEY_HERE";

function get_xively() {
    //wakeup
    imp.wakeup(30.0, get_xively);     //schedule when to wakeup again
     
    local xively_url = "https://api.xively.com/v2/feeds/" + FEED_ID + ".json";      //format xively url
    server.log(xively_url);
     

xively-gists

local index = 0;
local masterUART = array(100);      //serial buffer
//these should be changed to non character values
local startbit = 124;   //which is |
local endbit = 126;     //which is ~
//uart initialization
function startUART()
{
    hardware.configure(UART_57);
    hardware.uart57.configure(19200, 8, PARITY_NONE, 1, NO_CTSRTS);     //baud:19200, dataBits:8, parity, stopbit

xively-gists

/*  
##Testing Environment for Xively Arduino Tutorial##  
This program is designed to test the sensing circuit created  
in the Xively Wi-Fi tutorial. It tests the photocell as well as the  
LED output. This sketch can be adapted to take sensor readings from any analog sensor.  
Derived from basicSensorTestEnv by Calum Barnes and AnalogInput by Tom Igoe  
  
By Calum Barnes 3-4-2013  
MIT License - [http://opensource.org/licenses/MIT]  
Copyright (c) 2013 Calum Barnes  

xively-gists

Sample Xively Arduino Sketch
/**
 * Xively Arduino sensor client example.
 *
 * This sketch demonstrates connecting an Arduino to Xively (https://xively.com),
 * using the new Arduino library to send and receive data.
 *
 * Requirements
 *   * Arduino with Ethernet shield or Arduino Ethernet (board must use the
 *     Wiznet Ethernet chipset)

xively-gists

/*
##Xively WiFi Sensor Tutorial##
This sketch is designed to take sensors (from photocell) and upload the values to Xively
at consistant intervals. At the same time it gets a setable value from Xively to adjust the brigthness
of an LED. This sketch is reusable and can be adapted for use with many different sensors.
Derived from Xively Ardino Sensor Client by Sam Mulube.
 
By Calum Barnes 3-4-2013
BSD 3-Clause License - [http://opensource.org/licenses/BSD-3-Clause]
Copyright (c) 2013 Calum Barnes

xively-gists

#!/usr/bin/env python

import os
import xively
import subprocess
import time
import datetime
import requests

# extract feed_id and api_key from environment variables