electricimp

// Start of agent

// Load the data from persistent storage

settings <- server.load()

// It the load is null, it tells us this is the first time the agent is running

if (settings == null)
{

electricimp

// On wake from deep sleep or cold boot, Squirrel starts here

// Check if nv table exists and if it contains the key 'count'

if (!("nv" in getroottable() && "count" in nv))
{
    // Either the nv table hasn't been instantiated or it has but lacks a 'count' slot
    // So create them. If nv table exists, this code just adds 'count' to it. If nv
    // doesn't exist yet, this code will automatically create it when it adds 'count'
    

electricimp

// Define the regular expression:
// Look for digits one or more times (\d+)
// Look for spaces
// Look for any case character one or more times ([a-zA-Z]+)
// Look for the first punctuation mark (\p)
 
local expression = regexp2(@"\d+ [a-zA-Z]+\p")
 
local compareString = "stuff 123 Test."
 

electricimp

// Define the regular expression:
// Look for digits one or more times (\d+)
// Look for spaces
// Look for any case character one or more times ([a-zA-Z]+)
// Look for the first punctuation mark (\p)
local expression = regexp2(@"(\d+) ([a-zA-Z]+)(\p)")
local compareString = "stuff 123 Test."
// Generate an array of matches
local results = expression.capture(compareString)

electricimp

// Define the regular expression:
// Look for digits one or more times: \d+
 
local expression = regexp2(@"\d+")
 
local compareString = "91939312"
 
if (expression.match(compareString))
{
  // Do we have a match?

electricimp

// The KeenIO class can be found at:
// https://github.com/electricimp/reference/blob/master/webservices/keenio/keenio.agent.nut
class KeenIO { ... }

const PROJECT_ID = "";  // Your Project ID (from Keen Dashboard)
const API_KEY = "";     // Your API Write Key (from Keen Dashboard)

// Create the KeenIO Client:
keen <- KeenIO(PROJECT_ID, API_KEY)

electricimp

class TestDigitalOut(ElectricImpTestCase):

def test_digital_out_can_write_high(self):
       value = 1
       mbedPin = mbedrpc.DigitalIn(self.mbedrpc, "p10")
       self.loadAndRunSquirrelCode("""
               hardware.pin5.configure(DIGITAL_OUT);
               hardware.pin5.write(%d);
       """ % value
    assert_that(mbedPin.read(), is_(value))

electricimp

function getImpType()
{
	// Determines which kind of imp is in use, returning
	// an integer value according to type: eg. imp001 returns 1
    	
	if (imp.environment() == ENVIRONMENT_CARD)
	{
		return 1
	}
	else

electricimp

function getImpType()
{
	// Determines which kind of imp is in use, returning
	// an integer value according to type: eg. imp001 returns 1
    	
	if (imp.environment() == ENVIRONMENT_CARD)
	{
		return 1
	}
	else

electricimp

function getImpType()
{
	// Determines which kind of imp is in use, returning
	// an integer value according to type: eg. imp001 returns 1
    	
	if (imp.environment() == ENVIRONMENT_CARD)
	{
		return 1
	}
	else