The future of the Internet of things(Open source technology) as its a leading technology around the world, It is also one of the trending advancements in artificial intelligence and machine learning that have made automation of IoT devices.
basically, we can say that AL and ML technology is combined with IoT devices.
For Future scope can say that IoT technologies can be used in healthcare, automotive, manufacturing
industries, Traffic systems and electric meter automation.
but remaining that the Internet of things is a technology, not a programming language.
infants if you have good basics on embedded systems or networks with programming
then only you can easily understand IoT architecture.
IoT domain you also need experience with
Python
Microprocessors and controllers
OSI based model
Wireless communication network
All network protocol
IoT architecture need major understanding on
The device-side
The cloud internet side
Let's see Cloud Internet side programming with node modules
Some important modules which provide by node package
azure-arm-authorization for accessing the azure PAS.
azure-arm-network for managing virtual network also network interface.
azure-asm-compute for managed cloud service.
azure-asm-network manage reserved IP.
azure-asm-trafficmanager for the network traffic manager
you are using
To enable cloud service at your end
need to make file having some parameters
COOKIE_SECRET - cloud step key variable
CLOUDINARY_URL - variable for Cloudinary
to manage these services need Simulate config options file to use these steps in
your custom application backend
custom engine: handlerbars.create using for using predefine default templates.
For application controller you need at
const Event_File = require('events');
var yourKeystone = require('keystone');
var valThresholdValue = yourKeystone.list(valThresholdvalue);
var oneSignal = require('onesignal') and pass key value to get direct signal from cloud
Node js npm provides a library of keystone js it provides components that help for fast
development and send data for your application.
these modules also help in monitoring data system
like
keystone.init({'auto update': true ,session : true,auth : true '}); - some default event
to manage data asyn
lets see keystone get device data required to set device values in it .
keystone.set('nav', {
enquiry: 'enquiries',
usersdata: 'users',
clientsdata: 'clients',
usercontrollers:'controllers',
sensors:'sensors',
clientUsers:'Clientusers',
clientControllers:'ClientControllers',
clientControllerSensors:'Clientcontrollersensors',
sensorParameters:'Sensorparameters',
sensorParameterGroups:'SensorParameterGroups',
sensorParameterValues:'Sensorparametervalues',
SensorThreshold:'ParamThresholdValue',
refresh:'Refresh'
});
these variable values need to be set in a keystone which provides values in the application
keystone.start(); method to start keystone whole process.
To fetch data from all sensor when its start
var moment_timezone = require('moment-timezone');
var async = require('async');
async.forEach(subtype_arr.sensor, function (item, callback){
async.forEach(subtype_arr.sensor, function (item, callback){
if any error
if (err) {
callback(err, 0, '');
} else {}
Iot packages |
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