IoTgo-Pro is an open source IoT platform which second developing based on the IoTgo-Pro project, like WordPress, ZenCart and all other open source software, you can deploy your own IoTgo-Pro cloud service.
We at ITEAD Studio are committed to provide a complete set of hardware for IoTgo-Pro with open source hardware designs and open source firmware.
The overall IoTgo-Pro system architecture including IoTgo-Pro, IoTgo-Pro-compatible apps and IoTgo-Pro-compatible devices is illustrated by following graph.
Single-board microcontroller (like Arduino) developers, single-board computer (like Raspberry PI) developers and other embedded system developers could use IoTgo-Pro Device API to connect their devices to IoTgo-Pro and then easily control their devices by utilizing IoTgo-Pro Web App.
Note: we also provide IoTgo-Pro-compatible Device Library which wraps IoTgo-Pro Device API. Please refer to IoTgo-Pro Arduino Library, IoTgo-Pro Segnix Library for details.
Web developers and mobile developers could use IoTgo-Pro Web API to build various apps that manage devices connected to IoTgo-Pro. To control those devices, IoTgo-Pro Device API can be used.
In one word, we want to provide cloud capability for device developers and device capability for app developers.
For more detailed information and a working IoTgo-Pro cloud service, please head over to IoTgo-Pro.iteadstudio.com.
If you have any advice, please contact us. We sincerely appreciate it.
- device: create、delete、update、query devices
- user: create、delete、update、query users
- manager: create、delete、update、query manager and manage user
If you just want to get a feel of IoTgo-Pro, or deploy it for internal use, we recommend IoTgo-Pro docker image which could set up a IoTgo-Pro instance by only 4 commands and within 3 minutes (depends on your internet bandwidth).
Note: IoTgo-Pro docker image should not be used in production environment, because it lacks several security features, such as Google reCAPTCHA
-
NodeJS Version: 6.8.*.
-
Docker: An open platform for distributed applications for developers and sysadmins.
sudo docker pull dockerfile/mongodb
sudo docker pull humingchun/IoTgo-Pro
sudo docker run -d --name mongodb dockerfile/mongodb mongod --smallfiles
sudo docker run -d -p 80:80 --name IoTgo-Pro --link mongodb:mongodb humingchun/IoTgo-Pro node /opt/IoTgo-Pro/bin/www
And that's all! You can now access IoTgo-Pro at your linux box's ip address and port 80.
If you want to use another port instead of 80, change the -p option in the last command from 80 to any other port, such as -p 3000:80.
The admin panel is at http://linuxBoxIp:linuxBoxPort/admin, and the default admin account is [email protected], corresponding password is password. If you want to change the default account and password, you can use sudo docker exec -i -t IoTgo-Pro /bin/bash to login IoTgo-Pro docker container and use text editor (vi for example) to change admin information in the config.js file.
Install IoTgo-Pro manually takes some effort, but it also means everything is under control.
-
Git: Free and open source distributed version control system designed to handle everything from small to very large projects with speed and efficiency.
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MongoDB: Open-source document database, the leading NoSQL database
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Node.js: An asynchronous JavaScipt event driven framework, and yes, JavaScript on the server!
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Forever: Running Node application as system service.
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Bower: A package manager for the web, optimized for the front-end.
yum install git
yum install mongodb
yum install npm
npm install forever -g
npm install bower
Get IoTgo-Pro source code from github.com
git clone https://github.com/sunfeng90/IoTgo-Pro.git
Change directory to downloaded IoTgo-Pro and install dependencies.
cd IoTgo-Pro && npm install
Change directory to IoTgo-Pro Web App frontend and install dependencies.
cd public/frontend && bower install
Change directory to IoTgo-Pro Web App backend and install dependencies.
cd ../backend && bower install
Change directory back to IoTgo-Pro root
cd ../..
Edit config.js and change corresponding fields to reflect your hosting environment.
module.exports = {
host: 'localhost', // Hostname of IoTgo-Pro
db: {
uri: 'mongodb://localhost/IoTgo-Pro', // MongoDB database address
options: {
user: 'IoTgo-Pro', // MongoDB database username
pass: 'IoTgo-Pro' // MongoDB database password
}
},
jwt: {
secret: 'jwt_secret' // Shared secret to encrypt JSON Web Token
},
admin:{
'[email protected]': '123456' // Administrator account of IoTgo-Pro
},
page: {
limit: 50, // Default query page limit
sort: -1 // Default query sort order
},
recaptcha: {
secret: 'reCAPTCHA secret key', // https://developers.google.com/recaptcha/intro
url: 'https://www.google.com/recaptcha/api/siteverify'
}
};Edit public/frontend/views/signup.html and add your reCAPTCHA site key applied from Google
<div ng-model="response" class="form-group" g-recaptcha
g-recaptcha-sitekey="Your reCAPTCHA site key goes here"></div>To manage IoTgo-Pro like system service, such as:
sudo service IoTgo-Pro start // Start IoTgo-Pro
sudo service IoTgo-Pro stop // Stop IoTgo-Pro
and make IoTgo-Pro start automatically during OS boot, we can create init scripts utilizing Forever or PM2to monitor IoTgo-Pro.
pm2 start bin/www
pm2 stop bin/www
The following init script is a working example. If you want to use it, please put the script in /etc/init.d/ folder and change file permission to 755. You may also need to change NAME, NODE_PATH, NODE_APPLICATION_PATH to reflect your hosting environment.
sudo touch /etc/init.d/IoTgo-Pro
sudo chmod 755 /etc/init.d/IoTgo-Pro
sudo update-rc.d IoTgo-Pro defaults
Note: please refer to Node.js and Forever as a Service: Simple Upstart and Init Scripts for Ubuntu for detailed explanations of the script.
#!/bin/bash
#
# An init.d script for running a Node.js process as a service using Forever as
# the process monitor. For more configuration options associated with Forever,
# see: https://github.com/nodejitsu/forever
#
# This was written for Debian distributions such as Ubuntu, but should still
# work on RedHat, Fedora, or other RPM-based distributions, since none of the
# built-in service functions are used. So information is provided for both.
#
NAME="ITEAD IoTgo-Pro"
NODE_BIN_DIR="/usr/bin:/usr/local/bin"
NODE_PATH="/home/itead/IoTgo-Pro/node_modules"
APPLICATION_PATH="/home/itead/IoTgo-Pro/bin/www"
PIDFILE="/var/run/IoTgo-Pro.pid"
LOGFILE="/var/log/IoTgo-Pro.log"
MIN_UPTIME="5000"
SPIN_SLEEP_TIME="2000"
PATH=$NODE_BIN_DIR:$PATH
export NODE_PATH=$NODE_PATH
start() {
echo "Starting $NAME"
forever \
--pidFile $PIDFILE \
-a \
-l $LOGFILE \
--minUptime $MIN_UPTIME \
--spinSleepTime $SPIN_SLEEP_TIME \
start $APPLICATION_PATH 2>&1 > /dev/null &
RETVAL=$?
}
stop() {
if [ -f $PIDFILE ]; then
echo "Shutting down $NAME"
forever stop $APPLICATION_PATH 2>&1 > /dev/null
rm -f $PIDFILE
RETVAL=$?
else
echo "$NAME is not running."
RETVAL=0
fi
}
restart() {
stop
start
}
status() {
echo `forever list` | grep -q "$APPLICATION_PATH"
if [ "$?" -eq "0" ]; then
echo "$NAME is running."
RETVAL=0
else
echo "$NAME is not running."
RETVAL=3
fi
}
case "$1" in
start)
start
;;
stop)
stop
;;
status)
status
;;
restart)
restart
;;
*)
echo "Usage: {start|stop|status|restart}"
exit 1
;;
esac
exit $RETVALTo run IoTgo-Pro, you can start it in console mode
DEBUG="IoTgo-Pro" ./bin/www
To run IoTgo-Pro on other port instead of 80, you can use PORT environment variable.
PORT="3000" DEBUG="IoTgo-Pro" ./bin/www
To run IoTgo-Pro as system service
sudo service IoTgo-Pro start
IoTgo-Pro Web App currently supports the current and prior major release of Chrome, Firefox, Internet Explorer and Safari on a rolling basis, which means IE6/IE7/IE8/IE9 will not work properly.
frank-sun(The author of IoTgo-Pro)--https://github.com/sunfeng90
humingchun(The author of IoTgo)--https://github.com/humingchun
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