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Quick navigation

Child pages (Children Display)

all	true
page	Tutorials

Panel

title	Goal

Anchor11

We will create a simple IoT system that will alert us through a nice web interface whenever the temperature at our wine cellar is not between 10°C and 16°C. We will call this system FineWine.

System architecture:

Image Removed

This system, based on our understanding of intelligent micro-system, is composed of the following organs:

Nerve center: where the hub and its data are located.
Admin dashboard: the administration interface of your hub.
VirtualTemperatureSensor organ: simulate the temperature sensor of the wine cellar continuously and synchronize the samples with the hub.
Analytics organ: analyzes the temperature and alerts if the temperature is ok or not.
Monitoring interface organ: a web interface, displaying the current status of our wine cellar.

Panel

title	Creating a new Spinal System

Anchor22

Install spinal-system-basic

The first step is to create the directory where the project will be stored. We will call it fine-wine-system. Then, install inside the “spinal-system-basic” template. We suggest that before running the following command you initialize an npm project (with npm init):

Code Block

language	bash
theme	DJango

~/$  mkdir fine-wine-system
~/$ cd fine-wine-system
~/fine-wine-system$ npm init -y
~/fine-wine-system$ npm i https://github.com/spinalcom/spinal-browser-admin.git

Launch spinal-system

Code Block

language	bash
theme	DJango

~/fine-wine-system$ pm2 start launch.config.js

PM2 will automatically start the Spinal Hub and the organs. Take care, if you have another hub running on port 7777, your new hub will not be launched ! (here is a command to see what port are used on ubuntu: sudo netstat -lp --inet)

After this installation, only SpinalHub is running on port 7777. SpinalHub containes a web server that provide his own Admin interface. Here is the architecture of the system you have after this first install:

Connect to Admin UI

As we have done in the getting started, connect to the admin dashboard to see if you hub is running :

http://127.0.0.1:7777/html/admin

The default admin account is :

Username

client ID

Passwordadmin168JHGgcz45JKilmzknzelf65ddDadggftIO98P

Image Removed

.browser_organs : This is your web browser folder

.config_env : Your env configuration

nerve-center : The Spinalcom nerve center

node_modules : npm (node package manager) & spinal-package

.apps.json : installed

Image Added

Quick navigation

Child pages (Children Display)

all	true
page	Tutorials

Panel

title	Goal of the tutorial

Anchor

	1
	1

The objective of this tutorial is to create a simple IoT system that will alert us through a nice web interface whenever the temperature of our wine cellar is not between 10°C and 15°C. We will call this system FineWine.

System architecture

Image Added

This system, based on our understanding of intelligent micro-system, is composed of the following organs:

Nerve Center : where the hub and its data are located.
Admin Dashboard : the administration interface of your hub.
VirtualTemperatureSensor organ : simulate the temperature sensor of the wine cellar continuously and synchronize the samples with the hub.
Analytics organ : analyzes the temperature and alerts if the temperature is ok or not.
Monitoring interface organ : a web interface, displaying the current status of our wine cellar.

Panel

title	Requirements

For this tutorial, you just need the basic requirements.

The digital twin will be defined in the libraries.

The model is very simple, since we will not manage a lot of data. It is just a JavaScript function, which we will assume it's a class, from where we can create instances and store and load data.

The three important points to follow in the creation of a model are:

The first instruction of the function must call the super() method passing its context as an argument. As this function will inherit from a Model class inside the SpinalCore library, we need to call the parent constructor.
Every argument that needs to be synchronized should be passed using the add_attr() method like in the example below.
To inherit from the Model class, we call the extend() method from the SpinalCore library.

Create a folder called spinal-model-wine-cellar at the root of your project and, inside it, create a file called model.js:

Panel

title	Creating a new Spinal System

Anchor

	2
	2

Install spinal-system-basic

The first step is to create the directory where the project will be stored. We will call it fine-wine-system. Then, install inside the “spinal-system-basic” template. We suggest that before running the following command you initialize an npm project.

Code Block

language	bash
theme	DJango

~/$ mkdir fine-wine-system
~/$ cd fine-wine-system
~/fine-wine-system$ npm init -y
~/fine-wine-system$ npm i https://github.com/spinalcom/spinal-browser-admin.git

Configuration files and passwords
Anchor
passwords
passwords

The installation of the basic system will generate 2 configuration files :

.apps.json : installed organ package of your spinal system
.config.json : spinalcom Spinalcom connection / environment configuration filelaunch

In the .config.

js : Start your hub using pm2

package.json : config of your package

Panel

title	Create your wine cellar digital twin

Anchor

3

Code Block

language	bash

~/fine-wine-system$  mkdir spinal-model-wine-cellar

spinal-model-wine-cellar/model.js

Code Block

language	js
theme	DJango
linenumbers	true

// wineCave-model.js function WineCellarModel() { WineCellarModel.super(this); this.add_attr({

json file you will also find the password of the 3 basic users:

SPINAL_PASSWORD: password for the admin user,
SPINAL_PASSWORD_ROOT : password for the root user,
SPINAL_PASSWORD_USER: password for the user user.

Code Block

language	bash
theme	DJango

~/fine-wine-system$ cat .config.json

Exemple of the .config.json

.config.json

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language	js
theme	DJango
linenumbers	true

{
  "spinal-core-hub": {
    "env": {
      "SPINAL_USER_ID": "168",
      "SPINALHUB_PORT": 7777,
       temperature: 0,"SPINALHUB_IP": "127.0.0.1",
      "SPINAL_PASSWORD": "RggdgJ7LUGT7", //this danger:is falsenot a default password. 
}); }  spinalCore.extend(WineCellarModel, Model); module.exports = WineCellarModel;

Panel

title	Create the virtualTemperatureSensor organ

Anchor44

Now that we have our model, we need to monitor its state. for this we are going to simulate a temperature sensor that modify its attribute “temperature”. Later we will be able to connect with a real IoT sensor.

Make a new folder called virtualTempSensorOrgan where we are going to define our process.

Code Block

language	bash
theme	DJango

~/fine-wine-system$  mkdir virtualTempSensorOrgan

An organ has to be linked with the Spinalhub via a connector. For this tutorial, we use the Node.js connector, which has already been installed at the first step.

Inside the organ folder, create the file called index.js with the code below.

virtualTempSensorOrgan/index.js

Code Block

language	js
theme	DJango
linenumbers	true

// 1
var spinalCore = require("spinal-core-connectorjs");
require("../spinal-model-wine-cellar/model.js");

// 2
console.log("Configuration Environment not found, using default config");
process.env.SPINALHUB_PORT = 7777;
process.env.SPINALHUB_IP = "127.0.0.1";
process.env.SPINAL_USER_ID = 168;
process.env.SPINAL_PASSWORD = "JHGgcz45JKilmzknzelf65ddDadggftIO98P";

var conn = spinalCore.connect(
  `http://${process.env.SPINAL_USER_ID}:${process.env.SPINAL_PASSWORD}@${
    process.env.SPINALHUB_IP
  }:${process.env.SPINALHUB_PORT}/`
);

// 3: Create and store the wineCave model or load it if it exists
spinalCore.load(
  conn,
  "myCellar",
  function(myCellar) {
    //success callback
    console.log("load & sync existing model if it exists");
    setSensorData(myCellar.temperature);
  },
  function(myCellar) {
    //error callback
    myCellar = new WineCellarModel();
    spinalCore.store(conn, myCellar, "myCellar", function() {
      console.log("store & sync new model, first connection");
      setSensorData(myCellar.temperature);
    });
  }
);

i = 0;
sampleRate = 2;

function setSensorData(currentTemperature) {
  var simTemp;
  console.log("Sending sensored temperature");
  simTemp = 15 + 5 * Math.sin(i);
  i += 0.5;
  currentTemperature.set(simTemp);
  setTimeout(function() {
    setSensorData(currentTemperature);
  }, sampleRate * 1000);
}

These are the steps that the code is following:

Requires connector and model.
Establishes a connection with the hub, with write/read rights, using a user, password and environment variables. To understand more about configuration, please head to the configuration docs.
Creates and synchronize an instance of our button model and stores it in the hub. We first try to load and sync an existing instance from the hub, if no instance exist, than we create a new one
Changes the data periodically through the setSensorData() function.

The current system folder organization so far is:

Image Removed

Panel

title	Create the analyticsTemp Organ

Anchor55

Now that we have our temperature Sensor organ, we need to monitor its danger zone. For this we are going to simulate a analytics organ that modify its attribute “danger”. Later we will be able to connect with a real IoT sensor.

Make a new folder called TempSensor where we are going to define our danger zone.

Code Block

language	bash
theme	DJango

~/fine-wine-system$  mkdir analyticsTempOrgan

Inside the organ folder, create the file called index.js with the code below.

analyticsTempOrgan/index.js

Code Block

language	js
theme	DJango
linenumbers	true

// 1
var spinalCore = require("spinal-core-connectorjs");
require("../ "SPINAL_PASSWORD_ROOT": "cvXqdkRFqUHF", //this is not a default password. 
      "SPINAL_PASSWORD_USER": "I5h8bqkvPxjN"  //this is not a default password. 
    },
    "env_test": {
      "SPINAL_USER_ID": "168",
      "SPINALHUB_PORT": 7777,
      "SPINALHUB_IP": "127.0.0.1",
      "SPINAL_PASSWORD": "RggdgJ7LUGT7", //this is not a default password. 
      "SPINAL_PASSWORD_ROOT": "cvXqdkRFqUHF", //this is not a default password. 
      "SPINAL_PASSWORD_USER": "I5h8bqkvPxjN" //this is not a default password. 
    },
    "env_production": {
      "SPINAL_USER_ID": "168",
      "SPINALHUB_PORT": 7777,
      "SPINALHUB_IP": "127.0.0.1",
      "SPINAL_PASSWORD": "RggdgJ7LUGT7", //this is not a default password. 
      "SPINAL_PASSWORD_ROOT": "cvXqdkRFqUHF", //this is not a default password. 
      "SPINAL_PASSWORD_USER": "I5h8bqkvPxjN" //this is not a default password. 
    }
  }
}

Launch spinal-system

Code Block

language	bash
theme	DJango

~/fine-wine-system$ pm2 start launch.config.js

PM2 will automatically start the SpinalHub. Take care, if you have another hub running on port 7777, your new hub will not be launched ! ( here is a command to see what port are used on Ubuntu: sudo netstat -lp --inet ). If you want to launch two hubs at the same time, you will need to modify the port number in the configuration file (.config.json).

After this installation, your SpinalHub is running on port 7777. SpinalHub containes a web server that provide his own Admin interface. Here is the architecture of the system you have after this first install:

Image Added

Connect to Spinalcom Admin interface

As we have done in the getting started, connect to the admin dashboard to see if you hub is running :

http://127.0.0.1:7777/html/admin

Your folder organization should look like this after this first step:

Image Added

.browser_organs : web browser folder
.config_env : the environment configuration
nerve-center : Spinalcom nerve center
node_modules : npm (Node package manager) & All the spinal-packages
.apps.json : installed packages of your spinal system
.config.json : Spinalcom connection configuration file
launch.config.js : launch pm2 file
package.json : configuration file

For this step, we create a browser organ. This type of organ will create for you an new web page with the visualisation of your data. We will be able to create what we want to see. Actually we will do this for our fine wine cellar to know when temperature is in danger zone.

Inside .browser_organs, make a new folder called finewine inside, create a file named index.html. we define our web page.

Panel

title	Create your wine cellar digital twin

Anchor

	3
	3

The digital twin will be defined in a specific libraries: spinal-model-wine-cellar.

The model is very simple, since we will not manage a lot of data. It is just a JavaScript function, which we will assume it's a class, from where we can create instances, store and load data.

Create a folder called spinal-model-wine-cellar at the root of your project and, inside it, create a file called model.js:

Code Block

language	bash
theme	DJango

~/fine-wine-system$ mkdir spinal-model-wine-cellar

spinal-model-wine-cellar/model.js

");

Code Block

language	js
theme	DJango
linenumbers	true

class WineCellarModel extends Model { // 1
2  console.log("Configuration Environment not found, using default config");
process.env.SPINALHUB_PORT = 7777;
process.env.SPINALHUB_IP = "127.0.0.1";
process.env.SPINAL_USER_ID = 168;
process.env.SPINAL_PASSWORD = "JHGgcz45JKilmzknzelf65ddDadggftIO98P";

var conn = spinalCore.connect(
  `http://${process.env.SPINAL_USER_ID}:${process.env.SPINAL_PASSWORD}@${
    process.env.SPINALHUB_IP
  }:${process.env.SPINALHUB_PORT}/`
);

// 3: load the wineCave model if it exists
spinalCore.load(conn, "myCellar", function(myCellar) {
  //success callback
  console.log("load & sync existing model if it exists");
  // analyzeData(myCellar.temperature);
  analyzeData(myCellar);
});

// 4
function analyzeData(myCellar) {
  myCellar.bind(function() {
    if (myCellar.temperature.get() < 10 || myCellar.temperature.get() > 16) {
      myCellar.danger.set(true);
      console.log("Danger");
    } else {
      myCellar.danger.set(false);
      console.log("Fine Wine");
    }
  });
}

These are the steps that the code is following:

Requires connector and model.
Establishes a connection with the hub, with write/read rights, using a user, password and environment variables. To understand more about configuration, please head to the configuration docs.
Creates and synchronize an instance of our wineCellar model and stores it in the hub. We first try to load and sync an existing instance of the wine cellar from the hub.
Changes the danger data everytime temperature value change. We used bind function from spinalConnector to synchronized the data. Function inside bind will be called everytime the data change.

The current system folder organization so far is:

Image Removed

Panel

title	Create a browser organ

Anchor

6

Code Block

language	bash
theme	DJango

~/fine-wine-system/.browser_organ$ mkdir analyticsTempOrgan
~/fine-wine-system/.browser_organ$ cd analyticsTempOrgan
~/fine-wine-system/.browser_organ$ touch index.html

Index.html

Code Block

language	xml
theme	DJango
linenumbers	true

<!DOCTYPE html>
<html lang="en">

<head>
  <meta charset="utf-8">
  <title>FineWine: SpinalCore Quickstart</title>
  <link rel="stylesheet"
        href="https://bootswatch.com/_vendor/bootstrap/dist/css/bootstrap.min.css">
</head>

<body>
  <div style="margin-top: 100px; margin-left: auto; margin-right: auto; width: 300px">
    <div class="row"
         style="text-align: center;">
      <div class="col-lg-offset-4">
        <h1>FineWine</h1>
        <p>This simple IoT system will let you know whenever the temperature at your
          wine cave is not between 10°C and 16°C. Cheers!</p1>
      </div>
    </div>
    <div class="row">
      <div class="col-lg-offset-4">
        <hr />
      </div>
    </div>
    <div class="row">
      <div class="col-lg-offset-4"
           style="width: 100%">
        <div class="bs-component">
constructor() {
    super(); // 2
    this.add_attr({ // 3
      temperature: 0,
      danger: false
    });
  }
}
module.exports.WineCellarModel = WineCellarModel;

The three important points to follow in the creation of a model are:

Our WineCellarModel will be a class that inherits from the Model class from the SpinalCore library.
The first instruction of the constructor is to call the super() method. As this function will inherit from a Model class inside the SpinalCore library, we need to call the parent constructor.
Every argument that needs to be synchronized should be passed using the add_attr() method like in the example above.

Panel

title	Create the virtualTemperatureSensor organ

Anchor

	4
	4

Now that we have our model (simple digital twin of the wine cellar), we need to monitor its state. For this we are going to simulate a temperature sensor that modify its attribute “temperature”. Later we will be able to connect with a real IoT sensor.

Make a new folder called virtualTempSensorOrgan where we are going to define our process.

Code Block

language	bash
theme	DJango

~/fine-wine-system$ mkdir virtualTempSensorOrgan

An organ has to be linked with the Spinalhub via a connector. For this tutorial, we use the Node.js connector, which has already been installed at the first step (in the node_modules folder).

Inside the organ folder, create the file called index.js with the code below.

( don't forget to replace "YOUR PASSWORD FOR THE 'ADMIN' USER" with the appropriate password that you can find in the .config.json file

SPINAL_PASSWORD: password for the admin user, generated automatically )

Inside the folder virtualTempSensorOrgan, install spinal-core-connectorjs from GitHub.

virtualTempSensorOrgan/index.js

Code Block

language	js
theme	DJango
linenumbers	true

const spinalCore = require("spinal-core-connectorjs");
const model = require("../spinal-model-wine-cellar/model.js");

console.log("Configuration environnement not found, using default config");
process.env.SPINALHUB_PORT = "7777";
process.env.SPINALHUB_IP = "127.0.0.1"
process.env.SPINAL_USER_ID = "168";
process.env.SPINALH_PASSWORD = "SPINAL_PASSWORD"; // you will find it in th file .config.json  (spinalcom connection configuration file)

const conn = spinalCore.connect(`http://${process.env.SPINAL_USER_ID}:${process.env.SPINALH_PASSWORD}@${process.env.SPINALHUB_IP}:${process.env.SPINALHUB_PORT}/`);

spinalCore.load(conn, "myCellar", function (myCellar) {
  console.log("load & sync new model, first connection");
  setSensorData(myCellar.temperature);
}, function (myCellar) {
  myCellar = new model.WineCellarModel();
  spinalCore.store(conn, myCellar, "myCellar", function () {
    console.log("load & sync new model, first connection");
    setSensorData(myCellar.temperature);
  })
})

i = 0;
sampleRate = 2;

function setSensorData(currentTemperature) {
  var simTemp;

  console.log("Sending sensor temperature");
  simTemp = 15 + 5 * Math.sin(i);
  i += 0.5;
  currentTemperature.set(simTemp);
  setTimeout(function () {
    setSensorData(currentTemperature);
  }, sampleRate * 1000);
}

These are the steps that the code is following:

Requires connector and model.
Establishes a connection with the hub, with write/read rights, using a user, password and environment variables. To understand more about configuration, please head to the configuration docs.
Creates and synchronize an instance of our button model and stores it in the hub. We first try to load and sync an existing instance from the hub, if no instance exist, then we create a new one.
Changes the data periodically through the setSensorData() function.

The current system folder organization so far is:

Image Added

Instead of running your organ with node, you can add your organ to the pm2 process.

Just add it into the file .apps.json

.apps.json

Code Block

language	js
theme	DJango
linenumbers	true

{
  "apps": [
    {
      "name": "spinal-core-hub",
      "script": "spinalhub.js",
      "cwd": "./nerve-center/"
    },
    {
      "name": "virtualTempSensorOrgan",
      "script": "index.js",
      "cwd": "./virtualTempSensorOrgan/"
    }
  ]
}

Here is the architecture of the system you have after this step:

Image Added

Panel

title	Create the analyticsTemp Organ

Anchor

	5
	5

Now that we have our temperature Sensor organ, we need to monitor its danger zone. For this we are going to simulate a analytics organ that modify its attribute “danger”. Later we will be able to connect with a real IoT sensor.

Make a new folder called TempSensor where we are going to define our danger zone.

Code Block

language	bash
theme	DJango

~/fine-wine-system$ mkdir analyticsTempOrgan

Inside the organ folder, create the file called index.js with the code below, install spinal-core-connectorjs, and replace SPINAL_PASSWORD": "YOUR PASSWORD FOR THE 'ADMIN' USERSPINAL_PASSWORD": "YOUR PASSWORD FOR THE 'ADMIN' USER with the appropriate password.

analyticsTempOrgan/index.js

Code Block

language	js
theme	DJango
linenumbers	true

// 1
const spinalCore = require("spinal-core-connectorjs");

// 2
console.log("Configuration environnement not found, using default config");
process.env.SPINALHUB_PORT = "7777";
process.env.SPINALHUB_IP = "127.0.0.1";
process.env.SPINAL_USER_ID = "168";
process.env.SPINALH_PASSWORD = "SPINAL_PASSWORD"; // you will find it in th file .config.json  (spinalcom connection configuration file)

const conn = spinalCore.connect(`http://${process.env.SPINAL_USER_ID}:${process.env.SPINALH_PASSWORD}@${process.env.SPINALHUB_IP}:${process.env.SPINALHUB_PORT}/`);
// 3
spinalCore.load(conn, "myCellar", function (myCellar) {
  console.log("load & sync new model if it exists");
  analyseSensorData(myCellar);
});

i = 0;
sampleRate = 2;
// 4
function analyseSensorData(cellar) {
  cellar.bind(function () {
    if (cellar.temperature.get() < 10 || cellar.temperature.get() > 16) {
      cellar.danger.set(true);
      console.log("Danger");
    } else {
      cellar.danger.set(false);
      console.log("Fine Wine");
    }
  });
}

These are the steps that the code is following:

Requires connector.
Establishes a connection with the hub, with write/read rights, using user, password and environment variables. To learn more about configuration, please head to the configuration docs.
We first try to load and sync an existing instance of the wine cellar from the hub. If this fails, creates and synchronizes an instance of our WineCellar model and stores it in the hub.
Changes the danger data every time temperature value change. We use the bind function from spinalConnector to synchronize the data. The function given to bind will be called every time the data changes.

The current system folder organization so far is:

Image Added

Instead of running your organ with node, you can add your organ to the hub process, just add it into .apps.json

.apps.json

Code Block

language	js
theme	DJango
linenumbers	true

{
  "apps": [
    {
      "name": "spinal-core-hub",
      "script": "spinalhub.js",
      "cwd": "./nerve-center/"
    },
    {
      "name": "virtualTempSensorOrgan",
      "script": "index.js",
      "cwd": "./virtualTempSensorOrgan/"
    },
    {
      "name": "analyticsTempOrgan",
      "script": "index.js",
      "cwd": "./analyticsTempOrgan/"
    }
  ]
}

Here is the architecture of the system you have after this step:

Image Added

7

Panel

title	Create a browser organ

Anchor

	6
	6

For this step, we create a browser organ. This type of organ will create a new web page with the visualization of your data. Now we will do this for our fine wine cellar to know when temperature is in danger zone.

These are the steps that the code is following:

Create your spinal browser folder
Creates and synchronize an instance with Javascript
Browserify the code
Launch the browser organ.

At the end of this part your system's folder organization will be:

Image Added

1. Create your spinal browser folder

Inside .browser_organs, make a new folder called finewine inside, create a file named index.html. we define our web page.

Code Block

language	bash
theme	DJango

~/fine-wine-system/.browser_organ$ mkdir finewine
~/fine-wine-system/.browser_organ$ cd finewine
~/fine-wine-system/.browser_organ/finewine$ touch index.html
~/fine-wine-system/.browser_organ/finewine$ mkdir src
~/fine-wine-system/.browser_organ/finewine$ touch src/inspectFineWine.js

fine-wine-system/.browser_organ/finewine/index.html

Code Block

language	xml
theme	DJango
linenumbers	true

<!DOCTYPE html>
<html lang="en">

<head>
  <meta charset="utf-8">
  <title>FineWine: SpinalCore Quickstart</title>
  <link rel="stylesheet"
        href="https://bootswatch.com/_vendor/bootstrap/dist/css/bootstrap.min.css">
</head>

<body>
  <div style="margin-top: 100px; margin-left: auto; margin-right: auto; width: 300px">
    <div class="row"
         style="text-align: center;">
      <div class="col-lg-offset-4">
        <h1>FineWine</h1>
        <p>This simple IoT system will let you know whenever the temperature at your
          wine cave is not between 10°C and 16°C. Cheers!</p>
      </div>
    </div>
    <div class="row">
      <div class="col-lg-offset-4">
        <hr />
      </div>
    </div>
    <div class="row">
      <div class="col-lg-offset-4"
           style="width: 100%">
        <div class="bs-component">
          <div class="alert alert-success"
               id="wine_temp_container">
            <div style="font-size: 100px; text-align: center;">
              <strong id="wine_temp">0</strong>°C</div>
          </div>
        </div>
      </div>
    </div>
  </div>
  <!-- SpinalCore SDK -->

  <script type="text/javascript"
          src="finewine/bundle.js">
  </script>
  <script>
    FileSystem.CONNECTOR_TYPE = "Browser";
  </script>
</body>

</html>

2. Creates and synchronize an instance with Javascript

src/inspectFineWine.js

Code Block

language	js
theme	DJango
linenumbers	true

// 1
const spinalCore = require("spinal-core-connectorjs");

// 2
console.log("Configuration Environment not found, using default config");
process.env.SPINALHUB_PORT = 7777;
process.env.SPINALHUB_IP = "127.0.0.1";
process.env.SPINAL_USER_ID = 168;
process.env.SPINAL_PASSWORD = "SPINAL_PASSWORD"; // you will find it in th file .config.json  (spinalcom connection configuration file)

const conn = spinalCore.connect(
  `http://${process.env.SPINAL_USER_ID}:${process.env.SPINAL_PASSWORD}@${
    process.env.SPINALHUB_IP
  }:${process.env.SPINALHUB_PORT}/`
);

// Load avatar
spinalCore.load(conn, "myCellar", function(myCellar) {
  console.log("Model loaded!");
  updateView(myCellar);
});

// Listen to changes in the avatar and update view
function updateView(myCellar) {
  myCellar.bind(function() {
    if (myCellar.temperature.has_been_modified()) {
      var new_temp = parseFloat(myCellar.temperature.get()).toFixed(1);
      document.getElementById("wine_temp").innerHTML = new_temp;
    }
    if (myCellar.danger.has_been_modified()) {
      var danger = myCellar.danger.get();
      if (danger)
        document.getElementById("wine_temp_container").className =
         <div class="alert alert-successdanger";
      else
        id=document.getElementById("wine_temp_container">).className =
           <div style="font-size: 100px; text-align: center;">
 "alert alert-success";
    }
  });
}

3. Browserify the code

You need to install browserify package through npm, if is not installed yet.

Code Block

language	bash
theme	DJango
linenumbers	true

npm   <strong id="wine_temp">0</strong>°C</div>
          </div>
        </div>
      </div>
    </div>
  </div>
  <!-- SpinalCore API -->

  <script type="text/javascript"
          src="finewine/bundle.js">
  </script>
  <script>
    FileSystem.CONNECTOR_TYPE = "Browser";
  </script>
</body>

</html>
</html>

Panel

title	Create our second organ : virtualButtonMonitor

Anchor

7

install browserify

And browserify the code with this command :

Code Block

language	bash

~/fine-wine-system/.browser_organ/finewine$ ../../node_modules/.bin/browserify src/inspectFineWine.js -o bundle.js

4. Launch the browser organ.

You have everything you need. You can check that everything is working by running the PM2 process file automatically generated:

Code Block

language	bash

~/fine-wine-system$ pm2 start launch.config.js

PM2 will automatically start the Spinal Hub and the organs.

Image Added

Browser organ are little different than other organ, they provide a web page with his own route. Name of the folder in .browser_organs correspond to the route in your browser.

Base URL:

http://localhost:7777/html/

Your browser organ runs on this page:

http://localhost:7777/html/finewine

Image AddedImage Added
After this installation, only SpinalHub is running on port 7777. SpinalHub containes a web server that provides your browser organ. Here is the architecture of the system you have after this first install:

Image Added

Versions Compared

Old Version 14

New Version Current

Key

Table of contents

Quick navigation

Install spinal-system-basic

Launch spinal-system

Connect to Admin UI

Table of contents

Quick navigation

System architecture

Install spinal-system-basic

Configuration files and passwords
Anchor
passwords
passwords

Launch spinal-system

Image Added

Connect to Spinalcom Admin interface

1. Create your spinal browser folder

2. Creates and synchronize an instance with Javascript

3. Browserify the code

4. Launch the browser organ.

Conclusion

Page Comparison

Versions Compared

Old Version 14

New Version Current

Key

Table of contents

Quick navigation

Install spinal-system-basic

Launch spinal-system

Connect to Admin UI

Table of contents

Quick navigation

System architecture

Install spinal-system-basic

Configuration files and passwords Anchorpasswordspasswords

Launch spinal-system

Image Added

Connect to Spinalcom Admin interface

1. Create your spinal browser folder

2. Creates and synchronize an instance with Javascript

3. Browserify the code

4. Launch the browser organ.

Conclusion

Configuration files and passwords
Anchor
passwords
passwords