-> come look at our good first issues

Dependency analysis: (npm)

V.Board is an information sharing app. It allows users to share "pins", that is byte-size pieces of information: an URL, a picture and a short description. V.Board is designed to be used for communication among an organization teams: project advancement, technology watch, etc.

This software has been used at oui.sncf since July 2016. The public, open-source version of this project was published in January 2018. It's current status is: INCUBATING

Online demo instance: https://vboard-demo.herokuapp.com

• Features
• Usage
• Contributing
• Architecture
  • Authentication

Features

• a complete Pinterest-like editable dashboard, with comments and a search bar
• a "labels" system, with per-user favorites and notifications
• a "likes" system
• per-user configuration of an avatar, a team, a description...
• simple gamification, badges & leaderboard
• fully dockerized
• optional email notifications
• integrate with KeyCloack or AWS Cognito for identity & access management
• a REST API
• a RSS feed

Usage

The following command starts V.Board locally :

export TAG=latest
docker-compose build
docker-compose -f docker-compose.yml -f docker-compose.dev.yml up -d --no-build

You can then access the website through http://localhost and the swagger at http://localhost/api/v1/swagger-ui/

Contributing

Want to report a bug ? Suggest a feature ? Give us a hand ? Go have a look at our CONTRIBUTING.md guide.

Architecture

V.Board is made of the folling modules, launched as docker-compose services:

• ws: SpringBoot REST web service (backend)
• front: AngularJS 1.5 web app served by Apache (front)
• batchs: logstash cron to update the ElasticSearch index from the database

Docker services

Some extra docker-compose services are used:

• elasticsearch: a standard Elasticsearch instance
• wsdb: MySQL database for the backend

There are also some volumes used by the stack:

• images: contains all images for vboard pins and users It is shared between the ws and front services: ws writes in it and front reads from it.
• wsdb-data: contains the backend database

Authentication

There are 3 supported mode of authentication, that are activated in this order:

• through a Keycloak instance, if the environment variables $KCK_ENABLED, $KCK_PUBLIC_HOST & $KCK_REALM_KEY are defined, cf. KeycloakEnabledInEnv.java
• through AWS Cognito, with a X-AMZN-OIDC-DATA HTTP header containing a JWT token, if the environment variable $AWS_COGNITO_ENABLED is defined
• anonymous mode

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