UvA Collaboration Tool

Project Overview

The UvA Collaboration Tool is a Vue.js-based application I developed between 2017-2018 for content managers at the University of Amsterdam. It enables users to exchange information about individual pages across their websites. The project focuses on high performance to handle tens of thousands of pages and hundreds of interactions per page.

Download

You can download the project source code from: ow-collaboration.zip

Technical Stack

• Framework: Vue.js 2.2.6
• State Management: Vuex 2.1.2
• Routing: Vue Router 2.3.1
• Database: LokiJS (in-memory DB)
• Date Handling: Moment.js
• Build Tools:
  • Webpack 2.3.3
  • Babel
  • SASS/SCSS
  • Jest for testing

Core Features

1. Performance Optimization
   • In-memory database (LokiJS)
   • Efficient state management
   • Optimized rendering
   • Lazy loading
   • Resource caching
2. Collaboration Features
   • Page-specific discussions
   • Real-time updates
   • User interactions
   • Content management
   • Information exchange
3. Content Management
   • Page tracking
   • User comments
   • Content status
   • Version control
   • Change history

Project Structure

ow-collaboration/
├── src/
│   ├── vue/
│   │   ├── Collaboration/
│   │   ├── services/
│   │   ├── data/
│   │   ├── lib/
│   │   └── init/
│   ├── assets/
│   ├── static/
│   └── scss/
├── test/
│   ├── unit/
│   └── e2e/
├── config/
└── build/

Technical Implementation

1. Vue.js Architecture
   • Component-based structure
   • Vuex state management
   • Vue Router integration
   • Service layer
   • Data management
2. Performance Features
   • In-memory database
   • Efficient state updates
   • Optimized rendering
   • Resource management
   • Caching strategy
3. Development Tools
   • Modern build system
   • Testing infrastructure
   • Code quality tools
   • Development workflow
   • Deployment process

Detailed Feature Analysis

1. Collaboration Features

1. Core Components
   • Authentication system
   • Time-based updates (TimeFromNow)
   • Pagination handling
   • Reaction system
   • Demo environment
2. User Interaction
   • Real-time updates
   • User reactions
   • Page-specific comments
   • Content tracking
   • Version history
3. State Management
   • Centralized Vuex store
   • Action tracking
   • State persistence
   • Change history
   • User session management

2. Performance Optimizations

1. Build Optimizations
   javascript

   Copy

   // webpack.prod.conf.js
   module.exports = {
     optimization: {
       splitChunks: {
         chunks: 'all',
         minSize: 30000,
         maxSize: 0,
         minChunks: 1
       },
       runtimeChunk: true
     },
     // Additional optimizations...
   }
   

2. Resource Management
   • Code splitting
   • Lazy loading
   • Bundle optimization
   • Asset minification
   • Cache management
3. Runtime Performance
   • Virtual DOM optimization
   • Component lazy loading
   • Event delegation
   • Memory management
   • State optimization

3. Testing Infrastructure

1. Unit Testing Setup
   • Jest configuration
   • Vue test utils
   • Component testing
   • State testing
   • Service mocking
2. E2E Testing
   • Nightwatch configuration
   • Selenium integration
   • Browser automation
   • User flow testing
   • Performance metrics
3. Test Organization
   text

   Copy

   test/
   ├── unit/
   │   ├── specs/
   │   ├── helpers/
   │   └── setup/
   └── e2e/
       ├── specs/
       ├── reports/
       └── custom-assertions/
   

4. Build System Configuration

1. Development Environment
   javascript

   Copy

   // webpack.dev.conf.js
   module.exports = {
     mode: 'development',
     devtool: 'cheap-module-eval-source-map',
     devServer: {
       hot: true,
       compress: true,
       overlay: true
     }
   }