Tutoriel pour la prise en main de la stack MEAN

100%

Tutoriel pour la prise en main de la stack MEAN

✓ Published0🌍 Public

Last edited Jan 31, 2016

Created on Feb 2, 2016

This tutorial demonstrates the structure of a MEAN stack application, showing how a README document organizes the learning path. It visually outlines the MVC pattern (Model-View-Controller) and introduces the Angular.js frontend framework, with diagrams illustrating the relationships between MongoDB, Express.js, AngularJS, and Node.js. The content is rendered as structured markdown within a Vue.js environment, featuring embedded images and code snippets that highlight Angular.js directives like `ng-app` and `ng-model`.

AI-generated description

Similar vizzes

Loading thumbnail…

DockerでMEAN Stackの稼働環境を簡単実現 ref: https://qiita.com/SOhtsu/items/da97e60164669e88a6a7

This example shows a Docker Compose configuration for running a MEAN stack application, with separate services for an Angular frontend, a Node.js backend, and MongoDB. The visualization highlights the service dependencies and network connections using Docker’s `depends_on`, `links`, and `networks` directives. The frontend is built in two stages with `node:alpine` and `nginx:alpine`, while the backend uses a single-stage Node.js build executed via `npm install` and `node server.js`. The setup also includes mongo-express for database administration, with environment variables for authentication credentials.

OOhtsu

60% match

Loading thumbnail…

Gist 65c9238c951a093c2a34065133d0caf3

This example demonstrates a frontend application built with Nuxt.js and Vue for a punk rock compound website. It integrates Vue Formulate for form handling, Axios for HTTP requests, and Strapi as a headless CMS backend. The interface includes a carousel component, custom typography, and Tailwind CSS styling, with content managed through @nuxt/content and markdown rendering via @nuxtjs/markdownit. The code relies on Vue’s reactive data binding and Nuxt’s server-side rendering to present structured content, while PWA support and ESLint/Prettier configurations ensure a responsive, maintainable application.

NNick-tsoukas

57% match

Loading thumbnail…

Gist f0ea84b0d4d50604c405f5b74db1b498

This example visualizes the relationships between a set of JavaScript frameworks and their descriptions using a force-directed graph built with Vue.js and D3’s `d3.forceSimulation`. The graph reads from an inline `category.csv` dataset, mapping each of the three categories—Node.js, Vue.js, and Angular.js—to its respective description. Nodes are rendered as circles, with labels displayed alongside, while the simulation drives their positions through charge and link forces. The visualization demonstrates a compact, interactive network layout, though it does not include drag behavior or hover interactions beyond the static arrangement. The code relies on Vue’s reactivity to update the DOM as the simulation runs.

WWill Carter

57% match

Loading thumbnail…

Tuto

This tutorial shows the basics of setting up a D3.js project and displaying static text and styled HTML elements. The page uses JavaScript and D3 to write messages into a `<div>` with `d3.select` and into a `<pre>` element, while CSS styles the headings, list, and message. The code includes a commented-out SVG block with circles, rectangles, lines, and paths, illustrating how D3 could render shapes, though it is not currently active.

NNathanGBIM

56% match

Loading thumbnail…

Gist 7232670

This example demonstrates how a single-page application skeleton is transformed from a static document into an interactive, AJAX-driven experience. The visualization shows a list of user-submitted code entries, with each entry dynamically loaded and rendered without a full page refresh. The implementation uses jQuery’s `$.ajax` method to fetch the `lucky_ajax.md` file and other resources, then updates the DOM with the retrieved content. The code also relies on JavaScript’s `Promise` API for handling asynchronous responses, and highlights the use of `XMLHttpRequest` for network communication. The data source is the downloaded application skeleton, whose structure is revealed through the fetched files. The example focuses on the interaction between client-side scripting and server responses.

EElaineYu

55% match

Loading thumbnail…

Gist 19d4ef5030e03366a3ccf818008433bb

This visualization is a software-engineering practice exercise centered on an airport control tower, rendered as a static architectural diagram. It shows a workflow for refactoring a legacy codebase, with labeled modules for flight management, runway assignment, and sensor communication. The visual uses a top-down schematic layout, with connected nodes and color-coded sections representing different GoF design patterns like Strategy, Observer, and State. The diagram is built with Vue.js and relies on SVG elements to depict the system’s components and their relationships, highlighting the transition from a monolithic structure to a pattern-based, extensible architecture.

IIoTeacher

55% match

Loading thumbnail…

Gist bfcd19cff6a873fc41ea847c029f7dc4

This example presents a configuration guide for the Awesome window manager, combining Arch Linux package installation commands with setup notes for related tools like `vicious`, `xcompmgr`, and `nitrogen`. It also includes a sidebar of reference tabs linking to official documentation for Awesome, Vue.js, and Vue Router. The main content area shows a typical terminal workflow with `pacman` commands, while the surrounding interface demonstrates a browser-based code viewer that tracks open documentation links. The implementation uses Vue.js and the `vue-router` library for managing the tabbed navigation between the guide and its referenced resources.

MMistyBlunch

55% match

Loading thumbnail…

test

This example demonstrates a minimal HTML page that loads a JavaScript module defining a set of Redux-style actions for managing a complex visualization state, including map navigation, polygon selection, and graph interactions. The page uses plain HTML and CSS to display a static greeting, while the script imports and logs the action registry generated from a list of action types. It illustrates how to structure a front-end application with a central action system, using symbols for action types and a proxy to catch undefined references. No visual rendering or data source is included beyond the console output.

YYann

54% match