Gist 1049926

100%

✓ Published0🌍 Public

Last edited Jun 27, 2011

Created on Jun 27, 2011

This example demonstrates a file upload form built with Express and connect-form. It shows how the server receives multipart form data, including an image file and text field, and logs the parsed fields and files to the console. The code uses `express.bodyParser()` and `form({ keepExtensions: true })` middleware to handle uploads, with `req.form.complete()` triggering a callback that processes the parsed data and redirects the client. The form is served at the root route via `res.send()`.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 1049895

This example demonstrates a basic Express.js web server that handles file uploads and form submissions through HTTP POST requests. The code uses the `express` framework and `connect-form` middleware to parse multipart form data. It serves an HTML form at the root route, then processes submitted text fields and optional image files on the `/` POST endpoint, logging parsed fields and files to the console before redirecting back. The form action uses `enctype="multipart/form-data"` and the server listens on port 3000.

Aalessioalex

90% match

Loading thumbnail…

From Pedro Teixeira's http://nodetuts.com/tutorials/12-file-uploads-using-nodejs-and-express.html but with connect-form instead of multipart-js

This example demonstrates a Node.js web application for managing products and uploading photos, with routes for creating, viewing, editing, and updating product records, alongside photo listing and file uploads. It uses Express with middleware such as `express.bodyParser`, `express.methodOverride`, and `express.static`, plus `connect-form` for handling multipart uploads. Photo uploads stream files from the temporary path to a static directory using `fs.createReadStream`, `fs.createWriteStream`, and `util.pump`, while data persistence relies on custom `products` and `photos` modules. The app configures separate error-handling behavior for development and production environments.

Aalessioalex

75% match

Loading thumbnail…

Gist 75fe6f98cacb874f8d9ebce7248b1b66

This example presents a web-based client-server application that serves static files and handles socket connections. The server is built with Express and Socket.IO, listening on a configurable port, and delegates all routes to a single `index.html` file. It uses the `body-parser` middleware for JSON parsing and the `path` module to resolve file locations. The rendering approach is not specified, but the code clearly establishes the infrastructure for delivering a front-end visualization, with the server acting as the backbone for real-time communication and static asset delivery.

RRonolibert

63% match

Loading thumbnail…

Gist 6442223

This example demonstrates a file upload interface with a progress bar, built using jQuery and the html5_upload plugin. The page allows multiple file selection, prompts for a server URL for each file, and displays upload progress with a blue progress bar. The CSS gives the page a cohesive blue gradient design with responsive layout adjustments for different screen sizes, including a playful rotation effect on images when clicked. The visualization highlights the interaction between custom JavaScript upload logic and dynamic CSS styling.

AAntonio24

61% match

Loading thumbnail…

upload tester

This example shows a file upload interface built with React. It displays file details such as name, type, size, and last modified date after a user selects a file. The component uses the `useState` hook to manage selected file state and a form data submission. It sends the file to the freeimage.host API via a `fetch` POST request using a placeholder API key. The rendered output conditionally shows file metadata or a prompt to select a file, and includes a submit button.

Ddleoenri

61% match

Loading thumbnail…

Gist 9c79390af1da1d823c26f4467355cf78

This example demonstrates a minimal Express.js web server with three routes: a root path returning "Hello World!" and two additional paths, `/login` and `/signup`, each returning a French-language message prompting the user to log in or create an account. The code uses the Express framework to define these HTTP GET endpoints and listens on port 3000, logging a startup message to the console. The visualization shows the basic structure of a server-side routing setup, with no data or rendering involved beyond plain text responses.

Aabernier

60% match

Loading thumbnail…

Gist 51d73414b163626dccd6ae63005f03dc

This example demonstrates a web server that forwards a PDF from a URL directly to a reMarkable tablet. It shows how an HTTP request containing a `pdf` query parameter triggers a download and upload cycle, ultimately returning the uploaded document’s ID as JSON. The code uses Express with CORS for the server, Node’s `https` module for fetching the remote PDF, and the `remarkable-typescript` library to authenticate via a device token and upload the file. The visualization’s behavior is purely functional, with no graphical rendering involved.

UUtopiah

60% match

Loading thumbnail…

Gist a4fc97b892cb0bc1b81b1e548b3b8149

This example demonstrates Ruby on Rails routing conventions by pairing an HTTP verb/path reference table with Express.js controller and router code. The README table maps CRUD actions to standard Rails routes, while the JavaScript files show equivalent Express implementations using `express.Router()`, `router.get()`, `router.put()`, `router.head()`, and `router.delete()` to define endpoints like `/photos` and `/photos/:id`. The controller file exports handler functions such as `index`, `show`, and `validate`, illustrating how routes delegate to named actions. The code uses the Express framework to mirror Rails’ RESTful design patterns.

Aabernier

59% match