Upload Demo screenshot

Upload Demo

Author Avatar Theme by Jinixin
Updated: 6 Jun 2018
163 Stars

Uploading a large file by fragmentation, powered by Flask and WebUploader.

Categories

Overview

The file upload and download tool powered by Flask and WebUploader stands out for its innovative approach to managing large files through fragmentation. This clever technique allows seamless uploads and downloads, catering perfectly to users who frequently deal with sizable documents. The system supports multiple simultaneous users without interference, ensuring efficient processing and minimal disruption, making it a valuable tool for developers and businesses alike.

Additionally, the ease of installation and operation makes it accessible for a wide range of users. By simply installing the necessary packages and running a command, anyone can set up a local server to handle file uploads and downloads. This simplicity, combined with powerful functionality, makes it a remarkable solution for effective file management.

Features

  • Fragmented File Uploads: Supports uploading large files by breaking them into manageable chunks, minimizing upload interruptions and errors.

  • Multi-user Support: Allows multiple users to upload files simultaneously without any interference, enhancing efficiency in collaborative environments.

  • Streaming Downloads: Facilitates low-memory file downloads through streaming, offering a smooth user experience even with large file sizes.

  • Progress Tracking: Utilizes Bootstrap to render an upload progress bar, keeping users informed about their upload status in real time.

  • Simple Installation: Easy setup process via pip, allowing users to quickly install required packages to get the system up and running.

  • Local Server Execution: Runs locally on a server with a straightforward command, enabling developers to test file upload and download functionalities effortlessly.

  • Open Source Frameworks: Built on three open-source frameworks, adhering to BSD and MIT licenses for further customization and enhancements.