Progress: Enhancing Visualization in Command Line Interface Process
Progress, an innovative public GitHub project, was developed with a goal to bring simplicity and efficiency to the command-line interface. This project aims to enhance data visualization in command-line processes by introducing a mechanism that displays an intuitive progress bar for common commands.
The Progress project is of significant relevance in our data-centric world, where tradition command-line utilities often lack the desired clarity in execution. By offering a user-friendly progress bar, Progress bridges the gap between the user and the command-line interface, substantiating itself as a vital tool for developers, coders, and even computer science students who frequently interact with command-line utilities.
Project Overview:
Progress aims to make command-line processes more interactive and user-friendly. It addresses the challenge of tracking command execution, which often seems vague and lacks clear visual feedback. Progress offers a dynamic, simple, and interactive platform, making it an essential tool for developers, system administrators, or anybody accustomed to dealing with common Linux command-line transfers.
Project Features:
Progress introduces a unique progress monitoring mechanism for several Linux utilities including- cp, mv, dd, tar, gzip/bzip2, etc. The visually appealing progress bar along with the detailed information on data transferred, transfer rate and estimated time helps users to precisely track the command execution. The clever use of coreutils viewer (cv) allows the progress monitoring in real-time and keeps the user informed about the execution status.
Technology Stack:
The project is predominantly written in C++ and make use of standard Linux utilities to fetch the system's statistical data. Technology like Coreutils viewer (cv) is used to fetch each particular process's status data from /proc filesystem in Linux systems. Such choices present a lightweight yet effective solution to monitor command-line utilities' progress.
Project Structure and Architecture:
Progress is designed with a simple architecture focusing on functionality. The project mainly revolves around the core 'watch' function, which allows the utility to monitor any process's progress in real-time. The observed data from each process is then linked to the corresponding utility with a tailored progress bar representation.
