The GNU project announced coreutils 9.11 on April 20, adding multibyte support to cut, nl and expand, new cut options, zero‑copy I/O in cat and yes for up to 15× speed gains, faster wc and shuf, a new date format, plus numerous bug fixes and stability improvements, with source available on the GNU website.
The article chronicles Richard Stallman’s obsessive pursuit of software freedom, his life in MIT’s AI Lab, the birth of the GNU project, the clash with proprietary software, the rise of Linux, and the enduring impact of the free‑software movement on modern open‑source development.
This guide provides a thorough introduction to x86 assembly language, covering GNU syntax, CPU architecture, registers, instruction formats, data types, memory models, and practical examples with NASM and GNU as, enabling readers to write efficient low‑level code and deepen their understanding of computer systems.
At the GNU 40th anniversary celebration in Biel, Switzerland, Richard Stallman disclosed his cancer treatment, criticized Red Hat's GPL practices, and argued that current generative AI systems like ChatGPT lack true understanding, warning of their misuse and emphasizing the need for ethical software licensing and youth engagement in free software.
The article reviews GNU’s 40‑year history, its ambitious but incomplete Hurd kernel, the project’s broader impact on open‑source culture, Richard Stallman’s legacy, and the community’s hopes for the anniversary celebrations.
This article explains that Linux technically refers only to the kernel, while the term is often used for a complete operating system distribution that includes a shell, utilities, and a GUI, and it clarifies the distinction between kernel, OS, and GNU/Linux.
Although Linux is often called a Unix‑like system, it differs in several fundamental ways such as the default shell, command‑line option styles, make utility capabilities, C compiler defaults, GNU tool availability, and the trademarked UNIX designation, all of which affect portability and script writing.
This article chronicles Richard Stallman's uncompromising pursuit of software freedom, the rise of the GNU project, its clash with proprietary software and the open‑source movement, and how his ideals shaped the modern free‑software ecosystem despite commercial pressures.
This article introduces the Linux `time` command, explains its basic usage and output fields (real, user, sys), distinguishes between shell built‑in and GNU versions, demonstrates advanced options such as custom formatting, file output, and shows how to interpret the metrics for performance analysis.
This article introduces GNU as the main source of Linux applications, outlines key GNU tools such as GCC and bash, and explains common open‑source licenses—including Mulan, GPL, LGPL, and BSD—highlighting their permissions and restrictions for developers.
This article provides a comprehensive overview of the origins, evolution, legal disputes, and architectural differences of UNIX, its BSD offshoots, the GNU project, and the Linux kernel, highlighting their intertwined development and impact on modern operating systems.
Explore the core concepts of GNU/Linux, including the GNU project and GPL license, Linux distributions, Unix heritage, swap partitions, GRUB bootloader, buffer vs cache, TCP three-way handshake, directory hierarchy, hard and symbolic links, and RAID storage levels, all explained in clear detail.
This article provides a concise overview of core Linux concepts, covering the GNU project and GPL license, common distributions, swap partitions, GRUB bootloader, buffer vs cache, TCP three-way handshake, filesystem hierarchy, hard and symbolic links, and an introduction to RAID levels and their characteristics.
This article provides a comprehensive overview of core Linux concepts, including the GNU project and GPL license, common distributions, Unix origins, swap partitions, GRUB bootloader, buffer vs cache, TCP three‑way handshake, filesystem hierarchy, hard and symbolic links, and RAID storage technologies.
This article traces the evolution of modern operating systems from the pioneering Multics project through Unix, BSD, the GNU initiative, and finally the birth of Linux, highlighting key figures, technical milestones, and the cultural shift toward open‑source software.
This comprehensive guide introduces the GNU project and GPL license, outlines typical Linux distributions, explains Unix roots, swap partitions, GRUB bootloader, buffer vs cache, TCP three-way handshake, Linux directory hierarchy, hard and symbolic links, and RAID levels, providing essential Linux fundamentals for beginners.
This article introduces the fundamentals of Linux and open‑source software, covering GNU and GPL licensing, typical Linux distributions, Unix roots, swap partitions, GRUB bootloader, buffer vs cache, TCP three‑way handshake, filesystem hierarchy, hard/soft links, and an overview of RAID levels.
This article provides a comprehensive overview of core Linux concepts, including the GNU project and GPL license, common distributions, swap partitions, GRUB bootloader, buffer vs cache, TCP three-way handshake, filesystem hierarchy, hard and soft links, and RAID technology.
