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.
Google’s new Android CLI, designed for AI agents, claims a 70% reduction in token usage and three‑fold faster task completion, offers command‑line tools for app templating, SDK and emulator management, integrates with Android Studio, includes a '--no‑metric' flag to disable telemetry, and has drawn mixed early developer reactions while promising future skill expansions.
This step‑by‑step guide shows how to check the pre‑installed Python version on any macOS device, install Homebrew, use it to install the newest Python release, configure PATH, add optional libraries and choose an IDE, with troubleshooting tips for common issues.
This guide introduces the Hollywood command‑line tool that adds movie‑style animations to terminal output, explains how to install it, highlights its key features, and lists compatible system‑monitoring utilities for creating eye‑catching command‑line visualisations.
This guide compiles the most important Linux performance analysis utilities—such as vmstat, iostat, dstat, iotop, pidstat, top, htop, mpstat, netstat, ps, strace, uptime, lsof, and perf—explaining their usage, output fields, and how they fit into a comprehensive system observability workflow.
This article provides a comprehensive overview of Linux fundamentals, covering directory structure, kernel architecture, essential commands, and advanced piping techniques for system administration and development.
Learn how to use essential Linux commands—lsmod, lsof, lspci, and lsscsi—to inspect kernel modules, open files, PCI devices, and SCSI devices, including syntax, useful options, and practical examples that illustrate interpreting their output for effective system administration.
This guide introduces five open‑source Linux command‑line utilities—nethogs, nload, cbm, iftop, and iPerf—detailing their purpose, usage examples, and key options for process‑level, interface‑level, host‑level monitoring, and network performance measurement.
This guide explains how to use the Linux /usr/bin/time command to measure program execution time, memory usage, and other resource metrics, covering syntax, options, custom output formats, and the differences between the built‑in shell time and the external utility.
Learn how to monitor and test network performance in Linux using five powerful command‑line utilities—nethogs for per‑process bandwidth, nload for real‑time traffic graphs, cbm for colorful interface, iftop for host‑level connections, and iPerf for detailed throughput measurements.
This comprehensive guide explains how to use essential Linux monitoring commands—including top, free, vmstat, iostat, mpstat, sar, netstat, uptime, ps, watch, strace, and lsof—detailing their purpose, key options, output fields, and practical examples to help you diagnose system performance and resource usage.
This guide explores the JDK command‑line utilities located in %JAVA_HOME%\bin, explaining how tools such as jps, jstat, jinfo, jmap, jhat and jstack can be used to monitor JVM processes, analyze performance bottlenecks, inspect memory usage, generate heap dumps, and adjust runtime parameters for more efficient and stable Java applications.
Discover four powerful Linux terminal utilities—TheFuck for auto-correcting mistyped commands, btop for interactive system monitoring, fzf for fast fuzzy file searching, and tldr for concise command cheat sheets—along with installation steps, usage examples, and customization tips to streamline your workflow.
This guide introduces BusyBox, explains its core features and advantages, shows three ways to invoke its commands, details the compilation and installation steps, addresses common pitfalls, and provides practical examples for filesystem repair and network configuration on resource‑constrained devices.
The article explains how the Linux ss command provides comprehensive socket statistics, lists its most useful options, demonstrates performance advantages over netstat with timing examples, and shows how to filter by state, address, or port for efficient system monitoring.
This guide reviews eight Linux utilities—sar, /proc/net/dev, ifstat, iftop, nload, iptraf‑ng, nethogs, and additional extensions—detailing their installation, key options, usage examples, and output interpretation for real‑time network interface traffic monitoring.
This guide surveys more than a dozen Linux command‑line utilities—including nethogs, nload, iftop, slurm, netstat, and many others—explaining their unique features, typical use cases, and installation commands so administrators can effectively monitor bandwidth, connections, and overall network health.
This guide introduces a curated list of Linux command‑line utilities—including nethogs, nload, slurm, iftop, collectl, netstat, and many others—explaining their purpose, installation commands for various distributions, and basic usage examples to help system administrators monitor network traffic and bandwidth effectively.
This article introduces a curated list of Linux command-line utilities—including nethogs, nload, iftop, slurm, netstat, and more—explaining their unique features, typical use cases, and installation commands to help system administrators and developers effectively monitor network traffic and bandwidth.
Discover a curated collection of fourteen Rust‑based command‑line alternatives—including lsd, broot, zoxide, fzf, ripgrep, procs, diff‑so‑fancy, delta, mcfly, choose, httpie, curlie, xh, and dog—each with installation instructions, key features, and practical usage examples to boost productivity on Linux and other platforms.
This article introduces several open‑source JSON utilities—including visualization, command‑line manipulation, data querying, online storage, and dynamic form generation—explaining their features, typical use cases, and providing direct GitHub links for developers seeking practical JSON solutions.
This article introduces fourteen powerful command‑line tools that replace or extend the traditional ls command, covering their features, installation methods across multiple operating systems, and practical usage examples to improve file navigation and management in Linux environments.
This article reviews the classic Linux top command, explains its syntax, options, and interactive keys, then presents eleven modern alternatives—bashtop, bpytop, btop, bottom, glances, gotop, gtop, htop, nvtop, vtop, and zenith—detailing their features, installation methods, and usage examples for effective system monitoring.
This article surveys a collection of Linux command‑line utilities that can monitor overall, per‑interface, per‑socket, and per‑process network bandwidth, explaining how each tool works, what data it reports, and how to install it on major distributions.
This article introduces Alibaba's open‑source Java diagnostic tool Arthas and demonstrates how to address eight common production issues—including locating class JARs, verifying code changes, online debugging without redeployment, monitoring JVM health, generating flame graphs, and finding class instances—through practical command‑line examples and code snippets.
This article introduces a collection of Linux command‑line utilities—such as nload, iftop, iptraf, nethogs, bmon, and many others—that can monitor overall and per‑process network bandwidth, explain their measurement methods, and provide installation instructions for major distributions.
This article curates a collection of powerful command-line utilities—including ag, tig, mycli, jq, shellcheck, fzf, PathPicker, htop, glances, axel, sz/rz, cloc, tmux, script, and multitail—explaining their core features and how they can replace or enhance traditional tools for developers and system operators.
This guide reviews a collection of Linux command-line utilities that let you track overall and per‑process network bandwidth, display inbound and outbound traffic separately, and generate real‑time or historical usage reports, helping administrators quickly identify bandwidth‑heavy processes.
This guide introduces parallel-ssh, a Python-based asynchronous SSH library for small‑scale automation, covering its history, Python‑3 support, installation methods across platforms, command‑line utilities (pssh, pscp, prsync, pslurp, pnuke), usage examples, and resource considerations.
This guide introduces thirteen practical Linux utilities—ranging from network bandwidth monitors and disk I/O testers to security hardening and terminal multiplexing tools—complete with installation commands, usage examples, and key options to help system administrators efficiently monitor, diagnose, and optimize their servers.
This guide introduces howdoi, a lightweight command‑line utility that lets Linux users ask natural‑language questions and receive ready‑to‑run command snippets, covering installation, usage flags, and practical examples such as extracting files, managing cron jobs, and handling screen sessions.
Discover five fast, cross‑platform command‑line utilities—including ack, The Silver Searcher, sift, and RipGrep—that simplify complex grep tasks, support file‑type filtering, and boost code‑search efficiency without relying on editors or IDEs.
This article explores advanced JShell features—including variable re‑declaration, temporary variables, forward references, exception handling, session persistence, external library usage, command shortcuts, code completion, editing constructs, and programmatic API access—providing practical examples and tips for rapid Java development within the REPL environment.
This article shares a step‑by‑step learning path for absolute beginners who want to switch to Python, debunks the myth that Python is only easy, and guides readers through building simple command‑line tools like an ls clone using the MVP approach.
This guide introduces a collection of practical Linux operation tools—including Nethogs, IOZone, IOTop, IPtraf, iftop, HTop, NMON, MultiTail, Fail2ban, Tmux, Agedu, NMap, and Httperf—detailing their purpose, installation commands, and usage examples for system monitoring, performance testing, and security hardening.
Learn how to install and use the up.sh shell script to quickly jump to parent directories in Linux, supporting bash, zsh, and fish, with options for specifying levels, target names, and tab‑completion for faster workflow.
This article explains the Unix‑style philosophy behind command‑line programs, describes how Node.js enables powerful CLI development, and introduces essential tools such as n/nvm, nodemon, npx, nrm, commander, progress, chalk, inquirer, ora, puppeteer, as well as best practices for publishing scoped npm packages.
This article provides a comprehensive guide to DNS, covering its purpose, hierarchical query process, server roles, record types, and practical command‑line tools like dig, host, and nslookup, enabling readers to fully understand and troubleshoot domain name resolution.
This article introduces thirteen practical Linux operation tools—including Nethogs, IOZone, IOTop, IPtraf, IFTop, Fail2ban, and more—providing concise descriptions, download links, and step‑by‑step installation commands to help system administrators monitor performance, network traffic, and protect against attacks.
This article compiles and explains a set of Linux command‑line utilities—including uptime, dmesg, vmstat, mpstat, pidstat, iostat, free, sar and top—showing how to interpret their output to quickly identify CPU, memory, I/O, and network performance issues, with practical examples and key columns to monitor.
When troubleshooting a Linux server, this guide shows the ten essential command‑line tools—uptime, dmesg, vmstat, mpstat, pidstat, iostat, free, sar, and top—to quickly assess CPU, memory, disk, and network health within the first sixty seconds, helping you identify saturation and bottlenecks.
Managing network usage without a GUI is crucial for administrators, and this guide reviews ten command‑line Linux tools—such as iftop, vnstat, iptraf, Monitorix, dstat, bwm‑ng, ibmonitor, htop, arpwatch, and Wireshark—that help monitor traffic, diagnose issues, and maintain system performance over SSH.
This article introduces the most commonly used Linux system analysis utilities—covering CPU, network, memory, and disk monitoring tools such as top, strace, perf, vmstat, netstat, lsof, tcpdump, valgrind, and iotop—explaining their key options, typical output, and practical usage scenarios for troubleshooting and performance tuning.
This article presents a curated list of essential Linux command-line utilities—ranging from fast file searchers and interactive git viewers to code formatters, process monitors, and download accelerators—each with a brief description and usage examples to boost productivity for developers and sysadmins alike.
Discover a curated list of 12 powerful Linux command-line utilities—from lsof and htop to Suricata and vnStat PHP—that help system and network administrators monitor files, processes, I/O, network traffic, and security, enabling efficient troubleshooting and performance optimization across diverse Unix environments.
This article introduces the Linux cheat utility as a concise alternative to man, explains its purpose, provides step‑by‑step installation instructions—including Python, pip, and git setup—covers configuration for editors and autocomplete, and showcases practical examples for common commands.
This tutorial introduces a wide range of Linux command‑line network monitoring utilities—such as nethogs, nload, slurm, iftop, collectl, netstat, netwatch, speedometer, cbm, bmon, tcpdump, and ntopng—explaining their purpose, basic usage commands, and installation methods for various distributions.
This article presents a curated list of 18 lesser‑known command‑line utilities for Linux/Unix administrators, explaining their purpose, typical usage scenarios, and how they help monitor system resources, network activity, and security events.
This article presents a curated list of twelve powerful command-line utilities—such as lsof, htop, iotop, IPTraf, Monit, netHogs, iftop, and Monitorix—that Linux system administrators can use to monitor, diagnose, and optimize system and network performance.
