Table of Contents
Linux System Programming
Systems programming: Linux systems programming, UNIX systems programming, Windows system programming, macOS system programming. Linux Programming Interface - A Linux and UNIX System Programming Handbook, Advanced Programming in the UNIX Environment, Mainframe systems programming, Systems programming languages (C systems programming, C++ systems programming, Rust systems programming, Awesome systems programming (navbar_systemprogramming)
Linux Core Utilities commands - GNU Core Utilities command-line interface programs
This list should really only include standard universal commands that come with GNU Core Utilities.
- tac
This should really only include standard universal commands that come with all Linux distributions adhering to the Single UNIX Specification.
Really this is “Unix programs”, since there are no commands in Unix, they are programs except for shell builtins.
Unix command-line interface programs and shell builtins:
Unix user environment commands:
[[env]]
Unix text processing commands:
[[alias (command) | alias]]
Note: Networking is not part of SUS
Unix network utility commands:
Unix software development commands: Note: There are a huge number of Linux software development tools / Unix software development tools; this list should be restricted to ones that are standardized as part of Unix, i.e., those marked SD, CD], or FD (http://pubs.opengroup.org/onlinepubs/9699919799/help/codes.html) within the Unix/POSIX specifications
See also
References
Linux Commands (ls, cd, pwd, cp, mv, rm, mkdir, rmdir, touch, cat, less, head, tail, grep, find, chmod, chown, chgrp, tar, gzip, gunzip, df, du, ps, top, kill, man, ssh, scp, rsync, vim, nano, sed, awk, ping, ifconfig, netstat, route, traceroute, dig), Linux Fundamentals, Linux Inventor: Linus Torvalds says “ Linux just sucks less.”, Linux Best Practices - Linux Anti-Patterns, Linux kernel, Linux commands-Linux Shells-Linux CLI-GNU-Linux GUI-X11, Linux DevOps-Linux development-Linux system programming-Bash-zsh-Linux API, Linux package managers, Linux configuration management (Ansible on Linux, Chef on Linux, Puppet on Linux, PowerShell on Linux), Linux Distros (RHEL-Rocky Linux-CentOS (CentOS Stream)-Oracle Linux-Fedora, Ubuntu-Debian-Linux Mint-Raspberry Pi OS-Kali Linux-Tails, openSUSE - SUSE Linux Enterprise Server (SLES), Arch Linux-Manjaro Linux, Alpine Linux-BusyBox - Slackware - Android-Chrome OS); UNIX-UNIX Distros (FreeBSD-OpenBSD, BSD, macOS), Linux networking, Linux storage, Linux secrets, Linux security (Linux IAM-LDAP-Linux Firewall-Linux Proxy), Linux docs, Linux GitHub, Linux Containers, Linux VM, Linux on AWS, Linux on Azure, Linux on GCP, Linux on Windows (WSL), Linux on IBM, Linux on Mainframe (Linux on IBM Z mainframe - Linux for System z - IBM LinuxONE), Embedded Linux, Linus IoT-Linux on Raspberry Pi, LinuxOps-Linux sysadmin, systemd-userland-kernel space-POSIX-SUS-Linux filesystem-Linux architecture, Linux books-UNIX books, Linux courses, Linux Foundation, Linux history, Linux philosophy, Linux adoption, Linux Glossary - Glossaire de Linux - French, Linux topics (navbar_linux and navbar_unix - see also navbar_fedora, navbar_rhel, navbar_centos, navbar_debian, navbar_ubuntu, navbar_linux_mint, navbar_freebsd, navbar_opensuse, navbar_manjaro, navbar_kali_linux, navbar_nixos, navbar_alpine_linux, navbar_tails_linux, navbar_slackware, navbar_rocky_linux, navbar_arch_linux, navbar_oracle_linux)
- Snippet from Wikipedia: Systems programming
Systems programming, or system programming, is the activity of programming computer system software. The primary distinguishing characteristic of systems programming when compared to application programming is that application programming aims to produce software which provides services to the user directly (e.g. word processor), whereas systems programming aims to produce software and software platforms which provide services to other software, are performance constrained, or both (e.g. operating systems, computational science applications, game engines, industrial automation, and software as a service applications).
Systems programming requires a great degree of hardware awareness. Its goal is to achieve efficient use of available resources, either because the software itself is performance-critical or because even small efficiency improvements directly transform into significant savings of time or money.
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