Node.js
/noʊd dʒeɪ ɛs/
noun … “a runtime environment that executes JavaScript on the server side.”
Async
/ˈeɪ.sɪŋk/
adjective … “executing operations independently of the main program flow, allowing non-blocking behavior.”
Async, short for asynchronous, refers to a programming paradigm where tasks are executed independently of the main execution thread, enabling programs to handle operations like I/O, network requests, or timers without pausing overall execution. This approach allows applications to remain responsive, efficiently manage resources, and perform multiple operations concurrently, even if some tasks take longer to complete.
tcsh
/tiːˈsiːˌʃɛl/
noun … “an enhanced version of csh with improved interactivity and scripting features.”
C Shell
/siːˈʃɛl/
noun … “a Unix shell with C-like syntax designed for interactive use and scripting.”
csh, short for C shell, is a Unix command-line interpreter developed by Bill Joy in the late 1970s. It introduced a syntax and command structure inspired by the C programming language, making it more familiar to programmers accustomed to C. csh enhanced interactive usability with features such as history substitution, aliases, job control, and built-in arithmetic, while also supporting scripting for automation of system tasks.
ksh
/keɪˈʃɛl/
noun … “a Unix shell that extends sh with advanced scripting and interactive features.”
sh
/ʃɛl/
noun … “the original Unix command interpreter for executing scripts and commands.”
Bash
/bæʃ/
noun … “a Unix shell and command language for interacting with operating systems.”
Julia
/ˈdʒuːliə/
noun … “a high-level, high-performance programming language designed for technical computing.”
Julia is a dynamic programming language that combines the ease of scripting languages with the speed of compiled languages. It was designed from the ground up for numerical and scientific computing, allowing developers to write clear, expressive code that executes efficiently on modern hardware. Julia achieves this balance through just-in-time (JIT) compilation, multiple dispatch, and type inference.