A tutorial on learning forth

A tutorial on learning forth

A tutorial on learning forth

Quebecois Forth VMs built to be small and to withstand collapse you say

An interactive introduction to Forth that gives the gist and feel of it.

Small ebook to teach Forth.

Small ebook to teach Forth.

A sometimes minimal FORTH compiler and tutorial for Linux

A surprisingly interesting read. The beginning can be hard to push through, but by the end I felt more enlightened.

What sets the Forth Dictionary apart is its pivotal role in facilitating one of Forth’s most celebrated features: its remarkable extensibility. This unique characteristic allows programmers to seamlessly define new words, effectively extending the language’s vocabulary and capabilities on the fly. As we delve deeper into the intricacies of the Forth Dictionary, we’ll uncover how this seemingly simple concept underpins the language’s flexibility, efficiency, and enduring appeal in various programming domains, from embedded systems to interactive environments.

Recently I’ve discovered a very interesting language / realization of the Lambda Calculus. I was unable to find any other language like it, which I find quite surprising. In hindsight, the language seems obvious and natural. And the language keeps surprising me. I say “discovered” in the same sense that Paul Graham says that McCarthy “discovered Lisp”

A video tutorial for the factor programming language

Logo-like Forth Turtle graphics (powered by WAForth)

gforth + sdl2 + turtle

muforth is a small, simple, fast, indirect-threaded code (ITC) Forth intended for use as a cross-compiler for microcontrollers and other embedded devices. It is written in C and its core is very portable. Because of its Forth nature, it is naturally extensible, scriptable, and customizable.