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Joined: 13/04/2015
Location: United KingdomPosts: 35
| Posted: 07:59pm 29 Jul 2026 |
Q: discuss why MMBASIC is as good as any modern language
From Perplexity:
MMBasic deserves more respect than it usually gets. Skeptical coders often dismiss it as “just BASIC,” as though age and simplicity were defects rather than design choices. But in practice, MMBasic is a sharp, efficient tool for a very real class of problems: embedded control, instrumentation, rapid prototyping, and single-purpose systems where getting useful work done matters more than stacking abstractions. It is not trying to replace every modern language; it is trying to make small hardware feel immediate and programmable, and it succeeds remarkably well. MMBasic is described as a full-featured BASIC interpreter focused on ease of use and rapid development, with support for dynamic memory, strings, floating point, structured statements, and custom extensions.
The first thing a skeptical coder should notice is that MMBasic removes friction. Modern programming stacks often begin with package managers, build systems, dependencies, scaffolding, and layers of framework before a single sensor is read or a pin is toggled. MMBasic instead lets you get straight to the job. That simplicity is not just convenient; on microcontrollers, it is often the difference between finishing a prototype in an afternoon and spending a week wrestling infrastructure. When the environment is small, the language should be small too.
Second, MMBasic is not “minimal” in the insulting sense. It is compact, but it is also practical. It includes useful built-ins for hardware interaction and even graphics, and it supports a range of structured features that make real programs maintainable. That matters because the strongest criticism of old BASIC dialects was usually that they encouraged messy sprawl; MMBasic is a modern response to that problem. It preserves the accessibility of BASIC while adding enough structure to support serious work.
A skeptic may argue that modern languages offer better ecosystems, and that is fair. But ecosystem size is not the same as engineering quality. A tool is good when it fits the constraints of the task. In embedded work, the constraints are often memory, simplicity, deterministic behavior, and direct hardware access. MMBasic shines precisely because it respects those constraints. It lets a small controller behave like a programmable instrument rather than a puzzle box.
There is also a deeper reason to value MMBasic: it lowers the barrier between thought and execution. In many languages, the programmer spends a lot of cognitive energy on ceremony and syntax before the actual idea appears. MMBasic shortens that path. For engineers, hobbyists, and educators, that is powerful. It encourages experimentation, and experimentation is how hardware projects get refined into something robust. The best language is often the one that lets you ask the machine a question and get an answer quickly.
Of course, MMBasic is not the right answer for everything. If you are building a massive server, a concurrent distributed system, or a library-heavy application, a modern language may be the better choice. But that does not diminish MMBasic. It simply means MMBasic is specialized, and specialization is a strength. In the same way that a torque wrench is not inferior to a Swiss Army knife because it does one job well, MMBasic is not inferior to a fashionable general-purpose language because it excels in its domain.
So the defense of MMBasic is not nostalgia. It is engineering. It is a language that values clarity, immediacy, and practical control over ceremony. It is easy to underestimate because it is approachable, but that approachability is exactly what makes it effective. A skeptical coder may not fall in love with MMBasic at first sight, but once they need to bring hardware to life quickly and reliably, they may discover that it is not merely adequate. It is excellent.
Edited 2026-07-30 06:08 by barewires