minimicro-sysdisk VS AoC-2022

He's currently divided his work into two projects on GitHub: MiniScript.TS is the language core, while MiniScript-NodeJS adds Node.js support and a script-runner. The latter includes support for print and input, the import command, and a subset of the Mini Micro /sys disk.

This might be of interest if you already know BASIC, and want to quickly bang out a game or utility. MiniBASIC provides a good set of high-resolution drawing commands, suitable for making plots, graphs, and diagrams. It also has access to all the data on the built-in /sys disk, including stock images, sounds, and a complete English word list! And, being completely cross-platform, Mini Micro (and so MiniBASIC) runs identically on any desktop computer (and soon mobile devices, too). So if BASIC is already in your wheelhouse, MiniBASIC offers a great way to take advantage of these Mini Micro features.

This uses a couple of tricks which you could glean from the startup.ms file on the system disk (/sys/startup.ms):

So as usual, I come away with a realization for something that really ought to exist in MiniScript: an efficient sort algorithm that takes a comparison function as an argument. I'll code this up soon, and who knows, it might even find its way into a future version of /sys/lib/listUtil.

One lesson learned is that I should always validate my function inputs. Had my findPath function simply checked that it was being passed two 2-element lists, I would have caught my error right away and fared much better. Grabbing code from somewhere else is no excuse; the first thing I should have done is examined the parameters, and added a quick qa.assert to me sure I call it correctly.

Once again, my starter program did me no good; nor did I need any of the stuff I've been gathering in my custom aoc module, or even the standard /sys/lib modules. The solution was plain, unadorned MiniScript. ❤️

My code for this one came out considerably longer than in previous days, despite havng a separate (prepared ahead of time) aoc module and all the other modules in Mini Micro's /sys/lib folder to lean on. So I'll present it in sections.

The challenge did inspire some ideas for new libraries and library functions. Over the course of the month, I created an aoc module with a variety of general utility functions that may make their way into the standard Mini Micro library; as well as a search module, which will probably end up as its own repo.

I've now created such a library, and redid last night's challenge using it.

I'm using the list.combinations method (in my AoC module) to find all the different ways we can form setA (my valves) by taking n of the goodValves. Then, we find setB (the elephant's set) by simply removing each of mine from a copy of the full set.

Oh, but I promised some pretty graphics, didn't I? Since I'm doing all this in Mini Micro, those are easy to add (you can see the code here). The GIF at the top of this post shows the movement of the rope for the Part B example. And here's the start of its motion for my real input file... though the full input makes it wander much longer, and much further from the origin. Enjoy!

Once again, my starter program did me no good; nor did I need any of the stuff I've been gathering in my custom aoc module, or even the standard /sys/lib modules. The solution was plain, unadorned MiniScript. ❤️

By this point I have a starter program which reads an input file line by line, has a place to calculate a result for each line, and then does some kind of summary of the results. I didn't need all that for this program, so I cut some stuff out, and (under time pressure) ignored other bits. But with a little more cleaning up, my solution boils down to this:

Given the libraries I had, I don't see how. However, I may add some new tricks to my aoc module. Maybe I should have a "select" method that grabs a subset of a sequence (string or list) given a list of indexes. I could use this on each line to convert the raw input, like [Z] [M] [P], into just the letters, like ZMP (by doing line = line.select(range(1, line.len, 4))). Then I'd have a list of strings like:

If you want to join me, please do! I'm posting all the code on GitHub, including my little lib/aoc module. I encourage you to join us on Discord too, where we can strategize and commiserate. See you there!