blockly VS nanopass-framework-scheme

Perhaps blockly

https://developers.google.com/blockly

Unless it would contradict canon, every stage is very bright, highly interactive, full of pre-placed items, and so huge that you can usually run from your NPC opponents and enjoy exploring the stage in peace while they catch up to you. All buildings have Linux computers with actual internet access that allow you to program and print out your own projectiles/books/flags/UNO reverse cards/shinigami eyes/soupcans/cis TERF tears/masks/custom-made programs which can then be inserted into a different computer, but all without tracking any of your browser history; closets that you can enter; bookshelves containing the books mentioned in Masterpieces that you can either read in-game or throw to make random sentences/verses/comics from the book appear; and bathrooms with working mirrors that you can enter but their exact content and whether they're gendered or not depends on the stage.

Google made bockly It works with 5 languages. I think #C PHP and JavaScript. I know JavaScript for sure . But not sure about the others. blockly

And as a corollary, Blockly: https://developers.google.com/blockly

https://developers.google.com/blockly/ Blocky with Javascript

https://developers.google.com/blockly (Block programming, very good with helping learn the logic)

Another block environment Blockly does compile to Javascript, and you can add your own block sets and use it in your existing webapp as a sort of workflow programming tool

Well, this compiler framework in scheme might be worth looking.

Some serious level Conway's Law. I mean multipass isn't bad. It composes well, it minimizes coupling, etc etc. It doesn't necessarily have to hit disk, any store could be used. I myself like multipass taken to an extreme in nanopass, but at the same time, I absolutely adore the single pass nature of Wirthian languages.

I am trying to use the nanopass framework with guile. I do not get that far :D I can't seem to figure out how guile's %load-path works.

I'd say Rust is the absolute best (by a considerable margin) for a production-ready implementation. For a compiler's course it should be a fine choice, but I'd also look at OCaml+Menhir or Scheme+nanopass as alternatives.