@BradGilbert I meant the source of the interpreter on TIO (which was downloaded from rakudo-pkg), not the source of the interpreter as a whole.
Maybe TIO need two links per language: one to the particular interpreter TIO uses (rakudo-pkg) and one to the language's or implementation's homepage (rakudo.org).
For the auto-generated PPCG answers, the homepage would probably be more useful.
Yeah, I'm always on ohm2. I love it because its like jelly but less confusing. I never could understand the Tacit programming. But I am a veteran Funge user, so I am quite used to stack based programming.
Its really cool that you even implement the code pages for the golfing languages, because the normal UTF-8 string length counters tell me all sorts of things that aren't true.
Also, do any of you by chance know where I should put compiled things in order for Ruby to be able to install gems with extensions? I compiled GNU Scientific Library with gcc for windows, but I still don't know where to put it so that I can install the ruby gem rb-gsl. All this is for Ohm, by the way.
That's a python thing that uses images for programming. However, I think the actual author may not be active anymore, so I am probably going to fork it and do some updates.
@Dennis The above should work. The interpretter takes file the code is in from stdin rather than arguments, and displays an annoying prompt when it asks for it. It'll loop forever asking for input if .code.tio isn't an openable image though.
Since it takes an image, might be best to take code as a hexdump.
Oh, thanks. Yeah, I was wondering about the operation of the foreach loop? I don't really get how the stack is set up for each iteration of it. Also, I was wondering if there is any way to use very large numbers in Ohm? I'm trying to make a PGP implementation in the least bytes possible.