This is a great project. How do you handle saving/loading data? You mentioned file operations but you need some sort of file system - perhaps FAT32 - to support that. I'd need that to consider using it on UEFI.
One thing you could use for more test cases is the book 101 BASIC Computers Games by David Ahl. Games always encouraged people to use computers and that's as classic as it gets!
WalterGR 2 days ago [-]
> How do you handle saving/loading data?
The linked page has this to say:
"Disk I/O — SAVE, LOAD, MERGE, FILES, KILL, running directly on the UEFI Simple File System."
Gorsefound 2 days ago [-]
That's right.
It uses UEFI's FAT32.
fuzzfactor 9 hours ago [-]
If you have a PC mainboard whose UEFI supports NTFS, does that filesystem work too?
skrellm 8 hours ago [-]
> If you have a PC mainboard whose UEFI supports NTFS, does that filesystem work too?
Yes. The UEFI Simple Filesystem Protocol is transparent to the UEFI app. The protocol gives you open/read/write/close calls, without needing to know the underlying fs.
roryirvine 10 hours ago [-]
Not FOSS? That's a real pity.
I learned to program on 8 bit micros, and created a rough boot-to-BASIC experiment ~15 years ago following the JeOS pattern. So this project sounds really exciting, but I'd be more interested if I weren't restricted to being a passive end user.
skrellm 8 hours ago [-]
I agree, it's a shame it's not FOSS.
Besides UEFI, it has a Windows GDI port, but if it were FOSS one could add SDL backend for example and then one could compile it for Linux and Webassembly as well.
dlcarrier 2 days ago [-]
I learned to program on the Commodore 64 and in QBASIC in th 90's. I'll give it a try.
Considering how much it supports, if it could chainload a full operating system, it would make a great replacement for GRUB or rEFIt.
skrellm 7 hours ago [-]
> it would make a great replacement for GRUB or rEFIt.
What's wrong with those bootloaders? Maybe try syslinux?
Gorsefound 2 days ago [-]
That's an interesting idea. :-)
Rygian 10 hours ago [-]
"The machine boots into BASIC" :-)
I was 8 or 9 years old when the ZX Spectrum +2 arrived home.
I'm seriously considering installing this on an old laptop and giving it to my son when he's 8 years old, together with a hard-copy of a BASIC reference and a few simple programs and games to type in.
Getting a FAT32 filesystem on day 1 is already a huge jump from my childhood experience (loading from tape).
StilesCrisis 8 hours ago [-]
As a parent who had a very similar experience growing up, I've tried putting BASIC in front of my young kids. It didn't work at all; the magic just isn't there anymore. If you've got an iPad, there's unfortunately no wonder in "I can make the computer do whatever I want". Also, kids know how modern computers are supposed to look and feel, and BASIC won't get them there.
Sorry.
alnwlsn 6 hours ago [-]
That's a shame, I'm quite a bit younger than both of you and this is exactly how I learned to program. When I was a kid, computers were icons and a mouse, with no indication of how they worked or how you would go about making them do whatever you want. But I found a bunch of old BASIC books in my school library; the kind of computer in there had no icons, but very much encouraged you to program it. It took me a while to find one of those computers (but not as hard as it is now, they were literal trash back then), but I was hooked once I did.
Modern tech has a huge barrier to entry if you know nothing about it. I didn't even know what "install a program" was at the time, before soon learning it means "get in trouble" for messing up the (one) family computer.
raverbashing 8 hours ago [-]
That sounds more like an opportunity to rethink how a new beginner language for modern computers should look like
(Maybe something more like Hypercard I guess - or something that renders to HTML)
unrented7977 7 hours ago [-]
That's why they made Scratch, which seems to have been fairly successful
skrellm 7 hours ago [-]
Visual programming is not for everyone. I have two kids, one loves Scratch, the other despises it.
I really like this! I started a personal project a long time ago to boot a Raspberry PI into an environment like this, the idea being to bring back the good old days of the ZX Spectrum, Amstrad CPC, Commodore 64, etc. I had to abandon the project but seeing this makes me want to resurrect it.
scotty79 2 hours ago [-]
You should put it on bootable USB stick.
trashb 10 hours ago [-]
This is great! Allowing anyone to program like it is the 1980s and bring them back to their hardware somewhat. I think it will also find it's way to the permacomputing crowd since UEFI is so ubiquitous these days it may be a good platform for that can offer modern features with a understandable interface.
Great, nice project! In the time of Electron bloat, it's really refreshing to see bare-metal UEFI stuff.
fuzzfactor 8 hours ago [-]
Looking at the download sizes:
UEFI "native" 114kb
Windows version 1.4mb
VHD version 12.6mb
None of them are huge but it does emphasize how much difference in resource savings is available if your program can run directly on "bare metal" without even an OS at all.
ale42 8 hours ago [-]
Not sure why the Windows version would be much bigger than the bare metal one. If you use native code, the code size overhead from using native GDI calls to draw the window is almost zero. Didn't check if the Windows version uses some GUI toolkit that inflates the size.
skrellm 7 hours ago [-]
> Not sure why the Windows version would be much bigger than the bare metal one.
That's probably because there's a bug in the linker, which puts uninitialized variables in the data segment instead of bss. This means unlike the bare metal variant, the Windows executable is full of zeros.
UEFI supports device discovery, TCP/HTTP, transfers to raw disks, filesystems, memory management and a bunch of other facilities. while it lacks a general process model and multitasking, I'm not sure its really correct to call UEFI programs bare metal.
skrellm 1 hours ago [-]
> I'm not sure its really correct to call UEFI programs bare metal.
I think you can. UEFI is a firmware which comes with the hardware, stored on the motherboard. It's there and automatically runs when you turn on your machine.
It's okay to consider the firmware part of the "bare metal", IMHO.
jonjacky 1 days ago [-]
Very nice! I am curious how you built your BASIC as an EFI application. I didn't find any source code or build instructions in the downloads.
I am investigating whether it would be feasible to do something similar for Python.
Gorsefound 3 hours ago [-]
It's C code compiled with MSVS.
Not sure about a FOSS release yet. I'm still in the early stages of experimenting.
jonjacky 37 minutes ago [-]
Thanks, this is helpful.
shakna 11 hours ago [-]
Not the author.
But binding micropython and posix-uefi is a weekend project. [0]
BASIC requires more support than you'd expect. Here's an interpreter, with a similarly long list of features it has to support:
https://www.moondew.com/basic/index.htm
One thing you could use for more test cases is the book 101 BASIC Computers Games by David Ahl. Games always encouraged people to use computers and that's as classic as it gets!
The linked page has this to say:
"Disk I/O — SAVE, LOAD, MERGE, FILES, KILL, running directly on the UEFI Simple File System."
Yes. The UEFI Simple Filesystem Protocol is transparent to the UEFI app. The protocol gives you open/read/write/close calls, without needing to know the underlying fs.
I learned to program on 8 bit micros, and created a rough boot-to-BASIC experiment ~15 years ago following the JeOS pattern. So this project sounds really exciting, but I'd be more interested if I weren't restricted to being a passive end user.
Besides UEFI, it has a Windows GDI port, but if it were FOSS one could add SDL backend for example and then one could compile it for Linux and Webassembly as well.
Considering how much it supports, if it could chainload a full operating system, it would make a great replacement for GRUB or rEFIt.
Try https://gitlab.com/bztsrc/easyboot
I was 8 or 9 years old when the ZX Spectrum +2 arrived home.
I'm seriously considering installing this on an old laptop and giving it to my son when he's 8 years old, together with a hard-copy of a BASIC reference and a few simple programs and games to type in.
Getting a FAT32 filesystem on day 1 is already a huge jump from my childhood experience (loading from tape).
Sorry.
Modern tech has a huge barrier to entry if you know nothing about it. I didn't even know what "install a program" was at the time, before soon learning it means "get in trouble" for messing up the (one) family computer.
(Maybe something more like Hypercard I guess - or something that renders to HTML)
Fun fact, Scratch wasn't the first iteration of visual programming, and one could argue that Lego NXT was even more successful. https://www.nxtprograms.com/help/learn.html
But it is not bare metal yet and it is not BASIC.
UEFI "native" 114kb
Windows version 1.4mb
VHD version 12.6mb
None of them are huge but it does emphasize how much difference in resource savings is available if your program can run directly on "bare metal" without even an OS at all.
That's probably because there's a bug in the linker, which puts uninitialized variables in the data segment instead of bss. This means unlike the bare metal variant, the Windows executable is full of zeros.
This is a well known bug (see https://github.com/msys2/MINGW-packages/issues/18612 for example) which also affects my projects: https://gitlab.com/bztsrc/skandi The Linux CLI version is 216K, the Windows CLI version is 5.4M and the only difference is the lack of bss.
I think you can. UEFI is a firmware which comes with the hardware, stored on the motherboard. It's there and automatically runs when you turn on your machine.
It's okay to consider the firmware part of the "bare metal", IMHO.
I am investigating whether it would be feasible to do something similar for Python.
But binding micropython and posix-uefi is a weekend project. [0]
[0] https://gitlab.com/bztsrc/posix-uefi
looks like a lot of fun to explore and learn from thank you