วีดีโอ

i went insane trying to make a 64 bit version of this. 10/10 would do again

I got the lottery

if you want to save some bytes, instead of: mov eax, 00000000h mov ebx, 00000001h int 80 you could use: mov eax, 00000000h mov bl, 01h int 80 wich just saves some bytes of immediate load operands, since return codes are modulo 255 anyway.

First video ever watched on 0.75x😂, thanks for making me humble

nice

i have been wanting to do something for a while, first time i have found what i was looking for since most times i search for it i just get assembly stuff

"But the programming experience is a little rough" 😅 Quite the understatement!

Randomly found this amazing channel on TH-cam. Thank you for your content. Keep uploading...

Brilliant. You score 8% upvote, which is high, so I'm not the only one.

Awesome project. Thank you for sharing and taking the time to document this video.

Man, what a tremendous amount of studying and investigating you have done. My God...

this is awesome, thanks for sharing and explaining

I watched all the playlist. This is real programming. Using only vim and xxd he creates executables and then his own tools. The best programming videos I have seen for years

Who else is watching from 2123 trying to re-build civilization after the apocalypse?

Is the code available somewhere?

dear lawd in heaven what yt algo is we on now lmao

In ciforth (lina/wina/xina) I use a slightly different approach. The Forth iscreated by an assembler (fasm/gas). I compile a program ( lina -c hello.frt) to an runnable binary that execute a word such as HELLO. That is an application of SAVE-SYSTEM, and I merely have to patch the header of the the original lina. So I avoid the generation of an elf header, leaving it to tools that knows how to do it. I don't do an analysis of all the fields, merely the fields I need. Fasm is ideal; contrary to gcc tools it doesn't generate a plethora of sections that may help dbg. The -c options takes merely 2 screens in the library, inclusive SAVE-SYSTEM.

May I plug ciforth? This is a simpler Forth that runs on Linux (x86, ARM, riscv) and Windows. This is sufficient to write non trivial programs, and the core words fit on one screen (300 words).Search for tingeltangel on youtube for a control program that plays muscial instruments.

Impressive. I expect to learn finally APL by carefully studying this program. Also the diction, the sound and the flow is excellent. I'm a Forth expert/implementor. Your Forth code is excellent and the explanation is too.

hmm, using me as queer rape bait. thanks world

This is perfect! No need for assembly! Write the machine code directly!

awesome

Old Man Sends ducks inside.

You're a wizard, Harry

Nice that you builtin a little challenge to fix up the spelling :D I did it :)

Ok but gcc hello.c fails immediately with studio.h: No such file or directory.

Thank you boys

Holy Crap. You made this so easy to understand and straight forward. My youtube algorithm changed, and is showing me 1 new channel per 8 feeds and I try to visit the new ones as much as possible and got lucky again today. Yay World~!

i hope u know how cool that is lmao i searched about two years ago how to do that and found nothing so i didnt do anything in that direction, but now i am able to do some asm testing, thx!

which GUI toolkit?

I want this where can I get it

Nice extension David! Very easy to understand. Thanks for sharing. Looking forward to future vids.

It's been a hot minute. Glad to see you back :)

new video, brain happy

fascinating

Still waiting for the new video

All I need to know, is the fact you read the technical specifications, and provided the links for them. That is enough to give a link a sub.

Real life programs use stack and heap to hold information they don't keep it in the code like this. Do you plan on explaining details about dealing with stuck, heap as well?

I don't fucking believe it that this is a whole series! I'm planning on making my own compiler that will include an assemble and linker and this is godsend! Thanks you a lot for your effort!!

talking about compression...you compressed a lot of information in 11 minutes of video

Great series. Please do more. You can continue with dmr, dms, dmt, … (each compiler built with the precedent one) until you make a simple x86 assembler.

Great job!

bro that's amazing. thank you for this video series.

great david

awesome stuff, keep it coming. this type of content will definitely catch on eventually. you, Ben Eater and Jacob Sorber are definitely my top 3

Very well done!

awesome!

Stellar academic exercise! 🤘

The series is really helpful, although as a newbie a lot of concepts i.e. the low level were pretty new to me, but it was fun learning! Are you planning for next upcoming videos in the series itself? Thanks for the excellent efforts David !

🥰