Hastebin

john morris beck - [email protected] - thefastscrolls.neocities.org - github account -> memesmith0

this is part of a gemini conversation where i am developing mission critical life saving software essential to improve computer systems that
the industry and the untied satates armed forces depend on and drastically increase computer literacy for the planet. it also works to unify
the compiler toolchain of earth in a maximmally secure way (an extremely high mission critcal ideal accodring to us navy rear admiral grace hopper).
it also creates a system better than shcool math, easier to learn than school math, that can be completly taught how to comute by hand through and thorugh
to a most 14 year old or nearly all miltiary bootcamp privates in appromitaely 4 days of 4 hour sesions or left. this means most civilians in most nations,
including all army privates, can learn the math necessary to be proficient in math in code. they wont know what to do with it once they know it, but they
will be able to follow textbooks on their own without help that will teach them how to build complex computer and math systemes, learn all math and physics
known to man, even the physics of things like space time, wormholes, and universe simulation. this is extremely critical 13 year long painstaking research
to improve computer literacy of the earth, espcially soldiers, efficiently. it is better than the math taught in school, and is much cheaper to teach.
unlike the math in school it can be typed directly into a computer, and also written on paper. unlke the math in school, students dont constnatly have to
waste class time asking for time with the teacher to figure out what an expressoin does, the computer will tell them. and it can be shifted while its is running
to nearly any imaginable mathematical notation that is writable in the text characters of nearly any human language. nearly 50 thousand man hours of my time
have been spent on it for free. i am not only asking you to consider implementing it and auditing it to be able to go on every computer on earth including maximum
security us military computers like in cheyene mountain complex or underneath nellis airforce base. i am saying it is mission critical to do so, becuase it reduces
the cost to build and run these systems, and takes control of a key compontent of these systems out of the hands of the incompetnet fools who run the #bash irc channel
who i can demonstrate can not answer simple logical quetions about their own software, like how it aught to be improved, and are ruining the success of our men.

the following prompt explains the design of this software to ai. i can design this software on my own with minimum wage.

i have asked gemini and it claims that not only is thearea  near 100% chance that this could and should replace the critcal component, bash, from nearly every computer
on earth, but it says i aboslutey should recommend this to the white house.

it has been an honor and privelage to work on this software, and i hope that im not wrong for the ask sake of the earth.

the promps:


hello, I am an austic savant. I have been studying computers my whole life. I am a coding wizard, but suck at fields outside of my expertise that I haven't had time to investigate like networking, game design, business, finance, dev ops enginering, rtos engineering, etc. my expertise after 13 years of research in it is language architecture. particularly the artheicture of languages easier for new users. especially users who hate math and want something simpler. this language is potentially to be something better than the math we teach in school, and useful to ensure the militarys ability to teach nearly every single bootcamp graduate code within a small amount of time and resources. nearly every highschool graduate or bootcamp graduate who has a high enough innate comprehensions should be able to learn the physics of something like the science fiction concept of a stargate, if given enough time and incentive to follow concrete instructions in a textbook. this project is highly humanitarian and increases computer literacy. it is open source and I do it in my free time as a charity while working part time minimum wage. nice to meet your aquaintance

this layer has already been completed. the next layer which I am soon to write is like so: a jit repl written in that lisp that has the same syntax, but with something called reader macros at compile time that allow us to change the syntax however we desire to the syntax of nearly any other exisitn language and be a compiler for that language. this repl can take 1 line of code or a batch and compile it to standard c faster than the user can even see. or a batch of lines can be precompiled before runtime. you can also embed standard c or embed assembly in that embedding. the compiled file is stored in /dev/shm or falls back to /dev/tmp and is executed immediately and discarded. the resulting system can be sped up not by guessing which lines to cache the compiled code of, but by compiling lines that build up a larger program which will eliminte the need to keep compiling similar lines oer and over again.t his compilation processor is often much faster thant he coder can type, so a shell user typing one line at a time, will get shell-like perfromance (this tool is intended to replace the shell in unix, starting as a POSIX shell only, but with syntax to open up into the true language with its macrosa t runtime.) here is the key: for the most part the state of these compiled c programs is all stored in optionally shared mmaps in /dev/sham or the fallback /tmp. there are also mmaps automatically created at the outset for faster catching of smaller pieces of memory like 2k bytes and this cache sized can be explicitly raised at compile time. this means we have a truly jitted c, not like a partially jitted system like the j8 javasccript engine that guesses what to compile. since it compiles each line much faster than the user can type, it is faster than an interpreter by far, and can be truly compiled. it should be near the performance of standard c

dont worry about implementation - I can already do it myself more or less with little assistance from ai mostly for syntax errors and typecasting issues. also this is golfed code so its source is gonna be likely 100x to 10000x less than what you would think. the next layer above that is a system which compiles to that jittted lisp c, which itself is in s expressions and has macros. this system forces only 1 main loop in the whole program and 1 return statement. it has many other things it either strongly encourages, enforces, does automatically, or warns about. it tries to make variables as local as possible. it forces the users to write things as a two part finites state machine with enums, one decision decides what the next state will be, and the other decision decides which action to take. the user wont have to think about whether they are using mmap, malloc, cached data via mmap, or local variables, this will be handled by the compiler at compile time and be seamless unless the user expresses otherwise. other optimizations will be made for best practices recommended by Gemini souch as making variables be as close to as where they get used, trying to optimize as best as is easy to implement for better catching in the CPU, and other sane optimizations. additionally the c compiler tends to turn instances of using < and + to implement <= into an ordianry <= at runtime, so if and where it is sane many redunant features of c will be removed for essential code golfing reasons. additionally a finite state machine system has several standard practice ethods for ensuring type safety and memory safety, and so these will be built in as well at compile time with zero cost abstractoina t first. thus the resulting system will be a much simpler system than the previously mentioned system in the previous prompt, despite being more difficult to new users it. it will be a true posix shell written only with standard c, but truly jittted, unlike j8 engine with near the same speed as standard c and it will have a truly extensible syntax, and memory safety and type safety despite c-like speeds. it will be a no brainier to replace unix shells with this as the system shell. it will also be a better high level assembler replacement than c for many applications if not most, in a similar fashion to zig or rust.

this is part of a 15 year revenge project on the #bash support channel of irc to get rid of incompetent developers and replace bash with a better language that is both posix compliant as a system shell, can at runtime change its syntax to be a compiler fo rany language, is truly jittedly compiled and not interpreted, with near c performance, is a better compiler target or high level assembler replacement than c in many instances such as zig or rust, and is a much easier system to learn than POSIX shell for new users particularly because it allows you to change the syntax of the shell to something more easy for new user at runtime like a true python compiler.