Sigh. I’ve been through like 5 mailing lists and got trolled off each one. Let’s start simple

A secure macro

It’s like static but well optimized. Any ideas how I can implement it universally? I thought about a secure application to help with compiling and security. It’s like sudo but more secure and can chain. I don’t know much about pipes and streams, but I’m pretty sure I can write it into llvm with enough time and help.

Another thing, and I got trolled off gcc’s mailing list for this, we need multidimensional multidirectional binary tree functions, I call them graphs because someone on Usenet told me they replicate a graph since they work on multiple dimensions. Now this is memory intensive if you don’t implement rolling dma, I suggest something modularized into the kernel to save cpu cycles.

I understand xnu is written in c++, is it that hard to rewrite all of llvm in optimized, oh well, since I’ve had the worst day of my life, I’ll call It unidefnet coding subsystem, multidimensional multidirectional binary graphs to simulate a neural network?

A neural network is a mdmdbt tied to a master function or protocol or even kernel module tied to the internet structure of the kernel to provide a database

Anyone want to join?

Unidef

Ps if you troll me I’ll just leave, not the first time I left an internet platform

Against all expectations, I’m not going to troll :slight_smile:

A secure macro

It’s like static but well optimized. Any ideas how I can implement it universally? I thought about a secure application to help with compiling and security. It’s like sudo but more secure and can chain. I don’t know much about pipes and streams, but I’m pretty sure I can write it into llvm with enough time and help.

I don’t understand what you’re going for. Could you have more details, maybe with examples to show what you have in mind?

Another thing, and I got trolled off gcc’s mailing list for this, we need multidimensional multidirectional binary tree functions, I call them graphs because someone on Usenet told me they replicate a graph since they work on multiple dimensions. Now this is memory intensive if you don’t implement rolling dma, I suggest something modularized into the kernel to save cpu cycles.

This sounds totally unrelated to the above. Could you fork it to another email thread, and again expand onto what you’re talking about. Is this about a data structure in LLVM’s own code? In the C++ standard? What’s the use for it?

I understand xnu is written in c++, is it that hard to rewrite all of llvm in optimized, oh well, since I’ve had the worst day of my life, I’ll call It unidefnet coding subsystem, multidimensional multidirectional binary graphs to simulate a neural network?

XNU the OS? It’s mostly C. I don’t understand what you’re saying about neural nets.

Against all expectations, I’m not going to troll :slight_smile:

A secure macro

It’s like static but well optimized. Any ideas how I can implement it universally? I thought about a secure application to help with compiling and security. It’s like sudo but more secure and can chain. I don’t know much about pipes and streams, but I’m pretty sure I can write it into llvm with enough time and help.

I don’t understand what you’re going for. Could you have more details, maybe with examples to show what you have in mind?

I dont know function macros well, but I hate macros. I think they’re a hack and they dont belong in C languages because of their complexity, but here I go. I dont know C function macros well =( and dont make fun of me, CARL. NOW WHOS LAUGHING STEVE. NOW WHOS LAUGHING

Well, now that I googled c function macro, how about we change #define secure to #define encrypt1on, hook it up to letsencrypt, and encrypt all uncompiled and compiled data to the cloud? Using CLOUD ASSEMBLY!!

Now that I googled more stuff, my example code is

Instead of

Static printf(128ptr args){}

It’ll be encrypt1on statics printf(128ptr args){}

Or even better

Secure encryption1on static printf(128ptr args){}

128ptr is a macro that does

#define 128ptr (double long *)(malloc(sizeof(double long * NEURAL_ARRAY)); // along with mutliple dimensions

I have to read a few books and read the ENTIRE llvm source for this to make sense. I dont mind being trolled right now because I think I look stupid, and im just a professional clown.

Another thing, and I got trolled off gcc’s mailing list for this, we need multidimensional multidirectional binary tree functions, I call them graphs because someone on Usenet told me they replicate a graph since they work on multiple dimensions. Now this is memory intensive if you don’t implement rolling dma, I suggest something modularized into the kernel to save cpu cycles.

This sounds totally unrelated to the above. Could you fork it to another email thread, and again expand onto what you’re talking about. Is this about a data structure in LLVM’s own code? In the C++ standard? What’s the use for it?

Sorry, im over it. Im sorry for bringing my personal problems into this mailing list. I’ve been warned and ive heeded.

I understand xnu is written in c++, is it that hard to rewrite all of llvm in optimized, oh well, since I’ve had the worst day of my life, I’ll call It unidefnet coding subsystem, multidimensional multidirectional binary graphs to simulate a neural network?

XNU the OS? It’s mostly C. I don’t understand what you’re saying about neural nets.

Xnu the kernel. After im done im going to implement mdmdbt graphs in xnu and try to make it into a secure kernel for server operations unless someone stops me

A neural network is a mdmdbt tied to a master function or protocol or even kernel module tied to the internet structure of the kernel to provide a database

Anyone want to join?

Unidef

Ps if you troll me I’ll just leave, not the first time I left an internet platform

Ok this is going to be the hardest, im going to have to copy and paste code

jons-MacBook-Pro:Downloads jon$ cat types.h
#pragma once

#include “sys.h”
#include “typedefs.h”

// data structures

struct neural {
ID id;
char *description;
NODE *dimension[NEURAL_ARRAY][NEURAL_ARRAY][NEURAL_ARRAY];
} *N;

struct neural_node {
ID id;
DOC description;
ERROR (*exception)(NODE,DOC,SYS); // exception handling, thank you Harvard professor. Must delete function offset before reaching scheduler I think, I just overheard this in class
NODE *up;
NODE *down;
NODE *left;
NODE *right;
NODE *direction[NEURAL_ARRAY]; // this ones a doozy
} *NN;

jons-MacBook-Pro:Downloads jon$ cat typedefs.h
#pragma once
#include “types.h”

typedef struct neural_node NODE;

typedef struct neural OPERATIONS;
typedef struct neural SQL;
typedef struct neural TEST;
typedef struct neural DOC;
typedef struct neural ERROR;
typedef struct neural NEURON;
typedef struct neural NETWORKING;
typedef struct neural NETWORK;
typedef struct neural IO;
typedef struct neural QUANTUM;
typedef struct neural AI;

That’s the basics of my neural network code. Its a small database made to be decentralized unlike sql and its friend tinysql or whatever. Its made to be a protocol but python is just so bourgiese, id rather code it in assembly but ive been swamped with work

NOTICE

Also the graph doesn’t work. I also need to write sort, abstraction, search, and above all move operations… feel free to fork, by 10:30pm PST Monday July 8th it should be available on GitHub at GitHub.com/unidef/qlib

This makes sense right? Thanks for your reply jf, really helped me and I think ill dig through the xnu kernel, llvm, a few books, and rewrite qlib, maybe ill send it to apple for their phones… man I gotta write a network.h/c

Sent from my iPhone


LLVM Developers mailing list
llvm-dev@lists.llvm.org
https://lists.llvm.org/cgi-bin/mailman/listinfo/llvm-dev

Well, now that I googled c function macro, how about we change #define secure to #define encrypt1on, hook it up to letsencrypt, and encrypt all uncompiled and compiled data to the cloud? Using CLOUD ASSEMBLY!!

Now that I googled more stuff, my example code is

Instead of

Static printf(128ptr args){}

It’ll be encrypt1on statics printf(128ptr args){}

Or even better

Secure encryption1on static printf(128ptr args){}

128ptr is a macro that does

#define 128ptr (double long *)(malloc(sizeof(double long * NEURAL_ARRAY)); // along with mutliple dimensions

All of this seems like you’re looking to change / enhance the C / C++ programming language. There may be a useful thing here, I’m not sure yet, but I don’t think llvm-dev@ is a good place to work on this. This kind of discussion is better suited to a forum for exploring language feature design. It’s pretty off-topic here.

I understand xnu is written in c++, is it that hard to rewrite all of llvm in optimized, oh well, since I’ve had the worst day of my life, I’ll call It unidefnet coding subsystem, multidimensional multidirectional binary graphs to simulate a neural network?

XNU the OS? It’s mostly C. I don’t understand what you’re saying about neural nets.

Xnu the kernel. After im done im going to implement mdmdbt graphs in xnu and try to make it into a secure kernel for server operations unless someone stops me

Again, I feel like this mailing list isn’t really a useful one to discuss this… Secure kernel programming is also pretty far off topic and so I suspect there just isn’t anyone who can really comment or contribute. I’d suggest finding a secure kernel / secure OS research group or community to discuss this with instead maybe?

Anyways, sorry you can’t find more help here. I don’t think anyone is trolling you or anything else. Just that this list is mostly folks discussing LLVM and neither of these really deals with LLVM it seems.

-Chandler

https://0x00sec.org/ - I think this maybe be a right channel :slight_smile:

Thanks