0x61nas

Complete Recent Discord Quest

How to use this script:

Accept the quest under User Settings -> Gift Inventory
Join a vc
Stream any window (can be notepad or something)
Press Ctrl+Shift+I to open DevTools
Go to the Console tab
Paste the following code and hit enter:

let wpRequire;

The Linux syscalls, ref: https://web.archive.org/web/20230126185338/https://soliduscode.com/linux-system-calls/

R10

RAX	System call	RDI	RSI	RDX

Ordinary user-space programs that written in NASM for Linux are divided into three sections: .data, .bss, and .text. The older in which these sections fall in your program really doesn't matter, but by convention the .data section comes first, followed by .bss section and then the .text section.

.data

The .data section contains data deffinitions of initialized data items.

Initialized data is data that has a value before the program begins running. These values are part of the executable file. They are loaded into memory when the executable file is loaded into memrory for execution.

Note

That you don't load the data defined in .data section manually, and no machine cycles are used in there certion beyond what it takes to load the program as a whole into memory.

Implicit Operands

Some instructions act on registers or even memory locations that are not stated in a list of operands. These instruction does do in fact have operands, but they represent assumptions made by the instruction. Implicit operands dose not change and cannot be changed. Most of the instruction that have implicit opeands dose have explicit operands as well.

MUL

The MUL instruction multiplies two values and returns the product. However, multiplication has a special problem: It generates output values that are often hugely lager than the input values. think of 0xffffffff * 0xffffffff. So to solve this problem the MUL instructison uses an implicit operands to store the product: by using two registers to hold our product.

[!Note]

Instruction	Operands	Description
MOV	dist, source	Copy the data from the source to the distnation register or memory
INC	dist	Increment the distnation register or memory by one
DEC	dist	Decrement the distnation register or memory by one
JNZ	dist(label)	Tests the value of Zero Flag and jump to the distnation if its not set(a.k.a. set o 0)
JMP	dist	Always jump to its operand
ADD	dist, source	Add the source value to the distnation
NOP	n/a	No operation, it takes some time to execute

	{lib, pkgs, ... }:
	{
	# Download the prompt
	home.file.".config/zsh/prompt.zsh".source = builtins.fetchurl {
	url = "https://gist.githubusercontent.com/0x61nas/6ee08add16a0ac8f63bfc485be5239f0/raw/100a7fecc752b6fe0ce564124a3c1e660ce18b7a/prompt.zsh";
	sha256 = "0cl2ml4z62yiwn0n5wk6bj4zsf5avjl643c66k2p0m2bfa8a2pwk";
	};

	programs.zsh = {
	enable = true;

	function shrink_path {
	# Replace the home directory with ~ for brevity
	local path="${PWD/#$HOME/~}"
	local new_path=""
	local -a path_components=("${(@s:/:)path}")
	local num_components=${#path_components[@]}
	# Loop through each component except the last one
	for (( i=1; i < num_components; i++ )); do
	if [[ -n ${path_components[i]} ]]; then
	new_path+="%{$fg[yellow]%}${path_components[i][1]}%{$reset_color%}%{$fg[white]%}:%{$reset_color%}"

	# This is your system's configuration file.
	# Use this to configure your system environment (it replaces /etc/nixos/configuration.nix)
	{
	inputs,
	lib,
	config,
	pkgs,
	...
	}: {
	# You can import other NixOS modules here

	All x86-64 processors contain 16 64-bit wide general purpose registers.
	Functions use thes registers to perform integer arithmetic, bitwise logical operations, comparisoins, address calculations, and data transfers.
	A function can also store an intermediate or temporary result in one of those registres instead of saving it to memory.

	╭──────────────────────────────────Quad Word────────────────────────────────────╮
	│ ╭─────────────────Double Word────────────────╮│
	│ │ ╭───────Word────────╮││
	│ │ │ ╭─Byte──╮│││
	╵ ╵ ╵ ╵ ╵╵╵╵
	┇63 ┇31 ┇15 ┇7 0┃