J Wylie Woodcock kulicuu

You have been given a data file containing a list of known non-local metaparticles.

The format of the data file is an array of interleaved structures representing the following data for each record:

a 32-bit unsigned integer (4 bytes)
6 bytes of ASCII string, null-terminated
a 64-bit floating point number (8 bytes)

Grand Unified Theory of Software:

(the 'grand unified' part is halfway jesting, but this is a nice generalization of the main requirements of programs.)

Proposition:

A program (software program), has at most two responsibilities: (1) State-management, and (2) Effects-propagation.

Discussion:

Foundations of Discourse:

Every conversation, argument of import, runs into the same confusions of meaning. We all know how the meanings of words can shift with context. We all know how one man's meaning of a given word can differ substantially from another's. I'm not contributing anything new by commenting on this.

I have some elaborations on this idea that I believe can be helpful. These are inspired by, or taken directly from Gilles Deleuze's work in a book called "What is Philosophy."

(A parable, half serious, just a sketch)

Skepticism:

Zara, labeled by reputation "Skeptic", showed up to town one day, took up residence in a travellers' house.

The Inquisitor questioned him over tea one morning:

>Is Zara a believer in the Almighty?

	use num_complex::Complex64;

	use std::f64::consts::*;

	pub fn ft_slow (
	a: &Vec<Complex64>,
	n: usize,
	is: i8,
	) -> Vec<Complex64>
	{




	use memoffset::offset_of;
	use simple_logger::SimpleLogger;
	use winit::{
	event::{
	Event, KeyboardInput, WindowEvent,
	ElementState, StartCause, VirtualKeyCode,
	DeviceEvent,


	const itemQualityFunctionIndex = {
	"Aged Brie": function(item) {
	item.quality++;
	return item
	},

	"Backstage passes": function (item) {
	if (item.sellIn <= 10 && item.sellIn > 5) {
	item.quality += 2;




	use memoffset::offset_of;
	use simple_logger::SimpleLogger;
	use winit::{
	event::{
	Event, KeyboardInput, WindowEvent,
	ElementState, StartCause, VirtualKeyCode
	},



	use winit::{
	event::{Event, KeyboardInput, WindowEvent},
	event_loop::{ControlFlow, EventLoop},
	window::WindowBuilder,
	window::Window,
	};
	use simple_logger::SimpleLogger;




	// Mergesort implementation in Rust translated from the Python example at
	// https://www.interviewbit.com/tutorial/merge-sort-algorithm/

	fn main () {
	println!(".......Mergesort");

	let unsorted : [i32; 10] = [949, 8232, 158, 369, 1, 43, 949, 381112, 4184, 12];