mrmonday

void main(string[] args)
{
	struct Foo(float f) {
		alias VAL = f;
		float getF() {
			return f;
		}
	}

	Foo!(float.nan) f;

mrmonday

void main(string[] args)
{
    // Check for valid arguments
    enforce(args.length == 3);
    int numPeople    = to!int(args[1]);
    int numNutrients = to!int(args[2]);
    StopWatch sw;

    // Time feeding with threads
    sw.start();

mrmonday

void feedWithFibers(int numPeople, int numNutrients)
{
    size_t terminated;
    auto fibers = new FeedFiber[numPeople];
    foreach (ref f; fibers)
    {
        f = new FeedFiber(new Person(numNutrients));
    }

    while (terminated != fibers.length)

mrmonday

class FeedFiber : Fiber
{
    Person mPerson;
    this(Person p)
    {
        mPerson = p;
        super(&run);
    }
    
    void run()

mrmonday

class Person
{
    struct Nutrients
    {
        int Fiber;
        int Calcium;
        int Iron;
    }
    int       mNumNutrients;
    Nutrients mNutrients;

mrmonday

variable amountOfBreathToTake;
function breathe()
{
    do
        breathe amountOfBreathToTake;
        amountOfBreathToTake = 0;
        Fiber.yield();
    while alive;
}
function walk()

mrmonday

variable amountOfBreathToTake;
function breathe()
{
    do
        breathe amountOfBreathToTake;
        amountOfBreathToTake = 0;
    while alive;
}
function walk()
{

mrmonday

// Create a thread for both tasks so they can execute at once
breathingThread = new Thread(breathe);
walkingThread   = new Thread(walk);

// Start doing both of the tasks at the same time
breathingThread.start();
walkingThread.start();

mrmonday

function breathe()
{
    // We have to breathe to survive
}
function walk()
{
    // I need to get somewhere
}

mrmonday

//          Copyright Robert Clipsham 2011.
// Distributed under the Boost Software License, Version 1.0.
//    (See accompanying file LICENSE_1_0.txt or copy at
//          http://www.boost.org/LICENSE_1_0.txt)
module main;

import core.thread;

import std.conv;
import std.datetime;