Steven Dwy Yoplitein

## async_websocket.js
class AsyncWebSocket
{
    constructor()
    {
        this.socket = null;
        this.resolvers = [];
    }

    connect(remote)
    {

## vec_project.d
import gfm.math;

Vec project(Vec: Vector!(T, N), T, size_t N)(Vec a, Vec b)
{
    return b * scalarProject(a, b);
}

T scalarProject(Vec: Vector!(T, N), T, size_t N)(Vec a, Vec b)
{
    import std.math: cos;

## construct_nested.d
import std.traits;

Type construct(Type)(RepresentationTypeTuple!Type args)
{
    static union Conv
    {
        Type obj;
        struct { typeof(args) fields; }
    }


## load-binary.js
const fs = require("fs");

module.exports = function(source)
{
    const buffer = fs.readFileSync(this.resourcePath)

    return `module.exports = Uint8Array.from([${buffer.toJSON().data}]);`;
}

## chunks.js
const chunks = (
    (array, size) =>
        Array.from(
            Array(array.length / size),
            (_, x) =>
                Array.from(
                    Array(size),
                    (_, y) => array[size * x + y]
                )
        )

## imgcache.js
const cache = {};
const queue = [];

export function enqueueImage(path)
{
    if(cache.hasOwnProperty(path))
        return;

    queue.push(path);
}

## shlex.d
string[] shlex(string line)
{
    string[] result;
    string current;
    char quoteChr = 0;
    bool escape;

    foreach(chr; line)
    {
        switch(chr)

## clamped_number.d
public import std.typecons: Yes, No;

struct ClampedNumber(NumericT)
{
    import std.traits: isNumeric;
    import std.typecons: Flag;

    alias Numeric = NumericT;
    alias TrackUnclamped = Flag!"trackUnclamped";


## compile-scss.js
/*
    Compiles SCSS files on-the-fly in the browser. Minimal example:

    <!DOCTYPE html>
    <html>
    <head>
        <!-- Strips content from the head of imported SCSS files to calculate the logical path. Optional. -->
        <meta name="scss-prefix" content="src">

        <!-- Dependencies and this script. -->

## purify.lua
local SLOT_PICKAXE = 14
local SLOT_AXE = 15
local SLOT_COAL = 16
local SLOT_LAST = 12
local SLEEP_DELAY = 30

local component = require("component")
local robot = require("robot")
local inv = component.inventory_controller
local geo = component.geolyzer
	class AsyncWebSocket
	{
	constructor()
	{
	this.socket = null;
	this.resolvers = [];
	}

	connect(remote)
	{
	import gfm.math;

	Vec project(Vec: Vector!(T, N), T, size_t N)(Vec a, Vec b)
	{
	return b * scalarProject(a, b);
	}

	T scalarProject(Vec: Vector!(T, N), T, size_t N)(Vec a, Vec b)
	{
	import std.math: cos;
	import std.traits;

	Type construct(Type)(RepresentationTypeTuple!Type args)
	{
	static union Conv
	{
	Type obj;
	struct { typeof(args) fields; }
	}
	const fs = require("fs");

	module.exports = function(source)
	{
	const buffer = fs.readFileSync(this.resourcePath)

	return `module.exports = Uint8Array.from([${buffer.toJSON().data}]);`;
	}
	const chunks = (
	(array, size) =>
	Array.from(
	Array(array.length / size),
	(_, x) =>
	Array.from(
	Array(size),
	(_, y) => array[size * x + y]
	)
	)
	const cache = {};
	const queue = [];

	export function enqueueImage(path)
	{
	if(cache.hasOwnProperty(path))
	return;

	queue.push(path);
	}
	string[] shlex(string line)
	{
	string[] result;
	string current;
	char quoteChr = 0;
	bool escape;

	foreach(chr; line)
	{
	switch(chr)
	public import std.typecons: Yes, No;

	struct ClampedNumber(NumericT)
	{
	import std.traits: isNumeric;
	import std.typecons: Flag;

	alias Numeric = NumericT;
	alias TrackUnclamped = Flag!"trackUnclamped";
	/*
	Compiles SCSS files on-the-fly in the browser. Minimal example:

	<!DOCTYPE html>
	<html>
	<head>
	<!-- Strips content from the head of imported SCSS files to calculate the logical path. Optional. -->
	<meta name="scss-prefix" content="src">

	<!-- Dependencies and this script. -->
	local SLOT_PICKAXE = 14
	local SLOT_AXE = 15
	local SLOT_COAL = 16
	local SLOT_LAST = 12
	local SLEEP_DELAY = 30

	local component = require("component")
	local robot = require("robot")
	local inv = component.inventory_controller
	local geo = component.geolyzer