Ryanne Graff resistdesign

Standard Persistence Operations

Driven by UTS

	// Requires `node-usb` https://github.com/nonolith/node-usb
	var usb = require('usb');

	// Get the switch by its vendor and product ids.
	var switchDevice = usb.findByIds(0x050D, 0x0201);

	// Open the device for communication.
	switchDevice.open();

	// From the inactive computer, send the control trnasfer request with the value `[0x02, 0x00]` to trigger the switch.

	function Bindable(ClassRef, onChangeMethodName){
	class BindableClass{
	constructor(...args){
	const instance = new (ClassRef.bind(this))(...args);

	for(const k in instance){
	if(instance.hasOwnProperty(k)){
	const initialValue = instance[k];
	const privatePropertyName = `_${k}`;
	instance[privatePropertyName] = initialValue;

	import React, { Component } from 'react';

	export default class FluxDI {

	static validateContextName(name){
	if(typeof name !== 'string'){
	throw new Error('`name` must be a string.');
	}
	}

	function collate(pages = []){
	const flats = [];
	const { length } = pages;
	const flatLength = Math.ceil(length/2);
	const even = length % 2 === 0;
	const newPages = [...pages];

	if(!even){
	const lastPage = newPages.pop();

	// Stub to stop Babel REPL from bitching ;)
	class Incarnate {
	async resolvePath(){}
	}

	// Map dependencies. Use nested modules by returning sub-maps from functions.
	// The process fully supports async but keeps everything in order of dependencies when resolving.
	// Sub-dependencies (args) are aquired in parallel for the quickest result.
	// Modules and "connecting everything via string names" are both decoupling techniques that will aid in smooth parallel development.
	const depMap = {

	.idea/
	node_modules/