Will williamhaley

MIT App Inventor is a great way to explore mobile application development for Android without needing to know how to code in Java or Kotlin. This is often referred to as "no-code" or "WYSIWYG" (what you see is what you get) programming.

The App Inventor uses Scratch blocks and a visual designer (not so dissimilar from Xcode's UI) to program the app.

However, the emulators provided by MIT aren't necessarily modern or full featured. There is a way around this though.

Export An APK

After building your app in MIT App Inventory, click Build -> App ( save .apk to my computer ) to download an .apk build of the app.

Plain text / source material

Here is the plain text English full version of Alice in Wonderland.

Hashed

Here is a hash of the entire book. Every single word, punctation mark, space, etc.

c8f5de222fcf1804197e97b0df02d30d25ab70715fcf93bb8d61c0f7b2c13acb

	�
	�
	-g��*z��{��ar� ս�P��{-f��@��ZD
	_��_�slˍ��f��l.��e�fӺTm�W��#E�\|�c�e��W�GՐ�n� �y� RE3ۉI�6ҍVU5��o�ÿ,��&��n�"��T��C#��&FĠ��oJ��'p>z�aM�U�X�~�蠹�4��-7#w��WEI��?}n�@G&ٰ��O&�;
	� ��4/��h��F��P�j��v\9�ގ�
	G�#k2�(Qd��#�D\|��a�<�t�KlO�.B*
	m�R�cEx%$@�
	z�u]��@`YD<f[ã0��i�(�(:5�Kzh�ݽ�$;YR��9,~�=w��Y�Z�W�_�]��`�R�\ĿQ
	2�҄�o��h��b0?� �cuZlz�ֵ�0W�~h)��;��'��)[h()��rاP�Cp@'?ZI��I�Q��/�u�]��!b��0n^��2�h�r"��=?��o��+�{�.¿�\|��0��Z>d��'�Ob��-xrϒ�Uz;�ȏlo�B@�/1��M�ܞ^܄Z��T�f��IX��^z�B>�L�5�NWW�]��L��f��B��T�I��Ks�U��>(C�Xy�!�G;3�螩蓾v;Bc�=g��l��Ѻ�$4�kZ~\|�>ˇ0��.��V�.�/��{��cf��rCH��S/�I�F7I��V3�6G��Sڣ�&�YHd��7�B��qC��i��#!n2��BK!v��V��#R>��N+W~%F�/��?K]!��/�m{V%�0��16���i��D{A�NEX"�~�;��:�N��o��jm�(�ރ~aF�}�a�ǚ�#�4hA 7�F��T��j��=�rE��DG��I��x��4�2��DlƄC?[ Qdc��<=�lF��Ā�t��:�e�8�N?L�n��a��\e
	_˾�婰�2�ܑ�q_U:��

	public class MoveLeftCommand extends RobotCommand {
	public MoveLeftCommand(String button) {
	super(button);
	}

	protected void logic() {
	// Set up the motors
	// Move the robot
	// Make sure robot is in the right position
	System.out.println("move left!");

	import java.util.ArrayList;
	import java.util.HashMap;
	import java.util.Iterator;
	import java.util.List;
	import java.util.Map;

	class Main {
	public static void main(String[] args) {
	Demo demo = new Demo();
	demo.doTheDemo();

	import java.io.BufferedReader;
	import java.io.InputStreamReader;
	import java.io.PrintWriter;
	import java.net.Socket;

	public class Client {
	private Socket clientSocket;
	private PrintWriter out;
	private BufferedReader in;

	/**
	* Run this script from the root of the repo you want to inspect. It's assumed
	* that there's a `./node_modules` and `./package.json` where this script runs.
	*/

	const packageJSON = require('./package.json');

	// Get all the top-level dependencies for the current project.
	const dependencies = {
	...packageJSON.dependencies,

	class Main {
	public static void main(String[] args) {
	System.out.println("hello world");
	}
	}

	#!/usr/bin/env bash

	set -x

	email='[email protected]'
	domain='whatever.wherever.com'
	username='admin'
	password='password'

	# Copy this inside the container. Let's Encrypt is going to modify it automatically.

	package main

	import (
	"fmt"
	)

	// https://www.reddit.com/r/golang/comments/7b4mt9/greatest_common_divisor/

	// GreatestCommonDenominator finds the GCD of two ints
	func GreatestCommonDenominator(a, b int) int {