Justin Meiners justinmeiners

This Software Looks pretty good. Simple command line tool.

Security

Technology is never the root of system security. Technology is a tool to help people secure what they value. Security requires people to act.

The way to beat the $5 wrench attack is to bear arms. Either your own, or employ guards, or use a safety deposit box, or rely on the police forces and army; or whatever may be appropriate and proportionate in your situation. If someone physically overpowers you then no technology on Earth can save your bitcoins.

Learn the Language

READ HERE

The page should be designed like a series of filters. Each function inputs a DOM tree, and returns a modified DOM tree. Filters can be chained together to produce the final results. Different filters can be chosen conditionally at each stage.

1. DOM stripping.

This phase is a removal of elements which are not relevant to text. Certain tags, can be completely blacklisted. These include:

<button>
<input>
<script>
<canvas>
``

	// notice that downloader doesn't need to import user interface

	class Downloader {

	// delegate has startDownload and finishDownload
	constructor(delegate) {
	this.delegate = delegate;
	}

	downloadFile() {

	#include <iostream>

	template<int N>
	struct Factorial {
	enum {
	value = N * Factorial<N - 1>::value,
	};
	};

	template <>

	\ -- text --
	\ A sometimes minimal FORTH compiler and tutorial for Linux / i386 systems. -- asm --
	\ By Richard W.M. Jones <[email protected]> http://annexia.org/forth
	\ This is PUBLIC DOMAIN (see public domain release statement below).
	\ $Id: jonesforth.f,v 1.17 2007/10/12 20:07:44 rich Exp $
	\
	\ The first part of this tutorial is in jonesforth.S. Get if from http://annexia.org/forth
	\
	\ PUBLIC DOMAIN ----------------------------------------------------------------------
	\

	; The Lisp defined in McCarthy's 1960 paper, translated into CL.
	; Assumes only quote, atom, eq, cons, car, cdr, cond.
	; Bug reports to [email protected].

	(defun null. (x)
	(eq x '()))

	(defun and. (x y)
	(cond (x (cond (y 't) ('t '())))
	('t '())))