Ben Nadel bennadel

## code-1.htm
<!DOCTYPE html>
<html>
<head>
	<title>Fixed-Length Queue Data Type In JavaScript</title>

	<script type="text/javascript">


		// Create a constructor for the fixed-length queue. This is
		// really more of a FACTORY than a construtor since an

## cast.js
// Import the core node modules.
var mysql = require( "mysql" );

// Create the connection to your database. This time, we're going to use our own custom
// type casting function to manually coerce some of the columns.
var db = mysql.createConnection({
	host: "localhost",
	user: "root",
	password: "",
	database: "testing",

## app.component.ts
// Import the core angular services.
import { Component } from "@angular/core";

// Import the application components and services.
import { MyService } from "./my-service/my-service.module";

// ----------------------------------------------------------------------------------- //
// ----------------------------------------------------------------------------------- //

@Component({

## angularjs-form-post.htm
<!doctype html>
<html ng-app="Demo">
<head>
	<meta charset="utf-8" />

	<title>
		Posting Form Data With $http In AngularJS
	</title>
</head>
<body ng-controller="DemoController">

## encrypt.cfm
<cfscript>

	// I am the value that we will be encrypted and decrypting.
	input = "Get out back and hold the monkey!";

	// Generated using generateSecretKey( "AES", 128 ).
	encryptionKey = "JZidBZLaYf27huVuM4MNTA==";

	// Put the input through the encryption and decryption life-cycle using the AES
	// algorithm and the default [AES], [IVorSalt], and [iterations] values.

## code-1.cfm
<!---
	We have to start out be defining what the sets of valid
	character data are. While this might not look elegant,
	notice that it gives a LOT of power over what the sets
	are without writing a whole lot of code or "condition"
	statements.
--->

<!--- Set up available lower case values. --->
<cfset strLowerCaseAlpha = "abcdefghijklmnopqrstuvwxyz" />

## encrypt.cfm
<cfscript>

	// Generated using generateSecretKey( "AES", 128 ).
	encryptionKey = "Glu0r6o0GzBZIe0Qsrh2FA==";

	// Generated using randRange() with "SHA1PRNG" algorithm.
	initializationVector = "53IQ1tPX3aHxzqV4AyePDg==";

	// I am the value that we will be encrypted and decrypting.
	input = "Get out back and hold the monkey!";

## angularjs-modals.htm
<!doctype html>
<html ng-app="Demo">
<head>
	<meta charset="utf-8" />

	<title>
		Creating A Simple Modal System In AngularJS
	</title>

	<link rel="stylesheet" type="text/css" href="./demo.css"></link>

## bug1.cfm
<cfscript>


	// None of the following three return() statements work when used
	// in conjunction with implicit-notations for ARRAY, STRUCT, and
	// CLOSURE. Must return "( )" from return statement in order to
	// parse properly.
	function returnImplictNotation(){

		return( [ ] );

## clone-regexp.htm
<!doctype html>
<html>
<head>
	<title>Cloning RegExp (Regular Expression) Objects In JavaScript</title>
</head>
<body>

	<script type="text/javascript">

		/**
	<!DOCTYPE html>
	<html>
	<head>
	<title>Fixed-Length Queue Data Type In JavaScript</title>

	<script type="text/javascript">


	// Create a constructor for the fixed-length queue. This is
	// really more of a FACTORY than a construtor since an
	// Import the core node modules.
	var mysql = require( "mysql" );

	// Create the connection to your database. This time, we're going to use our own custom
	// type casting function to manually coerce some of the columns.
	var db = mysql.createConnection({
	host: "localhost",
	user: "root",
	password: "",
	database: "testing",
	// Import the core angular services.
	import { Component } from "@angular/core";

	// Import the application components and services.
	import { MyService } from "./my-service/my-service.module";

	// ----------------------------------------------------------------------------------- //
	// ----------------------------------------------------------------------------------- //

	@Component({
	<!doctype html>
	<html ng-app="Demo">
	<head>
	<meta charset="utf-8" />

	<title>
	Posting Form Data With $http In AngularJS
	</title>
	</head>
	<body ng-controller="DemoController">
	<cfscript>

	// I am the value that we will be encrypted and decrypting.
	input = "Get out back and hold the monkey!";

	// Generated using generateSecretKey( "AES", 128 ).
	encryptionKey = "JZidBZLaYf27huVuM4MNTA==";

	// Put the input through the encryption and decryption life-cycle using the AES
	// algorithm and the default [AES], [IVorSalt], and [iterations] values.
	<!---
	We have to start out be defining what the sets of valid
	character data are. While this might not look elegant,
	notice that it gives a LOT of power over what the sets
	are without writing a whole lot of code or "condition"
	statements.
	--->

	<!--- Set up available lower case values. --->
	<cfset strLowerCaseAlpha = "abcdefghijklmnopqrstuvwxyz" />
	<cfscript>

	// Generated using generateSecretKey( "AES", 128 ).
	encryptionKey = "Glu0r6o0GzBZIe0Qsrh2FA==";

	// Generated using randRange() with "SHA1PRNG" algorithm.
	initializationVector = "53IQ1tPX3aHxzqV4AyePDg==";

	// I am the value that we will be encrypted and decrypting.
	input = "Get out back and hold the monkey!";
	<cfscript>


	// None of the following three return() statements work when used
	// in conjunction with implicit-notations for ARRAY, STRUCT, and
	// CLOSURE. Must return "( )" from return statement in order to
	// parse properly.
	function returnImplictNotation(){

	return( [ ] );