Barathan Kulothongan barathank

Windows 10 Development Environment for Scala

This is a guide for Scala and Java development on Windows, using Windows Subsystem for Linux, although a bunch of it is applicable to a VirtualBox / Vagrant / Docker subsystem environment. This is not complete, but is intended to be as step by step as possible.

Sadly, much of this pertains to Git, GPG, SSH, and Windows all not working, rather than Windows Subsystem for Linux. There is no unified command line experience for native Windows still -- instead, there's a bunch of different conflicting programs which all bring along their own environment and need to be told about each other.

Harden Windows 10

Read the entire Decent Security guide, and follow the instructions, especially:

###Creating a REST API using Node.js, Express, and MongoDB

####Installing Node.js

Go to http://nodejs.org, and click the Install button. Run the installer that you just downloaded. When the installer completes, a message indicates that Node was installed at /usr/local/bin/node and npm was installed at /usr/local/bin/npm. At this point node.js is ready to use. Let’s implement the webserver application from the nodejs.org home page. We will use it as a starting point for our project: a RESTful API to access data (retrieve, create, update, delete) in a wine cellar database.

Create a folder named nodecellar anywhere on your file system. In the wincellar folder, create a file named server.js.

	//here is document with NESTED Array
	{
	"_id": "xyz-800",
	"site": "xyz",
	"user": 800,
	"timepoints": [
	{"timepoint": 0, "a": 1500, "b": 700},
	{"timepoint": 2, "a": 1000, "b": 200},
	{"timepoint": 4, "a": 3500, "b": 1500}
	]

	@UIApplicationMain
	final class AppDelegate: UIResponder, UIApplicationDelegate {
	let healthKitManager = HealthKitManager()

	func application(application: UIApplication, didFinishLaunchingWithOptions launchOptions: [NSObject: AnyObject]?) -> Bool {
	if onboardingComplete {
	healthKitManager.requestAccessWithCompletion() { success, error in
	if success { print("HealthKit access granted") }
	else { print("Error requesting access to HealthKit: \(error)") }
	}

	//
	// tested with kerberos 0.0.12 on linux against apache running mod_auth_kerb with Samba AD providing KDC
	//
	var Kerberos = require('kerberos').Kerberos;
	var kerberos = new Kerberos();
	var http = require('http');

	function httpget(opts, callback) {
	console.log('submitting to '+(opts.hostname\|\|opts.host)+' with authorization header: '+(opts.headers\|\|{}).authorization);
	var req = http.get(opts, function(res) {

	In the example solr project when you start it up by calling the following line:

	java -jar start

	You are starting a Jetty server on your local machine that's going to serve the solr results. This server is not able to do CORS (Cross Origin Resource Sharing). Which means that if you tried to do an AJAX call from a webpage of a different origin than the server itself you would be denied a response.

	To fix this you first need to get the apropriate jars to allow for cross-domain resource sharing.

	I used the following jar:
	http://repo1.maven.org/maven2/org/eclipse/jetty/jetty-servlets/8.1.10.v20130312/