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Setup Windows 10 for Modern/Hipster Development

A fresh Windows isn't entirely ready for modern development, but all the tools you need are available. A good terminal, popular bash tools, Git, a decent package manager - when properly setup, modern development on Windows can be a lot of fun. In particular, this document outlines how to configure your Windows in such a way that it can easily handle most development tasks usually run on a Mac OS X or a Linux distro.

A Word about Ubuntu Linux on Windows

☝️ While Bash on Windows isn't perfect yet, it's an amazing tool that can make development a lot easier - especially when you're dealing with Bash scripts, Ruby, or Ubuntu binaries. It's an amazing tool, but keep in mind that Git, Node, or Go are already pretty performant on Windows itself. However, they run just fine in Bash, so if you feel like moving most of your development over, go for it. Here's the how-to:

  • Ensure that you're running Windows 10 Anniversary Update (build 14311 and up)
  • Enable Developer Mode (Settings - Update & security > For developers)
  • Search for “Windows Features” and choose “Turn Windows features on or off” and enable Windows Subsystem for Linux.
  • To get Bash installed, open Command Prompt and type “bash”

Automate it!

Below, you can see the all the things I need to actually go and work on stuff. An opiniated version of the list below can be installed automatically thanks to the magic of Boxstarter. Check out the script to see what it runs. It's a trimmed down version of all the tools below, leaving out duplicate tools. As an example, it installs VS Code (and not Atom or Sublime) and Git (but not Subversion or Mercurial). Simply start PowerShell as Administrator and run:


The Goods

Package Management: Chocolatey

Chocolatey is a powerful package manager for Windows, working sort of like apt-get or homebrew. Let's get that first. Fire up CMD.exe as Administrator and run:

@powershell -NoProfile -ExecutionPolicy Bypass -Command "iex ((new-object net.webclient).DownloadString(''))" && SET PATH=%PATH%;%ALLUSERSPROFILE%\chocolatey\bin

Once done, you can install packages by running cinst (short for choco install). Most packages below will be installed with Chocolatey.

Bonus: Use Windows 10 & OneGet

Windows 10 comes with OneGet, a universal package manager that can use Chocolatey to find and install packages. To install, run:

Get-PackageProvider -name chocolatey

Once done, you can look for all Chrome packages by typing Find-Package -Name Chrome or install it by typing Install-Package -Name GoogleChrome.

Terminal: CMDer (with PowerShell Support)

The PowerShell in Windows 10 got a bunch of upgrades, but it's even better if used with CMDer or Hyper, both powerful tools to do more command-line things with. CMDer is the old-school veteran, while Hyper hasn't been around for long. Try both and see what you like more! I personally prefer Hyper, simply because it can be styled and extended with addons. Install with:

cinst cmder -pre
cinst hyper

Even if you don't want to use either, you should enable your PowerShell to execute scripts. You're a developer - the terminal is your friend.

Set-ExecutionPolicy Unrestricted -Scope CurrentUser

If you want to go even further, check out the attached PowerShell Profile in this repository. It's my personal one and might not be perfect for you, but it makes my personal life a lot easier. You can edit your PowerShell profile with your favorite editor by calling $PROFILE, so if you're using Visual Studio Code, call code $PROFILE (or vim $PROFILE - you get the idea).

PowerShell Profile

Now that you have a good terminal, you might wonder how you can beef it up. This isn't part of the automated setup, but I'm quite happy with my profile. I've changed my PowerShell in the following ways:

  • Add helper functions (uptime, reload-profile, find-file, unzip, and print-path)
  • Add equivalents for my favorite Unix commands (df, sed, sed-recursive, grep, grepv, which, export, pkill, pgrep, touch, sudo, pstree)
  • Add Git aliases (gc for git checkout, gp for git pull)
  • Set the default output to utf8
  • Increase the linme history to 10000

To edit your PowerShell profile, run notepad.exe $PROFILE (or use an editor of your choice). Then, add the following:

My PowerShell Profile
# Increase history
$MaximumHistoryCount = 10000

# Produce UTF-8 by default

# Show selection menu for tab
Set-PSReadlineKeyHandler -Chord Tab -Function MenuComplete

# Helper Functions

function uptime {
	Get-WmiObject win32_operatingsystem | select csname, @{LABEL='LastBootUpTime';

function reload-profile {
	& $profile

function find-file($name) {
	ls -recurse -filter "*${name}*" -ErrorAction SilentlyContinue | foreach {
		$place_path = $
		echo "${place_path}\${_}"

function print-path {

function unzip ($file) {
	$dirname = (Get-Item $file).Basename
	echo("Extracting", $file, "to", $dirname)
	New-Item -Force -ItemType directory -Path $dirname
	expand-archive $file -OutputPath $dirname -ShowProgress

# Unixlike commands

function df {

function sed($file, $find, $replace){
	(Get-Content $file).replace("$find", $replace) | Set-Content $file

function sed-recursive($filePattern, $find, $replace) {
	$files = ls . "$filePattern" -rec
	foreach ($file in $files) {
		(Get-Content $file.PSPath) |
		Foreach-Object { $_ -replace "$find", "$replace" } |
		Set-Content $file.PSPath

function grep($regex, $dir) {
	if ( $dir ) {
		ls $dir | select-string $regex
	$input | select-string $regex

function grepv($regex) {
	$input | ? { !$_.Contains($regex) }

function which($name) {
	Get-Command $name | Select-Object -ExpandProperty Definition

function export($name, $value) {
	set-item -force -path "env:$name" -value $value;

function pkill($name) {
	ps $name -ErrorAction SilentlyContinue | kill

function pgrep($name) {
	ps $name

function touch($file) {
	"" | Out-File $file -Encoding ASCII

function sudo {
	$file, [string]$arguments = $args;
	$psi = new-object System.Diagnostics.ProcessStartInfo $file;
	$psi.Arguments = $arguments;
	$psi.Verb = "runas";
	$psi.WorkingDirectory = get-location;
	[System.Diagnostics.Process]::Start($psi) >> $null

function pstree {
	$ProcessesById = @{}
	foreach ($Process in (Get-WMIObject -Class Win32_Process)) {
		$ProcessesById[$Process.ProcessId] = $Process

	$ProcessesWithoutParents = @()
	$ProcessesByParent = @{}
	foreach ($Pair in $ProcessesById.GetEnumerator()) {
		$Process = $Pair.Value

		if (($Process.ParentProcessId -eq 0) -or !$ProcessesById.ContainsKey($Process.ParentProcessId)) {
			$ProcessesWithoutParents += $Process

		if (!$ProcessesByParent.ContainsKey($Process.ParentProcessId)) {
			$ProcessesByParent[$Process.ParentProcessId] = @()
		$Siblings = $ProcessesByParent[$Process.ParentProcessId]
		$Siblings += $Process
		$ProcessesByParent[$Process.ParentProcessId] = $Siblings

	function Show-ProcessTree([UInt32]$ProcessId, $IndentLevel) {
		$Process = $ProcessesById[$ProcessId]
		$Indent = " " * $IndentLevel
		if ($Process.CommandLine) {
			$Description = $Process.CommandLine
		} else {
			$Description = $Process.Caption

		Write-Output ("{0,6}{1} {2}" -f $Process.ProcessId, $Indent, $Description)
		foreach ($Child in ($ProcessesByParent[$ProcessId] | Sort-Object CreationDate)) {
			Show-ProcessTree $Child.ProcessId ($IndentLevel + 4)

	Write-Output ("{0,6} {1}" -f "PID", "Command Line")
	Write-Output ("{0,6} {1}" -f "---", "------------")

	foreach ($Process in ($ProcessesWithoutParents | Sort-Object CreationDate)) {
		Show-ProcessTree $Process.ProcessId 0

# Aliases

function pull () { & get pull $args }
function checkout () { & git checkout $args }

del alias:gc -Force
del alias:gp -Force

Set-Alias -Name gc -Value checkout
Set-Alias -Name gp -Value pull

Node and npm

A bunch of tools are powered by Node and installed via npm. This applies to you even if you don't care about Node development. If you want to install tools for React, Azure, TypeScript, or Cordova, you'll need this.

cinst nodejs.install

In the future, you might want to update npm. On Windows, just running npm i -g npm doesn't always do what it should, so use npm-windows-upgrade instead:

npm install -g npm-windows-upgrade

Version Control: Git

Obviously. If you want Git to be able to save credentials (so you don't have to enter SSH keys / passwords every single time you do anything), also install the Git Credential Manager for Windows.

cinst git.install
cinst poshgit

# Restart PowerShell / CMDer before moving on - or run
$env:Path = [System.Environment]::GetEnvironmentVariable("Path","Machine") + ";" + [System.Environment]::GetEnvironmentVariable("Path","User")

cinst Git-Credential-Manager-for-Windows
cinst github
📝 Bonus: Mercurial, Subversion

If you're using Mercurial or Subversion (you poor, poor thing), install with:

cinst subversion
cinst mercurial

Code Editors: Atom, Sublime, VS Code

I won't join the war debating which editor is the best, but if you're looking for an editor and not a full IDE, chances are that you'll end up using one of those three.

cinst visualstudiocode
cinst Atom
cinst SublimeText3
cinst sublimetext3-contextmenu
cinst SublimeText3.PackageControl
cinst SublimeText3.PowershellAlias
Visual Studio 2017

If you already own Visual Studio, you should obviously install the version you bought with your precious money. If you don't, do know that Visual Studio 2017 Community Edition is free (for most people).

cinst visualstudio2017community

If you have development needs that require an older version, Visual Studio 2015 Community Edition can be installed with this command:

cinst visualstudio2015community


Even if you don't care about Ruby at all, bear in mind that it's preinstalled on OS X (and easy to install on Unix), so many dev tools might be trying to leverage it. For example, GitHub pages are compiled using Jekyll - if you want to get in on that, install Ruby.

cinst ruby
cinst ruby.devkit


Rust development on Windows is fantastic. I applaud the whole community for their cross-platform efforts. To get started, install rustup, the official installer for Rust. The easiest way to aquire it is to download it directly from the homepage.

rustup allows you to install so-called "Rust toolchains". I personally use the nightly one (because that's how I roll; but also, because many libraries require it):

rustup install nightly-msvc
rustup default nightly-msvc

From this point on forward, you can install additional Rust tools to make development easier with cargo.


Sure, why not.

cinst golang


Python is a complex world with a bunch of flavors, but Python 3, pip, and easy_install should have you prepared for most things.

cinst python
cinst pip
cinst easy.install

If you intend to work with Node.js, know that compiling native Node modules usually requires Python 2.7 instead of Python 3. For Node development, do not install Python 3 - instead, run these commands:

cinst python2


This stuff is really only relevant if you're interested in DevOps - but if you are, you should probably install the stuff below. It's not likely that you need any of the things below unless you're directly working with it, because none of those things are expected to be installed on a Unix machine.

Docker, VirtualBox, Vagrant

If you want to run Docker machines and images, you might not need VirtualBox. In fact, installing VirtualBox on your system isn't always the best idea, given that it messes with a few system components.

Docker released a version for OS X and Windows that no longer requires VirtualBox to be installed - and instead uses the default Hypervisor that comes with the operating system (on Windows, that's Hyper-V). You can read more about it over in Docker's documentation.

cinst docker-for-windows

However, if you want the old VirtualBox route, go and install that stuff with:

cinst virtualbox
cinst virtualbox.extensionpack
cinst vagrant


If you installed CMDer or Gow as indicated above, you're already set - simply run ssh from CMD, CMDer, or PowerShell. If you haven't and you're running at least the Windows 10 Fall Creators Update, know that OpenSSH is now an official Windows feature. Install it from PowerShell with the following commands:

Get-WindowsCapability -Online | ? Name -like 'OpenSSH*'

# The above command should return something that looks like this:

# Name  : OpenSSH.Client~~~~
# State : NotPresent
# Name  : OpenSSH.Server~~~~
# State : NotPresent

# Then, knowing the version numbers:

# Install the OpenSSH Client
Add-WindowsCapability -Online -Name OpenSSH.Client~~~~

# Install the OpenSSH Server
Add-WindowsCapability -Online -Name OpenSSH.Server~~~~

Basic Tools

You'll recognize many of these names. Nothing here is crazy unique, it's just stuff you probably want installed to have a well-running machine.

cinst vlc
cinst GoogleChrome
cinst 7zip.install
cinst sysinternals
cinst DotNet3.5

If you're not running Windows 10, also install:

cinst DotNet4.0 -- not needed on windows 8
cinst DotNet4.5 -- not needed on windows 10
cinst PowerShell -- not needed on windows 10


🔭 Turning Windows into an environment ready for modern development







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