That’s where you’ll be living for most of the time you will be setting up IIS. Once you have IIS installed, you’ll be able to go to the Tools dropdown in Server Manager and select Internet Information Services (IIS) Manager. To do this, you’ll need to go to Manage → Add Roles and Features. That’s something that can be added through the Server Manager program that you’ll have a shortcut for in your Start bar. ![]() Out of the box, your new Windows server won’t come with IIS installed. However, since it’s Windows, we don’t actually want to do that just yet… Step Two: Set up your Windows Environment At this point, you could vagrant up and start up your machine. That downloads the box (which will probably take more than an hour, so grab a book) and sets up your initial Vagrantfile. Once I knew what box I was using, I could initialize my new Vagrant server: vagrant init lmayorga1980/windows-2012r2 The one I finally went with was a Windows 2012 Server image. The trick was in the search terms–the search functionality isn’t great. I looked, couldn’t find a Windows server, looked again, and finally found something. You can find a whole repository of box images at. The first thing I needed to do was get a VirtualBox image. At any rate, this method and this box works for me and I’m actively using it as a development environment. It is, by no means, the best solution, and if you know of ways to improve the setup–particularly in syncing files between the two different filesystems–I’d be interested to hear them in the comments. What follows is how I have my local IIS Vagrant WordPress machine working. When I couldn’t find any answers on Google, I tried cobbling together what I could to build my own. Surely someone has tried building on a virtualized Windows machine using Vagrant on OSX. When no response was forthcoming, I took to Google. My goal was to stick with Vagrant, somehow, to allow changes I make on my host to be reflected on the guest and then be able to see those changes in a browser. Your local machine’s filesystem (the “host” environment) can interact natively with the emulated operating system (the “guest” environment). Vagrant is great because you can have different boxes emulating different environments. We do a lot of Microsoft work maybe someone had a recipe or a Vagrant box I could use. In this case, however, I needed the environment to be specifically Windows-based, because the plugin I was planning on building was going to make use of COM functions to pull in and execute Visual Basic scripts that just wouldn’t run on anything other than Windows.įirst, I asked my fellow devs. Many things (like communicating with a MS SQL server) can be emulated or replicated on a *nix environment, in which case the Vagrant workflow I’ve spent a lot of time and energy switching over to would work fine. This means it will only accept connections made to 127.0.0.1 exactly – it doesn't matter that 192.168.10.15 is the same machine the connection's destination address has to exactly match the listen address.Ĭhange "Host IP" to 0.0.0.0 if you want it to listen on all IP addresses that the host machine has.…And lo! It came to pass that I needed to set up a local environment built on IIS. The real problem here is that the "Host IP" parameter in your VirtualBox's port forwarding rule only tells it to listen on 127.0.0.1 (loopback address). (In fact, a direct LAN connection doesn't even go through the router at all, so it couldn't apply port-forwarding if it wanted to.) But when you're already in the same LAN where you can directly say ssh 192.168.10.15, there is no translation involved. when ssh'ing to the router's public (WAN) address, it would translate the destination to your computer's LAN address instead. The purpose of "port forwarding" is to translate addresses – e.g. Your router doesn't need a port forwarding rule if all you want is to connect to the host directly. I even added all ports to outbound rules on the Windows PC that tries to SSH to the other PC, still nothing ![]() So I added a port forwarding rule in my router on the IP 192.168.10.15 : Name: SSH So I thought perhaps the Windows host is blocking inbound traffic, so I opened all ports just in case (for testing) - connection still timed out. So I try to ssh to that VM from another Windows PC via 192.168.10.15:2222 but I get Connection timed out. The IP of that host on my LAN is 192.168.10.15. ![]() So now I can SSH to the VM from the Windows host via PuTTY from 127.0.0.1:2222 without any issues. ![]() I have port forwarding in VirtualBox as follows: Name | Protocol | Host IP | Host Port | Guest IP | Guest Port I have an Ubuntu 20.04 VM (VirtualBox) on a Windows 11 host.
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