-
-{% capture local-content %}
+1. Deploy your application to Swarm:
-#### VMs on your local machine (Mac, Linux, Windows 7 and 8)
+ ```shell
+ docker stack deploy -c bb-stack.yaml demo
+ ```
-You need a hypervisor that can create virtual machines (VMs), so
-[install Oracle VirtualBox](https://www.virtualbox.org/wiki/Downloads) for your
-machine's OS.
+ If all goes well, Swarm will report creating all your stack objects with no complaints:
-> **Note**: If you are on a Windows system that has Hyper-V installed,
-such as Windows 10, there is no need to install VirtualBox and you should
-use Hyper-V instead. View the instructions for Hyper-V systems by clicking
-the Hyper-V tab above. If you are using
-[Docker Toolbox](/toolbox/overview.md), you should already have
-VirtualBox installed as part of it, so you are good to go.
+ ```shell
+ Creating network demo_default
+ Creating service demo_bb-app
+ ```
-Now, create a couple of VMs using `docker-machine`, using the VirtualBox driver:
+ Notice that in addition to your service, Swarm also creates a Docker network by default to isolate the containers deployed as part of your stack.
-```shell
-docker-machine create --driver virtualbox myvm1
-docker-machine create --driver virtualbox myvm2
-```
+2. Make sure everything worked by listing your service:
-{% endcapture %}
-{{ local-content | markdownify }}
+ ```shell
+ docker service ls
+ ```
-
-
-{% capture localwin-content %}
+ If all has gone well, your service will report with 1/1 of its replicas created:
-#### VMs on your local machine (Windows 10)
+ ```shell
+ ID NAME MODE REPLICAS IMAGE PORTS
+ il7elwunymbs demo_bb-app replicated 1/1 bulletinboard:1.0 *:8000->8080/tcp
+ ```
-First, quickly create a virtual switch for your virtual machines (VMs) to share,
-so they can connect to each other.
+ This indicates 1/1 containers you asked for as part of your services are up and running. Also, we see that port 8000 on your development machine is getting forwarded to port 8080 in your bulletin board container.
-1. Launch Hyper-V Manager
-2. Click **Virtual Switch Manager** in the right-hand menu
-3. Click **Create Virtual Switch** of type **External**
-4. Give it the name `myswitch`, and check the box to share your host machine's
- active network adapter
+3. Open a browser and visit your bulletin board at `localhost:8000`; you should see your bulletin board, the same as when we ran it as a stand-alone container in Step 2 of this tutorial.
-Now, create a couple of VMs using our node management tool,
-`docker-machine`:
+4. Once satisfied, tear down your application:
-> **Note**: you need to run the following as administrator or else you don't have the permission to create hyperv VMs!
+ ```shell
+ docker stack rm demo
+ ```
-```shell
-docker-machine create -d hyperv --hyperv-virtual-switch "myswitch" myvm1
-docker-machine create -d hyperv --hyperv-virtual-switch "myswitch" myvm2
-```
+## Conclusion
-{% endcapture %}
-{{ localwin-content | markdownify }}
-
-
-