Restore quickbooks mac to windows. Mac > Windows Open your data file in QuickBooks Accounting 2009 for Mac, choose File > Back Up to QuickBooks for Windows, choose a name and location for the file, and then click Save. After the backup file is created, you can click Show File in Finder to locate the.QBB file on your computer. QuickBooks Desktop for Mac and Windows should have the same year version; e.g. If you have QuickBooks Desktop for Mac 20186 you need to use QuickBooks Desktop for Windows 2016. QuickBooks Desktop for Mac should not be updated once you create a backup for Windows.

Update: Using: kubectl expose deployment --name=loadbalancer --port=8080 --target-port=8080 --type=LoadBalancer The kubectl get services is showing pending: loadbalancer LoadBalancer 8080:32670/TCP 2m Before Docker surported Kubernetes, I could use MiniKube and Helm: helm install stable/jenkins kubectl get services // To get the service name minikube service original-llama-jenkins //. Unless something seriously magical has happened with 'Docker for Mac,' then the type: LoadBalancer is only designed for a cloud environment, where the Ingress controller can (i.e. AWS's ELB, GKE's.

Whatever they use). That said, one can see from your output that kubernetes has behaved as if it was type: NodePort (with your specific example showing that port 32670 goes to port 8080 on your Service). It's unclear whether you can just use that NodePort-ish port as-is, or whether the Service in 'pending' state somehow means traffic will not route as expected.

I guess maybe just try it? Or you can skip the pretense and create the Service legitimately of type: NodePort, and then you and kubernetes will be on the same page about what is happening. The other way you can chose to do things is run an in-cluster Ingress controller, such as, and use virtual-hosting to expose all your services on just one port. That can be far more convenient if you have a lot of Services to expose, but it would likely be too big of a headache to set up just for one or two of them. Both type LoadBalancer and NodePort work on Docker for Mac Kubernetes. It's a lovely bit of magic, actually. Just hit localhost:[port].

For NodePort, a port is automatically assigned unless specified in the service definition. For type LoadBalancer, it is also specified in the service definition. Note that in using LoadBalancer, the status from kubectl will be shown as for EXTERNAL-IP but it does work. This guy notes that it's exposed through vpnkit though I think another source would be helpful: Edit: updated because Kubernetes is now available in stable versions of DfM.

Kubernetes was recently introduced in desktop editions of Docker. In this session, you will relive the whole journey of this major change from the hypervisor to the user experience, and discover. In Docker for Mac 17.12 Edge (mac45) and higher, and 18.06 Stable (mac70) and higher, a standalone Kubernetes server is included that runs on your Mac, so that you can test deploying your Docker workloads on Kubernetes.

You at DockerCon Europe and now it is here: we are proud to announce that Docker for Mac with beta Kubernetes support is now publicly available as part of the. We hope you are as excited as we are! With this release you can now run a single node Kubernetes cluster right on your Mac and use both kubectl commands and docker commands to control your containers. First, a few things to keep in mind: • Docker for Mac required Kubernetes features are only accessible on macOS for now; Docker for Windows and Docker Enterprise Edition betas will follow at a. If you need to install a new copy of Docker for Mac you can download it from the. • Edge channel required Kubernetes support is still considered experimental with this release, so to enable the download and use of Kubernetes components you must be on the.

The Docker for Mac version should be 17.12.0-ce-mac45 or later after updating. • Already using other Kubernetes tools? If you are already running a version of kubectl pointed at another environment, for example minikube, you will want to follow the to change contexts to docker-for-desktop. What You Can Do Docker for Mac and Windows are the most popular way to configure a Docker dev environment and are used everyday by hundreds of thousands of developers to build, test and debug containerized apps. Developers building both docker-compose and Swarm-based apps, and apps destined for deployment on Kubernetes can now get a simple-to-use development system that takes optimal advantage of their laptop or workstation. All container tasks – build, run and push – will run on the same Docker instance with a shared set of images, volumes and containers. Docker for Mac is simple to install, so you can have Docker containers running on your Mac in just a few minutes.

And Docker for Mac auto-updates so you continue getting the latest Docker product revisions. With experimental Kubernetes support in Docker CE for Mac, Docker can provide users an end-to-end suite of container-management software and services that span from developer workstations running Docker for Mac or Windows, through test and CI/CD, through to production systems on-premises or in the cloud running Docker Enterprise Edition (EE). The beauty of building with Docker for Mac or Windows is that you can deploy the exact same set of Docker container images on your desktop as you do with Docker Enterprise Edition (EE) on your production systems. Docker for Mac or Windows is a single node system for building, testing and preparing to ship applications; Docker EE provides the security, control, and scale needed to manage your production applications. You eliminate the “it worked on my machine” problem because you have the same Docker containers running on the same Docker engines, and the same Docker Swarm and Kubernetes orchestrators (coming soon to EE). Things To Try If you are new to Kubernetes and looking for some introductory exercises to try, here are a few resources: • The page has instructions for getting an example app up and running • Follow along with Docker Developer Advocate during his short, demonstrating activating Kubernetes and deploying an application using both Docker compose and a Kubernetes manifest. Send Us Your Feedback Send us your feedback, ideas for improvement, bugs, complaints and more so we can make Docker Desktop better.