10 containers on a host still only have 1 OS and not 10 guest OS like it would be the case for VMs. All containers share the host OS and only have a very small (relatively speaking) kernel. You package everything you need for an application, e.g.NET, the NAV Server and some custom dlls and put them in layers on top of a basic image. Containers are sometimes called “application virtualization”, which I think is a pretty well fitting term. We moved from physical machines to virtual machines to allow more density and better usage of the hardware as well as easier failover and scaling and also better standardization through images. If you haven’t heard about them, there are a lot of good resources on the internet to help you get started but the idea is to take virtualization one step further. November 2016 Dynamics NAV 2017 in a Windows Container with Dockerįor quite some time now Containers and especially Docker are gaining traction. If you are a startup finding it hard to hire technical QA engineers, learn more about Qxf2 Services.18. To know more about our qxf2_pom_essentials Docker image and how to use it for continuous integration and running Selenium tests refer our blogs Preparing a Docker image for running Selenium tests and Continuous Integration using Bitbucket Pipelines and Docker. In short, for production use ADD/COPY method, for the development use docker volume feature and use the Git method only as a last resort. 3 shows how we cloned Qxf2 Public POM using git within container image. Now create an image using above dockerfile and run it to create a container using the build and run commands mentioned in ADD or COPY method.įollowing Fig.

#Use Git to get your code inside container image & git clone com/qxf2/qxf2-page-object-model.

#Change directory and clone Qxf2 Public POM repo #Content of Dockerfile #Use Git to get your code inside container image

Docker nav extract software