This lists all your running containers and applications.
Explore running containers and applicationsįrom the Docker menu, select Dashboard. On Windows, click the Docker icon to open the Dashboard. To access the Docker Dashboard, from the Docker menu, select Dashboard.
Sign into Docker Hub using your Docker ID.Access the Troubleshoot menu to debug and perform restart operations.Easily navigate to the Preferences ( Settings in Windows) menu to configure Docker Desktop preferences.In addition, the Docker Dashboard allows you to: For more information, see Explore volumes. The Volumes view displays a list of volumes and allows you to easily create and delete volumes and see which ones are being used. For more information, see Explore your images If you are logged in, you can also see the images you and your organization have shared on Docker Hub. In addition, the Images view contains clean up options to remove unwanted images from the disk to reclaim space. It also displays a summary of the vulnerability scanning report using Snyk. The Images view displays a list of your Docker images, and allows you to run an image as a container, pull the latest version of an image from Docker Hub, and inspect images.
For more information, see Explore running containers and applications. This view also provides an intuitive interface to perform common actions to inspect, interact with, and manage your Docker objects including containers and Docker Compose-based applications. It allows you to interact with containers and applications, and manage the lifecycle of your applications directly from your machine. The Containers/Apps view provides a runtime view of all your containers and applications. When you open the browser and navigate to the Docker host on port 8080, you will see Jenkins up and running.The Docker Dashboard provides a simple interface that enables you to manage your containers, applications, and images directly from your machine without having to use the CLI to perform core actions. The left-hand side of the port number mapping is the Docker host port to map to and the right-hand side is the Docker container port number. So, you need to run the following command − To run Jenkins and map the ports, you need to change the Docker run command and add the ‘p’ option which specifies the port mapping. One is the data port of 8080 and the other is the control port of 50000. If we observe the output, we can see that there is a section of "ExposedPorts" and see that there are two ports mentioned. The output of the inspect command gives a JSON output. The low-level information of the image or container in JSON format. SyntaxĬontainer/Image − The container or image to inspect This method allows one to return low-level information on the container or image. Let’s now learn more about this inspect command. Step 6 − To understand what ports are exposed by the container, you should use the Docker inspect command to inspect the image. Step 5 − Now go to the Ubuntu server and run the command −
Docker desktop keep ports from changing on reboot download#
This will be used to download the Jenkins Image onto the local Ubuntu server. Step 4 − If you scroll down on the same page, you can see the Docker pull command. Step 3 − Next, let’s browse and find the Jenkins image. Step 2 − Once you have signed up, you will be logged into Docker Hub. Step 1 − First, you need to do a simple sign-up on Docker Hub. We are then going to map the Jenkins port number to the port number on the Docker host. In our example, we are going to download the Jenkins container from Docker Hub. Let’s look at an example of how this can be achieved. When you run a container, if you want to access the application in the container via a port number, you need to map the port number of the container to the port number of the Docker host. In Docker, the containers themselves can have applications running on ports.
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