KITEMATIC STANDALONE INSTALL
KITEMATIC STANDALONE FULL

-p 27017:27017: Mongo, by default, runs on port 27017, and to use the internal port of the container, you need to map it to a port in your system so you can connect to is, so by using the option -p (–publish) you are telling docker to publish (or expose) the container’s port 27017 to the host’s port 27107, where -p takes the following format:.By using the –name option, you can name your docker containers with any name you want so you can easily identify them –name my-mongo: it will call the running container as my-mongo.The command above will pull the mongo image from Docker Hub, and run it with the following configs: So let’s install run a MongoDB on our system without downloading it, just run the following docker command: > docker run -name my-mongo -p 27017:27017 -v $(pwd)/mongo/data:/data/db -d mongo Instead of installing MongoDB in your system, you can just, as expected, use Mongo’s docker image (the same is with MySQL, Oracle, etc…). Cleaning of unused containers, images, volumes (prune) is also provided, apart from the liberty of modifying available commands and adding new ones.Īs a result, we have a minimalistic terminal interface that can be really helpful with several 'not so complicated' projects.Now, let’s say you want to build an app that will work with MongoDB. Additionally you can also configure this section for almost all the metrics you want.įor the selected images, you can see commands from the Dockerfile that are executed when they run, and the inherited layers. The good news is that you not only have basic commands to manipulate containers, basic stats, logs, and inspections you can use also graphical visualization of main metrics (by default CPU and memory usage) and ‘top’ of processes. For some elements, the contextual menu is available, where you can find all popular commands with shortcuts. Lazydocker can be used through both mouse and keyboard. The interface may also be inconvenient especially if you use many projects at the same time. However, Portainer may turn out to be too much for your generic needs.

KITEMATIC STANDALONE INSTALL

Portainer can check if the container is healthy.Īpart from the basic operations you need to work with containers like run, stop, resume, kill, remove, etc., you can also inspect containers, see logs, visualize basic stats, attach and open the console for certain containers.Īs a plus, you also get a role-based access system and the ability to install extensions.Ĭonclusion: a powerful GUI instrument that can be used for a team project with local or remote containers, Docker stack or Docker Swarm.

You are also able to save your configuration (you can find examples of alertmanager and Prometheus at the live demo), and configure a Docker Swarm and stacks. You can manage registries, networks, volumes, secrets, images, and containers. A full-featured platform allows you to work with different endpoints. Portainer can be easily installed with Docker on a standalone Linux/Windows server/swarm cluster. You can test a live demo ( admin / tryportainer). Partial support for the following Docker versions (some features may not be available): However, the built-in Swarm Mode of Docker is fully supported.) While older versions of Portainer had support for Standalone Docker Swarm, Portainer 1.17.0 and newer do not support it.

Standalone Docker Swarm >= 1.2.3 ( NOTE: Use of Standalone Docker Swarm is being discouraged since the introduction of built-in Swarm Mode in Docker.

KITEMATIC STANDALONE FULL

Portainer has full support for the following Docker versions:

Kitematic standalone