It can be easily adapted to your environment: The Dockerfile below uses the NoMachine package downloaded from the NoMachine website as an example.
See also the official Docker documentation: The Dockerfile is a script which contains a set of instructions used to build the container image. You can specify multiple ports by reiterating the -p option, e.g.ĭocker run -d -p 4000:4000 -p 22:22 nomachine Set a different port if necessary (see points d and e below). Given that Docker is already installed on the host machine, to run NoMachine server inside Docker it's enough to build an image from the Dockerfile and launch it.įor example to build an image with MATE as desktop environment:Ģ) Copy content of the Dockerfile below to: nomachine/Dockerfile.ģ) Copy content of the wrapper script below to: nomachine/nxserver.sh. Use Case 1: Run NoMachine server inside Docker Use Case 2: Run a Dockerized Application in a NoMachine Custom SessionĪnd provides instructions to build the Docker container and deploy the NoMachine desktop or single application. This guide deals with the following use cases: Use Case 1: Run NoMachine server inside Docker NoMachine software, as well as remote desktops and applications deployed via NoMachine, can be dockerized. This guarantees that it will always run the same, regardless of the environment it is running in."
#NOMACHINE AS TERMINAL SERVER INSTALL#
"Docker containers wrap up a piece of software in a complete filesystem that contains everything it needs to run: code, runtime, system tools, system libraries – anything you can install on a server. Each container provides an insulated virtual environment in which processes and system resources like CPU and disks are run separately from the host system and from the other containers. Docker for Linux is a containerization platform built on top of the Linux kernel which allows applications to be run inside a container.
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