tablethost.blogg.se - Start docker instance in bash on mac

#Start docker instance in bash on mac install#
#Start docker instance in bash on mac update#
#Start docker instance in bash on mac upgrade#
#Start docker instance in bash on mac free#

v4.6.7) and use that when downloading your Snipe-IT image. So it’s best to check what the latest version tag is (ex. The latest tag is a frequently updated automated build, not an official release. # Pull MySQLĪs of this writing (12/19/18), the latest stable Snipe-IT version is 4.6.7.

#Start docker instance in bash on mac update#

Per the Dockerhub page, you can use the 5.6 and 5.7 tags to get the latest update within those respective MySQL versions. You can run 5.7 if you wish, but you’ll need to disable restricted mode first. MySQL 5.6 is easier to get started with than 5.7, as it won’t run in restricted mode by default.

In the case of both MySQL and Snipe-IT, you’re going to pull specific version tags, as not all Docker containers use the latest tag to indicate the most up-to-date stable version. With Docker installed and running, you can grab the various images for your containers: MySQL for the database, Snipe-IT, and a very popular nginx-based reverse proxy. Systemctl start docker 3) Pull Docker Images Once installed, you’ll want to enable it to run on system startup and then start Docker.

#Start docker instance in bash on mac install#

With the repo added, you can now install Docker CE. Next, you need to add the Docker Community Edition stable repository for yum to use. yum install yum-utils device-mapper-persistent-data lvm2 First you need to install some dependencies per Docker’s CentOS install documentation. With your CentOS host ready and up-to-date, you can install Docker. I’m not going to go through this setup part of the process, but needless to say their are plenty of other guides online for installing and configuring CentOS.

#Start docker instance in bash on mac free#

We like CentOS because it’s free and requires very little in the way of hardware resources without a GUI.

(Optional) Import inventory assets and/or asset history.

Completed Snipe-IT base settings configuration.

Completed the Snipe-IT Pre-Flight process for each instance.

Built the Snipe-IT container and defined additional environment variables for the reverse proxy container.Create the DNS records to point the desired FQDNs for each Snipe-IT instance to the Docker host.Created the necessary Docker env files to define the various variables used by each Docker container.To implement this, we completed the following: Even if you don’t plan on implementing more than one instance of Snipe-IT, or aren’t all that familiar with Docker, you’ll likely still find this guide helpful. While the Snipe-IT Docker documentation on this process is good and addresses the process of setting up the necessary database and snipe-it containers, as well as the basic requirements to create a reverse proxy, there wasn’t a streamlined guide covering this process from start to finish. A reverse proxy container to handle the routing received to the host running Docker to the applicable Snipe-IT container.

A Snipe-IT container with persistent storage pointed to each database container.

A database container with persistent storage for each Snipe-IT instance.

Given the above requirements, we determined we could accomplish this most efficiently by building a CentOS 7 virtual machine running Docker.

Avoid having to specify unique ports to navigate to each Snipe-IT instance with multiple instances running on the one host (ex.

#Start docker instance in bash on mac upgrade#

Efficiently upgrade each instance as stable Snipe-IT and/or database releases were made available.

Maintain persistent data for the databases and Snipe-IT instances.

Be able to build and host multiple instances of Snipe-IT on a single host.

Since we would like build more than one instance for each department, we had a number of implementation requirements … Ultimately, we hoped we could expand this to other departments as well. While we haven’t yet implemented this system for our internal team, we recently showcased it to another non-IT department with the hope of moving their existing asset inventory to it given its large support and development base, custom fields and fieldsets around asset types, an easy check-out system (which can be assigned to users, locations, and other assets), as well as the fact that it’s free for those who self-host. Snipe-IT is an awesome open-source asset management solution for IT and technology departments.