OpenShift Commons Briefing #57: Fedora Docker Image Builder Service Explained
January 3, 2017 | by
OpenShift Commons Briefing Summary
In this briefing, Fedora's Adam Miller gives an excellent introduction to containers and the history of their development in the context of Linux systems then dives deep into the interworkings of the Fedora Project's recently announced the Fedora Docker Layered Image Build Service.
The Fedora Cloud WG has been the primary maintainers of this project on GitHub. But now the service is available in dist-git as official components of Fedora. From there we will extend an invitation to all Fedora Contributors to maintain Docker Layered Image Containers for official release by the Fedora Project. Currently, this effort is to enable the Fedora Cloud/Atomic Working Group goals of targeting Fedora Atomic Host as a primary deliverable to power the future of Cloud. This is also to enable the Fedora Modularity work be delivered as Containers in the future as Fedora becomes fundamentally more modular in nature.
Don't forget to leave your feedback and suggestions for each video or in the comments section below. This will be incredibly important to shape this Special Interest Group and create sessions that fit the demands of all the OpenShift developers in the community.
About OpenShift Commons
OpenShift Commons is the place for organizations that are part of the OpenShift community to connect with peers and other related open source technology communities to communicate and collaborate across all OpenShift projects and stakeholders.
The Commons' goal is to foster collaboration and communication between OpenShift stakeholders to drive success for all members, and expand & facilitate points of connection between members for sharing knowledge and experience to help drive success for the platform and for participants: customers, users, partners, and contributors.
This blog is an update to this earlier guide. Open hybrid cloud is Red Hat's recommended strategy for architecting, developing, and operating a hybrid mix of applications, delivering a truly flexible ...