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chroot, Solaris zones, LXC,
Docker and how they've influenced each other throughout
the past 40 years.
A brief history of containers
has some solid context for why containers have taken off in the last
several years, including the integration of operating system container
virtualization in most distributions as well as the creation of management
tools such as Docker, Kubernetes, Docker Swarm and
Mesosphere.
Setting the Record Straight: containers vs. Zones vs. Jails vs. VMs
compares and contrasts the designs of Linux containers, zones, jails
and virtual machines. Containers typically take advantage of primitives
but are more complicated because they have more individual parts put
together while zones and jails are designed as top-level operating
system components. There are advantages and disadvantages of these
approaches that you should understand as you use each one.
Containers and Distributed Systems: Where They Came From and Where They’re Going
is an interview that digs into the past, present and future of
containers based on the experience of Chuck McManis who has worked
on building jails and other process isolation abstractions into
operating systems.
Linux containers in a few lines of code
shows how containers work by providing some code to run a busybox
Docker image but without using docker. It then explains what's
happening under the hood as you run basic commands such as /bin/sh.
A Practical Introduction to Container Terminology
has both some solid introductory information on containers as well as
a good description of terms such as container host, registry server,
image layer, orchestration and many others that come up frequently
when using containers.
Containers from scratch
explains how Linux features such as cgroups, chroot and namespaces
are used by container implementations.
Container networking is simple
shows that container networking is nothing more than a simple combination
of the well-known Linux facilities such as network namespaces, virtual
Ethernet devices (veth), virtual network switches (bridge) and
IP routing and network address translation (NAT).
Running containers without Docker
reviews a migration path for an organization that already has a bunch of
infrastructure but sees advantages in using containers. However, the
author explains why you can use containers without Docker even if you
eventually plan to use Docker, Kubernetes or other container tools and
orchestration layer.
Datadog's 2020 Container Report
contains some interesting statistics about container usage across
their customer base, such as Kubernetes adoption
and container deployments by cloud platform.
mocker is a Docker imitation
open source project written in all Python which is intended for learning
purposes.
The most accurate speech-to-text API. Built for Python developers.