This course aims to provide an understanding of the container revolution by exploring the history and significance of container technology beyond Docker. The course covers topics such as container security, Linux namespaces, Docker as a virtual machine alternative, Continuous Delivery, Infrastructure as Code, and the impact of containers on software delivery processes. The intended audience for this course includes software developers, DevOps engineers, system administrators, and anyone interested in modern software delivery practices. The teaching method involves a lecture format with a focus on theoretical concepts and practical implications of container technology.
Overview
Syllabus
Intro
a brief history about containers
security goods are not visible from outside
containers in software
Linux namespaces
Docker as a "better virtual machine"?
what was the problem again?
a lot of work doesn't scale takes too long high failure rate deployment = downtime high mean time to recovery
Normalization
Continuous Delivery
Infrastructure as Code
This is all focussed on infrastructure, not the application!
a container stack by itself is just a stack of containers
Kubernetes will become for cloud hosting what Linux is for servers.
Containers can make the process of delivering software more efficient
will change the way you think about software architecture, operations, deployment, monitoring, debugging, ...
Taught by
International PHP Conference
