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DockerCon16 Recap Lee Calcote Clouds, containers and their management @lcalcote leecalcote blog.gingergeek.com [email protected]

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Community Announcements July 11-13th July 23rd July 8-9th Sep 7-9th July 19th ● Companies Hiring? ● People Looking? ● Other Events? ● Interesting News?

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#microATX Microservices & Containers Austin July 19th

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Docker Community on Meetup.com 253 Total Groups 112,691 Total Members 73 Countries

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Docker Birthday #3 Training + Celebration • 125 Docker Birthday celebrations • 8000+ RSVPS • 600+ mentors • 1000+ attendees completed the training!

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1. Developer experience

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Let’s eliminate friction in the development cycle

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The best tools…

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1. Get out of the way The best tools…

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1. Get out of the way The best tools… 2. Adapt to you

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1. Get out of the way The best tools… 2. Adapt to you 3. Make the powerful simple

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Docker for Mac Docker for Windows

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70,000 beta testers Thank you!

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Hypervisor Framework vmnet Framework Docker Container Engine HyperKit Linux VPNKit DataKit Client Libraries Admin GUI CLI Security Sandbox Making things easy is really hard. Hypervisor Framework vmnet Framework Docker Container Engine HyperKit Linux VPNKit DataKit Client Libraries Admin GUI CLI Security Sandbox

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Docker for Mac & Windows Public Beta docker.com/getdocker

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Moby - the Docker VM Alpine was designed to boot from init ramdisk So, restart the VM should you run into trouble

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3 ways to get to Moby’s console 1. screen ~/Library/Containers/com.docker.docker/Data/com.docker.driver.amd64-linux/tty 9600 2. docker run -it --privileged --pid=host debian nsenter -t 1 -m -u -n -i sh 3. docker run --net host --pid host --privileged -v /:/hostfs chroot /hostfs

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2. Orchestration

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Introducing the best way to orchestrate Docker: Docker. Docker 1.12: now with orchestration built-in.

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Swarm mode Service API Cryptographic node identity Built-in routing mesh Docker 1.12: now with orchestration built-in.

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Pillars of Docker 1.12

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Combine your engines in swarms of any scale Self-organizing, self-healing No external data store required No single points of failure Infrastructure-agnostic topology Swarm mode

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Cryptographic node identity Government-grade security by default End-to-end TLS Built-in government-grade PKI Automated key rotation Revoke any node at any time

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Section 2 - Docker daemon configuration 2.14 Enable live restore 2.15 Set the auto-accept mode for the swarm to none 2.16 Set a secret value when initializing swarm mode 2.17 Do not enable swarm node, if not needed 2.18 Control the number of manager nodes in a swarm Section 4 - Container Images and Build File 4.6 Add HEALTHCHECK to the container image Section 5 - Container Runtime 5.26 Check container health at runtime

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Desired state reconciliation Scaling Rolling updates Advanced scheduling Application-specified health checks Rescheduling on node failure Docker Service API

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Built-in Routing Mesh Swarm-wide overlay networking Container-native load-balancing DNS-based service discovery No separate cluster to setup Works with your existing load-balancers Rock-solid kernel-only data path with IPVS

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Built-in Routing Mesh Deep-dive article on Docker 1.12 networking coming...

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A walk-through

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Swarm mode Service API Cryptographic node identity Built-in routing mesh Docker 1.12: now with orchestration built-in.

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Docker-native experience No external dependencies No single point of failure Secure by default Works with your infrastructure Reverse compatible Docker 1.12: now with orchestration built-in.

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A walk-through

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Using the beta? You already have 1.12 installed. > docker swarm init > docker service create

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3. Ops experience

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beta.docker.com Docker for AWS Docker for Azure

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Deep integration with native load-balancers, templates, SSH keys, ACLs, scaling groups, firewall rules… beta.docker.com

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It’s the application that matters! Nobody cares about containers

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Distributed Application Bundle experimental www.docker.com/dab A portable format for multi-container applications

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Thank you!

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