Docker lightning

Jul 19, 20151 like598 views

This document introduces Docker, describing it as a way to deploy applications and services using lightweight containers without the overhead of virtual machines. Docker allows users to build images configured with specific operating systems, applications, and settings that can then run identically on any system running Docker. The document explains how to install Docker on various platforms, provides examples of using basic Docker commands, and recommends resources for learning more about Docker.

Docker
or
How I Learned to Stop Worrying and Love the Whale

VM Soapbox
• Installing tools for every project on laptop
• Works on my server
• Amazon Web Services (AWS) Experience

Docker Pitch
• Docker is fast
• A VM without the overhead of a VM
• Cheap containers to deploy applications/services
• Replay and reset of image snapshots

How Docker is Like Java
• Java’s promise: Write Once. Run Anywhere.
• Docker has the same promise.
• You configure containers exactly the way you want them:
• Pick OS, add applications, expose interfaces, etc
• Your server template will run exactly the same on any
host that runs a Docker server.

What isn’t Docker?
• Docker isn't a new technology or approach
• Linux Container technology (like LXC) or chroot jails
• Docker is NOT a Configuration Manager replacement (like
Chef, Puppet, SaltStack, etc)
• Docker is NOT a PaaS
• Docker is NOT good at linking across separate servers or
VMs (yet, see ambassadors)
• Docker does NOT support Windows Containers

What is Docker?
• Docker is great at building and sharing disk images with
others through the Docker Index
• Docker has a central repository of disk images (public and
private) that allow you to easily run different operating
systems (Ubuntu, Centos, Fedora, Gentoo, CoreOS, etc)
• Docker is a great image distribution model for server
templates
• Docker uses a copy-on-write filesystem to keep track of
filesystem diff’s which can be committed and collaborated on
with other users

Install Docker
https://docs.docker.com/
Debian
$ sudo apt-get install docker.io
Fedora
$ sudo yum -y install docker-io
Windows
https://github.com/boot2docker
Mac
https://github.com/boot2docker

http://boot2docker.io/
boot2docker is a lightweight Linux distribution
based on Tiny Core Linux made specifically to run
Docker containers.
It runs completely from RAM, weighs ~27MB and
boots in ~5s (YMMV).

$Docker is Easy • docker run –i –t fedora • docker run –i –t ubuntu:12.04 • docker run –d -v $PWD/clearview:$JBOSS_HOME jboss • docker run –d –v $PWD:/temp node temp/server.js • docker run -i -t -v $PWD:/temp ubuntu:13.10 awk -F"," '{print $3}' temp/test.csv$

Docker is Easy
• Dockerfile
FROM ubuntu:12.04
ENV http_proxy http://proxy.ext.ray.com:80
RUN apt-get install -y openjdk-5-jre
WORKDIR /home/cyber/work
EXPOSE 8887
CMD [ "java", "-jar", "ProcessMonitor.jar"]
• docker build –t ubuntu1204wJava5 .
• docker run –i –p80:8887 –v $PWD/somefolder:/home/cyber/work ubuntu1204wJava5

• http://docker.io
• http://www.dockerbook.com/
Resources

Docker allows users to run applications in isolated containers using images from a registry similar to an app store. It simplifies deploying applications by allowing them to run without installing dependencies on the host machine. The docker architecture includes a client, host with docker daemon, images used to create containers which run applications, and a registry to store images. Users can install docker, search for images, run containers from images, check running containers, kill containers, and share data between containers and hosts.

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Docker allows users to package applications with all their dependencies into standardized units called containers that can run on any Linux server. Containers are more lightweight than virtual machines because they share the host operating system and only require the additional libraries and binaries needed to run the application rather than a full guest operating system. Docker uses containers and an image format to deploy applications in a consistent manner across development, testing, and production. The document provides examples of how to define a Dockerfile to build an image, run containers from images using docker-compose, and common Docker commands.

Docker Global Hack Day #3 Docker, Inc.

The next Docker Global Hack Day will run from Wednesday, September 16th through Monday, September 21st! The grand prize for each member of the winning hack team is a complimentary pass to attend DockerCon EU 2015 along with hotel accommodations during the conference and the opportunity to present their winning hack during the conference. As a team of 1-3 hackers, you will hack on a project using Docker or its infrastructure plumbing (runC, Notary) as a central piece. You will have exactly from 4pm PDT on Wednesday, September 16th to 9am PDT on Monday, September 21st to complete this project. This window includes the time to create all materials needed for your submission. Everyone will submit projects in one of three categories listed below: Docker Plugins Docker Plumbing – runC, Notary, etc. Docker Freestyle – must use features from the latest Docker releases including Engine and other Docker OSS projects

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Docker 101 is a series of workshops that aims to help developers (or interested people) to get started with docker. The workshop 101 is were the audience has the first contact with docker, from installation to manage multiple containers. - Installing docker - managing images (docker rmi, docker pull) - basic commands (docker info, docker ps, docker images, docker run, docker commit, docker inspect, docker exec, docker diff, docker stop, docker start) - Docker registry - container life cycle (running, paused, stopped, restarted) - Dockerfile

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Docker is an open platform that allows developers and sysadmins to build and run distributed applications using lightweight Linux containers. It provides portable deployments, fast application delivery, and allows applications to be easily scaled and deployed. Docker uses a client-server architecture with Docker daemons managing container operations. Images are packaged applications that serve as the basis for containers, which provide isolated execution environments for running applications.

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1. Docker allows creating lightweight virtual environments called containers that package code and dependencies together. Containers are more portable than virtual machines. 2. Docker uses images to build containers. Images are immutable templates and containers are instances of images that can be run. The Dockerfile defines how to build images. 3. Common Docker commands include docker pull to download images, docker run to create and start containers, docker exec to run commands in running containers, and docker commit to save container changes as new images.

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Docker allows applications to be packaged with all their dependencies and run as isolated processes on a shared kernel. This makes applications portable across different hosts and more efficient than virtual machines. Docker uses images made up of layers that build on a base image. Containers run from these images and are lightweight, fast to start, and allow applications to scale across hosts. While Docker provides benefits like flexibility and ease of changing parts of an application, challenges include data persistence and running local development environments.

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This document summarizes a presentation about Docker. It discusses why Docker is useful for cloud computing, how it aims to reduce the time between writing code and deploying it, and how Docker is now widely used without much notice. It then covers topics like the difference between Docker images and containers, building Dockerfiles, linking and networking containers, logging inspection, the Docker Hub registry, and orchestration tools like Docker Machine, Swarm and Compose. The presentation highlights pros like standardized deployments and easy DevOps workflows, and cons like complexity and a rapidly evolving ecosystem.

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Docker allows packaging applications and dependencies into standardized images for development and distribution. Images act as templates for lightweight containers that share resources and isolate processes. Containers provide scalability, portability across operating systems, and use of common components. Example uses include creating reusable development environments, deploying scalable systems from images, and distributing applications through containers.

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This document discusses how to dockerize desktop applications like Firefox by running them in Docker containers with access to the host desktop, audio devices, and data volumes. It provides instructions for downloading Docker and example Dockerfiles, building images, and running Firefox in both ephemeral and stateful containers with various volume mounting techniques to access files on the host or in data containers.

Introduction to container based virtualization with dockerBangladesh Network Operators Group

This document provides an overview of Docker and the author's experience. It discusses key Docker concepts like images, containers, the Dockerfile and Docker Engine. It also summarizes Docker benefits like portability, scalability and efficiency. Components like Docker Hub, Docker Machine and orchestration tools are briefly introduced. Security considerations and using Docker in production are also mentioned.

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This document discusses Docker containers and how they compare to virtual machines. It explains that Docker containers are lightweight software packages that bundle code and dependencies and allow applications to run in isolation on a shared operating system kernel. Containers take up less space than virtual machines and start almost instantly. The document provides examples of Dockerfiles used to build container images and Docker commands to build, run, and execute commands inside containers.

Docker presentationthehoagie

Docker allows codebases to be shipped inside lightweight containers as an alternative to virtual machines. Containers provide isolated access to system resources and allow applications to be easily deployed through images. Images describe all dependencies and configuration for an application, while containers are running instances of images. Docker is widely adopted by companies and becoming an industry standard due to its portability and ease of deployment compared to virtual machines.

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Docker is an open source containerization platform that allows users to package applications and their dependencies into standardized executable units called containers. Docker relies on features of the Linux kernel like namespaces and cgroups to provide operating-system-level virtualization and allow containers to run isolated on a shared kernel. This makes Docker highly portable and allows applications to run consistently regardless of the underlying infrastructure. Docker uses a client-server architecture where the Docker Engine runs in the cloud or on-premises and clients interact with it via Docker APIs or the command line. Common commands include build to create images from Dockerfiles, run to launch containers, and push/pull to distribute images to registries. Docker is often used for microservices and multi-container

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Docker lightning

1. Docker or How I Learned to Stop Worrying and Love the Whale

2. VM Soapbox • Installing tools for every project on laptop • Works on my server • Amazon Web Services (AWS) Experience

3. Docker Pitch • Docker is fast • A VM without the overhead of a VM • Cheap containers to deploy applications/services • Replay and reset of image snapshots

5. How Docker is Like Java • Java’s promise: Write Once. Run Anywhere. • Docker has the same promise. • You configure containers exactly the way you want them: • Pick OS, add applications, expose interfaces, etc • Your server template will run exactly the same on any host that runs a Docker server.

6. What isn’t Docker? • Docker isn't a new technology or approach • Linux Container technology (like LXC) or chroot jails • Docker is NOT a Configuration Manager replacement (like Chef, Puppet, SaltStack, etc) • Docker is NOT a PaaS • Docker is NOT good at linking across separate servers or VMs (yet, see ambassadors) • Docker does NOT support Windows Containers

7. What is Docker? • Docker is great at building and sharing disk images with others through the Docker Index • Docker has a central repository of disk images (public and private) that allow you to easily run different operating systems (Ubuntu, Centos, Fedora, Gentoo, CoreOS, etc) • Docker is a great image distribution model for server templates • Docker uses a copy-on-write filesystem to keep track of filesystem diff’s which can be committed and collaborated on with other users

10. Install Docker https://docs.docker.com/ Debian $ sudo apt-get install docker.io Fedora $ sudo yum -y install docker-io Windows https://github.com/boot2docker Mac https://github.com/boot2docker

11. http://boot2docker.io/ boot2docker is a lightweight Linux distribution based on Tiny Core Linux made specifically to run Docker containers. It runs completely from RAM, weighs ~27MB and boots in ~5s (YMMV).

13. Docker is Easy • docker run –i –t fedora • docker run –i –t ubuntu:12.04 • docker run –d -v $PWD/clearview:$JBOSS_HOME jboss • docker run –d –v $PWD:/temp node temp/server.js • docker run -i -t -v $PWD:/temp ubuntu:13.10 awk -F"," '{print $3}' temp/test.csv

14. Docker is Easy • Dockerfile FROM ubuntu:12.04 ENV http_proxy http://proxy.ext.ray.com:80 RUN apt-get install -y openjdk-5-jre WORKDIR /home/cyber/work EXPOSE 8887 CMD [ "java", "-jar", "ProcessMonitor.jar"] • docker build –t ubuntu1204wJava5 . • docker run –i –p80:8887 –v $PWD/somefolder:/home/cyber/work ubuntu1204wJava5

16. • http://docker.io • http://www.dockerbook.com/ Resources

Docker lightning

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