Docker Container - Mesaque Silva
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This document discusses containers and Docker. It provides an overview of what Docker is, including that it allows packaging applications and dependencies into standardized units. Deployments with Docker are very fast, taking around 0.5 seconds. Docker containers are more lightweight and portable than virtual machines. The document lists some common Docker commands and provides examples of how companies use Docker for testing environments with multiple versions, microservices architectures, continuous integration with Gitlab and Jenkins, and complete websites deployed with containers.
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This document discusses Docker containers and how they are disrupting virtual machines. It begins with definitions of key terms like virtualization, virtual machines, and hypervisors. It then compares virtual machines to containers, noting that containers are more lightweight and efficient since they share the host operating system and resources, while still providing isolation. The document traces the evolution of containers from early technologies like chroot to modern implementations in Docker. It positions Docker as an open source tool that packages and runs applications in portable software containers. While containers increase efficiency over virtual machines, the document argues both technologies can coexist in cloud environments.
Containerization Report
Containerization is a lightweight alternative to full machine virtualization that involves encapsulating an application in a container with its own operating environment. This provides many of the benefits of loading an application onto a virtual machine, as the application can be run on any suitable physical machine without any worries about dependencies.
Linux containers and docker
This document provides information about Linux containers and Docker. It discusses:
1) The evolution of IT from client-server models to thin apps running on any infrastructure and the challenges of ensuring consistent service interactions and deployments across environments.
2) Virtual machines and their benefits of full isolation but large disk usage, and Vagrant which allows packaging and provisioning of VMs via files.
3) Docker and how it uses Linux containers powered by namespaces and cgroups to deploy applications in lightweight portable containers that are more efficient than VMs. Examples of using Docker are provided.
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The document discusses evaluating the use of microservices and container technologies like Docker in an academic environment. It begins by explaining the limitations of traditional monolithic applications and how microservices address these issues. The key aspects of microservices architecture are defined. It then provides details on how Docker containerization works and the various Docker tools like Docker Engine, Docker Hub, Docker Machine, Docker Swarm, and Docker Compose. The document discusses implementing microservices using these Docker technologies and tools in an academic research computing cluster with multiple versions of services running in isolated containers. It includes steps and examples for installing Docker on Linux, Windows, and configuring a Docker server and clients.
Introduction to Docker - Vellore Institute of Technology
- The document introduces Docker, including what problem it solves for software development workflows, its key concepts and terminology, and how to use Docker to build, ship, and run containers.
- It compares Docker containers to virtual machines and discusses Docker's build process using Dockerfiles and images composed of layers.
- Hands-on demos are provided for running a first Docker container, building an image with Dockerfile, and using Docker Compose to run multi-container apps.
- Later sections cover Docker Swarm for clustering multiple Docker hosts and running distributed apps across nodes, demonstrated through a Raspberry Pi example.
Introduction to Docker Container
Docker is an open-source tool that allows developers to package applications into containers to ensure consistency between development and production. It provides standardized packaging that isolates applications from each other and shares the same operating system kernel. Docker benefits developers by allowing applications to be built once and run anywhere without dependencies, and benefits DevOps by increasing efficiency and speed of the development lifecycle. The document then discusses who uses Docker, how to install it, the Docker engine architecture, images, registries, commands, and demonstrates Docker.
Introduction to Docker - VIT Campus
- The document introduces Docker, explaining that it provides standardized packaging for software and dependencies to isolate applications and share the same operating system kernel.
- Key aspects of Docker are discussed, including images which are layered and can be version controlled, containers which start much faster than virtual machines, and Dockerfiles which provide build instructions for images.
- The document demonstrates Docker's build, ship, and run workflow through examples of building a simple image and running a container, as well as using Docker Compose to run multi-container applications like WordPress. It also introduces Docker Swarm for clustering multiple Docker hosts.
Introduction to Docker
This document provides an introduction to Docker, including:
- Docker allows developers to package applications with all dependencies into standardized units called containers that can run on any infrastructure.
- Docker uses namespaces and control groups to provide isolation and security between containers while allowing for more efficient use of resources than virtual machines.
- The Docker architecture includes images which are templates for creating containers, a Dockerfile to automate image builds, and Docker Hub for sharing images.
- Kubernetes is an open-source platform for automating deployment and management of containerized applications across clusters of hosts.
Docker In Brief
This document provides information about Docker and how it compares to virtual machines. It defines key Docker concepts like containers, images, and layers. It explains that Docker allows applications to be packaged with all their dependencies and shipped as standardized units called containers that can run on any Linux server that has Docker installed. Containers are more lightweight than virtual machines and provide greater performance and portability. The document also provides examples of how to build Docker images using Dockerfiles and deploy containers.
Docker-Hanoi @DKT , Presentation about Docker Ecosystem
The document provides an overview of Docker Platform and Ecosystem. It begins with introductions and background on Docker, explaining how Docker solves the problem of dependency hell and portability issues by allowing applications to run in isolated containers that package code and dependencies. It then discusses key components of Docker including Engine, Registry, Machine, Swarm, Compose and tools like Toolbox and Cloud. The document concludes with examples of using Docker for continuous integration pipelines and microservices architectures.
Docker and-daily-devops
We talk about docker, what it is, why it matters, and how it can benefit us. This presentation is an introduction and delivered to local meetup in Indonesia.
Docker & Daily DevOps
Presentation on Pesantren Kilat Code Security
Tangerang, 2016-06-06
We talk about docker. What it is? Why it matters? and how it can benefit us?
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Docker Container - Mesaque Silva
- 1. The amazing things we can do with a CONTAINER ● Mesaque Silva ● 30 Anos https://github.com/mesaque https://www.facebook.com/mesaquesilva https://www.linkedin.com/in/mesaquesilva I am in a continuous evolution, never satisfied with yesterday, the current Knowledge is not enough… i am not living from the bubbles emerging because of the courageous swimming man in the deep ocean of ideas; i need go deep, where only a open mind can be free.
- 2. What is Docker? ● It allow you to package an application with all of its dependencies into a standardized unit for software development(code, runtime, system tools, system libraries – anything you can install on a server). ● Deploys are very fast, usually take 0,5s ● Cross Plataform (“No More! Work on my computer!”) ● Lightweight: containers running on a single machine all share the same operating system kernel so they start instantly and make more efficient use of RAM
- 3. Containers have similar resource isolation and allocation benefits as virtual machines but a different architectural approach allows them to be much more portable and efficient.VM CONTAINERS Easy Migration/ Faster Deployment/ Faster Restart
- 4. Some important docker command line: RUN: create and start a container running a comand inside STATS: display a live stream of one or more containers' resource usage statistics COMMIT: create a new image from a container's changes CP: copy files/folders between a container and the local filesystem EXEC: run a command in a running container IMAGES: list images RESTART: restart a container START: start a container STOP: stop a container it is about 40 commands...
- 5. How companies see docker... Service Providers:Partners:Who are using:
- 6. 1) Test Center Multiple Environments https://github.com/madlabbrazil/multiple-environments VOLUME DISK DATABASE WEB SERVER PHP7 PHP5.6 PHP5.5 HHVM
- 7. 2) Microservices ADMIN API ADMIN API ADMIN API ADMIN API ADMIN API ADMIN API ADMIN API MESSAGE SERVER API SERVER API SERVER API SERVER ● Load Balancer Ready Payment System Example https://github.com/madlabbrazil/payment-system-example
- 8. https://github.com/madlabbrazil/gitlab-jenkins 3) Continuous Integration Gitlab & Jenkins GITLAB JENKINS
- 9. https://github.com/madlabbrazil/full-website-setup 4) Complete Ecosystem Full Website Setup Clients Request VARNISH HAVE CACHE ? Yes No Yes WEB SERVER DATABASE MASTER PHP5.6 DATABASE SLAVE VOLUME DISK WRITE READ HOST 80 ● Only Varnish is accessible to world ● 6 containers
- 11. Obrigado!