Getting started with containerized delivery on the Microsoft stack
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This document discusses containerized delivery using Microsoft technologies like Windows Server and Docker. It begins with an introduction to containers and why they are important. It then explains how containers differ from virtual machines by being more isolated, portable, and efficient. The document demonstrates container isolation and different types of containers like Linux and Hyper-V containers. It discusses how containers change application delivery by making applications portable, immutable, and easy to deploy at scale. Finally, it provides an overview of the Docker platform for container management.
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Are VM Passé?
Are VM passé? Ben Golub's awesome presentation about Docker, the project roadmap and its ecosystem at Interop Las Vegas
Weave User Group Talk - DockerCon 2017 Recap
Docker moves very fast, with an edge channel released every month and a stable release every 3 months. Patrick will talk about how Docker introduced Docker EE and a certification program for containers and plugins with Docker CE and EE 17.03 (from March), the announcements from DockerCon (April), and the many new features planned for Docker CE 17.05 in May.
This talk will be about what's new in Docker and what's next on the roadmap
AWS re:Invent 2016: Securing Container-Based Applications (CON402)
Containers have had an incredibly large adoption rate since Docker was launched, especially from the developer community, as it provides an easy way to package, ship, and run applications. Securing your container-based application is now becoming a critical issue as applications move from development into production. In this session, you learn ways to implement storing secrets, distributing AWS privileges using IAM roles, protecting your container-based applications with vulnerability scans of container images, and incorporating automated checks into your continuous delivery workflow.
AWS re:Invent 2016: Securing Container-Based Applications (CON402)
This document discusses securing container-based applications. It covers container and OS security best practices like using Linux namespaces and cgroups for isolation, reducing the container attack surface, and hardening container images. It also discusses securing the container lifecycle through vulnerability scanning, configuration governance with Amazon ECS, and using secrets management. Finally, it shows how to automate security deployments through the CI/CD pipeline and tools like CloudFormation and CodeDeploy.
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.
Vagrant and docker
Vagrant allows users to create and manage virtual machine environments through automation. It uses configuration files and plugins to interface with virtualization providers like VirtualBox to create VMs from templates called "boxes". Docker simplifies deployment of applications inside Linux containers by packaging code and dependencies into standardized images that can run on any infrastructure. Both tools help streamline development and testing workflows by making environments portable and reproducible. A hands-on lab demonstrates using Docker to containerize applications for development, testing, and production. Containerization with Docker provides a unified execution environment and is driving adoption of microservices architectures in industry.
Introduction to Docker Containers - Docker Captain
This document provides an introduction to Docker. It begins with an overview of the shift from monolithic to microservices architecture and how Docker addresses the complexity problems that arise. Docker is described as a tool that packages applications and dependencies into standardized units called containers that can run on any Linux server. Key differences between Docker containers and traditional virtual machines are outlined. The document then covers Docker concepts like images, containers, and the Docker Engine. It demonstrates the Docker build, ship, and run workflow and introduces common Docker commands and tools.
Micrsoservices unleashed with containers and ECS
Microservices is a software architectural method where you decompose complex applications into smaller, independent services. Containers are great for running small decoupled services, but how do you coordinate running microservices in production at scale and what AWS services do you use?
In this session, we will explore the reasoning and concepts behind microservices and how containers simplify building microservices based applications. We will also demonstrate how you can easily deploy and monitor microservices on Amazon EC2 Container Service.
Similar to Getting started with containerized delivery on the Microsoft stack (20)
DockerCon 2017 - General Session Day 1 - Solomon Hykes
DockerCon 2017 - General Session Day 1 - Solomon Hykes
Demystifying Containerization Principles for Data Scientists
Demystifying Containerization Principles for Data Scientists
[FDD 2016] Marek Śledziński - Microsoft Windows a sprawa kontenerów
[FDD 2016] Marek Śledziński - Microsoft Windows a sprawa kontenerów
7 characteristics of container-native infrastructure, Docker Zurich 2015-09-08
7 characteristics of container-native infrastructure, Docker Zurich 2015-09-08
AWS re:Invent 2016: Securing Container-Based Applications (CON402)
AWS re:Invent 2016: Securing Container-Based Applications (CON402)
AWS re:Invent 2016: Securing Container-Based Applications (CON402)
AWS re:Invent 2016: Securing Container-Based Applications (CON402)
Introduction to Docker Containers - Docker Captain
Introduction to Docker Containers - Docker Captain
Getting started with containerized delivery on the Microsoft stack
- 1. CONTAINERIZED DELIVERY ~ on the Microsoft stack ~
- 2. About us... Containerized delivery on the Microsoft stack Cornell Knulst Peter Toonen
- 3. What is a container? Containerized delivery on the Microsoft stack
- 4. Why should we care about containers? Containerized delivery on the Microsoft stack
- 5. A container… is not a VM! Containerized delivery on the Microsoft stack
- 6. Containers vs VM’s Isolated environment Can be moved between hosts Resource governance Containerized delivery on the Microsoft stack
- 7. ≠ Containerized delivery on the Microsoft stack
- 8. Containerized delivery on the Microsoft stack
- 9. Split User Modes Containerized delivery on the Microsoft stack
- 10. Demo First look at container isolation Containerized delivery on the Microsoft stack
- 11. Split User Modes Containerized delivery on the Microsoft stack
- 12. Isolation levels Process Process Linux container Windows Server Container Hyper-V Container Virtual machines (Xen, KVM) Hyper-V Virtual Machines WindowsLinux Quotas and limits Added isolation Faster and more efficiënt More isolated and more secure Containerized delivery on the Microsoft stack
- 13. Hyper-V containers Containerized delivery on the Microsoft stack
- 14. Demo Hyper-V containers Containerized delivery on the Microsoft stack
- 15. Type of container hosts Windows Server 2016 TP3+ – Windows Server 2016 – Nano Server Get started quickly: – http://bit.ly/1UMNe52 – http://bit.ly/29qqhEe Containerized delivery on the Microsoft stack
- 16. Containerized delivery on the Microsoft stack
- 17. Linux containers can not be…. hosted by a windows host! (and vice versa) Containerized delivery on the Microsoft stack
- 18. Containers are not only a result of virtualization technology... they also change the way we deliver our applications! Containerized delivery on the Microsoft stack
- 19. Impact on application delivery Container contains installed application Containers are immutable Security scanning of base image Easy scaling and self-healing Extended automated testing Containerized delivery on the Microsoft stack
- 20. Containerized delivery on the Microsoft stack
- 21. Docker overview Containerized delivery on the Microsoft stack Image layer 2 Container Image Image layer 1 Image layer 3 … FROM windowsservercore MAINTAINER jshelton@contoso.com RUN dism.exe /online /enable-feature /all /featurename:iis-webserver /NoRestart CMD [ "cmd" ] docker commit [OPTIONS] CONTAINER [REPOSITORY[:TAG]] docker build Dockerfile Container image-as-code Instructions docker run docker ps? docker push [OPTIONS] NAME[:TAG] Docker registry docker images ? docker search docker pull Docker imagefile docker rm docker rmi Temporary containers Imagelayerperinstruction
- 22. Demo ASP.NET Core and Windows Containers Containerized delivery on the Microsoft stack
- 23. Containerized delivery on the Microsoft stack