CNA1699BU Running Docker on your Existing Infrastructure with vsphere Integrated Containers Martijn Baecke Patrick Daigle VMworld 2017 Content: Not fo

Transcription

1 CNA1699BU Running Docker on your Existing Infrastructure with vsphere Integrated Containers VMworld 2017 Content: Not for publication #VMworld #CNA1699BU

2 CNA1699BU Running Docker on your Existing Infrastructure with vsphere Integrated Containers Martijn Baecke Patrick Daigle VMworld 2017 Content: Not for publication #VMworld #CNA1699BU

3 Disclaimer This presentation may contain product features that are currently under development. This overview of new technology represents no commitment from VMware to deliver these features in any generally available product. Features are subject to change, and must not be included in contracts, purchase orders, or sales agreements of any kind. Technical feasibility and market demand will affect final delivery. Pricing and packaging for any new technologies or features discussed or presented have not been determined. 3

4 VMworld 2017 Content: Not for publication 4

5 Agenda 1 Why are containers relevant? 2 What is Docker? 3 Containers on SDDC Use Cases 4 Developer Self-Service 5 Live Demo 6 Q&A 5

6 Not Too Long Ago Life Was Easy Apps! VMworld 2017 Content: Not for Access to virtual machine for coding! publication Users Developers 6

7 Digital Transformation Drives Change Apps! Apps! More Apps! Apps! New Apps! features! Apps! NOW! VMworld 2017 Content: Not for APIs! Access DevOps! to virtual Containers! machine for Control coding! the infrastructure! publication Users Developers 7

8 Developers Pyramid of Needs Functional Differentiation Performance Scalability Availability VMworld 2017 Content: Not for Security What the developer today care about i.e. functional differentiation What the platform should provide to applications - i.e. the things that deliver service level publication Manageability 8

9 Digital Transformation Business Applications Infrastructure DevOps 9

10 The Speed of This Makes a Competitive Advantage Analysis App Data 10

11 The Perfect Storm : Confluence of Four Forces 11

12 Docker 101 : The Basics 12

13 Docker Adoption 13

14 What is Docker? Docker is an open-source project that automates the deployment of applications inside software containers VMworld 2017 ~# docker build my_app ~# docker push my_app ~# Content: Not for publication 14

15 Why Developers Love Docker?! Portable Lightweight Fast Standard Format That Integrates with Developer Tooling 15

16 Docker Architecture Docker Toolbox docker (cli) docker-machine c c c c docker (engine) Linux VMworld 2017 Content: Not for publication docker images Docker Hub (Registry) 16

17 From Nothing to Running App in 3 Commands Docker Toolbox docker (cli) docker-machine 1 n g i n x docker (engine) Linux VMworld 2017 Content: Not for 3 nginx docker images 2 nginx publication Docker Hub docker-machine env default docker pull nginx docker run -d -p 8000:80 nginx 17

18 But What Does Ops Need? Security & Isolation Data Governance Rich Guaranteed SLAs Resources Management Tooling 18

19 Virtual Machine the Foundation for Containers Solution for Dev Problem Solution for Ops Problem Container App OS Virtual Machine vsphere Best of both worlds Isolated & Secure Flexibility Manageable Separation of duties or distribution Hardware 19

20 20

21 + 21

22 vsphere Integrated Containers Management Security / Registry Micro-segmentation Security Virtual Container Hosts Docker Container Hosts C C Linux Kernel Linux Kernel C Linux Kernel Provisioning / Scheduling NSX ESXi vsan C C Docker Engine Linux Kernel C Physical Infrastructure Docker API Compliant Containers run as VMs Application repackaging use case Self Service Docker Hosts Simple micro services development and deployment 22

23 Consumers & Providers in IT Application Developers Platform Services IaaS Virtual Infrastructure Physical Infrastructure Docker Endpoint Consumer Provider Virtual Container Host Net Sec Ops Visibility 23

24 vsphere Integrated Containers Enabling the Best of Both Worlds Docker compatible interface Container management portal Enterprise-class container registry vsphere Integrated Containers Familiarity of vsphere No new tooling or technologies Full enterprise-grade power of Software-Defined Data Center 24

25 vsphere Integrated Containers Operating Model vic-machine-linux create vcenter Server Container Endpoint C-VM C-VM docker run d p 80:80 nginx Container VM nginx process Linux Kernel VCH vsphere Cluster VM VM VM VM ESXi ESXi ESXi ESXi ESXi ESXi ESXi ESXi VSAN NSX 25

26 Containers on SDDC Use Cases

27 Containers on SDDC: Use Cases Application Repackaging Modernize traditional apps No refactoring Cloud Native Develop new 12-factor apps App refactoring Developer Sandbox Enable developer agility Self-service portal 27

28 Use Case Example: Developer Sandbox Use Case Description: Ticketless development environment with IT governance and control Customer Benefits: Enable developer agility Faster application time to market Docker and Kubernetes VMware Value Proposition: Enable developer agility on vsphere Efficient utilization via resource pools Simplified container framework deployment Enterprise-class registry (AD/LDAP, replication, content trust, scanning) Unified enterprise tooling with logging, monitoring 28

29 Developer Sandbox Real-world Example Developer self-service with VI Admin governance Developer consumes resources via Docker API/CLI Provides developers with self-service for applications not yet in the enterprise service catalog Rapid prototyping Run a full-fledged docker engine as a ContainerVM using vsphere Integrated Containers and the Docker API/CLI DCH are packaged in a docker image and can be instantiated on VIC like any other container DCH provides command-line options to enable/disable features of the docker engine All DCH packages are based on PhotonOS Source, dockerfiles and documentation available at github.com/vmware/vic-product Docker Container Host C C Docker Engine Linux Kernel VIC Engine docker run p 12375:2375 d vmware/dch-photon C 29

30 Live Demo End-user (developer) workflow

31 Questions? 31

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