Docker Fundamentals for developers and administrators (English course)

Niveau
Tijdsduur
Startdatum en plaats
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Opleiderscore: starstarstarstarstar_border 8 AT Computing heeft een gemiddelde beoordeling van 8 (uit 2 ervaringen)

Tip: meer info over het programma, startdatum, prijs, en inschrijven? Download de brochure!

Startdata en plaatsen

Nieuwegein
23 okt. 2019 tot 25 okt. 2019
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Toon rooster
event 23 oktober 2019, 08:45-16:00, Day 1
event 24 oktober 2019, 08:45-16:00, Day 2
event 25 oktober 2019, 08:45-16:00, Day 3
Nieuwegein
11 nov. 2019 tot 13 nov. 2019
check_circle Startgarantie
Toon rooster
event 11 november 2019, 08:45-16:00, Day 1
event 12 november 2019, 08:45-16:00, Day 2
event 13 november 2019, 08:45-16:00, Day 3
Nieuwegein
6 jan. 2020 tot 8 jan. 2020
Toon rooster
event 6 januari 2020, 08:45-16:00, Day 1
event 7 januari 2020, 08:45-16:00, Day 2
event 8 januari 2020, 08:45-16:00, Day 3
Nieuwegein
2 mrt. 2020 tot 4 mrt. 2020
Toon rooster
event 2 maart 2020, 08:45-16:00, Day 1
event 3 maart 2020, 08:45-16:00, Day 2
event 4 maart 2020, 08:45-16:00, Day 3
Nieuwegein
25 mei. 2020 tot 27 mei. 2020
Toon rooster
event 25 mei 2020, 08:45-16:00, Day 1
event 26 mei 2020, 08:45-16:00, Day 2
event 27 mei 2020, 08:45-16:00, Day 3
Nieuwegein
13 jul. 2020 tot 15 jul. 2020
Toon rooster
event 13 juli 2020, 08:45-16:00, Day 1
event 14 juli 2020, 08:45-16:00, Day 2
event 15 juli 2020, 08:45-16:00, Day 3

Beschrijving

Lesmethode :

Klassikaal

Algemeen :

Docker and Kubernetes are quickly becoming the de-facto standard to operate containerized applications at scale in the data-center. This course covers the fundamentals needed to understand Docker and Kubernetes and get quickly up-to-speed, to start building distributed applications that will scale, be fault-tolerant and simple to manage. From understanding its origin, to its high-level architecture, powerful API and key primitives.

The three day Docker for Linux course introduces the container lifecycle, the use of registries, the Docker hub, building Dockerfiles, building images, the use of storage and networking and an introduction to Kubernetes.

#For K…

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Veelgestelde vragen

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Nog niet gevonden wat je zocht? Bekijk deze onderwerpen: Docker, Engels, Netwerken (IT), Netwerkmanagement / Netwerkbeheer en Nederlands.

Lesmethode :

Klassikaal

Algemeen :

Docker and Kubernetes are quickly becoming the de-facto standard to operate containerized applications at scale in the data-center. This course covers the fundamentals needed to understand Docker and Kubernetes and get quickly up-to-speed, to start building distributed applications that will scale, be fault-tolerant and simple to manage. From understanding its origin, to its high-level architecture, powerful API and key primitives.

The three day Docker for Linux course introduces the container lifecycle, the use of registries, the Docker hub, building Dockerfiles, building images, the use of storage and networking and an introduction to Kubernetes.

#For Kubernetes, anyone has access to the Linux Foundation Kubernetes Introduction LF158 course, see https://www.edx.org/course/introduction-to-kubernetes
#Alternatively for a small additional fee participants can buy the Linux Foundation Kubernetes Fundamentals course LF258, see https://training.linuxfoundation.org/linux-courses/system-administration-training/kubernetes-fundamentals)







Doel :

The three day course will get you quickly up to speed with theory and hands-on exercises with Docker, and the separate online Kubernetes course will teach you how to control a container management platform used by companies like Google.

Doelgroep :

Developers and system administrators who want to learn how to use Docker and deploy and administrate Kubernetes.

Voorkennis :


Onderwerpen :



- Docker introduction
   - Short introduction of all relevant Docker components
- Container lifecycle
   - About containers: naming, startup and termination, current state, copy to/from, removal.
- Registries
   - About registries: image revisions, terminology and hierarchy,
   - Docker hub push/pull.
- Image layering
   - Image layering, Image metadata, creation, layering, view, differences, removal, packing.
- Dockerfile
   - How to build Dockerfiles: instructions that can be used in Dockerfiles.
- Image building
   - Best practices when building images. Many build examples.
- Storage
   - Use of volumes, directory/file sharing.
- Networking
   - Docker bridge, network types, use of host/container/user-defined networks, port publishing, intercontainer traffic.
- Monitoring and debugging
   - Miscellaneous debugging and monitoring possibilities.
- Docker swarm
   - Setup of swarm, services, replica's, managing nodes, rolling updates, routing meshCompose stacks
- Managing stacks, compose files, yaml syntax.
- Introduction Kubernetes

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