DOAG Schulungstag 2014: Cloud Computing

DOAG Schulungstag 2014

 

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Cloud Computing und Public Clouds: Was Sie wissen müssen – gezeigt anhand von live und hands-on Beispielen

Den Teilnehmern werden herstellerunabhängige Grundlagen zum interessantesten Thema der letzten Jahre – Cloud Computing – vermittelt. Die Schulung beinhaltet die wichtigsten Public Cloud Provider wie Amazon, Google  und Oracle, sowie Netflix OSS, Openshift und Docker. Im Mittelpunkt steht die Technologie. Bereiche wie IaaS (Server mit SSDs und ¼ TB Hauptspeicher für 2€), hochverfügbarer Plattenspeicher, Datenbanken, Load Balancer usw. Ausserdem betrachten wir die Auswirkungen, die Cloud Computing mittlerweile auf den Softwareentwicklungsprozess und den Betrieb hat.

Zielgruppe:

Einsteiger und Teilnehmer mit mittlerem Wissen im Bereich Cloud Computing die sich mit dem Thema vertraut machen wollen, an der Technologie interessiert sind und einen Blick über den Oracle-Tellerand hinaus wagen!

Cloud-Computing und Public Clouds:
Was Sie wissen müssen – gezeigt anhand von Hands-on Beispielen.


✔ Freie Plätze sichern!
✔ Jetzt buchen
✔ DOAG 2014 Schulungstag.

http://www.doag.org/events/konferenzen/doag-2014/der-schulungstag.html#c6898

 

Cloud Survey: Computerworld Quotes

Update as of Nov 2014: You can get the whole survey now from here (registration required though).

 

Cloud is more popular than ever. Even the slower, more traditional software vendors now pick up the concepts I wrote about back in 2011. Keep going!

Find attached some quotes from the Computerworld magazine.

computerworld cloud survey

WebLogic with Docker in the Cloud

docker

Docker has been without any doubt the most hyped technology this summer. Apart from incrementally and quickly creating light-weight containers that can be hooked up together it seems to become the de-facto standard for spinning up instances locally and in the cloud. In the past there was no real compatibility between cloud providers on an OS/instance-level and also import/export features were “demanding” at best.

Linux containers for clean sandboxing do exist since much longer, e.g. Google is starting over 2 billion Linux containers every week. With Docker there is an open source based de-facto standard now that customers want to use (honestly, few people looked into lxc and kernel namespaces before Docker had it’s appearance)

Docker and WebLogic?

Oracle WebLogic Server currently does not officially support Docker, yet there is a github project to start with created by Bruno Borges. This project contains the Dockerfile with all necessary WLST-scripts to create a Docker container running WebLogic.

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You can run Docker itself in Oracle Enterprise Linux like in most other Linux distributions such as CentOS, Ubuntu etc. Docker containers always run Linux; e.g. you could have WebLogic running on Ubuntu in a Docker container which is running on CentOS.

Docker Hub Registry

The Docker hub registry is best known as a public registry for Docker images to start with but it can be used to store private images as well.

The Docker Registry contains base Docker images for Java, Ubuntu etc., yet there are no official images from Oracle at the moment. Let’s hope that Oracle will not repeat the rather sad story of poor support for Oracle product AMIs for Amazon Cloud.

Public Clouds can either deploy Docker containers directly from github by creating a container on the fly based on a Dockerfile on github, or by accessing an Docker image stored in the Docker registry. I will demonstrate below how to deploy WebLogic as Docker container straight from the Docker registry.

https://hub.docker.com

Clouds: Amazon, Google, …

Amazon Beanstalk, same as the Google Cloud, support Docker containers as well! So you can dockerize your application (including WebLogic) and run the same Docker image on the cloud. To the best of my knowledge there is currently no information available if Oracle has plans to support Docker in the Oracle cloud.

AWS Beanstalk Cloud

HowTo Run Your WebLogic in a Docker Container on Amazon Beanstalk

The following web cast gives a brief overview of the steps involved. It’s not intended as a A-Z tutorial, rather a quick recording to illustrate the point saving you from dozens of boring screen shots. I am using CentOS 7 to run Docker and create the local Docker container.

The following steps are shown:

  1. Create a running Docker container with WebLogic
  2. Create a new image based on the container
  3. Upload the image to Docker hub
  4. Create the Amazon Beanstalk JSON file for running a Docker container
  5. Create an AWS Beanstalk environment that runs the image from Docker hub
  6. To prove that 1. to 5. are working run a demo app in the cloud

 

If you want to know more, I recommend to get a good book about Clouds, and WebLogic, read Bruno Borges blog entry, the Docker documentation, and the AWS Beanstalk documentation.

Oracle supports the licensing of certain AWS/EC2 instances, also different versions of Oracle Database are available at the Amazon cloud, so ask your Oracle sales rep about the licensing with Docker and Beanstalk.

Enjoy!

Update

I just learned that this posting with the web cast made into the Docker Weekly. Cool, thanks!

Update 2

Soon there will be Microsoft in the boat as well. So Amazon, Google and Microsoft amongst others will support Docker containers. I am curious to see what this will mean for Oracle’s own cloud offering.

Cloud Computing Workshop in Berlin

A Tad of Cloud Evangelism

It’s always a pleasure to travel to Berlin for various reasons. A fortnight ago I was running an AWS/Google/Netflix OSS/Cloud Management workshop for a non-disclosed European Agency. I had about 3 dozens of attendees working at the forefront of technology.

 

mosaik

 

Yesterday a Thank-You letter from their director arrived.

“My people work on mosaic pieces… Your presentation showed the whole picture”.

Thanks a million! I makes me feel flattered.

IOPS Quality of Service for Amazon EBS Cloud Storage

Define the pipe!

You can now have EBS optimized EC2 instances with e.g.  500 or 1000 Mbit/sec throughput to EBS.

According to AWS a standard EBS volume will cope with 100 IOPS on average allowing some burts. As I mentioned before there was plenty of complaints and discussion about EBS performance workarounds though. Here is the news: AWS is offering provisioned IOPS EBS volumes. You can create up to 20 TB of provisioned IOPS volumes with a total of 10,000 IOPS per AWS account (but apply to extend your AWS account for more).

Seems like a lovely idea for a db data file, doesn’t it?

Does that make you run your EBS I/O benchmark again? Let me know about the results!