- HOW DO DOCKER AND KUBERNETES WORK TOGETHER INSTALL
- HOW DO DOCKER AND KUBERNETES WORK TOGETHER MANUAL
- HOW DO DOCKER AND KUBERNETES WORK TOGETHER SOFTWARE
- HOW DO DOCKER AND KUBERNETES WORK TOGETHER CODE
HOW DO DOCKER AND KUBERNETES WORK TOGETHER INSTALL
What are the pros and cons of using Docker?ĭo you install your application on multiple servers at once? Do you often deploy new versions? In that case, you have good reason to switch from a 'traditional' to an 'industrial' method. This process is repeatable and unchangeable.
HOW DO DOCKER AND KUBERNETES WORK TOGETHER CODE
If you want to edit the code or the settings – even if only slightly – all you have to do is repeat the whole process: Just as you can print a photo as many times as you like, you can use the image in one or more containers. You can fine-tune the code and the infrastructure settings until everything is completely to your liking.
HOW DO DOCKER AND KUBERNETES WORK TOGETHER SOFTWARE
This, together with the shared use of underlying libraries and operating systems, ensures a very efficient use of your resources.īuilding, packaging and publishing your software is completely different with Docker. It is a fully autonomous mini system, which you only have to start or stop.Įverything your application does not require, does not have to be included. All the settings are included in the box. In your Docker container, you can put everything your application requires to run.
HOW DO DOCKER AND KUBERNETES WORK TOGETHER MANUAL
By putting all the necessary things together in a container, not only do you eliminate the manual installation of your system, but you also eliminate the associated risk of human error. It is quick and easy, and can even be done fully automatically using a container platform such as Kubernetes. You can then deploy it once, three times or even dozens of times. You can save the desired configuration as an 'image' – a kind of 'picture' of the entire installation. They use your resources much more efficiently. will increase and you will consume all your computing power.Ĭontainers are a lot more compact and contain only the bare essentials. Do you use virtualisation to combine multiple virtual servers together on the same hardware? Then, the number of operating systems, libraries, etc. Do you have too many resources? Then, they will remain unused. If you want more computing power, you have to add resources.
![how do docker and kubernetes work together how do docker and kubernetes work together](https://developers.redhat.com/sites/default/files/blog/2020/06/Cloud-Native-Java-Workflow-Using-Eclipse-JKube.png)
The settings for security, availability and performance are put together with your software in one box: the Docker container. Thanks to the DevOps approach, we tend to see software development and infrastructure management more and more as a single entity.
![how do docker and kubernetes work together how do docker and kubernetes work together](https://i.ytimg.com/vi/I6nTobdCCi0/maxresdefault.jpg)
Does this sound interesting to you? Just keep in mind that this solution requires an entirely different way of working. In addition, you can use the physically available computing power in a much more efficient way. This way, you no longer have to take hardware and specific configuration settings into account. Over the past few years, Docker has become the leading standard in 'container technology' – a new method of packaging and deploying software, which is often self-written.