How to prepare your own container development kit

By | November 5, 2020

The key to getting the most out of the container ecosystem is the integration of platforms and devices from multiple sources.

Providers such as Red Hat have already integrated container tools into their native ecosystems and have a container development kit (CDK) that provides support for the full development cycle and links to provide containers for deployment and deployment. Reuse

However, you can assemble your CDK with the right tools and API features.

What is a container development kit

Think of a type of CDK that allows developers to build applications for containers and then test them in a similar environment in a deployment environment.

As a result, the CDK allows developers to maintain the container concept before the initial stages of the development process. While most applications can be deployed on their own in containers, the CDK simplifies the transition.

The CDK is basically a single-node Kubernetes cluster available for development and testing. This makes it easier to move developed components to larger groups to test things like scaling, hybrid, and multicloud, and integrate with other deployment models such as virtual machines. (VMs) and bare metal

Preparing Your Container Development Kit

The first step is reorganizing your hosting, deployment, and deployment. Kubernetes is the most popular tool for that job.

There are other container scaffolding equipment out there, but Kubernetes are the most attractive and have the highest adoption rates. Kubernetes supports the deployment of data centers, cloud and hybrids and works with other essential platform components. Too

Two factors contributed to the popularity of Kubernetes. First, the provision of work related to application deployment and redistribution is at the heart of the container’s success, and as such, Kubernetes is the industry’s choice. In addition, Kubernetes are open and scalable. Yes, and there are many projects that can be expanded.

But keep in mind that other container organizing options are available in addition to Kubernetes Apache Meso, Mesosphere, Marathon and DC / OS, they are specifically designed for large containerized applications.

Mesos and the rest of the listed open source options are based on abstract infrastructure, meaning that container hosting takes place on a high level of virtual abstracts that are mapped to VM, container, or bare metal needs.

This makes it easier to frame the container development environment as you can create your own hosting abstraction and map it to your development and testing environment.

Your Network and Container Development Kit

Kubernetes has virtual network plug-in capabilities and is already supporting many commercial and open source networking tools.

These tools provide connections to pods or application components storage containers, and some of them also provide things like data center connections and virtual WANs, regardless of which virtual network tool you use. Please use the same tool as your CDK.

The Kubernetes document provides a list of virtual network tools. All of these devices have container connectivity and the ability to hook up your company’s virtual private network and the Internet. But the features will be very different.

It is important to choose a tool that not only but it only applies to your current goals. But also supports your future virtual network plan.

When it comes to your virtual network strategy, consider three key points. First, will the virtual network tool work with the network of connections between your data center and your data centers?

Second, can it be extended to the cloud? Finally, is there a connection through the new hosting resizing and deployment options you plan to use?

In addition, if you have a major network equipment vendor, consider the container virtual network option first. This can help ensure that your entire network is running smoothly.

Consider your container ecosystem

Your platform does not stop there. Container applications also require audit workload allocation, event handling, and life cycle process scripting. All these aspects make up the container ecosystem that your platform will eventually need to support.

And when you include these in your deployed application, they should also fit into the CDK. There is no test environment that does not mimic the real world, so this would be useful, so let CDKs synchronize you with your container usage to keep them hassle-free.

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