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The Payara Platform is a cloud-native open source server runtime which provides support for containers out-of-the-box so you can reduce your infrastructure and maintenance costs of existing applications. Container-friendly features for Docker and Kubernetes are built-in.
The Payara Platform is designed as a cloud-native open source server runtime, with container-friendly features built-in. For example: Payara Server’s Admin Console integrates with Docker to provide additional control and monitoring of Payara Server instances running in a container on a Docker node. Payara provides several Docker container images that can be used as-is to run your applications on the Payara Platform, or you can create your own Docker images based on the provided Payara Docker container images.
Clustering in the Payara Platform ensures applications achieve high availability, reliability, and scalability. Several tools are built-in and provide clustering with little to no configuration required and offer shorter service interruptions, help you meet SLA requirements for availability, and reduce costs. The Domain Data Grid automatically scales when used in cloud and container environments.
Payara provides several Docker container images (download here). These can be used as-is to run your applications on Payara Server or you can create your own Docker images based on them. Check out our resources to learn more about using the Payara Server with Docker.
Payara also provides several Docker container images (download here) that can be used as-is to run your applications on Payara Micro (or you can create your own Docker images). Check out our resources to learn more about using the Payara Micro with Docker.
Kubernetes allows you to automate the deployment, scaling, and operations of application containers across clusters of hosts. It’s a management tool used to maintain and track a lot of Docker Containers. Kubernetes also handles all kinds of clouds, virtual machines, and physical machines in a uniform way to make it easy to deploy your application to any of them or even a combination deployment on clouds, virtual machines, and/or physical machines. It is also possible to use Kubernetes while running your application using Payara Micro.
One major issue when developing modern enterprise applications is the "works on my machine" problem: when an application works well on your machine but is not functional in production or even on a colleague's machine. An even more prevalent problem is to maintain the quality of ever-changing applications during development and maintenance. This is especially prevalent when Jakarta EE applications are developed and not properly tested in an isolated and cohesive manner. Proper integration testing helps to avoid both the "works on my machine" problem, and ensures developers can change the application effectively without breaking it. However often teams struggle with it, due to a lack of standardized testing solutions and the unpredictability of real-world conditions. Here, I present an effective method for Jakarta EE integration testing, using Payara Platform and Testcontainers in my example.
Payara Microでは、Webアプリケーションを自己完結型で簡単に実行することができます。2016年5月のPayara Serverリリースからは、WARファイルの内容とPayara Microを構成するクラスやリソースを束ねる “Uber JAR” を作成する簡単な方法があります。 この “Uber” Jarは、Dockerコンテナ内でアプリケーションを実行するための最良の方法ではないことに注意してください。アプリケーションに小さなコード変更を加えるたびに、バイナリ全体のアップデートが必要になるためです。より良い方法は、Payara Microインスタンスを起動して、インストールが必要なアプリケーションを指定することです。詳細については Payara Micro Docker Image documentation をご覧ください。 (最終更新日 2021/04/06)
Creating a Docker image is not that difficult. The Dockerfile script contains a few commands that define and prepare your image that will be run by the engine as a container.
Docker is a platform which makes it easier to create, deploy and run your applications using containers. A container bundles all the software needed to run it. By packaging the required dependencies, it makes it easy to run it on any machine, regardless of small configuration differences. This article will explain more about introducing Docker.
Dockerとは? DockerとPayara Server/Payara Microを一緒に使うには?
When using Kubernetes, for more complex scenarios it is not enough to start the deployment or service. You also need to execute some commands within the containers to perform some configuration or initialization of the environment. To automate configuration or the process of initializing an environment, you can write a Kubernetes operator.The Payara Kubernetes Operator, released as a Proof of Concept or Minimum Viable Product (MVP) in our June Payara Platform release, helps you to set up a Payara cluster using the Deployment Group feature of the Payara Server.
These days, it seems Kubernetes is a topic that is never too far from people's lips. The tool, and the associated tools built around it, are talked about so often it seems it's the only subject important to developers these days - especially as the IT world becomes increasingly orientated towards cloud and microservices. But in spite of all the conversation around Kubernetes... do you really need Kubernetes for your environment? Or is it just another case of the next 'new and shiny' object, with people distracted by the novelty and possibility, rather than the facts? In this blog, I'll take a closer look at why Kubernetes might be a case of the hype outweighing the helpfulness in most cases.
Foojay's Virtual JUG tour is in full swing, with the Java community platform organising a succession of online events at JUGs all across the world. As contributors to the Foojay platform, supporters from the start and members of itsinaugural advisory board, Payara Services was happy to participate. Rudy de Busscher presented his talk, 'Creating a Kubernetes Operator in Java', for the St. Louis Java User Group as part of the tour. You can now watch this, and also hear Geertjan Wielenga introduce the concept of Foojay to start the talk.
In this day and age, securing enterprise platforms is a challenge that developers and consultants tackle in an uninformed manner, producing subpar solutions in most cases. To combat this pattern, third-party security services such as Auth0 have been devised to externalize the security of services, and they focus on stable implementations of common enterprise use cases (identity management, OAuth compatibility, and so on), and platforms such as Eclipse MicroProfile allow for their easy integration with enterprise Java microservices. Moreover, in combination with Kubernetes, MicroProfile is a very powerful tool to simplify securing microservices, monitoring them and creating reproducible deployments.
Introduction With Container orchestration tools like Kubernetes and Docker Swarm, you can add instances quite easily. Depending on the type of clustering you need or use for your application, some scenarios are easier to implement than others.