If you’re running GlassFish in your production or development environment and are worried about the lack of support, infrequent application server releases, lack of bug fixes and patches – Then you might be considering migration.
Payara Server is an open source application server originally derived from GlassFish – supporting reliable and secure deployments of Jakarta EE (Java EE) applications in any environment: on premise, in the cloud or hybrid. To do our part to help advance the Jakarta EE project, Payara Services is a project lead for GlassFish, the Jakarta EE compatible implementation, but we recommend Payara Server Enterprise for your production environments for our included support services, stability, and security.
Migrating from GlassFish to Payara Server can be a simple and straightforward process. In this webinar, Payara CEO Steve Millidge will explain all the things you need to consider in order to make a migration as smooth as possible.
If you have any questions about the above, this will be a great opportunity to get answers directly from the source.
Easy Java Integration Testing with TestcontainersPayara
Having problems creating a maintainable set of integration tests for your enterprise Java application? This talk will help you understand how to use Test containers to implement easy integration tests for your next project!
Simplifying Integration Tests for Enterprise Java
Integration testing is always a difficult area. You need to make sure that all system dependencies are prepared, data is correctly initialised for each run and test runs do not interfere with each other. Even with tools like the Arquillian Framework, writing integration tests can be a complicated task and the act of maintaining large sets of tests can become a nightmare if there's not enough knowledge of all dependencies involved.
With the Testcontainers project, convoluted and complicated integration tests can be a thing of the past. A test container allows you to create reliable integration tests covering a wide range of scenarios like using databases, microservices interactions and even GUI and user experience testing. One of the important factors for the success of this framework is the usage of Docker containers to create a reliable reproducible environment for each test, which separates the dependencies and the application code in a way that it is easy to maintain for developers.
In this webinar, Payara Services CEO and Founder Steve Millidge will explain aboutPayara Cloud: how it works, why you might need it, how it can save you time and money.
Steve will explain what a truly “Serverless” solution consists of: how the user does not need to worry about application servers, instances, domains, hosts, Docker containers or any of the traditional concepts. He will explain how serverless can be brought about and its benefits, as well as demonstrating it on a runtime 100% designed forJakarta EEandMicroProfile: Payara Cloud.
Jakarta Concurrency provides APIs for concurrency and asynchronous programming in Java EE and Jakarta EE applications. It allows adding asynchronous breaks and running tasks in parallel or periodically. New features in Jakarta EE 10 include deployable managed executor services and scheduled executor services. Future plans include better integration with CDI contexts and aligning asynchronous servlets and JAX-RS with Concurrency. Developers are encouraged to get involved in the open source Eclipse project.
10 Strategies for Developing Reliable Jakarta EE & MicroProfile Applications ...Payara
Ever thought of implementing a modern cloud architecture with Jakarta EE and MicroProfile applications but don’t know which practices to follow? This talk will highlight 10 strategies that will help you implement robust scalable cloud-ready applications!
Securing Microservices with MicroProfile and Auth0v2Payara
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. This presentation showcases the strength of combining MicroProfile and an OAuth service by doing a live demonstration of securing enterprise Java microservices in Kubernetes.
Reactive features of MicroProfile you need to learnPayara
Why reactive? How is MicroProfile related to reactive programming? There are many reactive Java libraries but they all work in a different way and provide different API. MicroProfile brings common reactive APIs that can be reused in many libraries to provide a unified experience for many Java developers. Including reactive operators, messaging, REST and more. The core MicroProfile reactive operators API is designed with care by experts behind popular reactive libraries. MicroProfile also provides reactive APIs for asynchronous messaging, REST and thread-control, as well as interceptors to improve the fault-tolerance of your applications. On top of that, MicroProfile aspires to bring unified reactive APIs to Jakarta EE and even to Java SE to make them more accessible to every Java developer. Learning MicroProfile API once will make it easier to get you started with many reactive frameworks with less additional learning.
Effective cloud-ready apps with MicroProfilePayara
Presented during Payara Japan Tour 2019 (https://blog.payara.fish/payara-on-tour-in-japan).
In this session, you'll learn how to develop applications that evolve according to your needs, can easily run in the cloud and integrate with common cloud technologies. We'll start with a simple application, focusing on business logic. MicroProfile framework, powered by a lightweight opensource Payara Micro runtime, will get us started quickly and allow gradual improvements later.
MicroProfile contains a lot of components that make developers productive. It allows separating business logic from common concerns like configuration, failure-recovery, REST service calls, context propagation across service calls and securing services. Adding all of these to existing code is easy. It's also easy to introduce new microservices as needed and adopt cloud technologies as your application grows. I'll show you how, in a step-by-step demo. And if time allows, I'll also show how to run and scale your application effectively with Kubernetes in the cloud.
A step-by-step guide from traditional Java EE to reactive microservice designPayara
Have you wondered how you can improve the design of your applications to improve its performance? You probably heard that reactive design can lead to better response times and more flexible apps. But youre asking: Do I need to rewrite my apps from scratch? Do I need to learn a new framework for all that? The answer is no, especially if your application is built on top of Java EE and Java 8.
Together, we will explore how we can migrate parts of an existing Java EE application step-by-step, in order to increase its response time, throughput, and make it more flexible and robust. We will go through examples how to apply reactive design to a traditional codebase, using standard API from Java SE, Java EE and MicroProfile, split a monolith into several microservices and deploy them to cloud.
Easy Java Integration Testing with TestcontainersPayara
Having problems creating a maintainable set of integration tests for your enterprise Java application? This talk will help you understand how to use Test containers to implement easy integration tests for your next project!
Simplifying Integration Tests for Enterprise Java
Integration testing is always a difficult area. You need to make sure that all system dependencies are prepared, data is correctly initialised for each run and test runs do not interfere with each other. Even with tools like the Arquillian Framework, writing integration tests can be a complicated task and the act of maintaining large sets of tests can become a nightmare if there's not enough knowledge of all dependencies involved.
With the Testcontainers project, convoluted and complicated integration tests can be a thing of the past. A test container allows you to create reliable integration tests covering a wide range of scenarios like using databases, microservices interactions and even GUI and user experience testing. One of the important factors for the success of this framework is the usage of Docker containers to create a reliable reproducible environment for each test, which separates the dependencies and the application code in a way that it is easy to maintain for developers.
In this webinar, Payara Services CEO and Founder Steve Millidge will explain aboutPayara Cloud: how it works, why you might need it, how it can save you time and money.
Steve will explain what a truly “Serverless” solution consists of: how the user does not need to worry about application servers, instances, domains, hosts, Docker containers or any of the traditional concepts. He will explain how serverless can be brought about and its benefits, as well as demonstrating it on a runtime 100% designed forJakarta EEandMicroProfile: Payara Cloud.
Jakarta Concurrency provides APIs for concurrency and asynchronous programming in Java EE and Jakarta EE applications. It allows adding asynchronous breaks and running tasks in parallel or periodically. New features in Jakarta EE 10 include deployable managed executor services and scheduled executor services. Future plans include better integration with CDI contexts and aligning asynchronous servlets and JAX-RS with Concurrency. Developers are encouraged to get involved in the open source Eclipse project.
10 Strategies for Developing Reliable Jakarta EE & MicroProfile Applications ...Payara
Ever thought of implementing a modern cloud architecture with Jakarta EE and MicroProfile applications but don’t know which practices to follow? This talk will highlight 10 strategies that will help you implement robust scalable cloud-ready applications!
Securing Microservices with MicroProfile and Auth0v2Payara
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. This presentation showcases the strength of combining MicroProfile and an OAuth service by doing a live demonstration of securing enterprise Java microservices in Kubernetes.
Reactive features of MicroProfile you need to learnPayara
Why reactive? How is MicroProfile related to reactive programming? There are many reactive Java libraries but they all work in a different way and provide different API. MicroProfile brings common reactive APIs that can be reused in many libraries to provide a unified experience for many Java developers. Including reactive operators, messaging, REST and more. The core MicroProfile reactive operators API is designed with care by experts behind popular reactive libraries. MicroProfile also provides reactive APIs for asynchronous messaging, REST and thread-control, as well as interceptors to improve the fault-tolerance of your applications. On top of that, MicroProfile aspires to bring unified reactive APIs to Jakarta EE and even to Java SE to make them more accessible to every Java developer. Learning MicroProfile API once will make it easier to get you started with many reactive frameworks with less additional learning.
Effective cloud-ready apps with MicroProfilePayara
Presented during Payara Japan Tour 2019 (https://blog.payara.fish/payara-on-tour-in-japan).
In this session, you'll learn how to develop applications that evolve according to your needs, can easily run in the cloud and integrate with common cloud technologies. We'll start with a simple application, focusing on business logic. MicroProfile framework, powered by a lightweight opensource Payara Micro runtime, will get us started quickly and allow gradual improvements later.
MicroProfile contains a lot of components that make developers productive. It allows separating business logic from common concerns like configuration, failure-recovery, REST service calls, context propagation across service calls and securing services. Adding all of these to existing code is easy. It's also easy to introduce new microservices as needed and adopt cloud technologies as your application grows. I'll show you how, in a step-by-step demo. And if time allows, I'll also show how to run and scale your application effectively with Kubernetes in the cloud.
A step-by-step guide from traditional Java EE to reactive microservice designPayara
Have you wondered how you can improve the design of your applications to improve its performance? You probably heard that reactive design can lead to better response times and more flexible apps. But youre asking: Do I need to rewrite my apps from scratch? Do I need to learn a new framework for all that? The answer is no, especially if your application is built on top of Java EE and Java 8.
Together, we will explore how we can migrate parts of an existing Java EE application step-by-step, in order to increase its response time, throughput, and make it more flexible and robust. We will go through examples how to apply reactive design to a traditional codebase, using standard API from Java SE, Java EE and MicroProfile, split a monolith into several microservices and deploy them to cloud.
This document discusses transactions in microservices architectures and introduces MicroProfile Long Running Actions (LRA) as a solution. It provides an overview of LRA components and flow, and key concepts like compensation and timeouts. Code examples demonstrate using LRA annotations to define long-running transactions across multiple services.
When developing a microservices architecture using containers, orchestration is key to provide an elastic scalable infrastructure. Kubernetes (w/ Docker) and Payara Micro 5 make this possible! This talk will showcase how to implement all of this for a real production scenario!
What's new in Jakarta EE and Eclipse GlassFish (May 2019)Payara
Jakarta EE is now the standard for server-side Java under the Eclipse Foundation. It inherits from Java EE 8. The first Jakarta EE specification will be very similar to Java EE 8. Future versions like Jakarta EE 9 will include renamed specifications from Java EE with minor improvements. Developers should understand the transition from Java EE to Jakarta EE and get involved to help shape its future.
This document previews updates to Payara Platform 5.192, including preliminary JDK 11 support, native Docker support, MicroProfile 2.2 compatibility, and improvements to EJB remote access over HTTP. Potential future additions are also outlined, such as full JDK 11 support, new monitoring tools, Jakarta EE 8 certification, and better public cloud integration.
With the rise of micro-services, REST communication is more popular than ever. But the communication between the different parts must also be performed in a secure way.
First, we need to know if the user or system is allowed to call the JAX-RS endpoint. For this authentication part, self-contained tokens are the best option to not overload any of our services in the system. JWT which contains the authentication but also can contain the authorization info is ideal for this use-case.
And secondly, we need guarantees that the message isn't altered, that we can have message integrity. For that part, we can use signatures as specified in the HTTP signature draft specification.
The goal of MicroProfile is to optimise Java EE for a micro-service architecture. It is based on some of the Java EE specifications and standardise a few technologies from the micro-services space.
However, some of the MicroProfile implementations are completely different 'servers', like the KumuluzEE server. So how can you migrate easily from your favorite Java EE server to a MicroProfile implementation?
This session shows you an overview of what MicroProfile.IO is and how it relates to Java EE. It then demonstrates with a few examples how you can adjust your Java EE application to incorporate some of the MicroProfile.IO specifications and how you can transform your Java EE application to a MicroProfile.IO one using Thorntail, Payara Micro, and KumuluzEE.
Monitor Microservices with MicroProfile MetricsPayara
Microservices architecture has many benefits. But it comes at a cost. Running microservices and monitoring what’s going on is tedious. That’s why MicroProfile adopts monitoring as a first-class concept. In this session, learn how MicroProfile runtimes collect metrics and how to seamlessly collect them with tools like Prometheus and Grafana. Learn how MicroProfile makes it easy to connect information about interrelated service calls, how to gather the information and analyze system bottlenecks, how to deploy and scale MicroProfile applications with Kubernetes and how to react to their health status to detect and automatically recover from failures.
Java2 days -_be_reactive_and_micro_with_a_microprofile_stackPayara
This document discusses reactive microservices using MicroProfile specifications. It introduces MicroProfile as an open-source specification for Java microservices. The goals of MicroProfile are to provide better user experiences, save resources/costs, handle massive loads, and recover from failures. The document then explains the basics of reactive programming and how the reactive pipeline of subscribe, process, and publish fits within MicroProfile 2.0's support for reactive REST/SSE, async CDI events, and monitoring via metrics. It acknowledges some missing pieces and outlines plans to add further reactive capabilities to MicroProfile from Java EE 8, RxJava, and other technologies.
Java2 days 5_agile_steps_to_cloud-ready_appsPayara
This document discusses 5 steps to building elastic and cloud-ready applications:
1. Use JCache for temporary caching to optimize reads and allow for scalable storage with distributed caches.
2. Choose a scalable runtime like Payara Micro that can run applications as executable JARs across multiple instances dynamically.
3. Design RESTful services APIs for client/server communication using JAX-RS.
4. Leverage messaging with CDI events within applications and potentially other technologies like JCA connectors for communication across services.
5. Abstract configuration with MicroProfile Configuration for pluggable, scoped configuration from various sources.
Ondrej mihalyi be reactive and micro with a micro profile stackPayara
The document discusses how to build reactive microservices using a MicroProfile stack. It recommends taking a reactive and micro approach to build systems that can handle high loads and failures, provide better user experiences, and scale massively. It introduces MicroProfile as an open source specification for building reactive Java microservices and lists some of its reactive support capabilities. It also discusses adding additional reactive technologies like RxJava and React.js and demonstrates a reactive application built on these stacks with Payara Server and Micro, which support MicroProfile, Java EE, and other technologies for building reactive systems.
This document discusses MicroProfile, which aims to optimize Enterprise Java for microservices architectures. It provides examples of lightweight Java EE implementations like Payara Micro that reduce file size and startup time. MicroProfile seeks to standardize common microservices patterns through a rapid release process. The first release includes configurations, JSON processing and CDI. Future areas of focus include fault tolerance, health checking and metrics. A demo application shows various implementations deploying a microservices application with minimal resource usage. The document advocates for the Java EE community to collaborate on MicroProfile and influence the future direction of the Java EE platform.
This document discusses Payara Micro, an open source application server derived from GlassFish that is designed for microservices and container deployments. It can scale from small devices like Raspberry Pi to large cloud data grids. The document demonstrates a sample application that measures humidity from a Raspberry Pi sensor, publishes clustered events, loads the data to a grid, and exposes REST services - scaling from the device to a Payara Micro cluster on Azure and integrating with cloud services. Payara Micro supports key features like clustering, embedded data grids using JCache, and integration with cloud technologies using JCA connectors.
- Payara plans to grow Payara and Hazelcast in Japan by providing Japanese language support and resources and evangelizing the technologies.
- The presentation introduces Eclipse MicroProfile and Eclipse EE4J, open source projects moving Java EE technologies to Eclipse, including MicroProfile 1.2 specifications supported in Payara 5.x.
- MicroProfile and EE4J provide opportunities for open source and code-first development, an open test suite, better quality testing, and broader participation.
Elastic and Cloud-ready Applications with Payara MicroPayara
This document discusses how to build elastic and cloud-ready applications using Payara Micro. It covers several key aspects:
1) Payara Micro provides a scalable runtime by allowing applications to run as a lightweight executable JAR file that can dynamically form clusters of multiple instances for scalability.
2) Features like JCache, CDI events, and JCA connectors allow applications to support requirements for cloud deployments like pluggable persistence, loose coupling, and failure recovery.
3) Microprofile Config allows applications to access configuration from external sources in a standardized way, and Microprofile metrics and health provide monitoring capabilities.
4) Payara Micro integrates these technologies to provide a complete solution for building resilient
Devoxx Easily scale enterprise applications using distributed data gridsPayara
The document discusses how to easily scale enterprise applications using distributed data grids. It describes different types of scaling, including vertical and horizontal scaling. Horizontal scaling introduces more complexity due to distributed programming, increased communication, and shared state issues. Data grids can help with horizontal scaling by providing distributed shared memory across nodes. Examples of data grids include Hazelcast, JBoss Infinispan, Oracle Coherence, and Terracotta. The document demonstrates how to use Hazelcast for scaling applications by adding nodes, separating data and logic, and scaling different parts of an application separately.
Demystifying microservices for JavaEE developers by Steve Millidge.Payara
This document discusses microservices and how Java EE can be used to develop microservices. It outlines what microservices are and their advantages and disadvantages. It then discusses how Java EE applications and frameworks like JAX-RS, CDI, and lightweight application servers allow Java EE to be used for microservices development. The document also covers strategies for migrating existing Java EE applications to a microservices architecture and demonstrates a microservices example using Payara Micro. Finally, it summarizes new capabilities in Java EE 8, Java EE 9, and the MicroProfile project that further support microservices.
Connect JavaEE to the cloud with JCA by Steve MillidgePayara
- The document discusses connecting Java EE applications to cloud services using the Java Connector Architecture (JCA).
- JCA defines a standard architecture for connecting Java EE platforms to external systems and has been part of Java EE for over 16 years.
- It describes building inbound and outbound JCA adapters using Payara Cloud Connectors, which deliver standard JCA connectors for cloud messaging services like Kafka, SQS, and MQTT.
- Key aspects of JCA covered include configuration, connection management, message processing, and using message-driven beans for asynchronous inbound communication.
This document discusses lightweight Java EE and the future of the platform. It provides an overview of Java EE 8 features like JAX-RS 2.1 and JSON-B 1.1. It also demonstrates Payara Micro, a lightweight Java EE runtime, and shows how to build a microservices application with stock tickers that publishes events and uses reactive clients. Finally, it explores the potential for Eclipse MicroProfile and configuration properties to further reduce overhead in the future.
Rapid development tools for java ee 8 [tut2998]Payara
Rapid Development Tools for Java EE 8 was a talk given at JavaOne 2017 about new features in Java EE 8 and tools to help with rapid development of Java EE 8 applications. It covered the Reactive Client API and JSON-B support in JAX-RS 2.1, asynchronous events and other new features in CDI 2.0 and Bean Validation 2.0, and how tools like Jeddict can generate Java EE 8 applications from models.
This document discusses transactions in microservices architectures and introduces MicroProfile Long Running Actions (LRA) as a solution. It provides an overview of LRA components and flow, and key concepts like compensation and timeouts. Code examples demonstrate using LRA annotations to define long-running transactions across multiple services.
When developing a microservices architecture using containers, orchestration is key to provide an elastic scalable infrastructure. Kubernetes (w/ Docker) and Payara Micro 5 make this possible! This talk will showcase how to implement all of this for a real production scenario!
What's new in Jakarta EE and Eclipse GlassFish (May 2019)Payara
Jakarta EE is now the standard for server-side Java under the Eclipse Foundation. It inherits from Java EE 8. The first Jakarta EE specification will be very similar to Java EE 8. Future versions like Jakarta EE 9 will include renamed specifications from Java EE with minor improvements. Developers should understand the transition from Java EE to Jakarta EE and get involved to help shape its future.
This document previews updates to Payara Platform 5.192, including preliminary JDK 11 support, native Docker support, MicroProfile 2.2 compatibility, and improvements to EJB remote access over HTTP. Potential future additions are also outlined, such as full JDK 11 support, new monitoring tools, Jakarta EE 8 certification, and better public cloud integration.
With the rise of micro-services, REST communication is more popular than ever. But the communication between the different parts must also be performed in a secure way.
First, we need to know if the user or system is allowed to call the JAX-RS endpoint. For this authentication part, self-contained tokens are the best option to not overload any of our services in the system. JWT which contains the authentication but also can contain the authorization info is ideal for this use-case.
And secondly, we need guarantees that the message isn't altered, that we can have message integrity. For that part, we can use signatures as specified in the HTTP signature draft specification.
The goal of MicroProfile is to optimise Java EE for a micro-service architecture. It is based on some of the Java EE specifications and standardise a few technologies from the micro-services space.
However, some of the MicroProfile implementations are completely different 'servers', like the KumuluzEE server. So how can you migrate easily from your favorite Java EE server to a MicroProfile implementation?
This session shows you an overview of what MicroProfile.IO is and how it relates to Java EE. It then demonstrates with a few examples how you can adjust your Java EE application to incorporate some of the MicroProfile.IO specifications and how you can transform your Java EE application to a MicroProfile.IO one using Thorntail, Payara Micro, and KumuluzEE.
Monitor Microservices with MicroProfile MetricsPayara
Microservices architecture has many benefits. But it comes at a cost. Running microservices and monitoring what’s going on is tedious. That’s why MicroProfile adopts monitoring as a first-class concept. In this session, learn how MicroProfile runtimes collect metrics and how to seamlessly collect them with tools like Prometheus and Grafana. Learn how MicroProfile makes it easy to connect information about interrelated service calls, how to gather the information and analyze system bottlenecks, how to deploy and scale MicroProfile applications with Kubernetes and how to react to their health status to detect and automatically recover from failures.
Java2 days -_be_reactive_and_micro_with_a_microprofile_stackPayara
This document discusses reactive microservices using MicroProfile specifications. It introduces MicroProfile as an open-source specification for Java microservices. The goals of MicroProfile are to provide better user experiences, save resources/costs, handle massive loads, and recover from failures. The document then explains the basics of reactive programming and how the reactive pipeline of subscribe, process, and publish fits within MicroProfile 2.0's support for reactive REST/SSE, async CDI events, and monitoring via metrics. It acknowledges some missing pieces and outlines plans to add further reactive capabilities to MicroProfile from Java EE 8, RxJava, and other technologies.
Java2 days 5_agile_steps_to_cloud-ready_appsPayara
This document discusses 5 steps to building elastic and cloud-ready applications:
1. Use JCache for temporary caching to optimize reads and allow for scalable storage with distributed caches.
2. Choose a scalable runtime like Payara Micro that can run applications as executable JARs across multiple instances dynamically.
3. Design RESTful services APIs for client/server communication using JAX-RS.
4. Leverage messaging with CDI events within applications and potentially other technologies like JCA connectors for communication across services.
5. Abstract configuration with MicroProfile Configuration for pluggable, scoped configuration from various sources.
Ondrej mihalyi be reactive and micro with a micro profile stackPayara
The document discusses how to build reactive microservices using a MicroProfile stack. It recommends taking a reactive and micro approach to build systems that can handle high loads and failures, provide better user experiences, and scale massively. It introduces MicroProfile as an open source specification for building reactive Java microservices and lists some of its reactive support capabilities. It also discusses adding additional reactive technologies like RxJava and React.js and demonstrates a reactive application built on these stacks with Payara Server and Micro, which support MicroProfile, Java EE, and other technologies for building reactive systems.
This document discusses MicroProfile, which aims to optimize Enterprise Java for microservices architectures. It provides examples of lightweight Java EE implementations like Payara Micro that reduce file size and startup time. MicroProfile seeks to standardize common microservices patterns through a rapid release process. The first release includes configurations, JSON processing and CDI. Future areas of focus include fault tolerance, health checking and metrics. A demo application shows various implementations deploying a microservices application with minimal resource usage. The document advocates for the Java EE community to collaborate on MicroProfile and influence the future direction of the Java EE platform.
This document discusses Payara Micro, an open source application server derived from GlassFish that is designed for microservices and container deployments. It can scale from small devices like Raspberry Pi to large cloud data grids. The document demonstrates a sample application that measures humidity from a Raspberry Pi sensor, publishes clustered events, loads the data to a grid, and exposes REST services - scaling from the device to a Payara Micro cluster on Azure and integrating with cloud services. Payara Micro supports key features like clustering, embedded data grids using JCache, and integration with cloud technologies using JCA connectors.
- Payara plans to grow Payara and Hazelcast in Japan by providing Japanese language support and resources and evangelizing the technologies.
- The presentation introduces Eclipse MicroProfile and Eclipse EE4J, open source projects moving Java EE technologies to Eclipse, including MicroProfile 1.2 specifications supported in Payara 5.x.
- MicroProfile and EE4J provide opportunities for open source and code-first development, an open test suite, better quality testing, and broader participation.
Elastic and Cloud-ready Applications with Payara MicroPayara
This document discusses how to build elastic and cloud-ready applications using Payara Micro. It covers several key aspects:
1) Payara Micro provides a scalable runtime by allowing applications to run as a lightweight executable JAR file that can dynamically form clusters of multiple instances for scalability.
2) Features like JCache, CDI events, and JCA connectors allow applications to support requirements for cloud deployments like pluggable persistence, loose coupling, and failure recovery.
3) Microprofile Config allows applications to access configuration from external sources in a standardized way, and Microprofile metrics and health provide monitoring capabilities.
4) Payara Micro integrates these technologies to provide a complete solution for building resilient
Devoxx Easily scale enterprise applications using distributed data gridsPayara
The document discusses how to easily scale enterprise applications using distributed data grids. It describes different types of scaling, including vertical and horizontal scaling. Horizontal scaling introduces more complexity due to distributed programming, increased communication, and shared state issues. Data grids can help with horizontal scaling by providing distributed shared memory across nodes. Examples of data grids include Hazelcast, JBoss Infinispan, Oracle Coherence, and Terracotta. The document demonstrates how to use Hazelcast for scaling applications by adding nodes, separating data and logic, and scaling different parts of an application separately.
Demystifying microservices for JavaEE developers by Steve Millidge.Payara
This document discusses microservices and how Java EE can be used to develop microservices. It outlines what microservices are and their advantages and disadvantages. It then discusses how Java EE applications and frameworks like JAX-RS, CDI, and lightweight application servers allow Java EE to be used for microservices development. The document also covers strategies for migrating existing Java EE applications to a microservices architecture and demonstrates a microservices example using Payara Micro. Finally, it summarizes new capabilities in Java EE 8, Java EE 9, and the MicroProfile project that further support microservices.
Connect JavaEE to the cloud with JCA by Steve MillidgePayara
- The document discusses connecting Java EE applications to cloud services using the Java Connector Architecture (JCA).
- JCA defines a standard architecture for connecting Java EE platforms to external systems and has been part of Java EE for over 16 years.
- It describes building inbound and outbound JCA adapters using Payara Cloud Connectors, which deliver standard JCA connectors for cloud messaging services like Kafka, SQS, and MQTT.
- Key aspects of JCA covered include configuration, connection management, message processing, and using message-driven beans for asynchronous inbound communication.
This document discusses lightweight Java EE and the future of the platform. It provides an overview of Java EE 8 features like JAX-RS 2.1 and JSON-B 1.1. It also demonstrates Payara Micro, a lightweight Java EE runtime, and shows how to build a microservices application with stock tickers that publishes events and uses reactive clients. Finally, it explores the potential for Eclipse MicroProfile and configuration properties to further reduce overhead in the future.
Rapid development tools for java ee 8 [tut2998]Payara
Rapid Development Tools for Java EE 8 was a talk given at JavaOne 2017 about new features in Java EE 8 and tools to help with rapid development of Java EE 8 applications. It covered the Reactive Client API and JSON-B support in JAX-RS 2.1, asynchronous events and other new features in CDI 2.0 and Bean Validation 2.0, and how tools like Jeddict can generate Java EE 8 applications from models.
7. Issues with running GlassFish 5.x
GlassFish 5.x is OLD and not really updated for 5+ years
GlassFish is NOT built for Cloud
GlassFish has No Microservices Support
GlassFish No Fat/Hollow Jar Functionality
GlassFish does not support the latest JDKs
GlassFish does not receive regular security patches
GlassFish is NOT Supported
Payara presents solutions to these issues…
8. Problem: Lack of Maintenance and Framework Updates
in GlassFish
Solution: Frequent Releases for Payara Community
and Guaranteed Monthly Releases for Payara
Enterprise – Supporting latest Jakarta EE & LTS Java
SE releases
9. Problem: Lack of Support in
GlassFish
Solution: Support Direct From Our Engineers with
Payara Enterprise
11. Problem: GlassFish is NOT built for the Cloud
Solution: Payara Server Data Grid works out of the box on
public cloud
12. Problem: GlassFish Has No Fat/Hollow JAR
Functionality
Solution: Payara Micro Supports Fat/Hollow JAR - the
runtime is available in a single JAR file which can be
started pointing to your WAR artifact
13. Problem: No Microservices Support In GlassFish
Solution: Payara Micro Launched as microservices
optimised implementation
MicroProfile
Jakarta EE
14. Weaknesses of GlassFish
GlassFish Doesn’t have Automation Recording for Server Configuration
No Internal Monitoring System for Real Time Metrics
GlassFish is Lacking Critical Server Event Alerts and Notifiers
GlassFish is Lacking Some Modern Security Standards
GlassFish does not have supported Docker images
Payara presents solutions to these issues…
15. Problem: GlassFish Doesn’t Offer Automation
Assistance for Server Configuration
Solution: Payara Platform Asadmin
Recorder Offers Automation Assistance
16. Problem: No Internal Monitoring System for
Real Time Metrics in GlassFish
Solution: Payara InSight Allows Real-Time Visualisation and
Alerts for Server and Web App Metrics
17. Problem: GlassFish is Lacking Critical Server
Event Alerts & Notifiers
Solution: Payara Allows Creating and Customising
Notifiers and Alerts
18. Problem: GlassFish is Lacking Some Modern
Security Standards
Solution: Payara Secures your Applications with Built-
in Security Features
19. Solution: Secures your Applications with Built-in
Security Features
Problem: No Supported Docker Images for GlassFish
20. Payara Enterprise vs Payara Community
Community
• Built for the needs of development environments
• Focus on performance over scalability & availability
• Focus on leading edge innovation
• Security issues dealt with at next release
• Community driven
• Manual focus rather than automated
• No guarantee of backwards compatibility or software lifecycle
Enterprise
• Built for the needs of production environments
• Automated with focus on scalability & availability
• Focus on stability with 10-year software lifecycle
• Security alerts and patches for ‘regulatory compliance’ &
quality assurance
• Migration & Project Support, 24x7, or 10x5 support options
• Backwards compatibility
22. JDK Migration Considerations
• Payara 5 Enterprise is compatible with both JDK 8, JDK 11 and
JDK 17.
• If your GlassFish domains are currently running on JDK 7 or a
lower version, you will have to update your JDK installation to
JDK 8 as a minimum before starting the migration for Payara
Enterprise.
23. How to Replace Features of Oracle
GlassFish
Coherence Active
Cache
Oracle Coherence =
replaced by Hazelcast
(another in-memory data
grid) out-of-the-box.
Monitoring Scripting Client
Replaced by embedded JMX Server
with support for AMX MBeans that
can be used to monitor JVM and
Server statistics in real-time;
MicroProfile Metrics Support; Health
Check service to monitor the status
of basic environment resources; and
Customisable Monitoring Console.
Oracle Access Management
Integration
Payara Server itself contains
a simple Single Sign On
solution that can be easily
configured using standard
JAAS mechanisms.
Payara Supports modern
standards like JWT, OAuth2
and OpenID Connect.
24. Features to Consider During or
After Migrating
Slow SQL Logging
A crucial production feature
which allows you to easily
detect when a query to the
database exceeds a specific
time.
Payara Health Check
Service
A powerful tool that makes it
easier for the Operation
Teams to run Payara Server
in production by periodically
checking Host CPU Usage.
Request Tracing Service
Helps you to identify
performance issues and
their causes to successfully
solve them.
25. Features to Consider During or
After Migrating
Working With Third Party
Libraries
Payara Server now includes
an isolated classloader for
both EAR and WAR
deployments, so that 3rd
party libraries packaged with
the application are preferred
over those from the server.
Cloud Deployment
Improvements
Better clustering integration
with cloud environments and
friendly configuration options
that cover most common use
cases in cloud environments:
TCPIP, DNS, Multicast,
Kubernetes.
Default Role/Group
Mapping
Payara Server introduces an
additional setting for
deployment descriptors to
explicitly enable or disable
the default role mapping.
26. Payara Accelerator can help!
Designed to accelerate your Payara
Platform deployment, migration, or
business growth through infrastructure
improvements.
27. • Exclusive services for Payara Enterprise customers
• Customized solutions provided on-site or remote
Common services:
• Migration
• Application server upgrades
• Health checks
• Configuration reviews
• Monitoring
• Performance tuning
• Troubleshooting
Payara Accelerator
Add-On Consultancy Services
28. Why Do Companies Migrate
from GlassFish to the Payara Platform?
We’ve been working with Payara Server for over a year in full production and the server
and support have been really good. Support is very professional and helpful. After looking
at GlassFish 4, we considered migrating to other Java EE servers, until we found Payara
Server. Migration from GlassFish 3 to Payara Server was quicker than anticipated. All of
our GlassFish knowledge is still usable but now we have a new and more stable server
that is regularly updated and patched. Also, new added features in Payara Server are
helpful and improve stability and usability. We would recommend Payara Server to
anyone who is still on GlassFish, or looking for a new Java EE application server.
- Eugen Bozic, MIPS d.o.o.
29. Why Do Companies Migrate
from GlassFish to the Payara Platform?
Overall the migration from GlassFish 3 to Payara Platform was a straightforward
process. There was no need for major code rewrites. Setar invested in the Migration
& Project Support for help during the migration process and Payara’s engineering
team was clearly knowledgeable when answering the support tickets.
I’m enjoying the fact that all my knowledge about GlassFish can now be applied to
the usage of Payara Platform. There is no need to put time aside to learn about a
different technology, our team can start working with Payara Platform hands-on
straight away.
-Enrick Lopez, Lead Developer at SETAR NV
30. More Case Studies To Explore
We'll share these links in the chat
Appriss Migrates from GlassFish
to Payara Server to Deliver Critical
Web Applications
Luxury German Vehicle
Manufacturer Migrates from
GlassFish to Payara Server
Leading Telecoms Company
Swisscom Moves to Payara Server
from GlassFish
31. Summary
GlassFish 4.x and 5.x are OLD you need to migrate
Migrating from GlassFish to Payara Server should
be an easy and painless process.
Majority of the work will be making use of new
features.
"Try-before-you-buy" and see how easy it is to swap
over simply by using Payara Server to start up your
existing domain.
33. We'll share the
link in the chat...
Already using
Payara?
GET A $20 AMAZON VOUCHER
REVIEW US ON G2
34. We are always looking for the best
Talent so if you are interested in
becoming a Payaran, send your CV
to careers@payara.fish
Learn more:
https://payara.fish/careers
We’re Hiring
35. Join our Global Meetup Group to find out more about our
future events and get involved with our community
Learn more:
https://www.meetup.com/payara-global-meetup/
Payara Global Meetup
36. Download the open source software:
payara.fish/downloads
Get Started:
payara.fish/get-started
Editor's Notes
Need a graphic for this slide.
Following the principal that we should tell the audience what their problem is rather than expecting them to figure it out we should state a slide about
"GlassFish 5.x is old", Buggy and has Security vulnerabilities.
You shouldn't be running in production.
Message is you need to migrate!!!!
Again need a graphic.
I want to hit them straight away with why Payara is the answer to their problem.
Payara Platform offers these 6 solutions for modernizing Jakarta EE.
Cloud - Migrate existing Jakarta EE applications into the cloud with the Payara Platform, or build new, cloud-native applications on public cloud.
Containers - Support for containers out-of-the-box so you can reduce your infrastructure and maintenance costs of your existing applications.
Jakarta EE – Payara Server is a Jakarta EE compatible implementation. Payara Services is on Jakarta EE working group and Eclipse Foundation Solutions Members and Project Management Committee.
MicroProfile - Modernize infrastructure and build microservices applications on cloud with your existing development team’s Jakarta EE programming skills.
IoT - Integrate your applications with Internet of Things (IoT) devices. The Payara Platform makes an ideal edge server with support for MQTT.
DevOps - Deploy Kubernetes and other services quickly and easily, on-time and within budget. The Payara Platform is compatible with the services you’re already using and cloud-native.
Added some bullet points
This slide is really focussed on challenges people running GlassFish 5.x will have
First – it is super old – really over 5 years old
Second – migration to cloud – Payara is built for this
Third - Microservices – no MicroProfile, No hollow/fat jar/no micro edition
Fourth Security – it IS vulnerable
Fifth - Support
Do we have a slide that for “out of the box” Clustering on Cloud
SNI
TLS changes
Not sure we need this one
Last Updated: 11th Feb 2021
Can be checked here: https://www.payara.fish/glassfish-vs-payara-server-5/
What Makes Payara Server Better than GlassFish?
Payara Server is an open source, cloud-native middleware platform supporting reliable and secure deployments of Java EE (Jakarta EE) applications on premise, in the cloud or hybrid environments. Use Payara Server as a drop-in replacement for GlassFish Server Open Source edition, and enjoy complete peace of mind with our monthly releases, bug fixes and a 10-year support lifecycle. Payara Server is optimized for production deployments and aggressively compatible with common ecosystem components.
Payara Server is built and supported by a team of DevOps engineers dedicated to continued development and maintenance of the open source software, and committed to collaboration with the community to ensure Payara Server is the best option for production Java EE applications.
Wondering how to move from GlassFish to Payara Server? See the GlassFish to Payara Server Migration Guide.
GlassFish 3 – last release 2012 – 10 years old
GlassFish 4 – 2017 – 5 years old
GlassFish 5 – effectively 2017 – 5 years old