As Java developers, we’ve long grappled with the constraints of constructor logic and initialization.  In the past, if you needed to perform any operations before invoking the superclass constructor (via super()) in any class, you were often forced to rely on helper methods or extra constructors. This mostly ended up with cluttered, hard to read code as you needed to duplicate constructors or find workarounds. Let's look at how to address this in today's Nugget Friday!

“Which version of the Payara Platform is right for me?” We get asked this question all the time, so we wanted to provide you with a more in-depth discussion that outlines the similarities and differences between the two editions of the Payara Platform, Enterprise and Community, to help you choose the one that best fits your needs.

Welcome to another episode of Nugget Friday! Today, we'll be looking at asynchronous operations, which have always been a crucial component for creating efficient and responsive applications. 

Robust and efficient application servers are essential for companies relying on software applications, whether these support e-commerce platforms, financial services portals or internal operations.  To help ensure smooth operations, deliver seamless services to users and generate revenue, it’s important that the runtime in place can offer maximum uptime to reduce cost while optimizing performance, profitability and user satisfaction. 

In this blog post, we share insights from industry players on the impact of unexpected application server issues and downtime as well as how to reduce them.   

It's Nugget Friday again, and we're excited to bring you another valuable titbit to our beloved coders! In this instalment of our Friday Nugget series, we're diving into a common yet essential task for developers, especially when handling data read from a file, network or database: converting an InputStream to a String in Java. Knowing how to do this is crucial for efficiently managing IO and data processing tasks.

Innovation is at the core of some of the most exciting software applications currently available and in development. It's important to recognize these solutions, as the stories behind them can inspire developers as well demonstrate the real-world impact of a reliable and future-oriented application server in pushing boundaries in software development. In line with this commitment, we're delighted to shine a spotlight on Payara Community member, TechnoLynx, by interviewing its CEO and Founder, Balázs Keszthelyi. In this blog post, he discusses what the organization does, its applications and how it uses Payara to power key applications.

Start-ups are hotbeds of innovation, where speed, agility and resourcefulness are key to success. But in the world of enterprise Java applications, managing complex cloud deployment infrastructure can quickly become a bottleneck and take up considerable time from your developers. To address these issues and streamline cloud deployments, we created Payara Cloud.

'Java' can be considered an umbrella term encompassing different technologies rather than a single element or solution. This webinar with Simon Ritter from Azul  & Luqman Saeed from Payara - watch here - shed a light on what different Java aspects and components,  illustrating how software developers can leverage these technologies, including runtime options, to deliver highly effective applications.

The Payara Platform promises aggressive compatibility. Because we focus on providing an excellent application server, we do not seek to lock you in to a product suite or any particular tools. As you see in this blog, this is also true in the case of which implementation of the Jakarta Persistence API specification you choose to use. We explain why we run automatically with EclipseLink, but also why and how you may switch to Hibernate. 

Choose the tool that is right for your specific use case. 

Avanzando más nuestra serie de blogs de introducción, esta entrada mostrará como puedes escalar de forma dinámica tu cluster, y como Payara Server maneja la conmutación por fallas entre miembros del cluster.

See here for the original version in English language.

La conmutación por fallas es la habilidad de continuar proporcionando acceso a nuestro sitio web o aplicación en el caso de que un servidor falle. Es una parte importante de un servicio que goza de alta disponibilidad, cuyo objetivo es minimizar los tiempos de inactividad a lo largo de tu infraestructura de servicios.