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We are thrilled to announce the release of BoxLang 1.0.0-Beta 3! This latest beta version is packed with exciting new features and essential bug fixes, including robust encryption functionality, enhanced Java interoperability, and more efficient event handling. Key highlights include the introduction of query caching capabilities, seamless coercion of Java Single Abstract Method (SAM) interfaces from BoxLang functions, and support for virtual thread executors. So, let’s dive into the details of what’s new in BoxLang 1.0.0-Beta 3 and how you can start leveraging these updates today!

We're thrilled to announce the release of BoxLang 1.0.0-Beta2! This beta introduces a plethora of exciting new features and bug fixes, including encryption functionality, improved Java interoperability, and streamlined event handling. We are also excited to announce that these betas will be incrementing weekly until we reach our stable version in the coming months. So let's dive in!

Finally, the wait is over! After a lot of intrigue and almost 10 months of extremely hard work, we can finally tell you about the most important release of the year for us at Ortus:

BoxLang: Multi-Runtime Dynamic JVM Language

BoxLang is a modern dynamic JVM language that can be deployed on multiple runtimes: operating system (Windows/Mac/nix/Embedded), web server, lambda, iOS, android, web assembly, and more. BoxLang combines many features from different programming languages, including Java, ColdFusion, Python, Ruby, Go, and PHP, to provide developers with a modern and expressive syntax.

BoxLang has been designed to be a highly adaptable and dynamic language to take advantage of all the modern features of the JVM and was designed with several goals in mind:

• Be a rapid application development (RAD) scripting language and middleware;.
• Unstagnate the dynamic language ecosystem within Java.
• Be dynamic, modular, lightweight, and fast.
• Be 100% interoperable with Java.
• Be modern, functional, and fluent (Think mixing CFML, Node, Kotlin, Java, and Clojure)
• Be able to support the following runtime environments and future runtimes through modularity:
  • Native OS Binaries (CLI Tooling, compilers, etc.)
  • Servlet Containers - CommandBox/Tomcat/Jetty/JBoss
  • Serverless (AWS Lambda/Azure Functions)
  • JSR-223 Common JVM Scripting API
  • Android/iOS Devices
  • Web assembly
• Compile down to Java ByteCode
• Allow backward compatibility with the ColdFusion/CFML Language