Xsemble Release 3.7: UI, UX and Speed
Xsemble release 3.7 comes with improvements in UI (User Interface), UX (User Experience) and speed of burning.
March 2023
November 2022
Component Points – A Unit of Measure for Software Sizing
Absence of a workable unit of measurement results into lack of quantitative information, which in turn prevents timely corrective action. We introduce component point to fill this gap.
August 2022
Export Documentation with Xsemble 3.6
Xsemble 3.6 features Documentation export, Syntax highlighting of the Implementation dialog and Enhancements to Xsemble User Guide.
July 2022
Creating Web Form for Xsemble
The article covers how to create a web form for an Xsemble Page component effortlessly with a web editor, while taking into account the component reusability.
June 2022
Xsemble 3.5: Standalone Applications
With release 3.5, Xsemble forays into supporting standalone applications, beyond supporting only web applications. Support for standalone desktop and command line applications is added.
March 2022
Xsemble 3.4 – Parameterization Enhancements & Project Reusability
Xsemble release 3.4 comes with parameterization enhancements that broaden the reusability from single component level to the entire project level.
February 2022
Xsemble 3.3: Encouraging Static Code Analysis
Xsemble 3.3 brings code level enhancements to Xsemble projects. Generated code templates are aligned with static code analyzers (linters) and use primitive types.
January 2022
Xsemble 3.2.1 with Spring Boot Support
Xsemble adds initial support to Spring Boot technology in the release 2.3.1. The support is enabled using a cartridge.
December 2021
Xsemble 3.2: Revamped Monitoring and Burn Dialog
Xsemble 3.2 comes with many enhancements in areas of live monitoring of existing application, parameterization and burn configuration.
November 2021
Component Reusability: Eliminating Component Coupling
Xsemble has inbuilt powerful mechanisms to create components that are independent of one another and their environment. This gives rise to high component reuse.
