This article describes how to engineer Java Velocity templates for local development within a Vue project by creating a Node‑based rendering engine and a custom Webpack loader, enabling hot‑reloading, mock data injection, and seamless integration of Velocity‑generated HTML into the Vue build pipeline.
This article examines injection vulnerabilities in Java template engines Velocity, FreeMarker, and Thymeleaf, details payload extraction, demonstrates how to generate automated detection rules and security operation capabilities, and discusses future directions for comprehensive attack‑chain analysis.
This article outlines a four‑step, low‑impact migration strategy that transforms legacy Java‑based Velocity template systems into a hybrid Velocity + MVC + MVVC architecture, introduces single‑file componentization, builds a local sandbox with hot‑module replacement, and ultimately achieves full frontend‑backend separation using Vue.
This article explains why a clear Sprint Goal is essential for delivering stakeholder value, how it guides team collaboration, planning, and re‑planning, and the additional benefits such as fostering swarming, improving velocity, and maintaining focus throughout the Sprint.
This article continues a series on server‑side template injection by presenting four hands‑on labs covering Tornado (Python), Velocity (Java), Freemarker (Java) and a Freemarker sandbox‑escape, detailing syntax basics, attack surfaces, exploit payloads, defensive measures, and step‑by‑step exercises.
