Intelligent Page Layout Delivery: Empowering Values with Advanced Validation

Abstract

In modern software development, efficient handling of user interactions within form-based applications is essential. The proposed solution introduces a dynamic approach to page layout delivery, aiming to enhance user experience and streamline data management processes. Central to this solution is the concept of virtual page layout definition, which encapsulates crucial information regarding form objects, fields, and their configurations. By storing this information either in a database table or JSON format, developers gain flexibility in managing and customizing page layouts to meet diverse application requirements. At the core of the runtime engine lies a structured lifecycle designed to facilitate the insertion or updating of page layouts. During the "On Load" phase, essential parameters such as record ID, object name, and user persona details are processed to initialize runtime operations effectively. Subsequently, the engine meticulously evaluates page layout configurations, ensuring alignment with the specified object and user persona. Leveraging this information, it retrieves field values from the record, enabling seamless integration of data into the designated page layout. Upon execution of page layout actions, the runtime engine undergoes stringent validation checks to uphold data integrity. It meticulously examines predefined validation criteria, ensuring that only actions meeting these criteria proceed for evaluation. Following the execution of page layout actions, messages indicating success or failure are promptly displayed, offering users real-time feedback on the outcome of their interactions. This abstract encapsulates the essence of the proposed solution, highlighting its focus on dynamic page layout delivery, validation, and user-centric feedback mechanisms.