UI Rendering via Deployment File Parsing to Reduce Development Time
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Solution Overview
Problem
Software development is hindered by the need for drastic programming revisions and resource wastage when changes are made to user interfaces (UIs), as existing methods require rewriting programs and redeveloping the entire software, even for minor UI changes.
Innovation Solution
A UI rendering and operating method using a deployment file that parses data to generate and bind UI elements, allowing for separate definition of visual designs and feature deployments, enabling software developers to edit the deployment file to create different UIs without rewriting programs.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If drastic programming revisions are made to change the UI, then the UI can be customized and differentiated, but human and time resources are wasted
Solution Approach 1:
The patent segments the software system into distinct components: a stable core program and a configurable UI layer. The deployment file separates UI element definitions, feature provider data, and visual design specifications from the main program code. This allows the UI to be customized by modifying only the deployment file rather than rewriting the entire program, thus reducing development time while maintaining UI adaptability.
Solution Approach 2:
The patent merges UI configuration data and program logic into a unified deployment file that can be parsed and processed. By combining element rendering data, feature provider data, and visual design specifications in a single configurable file, the system enables UI customization without requiring separate programming revisions, thereby reducing both time and resource waste.
2Adaptability or versatility
If the entire software is redeveloped to change the UI, then the UI can be completely transformed, but human resources are wasted
Solution Approach 1:
The patent extracts UI-specific configurations and element definitions from the main program code into a separate deployment file. This extraction allows complete UI transformation by modifying only the extracted UI configuration data without touching the core program logic, thereby preventing waste of human resources that would otherwise be required to redevelop the entire software.
Solution Approach 2:
The deployment file serves multiple functions: it defines UI element rendering data, specifies feature provider data, stores visual design specifications, and configures element-behavior bindings. This multi-functional configuration file enables complete UI transformation across different software products while reusing the same core program, eliminating the need for human resource-intensive redevelopment.
3Adaptability or versatility
If moduli zed program design is used to reconstruct the UI, then the UI can be customized, but time resources are wasted
Solution Approach 1:
The patent performs preliminary action by pre-defining all UI element configurations, feature bindings, and visual designs in the deployment file before runtime. The parser unit pre-processes this file to extract and organize UI rendering data, element definitions, and feature provider information. This preliminary configuration allows rapid UI customization without time-consuming reconstruction during implementation, as all UI specifications are already prepared in the deployment file.
Data Source
AI summary
A user interface (UI) rendering and operating method is implemented by a processor with a deployment file, and comprises configuring the processor to implement a parent procedure for: parsing the deployment file so as to obtain UI rendering data that defines a visual design of the UI, feature provider data that defines a procedure providing a feature linked to a generated element of the UI, feature identification data that defines an identification corresponding to the feature, and element rendering data that defines a visual design of the element; binding the feature provider data and the feature identification data to the element; rendering the UI and the element with reference to the UI rendering data and the element rendering data.