Native Content Integration for Web Rendering Without Data Duplication
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Solution Overview
Problem
Conventional page rendering engines struggle with efficiently integrating diverse external content sources, requiring custom programming for each source and necessitating content transformation, which becomes cumbersome as sources change and grow.
Innovation Solution
A page rendering system that directly integrates with external systems, caching and handling third-party content as internal objects, allowing seamless integration and caching without the need for import and transformation, and providing a content service platform for native integration with arbitrary data sources.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If conventional page rendering engines import and transform third party content into native format, then content can be processed by the rendering engine, but development effort increases and content duplication occurs
Solution Approach 1:
The rendering engine implements a universal content handling mechanism that processes both first-party and third-party content through the same native object interface. The engine can directly receive and process content from diverse external sources (social media platforms, partner feeds, WordPress sites) without requiring separate import and transformation pipelines for each source type, thereby reducing development effort while maintaining adaptability
Solution Approach 2:
The patent introduces an intermediary layer (content service platform with native integration capabilities) that sits between external content sources and the rendering engine. This intermediary handles the complexity of interfacing with various external sources using their native formats and protocols, while presenting a unified native object interface to the rendering engine, thus eliminating the need for manual import and transformation code
2Adaptability or versatility
If conventional page rendering engines create custom programming code for each external source, then content can be obtained from diverse sources, but maintenance becomes cumbersome when sources change
Solution Approach 1:
The rendering engine implements a universal content handling mechanism that processes both first-party and third-party content through the same native object interface. The engine can directly receive and process content from diverse external sources (social media platforms, partner feeds, WordPress sites) without requiring separate import and transformation pipelines for each source type, thereby reducing development effort while maintaining adaptability
Solution Approach 2:
The system employs dynamic content resolution where third-party content objects maintain live references to their external sources. When external sources change their interfaces or content formats, the system can dynamically adapt by updating the content resolution logic without requiring comprehensive code changes, as the native object interface remains stable while the underlying data retrieval mechanisms are flexible
3Productivity
If third party content is imported and transformed to native format, then content can be processed, but content duplication and update issues arise
Solution Approach 1:
Instead of importing and transforming third-party content into the native system, the patent implements a copying approach where third-party content is accessed directly through native object interfaces. The rendering engine creates references to external content sources and resolves them natively during rendering, eliminating the need to create duplicate copies of content in the internal database and ensuring that updates at the source are automatically reflected without manual synchronization
Solution Approach 2:
The system implements a feedback mechanism where the rendering engine continuously monitors and resolves third-party content objects from their external sources during the rendering process. This ensures that the most current content is always retrieved, and any changes at external sources are automatically reflected in the rendered output, maintaining content update consistency without requiring manual intervention or complex synchronization protocols
Data Source
AI summary
A technique for more efficiently integrating external content for web page display is disclosed. The technique includes identifying a plurality of page features for displaying a web page, selecting a corresponding content resolver from a plurality of content resolvers stored in the memory for each of the identified page features. The selecting may be in accordance with the end user device. The technique may also include rendering the web page for display on the end user device in accordance with one or more parameters specified in the corresponding content resolver.


