Streaming Website Generation for Fast Enterprise Data Updates
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing static site generation and deployment systems are slow and inefficient for enterprise-scale websites due to long-running processes that cannot handle frequent data updates, preventing widespread adoption.
Innovation Solution
A streaming static web page generation system that decouples the deployment process into three phases: initial build, page generation, and ongoing data update processing, utilizing stream processing to parallelize and optimize each phase for distinct responsibilities, enabling fast and scalable web page generation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If a single build command is used to generate HTML web pages from external data sources, then the deployment system can trigger builds in response to data changes, but the entire site must be regenerated each time, resulting in slow build times and poor scalability
Solution Approach 1:
The patent segments the site generation process into distinct phases: a build phase that generates static assets and templates, and a data processing phase that generates HTML pages from data streams. This segmentation allows independent optimization of each phase and enables parallel processing, dramatically improving build-time performance and eliminating the need to regenerate the entire site when only data changes.
Solution Approach 2:
The build phase performs preliminary actions by pre-generating static assets, templates, and processing pipelines before data arrives. This preliminary preparation allows the data processing phase to quickly generate HTML pages without re-executing the entire build process, significantly reducing the time required to update sites in response to data changes.
2Reliability
If the deployment system listens for data changes and triggers new builds, then the site can be kept up-to-date with source data, but the single build command must execute completely each time, preventing fast updates
Solution Approach 1:
The system segments the update process into a build phase that creates the processing pipeline and a data processing phase that executes it. When data changes occur, only the data processing phase needs to run, maintaining data synchronization while achieving fast update speeds by avoiding complete site regeneration.
Solution Approach 2:
The system dynamically adapts the build process to the nature of changes. The build phase generates a flexible processing pipeline that can efficiently handle different types of data changes without requiring a complete rebuild, enabling the system to maintain reliability while achieving rapid updates through dynamic process adjustment.
3Speed
If static site generation is used for enterprise-scale websites with frequent data updates, then fast page delivery is achieved, but the long-running build processes prevent operational tractability
Solution Approach 1:
The patent divides the static site generation system into separate build and runtime components. The build phase creates optimized static assets and processing pipelines, while the runtime system efficiently processes data streams and generates pages. This segmentation enables fast page delivery while making the overall system operationally tractable by allowing independent optimization and management of each component.
Solution Approach 2:
The build phase performs preliminary preparation of static assets, templates, and processing logic before the runtime phase begins. This preliminary action simplifies the runtime complexity by pre-computing optimization opportunities and creating efficient processing pipelines, enabling the system to handle enterprise-scale websites with frequent updates while maintaining operational tractability.
Data Source
AI summary
A system and method to generate a website for a user system. A set of static assets associated with the website are generated. A first document of a first data record is transformed from a first schema to a second schema to generate a first transformed document. A data graph associated with the user system is generated, where the data graph includes the first transformed document and a portion of HTML content of a data record received via a first data stream of a set of data streams. A web page including the portion of HTML content is rendered. The set of static assets and the web page of the website are provisioned to the user system.