Baidu Live SSR Technology: A New Approach to Web Application Development

This article delves into Baidu's innovative approach to Server-Side Rendering (SSR) technology, highlighting a new method that enables web applications to achieve SSR capabilities by adding a JavaScript computation function to the CSR directory.

The technology leverages end-cloud collaboration to break through key SSR technology pathways and standardize high-quality web applications, enhancing market value. This 'hour-level empowerment scheme' is explored in detail, focusing on how it addresses the challenges of traditional SSR implementations.

The article discusses the background and demands of SSR, emphasizing the shift from CSR to SSG and the need for personalized content delivery. It highlights how SSR can improve user experience, SEO, and content delivery, making web applications more competitive.

Key points include the demand for homogeneous SSR, which avoids the maintenance costs associated with heterogeneous TPL and JS. The technology aims for zero module, project, and page directory changes, ensuring that CSR remains the primary business carrier while allowing for easy SSR integration.

Developers are empowered to focus on component code, with CSR deployment methods allowing for code modifications and immediate releases. The technology ensures that BFF service orchestration and cloud infrastructure run smoothly, with data interfaces and fields being reused.

The article also covers the FaaS SSR universal solution, which builds on first principles to create a consistent environment for SSR. This environment offers benefits such as service preheating, fast access, elastic scaling, container isolation, and low maintenance costs, enhancing web applications' cloud development capabilities.

Components are identified as the smallest granularity in homogeneous rendering, allowing for strong, highly reusable, and flexible execution environments. Components integrate client-side, edge, and central services, ensuring that component code runs at least twice: once on the server to produce Contentful HTML and again on the browser to handle interactions.

The article concludes by discussing the future prospects of SSR technology, emphasizing its role in elevating system standards and encouraging incremental upgrades. It highlights the technology's flexibility and potential to support new business models while reducing experimental costs.