Evolving Isomorphic Data-Fetching

New constraints have been leading to a complete rethinking of how we handle isomorphic data-fetching in JavaScript frameworks. Truthfully I don't have the full answer yet. Join me as we explore this topic understanding the constraints, learning from history, and attempt to design what the architecture of the future looks like.

0:00] - Preamble - Isomorphic Code in JS vs. Rust, etc.
[19:30] - Preamble - Templating, Signals, & Academia
[37:00] - Evolving Isomorphic Data-Fetching - Introduction
[55:30] - EIDF: Early Client-Side Routing
[1:09:00] - EIDF: The React Router 4 Regression
[1:19:15] - EIDF: How Does Client-Side Routing Work?
[1:25:15] - EIDF: SSR in JS Frameworks: Prepass
[1:36:45] - EIDF: SSR: Suspense & Loader Pattern
[1:49:45] - EIDF: SSR: Async Components
[2:01:30] - EIDF: SSR: Solid's Current Patterns
[2:08:15] - EIDF: Benefits of Islands
[2:26:30] - EIDF: State and Context in Server Components
[2:38:30] - EIDF: Cache and Preload
[2:49:00] - EIDF: Brief Preview of New Async Primitive
[2:52:30] - Q & A: HTMX, Bun, Rust, etc. (Primeagen Raid)
[3:07:30] - Q & A: RSC's, Context, Complexity, etc.
[3:20:30] - EIDF: createAsync & createWriteable
[3:28:00] - EIDF: cache(fn)
[3:41:15] - EIDF: Conclusion
[4:00:00] - Intermission
[4:05:00] - This Week in JavaScript: Node & Bun
[4:20:30] - TWiJ - Ryan's Article
[4:28:30] - TWiJ - Vercel V0
[4:33:45] - TWiJ - Remix v2
[4:42:00] - Wrap-up and Preview of Next Week

Thank you @zombiefacesupreme for the timestamps.