This article explains how Vite‑built micro‑frontends can be loaded as native ES modules in icestark, covering the advantages of ES‑module tooling, dynamic import techniques, necessary Vite configuration changes, and the resulting fast cold‑start and second‑load performance for progressive upgrades.
This article explains how native ES modules, supported by modern browsers since 2018, enable no‑build development with tools like Vite and Snowpack, and describes practical techniques for loading Vite‑based micro‑frontends in icestark using dynamic import, lib mode, and plugins.
This article examines the micro‑frontend architecture of icestark, analyzing workbench and large monolithic application scenarios, comparing technical options such as SPA/MPA, iframe and shared components, and detailing core concepts, routing, isolation, communication, and micro‑module capabilities to guide practical implementation.
This article examines why micro‑frontend architecture is needed for large monolithic front‑end apps and workbench scenarios, compares SPA/MPA, iframe and shared component approaches, and details icestark’s core concepts, routing, communication, isolation techniques and micro‑module integration.
This article explains how the ICE team created the AppLoader solution for Alibaba's Creator Platform, evolved it into the open‑source icestark framework, and details its architecture, loading strategies, sandbox isolation, and real‑world business value for large, multi‑team front‑end systems.
