// Synchronous consumption — no promises, no event loop trips
The entire pipeline executes in a single call stack. No promises are created, no microtask queue scheduling occurs, and no GC pressure from short-lived async machinery. For CPU-bound workloads like parsing, compression, or transformation of in-memory data, this can be significantly faster than the equivalent Web streams code — which would force async boundaries even when every component is synchronous.
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No base class to extend, no abstract methods to implement, no controller to coordinate with. Just an object with the right shape.。关于这个话题，雷电模拟器官方版本下载提供了深入分析