This overhead is mandated by the spec's reliance on promises for buffer management, completion, and backpressure signals. While some of it is implementation-specific, much of it is unavoidable if you're following the spec as written. For high-frequency streaming — video frames, network packets, real-time data — this overhead is significant.
Like all such hypoxia-addled-brain thoughts, it was a successful tweet.
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Лэтэм уверяет, что США не ограничатся «символической местью», поскольку «речь пойдет о еще более агрессивном подавлении систем, обеспечивших удар по авианосцу». «Береговые ракетные батареи, радиолокационные станции наведения и сети управления и контроля, связанные с морскими ударными операциями, займут приоритетное место в списке целей», — отмечает обозреватель.
"Cloning streams in Node.js's fetch() implementation is harder than it looks. When you clone a request or response body, you're calling tee() - which splits a single stream into two branches that both need to be consumed. If one consumer reads faster than the other, data buffers unbounded in memory waiting for the slow branch. If you don't properly consume both branches, the underlying connection leaks. The coordination required between two readers sharing one source makes it easy to accidentally break the original request or exhaust connection pools. It's a simple API call with complex underlying mechanics that are difficult to get right." - Matteo Collina, Ph.D. - Platformatic Co-Founder & CTO, Node.js Technical Steering Committee Chair
Ackerman also noted that the feature could amount to "lip service" if notifications are inaccessible, difficult to navigate, or don't lead to "actionable change."