Stream implementations can and do ignore backpressure; and some spec-defined features explicitly break backpressure. tee(), for instance, creates two branches from a single stream. If one branch reads faster than the other, data accumulates in an internal buffer with no limit. A fast consumer can cause unbounded memory growth while the slow consumer catches up, and there's no way to configure this or opt out beyond canceling the slower branch.
Baroness Amos centred her findings on six key areas. Issues found included:
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This week has been predictably tough on Pokémon TCG collectors. Walmart has been dropping exclusive Pokémon TCG collectibles all week in the lead up to Pokémon Day, but securing orders on these heavily discounted items has been tricky. It's what we expected, but it's still disappointing to see.
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This pattern has caused connection pool exhaustion in Node.js applications using undici (the fetch() implementation built into Node.js), and similar issues have appeared in other runtimes. The stream holds a reference to the underlying connection, and without explicit consumption or cancellation, the connection may linger until garbage collection – which may not happen soon enough under load.