The combination of all four layers in addSourceBuffer at the MediaSource prototype level, src and srcObject property descriptor hooks, play() prototype hook, and capture-phase event listeners means there is, practically speaking, no architectural escape route left. The entire browser surface area through which a media element can receive and play audio has been covered. How fucking braggadocious of me to say that. I will be humbled in due time. That much is universal law.
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Now, to be fair, Node.js really has not yet put significant effort into fully optimizing the performance of its Web streams implementation. There's likely significant room for improvement in Node.js' performance results through a bit of applied effort to optimize the hot paths there. That said, running these benchmarks in Deno and Bun also show a significant performance improvement with this alternative iterator based approach than in either of their Web streams implementations as well.
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Prototype pollution defense: One test patches Object.prototype.then to intercept promise resolutions, then verifies that pipeTo() and tee() operations don't leak internal values through the prototype chain. This tests a security property that only exists because the spec's promise-heavy internals create an attack surface.