Claude
c462fcb663
Re-uses the platform/virtual-thread transcripts already committed in virtual-threads-benchmark rather than re-measuring them, and adds a WebFlux module measured the same way (client-side java.net.http.HttpClient load generator against a real Netty server). Covers I/O-bound throughput, a naive-vs-offloaded CPU-bound comparison that turned up a real, counter- intuitive fact about this sandbox's default thread-pool sizes (LoopResources.DEFAULT_IO_WORKER_COUNT=4 vs Schedulers.parallel()'s availableProcessors()=2), and an event-loop-starvation scenario showing what the naive endpoint actually costs unrelated /io traffic on the same server. Companion code for the ankurm.com post "Virtual Threads vs WebFlux vs Platform Threads: Benchmarks and a Decision Framework." Also fixes the root README's module table, which was missing the virtual-threads-benchmark row from an earlier commit.
11 lines
310 B
Bash
Executable File
11 lines
310 B
Bash
Executable File
#!/usr/bin/env bash
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# Regenerates every file under docs/output/ from a real run: the JUnit test suite writes
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# 01, 02 and 03 via the Transcript helper as it asserts. See docs/01-webflux-benchmark-methodology.md.
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set -euo pipefail
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cd "$(dirname "$0")/.."
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mvn -q -B test
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echo "Regenerated:"
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ls -1 docs/output/
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