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Answers how a given class is treated at the plugin boundary, accepting a
PHP source file, a Rust source file, or a (short or fully qualified)
class name. Reads report.json and generates it first when missing. Rust
paths resolve by normalized segment matching because the snake_case
mapping is not reversible for acronyms (io_interface.rs -> IOInterface).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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Decides, for every composer/composer class, how it is treated at the
plugin boundary (rust-proxy / rust-snapshot / contract / two-world /
php-native / unsupported) so that upstream updates re-classify new or
rewritten classes without re-deriving the design by hand. Rules and
category definitions live in docs/dev/plugin-class-classification.md;
the tool (PHP + nikic/PHP-Parser) implements them as a reachability
closure with direction marks, per-method pure/mutator analysis, and a
leaf-first fixed point for unreachable classes, with three small
versioned exception lists.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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Benchmarks were comparing against whatever composer happened to be on
PATH instead of the pinned submodule version, and paid the HTTP/3
fallback penalty from composer/composer#12987 on every packagist
request.
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Fold scripts/lint and scripts/linters/*.rb into a standalone Composer
project under scripts/linters/, matching the scripts/plugin-class-classifier/
convention. Uses no external packages, only PHP + Composer autoloading.
Verified byte-for-byte identical output against the original Ruby
implementation, both on the current repo (all linters pass) and on a
synthetic fixture exercising every violation type.
Entry point moves from `scripts/lint` to `scripts/linters/lint`.
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A dead worker and a live one hitting a framing bug both surface as a
raw socket I/O error (e.g. "Broken pipe"), which doesn't say whether
the child crashed, was signaled, or is still running. Query the
child's exit status via try_wait() and attach it as anyhow::Context
so the panic message shows the root cause directly.
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The earlier measurements documented in the perf notes were taken with
--no-audit to keep the security-advisories request out of the timings,
but the flag never landed in the committed script. Add it so future
runs are comparable.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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regex::Regex::clone() does not share the underlying meta engine's
search-cache pool, so every fresh clone pays a ~10us warmup cost on
its first use. Two changes together eliminate this across nearly all
preg_* call sites:
- A php_regex! macro resolves PHP-style patterns to a per-call-site
&'static regex::Regex (via regex-macro's LazyLock), applied at the
majority of call sites throughout the codebase.
- Call sites still passing dynamic pattern strings go through
PATTERN_CACHE, which now stores Arc<(Regex, bool)> and hands out
Arc::clone()s instead of cloning the Regex itself.
PregPattern::resolve() returns a ResolvedPattern enum (Arc or
'static reference) rather than an owned Regex, so neither path ever
clones the Regex proper.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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Lighter-weight companion to scripts/bench/create-project.sh: compares
shirabe vs composer on dependency resolution alone (require --no-install
--no-audit), skipping the download/install step that dominates
create-project's runtime.
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Extends no_banned_use to cover std::any::Any, std::io::Read/Write, and
std::process::Command, and teaches the linter to allow `as _` imports
so trait methods can still be brought into scope without binding the
banned name. Fully qualifies all existing usages across the codebase.
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Add a no_banned_use linter that forbids importing anyhow::Result, and
update all call sites to reference it via its fully-qualified path so
it is never confused with std::result::Result.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
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