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PHP's CompletionInput extends ArgvInput, so it can be passed anywhere an
InputInterface is expected (GlobalCommand::complete binds and forwards it,
suggestion closures read options and arguments from it). The Rust port only
embedded the ArgvInput, so none of that surface was reachable.
Implement InputInterface by forwarding to the embedded ArgvInput, with bind
dispatching to the specialized CompletionInput::bind (PHP's virtual
dispatch), derive Clone, and teach GlobalCommand::input_to_string the
CompletionInput branch.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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The _complete and completion commands were registered but always panicked:
get_class_of_command / instantiate_completion_output / tail_debug_log were
todo!() and the completion.bash resource was not shipped.
- make Command::complete return anyhow::Result so completion errors
propagate to CompleteCommand's catch-all (exit code 2) like PHP
- add Command::get_class as the port hook for PHP's get_class() debug log;
every command supplies its PHP FQCN via the delegation macro
- embed Resources/completion.bash at compile time (single-binary port);
get_supported_shells becomes a static list
- implement tail_debug_log by moving the shared output handle into the
'static process callback
- add OutputInterface::as_console_output so unsupported-shell errors go to
stderr as in PHP
- fix CompletionInput::bind to keep the argument name PHP assigns in the
foreach head even when the loop breaks on the first unset argument;
application-level completion always hit this and returned no suggestions
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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PHP's Input::bind() -> ArgvInput::parse() calls $this->parseToken(),
which late-binds to CompletionInput::parseToken; that override swallows
per-token RuntimeExceptions so an incomplete command line still parses.
Delegating CompletionInput::bind to ArgvInput::bind pinned the call to
ArgvInput's parseToken, aborting the whole parse on the first invalid
token and leaving CompletionInput::parse_token dead.
parseToken is protected and not on any trait, so ArgvInput::base_bind
threads the concrete implementation in as a callback instead of a trait
object.
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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Implement array_unique, array_splice, array_merge_recursive, krsort,
ksort, asort, sort_with_flags and sort_natural_flag_case, plus the
strnatcmp/strnatcasecmp port they rely on. Drop array_key_last and
array_splice_mixed in favour of existing helpers at the call sites.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
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Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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