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Implement the remainder of PluginManager::registerPackage: the plugin
autoload map is built by the ported createLoader/parseAutoloads and
served to the worker over the existing reverse-RPC autoloader, files
entries go through a composerRequire-equivalent glue call, and
already-defined classes take the upstream _composer_tmp rename/eval
path. Instantiation uses the new NewObject/CallPhpMethod lanes backed
by a P table in the worker; PhpPluginProxy adapts the resulting handle
to PluginInterface, with $composer/$io exposed to plugin callbacks via
an R table (unsupported methods stay explicit errors). Hand-written
proxy stubs cover Composer, PartialComposer and the IO hierarchy, and
the stub autoloader is re-prepended after loading the Composer PHP
runtime so its vendor autoloader cannot shadow proxied FQCNs.
FilesystemRepository::write now mirrors InstalledVersions::reload into
a running worker (class_exists-guarded, so an unloaded class keeps its
upstream lazy-load behavior), removing the previously undefined
observation window.
The installer pipeline passes the installed repository as a shared
handle instead of a long-lived `&mut dyn`: plugin registration runs
inside InstallationManager::execute and re-enters the same local
repository through the RepositoryManager, which would panic on the
RefCell re-borrow under the old shape.
PluginInterface lifecycle methods now take an owned ComposerHandle
(plugins retain $composer past the call) and return anyhow::Result
(PHP plugin code may throw); the plugin list uses shared ownership so
the identity comparison of removePlugin survives the dual storage in
registeredPlugins, matching PHP reference semantics.
Ports the activate/upgrade/uninstall tests of PluginInstallerTest,
serialized across the shared worker process whose persistent class
table is exactly what exercises the rename path.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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Replace the name\0arg framing with the plugin wire protocol: tagged
frames with corr_id multiplexing, a MAX_FRAME_LEN bound, a thread-ID
based reentrant SessionLock, and the PluginValue codec (encoder plus
the first recursive decoder, iterative with a 512-level depth cap).
Float formatting is ported from php-src into shirabe-php-src so the
encoder is byte-compatible with serialize() under serialize_precision=-1,
which the spawned worker now pins. The worker gains a standing dispatch
loop, CallRustMethod reentrancy, hand-written Event proxy stubs, and
explicit-error answers for everything not implemented yet. The public
query API (get_php_version and friends) is unchanged and now rides the
new protocol; the codec is verified against real PHP by roundtrip
oracle tests covering floats, non-UTF-8 bytes and deep nesting.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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The line was a "TODO: curl_version()" placeholder. Extend the diagnose
payload with curl_version() and the CURL_* constants getCurlVersion()
consults, so the libz/brotli/zstd/ssl/HTTP details come from the PHP
runtime instead of being guessed. curl_version() is only reachable while
the extension is loaded, mirroring the ioncube_loader_* entries.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
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diagnose used to read hardcoded shim stubs, so it described a fictional
runtime: OPENSSL_VERSION_NUMBER was always 0 and tripped the TLSv1.1/1.2
check, PHP_BINARY and OPENSSL_VERSION_TEXT were empty, and the extension,
function and ini probes answered from a fixed table.
The PHP worker gained a `diagnose` entry that returns every fact the
command needs as one PHP array, cached in a OnceLock so the several call
sites share a single round trip. Reading it back needed array support in
the serialize() parser, which in turn lets get_loaded_extensions and
get_all_ini_files return real lists instead of comma-joined strings.
Also fixes the openssl_version message, which dropped strstr()'s
before_needle argument during the port, and check_connectivity's
allow_url_fopen test, which did not follow PHP string truthiness.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
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Two shim gaps made the extension-related branches of solver-problem
messages wrong:
- phpversion($ext) with a non-empty extension can't be known statically
(it's shirabe-php-shim's todo!()); Problem::get_missing_package_reason
now calls shirabe_php_rpc::phpversion, the same RPC bridge
platform::runtime::Runtime::get_extension_version already uses.
- extension_loaded's hardcoded allowlist was missing "pcre", a mandatory
always-compiled-in PHP extension, so ext-pcre was misreported as
"missing from your system" instead of "disabled by your platform
config" whenever a platform override disabled it.
Also fix XdebugHandler::getAllIniFiles() always returning `[""]`
(a php-runtime stub): create_extension_hint()'s early-return guard
(`paths[0] empty && len==1`) fired unconditionally, silently dropping
the entire "To enable extensions..." hint from every solver-problem
message that mentions missing extensions. shirabe-external-packages
can't depend on shirabe-php-rpc (shirabe-php-rpc already depends on
shirabe-external-packages), so IniHelper::get_all() queries a new
get_all_ini_files RPC command directly instead of going through the
stub.
This exposed that XdebugHandler is never constructed with a name
because bin/composer's restart-without-Xdebug bootstrap was never
ported to main.rs, making COMPOSER_ORIGINAL_INIS-driven behavior
unreachable; documented with a TODO(phase-c) and updated
ini_helper_test.rs's ignore reasons (and ignored test_with_no_ini,
which only passed before by coincidence with the old stub's constant
output) to match.
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DiagnoseCommand::check_platform needed phpinfo() output but
shirabe-php-shim's ob_start()/phpinfo()/ob_get_clean() are unmodeled
todo!()s. Add a phpinfo dispatch entry to the PHP worker (capturing
output the same way extension_info already does) and a get_phpinfo()
wrapper, then switch check_platform to call it directly.
This unblocks the phpinfo-related panic in diagnose; the ignored
tests now hit a separate RefCell double-borrow bug in check_http, so
their ignore reasons are updated to point at that instead.
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Route the platform-repository seams that need real PHP introspection
through php-rpc instead of todo!()/hardcoded shims:
- Runtime::invoke now handles the two dynamic callables
PlatformRepository actually reaches (inet_pton, curl_version) via new
php-rpc calls; other callables remain unsupported.
- Runtime::get_extension_info uses a new `extension_info` php-rpc call
(ReflectionExtension::info() + output buffering) instead of todo!().
- Runtime::get_extensions/get_extension_version now query the real PHP
process (get_loaded_extensions, phpversion) instead of the
shirabe-php-shim's hardcoded "standard CLI environment" model, so
platform requirement checks see the extensions actually installed.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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Runtime::hasConstant/getConstant need a real PHP interpreter's defined()/
constant() to answer platform requirement checks (e.g. PHP_ZTS, PHP_INT_SIZE),
which the shim can't provide since Rust constants aren't queryable by string.
Extend shirabe-php-rpc's protocol to carry one string argument and return the
full PHP scalar range, add defined/constant dispatch entries to the worker,
and wire Runtime and get_php_version/get_php_binary onto them.
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Add a minimal shirabe-php-rpc crate that spawns the system PHP as a
child process and asks it for runtime information over a Unix domain
socket, then use it to fill the `--version` PHP line with the real
\PHP_VERSION and \PHP_BINARY instead of fixed placeholder values.
See docs/dev/php-rpc.md for the design and scope.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
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