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executeBatch now builds one future per operation — the PHP promise
chain prepare -> install/update/uninstall -> cleanup -> repo->write,
including the '<Op> of <pkg> failed' rejection handler covering the
chain up to cleanup — and drives the whole batch through
waitOnPromises()/Loop::wait, so archive extraction (the unzip
subprocesses gated by ProcessExecutor's semaphore) finally overlaps
across packages. Alias operations stay synchronous in the collection
loop like PHP.
The shared repository is threaded through the chains as
RefCell<&mut dyn InstalledRepositoryInterface>: execute() wraps the
incoming &mut once, and InstallerInterface::install/update/uninstall
take the cell so implementations borrow it only in their synchronous
head/tail, never across an await. InstallationManager's own
install/update/uninstall/download/get_installer/get_install_path/
mark_for_notification move to &self (cache and notifiable_packages
behind RefCell) so every chain can capture &self.
WritableRepositoryInterface::write and the InstallationManagerInterface
get_install_path it relies on lose their &mut manager requirement —
the per-op repo->write inside the chains only reads install paths.
Warm-cache create-project laravel/laravel: the package-operations
phase (109 installs) drops from ~3.0-3.8s serial to ~1.9s, on par
with real Composer (~2.1s) measured back-to-back; the resulting
vendor tree, installed.json included, stays byte-identical to
Composer's (diff -rq clean).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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InstallationManager::downloadAndExecuteBatch now matches PHP: every
update/install operation's installer->download() promise is collected
and driven concurrently through waitOnPromises()/Loop::wait instead of
being awaited one package at a time. Concurrency caps stay where PHP
puts them (HttpDownloader 12, ProcessExecutor 10 via their semaphores).
Error semantics follow PHP too: all downloads settle before the first
rejection is rethrown, rather than aborting on the first failure.
To let the collected futures and the cleanup closures own their
installer beyond the loop iteration that created them, the installer
registry becomes Vec<Rc<dyn InstallerInterface>> and get_installer
hands out clones (PHP closures capture $installer the same way), with
InstallerInterface methods taking &self across the six implementors —
the only genuinely mutable state was LibraryInstaller.vendor_dir
(canonicalized in place), now behind a RefCell.
as_plugin_installer_mut/as_binary_presence_interface lose their &mut.
The cleanup_promises entries are now the real thing: the PHP closure
including the getInstallationSource() guard and the
installer->cleanup($opType, $package, $initialPackage) call, replacing
the no-op futures (drops one TODO(phase-b) and two TODO(phase-c)).
Verified against the real network: create-project laravel/laravel
produces a vendor tree byte-identical to real Composer's (diff -rq
clean across all 109 packages including vendor/composer).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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11 downloader/installer integration-test files each redefined an
identical current_thread `run()` helper to block on async code. Extract
one shared multi_thread Runtime into tests/common/async_runtime.rs so
concurrent #[test] threads can all block_on it, matching the direction
item 7 (top-level Runtime) will take in production code.
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Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
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Remove #[ignore] from tests gated solely on a shim function that is now
implemented, where the test passes:
- metapackage_installer::test_update (version_compare)
- platform_requirement_filter_factory::test_from_bool_throws... (get_debug_type)
- runtime::test_parse_extension_info (html_entity_decode/strip_tags)
- package_sorter::test_sorting_does_nothing... (strnatcasecmp)
- no_proxy_pattern::test_host_name/test_port (unpack/substr_count)
- version_parser::test_is_upgrade (version_compare)
- pool::test_what_provides_package_with_constraint
- proxy_item::test_throws_on_malformed_url
Update the ignore reason where the cited shim is now implemented but the
test still cannot pass for a different reason:
- no_proxy_pattern::test_ip_address/test_ip_range (IPv4-mapped IPv6 gap)
- package_sorter::test_sorting_orders... (look-around regex)
- proxy_item::test_url_formatting (parse_url host discrepancy)
- json_manipulator/json_config_source/filesystem_repository stubs
(test bodies are still todo!(), not yet ported)
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
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Port PHP setUp/tearDown across the ported integration tests using
same-named set_up()/tear_down() functions and a TearDown struct whose
Drop runs tear_down(). Fixture-init setUp returns its fixtures;
tmpdir-style setUp/tearDown carry state in TearDown fields. Parts that
depend on unported infrastructure (PHPUnit mocks, Config::merge, the PHP
error handler) stay todo!() and are only wired into ignored stubs to
avoid breaking live tests.
Also fix shirabe-php-shim putenv to handle the no-'=' form (PHP unsets
the variable), which Platform::clear_env relies on for the env-clearing
tearDowns.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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MetapackageInstaller install/uninstall verified against a real
InstalledArrayRepository; update reaches version_compare (todo!()) and is
ignored. The command tests need the ApplicationTester harness (stubbed).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
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