Harden Signal handling and server process shutdown by binaryfire · Pull Request #471 · hypervel/components

binaryfire · 2026-08-03T23:39:24Z

Summary

This PR makes the Signal package a reliable application-facing API and documents how it fits into Hypervel's process lifecycle.

It replaces the old tuple-based handler contract, prevents one failing handler from destroying a signal watcher, validates handler configuration before watchers start, and makes the server-wide graceful shutdown allowance configurable. It also adds complete guides for signals and custom server processes.

Problem

Signal handlers previously used integer process constants and positional tuples. The shape was easy to misorder and difficult for static analysis to verify. The manager also exposed initialization and handler inspection methods that applications did not need.

More importantly, an exception from one application handler escaped the watcher coroutine. This skipped later handlers, stopped future deliveries from being watched, and left the next matching signal to the operating system's default behavior.

Custom server processes also had incomplete public guidance around registration, lifecycle, health, reload behavior, IPC, signal ownership, and graceful shutdown. Applications could not increase Swoole's hardcoded graceful shutdown allowance through an environment variable.

Changes

Replace SignalHandlerInterface with the SignalHandler contract.
Use named worker and server-process groups instead of integer process constants.
Let each handler return grouped signal lists from signals(), with handle() receiving the delivered signal.
Move configuration resolution and validation into SignalManager::listen().
Validate process groups, signal lists, handler classes, and numeric priorities before creating watchers.
Run each handler through SafeCaller so a failure is reported without skipping later handlers or destroying the watcher.
Keep active handlers outside watcher cancellation so shutdown waits for work already in progress.
Remove retained handler state and the public initialization and inspection methods.
Add SERVER_MAX_WAIT_TIME and normalize SERVER_WORKERS as integer environment settings.
Update ProcessStopHandler and all lifecycle listeners to the new contract.
Add focused coverage for grouped definitions, validation failures, priority ordering, handler failure isolation, repeated signal delivery, watcher cleanup, partial startup failure, and non-coroutine startup.

Documentation

The new Signals guide covers handler definitions, process groups, registration, priorities, delivery behavior, worker signal ownership, graceful custom-process shutdown, and native Swoole limitations.

The Server Processes guide covers process definitions, configuration, boot-time registration, lifecycle events, reload behavior, health checks, IPC, and its relationship to the Process facade and Signal package.

Related Artisan, Deployment, Reverb, navigation, and package README links are updated. The public guide slugs use the plural Signals and Server Processes names, matching the rest of the documentation.

Compatibility and performance

Signal has no Laravel counterpart. This intentionally replaces the earlier Hyperf-shaped Hypervel API without a compatibility wrapper. Applications implementing the old contract must move their definitions to the grouped SignalHandler shape.

There is no request-path work. Configuration resolution and validation happen when a worker or custom process starts. Signal delivery adds one safe-call boundary per configured handler. The design does not add locks, retries, registries, polling, or request-scoped state.

Validation

The changed Signal, Server Process, and Foundation configuration tests pass. The complete formatter, static analysis, parallel component, and Testbench gates pass. The Signal package manifest, documentation registry, stale-reference searches, and whitespace checks are clean.

Summary by CodeRabbit

New Features
- Added configurable graceful shutdown wait times, including environment-based configuration and timeout behavior.
- Improved signal handling with worker and server-process support, priorities, validation, and failure isolation.
- Added comprehensive documentation for signals, server processes, deployment, and reload behavior.
Bug Fixes
- Improved signal lifecycle safety and handling outside coroutine contexts.
- Corrected documentation links and clarified custom process restart requirements.
Tests
- Expanded coverage for signal handling, configuration validation, priorities, shutdown behavior, and process monitoring.

The inherited integer process constants and positional signal tuples were easy to swap and difficult to validate. SignalManager also exposed initialization and handler inspection methods that applications did not need, while a throwing handler could terminate the only watcher for a signal. Replace the old interface with a Laravel-shaped SignalHandler contract that groups signal numbers under clear worker and server-process keys. Resolve and validate the complete handler definition when listening starts, keep the resolved map local, and remove the retained handler registry and split initialization API. Run each handler through the framework safe-call boundary so one failure is reported without skipping lower-priority handlers or preventing the watcher from listening again. Preserve exact waiter ownership, active-handler completion, and partial-creation rollback. Migrate the server-process stop handler and lifecycle listeners to the new contract. Expand coverage for priorities, invalid definitions, process groups, stopped and non-coroutine paths, repeated delivery after failure, cleanup, and real coroutine creation failure. Remove the unused duplicate fixture and its stale coroutine state.

The default Swoole shutdown allowance was hardcoded to three seconds. Applications with long requests, WebSocket drains, or custom server-process cleanup had no environment-level way to give legitimate work more time before forced termination. Read SERVER_MAX_WAIT_TIME from the environment while preserving the existing three-second default. Cast it to an integer at the configuration boundary, and apply the same normalization to SERVER_WORKERS so numeric environment values reach Swoole with their declared types. Add focused configuration coverage for both values. Reuse the existing environment helper for absent values so every environment source and the cached repository are restored through one exception-safe path instead of duplicating cleanup in the view configuration test.

Signal was becoming an application-facing extension point, but its package README was the only user guide and mixed public behavior with worker-lifecycle details. That left the new handler contract, process groups, and native signal ownership without a canonical documentation surface. Add a Laravel-style Signal guide covering handler definitions, worker and server-process groups, configuration, priorities, failure behavior, process-local delivery, and the complete graceful server-process recipe. Explain the important native boundaries: worker SIGTERM ownership, worker SIGINT behavior, SIGCHLD support, and the process-wide conflict with Swoole Process signal callbacks. Add the guide to the documentation index and link Artisan command users to it when they need server-level handling. Reduce the package README to its documentation and upstream links so the guide remains the single source of truth.

The Server Process guide said configured signal handlers were automatic but did not explain the coroutine requirement or the second half of graceful shutdown. It also omitted reload and health behavior that application developers need when treating a custom process as part of the running service. Clarify that only coroutine-enabled server processes use the server-process signal group. Point readers to the complete stop-handler and running-loop recipe, and document that server reloads do not restart custom processes. Describe the current health boundary without inventing a generic subsystem: custom processes have no built-in readiness, heartbeat, or health state, while applications may publish workload-specific state and inspect it through the existing health event. Replace the duplicate README guide with the canonical documentation link and retained upstream reference.

The server-wide shutdown allowance now has an environment setting, but its scope and edge cases need to be clear before applications tune it. The setting governs more than custom processes and a zero value does not mean unlimited time. Document SERVER_MAX_WAIT_TIME beside the other server environment values. Explain the three-second default, when long requests, WebSocket drains, or process cleanup warrant an increase, and how Swoole treats zero for workers and custom server processes. Clarify that reload commands do not restart custom server processes. Link Reverb worker-recycling guidance to the canonical shutdown section so mixed HTTP and WebSocket deployments size the same server-wide allowance instead of relying on an unnamed timeout.

Record the application-facing Signal re-audit after implementation, full validation, self-review, and independent review. Capture the verified handler failure, inherited API design, malformed configuration, and server shutdown configuration findings together with their final ownership boundaries. Preserve the settled design constraints: grouped string process keys, one safe-call boundary per handler, startup-only validation, exact watcher cleanup, ordinary duplicate configuration behavior, Swoole-owned signal ranges, and no registry, facade, retry, health subsystem, or compatibility layer. Document the completed Contracts, Foundation, Server Process, Reverb, and Signal revalidation, regression coverage, performance result, canonical documentation work, and green repository gates. Add the shared contract and server-setting findings to the cross-package index and keep the active routing entry precise for this worktree until the audit branch is integrated.

Rename the Signal and Server Process guides to match their plural titles and the convention used by other countable framework topics. Update navigation, cross-references, and package README documentation URLs so every link uses the new routes. Add the Signals guide to the published documentation registry, which previously omitted the page despite linking it from the documentation index. Keep the registry sorted and aligned with every indexed guide.

Reset the audit routing index after merging the completed Mail records into the Signal branch. Both work units are complete, so future context restoration should not treat the Signal re-audit as active work or require its ledger entries by default.

coderabbitai · 2026-08-03T23:39:36Z

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📒 Files selected for processing (1)

tests/Foundation/FoundationConfigTest.php

📝 Walkthrough

Walkthrough

The PR replaces the signal-handler contract, refactors SignalManager to resolve grouped handlers during listening, validates configuration, isolates callback failures, updates server shutdown configuration, and adds tests and documentation for signal and process lifecycles.

Changes

Signal lifecycle and shutdown

Layer / File(s)	Summary
Signal contract and manager flow `src/contracts/src/Signal/SignalHandler.php`, `src/signal/src/SignalManager.php`	The signal contract now uses string process identifiers and grouped signal mappings. `SignalManager` validates handlers and priorities, resolves handlers during `listen()`, and invokes callbacks through `SafeCaller`.
Process registration and server configuration `src/signal/src/SignalRegisterListener.php`, `src/server-process/src/Handlers/ProcessStopHandler.php`, `src/foundation/config/server.php`, `src/foundation/config/signal.php`	Worker and server-process events use the new constants. `ProcessStopHandler` uses `signals()`. Server worker and shutdown settings read integer environment values.
Signal and configuration regression coverage `tests/Signal/*`, `tests/ServerProcess/ProcessStopHandlerTest.php`, `tests/Foundation/FoundationConfigTest.php`	Tests cover handler grouping, priority ordering, validation, coroutine boundaries, watcher lifecycle, failure cleanup, and server configuration parsing.
Signal and deployment documentation `src/boost/docs/`, `src/server-process/README.md`, `src/signal/README.md`, `docs/plans/`	Documentation describes signal registration, process lifecycle, graceful shutdown, reload behavior, health checks, and the updated package audit records.

Estimated code review effort: 4 (Complex) | ~45 minutes

Sequence Diagram(s)

sequenceDiagram
  participant SignalRegisterListener
  participant SignalManager
  participant Container
  participant SafeCaller
  SignalRegisterListener->>SignalManager: listen(process)
  SignalManager->>Container: resolve configured handlers
  SignalManager->>SignalManager: create signal watcher coroutines
  SignalManager->>SafeCaller: execute handler callback

Possibly related PRs

hypervel/components#430: Shares SignalManager watcher creation, cleanup, and failure-handling changes.
hypervel/components#441: Shares SignalManager, signal configuration, and Signal test and documentation changes.

🚥 Pre-merge checks | ✅ 4 | ❌ 1

❌ Failed checks (1 warning)

Check name	Status	Explanation	Resolution
Docstring Coverage	⚠️ Warning	Docstring coverage is 17.91% which is insufficient. The required threshold is 80.00%.	Write docstrings for the functions missing them to satisfy the coverage threshold.

✅ Passed checks (4 passed)

Check name	Status	Explanation
Description Check	✅ Passed	Check skipped - CodeRabbit’s high-level summary is enabled.
Title check	✅ Passed	The title clearly summarizes the main changes to Signal handling and server process shutdown.
Linked Issues check	✅ Passed	Check skipped because no linked issues were found for this pull request.
Out of Scope Changes check	✅ Passed	Check skipped because no linked issues were found for this pull request.

✨ Finishing Touches 💡 1

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Commit on current branch

🧪 Generate unit tests (beta)

Create PR with unit tests
Commit unit tests in branch signal-audit

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greptile-apps · 2026-08-03T23:42:13Z

Greptile Summary

The PR redesigns Signal as an application-facing grouped-handler API and hardens watcher execution and shutdown behavior.

Resolves and validates handler configuration when each process begins listening.
Isolates handler failures so subsequent handlers execute and watchers re-arm.
Adds configurable server-wide graceful-shutdown timing.
Updates server-process integration, lifecycle tests, package documentation, and public guides.

Confidence Score: 5/5

The PR appears safe to merge.

No blocking failure remains.

Important Files Changed

Filename	Overview
src/signal/src/SignalManager.php	Consolidates startup resolution and validation into listen(), groups handlers by process and signal, isolates invocation failures, and retains deterministic watcher cleanup.
src/signal/src/SignalRegisterListener.php	Routes worker and custom-process lifecycle events to the corresponding string process groups.
src/contracts/src/Signal/SignalHandler.php	Replaces positional process/signal tuples with named process groups and signal lists.
src/server-process/src/Handlers/ProcessStopHandler.php	Migrates graceful custom-process termination to the new server-process signal group.
src/foundation/config/server.php	Normalizes worker count and exposes the server-wide graceful-shutdown allowance as integer environment settings.
tests/Signal/SignalManagerTest.php	Expands coverage for grouped definitions, validation, priorities, failure isolation, repeated delivery, and watcher ownership.
src/boost/docs/signals.md	Documents the public handler API, process groups, registration, delivery lifecycle, shutdown ownership, and native limitations.
src/boost/docs/server-processes.md	Documents server-process lifecycle, reload limitations, health integration, and opt-in graceful signal handling.

_{Reviews (2): Last reviewed commit: "Make server config test setup explicit" | Re-trigger Greptile}

binaryfire · 2026-08-03T23:48:05Z

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coderabbitai · 2026-08-03T23:48:11Z

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⚠️ Outside diff range comments (1)

src/signal/src/SignalManager.php (1)

43-109: 🩺 Stability & Availability | 🟠 Major | ⚡ Quick win

Prevent duplicate listeners for the same process.

A second listen($process) call creates another native waiter for every signal. The waiters compete, so a signal can be consumed by an earlier watcher and skip the expected handler flow.

Track started process groups before resolving handlers. Return for an already started group. Remove the marker if handler resolution or watcher creation fails.

Proposed fix

 class SignalManager
 {
+    /** `@var` array<string, true> */
+    protected array $listening = [];
+
     public function listen(string $process): void
     {
         if (! in_array($process, [SignalHandler::WORKER, SignalHandler::SERVER_PROCESS], true)) {
             // ...
         }
 
         if ($this->stopped || ! Coroutine::inCoroutine()) {
             return;
         }
 
-        $signalHandlers = $this->resolveHandlers($process);
+        if (isset($this->listening[$process])) {
+            return;
+        }
+
+        $this->listening[$process] = true;
         $coroutineIds = [];
 
         try {
+            $signalHandlers = $this->resolveHandlers($process);
+
             foreach ($signalHandlers as $signal => $handlers) {
                 // ...
             }
         } catch (Throwable $exception) {
+            unset($this->listening[$process]);
+
             foreach ($coroutineIds as $coroutineId) {
                 // ...
             }

🤖 Prompt for AI Agents

Verify each finding against current code. Fix only still-valid issues, skip the
rest with a brief reason, keep changes minimal, and validate.

In `@src/signal/src/SignalManager.php` around lines 43 - 109, Update
SignalManager::listen to track which process groups have already started before
calling resolveHandlers, returning immediately when the requested process is
already marked. Mark the process as started only when beginning listener setup,
and remove that marker if handler resolution or any watcher creation fails,
while preserving existing coroutine cancellation and exception propagation.

🧹 Nitpick comments (1)

tests/Foundation/FoundationConfigTest.php (1)
124-135: 📐 Maintainability & Code Quality | 🔵 Trivial | ⚡ Quick win

Make the container binding in serverConfig() explicit.

serverConfig() discards the new Application(...) result and depends on the constructor registering itself as the global container instance. If that self-registration changes, server.php resolves against the previous container and the assertions become misleading. Bind the instance explicitly, as testViewCompiledPathFallsBackToStoragePathWhenDirectoryDoesNotExist does at Line 96.
♻️ Proposed change
         try {
-            new Application(dirname(__DIR__, 2));
+            Container::setInstance(new Application(dirname(__DIR__, 2)));
 
             return require dirname(__DIR__, 2) . '/src/foundation/config/server.php';
         } finally {
             Container::setInstance($originalContainer);
         }
🤖 Prompt for AI Agents
Verify each finding against current code. Fix only still-valid issues, skip the
rest with a brief reason, keep changes minimal, and validate.

In `@tests/Foundation/FoundationConfigTest.php` around lines 124 - 135, Update
serverConfig() to store the new Application instance and explicitly set it as
the global Container instance before requiring server.php, matching the binding
pattern used by
testViewCompiledPathFallsBackToStoragePathWhenDirectoryDoesNotExist. Preserve
the existing original-container restoration in the finally block.

🤖 Prompt for all review comments with AI agents

Verify each finding against current code. Fix only still-valid issues, skip the
rest with a brief reason, keep changes minimal, and validate.

Outside diff comments:
In `@src/signal/src/SignalManager.php`:
- Around line 43-109: Update SignalManager::listen to track which process groups
have already started before calling resolveHandlers, returning immediately when
the requested process is already marked. Mark the process as started only when
beginning listener setup, and remove that marker if handler resolution or any
watcher creation fails, while preserving existing coroutine cancellation and
exception propagation.

---

Nitpick comments:
In `@tests/Foundation/FoundationConfigTest.php`:
- Around line 124-135: Update serverConfig() to store the new Application
instance and explicitly set it as the global Container instance before requiring
server.php, matching the binding pattern used by
testViewCompiledPathFallsBackToStoragePathWhenDirectoryDoesNotExist. Preserve
the existing original-container restoration in the finally block.

ℹ️ Review info

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Review profile: CHILL

Plan: Pro Plus

Run ID: 2a3b7dd6-2ea2-45a2-b486-a977b305b78c

📥 Commits

Reviewing files that changed from the base of the PR and between 4dcf2a4 and 06a6fee.

📒 Files selected for processing (25)

docs/plans/2026-07-12-0900-framework-coroutine-state-lifecycle-audit.md
docs/plans/2026-07-12-0915-framework-coroutine-state-lifecycle-audit-ledger.md
src/boost/docs-ported.md
src/boost/docs/artisan.md
src/boost/docs/deployment.md
src/boost/docs/documentation.md
src/boost/docs/reverb.md
src/boost/docs/server-processes.md
src/boost/docs/signals.md
src/contracts/src/Signal/SignalHandler.php
src/foundation/config/server.php
src/foundation/config/signal.php
src/server-process/README.md
src/server-process/src/Handlers/ProcessStopHandler.php
src/signal/README.md
src/signal/src/SignalManager.php
src/signal/src/SignalRegisterListener.php
tests/Foundation/FoundationConfigTest.php
tests/ServerProcess/ProcessStopHandlerTest.php
tests/Signal/Fixtures/SignalHandler2Stub.php
tests/Signal/Fixtures/SignalHandlerStub.php
tests/Signal/SignalManagerCreateFailureTest.php
tests/Signal/SignalManagerNonCoroutineTest.php
tests/Signal/SignalManagerTest.php
tests/Signal/SignalRegisterListenerTest.php

💤 Files with no reviewable changes (1)

tests/Signal/Fixtures/SignalHandler2Stub.php

Set the temporary Application through the global container before loading the server configuration. Application construction already performs the same registration, but spelling out the dependency keeps this load-bearing setup from looking like an unused constructor call. Keep the existing exception-safe restoration of the previous container and leave runtime configuration behavior unchanged.

binaryfire · 2026-08-04T00:09:06Z

@coderabbitai I checked both findings against the current source and lifecycle.

Accepted the Foundation config test suggestion in 80b2cb737. The original correctness rationale does not apply because removing Application self-registration would make the config load fail loudly, not assert against the previous container. The explicit Container::setInstance(new Application(...)) call is still clearer because it makes the helper's global dependency load-bearing rather than leaving a bare discarded constructor call.
Rejected the duplicate Signal listener registry. SignalManager::listen() is boot-only, and the supported lifecycle calls it once per OS process incarnation. Provider registration is deduplicated, application boot runs once, BeforeWorkerStart fires once per worker, and BeforeProcessHandle fires once per custom-process incarnation. A second native wait also replaces the registered listener and strands the earlier waiter; it does not let the earlier watcher consume delivery as described.

The proposed started marker would add worker-lifetime state for an unsupported call and could become false state: a native wait may return false without stop() running, leaving the marker set while no watcher remains. A later call would then be silently ignored. No Signal code was changed.

The changed Foundation test passes and the final diff is clean.

coderabbitai · 2026-08-04T00:09:22Z

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For best results, initiate chat on the files or code changes.

@binaryfire Thanks for the detailed verification.

The Foundation configuration test change addresses the accepted finding. The explicit Container::setInstance(new Application(...)) call makes the helper dependency clear.

I withdraw the duplicate Signal listener finding. The supported lifecycle calls SignalManager::listen() once per OS process incarnation. A started marker would not improve that lifecycle. It could also retain incorrect state after a native wait returns false.

✏️ Learnings added

Learnt from: binaryfire
URL: https://github.com/hypervel/components/pull/471

Timestamp: 2026-08-04T00:09:20.992Z
Learning: In the Hypervel Signal package, `SignalManager::listen()` is boot-only and the supported lifecycle calls it once per OS process incarnation: provider registration is deduplicated, application boot runs once, `BeforeWorkerStart` fires once per worker, and `BeforeProcessHandle` fires once per custom server-process incarnation. Do not require a duplicate-listener registry for unsupported repeated calls.

Learnt from: binaryfire
URL: https://github.com/hypervel/components/pull/471

Timestamp: 2026-08-04T00:09:20.992Z
Learning: In the Hypervel Signal package, registering a second native signal wait replaces the registered listener and strands the earlier waiter. A persistent started marker is unsafe because a native wait can return `false` without `SignalManager::stop()` running, leaving the marker set while no watcher remains.

Note: Learnings are effective only in the context of similar code segments. To apply general coding guidelines, please configure review instructions. You can manage existing learnings in the app.

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binaryfire added 10 commits August 3, 2026 22:41

Merge branch '0.4' into signal-audit

a352a6a

Merge branch '0.4' into signal-audit

b61c9f6

coderabbitai Bot reviewed Aug 3, 2026

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binaryfire merged commit 737702d into 0.4 Aug 4, 2026
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Harden Signal handling and server process shutdown - #471

Harden Signal handling and server process shutdown#471
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