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SIGABRT in EventQueue::flushEvents / RawEvent destructor on Android (New Architecture, RN 0.86.2) during heavy JS-thread work

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Avaliação

Dificuldade
5/5
Tempo estimado
Mais de uma semana
Facilidade para iniciantes
35/100
Tipo de issue
Bug
Clareza
Precisa de esclarecimento
Status de atividade
Pouca atividade
Stack de tecnologia
android, cpp, react-native, sqlite
Domínio
mobile

Direção de pesquisa

Comece por EventQueue.cpp:113 e RawEvent.h:25 e, em seguida, rastreie o fluxo de scheduling ao redor por meio de EventBeat.cpp, RuntimeScheduler_Modern.cpp, JMessageQueueThread.cpp e ReactInstance.cpp. Reproduza, se possível, o cenário Android foreground-and-import e determine por que a entrega do evento é abortada; considera-se concluído quando a causa da falha estiver identificada e houver um fix validado ou um teste de regressão.

Escrita pelo modelo de indexação a partir do texto da issue.

Descrição

Needs: Attention Needs: Repro

Body

Description

We're seeing a native SIGABRT crash (uncaught, mechanism: signalhandler) with a stack trace entirely inside Fabric/RuntimeScheduler internals — no first-party JS frames involved. It has occurred twice on the same physical device so far.

Environment

  • React Native: 0.86.2
  • Expo SDK: 57
  • Architecture: New Architecture (Fabric) — mandatory on this RN version
  • Hermes: yes
  • Platform: Android 16
  • Device: Samsung Galaxy S24 FE (SM-S721B), arm64-v8a
  • App version tag: 1.4.3 (build 40)

Repro context

Both occurrences happened during the same user flow:

  1. App resumes from background (onResume).
  2. User taps a sync/refresh action, which kicks off a data import: a network download followed by a single large SQLite transaction (expo-sqlite, withExclusiveTransactionAsync) that sequentially imports ~19 groups of records, each step logged synchronously via console.log.
  3. A few milliseconds after one of the intermediate import steps logs, the process aborts.

The JS thread is doing sustained synchronous-ish work throughout the import (a tight loop of awaited SQLite operations, several dozen ms apart), right after the app comes back to the foreground — so there may be a backlog of native UI/touch events queued for delivery to JS at the same time.

Stack trace

SIGABRT: Abort

    at <unknown> (<unknown>)
    at facebook::jni::detail::FunctionWrapper<T>::call (Registration-inl.h:95)
    at facebook::jni::detail::CallWithJniConversions<T>::call (Registration-inl.h:66)
    at facebook::jni::detail::MethodWrapper<T>::dispatch (Registration-inl.h:129)
    at facebook::jni::JNativeRunnable::run (NativeRunnable.h:44)
    at std::__ndk1::function<T>::operator() (function.h:978)
    at std::__ndk1::__function::__value_func<T>::operator()[abi:ne180000] (function.h:425)
    at std::__ndk1::__function::__func<T>::operator() (function.h:308)
    at std::__ndk1::__function::__alloc_func<T>::operator()[abi:ne180000] (function.h:166)
    at std::__ndk1::__invoke_void_return_wrapper<T>::__call[abi:ne180000]<T> (invoke.h:419)
    at std::__ndk1::__invoke[abi:ne180000]<T> (invoke.h:344)
    at facebook::react::(anonymous namespace)::wrapRunnable::lambda::operator() (JMessageQueueThread.cpp:37)
    at std::__ndk1::function<T>::operator() (function.h:978)
    at std::__ndk1::__function::__value_func<T>::operator()[abi:ne180000] (function.h:425)
    at std::__ndk1::__function::__func<T>::operator() (function.h:308)
    at std::__ndk1::__function::__alloc_func<T>::operator()[abi:ne180000] (function.h:166)
    at std::__ndk1::__invoke_void_return_wrapper<T>::__call[abi:ne180000]<T> (invoke.h:419)
    at std::__ndk1::__invoke[abi:ne180000]<T> (invoke.h:344)
    at const::lambda::operator() (ReactInstance.cpp:93)
    at std::__ndk1::function<T>::operator() (function.h:978)
    at std::__ndk1::__function::__value_func<T>::operator()[abi:ne180000] (function.h:425)
    at facebook::react::RuntimeScheduler_Modern::runEventLoop (RuntimeScheduler_Modern.cpp:266)
    at facebook::react::RuntimeScheduler_Modern::runEventLoopTick (RuntimeScheduler_Modern.cpp:312)
    at facebook::react::RuntimeScheduler_Modern::executeTask (RuntimeScheduler_Modern.cpp:375)
    at facebook::react::Task::execute (Task.cpp:60)
    at std::__ndk1::function<T>::operator() (function.h:978)
    at std::__ndk1::__function::__value_func<T>::operator()[abi:ne180000] (function.h:425)
    at std::__ndk1::__function::__func<T>::operator() (function.h:308)
    at std::__ndk1::__function::__alloc_func<T>::operator()[abi:ne180000] (function.h:166)
    at std::__ndk1::__invoke_void_return_wrapper<T>::__call[abi:ne180000]<T> (invoke.h:419)
    at std::__ndk1::__invoke[abi:ne180000]<T> (invoke.h:344)
    at const::lambda::operator() (EventBeat.cpp:70)
    at std::__ndk1::function<T>::operator() (function.h:978)
    at std::__ndk1::__function::__value_func<T>::operator()[abi:ne180000] (function.h:425)
    at facebook::react::EventQueue::flushEvents (EventQueue.cpp:113)
    at std::__ndk1::vector<T>::~vector[abi:ne180000] (vector:501)
    at std::__ndk1::vector<T>::__destroy_vector::operator()[abi:ne180000] (vector:490)
    at std::__ndk1::vector<T>::__clear[abi:ne180000] (vector:920)
    at std::__ndk1::vector<T>::__base_destruct_at_end[abi:ne180000] (vector:926)
    at std::__ndk1::allocator_traits<T>::destroy[abi:ne180000]<T> (allocator_traits.h:316)
    at std::__ndk1::__destroy_at<facebook::react::RawEvent> (construct_at.h:67)
    at facebook::react::RawEvent::~RawEvent (RawEvent.h:25)
    at std::__ndk1::shared_ptr<T>::~shared_ptr[abi:ne180000] (shared_ptr.h:645)
    at std::__ndk1::__shared_weak_count::__release_shared[abi:ne180000] (shared_ptr.h:184)
    at <unknown> (<unknown>)
    at <unknown> (<unknown>)
    at <unknown> (<unknown>)
    at <unknown> (<unknown>)
    at <unknown> (<unknown>)
    at abort (<unknown>)

Notes

  • Low frequency so far (2 occurrences on 1 device over 4 days), but 100% of the stack is React Native internals — no app frame to act on from our side.
  • Happy to share more Sentry context (breadcrumbs, device info) if useful.
Linguagem predominante
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