Major - P3 Description
We are seeing a failure in MongoDb testing where the following assert in __curfile_reopen fails:
WT_ASSERT(session, can_reopen || dhandle != session->dhandle);
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This code was added recently as part of WT-6743.
MongoDB stacktrace:
mongo::stack_trace_detail::(anonymous namespace)::printStackTraceImpl(mongo::stack_trace_detail::(anonymous namespace)::Options const&, mongo::StackTraceSink*)
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mongo::printStackTrace()
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abruptQuit
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killpg
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gsignal
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abort
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__wt_abort
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__curfile_reopen
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__wt_session_cursor_cache_sweep
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__wt_cursor_cache_release
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__curfile_close
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mongo::WiredTigerSession::closeAllCursors(std::__cxx11::basic_string<char, std::char_traits<char>, std::allocator<char> > const&)
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mongo::WiredTigerSessionCache::releaseSession(mongo::WiredTigerSession*)
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mongo::WiredTigerRecoveryUnit::~WiredTigerRecoveryUnit()
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mongo::WiredTigerRecoveryUnit::~WiredTigerRecoveryUnit()
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std::unique_ptr<mongo::RecoveryUnit, std::default_delete<mongo::RecoveryUnit> >::~unique_ptr()
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mongo::OperationContext::~OperationContext()
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mongo::OperationContext::~OperationContext()
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mongo::ServiceContext::OperationContextDeleter::operator()(mongo::OperationContext*) const
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mongo::transport::ServiceStateMachine::Impl::processMessage()
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mongo::future_details::FutureImpl<mongo::future_details::FakeVoid>::then<mongo::transport::ServiceStateMachine::Impl::startNewLoop(mongo::Status const&)::$_9>(mongo::transport::ServiceStateMachine::Impl::startNewLoop(mongo::Status const&)::$_9&&) &&::{lambda(mongo::future_details::FakeVoid&&)#1}::operator()(mongo::future_details::FakeVoid&&) const
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mongo::transport::ServiceStateMachine::Impl::startNewLoop(mongo::Status const&)
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void mongo::unique_function<void (mongo::Status)>::callRegularVoid<mongo::transport::ServiceStateMachine::Impl::startNewLoop(mongo::Status const&)::$_11::operator()(mongo::Status) const::{lambda(mongo::Status)#1}>(std::integral_constant<bool, true>, mongo::transport::ServiceStateMachine::Impl::startNewLoop(mongo::Status const&)::$_11::operator()(mongo::Status) const::{lambda(mongo::Status)#1}&, mongo::Status&&)
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void mongo::unique_function<void (mongo::Status)>::callRegularVoid<mongo::transport::ServiceExecutorSynchronous::runOnDataAvailable(std::shared_ptr<mongo::transport::Session> const&, mongo::unique_function<void (mongo::Status)>)::$_5>(std::integral_constant<bool, true>, mongo::transport::ServiceExecutorSynchronous::runOnDataAvailable(std::shared_ptr<mongo::transport::Session> const&, mongo::unique_function<void (mongo::Status)>)::$_5&, mongo::Status&&)
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mongo::unique_function<void ()>::makeImpl<mongo::transport::ServiceExecutor::schedule(mongo::unique_function<void (mongo::Status)>)::{lambda()#1}>(mongo::transport::ServiceExecutor::schedule(mongo::unique_function<void (mongo::Status)>)::{lambda()#1}&&)::SpecificImpl::call()
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void mongo::unique_function<void ()>::callRegularVoid<mongo::transport::ServiceExecutorSynchronous::scheduleTask(mongo::unique_function<void ()>, mongo::transport::ServiceExecutor::ScheduleFlags)::$_4>(std::integral_constant<bool, true>, mongo::transport::ServiceExecutorSynchronous::scheduleTask(mongo::unique_function<void ()>, mongo::transport::ServiceExecutor::ScheduleFlags)::$_4&)
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void mongo::unique_function<void ()>::callRegularVoid<mongo::launchServiceWorkerThread(mongo::unique_function<void ()>)::$_3>(std::integral_constant<bool, true>, mongo::launchServiceWorkerThread(mongo::unique_function<void ()>)::$_3&)
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mongo::(anonymous namespace)::runFunc(void*)
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start_thread
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clone
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