// Copyright 2021 Memgraph Ltd. // // Use of this software is governed by the Business Source License // included in the file licenses/BSL.txt; by using this file, you agree to be bound by the terms of the Business Source // License, and you may not use this file except in compliance with the Business Source License. // // As of the Change Date specified in that file, in accordance with // the Business Source License, use of this software will be governed // by the Apache License, Version 2.0, included in the file // licenses/APL.txt. #include #include #include #include #include #include "query/frontend/opencypher/parser.hpp" #include "utils/signals.hpp" #include "utils/stacktrace.hpp" using namespace std::chrono_literals; TEST(Antlr, Sigsegv) { // start clients int N = 8; std::vector threads; std::atomic run{false}; for (int i = 0; i < N; ++i) { threads.push_back(std::thread([&run]() { while (!run) ; while (run) { query::frontend::opencypher::Parser parser( "CREATE (:Label_T7 {x: 903}) CREATE (:Label_T7 {x: 720}) CREATE " "(:Label_T7 {x: 13}) CREATE (:Label_T7 {x: 643}) CREATE (:Label_T7 " "{x: 245}) CREATE (:Label_T7 {x: 441}) CREATE (:Label_T7 {x: 47}) " "CREATE (:Label_T7 {x: 583}) CREATE (:Label_T7 {x: 262}) CREATE " "(:Label_T7 {x: 472}) CREATE (:Label_T7 {x: 443}) CREATE " "(:Label_T7 {x: 955}) CREATE (:Label_T7 {x: 197}) CREATE " "(:Label_T7 {x: 524}) CREATE (:Label_T7 {x: 416}) CREATE " "(:Label_T7 {x: 403}) CREATE (:Label_T7 {x: 100}) CREATE " "(:Label_T7 {x: 524}) CREATE (:Label_T7 {x: 702}) CREATE " "(:Label_T7 {x: 586}) CREATE (:Label_T7 {x: 459}) CREATE " "(:Label_T7 {x: 844}) CREATE (:Label_T7 {x: 959}) CREATE " "(:Label_T7 {x: 81}) CREATE (:Label_T7 {x: 423}) CREATE (:Label_T7 " "{x: 553}) CREATE (:Label_T7 {x: 987}) CREATE (:Label_T7 {x: 579}) " "CREATE (:Label_T7 {x: 980}) CREATE (:Label_T7 {x: 869}) CREATE " "(:Label_T7 {x: 86}) CREATE (:Label_T7 {x: 521}) CREATE (:Label_T7 " "{x: 171}) CREATE (:Label_T7 {x: 161}) CREATE (:Label_T7 {x: 260}) " "CREATE (:Label_T7 {x: 857}) CREATE (:Label_T7 {x: 34}) CREATE " "(:Label_T7 {x: 969}) CREATE (:Label_T7 {x: 948}) CREATE " "(:Label_T7 {x: 519}) CREATE (:Label_T7 {x: 333}) CREATE " "(:Label_T7 {x: 733}) CREATE (:Label_T7 {x: 870}) CREATE " "(:Label_T7 {x: 129}) CREATE (:Label_T7 {x: 77}) CREATE (:Label_T7 " "{x: 54}) CREATE (:Label_T7 {x: 109}) CREATE (:Label_T7 {x: 908}) " "CREATE (:Label_T7 {x: 560}) CREATE (:Label_T7 {x: 928}) CREATE " "(:Label_T7 {x: 934}) CREATE (:Label_T7 {x: 475}) CREATE " "(:Label_T7 {x: 619}) CREATE (:Label_T7 {x: 787}) CREATE " "(:Label_T7 {x: 739}) CREATE (:Label_T7 {x: 622}) CREATE " "(:Label_T7 {x: 588}) CREATE (:Label_T7 {x: 917}) CREATE " "(:Label_T7 {x: 45}) CREATE (:Label_T7 {x: 696}) CREATE (:Label_T7 " "{x: 998}) CREATE (:Label_T7 {x: 232}) CREATE (:Label_T7 {x: 600}) " "CREATE (:Label_T7 {x: 763}) CREATE (:Label_T7 {x: 511}) CREATE " "(:Label_T7 {x: 501}) CREATE (:Label_T7 {x: 555}) CREATE " "(:Label_T7 {x: 491}) CREATE (:Label_T7 {x: 896}) CREATE " "(:Label_T7 {x: 95}) CREATE (:Label_T7 {x: 361}) CREATE (:Label_T7 " "{x: 132}) CREATE (:Label_T7 {x: 637}) CREATE (:Label_T7 {x: 427}) " "CREATE (:Label_T7 {x: 37}) CREATE (:Label_T7 {x: 78}) CREATE " "(:Label_T7 {x: 405}) CREATE (:Label_T7 {x: 821}) CREATE " "(:Label_T7 {x: 186}) CREATE (:Label_T7 {x: 66}) CREATE (:Label_T7 " "{x: 450}) CREATE (:Label_T7 {x: 709}) CREATE (:Label_T7 {x: 424}) " "CREATE (:Label_T7 {x: 698}) CREATE (:Label_T7 {x: 42}) CREATE " "(:Label_T7 {x: 629}) CREATE (:Label_T7 {x: 121}) CREATE " "(:Label_T7 {x: 891}) CREATE (:Label_T7 {x: 823}) CREATE " "(:Label_T7 {x: 337}) CREATE (:Label_T7 {x: 139}) CREATE " "(:Label_T7 {x: 704}) CREATE (:Label_T7 {x: 141}) CREATE " "(:Label_T7 {x: 438}) CREATE (:Label_T7 {x: 793}) CREATE " "(:Label_T7 {x: 42}) CREATE (:Label_T7 {x: 142}) CREATE (:Label_T7 " "{x: 526}) CREATE (:Label_T7 {x: 732}) CREATE (:Label_T7 {x: " "336})"); parser.tree(); } })); } run = true; std::this_thread::sleep_for(10ms); run = false; // cleanup threads for (int i = 0; i < N; ++i) threads[i].join(); } int main(int argc, char **argv) { ::testing::InitGoogleTest(&argc, argv); // Signal handling init. utils::SignalHandler::RegisterHandler(utils::Signal::SegmentationFault, []() { // Log that we got SIGSEGV and abort the program, because returning from // SIGSEGV handler is undefined behaviour. std::cerr << "SegmentationFault signal raised" << std::endl; std::abort(); // This will continue into our SIGABRT handler. }); utils::SignalHandler::RegisterHandler(utils::Signal::Abort, []() { // Log the stacktrace and let the abort continue. utils::Stacktrace stacktrace; std::cerr << "Abort signal raised" << std::endl << stacktrace.dump() << std::endl; }); return RUN_ALL_TESTS(); }