Hello, kernel test robot noticed "kernel-selftests.vDSO.vdso_test_correctness.fail" on: commit: 8bd21fae1e37284f0f78fa42fb4d20a6cadfa68a ("[PATCH v2] sched/core: Use empty mask to reset cpumasks in sched_setaffinity()") url: https://github.com/intel-lab-lkp/linux/commits/Waiman-Long/sched-core-Use-empty-mask-to-reset-cpumasks-in-sched_setaffinity/20230718-194823 base: https://git.kernel.org/cgit/linux/kernel/git/tip/tip.git 2ae2fb98b77339277a2c2f18dfec605dfd8dd321 patch link: https://lore.kernel.org/all/20230717180243.3607603-1-longman@redhat.com/ patch subject: [PATCH v2] sched/core: Use empty mask to reset cpumasks in sched_setaffinity() in testcase: kernel-selftests version: kernel-selftests-x86_64-60acb023-1_20230329 with following parameters: group: group-03 compiler: gcc-12 test machine: 36 threads 1 sockets Intel(R) Core(TM) i9-10980XE CPU @ 3.00GHz (Cascade Lake) with 32G memory (please refer to attached dmesg/kmsg for entire log/backtrace) If you fix the issue in a separate patch/commit (i.e. not just a new version of the same patch/commit), kindly add following tags | Reported-by: kernel test robot | Closes: https://lore.kernel.org/oe-lkp/202307251613.4f2de1be-oliver.sang@intel.com # timeout set to 300 # selftests: vDSO: vdso_test_correctness # [RUN] Testing clock_gettime for clock CLOCK_REALTIME (0)... # 1690070252.747617798 1690070252.747630478 1690070252.747630848 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock CLOCK_MONOTONIC (1)... # 736.920352329 736.920352966 736.920353262 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock CLOCK_PROCESS_CPUTIME_ID (2)... # 0.019803172 0.019806151 0.019807948 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock CLOCK_THREAD_CPUTIME_ID (3)... # 0.019810633 0.019812071 0.019813400 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock CLOCK_MONOTONIC_RAW (4)... # 736.105961155 736.105961651 736.105961997 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock CLOCK_REALTIME_COARSE (5)... # 1690070252.747112013 1690070252.747112013 1690070252.747112013 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock CLOCK_MONOTONIC_COARSE (6)... # 736.919830840 736.919830840 736.919830840 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock CLOCK_BOOTTIME (7)... # 736.920375040 736.920375446 736.920375746 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock CLOCK_REALTIME_ALARM (8)... # 1690070252.747659265 1690070252.747660189 1690070252.747661034 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock CLOCK_BOOTTIME_ALARM (9)... # 736.920381384 736.920382382 736.920383280 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock CLOCK_SGI_CYCLE (10)... # [OK] No such clock. # [RUN] Testing clock_gettime for clock CLOCK_TAI (11)... # 1690070252.747666904 1690070252.747667314 1690070252.747667593 # [OK] Test Passed. # [RUN] Testing clock_gettime for clock invalid (-1)... # [OK] No such clock. # [RUN] Testing clock_gettime for clock invalid (-2147483648)... # [OK] No such clock. # [RUN] Testing clock_gettime for clock invalid (2147483647)... # [OK] No such clock. # [SKIP] No vDSO, so skipping clock_gettime64() tests # [RUN] Testing gettimeofday... # 1690070252.747671 1690070252.747672 1690070252.747673 # [OK] timezones match: minuteswest=0, dsttime=0 # [RUN] Testing getcpu... # [OK] CPU 0: syscall: cpu 0, node 0 vdso: cpu 0, node 0 vsyscall: cpu 0, node 0 # [OK] CPU 1: syscall: cpu 1, node 0 vdso: cpu 1, node 0 vsyscall: cpu 1, node 0 # [OK] CPU 2: syscall: cpu 2, node 0 vdso: cpu 2, node 0 vsyscall: cpu 2, node 0 # [OK] CPU 3: syscall: cpu 3, node 0 vdso: cpu 3, node 0 vsyscall: cpu 3, node 0 # [OK] CPU 4: syscall: cpu 4, node 0 vdso: cpu 4, node 0 vsyscall: cpu 4, node 0 # [OK] CPU 5: syscall: cpu 5, node 0 vdso: cpu 5, node 0 vsyscall: cpu 5, node 0 # [OK] CPU 6: syscall: cpu 6, node 0 vdso: cpu 6, node 0 vsyscall: cpu 6, node 0 # [OK] CPU 7: syscall: cpu 7, node 0 vdso: cpu 7, node 0 vsyscall: cpu 7, node 0 # [OK] CPU 8: syscall: cpu 8, node 0 vdso: cpu 8, node 0 vsyscall: cpu 8, node 0 # [OK] CPU 9: syscall: cpu 9, node 0 vdso: cpu 9, node 0 vsyscall: cpu 9, node 0 # [OK] CPU 10: syscall: cpu 10, node 0 vdso: cpu 10, node 0 vsyscall: cpu 10, node 0 # [OK] CPU 11: syscall: cpu 11, node 0 vdso: cpu 11, node 0 vsyscall: cpu 11, node 0 # [OK] CPU 12: syscall: cpu 12, node 0 vdso: cpu 12, node 0 vsyscall: cpu 12, node 0 # [OK] CPU 13: syscall: cpu 13, node 0 vdso: cpu 13, node 0 vsyscall: cpu 13, node 0 # [OK] CPU 14: syscall: cpu 14, node 0 vdso: cpu 14, node 0 vsyscall: cpu 14, node 0 # [OK] CPU 15: syscall: cpu 15, node 0 vdso: cpu 15, node 0 vsyscall: cpu 15, node 0 # [OK] CPU 16: syscall: cpu 16, node 0 vdso: cpu 16, node 0 vsyscall: cpu 16, node 0 # [OK] CPU 17: syscall: cpu 17, node 0 vdso: cpu 17, node 0 vsyscall: cpu 17, node 0 # [OK] CPU 18: syscall: cpu 18, node 0 vdso: cpu 18, node 0 vsyscall: cpu 18, node 0 # [OK] CPU 19: syscall: cpu 19, node 0 vdso: cpu 19, node 0 vsyscall: cpu 19, node 0 # [OK] CPU 20: syscall: cpu 20, node 0 vdso: cpu 20, node 0 vsyscall: cpu 20, node 0 # [OK] CPU 21: syscall: cpu 21, node 0 vdso: cpu 21, node 0 vsyscall: cpu 21, node 0 # [OK] CPU 22: syscall: cpu 22, node 0 vdso: cpu 22, node 0 vsyscall: cpu 22, node 0 # [OK] CPU 23: syscall: cpu 23, node 0 vdso: cpu 23, node 0 vsyscall: cpu 23, node 0 # [OK] CPU 24: syscall: cpu 24, node 0 vdso: cpu 24, node 0 vsyscall: cpu 24, node 0 # [OK] CPU 25: syscall: cpu 25, node 0 vdso: cpu 25, node 0 vsyscall: cpu 25, node 0 # [OK] CPU 26: syscall: cpu 26, node 0 vdso: cpu 26, node 0 vsyscall: cpu 26, node 0 # [OK] CPU 27: syscall: cpu 27, node 0 vdso: cpu 27, node 0 vsyscall: cpu 27, node 0 # [OK] CPU 28: syscall: cpu 28, node 0 vdso: cpu 28, node 0 vsyscall: cpu 28, node 0 # [OK] CPU 29: syscall: cpu 29, node 0 vdso: cpu 29, node 0 vsyscall: cpu 29, node 0 # [OK] CPU 30: syscall: cpu 30, node 0 vdso: cpu 30, node 0 vsyscall: cpu 30, node 0 # [OK] CPU 31: syscall: cpu 31, node 0 vdso: cpu 31, node 0 vsyscall: cpu 31, node 0 # [OK] CPU 32: syscall: cpu 32, node 0 vdso: cpu 32, node 0 vsyscall: cpu 32, node 0 # [OK] CPU 33: syscall: cpu 33, node 0 vdso: cpu 33, node 0 vsyscall: cpu 33, node 0 # [OK] CPU 34: syscall: cpu 34, node 0 vdso: cpu 34, node 0 vsyscall: cpu 34, node 0 # [OK] CPU 35: syscall: cpu 35, node 0 vdso: cpu 35, node 0 vsyscall: cpu 35, node 0 # [FAIL] CPU 36: syscall: cpu 35, node 0 vdso: cpu 35, node 0 vsyscall: cpu 35, node 0 not ok 6 selftests: vDSO: vdso_test_correctness # exit=1 To reproduce: git clone https://github.com/intel/lkp-tests.git cd lkp-tests sudo bin/lkp install job.yaml # job file is attached in this email bin/lkp split-job --compatible job.yaml # generate the yaml file for lkp run sudo bin/lkp run generated-yaml-file # if come across any failure that blocks the test, # please remove ~/.lkp and /lkp dir to run from a clean state. -- 0-DAY CI Kernel Test Service https://github.com/intel/lkp-tests/wiki