***** Starting the runtest.sh script *****
***** Current Running Kernel Package = kernel-core-5.14.0-170.mr1293_220930_2007.el9.x86_64 *****
***** Installed systemtap version = systemtap-devel-4.7-2.el9.x86_64 systemtap-client-4.7-2.el9.x86_64 *****
***** Current Running Distro = CentOS Stream release 9 *****
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         Start of SystemTap Kernel Tracepoint Test          
         1664575994                                             
         Testing:                                           
probe kernel.trace("vmscan:mm_vmscan_memcg_reclaim_begin") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("vmscan:mm_vmscan_memcg_reclaim_end") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("vmscan:mm_vmscan_memcg_softlimit_reclaim_begin") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("vmscan:mm_vmscan_memcg_softlimit_reclaim_end") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("vmscan:mm_vmscan_node_reclaim_begin") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("vmscan:mm_vmscan_node_reclaim_end") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("vmscan:mm_vmscan_wakeup_kswapd") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("vmscan:mm_vmscan_write_folio") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("vsock:virtio_transport_alloc_pkt") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("vsock:virtio_transport_recv_pkt") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("workqueue:workqueue_activate_work") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("workqueue:workqueue_execute_end") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("workqueue:workqueue_execute_start") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("workqueue:workqueue_queue_work") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:balance_dirty_pages") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:bdi_dirty_ratelimit") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:flush_foreign") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:folio_wait_writeback") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:global_dirty_state") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:inode_foreign_history") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:inode_switch_wbs") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:sb_clear_inode_writeback") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:sb_mark_inode_writeback") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:track_foreign_dirty") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:wbc_writepage") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:writeback_bdi_register") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:writeback_congestion_wait") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:writeback_dirty_folio") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:writeback_dirty_inode") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:writeback_dirty_inode_enqueue") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:writeback_dirty_inode_start") { if (pid() == 0) printf("probe hit\n"); }
probe kernel.trace("writeback:writeback_exec") { if (pid() == 0) printf("probe hit\n"); }
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       Result testing : Test Passed 
       Test run time  : 8 seconds 
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***** End of runtest.sh *****