root@localhost:~/lava-test# lava-test run pwrmgmt LAVA: Running shell command: 'cd pm-qa && make -k check' LAVA: (stdout) make[1]: Entering directory `/root/.local/share/lava_test/installed-tests/pwrmgmt/pm-qa/utils' LAVA: (stderr) make[1]: [uncheck] Error 1 (ignored) LAVA: (stdout) make[1]: Leaving directory `/root/.local/share/lava_test/installed-tests/pwrmgmt/pm-qa/utils' LAVA: (stdout) make[1]: Entering directory `/root/.local/share/lava_test/installed-tests/pwrmgmt/pm-qa/cpufreq' LAVA: (stdout) ### LAVA: (stdout) ### cpufreq_01: LAVA: (stdout) ### test the cpufreq framework is available for frequency LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpufreq_01 LAVA: (stdout) ### LAVA: (stdout) cpufreq_01.0/cpu0: checking 'scaling_available_frequencies' exists... pass LAVA: (stdout) cpufreq_01.1/cpu0: checking 'scaling_cur_freq' exists... pass LAVA: (stdout) cpufreq_01.2/cpu0: checking 'scaling_setspeed' exists... pass LAVA: (stdout) cpufreq_01.0/cpu1: checking 'scaling_available_frequencies' exists... pass LAVA: (stdout) cpufreq_01.1/cpu1: checking 'scaling_cur_freq' exists... pass LAVA: (stdout) cpufreq_01.2/cpu1: checking 'scaling_setspeed' exists... pass LAVA: (stdout) ### LAVA: (stdout) ### cpufreq_02: LAVA: (stdout) ### test the cpufreq framework is available for governor LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpufreq_02 LAVA: (stdout) ### LAVA: (stdout) cpufreq_02.0/cpu0: checking 'scaling_available_governors' exists... pass LAVA: (stdout) cpufreq_02.1/cpu0: checking 'scaling_governor' exists... pass LAVA: (stdout) cpufreq_02.0/cpu1: checking 'scaling_available_governors' exists... pass LAVA: (stdout) cpufreq_02.1/cpu1: checking 'scaling_governor' exists... pass LAVA: (stdout) ### LAVA: (stdout) ### cpufreq_03: LAVA: (stdout) ### test the governor change is effective LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpufreq_03 LAVA: (stdout) ### LAVA: (stdout) cpufreq_03.0/cpu0: checking governor change to 'userspace'... pass LAVA: (stdout) cpufreq_03.1/cpu0: checking governor change to 'ondemand'... pass LAVA: (stdout) cpufreq_03.2/cpu0: checking governor change to 'performance'... pass LAVA: (stdout) cpufreq_03.0/cpu1: checking governor change to 'userspace'... pass LAVA: (stdout) cpufreq_03.1/cpu1: checking governor change to 'ondemand'... pass LAVA: (stdout) cpufreq_03.2/cpu1: checking governor change to 'performance'... pass LAVA: (stdout) ### LAVA: (stdout) ### cpufreq_04: LAVA: (stdout) ### test the change of the frequency is effective in 'userspace' mode LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpufreq_04 LAVA: (stdout) ### LAVA: (stdout) cpufreq_04.0/cpu0: checking setting frequency '1700000 KHz'... pass LAVA: (stdout) cpufreq_04.1/cpu0: checking setting frequency '1600000 KHz'... pass LAVA: (stdout) cpufreq_04.2/cpu0: checking setting frequency '1500000 KHz'... pass LAVA: (stdout) cpufreq_04.3/cpu0: checking setting frequency '1400000 KHz'... pass LAVA: (stdout) cpufreq_04.4/cpu0: checking setting frequency '1300000 KHz'... pass LAVA: (stdout) cpufreq_04.5/cpu0: checking setting frequency '1200000 KHz'... pass LAVA: (stdout) cpufreq_04.6/cpu0: checking setting frequency '1100000 KHz'... pass LAVA: (stdout) cpufreq_04.7/cpu0: checking setting frequency '1000000 KHz'... pass LAVA: (stdout) cpufreq_04.8/cpu0: checking setting frequency '900000 KHz'... pass LAVA: (stdout) cpufreq_04.9/cpu0: checking setting frequency '800000 KHz'... pass LAVA: (stdout) cpufreq_04.10/cpu0: checking setting frequency '700000 KHz'... pass LAVA: (stdout) cpufreq_04.11/cpu0: checking setting frequency '600000 KHz'... pass LAVA: (stdout) cpufreq_04.12/cpu0: checking setting frequency '500000 KHz'... pass LAVA: (stdout) cpufreq_04.13/cpu0: checking setting frequency '400000 KHz'... pass LAVA: (stdout) cpufreq_04.14/cpu0: checking setting frequency '300000 KHz'... pass LAVA: (stdout) cpufreq_04.15/cpu0: checking setting frequency '200000 KHz'... pass LAVA: (stdout) cpufreq_04.0/cpu1: checking setting frequency '1700000 KHz'... pass LAVA: (stdout) cpufreq_04.1/cpu1: checking setting frequency '1600000 KHz'... pass LAVA: (stdout) cpufreq_04.2/cpu1: checking setting frequency '1500000 KHz'... pass LAVA: (stdout) cpufreq_04.3/cpu1: checking setting frequency '1400000 KHz'... pass LAVA: (stdout) cpufreq_04.4/cpu1: checking setting frequency '1300000 KHz'... pass LAVA: (stdout) cpufreq_04.5/cpu1: checking setting frequency '1200000 KHz'... pass LAVA: (stdout) cpufreq_04.6/cpu1: checking setting frequency '1100000 KHz'... pass LAVA: (stdout) cpufreq_04.7/cpu1: checking setting frequency '1000000 KHz'... pass LAVA: (stdout) cpufreq_04.8/cpu1: checking setting frequency '900000 KHz'... pass LAVA: (stdout) cpufreq_04.9/cpu1: checking setting frequency '800000 KHz'... pass LAVA: (stdout) cpufreq_04.10/cpu1: checking setting frequency '700000 KHz'... pass LAVA: (stdout) cpufreq_04.11/cpu1: checking setting frequency '600000 KHz'... pass LAVA: (stdout) cpufreq_04.12/cpu1: checking setting frequency '500000 KHz'... pass LAVA: (stdout) cpufreq_04.13/cpu1: checking setting frequency '400000 KHz'... pass LAVA: (stdout) cpufreq_04.14/cpu1: checking setting frequency '300000 KHz'... pass LAVA: (stdout) cpufreq_04.15/cpu1: checking setting frequency '200000 KHz'... pass LAVA: (stdout) ### LAVA: (stdout) ### cpufreq_05: LAVA: (stdout) ### test 'ondemand' and 'conservative' trigger correctly the configuration directory LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpufreq_05 LAVA: (stdout) ### LAVA: (stdout) cpufreq_05.0: checking 'ondemand' directory exists... pass LAVA: (stdout) cpufreq_05.1: conservative not supported... skip LAVA: (stdout) cpufreq_05.2: checking 'ondemand' directory is not there... pass LAVA: (stdout) cpufreq_05.3: checking 'conservative' directory is not there... pass LAVA: (stdout) cpufreq_05.4: combine governors not supported... skip LAVA: (stdout) ### LAVA: (stdout) ### cpufreq_06: LAVA: (stdout) ### test the change of the frequencies affect the performances of a test program LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpufreq_06 LAVA: (stdout) ### LAVA: (stdout) cpufreq_06.0/cpu0: checking deviation for frequency 1700000 KHz... pass LAVA: (stdout) cpufreq_06.1/cpu0: checking deviation for frequency 1600000 KHz... pass LAVA: (stdout) cpufreq_06.2/cpu0: checking deviation for frequency 1500000 KHz... pass LAVA: (stdout) cpufreq_06.3/cpu0: checking deviation for frequency 1400000 KHz... pass LAVA: (stdout) cpufreq_06.4/cpu0: checking deviation for frequency 1300000 KHz... pass LAVA: (stdout) cpufreq_06.5/cpu0: checking deviation for frequency 1200000 KHz... pass LAVA: (stdout) cpufreq_06.6/cpu0: checking deviation for frequency 1100000 KHz... pass LAVA: (stdout) cpufreq_06.7/cpu0: checking deviation for frequency 1000000 KHz... pass LAVA: (stdout) cpufreq_06.8/cpu0: checking deviation for frequency 900000 KHz... pass LAVA: (stdout) cpufreq_06.9/cpu0: checking deviation for frequency 800000 KHz... pass LAVA: (stdout) cpufreq_06.10/cpu0: checking deviation for frequency 700000 KHz... pass LAVA: (stdout) cpufreq_06.11/cpu0: checking deviation for frequency 600000 KHz... pass LAVA: (stdout) cpufreq_06.12/cpu0: checking deviation for frequency 500000 KHz... pass LAVA: (stdout) cpufreq_06.13/cpu0: checking deviation for frequency 400000 KHz... pass LAVA: (stdout) cpufreq_06.14/cpu0: checking deviation for frequency 300000 KHz... pass LAVA: (stdout) cpufreq_06.15/cpu0: checking deviation for frequency 200000 KHz... pass LAVA: (stdout) cpufreq_06.0/cpu1: checking deviation for frequency 1700000 KHz... pass LAVA: (stdout) cpufreq_06.1/cpu1: checking deviation for frequency 1600000 KHz... pass LAVA: (stdout) cpufreq_06.2/cpu1: checking deviation for frequency 1500000 KHz... pass LAVA: (stdout) cpufreq_06.3/cpu1: checking deviation for frequency 1400000 KHz... pass LAVA: (stdout) cpufreq_06.4/cpu1: checking deviation for frequency 1300000 KHz... pass LAVA: (stdout) cpufreq_06.5/cpu1: checking deviation for frequency 1200000 KHz... pass LAVA: (stdout) cpufreq_06.6/cpu1: checking deviation for frequency 1100000 KHz... pass LAVA: (stdout) cpufreq_06.7/cpu1: checking deviation for frequency 1000000 KHz... pass LAVA: (stdout) cpufreq_06.8/cpu1: checking deviation for frequency 900000 KHz... pass LAVA: (stdout) cpufreq_06.9/cpu1: checking deviation for frequency 800000 KHz... pass LAVA: (stdout) cpufreq_06.10/cpu1: checking deviation for frequency 700000 KHz... pass LAVA: (stdout) cpufreq_06.11/cpu1: checking deviation for frequency 600000 KHz... pass LAVA: (stdout) cpufreq_06.12/cpu1: checking deviation for frequency 500000 KHz... pass LAVA: (stdout) cpufreq_06.13/cpu1: checking deviation for frequency 400000 KHz... pass LAVA: (stdout) cpufreq_06.14/cpu1: checking deviation for frequency 300000 KHz... pass LAVA: (stdout) cpufreq_06.15/cpu1: checking deviation for frequency 200000 KHz... pass LAVA: (stdout) ### LAVA: (stdout) ### cpufreq_07: LAVA: (stdout) ### test the load of the cpu affects the frequency with 'ondemand' LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpufreq_07 LAVA: (stdout) ### LAVA: (stdout) cpufreq_07.0/cpu0: checking 'ondemand' increase frequency on load... pass LAVA: (stdout) cpufreq_07.1/cpu0: checking 'ondemand' decrease frequency on idle... pass LAVA: (stdout) cpufreq_07.0/cpu1: checking 'ondemand' increase frequency on load... pass LAVA: (stdout) cpufreq_07.1/cpu1: checking 'ondemand' decrease frequency on idle... pass LAVA: (stdout) ### LAVA: (stdout) ### cpufreq_08: LAVA: (stdout) ### test the load of the cpu does not affect the frequency with 'userspace' LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpufreq_08 LAVA: (stdout) ### LAVA: (stdout) cpufreq_08.0/cpu0: checking 'userspace' 1700000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.1/cpu0: checking 'userspace' 1600000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.2/cpu0: checking 'userspace' 1500000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.3/cpu0: checking 'userspace' 1400000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.4/cpu0: checking 'userspace' 1300000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.5/cpu0: checking 'userspace' 1200000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.6/cpu0: checking 'userspace' 1100000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.7/cpu0: checking 'userspace' 1000000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.8/cpu0: checking 'userspace' 900000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.9/cpu0: checking 'userspace' 800000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.10/cpu0: checking 'userspace' 700000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.11/cpu0: checking 'userspace' 600000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.12/cpu0: checking 'userspace' 500000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.13/cpu0: checking 'userspace' 400000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.14/cpu0: checking 'userspace' 300000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.15/cpu0: checking 'userspace' 200000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.0/cpu1: checking 'userspace' 1700000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.1/cpu1: checking 'userspace' 1600000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.2/cpu1: checking 'userspace' 1500000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.3/cpu1: checking 'userspace' 1400000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.4/cpu1: checking 'userspace' 1300000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.5/cpu1: checking 'userspace' 1200000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.6/cpu1: checking 'userspace' 1100000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.7/cpu1: checking 'userspace' 1000000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.8/cpu1: checking 'userspace' 900000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.9/cpu1: checking 'userspace' 800000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.10/cpu1: checking 'userspace' 700000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.11/cpu1: checking 'userspace' 600000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.12/cpu1: checking 'userspace' 500000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.13/cpu1: checking 'userspace' 400000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.14/cpu1: checking 'userspace' 300000 KHz is fixed... pass LAVA: (stdout) cpufreq_08.15/cpu1: checking 'userspace' 200000 KHz is fixed... pass LAVA: (stdout) ### LAVA: (stdout) ### cpufreq_09: LAVA: (stdout) ### test the load of the cpu does not affect the frequency with 'powersave' LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpufreq_09 LAVA: (stdout) ### LAVA: (stdout) cpufreq_09.0: powersave not supported... skip LAVA: (stdout) make[1]: Leaving directory `/root/.local/share/lava_test/installed-tests/pwrmgmt/pm-qa/cpufreq' LAVA: (stdout) make[1]: Entering directory `/root/.local/share/lava_test/installed-tests/pwrmgmt/pm-qa/cpuhotplug' LAVA: (stdout) ### LAVA: (stdout) ### 1_sanity_check: LAVA: (stdout) ### ensure all the cpus are online before the tests LAVA: (stdout) ### ### LAVA: (stdout) 1_sanity_check.0: checking all cpu are online... pass LAVA: (stdout) ### LAVA: (stdout) ### cpuhotplug_01: LAVA: (stdout) ### test the sysfs files are present LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpuhotplug_01 LAVA: (stdout) ### LAVA: (stdout) cpuhotplug_01.0: checking 'online' exists... pass LAVA: (stdout) cpuhotplug_01.1: checking 'offline' exists... pass LAVA: (stdout) cpuhotplug_01.2: checking 'possible' exists... pass LAVA: (stdout) cpuhotplug_01.3: checking 'present' exists... pass LAVA: (stdout) cpuhotplug_01.0/cpu0: checking 'online' exists... pass LAVA: (stdout) cpuhotplug_01.0/cpu1: checking 'online' exists... pass LAVA: (stdout) ### LAVA: (stdout) ### cpuhotplug_02: LAVA: (stdout) ### test the cpu state is reflected in sysfs LAVA: (stdout) ### https://wiki.linaro.org/WorkingGroups/PowerManagement/Doc/QA/Scripts#cpuhotplug_02 LAVA: (stdout) ### LAVA: (stdout) cpuhotplug_02.0/cpu1: checking cpu is offline... pass [ 146.000000] CPU1: Booted secondary processor [ 146.000000] ------------[ cut here ]------------ [ 146.000000] WARNING: at /mnt/ci_build/workspace/package-and-publish-linux-linaro/hwpack/arndale/label/precise_hwpack_cloud/kernel_build/te) [ 146.000000] Modules linked in: [ 146.000000] [] (unwind_backtrace+0x0/0x104) from [] (dump_stack+0x20/0x24) [ 146.000000] [] (dump_stack+0x20/0x24) from [] (warn_slowpath_common+0x5c/0x74) [ 146.000000] [] (warn_slowpath_common+0x5c/0x74) from [] (warn_slowpath_null+0x2c/0x34) [ 146.000000] [] (warn_slowpath_null+0x2c/0x34) from [] (lockdep_trace_alloc+0xd8/0xec) [ 146.000000] [] (lockdep_trace_alloc+0xd8/0xec) from [] (__kmalloc+0x74/0x1f0) [ 146.000000] [] (__kmalloc+0x74/0x1f0) from [] (__proc_create+0x9c/0x104) [ 146.000000] [] (__proc_create+0x9c/0x104) from [] (proc_mkdir_mode+0x38/0x70) [ 146.000000] [] (proc_mkdir_mode+0x38/0x70) from [] (proc_mkdir+0x20/0x24) [ 146.000000] [] (proc_mkdir+0x20/0x24) from [] (register_handler_proc+0x100/0x124) [ 146.000000] [] (register_handler_proc+0x100/0x124) from [] (__setup_irq+0x1e8/0x448) [ 146.000000] [] (__setup_irq+0x1e8/0x448) from [] (setup_irq+0x50/0x98) [ 146.000000] [] (setup_irq+0x50/0x98) from [] (exynos4_local_timer_setup+0x150/0x194) [ 146.000000] [] (exynos4_local_timer_setup+0x150/0x194) from [] (percpu_timer_setup+0x98/0xc0) [ 146.000000] [] (percpu_timer_setup+0x98/0xc0) from [] (secondary_start_kernel+0xe4/0x10c) [ 146.000000] [] (secondary_start_kernel+0xe4/0x10c) from [<405968a8>] (0x405968a8) [ 146.000000] ---[ end trace 30093075a982f6c5 ]--- [ 146.000000] ------------[ cut here ]------------ [ 146.000000] kernel BUG at /mnt/ci_build/workspace/package-and-publish-linux-linaro/hwpack/arndale/label/precise_hwpack_cloud/kernel_build/! [ 146.000000] Internal error: Oops - BUG: 0 [#1] PREEMPT SMP ARM [ 146.000000] Modules linked in: [ 146.000000] CPU: 1 Tainted: G W (3.8.0-1-linaro-arndale #1ubuntu1~ci+130217022025) [ 146.000000] PC is at cache_alloc_refill+0x2a4/0x694 [ 146.000000] LR is at 0xee8020c0 [ 146.000000] pc : [] lr : [] psr: 600001d3 [ 146.000000] sp : ef0d3da0 ip : 00000001 fp : ef0d3de4 [ 146.000000] r10: ef002140 r9 : 00100100 r8 : c0dd0c80 [ 146.000000] r7 : ef000240 r6 : eeb15800 r5 : 0000000d r4 : ee712000 [ 146.000000] r3 : 00000014 r2 : 00000014 r1 : 00200200 r0 : 0000000e [ 146.000000] Flags: nZCv IRQs off FIQs off Mode SVC_32 ISA ARM Segment kernel [ 146.000000] Control: 10c5387d Table: 4000406a DAC: 55555555 [ 146.000000] [ 146.000000] PC: 0xc01052e0: [ 146.000000] 52e0 e3530000 1a0000c3 e5963000 e2432001 e283300b e5862000 e7960103 e24bd028 [ 146.000000] 5300 e89daff0 e1a0300a e58ac050 e5b34010 e1540003 1affffb3 eaffffe3 e1580003 [ 146.000000] 5320 21a08003 eaffff8d e309e8d8 e34ce083 e5de2004 e3520000 0affffc0 e1a00003 [ 146.000000] 5340 e50b1040 e50bc03c eb1260e4 e51bc03c e1a03000 e51b1040 eaffffb8 e7f001f2 [ 146.000000] 5360 e7f001f2 e51b0034 e3a0a006 e34fae00 e000a00a e35a0000 1a00009d e5973050 [ 146.000000] 5380 e3038ef0 e51b2034 e3408007 e5934000 e0028008 e2846024 e1a00006 eb128067 [ 146.000000] 53a0 e5945020 e1a00006 e2853001 e5843020 e5972024 e1530002 2584a020 eb12828a [ 146.000000] 53c0 e51be034 e5973028 e21ea010 e0050593 0a000001 ebfde56d f1080080 e5972014 [ 146.000000] [ 146.000000] LR: 0xee802040: [ 146.000000] 2040 eeb7a040 ef002148 000000c0 ee8020c0 00000014 ffffffff c05d0000 ffffffff [ 146.000000] 2060 00000000 00000001 00000002 00000003 ffffffff 00000005 00000006 00000009 [ 146.000000] 2080 0000000a 0000000b 0000000c 0000000d 0000000e 0000000f 00000010 00000011 [ 146.000000] 20a0 00000012 00000013 ffffffff 00000000 dead4ead ffffffff ffffffff c0dcc52c [ 146.000000] 20c0 00000001 00000000 00000001 ee8020cc ee8020cc 00000000 dead4ead ffffffff [ 146.000000] 20e0 ffffffff c0dcc534 00000000 00000000 c06f32b4 ee8020f4 ee8020f4 00000000 [ 146.000000] 2100 00000000 00000000 00000001 00020002 dead4ead ffffffff ffffffff c0890bf0 [ 146.000000] 2120 00000000 00000000 c06ae378 ee80212c ee80212c 00000000 00000000 ee802108 [ 146.000000] [ 146.000000] SP: 0xef0d3d20: [ 146.000000] 3d20 c007df18 c007cf18 00000002 00000080 c0105364 600001d3 c000e954 00000000 [ 146.000000] 3d40 e7100000 ef002140 ef0d3de4 ef0d3d58 c000e6b0 c000820c 0000000e 00200200 [ 146.000000] 3d60 00000014 00000014 ee712000 0000000d eeb15800 ef000240 c0dd0c80 00100100 [ 146.000000] 3d80 ef002140 ef0d3de4 00000001 ef0d3da0 ee8020c0 c0105360 600001d3 ffffffff [ 146.000000] 3da0 000080d0 c01694b0 ef0d3dcc 00000000 000080d0 ef002164 00000000 ef000240 [ 146.000000] 3dc0 00000086 00000002 000080d0 c01694b0 600001d3 000080d0 ef0d3e1c ef0d3de8 [ 146.000000] 3de0 c0105c88 c01050c8 0000416d 235c235b c084e9f0 ef0d3e7c 0000000d 00000002 [ 146.000000] 3e00 0000416d c081f510 c081f4f0 800001d3 ef0d3e44 ef0d3e20 c01694b0 c0105af8 [ 146.000000] [ 146.000000] FP: 0xef0d3d64: [ 146.000000] 3d64 00000014 ee712000 0000000d eeb15800 ef000240 c0dd0c80 00100100 ef002140 [ 146.000000] 3d84 ef0d3de4 00000001 ef0d3da0 ee8020c0 c0105360 600001d3 ffffffff 000080d0 [ 146.000000] 3da4 c01694b0 ef0d3dcc 00000000 000080d0 ef002164 00000000 ef000240 00000086 [ 146.000000] 3dc4 00000002 000080d0 c01694b0 600001d3 000080d0 ef0d3e1c ef0d3de8 c0105c88 [ 146.000000] 3de4 c01050c8 0000416d 235c235b c084e9f0 ef0d3e7c 0000000d 00000002 0000416d [ 146.000000] 3e04 c081f510 c081f4f0 800001d3 ef0d3e44 ef0d3e20 c01694b0 c0105af8 ff0a0004 [ 146.000000] 3e24 ef0d3e7c 00000000 c0842940 c0838108 c081f4c0 ef0d3e64 ef0d3e48 c016991c [ 146.000000] 3e44 c0169420 ef0d3e6c ef116740 c0340a64 00000000 ef0d3e74 ef0d3e68 c0169974 [ 146.000000] [ 146.000000] R4: 0xee711f80: [ 146.000000] 1f80 b6ef3760 000000f8 ee711fa4 ee711f98 c002d1b8 c002d0e4 00000000 ee711fa8 [ 146.000000] 1fa0 c000ea40 c002d1a4 000703c2 b6ef3760 00000001 000703ae b6e14820 00000001 [ 146.000000] 1fc0 000703c2 b6ef3760 b6ef3760 000000f8 be91ea50 00000000 be91eed4 015fcef0 [ 146.000000] 1fe0 000000f8 be91e93c b6e84ce3 b6e2c1e6 60000030 00000001 00000000 00000000 [ 146.000000] 2000 eeb7a040 ef002140 00000080 ee712080 00000014 ffffffff ffff0000 ffffffff [ 146.000000] 2020 00000000 00000001 00000002 00000003 00000004 00000005 00000006 00000007 [ 146.000000] 2040 00000008 00000009 0000000a 0000000b 0000000c 0000000d 0000000e 00000011 [ 146.000000] 2060 00000012 00000005 ffffffff 00000000 00000000 00000000 00000000 00000000 [ 146.000000] [ 146.000000] R6: 0xeeb15780: [ 146.000000] 5780 00000000 00000000 c06c4d7c 00000000 00000000 eeb15794 eeb15794 00000001 [ 146.000000] 57a0 00000000 dead4ead ffffffff ffffffff c0890bf0 00000000 00000000 c06ae378 [ 146.000000] 57c0 eeb157c0 eeb157c0 00000000 00000000 eeb1579c c0db9650 00000000 00000000 [ 146.000000] 57e0 c06c4d9c 00000000 00000000 c05b5208 000200da c08395d8 00000000 dead4ead [ 146.000000] 5800 00000003 00000078 0000003c 00000000 00000000 dead4ead ffffffff ffffffff [ 146.000000] 5820 c0db90f4 00000000 00000000 c06be9cc ee802600 ee802540 ee802480 00000000 [ 146.000000] 5840 00000000 c0dcdff8 00000000 dead4ead ffffffff ffffffff c0db39a0 00000000 [ 146.000000] 5860 00000000 c06bbe00 00200000 00000000 00000000 eeb15874 eeb15874 eeb1587c [ 146.000000] [ 146.000000] R7: 0xef0001c0: [ 146.000000] 01c0 0000003c 00000078 00000008 00000040 04000000 00002000 0000003b 00000000 [ 146.000000] 01e0 00000000 00000000 00000040 00000000 00000140 00000000 c06beb08 ef00017c [ 146.000000] 0200 ef00027c 00000001 00000020 00000040 ef00021c ef00b400 00000000 ef0020c0 [ 146.000000] 0220 fb7617ff 7ffffbff ffffffff 23858fff ffffffff effde7f7 efff7eb3 ffffffff [ 146.000000] 0240 0000003c 00000078 00000008 000000c0 01555556 00002000 00000014 00000000 [ 146.000000] 0260 00000000 00000002 00000040 00000000 00000080 00000000 c06beb54 ef0001fc [ 146.000000] 0280 ef0002fc 00000001 000000c0 00000040 ef00029c ef00b800 eeb15800 ef002140 [ 146.000000] 02a0 fafbd78e fffdffff ffffffff fff5e77a ffefffff 59f77fb7 f7b3c1fb fe7ffffb [ 146.000000] [ 146.000000] R8: 0xc0dd0c00: [ 146.000000] 0c00 00000007 ee906800 00000000 eeb01600 00000000 00000000 00000000 00000000 [ 146.000000] 0c20 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 [ 146.000000] 0c40 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 [ 146.000000] 0c60 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 [ 146.000000] 0c80 00000000 00001fff 00000000 00000000 00000000 00000000 00000000 00000000 [ 146.000000] 0ca0 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 [ 146.000000] 0cc0 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 [ 146.000000] 0ce0 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 [ 146.000000] [ 146.000000] R10: 0xef0020c0: [ 146.000000] 20c0 ed800000 edd4e000 ede4d000 ef06f000 ef0020d0 ef0020d0 00000096 00000077 [ 146.000000] 20e0 00000000 03e503e5 dead4ead ffffffff ffffffff c0db90dc c093e048 00000000 [ 146.000000] 2100 c06be9a0 ef00c000 00000000 ffffc4a1 00000000 edffcfbf cf378b79 7ffffffd [ 146.000000] 2120 be0f3fff bbffffff bfbfefff dfffbdde febfffff 7bb7afff 6fe97fff feffffff [ 146.000000] 2140 ee712000 ee712000 ee802040 ef00a000 ef002150 ef002150 00000013 00000050 [ 146.000000] 2160 00000001 01ef01ee dead4ead 00000001 ef0cc100 c0db90dc c093e048 00000000 [ 146.000000] 2180 c06be9a0 ef00c800 00000000 ffffc4a1 00000000 e49fab3a b784e588 ffffffff [ 146.000000] 21a0 9dedfbcf ffffffdf 7fffbbbf b367fb3f ffffffff bbbfffff 6fb9e3ff fffdffff [ 146.000000] Process swapper/1 (pid: 0, stack limit = 0xef0d2238) [ 146.000000] Stack: (0xef0d3da0 to 0xef0d4000) [ 146.000000] 3da0: 000080d0 c01694b0 ef0d3dcc 00000000 000080d0 ef002164 00000000 ef000240 [ 146.000000] 3dc0: 00000086 00000002 000080d0 c01694b0 600001d3 000080d0 ef0d3e1c ef0d3de8 [ 146.000000] 3de0: c0105c88 c01050c8 0000416d 235c235b c084e9f0 ef0d3e7c 0000000d 00000002 [ 146.000000] 3e00: 0000416d c081f510 c081f4f0 800001d3 ef0d3e44 ef0d3e20 c01694b0 c0105af8 [ 146.000000] 3e20: ff0a0004 ef0d3e7c 00000000 c0842940 c0838108 c081f4c0 ef0d3e64 ef0d3e48 [ 146.000000] 3e40: c016991c c0169420 ef0d3e6c ef116740 c0340a64 00000000 ef0d3e74 ef0d3e68 [ 146.000000] 3e60: c0169974 c01698f0 ef0d3f24 ef0d3e78 c009f758 c0169960 00000001 5f74636d [ 146.000000] 3e80: 6b636974 72695f31 00000071 00000000 00000000 00000000 00000000 00000000 [ 146.000000] 3ea0: 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 [ 146.000000] 3ec0: 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 [ 146.000000] 3ee0: 00000000 00000000 00000000 00000000 00000000 00000000 00000000 271ae51c [ 146.000000] 3f00: c081f4c0 c0842940 c081f510 00000000 00000099 600001d3 ef0d3f64 ef0d3f28 [ 146.000000] 3f20: c009b35c c009f664 ef0d3f44 ef0d3f38 c00798ec c05a5e90 ef0d3f5c c081f4c0 [ 146.000000] 3f40:[40 c780d0080c 5aU5:4fa0l2d3ao c0me0o0l ee0 d3f84 ef0d3f68 8 0o00 0n3inf [ 146.000000] 3f60: c009b7d0 c009b180 c0842900 c1e05200 00000099 c1e055a8 ef0d3fc4 ef0d3f88 [ 146.000000] 3f80: c0597a60 c009b78c 00000005 c05a5e90 ef0d3fb4 c1e055b0 c05a5e90 c1e05200 [ 147.040000] 3fa0: 00000001 10c0387d c087d69c 4000406a 410fc0f4 00000000 ef0d3fdc ef0d3fc8 [ 147.040000] 3fc0: c0596fa8 c059791c 00000000 c084c7c0 ef0d3ff4 ef0d3fe0 c059733c c0596f1c [ 147.080000] 3fe0: 6f0b406a 55555555 00000000 ef0d3ff8 405968a8 c0597264 ffdf9bf7 ffb2d7ff [ 147.080000] [] (cache_alloc_refill+0x2a4/0x694) from [] (__kmalloc+0x19c/0x1f0) [ 147.080000] [] (__kmalloc+0x19c/0x1f0) from [] (__proc_create+0x9c/0x104) [ 147.080000] [] (__proc_create+0x9c/0x104) from [] (proc_mkdir_mode+0x38/0x70) [ 147.080000] [] (proc_mkdir_mode+0x38/0x70) from [] (proc_mkdir+0x20/0x24) [ 147.080000] [] (proc_mkdir+0x20/0x24) from [] (register_handler_proc+0x100/0x124) [ 147.080000] [] (register_handler_proc+0x100/0x124) from [] (__setup_irq+0x1e8/0x448) [ 147.080000] [] (__setup_irq+0x1e8/0x448) from [] (setup_irq+0x50/0x98) [ 147.080000] [] (setup_irq+0x50/0x98) from [] (exynos4_local_timer_setup+0x150/0x194) [ 147.080000] [] (exynos4_local_timer_setup+0x150/0x194) from [] (percpu_timer_setup+0x98/0xc0) [ 147.080000] [] (percpu_timer_setup+0x98/0xc0) from [] (secondary_start_kernel+0xe4/0x10c) [ 147.080000] [] (secondary_start_kernel+0xe4/0x10c) from [<405968a8>] (0x405968a8) [ 147.080000] Code: e1a03000 e51b1040 eaffffb8 e7f001f2 (e7f001f2) [ 147.080000] ---[ end trace 30093075a982f6c6 ]--- [ 147.080000] Kernel panic - not syncing: Attempted to kill the idle task! [ 147.080000] SMP: failed to stop secondary CPUs [ 147.190000] BUG: spinlock lockup suspected on CPU#0, cpuhotplug_03.s/5228 [ 147.190000] lock: 0xef002164, .magic: dead4ead, .owner: swapper/1/0, .owner_cpu: 1