FYI: aarch64 boot (HoneyComb): example crash during system checks
Date: Sun, 21 Nov 2021 19:26:25 UTC
Starting file system checks:
/dev/gpt/CA72opt0EFI: 41 files, 242 MiB free (15469 clusters)
FIXED
/d x0: ffff000000e43ec8 (blocked_lock + 0)
x1: ffff00013efa9f50
x2: ffff00000090e39a (cam_status_table + 1d132)
x3: deadc0d8
x4: 0
x5: ffff00000082a138 (data_abort + 0)
x6: 5
x7: 601
x8: ffff000000e43ec8 (blocked_lock + 0)
x9: deadc0de
x10: 0
x11: 3938700
x12: 0
x13: 8000
x14: 1de
x15: 81ce
x16: 425b9080
x17: 8000
x18: ffff00013efa9f40
x19: ffff000000e43ec8 (blocked_lock + 0)
x20: ffffa0001a826000
x21: 0
x22: ffffa0001a826000
x23: 0
x24: ffff000000bed000 (queue_ops + 0)
x25: 98967f
x26: ffff000000e43ee0 (blocked_lock + 18)
x27: 0
x28: 114
x29: ffff00013efa9f40
sp: ffff00013efa9f40
lr: ffff0000004b9028 (thread_lock_flags_ + c0)
elr: ffff0000004b9028 (thread_lock_flags_ + c0)
spsr: 2c5
far: deadc178
esr: 96000004
timeout stopping cpus
panic: data abort in critical section or under mutex
cpuid = 5
time = 1637492224
KDB: stack backtrace:
db_trace_self() at db_trace_self_wrapper+0x30
pc = 0xffff000000807770 lr = 0xffff00000011d9ec
sp = 0xffff00013efa9990 fp = 0xffff00013efa9b90
db_trace_self_wrapper() at vpanic+0x188
pc = 0xffff00000011d9ec lr = 0xffff0000004e1d10
sp = 0xffff00013efa9ba0 fp = 0xffff00013efa9c00
vpanic() at panic+0x44
pc = 0xffff0000004e1d10 lr = 0xffff0000004e1b84
sp = 0xffff00013efa9c10 fp = 0xffff00013efa9cc0
panic() at data_abort+0x290
pc = 0xffff0000004e1b84 lr = 0xffff00000082a3c8
sp = 0xffff00013efa9cd0 fp = 0xffff00013efa9d50
data_abort() at handle_el1h_sync+0x78
pc = 0xffff00000082a3c8 lr = 0xffff00000080a078
sp = 0xffff00013efa9d60 fp = 0xffff00013efa9eb0
handle_el1h_sync() at thread_lock_flags_+0xbc
pc = 0xffff00000080a078 lr = 0xffff0000004b9024
sp = 0xffff00013efa9ec0 fp = 0xffff00013efa9f40
thread_lock_flags_() at thread_lock_flags_+0xbc
pc = 0xffff0000004b9024 lr = 0xffff0000004b9024
sp = 0xffff00013efa9f50 fp = 0xffff00013efa9f60
thread_lock_flags_() at sleepq_timeout+0x10
pc = 0xffff0000004b9024 lr = 0xffff00000054b2a8
sp = 0xffff00013efa9f70 fp = 0xffff00013efa9fb0
sleepq_timeout() at softclock_call_cc+0x14c
pc = 0xffff00000054b2a8 lr = 0xffff000000503134
sp = 0xffff00013efa9fc0 fp = 0xffff00013efaa020
softclock_call_cc() at callout_process+0x17c
pc = 0xffff000000503134 lr = 0xffff000000502df0
sp = 0xffff00013efaa030 fp = 0xffff00013efaa0a0
callout_process() at handleevents+0x188
pc = 0xffff000000502df0 lr = 0xffff00000045b42c
sp = 0xffff00013efaa0b0 fp = 0xffff00013efaa100
handleevents() at timercb+0x304
pc = 0xffff00000045b42c lr = 0xffff00000045be7c
sp = 0xffff00013efaa110 fp = 0xffff00013efaa170
timercb() at arm_tmr_intr+0x5c
pc = 0xffff00000045be7c lr = 0xffff0000007ff850
sp = 0xffff00013efaa180 fp = 0xffff00013efaa1d0
arm_tmr_intr() at intr_event_handle+0xac
pc = 0xffff0000007ff850 lr = 0xffff000000493c54
sp = 0xffff00013efaa1e0 fp = 0xffff00013efaa1e0
intr_event_handle() at intr_isrc_dispatch+0x70
pc = 0xffff000000493c54 lr = 0xffff0000007fb238
sp = 0xffff00013efaa1f0 fp = 0xffff00013efaa230
intr_isrc_dispatch() at arm_gic_v3_intr+0x11c
pc = 0xffff0000007fb238 lr = 0xffff00000080ff34
sp = 0xffff00013efaa240 fp = 0xffff00013efaa250
arm_gic_v3_intr() at intr_irq_handler+0x7c
pc = 0xffff00000080ff34 lr = 0xffff0000007faff0
sp = 0xffff00013efaa260 fp = 0xffff00013efaa2b0
intr_irq_handler() at handle_el1h_irq+0x74
pc = 0xffff0000007faff0 lr = 0xffff00000080a140
sp = 0xffff00013efaa2c0 fp = 0xffff00013efaa3f0
handle_el1h_irq() at handle_el1h_sync+0x78
pc = 0xffff00000080a140 lr = 0xffff00000080a078
sp = 0xffff00013efaa400 fp = 0xffff00013efaa500
handle_el1h_sync() at handle_el1h_sync+0x78
pc = 0xffff00000080a078 lr = 0xffff00000080a078
sp = 0xffff00013efaa510 fp = 0xffff00013efaa660
handle_el1h_sync() at sched_switch+0x6a8
pc = 0xffff00000080a078 lr = 0xffff0000005197fc
sp = 0xffff00013efaa670 fp = 0xffff00013efaa6f0
sched_switch() at sched_switch+0x6a8
pc = 0xffff0000005197fc lr = 0xffff0000005197fc
sp = 0xffff00013efaa700 fp = 0xffff00013efaa790
sched_switch() at mi_switch+0xf4
pc = 0xffff0000005197fc lr = 0xffff0000004f03a0
sp = 0xffff00013efaa7a0 fp = 0xffff00013efaa7f0
mi_switch() at sleepq_timedwait+0x28
pc = 0xffff0000004f03a0 lr = 0xffff00000054bd0c
sp = 0xffff00013efaa800 fp = 0xffff00013efaa830
sleepq_timedwait() at _cv_timedwait_sbt+0x110
pc = 0xffff00000054bd0c lr = 0xffff00000045e7b0
sp = 0xffff00013efaa840 fp = 0xffff00013efaa850
_cv_timedwait_sbt() at dbuf_evict_thread+0x410
pc = 0xffff00000045e7b0 lr = 0xffff0000013ca59c
sp = 0xffff00013efaa860 fp = 0xffff00013efaa8f0
dbuf_evict_thread() at fork_exit+0x94
pc = 0xffff0000013ca59c lr = 0xffff00000048fbf0
sp = 0xffff00013efaa900 fp = 0xffff00013efaa950
fork_exit() at fork_trampoline+0x10
pc = 0xffff00000048fbf0 lr = 0xffff000000828ed8
sp = 0xffff00013efaa960 fp = 0x0000000000000000
KDB: enter: panic
[ thread pid 26 tid 100194 ]
Stopped at kdb_enter+0x48: undefined f906411f
For reference:
# uname -apKU
FreeBSD CA72_16Gp_ZFS 13.0-STABLE FreeBSD 13.0-STABLE #13 stable/13-n248062-109330155000-dirty: Sat Nov 13 23:55:14 PST 2021 root@CA72_16Gp_ZFS:/usr/obj/BUILDs/13S-CA72-nodbg-clang/usr/13S-src/arm64.aarch64/sys/GENERIC-NODBG-CA72 arm64 aarch64 1300520 1300520
It is a root-on-ZFS context on Optane media in the PCie slot.
I've no clue if this will repeat. I've never gotten
this before.
===
Mark Millard
marklmi at yahoo.com
( dsl-only.net went
away in early 2018-Mar)