| Current Path : /sys/amd64/compile/hs32/modules/usr/src/sys/modules/s3/@/amd64/compile/hs32/modules/usr/src/sys/modules/hptmv/ |
FreeBSD hs32.drive.ne.jp 9.1-RELEASE FreeBSD 9.1-RELEASE #1: Wed Jan 14 12:18:08 JST 2015 root@hs32.drive.ne.jp:/sys/amd64/compile/hs32 amd64 |
| Current File : //sys/amd64/compile/hs32/modules/usr/src/sys/modules/s3/@/amd64/compile/hs32/modules/usr/src/sys/modules/hptmv/entry.o |
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sq_list #
sq_proc ! #0
sq_flags 4 #8 . " # ( # proc ! p_list i? # p_threads ? # p_slock n # p_ucred q8 #@ p_fd JA #H p_fdtol eA #P p_stats tA #X p_limit A #` p_limco y #h p_sigacts A # p_flag 4 # p_state ? # p_pid # p_hash ? # p_pglist @ # p_pptr ! # p_sibling =@ # p_children e@ # p_mtx n # p_ksi " # p_sigqueue ! # p_oppid # p_pad_dbg_child 4 # p_vmspace A # p_swtick # p_realtimer = # p_ru # p_rux < # p_crux < # p_profthreads
4 # p_exitthreads # p_traceflag 4 # p_tracevp
; # p_tracecred q8 # p_textvp ; # p_lock # p_sigiolst w8 # p_sigparent 4 # p_sig 4 # p_code # p_stops # p_stype # p_step # p_pfsflags # p_nlminfo A # p_aioinfo A # p_singlethread ! # p_suspcount 4 # p_xthread ! # p_boundary_count 4 # p_pendingcnt 4 # p_itimers A # p_procdesc !A # p_magic ' # p_osrel (4 # p_comm *> # p_pgrp +w6 # p_sysent ,A # p_args -A # p_cpulimit . # p_nice / # p_fibnum 04 # p_xstat 4 # p_klist 52 # p_numthreads 64 # p_md 7: # p_itcallout 8y # p_acflag 9 # p_peers :! # p_leader ;! # p_emuldata <% # p_label =E: # p_sched >B # p_ktr ?~@ # p_mqnotifier @@ # p_dtrace AB # p_pwait B5 # p_dbgwait C5 # p_prev_runtime E6 # p_racct F&B # p_orphan M@ # p_orphans N&A # sigqueue_t . ! ! thread @)
td_lock l> #
td_proc Μ! #
td_plist := #
td_runq _= #
td_slpq ф= #0
td_lockq ҩ= #@
td_hash = #P
td_cpuset z> #`
td_sel Ո> #h
td_sleepqueue ֛> #p
td_turnstile > #x
td_umtxq ت> #
td_tid #
td_sigqueue ڢ! #
td_lend_user_pri #
td_flags 4 #
td_inhibitors 4 #
td_pflags 4 #
td_dupfd 4 #
td_sqqueue 4 #
td_wchan % #
td_wmesg #
td_lastcpu #
td_oncpu #
td_owepreempt > #
td_tsqueue #
td_locks #
td_rw_rlocks #
td_lk_slocks #
td_stopsched #
td_blocked > #
td_lockname #
td_contested = #
td_sleeplocks <. #
td_intr_nesting_level 4 #
td_pinned 4 #
td_ucred q8 #
td_estcpu #
td_slptick 4 #
td_blktick 4 #
td_swvoltick 4 #
td_cow #
td_ru #
td_rux < #
td_incruntime 6 #
td_runtime 6 #
td_pticks # td_sticks # td_iticks # td_uticks # td_intrval 4 # td_oldsigmask - # td_sigmask - # td_generation > # td_sigstk
# td_xsig 4 # td_profil_addr # td_profil_ticks
# td_name > # td_fpop 4 # td_dbgflags
4 # td_dbgksi # td_ng_outbound 4 # td_osd e5 # td_map_def_user > # td_dbg_forked # td_rqindex # td_base_pri # td_priority # td_pri_class # td_user_pri # td_base_user_pri # td_pcb #$. # td_state * > # td_retval +> # td_slpcallout ,y # td_frame -> # td_kstack_obj .
? # td_kstack /i # td_kstack_pages 04 # td_critnest 1> # td_md 2: # 3? # td_ar 4/? # td_lprof 55? # td_dtrace 6V? # td_errno 74 # td_vnet 8c? # td_vnet_lpush 9 # td_intr_frame :> # td_rfppwait_p ;! # vmmeter 3 .
v_swtch 7 #
v_trap 8 #
v_syscall 9 #
v_intr : #
v_soft ; #
v_vm_faults ? #
v_cow_faults @ #
v_cow_optim A #
v_zfod B #
v_ozfod C #$
v_swapin D #(
v_swapout E #,
v_swappgsin F #0
v_swappgsout G #4
v_vnodein H #8
v_vnodeout I #<
v_vnodepgsin J #@
v_vnodepgsout K #D
v_intrans L #H
v_reactivated M #L
v_pdwakeups N #P
v_pdpages O #T
v_tcached Q #X
v_dfree R #\
v_pfree S #`
v_tfree T #d
v_page_size X #h
v_page_count Y #l
v_free_reserved Z #p
v_free_target [ #t
v_free_min \ #x
v_free_count ] #|
v_wire_count ^ #
v_active_count _ #
v_inactive_target ` #
v_inactive_count a #
v_cache_count b #
v_cache_min c #
v_cache_max d #
v_pageout_free_min e #
v_interrupt_free_min f #
v_free_severe g #
v_forks k #
v_vforks l #
v_rforks m #
v_kthreads n #
v_forkpages o #
v_vforkpages p #
v_rforkpages q #
v_kthreadpages r # pcb . lock_list_entry *. system_segment_descriptor c/ !sd_lolimit !X 0# !sd_lobase !Y # !sd_type !Z # !sd_dpl ![ # !sd_p !\ # !sd_hilimit !] # !sd_xx0 !^ # !sd_gran !_ # !sd_hibase !` ( #!sd_xx1 !a #!sd_mbz !b #!sd_xx2 !c # lpohead "#/ "#/ # lock_profile_object / n #&/ #& 0 # #&$0 # eventhandler_entry #% 0
ee_link #&/ #
ee_priority #'4 #
ee_arg #)% # / 0 #:O0 #:0 # #:0 # eventhandler_list P#40
el_name #5 #
el_flags #64 #
el_runcount #8 #
el_lock #9n #
el_link #:*0 #0
el_entries #;0 #@ O0 0 #;1 #; 0 # #;$0 # eventhandler_tag #> 0 kevent $91
ident $:V #
filter $; # $< #
fflags $= #
data $>F #
udata $?% # klist $1 $2 # knote $2
kn_link $34 #
kn_selnext $J4 #
kn_knlist $4 #
kn_tqe $a4 #
kn_kq $2 #(
kn_kevent $'1 #0
kn_status $4 #P
kn_sfflags $4 #T
kn_sdata $F #X
kn_ptr $ی4 #`
kn_fop $ 5 #h
kn_hook $% #p
kn_hookid $4 #x 1 kqueue 2 knlist 0$`3
kl_list $1 #
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kl_lockarg $% #( filterops ($3
f_isfd $4 #
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cv_description %/ #
cv_waiters %04 # &*e5 &*5 # &*5 # osd &'5
osd_nslots &( #
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osd_next &*@5 # e5 5 '/5 siu_proc '0! siu_pgrp '1w6 pgrp P 0w6
pg_hash a < #
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pg_session cB< #
pg_sigiolst dw8 #
pg_id e #(
pg_jobc f4 #,
pg_mtx gn #0 5 '36 '37 # sigio ( 27
sio_u '25 #
sio_pgsigio '3}6 #
sio_myref '4 7 #
sio_ucred '6q8 #
sio_pgid '7 # 6 7 ucred q8
cr_ref (0 #
cr_uid (2\ #
cr_ruid (3\ #
cr_svuid (4\ #
cr_ngroups (54 #
cr_rgid (6 #
cr_svgid (7 #
cr_uidinfo (8: #
cr_ruidinfo (9: #(
cr_prison (:: #0
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cr_flags (< #@
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cr_agroups (B4 # 7 sigiolst '<8 '<7 # au_id_t )\ au_asid_t ) au_asflgs_t ) au_tid_addr )9
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at_type ) #
at_addr )9 # %9 " au_tid_addr_t )8 au_mask )u9
am_success )M #
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ai_auid )Η8 #
ai_mask )u9 #
ai_termid )%9 #
ai_asid )Ѧ8 #$
ai_flags )ҷ8 #( uidinfo 9 prison : loginclass : % =: " label =: proc_ldt *&:
ldt_base *' #
ldt_refcnt *(4 # mdthread *.:
md_spinlock_count */4 #
md_saved_flags *0
#
md_spurflt_addr *1
# mdproc *4!;
md_ldt *5!; #
md_ldt_sd *6B. # Q: session h L;
s_count M #
s_leader N! #
s_ttyvp O; #
s_ttydp P; #
s_ttyp Q; #
s_sid R #(
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s_mtx Un #H vnode ; cdev_priv ; tty ; < " a%< aw6 # a%< # w6 bB< b! # '; pargs m<
ar_ref n #
ar_length o #
ar_args p< # < " rusage_ext 8 :=
rux_runtime 6 #
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> > # turnstile
> " $l> TDS_INACTIVE TDS_INHIBITED TDS_CAN_RUN TDS_RUNQ TDS_RUNNING / cpuset q> seltd > sleepqueue > umtx_q > > " vm_map_entry >
> " trapframe > vm_object ?
? kaudit_record ? c/ E? " kdtrace_thread E? vnet \? # ? ! # ? # ! # ? ! # ! # " ? PRS_NEW PRS_NORMAL PRS_ZOMBIE # @ ! # ? # # =@ ! # ? # # e@ ! # ? # # ~@ ! # # ?@ stqh_first ?@ # stqh_last ?@ # ktr_request @ @ # @@ @@ # mqueue_notifier @ # M&A M! # M? # # N?A N! # filedesc ?A filedesc_to_leader PA pstats kA plimit zA vmspace A nlminfo A kaioinfo A itimers A procdesc A sysentvec A H< p_sched A kdtrace_proc B racct B kproc_desc +'vB
arg0 +( #
func +)xB #
global_procpp +*? # $vB module_t ,1C modeventhand_t ,2B B 4 B ~B 4 % moduledata ,7C
name ,8 #
evhand ,9B #
priv ,:% # moduledata_t ,;B mod_depend ,K|C
md_ver_minimum ,L4 #
md_ver_preferred ,M4 #
md_ver_maximum ,N4 # mod_metadata ,XC
md_version ,Y4 #
md_type ,Z4 #
md_data ,[% #
md_cval ,\ # C | | 4 4 pci_device_ivars ݕE PCI_IVAR_SUBVENDOR PCI_IVAR_SUBDEVICE PCI_IVAR_VENDOR PCI_IVAR_DEVICE PCI_IVAR_DEVID PCI_IVAR_CLASS PCI_IVAR_SUBCLASS PCI_IVAR_PROGIF PCI_IVAR_REVID PCI_IVAR_INTPIN PCI_IVAR_IRQ
PCI_IVAR_DOMAIN PCI_IVAR_BUS PCI_IVAR_SLOT
PCI_IVAR_FUNCTION PCI_IVAR_ETHADDR PCI_IVAR_CMDREG PCI_IVAR_CACHELNSZ PCI_IVAR_MINGNT PCI_IVAR_MAXLAT PCI_IVAR_LATTIMER USHORT -1
UCHAR -2 PUCHAR -3E UINT -7M BYTE -8 PVOID -9% ADDRESS -:% ULONG -=M ULONG_PTR -? long long unsigned int LBA_T -@F mvBoolean -BeF MV_FALSE MV_TRUE MV_BOOLEAN -B=F MV_U32 -MM MV_U16 -N
MV_U8 -O MV_VOID_PTR -P% MV_U16_PTR -RF F F MV_BUS_ADDR_T -U% mvOsSemaphore -kG
notused -l4 # MV_OS_SEMAPHORE -mF mvUdmaType .xcG MV_UDMA_TYPE_READ MV_UDMA_TYPE_WRITE MV_UDMA_TYPE .z&G mvFlushType .}G MV_FLUSH_TYPE_CALLBACK MV_FLUSH_TYPE_NONE mvCompletionType .&H MV_COMPLETION_TYPE_NORMAL MV_COMPLETION_TYPE_ERROR MV_COMPLETION_TYPE_ABORT MV_COMPLETION_TYPE .G mvEventType .H MV_EVENT_TYPE_ADAPTER_ERROR MV_EVENT_TYPE_SATA_CABLE MV_EVENT_TYPE .@H mvEdmaMode .I MV_EDMA_MODE_QUEUED MV_EDMA_MODE_NOT_QUEUED MV_EDMA_MODE_NATIVE_QUEUING MV_EDMA_MODE .H mvQueueCommandResult .I MV_QUEUE_COMMAND_RESULT_OK MV_QUEUE_COMMAND_RESULT_QUEUED_MODE_DISABLED MV_QUEUE_COMMAND_RESULT_FULL MV_QUEUE_COMMAND_RESULT_BAD_LBA_ADDRESS MV_QUEUE_COMMAND_RESULT_BAD_PARAMS MV_QUEUE_COMMAND_RESULT .I mvNonUdmaProtocol .J MV_NON_UDMA_PROTOCOL_NON_DATA MV_NON_UDMA_PROTOCOL_PIO_DATA_IN MV_NON_UDMA_PROTOCOL_PIO_DATA_OUT MV_NON_UDMA_PROTOCOL .J mvSataCommandCompletionCallBack_t .J J eF K K F &H F F wF N K .N adapterId .wF # pcbVersion .F # pciConfigRevisionId .F # pciConfigDeviceId . F # IALData . F # adapterIoBaseAddress . F # intCoalThre . ~V # intTimeThre . ~V # mvSataEventNotify .#V #( sataChannel .$V #0 pciCommand .%wF #p pciSerrMask .&wF #t pciInterruptMask .'wF #x .*G #| mainMask .+wF # interruptsMaskSem .,G # implementA0Workarounds .-eF # implement50XXB0Workarounds ..eF # implement50XXB1Workarounds ./eF # implement50XXB2Workarounds .0eF # implement60X1A0Workarounds .1eF # implement60X1A1Workarounds .2eF # implement60X1B0Workarounds .3eF # implement7042A0Workarounds .4eF # implement7042A1Workarounds .5eF # sataAdapterGeneration .6F # isPEX .7eF # failLEDMask .8F # signalAmps .9V # pre .:V # staggaredSpinup .;V # N mvStorageDevRegisters .^O /F #
sectorCountRegister /F #
lbaLowRegister /F #
lbaMidRegister /F #
lbaHighRegister /F #
deviceRegister /F #
statusRegister /F # mvQueuedCommandType .O MV_QUEUED_COMMAND_TYPE_UDMA MV_QUEUED_COMMAND_TYPE_NONE_UDMA MV_QUEUED_COMMAND_TYPE .^O mvUdmaCommandParams (.ªP
readWrite .cG #
isEXT .eF #
lowLBAAddress .wF #
highLBAAddress .ƅF #
numOfSectors .DžF #
prdLowAddr .wF #
prdHighAddr .wF # .ʮJ # .ˠF # MV_UDMA_COMMAND_PARAMS .O mvNoneUdmaCommandParams 0.Q
protocolType .ВJ #
isEXT .eF #
bufPtr .ҳF #
count .wF # .ԅF #
sectorCount .ՅF #
lbaLow .օF #
lbaMid .ׅF #
lbaHigh .F # .ٓF #
command .ړF # .ۮJ # .ܠF #( MV_NONE_UDMA_COMMAND_PARAMS .P 0.R udmaCommand .P NoneUdmaCommand .Q mvQueueCommandInfo 8.]R .O #
commandParams .Q # MV_QUEUE_COMMAND_INFO .R mvQueuedCommandEntry P.R
isFreeEntry .eF #
commandTag .F #
next .R #
prev .R # .]R # zR mvSataChannel .U
channelNumber .F #
waitingForInterrupt .eF #
lba48Address .eF #
maxReadTransfer .eF #
requestQueue .V #
responseQueue .0V #
requestQueuePciHiAddress .wF #
requestQueuePciLowAddress .wF #$
responseQueuePciHiAddress .wF #( responseQueuePciLowAddress . wF #, . K #0 .G #8 eDmaRegsOffset .wF #< identifyDevice .6V #@ EdmaActive .eF # queuedDMA .I # .F # workAroundDone . eF # commandsQueue .
FV # commandsQueueHead . R # commandsQueueTail . R # queueCommandsEnabled .
eF # noneUdmaOutstandingCommands .F # EdmaQueuedCommands .F # freeIDsStack .VV # freeIDsNum .wF # reqInPtr .wF # rspOutPtr .wF # mvDmaRequestQueueEntry U mvDmaResponseQueueEntry V F FV " zR VV " wF fV " MV_SATA_CHANNEL .R wF V " eF V K H wF wF V V V " fV F V " eF V " MV_SATA_ADAPTER .<K mvSataEdmaPRDEntry .aW lowBaseAddr .bW # byteCount .cW # .dW # highBaseAddr .eW # reserved .fW # wF F MV_SATA_EDMA_PRD_ENTRY .gW MV_STORAGE_DEVICE_REGISTERS /N PChipInstance 0=% PVDevice 0?W W _VDevice H0?%Z
VDeviceType 1&E # !vf_bootmark 1'E #!vf_bootable 1(E #!vf_online 1)E #!vf_cache_disk 1*E #!vf_format_v2 1+E #!vf_freed 1,E # 1-E #
bSerialNumber 1.E #
pParent 10W #
pVBus 11%Z #
VDeviceCapacity 130F #
LockedLba 150F #
LockedSectors 16E #(
ActiveRequests 17E #*
LockWaitList 18[ #0
QuiesceAction 19l #8
QuiesceArg 1:% #@
flush_callback 1;l #H
flush_callback_arg 1<% #P
CacheEntry 1@s #X 1Ak #` 1Dk #h 1E's #p
u 1Lr #x PVBus 0@2Z 8Z _VBus @Z0@[ 1{p #
nInstances 1}E #@
pChipInstance 1~-s #H
OsExt 1% #P
serial_mode 14 #X
next_active 14 #\
working_devs 14 #`
pFreeCommands 1[ #h
PendingRoutines 1=s #p
PendingRoutinesFirst 14 #E
PendingRoutinesLast 14 #E
IdleRoutines 1=s #E
IdleRoutinesFirst 14 #
IdleRoutinesLast 14 #
pFreeArrayLink 1W #
_ArrayTables 1Ns #ȉ
r5 1q #Ȳ PCommand 0C[ [ _Command 0CM] 2bW #
uCmd 2lh #!cf_physical_sg 2nE # !cf_data_in 2oE # !cf_data_out 2pE
# !cf_atapi 2qE # !cf_ide_passthrough 2rE # !cf_control 2sE
#
Result 2vE #!
RetryCount 2xE #"
pSgTable 2{#` #(
pfnBuildSgl 2~l #0
pfnCompletion 2k #8
pOrgCommand 2% #@
uScratch 2"l #H _Device 00E_
df_on_line 0FE #
df_atapi 0GE #
df_removable_drive 0HE #
busyCount 0IE #!df_tcq_set 0KE #!df_tcq 0LE #!df_ncq_set 0ME #!df_ncq 0NE #!df_write_cache_set 0OE #!df_write_cache 0PE #!df_read_ahead_set 0QE #!df_read_ahead 0RE #
retryCount 0TE #
resetCount 0UE #
pad1 0VE #
df_user_mode_set 0XE #
bDeModeSetting 0YE #
bDeUsable_Mode 0ZE #
bDeUserSelectMode 0[E #
pVBus 0]%Z #
dDeRealCapacity 0^E #
dDeHiddenLba 0_E #
HeadPosition 0`E #
QueueLength 0aE #$
mv 0bV #( Device 0dM] PDevice 0d_ M] _SCAT_GATH 0g`
dSgAddress 0hF #
wSgSize 0iE #
wSgFlag 0jE #
SCAT_GATH 0k_ FPSCAT_GATH 0k6` _ E L` " E \` " E l` " E |` " E ` " _IDENTIFY_DATA2 3e GeneralConfiguration 3E # NumberOfCylinders 3 E # Reserved1 3
E # NumberOfHeads 3 E # UnformattedBytesPerTrack 3 E # UnformattedBytesPerSector 3
E #
SectorsPerTrack 3E # VendorUnique1 3<` # SerialNumber 3L` # BufferType 3E #( BufferSectorSize 3E #* NumberOfEccBytes 3E #, FirmwareRevision 3\` #. ModelNumber 3l` #6 MaximumBlockTransfer 3E #^ VendorUnique2 3E #_ DoubleWordIo 3E #` Capabilities 3E #b 3E #d VendorUnique3 3E #f PioCycleTimingMode 3 E #g VendorUnique4 3 E #h DmaCycleTimingMode 3 E #i TranslationFieldsValid 3 E #j NumberOfCurrentCylinders 3 E #l NumberOfCurrentHeads 3!E #n CurrentSectorsPerTrack 3"E #p CurrentSectorCapacity 3#E #r CurrentMultiSectorSetting 3$E #v UserAddressableSectors 3%E #x SingleWordDMASupport 3&E #| SingleWordDMAActive 3'E #} MultiWordDMASupport 3(E #~ MultiWordDMAActive 3)E # AdvancedPIOModes 3*E # Reserved4 3+E # MinimumMWXferCycleTime 3,E # RecommendedMWXferCycleTime 3-E # MinimumPIOCycleTime 3.E # MinimumPIOCycleTimeIORDY 3/E # Reserved5 30|` # ReleaseTimeOverlapped 31E # ReleaseTimeServiceCommand 32E # MajorRevision 33E # MinorRevision 34E # IDENTIFY_DATA2 36` _AtaCommand 2#6f
Lba 2$0F # 2%E # 2&E #
QueueTag 2'E # AtaComm 2(e _PassthroughCmd 2*!g
bFeaturesReg 2+E #
bSectorCountReg 2,E #
bLbaLowReg 2-E #
bLbaMidReg 2.E #
bLbaHighReg 2/E #
bDriveHeadReg 20E #
bCommandReg 21E # 22E #
pDataBuffer 23E # PassthroughCmd 25Ef _R5ControlCmd 2Cg
StripeLine 2D0F #
Offset 2EE # 2FE #
2GE # R5ControlCmd 2I7g _R1ControlCmd 2Th
Lba 2U0F # 2VE # 2WE #
2XE #
Buffer 2YE # R1ControlCmd 2^g 2cnh Ide 2e6f Passthrough 2f!g Atapi 2hnh R5Control 2jg R1Control 2kh E ~h " 26i 20F # 2E #
LastMember 2E #
LastSectors 2E #
2E # 2E #
AllMemberBlocks 2E # 2E #
InSameLine 2E #
pad1 2E # 2i 20F # 2E # 2E #
2E #
r5_gap 2E #
ParDiskNo 2E #
BadDiskNo 2E # 2E #
pad1 2E # 2i
pCmd1 2[ #
pCmd2 2[ # 2~j
cmds 2E #
finished 2E #
first 2E #
parity 2E #
base 20F #
firstoffset 2E #
firstsectors 2E # X2k
dummy 2k # 2k #
stripes 2 k #
nstripes 2E #8
finished_stripes 2E #9
pad2 2E #:
dr 2i #@ E k "
k 6k -k " stripe -k 2k
WordsLeft 2E #
pPIOSg 2#` #
pfnOrgDone 2k # k %Z [ k 2k
pNext 2[ #
WaitEntry 2Ðk # 2"l
prdAddr 2E #
cmd_priv 2E # 2ɕE #
bIdeStatus 2ʣE # 2ˣE # X2l array 2~h r5 26i r5split 2i r5n2 2~j disk 2<k wait 2Ėk sata_param 2k 4 l %Z [ #` 4 l DPC_PROC 2l l l %Z % _dpc_routine 2m
proc 2l #
arg 2% # DPC_ROUTINE 2l _TIME_RECORD 4'm !seconds 4(E # !minutes 4)E # !month 4*E # !hours 4+E
# !day 4,E # !year 4-E # TIME_RECORD 4.m _RaidArray 47p
bArnMember 4;E #
bArRealnMember 4<E #
bArBlockSizeShift 4=E # 4>E #
dArStamp 4@E #
failedStamps 4Ap #
bStripeWitch 4BE #!rf_broken 4DE #!rf_need_rebuild 4EE #!rf_need_sync 4HE
#!rf_auto_rebuild 4JE #!rf_newly_created 4KE #!rf_rebuilding 4LE
#!rf_verifying 4ME #!rf_initializing 4NE #!rf_abort_rebuild 4OE #!rf_duplicate_and_create 4PE #!rf_duplicate_and_created 4QE #!rf_duplicate_must_done 4RE #!rf_raid15 4SE #
CriticalMembers 4UE #
last_read 4VE #
alreadyBroken 4WE #
RebuildSectors 4Y0F #
pMember 4[p #(
ArrayName 4_p #h
CreateTime 4`m #x
Description 4ap #|
CreateManager 4bp # E p " W p " E p " E p " ? RaidArray 4cm free_heap_block 5Y#q
next 5Z#q # p list_head 5^Zq
next 5_Zq #
prev 5_Zq # )q free_page 5cq
link 5dq # `q r5_global_data 5gr
enable_write_back 5h4 #
inactive_list 5i)q #
dirty_list 5j)q #
active_list 5k)q #(
free_heap_slots 5qr #8
free_pages 5rq #
num_free_pages 5sE #
active_stripes 5tE #
num_flushing 5uE #
cache_wait_list 5v[ #
__start 5xr #
__sectors 5yr # #q r " 0F r " E r " 1Gs array 1Ip disk 1K_ 6k 's %Z W s W =s " m Ns %" ! E _s %" os " bus_addr_t 6%6 bus_size_t 6&6 bus_space_tag_t 6+6 bus_space_handle_t 6,6 bus_dma_segment 7 t
ds_addr 7os #
ds_len 7s # bus_dma_segment_t 7s t resource_i t path_id_t 8( target_id_t 8) lun_id_t 8* 8Mt
priority 8N # 8V #
index 8W4 # cam_pinfo 8[ft &8it CAM_FLAG_NONE CAM_EXPECT_INQ_CHANGE CAM_RETRY_SELTO cam_flags 8mt &8yx CAM_REQ_INPROG CAM_REQ_CMP CAM_REQ_ABORTED CAM_UA_ABORT CAM_REQ_CMP_ERR CAM_BUSY CAM_REQ_INVALID CAM_PATH_INVALID CAM_DEV_NOT_THERE CAM_UA_TERMIO CAM_SEL_TIMEOUT
CAM_CMD_TIMEOUT CAM_SCSI_STATUS_ERROR CAM_MSG_REJECT_REC
CAM_SCSI_BUS_RESET CAM_UNCOR_PARITY CAM_AUTOSENSE_FAIL CAM_NO_HBA CAM_DATA_RUN_ERR CAM_UNEXP_BUSFREE CAM_SEQUENCE_FAIL CAM_CCB_LEN_ERR CAM_PROVIDE_FAIL CAM_BDR_SENT CAM_REQ_TERMIO CAM_UNREC_HBA_ERROR CAM_REQ_TOO_BIG CAM_REQUEUE_REQ CAM_ATA_STATUS_ERROR CAM_SCSI_IT_NEXUS_LOST CAM_SMP_STATUS_ERROR CAM_IDE 3CAM_RESRC_UNAVAIL 4CAM_UNACKED_EVENT 5CAM_MESSAGE_RECV 6CAM_INVALID_CDB 7CAM_LUN_INVALID 8CAM_TID_INVALID 9CAM_FUNC_NOTAVAIL :CAM_NO_NEXUS ;CAM_IID_INVALID <CAM_CDB_RECVD =CAM_LUN_ALRDY_ENA >CAM_SCSI_BUSY ?CAM_DEV_QFRZN CAM_AUTOSNS_VALID CAM_RELEASE_SIMQ CAM_SIM_QUEUED CAM_STATUS_MASK ?CAM_SENT_SENSE &9$?y CAM_DEBUG_NONE CAM_DEBUG_INFO CAM_DEBUG_TRACE CAM_DEBUG_SUBTRACE CAM_DEBUG_CDB CAM_DEBUG_XPT CAM_DEBUG_PERIPH CAM_DEBUG_PROBE cam_debug_flags 9-x g fy " g vy " 'scsi_inquiry_data :1{ :2g # dev_qual2 :Vg # version :Yg # response_format :eg # additional_length :jg # spc3_flags :ng # spc2_flags :vg # :g # vendor :{ # product :_s # :{ # vendor_specific0 :{ #$ spi3data :g #8 reserved2 :g #9 version1 :Vy #: version2 :Vy #< version3 :Vy #> version4 :Vy #@ version5 :Vy #B version6 :Vy #D version7 :Vy #F version8 :Vy #H reserved3 :{ #J vendor_specific1 :{ #` { " { " g { " g { " g { " { " scsi_sense_data :-,| error_code :. # sense_buf :4,| # <| " g L| "
scsi_static_inquiry_pattern !:| :g # media_type :g # vendor :| # product :| # :| # | " | " | " ;D}
command1 ;w #
command2 ;w #
extension ;w # ata_params ;#
config ;$w # ;5w #
specconf ;6w #
heads ;7w #
obsolete4 ;8w #
obsolete5 ;9w #
sectors ;:w #
vendor7 ;; #
serial ;<{ #
retired20 ;=w #(
retired21 ;>w #*
obsolete22 ;?w #, ;@fy #.
model ;A #6
sectors_intr ;Bw #^
usedmovsd ;Cw #`
capabilities1 ;Dw #b
capabilities2 ;Kw #d
retired_piomode ;Lw #f
retired_dmamode ;Ow #h
atavalid ;Rw #j
current_cylinders ;Ww #l
current_heads ;Xw #n
current_sectors ;Yw #p
current_size_1 ;Zw #r
current_size_2 ;[w #t
multi ;\w #v
lba_size_1 ;_w #x
lba_size_2 ;`w #z
obsolete62 ;aw #|
mwdmamodes ;bw #~
apiomodes ;cw #
mwdmamin ;ew #
mwdmarec ;fw #
pioblind ;gw #
pioiordy ;hw #
support3 ;iw #
reserved70 ;lw #
rlsovlap ;mw #
rlsservice ;nw #
reserved73 ;ow #
reserved74 ;pw #
queue ;qw #
satacapabilities ;tw #
satacapabilities2 ;w #
satasupport ;w #
sataenabled ;w #
version_major ;w #
version_minor ;w #
support ;} #
enabled ;} #
udmamodes ;w #
erase_time ;w #
enhanced_erase_time ;w #
apm_value ;w #
master_passwd_revision ;w #
hwres ;w #
acoustic ;w #
stream_min_req_size ;w #
stream_transfer_time ;w #
stream_access_latency ;w #
stream_granularity ;Έ #
lba_size48_1 ;w #
lba_size48_2 ;w #
lba_size48_3 ;w #
lba_size48_4 ;w #
reserved104 ;w #
max_dsm_blocks ;w #
pss ;w #
isd ;w #
wwn ; #
reserved112 ;! #
lss_1 ;w #
lss_2 ;w #
support2 ;w #
enabled2 ;w #
reserved121 ;1 #
removable_status ;w #
security_status ;w #
reserved129 ;A #
cfa_powermode1 ;w #
reserved161 ;w #
cfa_kms_support ;w #
cfa_trueide_modes ;w #
cfa_memory_modes ;w #
reserved165 ; #
support_dsm ;w #
reserved170 ;1 #
media_serial ;Q #
sct ;w #
reserved206 ;a #
lsalign ;w #
wrv_sectors_m3_1 ;w #
wrv_sectors_m3_2 ;w #
wrv_sectors_m2_1 ;w #
wrv_sectors_m2_2 ;w #
nv_cache_caps ;w #
nv_cache_size_1 ;w #
nv_cache_size_2 ;w #
media_rotation_rate ;w #
reserved218 ;w #
nv_cache_opt ;w # wrv_mode ; w # reserved221 ;w # transport_major ;w # transport_minor ;w # reserved224 ;A # integrity ;w # w " g " ' w ! " w 1 " w A " w Q " g a " ; w q " ata_cmd <(_ <)g #
command <0g # <1g #
lba_low <3g #
lba_mid <4g # <5g # <6g # <8g # <9g # <:g #
features_exp <;g #
<=g # <>g #
control <?g #
ata_res <B" <Cg # <Fg #
error <Gg #
lba_low <Ig #
lba_mid <Jg # <Kg # <Lg # <Ng # <Og # <Pg # <Rg #
<Sg # &=; CAM_CDB_POINTER CAM_QUEUE_ENABLE CAM_CDB_LINKED CAM_NEGOTIATE CAM_SCATTER_VALID CAM_DIS_AUTOSENSE CAM_DIR_BOTH CAM_DIR_IN CAM_DIR_OUT CAM_DIR_NONE CAM_DIR_MASK CAM_SOFT_RST_OP CAM_ENG_SYNC CAM_DEV_QFRZDIS CAM_DEV_QFREEZE CAM_HIGH_POWER CAM_SENSE_PTR CAM_SENSE_PHYS CAM_TAG_ACTION_VALID CAM_PASS_ERR_RECOVER CAM_DIS_DISCONNECT CAM_SG_LIST_PHYS CAM_MSG_BUF_PHYS CAM_SNS_BUF_PHYS CAM_DATA_PHYS CAM_CDB_PHYS CAM_ENG_SGLIST CAM_DIS_AUTOSRP CAM_DIS_AUTODISC CAM_TGT_CCB_AVAIL CAM_TGT_PHASE_MODE CAM_MSGB_VALID CAM_STATUS_VALID CAM_DATAB_VALID CAM_SEND_SENSE CAM_TERM_IO CAM_DISCONNECT CAM_SEND_STATUS &=l XPT_FC_QUEUED XPT_FC_USER_CCB XPT_FC_XPT_ONLY XPT_FC_DEV_QUEUED XPT_NOOP XPT_SCSI_IO XPT_GDEV_TYPE XPT_GDEVLIST XPT_PATH_INQ XPT_REL_SIMQ XPT_SASYNC_CB XPT_SDEV_TYPE XPT_SCAN_BUS XPT_DEV_MATCH XPT_DEBUG
XPT_PATH_STATS XPT_GDEV_STATS XPT_FREEZE_QUEUE
XPT_DEV_ADVINFO XPT_ABORT XPT_RESET_BUS XPT_RESET_DEV XPT_TERM_IO XPT_SCAN_LUN XPT_GET_TRAN_SETTINGS XPT_SET_TRAN_SETTINGS XPT_CALC_GEOMETRY XPT_ATA_IO XPT_GET_SIM_KNOB XPT_SET_SIM_KNOB XPT_SMP_IO XPT_SCAN_TGT XPT_ENG_INQ XPT_ENG_EXEC XPT_EN_LUN 0XPT_TARGET_IO XPT_ACCEPT_TARGET_IO XPT_CONT_TARGET_IO XPT_IMMED_NOTIFY XPT_NOTIFY_ACK 5XPT_IMMEDIATE_NOTIFY XPT_NOTIFY_ACKNOWLEDGE XPT_VUNIQUE xpt_opcode = &= PROTO_UNKNOWN PROTO_UNSPECIFIED PROTO_SCSI PROTO_ATA PROTO_ATAPI PROTO_SATAPM PROTO_SEMB cam_proto = &=7 XPORT_UNKNOWN XPORT_UNSPECIFIED XPORT_SPI XPORT_FC XPORT_SSA XPORT_USB XPORT_PPB XPORT_ATA XPORT_SAS XPORT_SATA XPORT_ISCSI
cam_xport = #=q = # =Ñ # ccb_hdr = pinfo =+t # xpt_links =,c # sim_links =-c # =.c #0 retry_count =/ #@ cbfcnp =0t #H func_code =2 #P =3 #T path =4 #X =52t #` =6Ct #d =7Vt #h =8 #l periph_priv =9 #p sim_priv =:> # timeout =; # timeout_ch =A # q #= = # #=
= # =Ñ # #=) stqe_next = # (=c )le =I )sle =ɑ )tqe = )stqe =
camq_entry =) (= )ptr =% )field = )bytes = fy ccb_priv_entry = v (= * =! )bytes =" " g " ccb_ppriv_area =# (=%> * =& )bytes =' ccb_spriv_area =( f f Д l cam_periph 8<Д
pinfo >ht #
periph_start >i #
periph_oninval >j #
periph_dtor >k # >l #(
path >m #0
softc >n% #8
sim >or #@ >p #H >qؽ #L >r #P
immediate_priority >z #T >{ #X
ccb_list >|< #` >}S #h
unit_links >~j #p
deferred_callback >ϭ #
deferred_ac >* # ֔ +ccb 8t * =xq )csio =y )cgd =z )cgdl ={ )cpi =| )crs =} )csa =~k )csd =խ )cpis =Q )cgds =8 )cdm = )cts =c )ccg =
)knob = )cab = )crb =G )crd =m )tio = )atio = )ctio = )cel = )cin = )cna =m )cin1 = )cna2 =% )cei =1 )cee = )smpio = )crcn =$ )cdbg =X )ataio =_ )cdai = U cam_path z 'ccb_getdev =E( =Fq # =G # =Hvy # =ID} # serial_num =J( # inq_flags =Kg # serial_num_len =Lg # g 8 " ccb_getdevstats =P =Qq # dev_openings =R4 # dev_active =S4 # devq_openings =T4 # devq_queued =U4 # held =V4 # maxtags =Z4 # mintags =^4 # =_ # "=b{ CAM_GDEVLIST_LAST_DEVICE CAM_GDEVLIST_LIST_CHANGED CAM_GDEVLIST_MORE_DEVS CAM_GDEVLIST_ERROR ccb_getdevlist_status_e =g ccb_getdevlist =i =jq # =k_s # =l # =mM # index =n # =o{ # "=r PERIPH_MATCH_NONE PERIPH_MATCH_PATH PERIPH_MATCH_TARGET PERIPH_MATCH_LUN PERIPH_MATCH_NAME PERIPH_MATCH_UNIT PERIPH_MATCH_ANY periph_pattern_flags =z periph_match_pattern $=|A =}_s # =~ # =2t # =Ct # =Vt # = # "=ƚ DEV_MATCH_NONE DEV_MATCH_PATH DEV_MATCH_TARGET DEV_MATCH_LUN DEV_MATCH_INQUIRY DEV_MATCH_DEVID DEV_MATCH_ANY dev_pattern_flags =A 'device_id_match_pattern =# id_len = # id ={ # ,=P )inq_pat =L| )devid_pat = 'device_match_pattern = =2t # =Ct # =Vt # =ƚ # data =# # "=- BUS_MATCH_NONE BUS_MATCH_PATH BUS_MATCH_NAME BUS_MATCH_UNIT BUS_MATCH_BUS_ID BUS_MATCH_ANY bus_pattern_flags = bus_match_pattern = =2t # =_s # = # = # =- # -match_pattern = )periph_pattern =ș )device_pattern =P )bus_pattern =G "=I DEV_MATCH_PERIPH DEV_MATCH_DEVICE DEV_MATCH_BUS dev_match_type = 'dev_match_pattern = =I # pattern = # periph_match_result = =_s # = # =2t # =Ct # =Vt # "=@ DEV_RESULT_NOFLAG DEV_RESULT_UNCONFIGURED dev_result_flags = 'device_match_result = =2t # =Ct # =Vt # = # =vy # =D} # =@ # bus_match_result =: =2t # =_s # = # = # -match_result = )periph_result = )device_result =Y )bus_result = 'dev_match_result =Ο =I # result =: # "=P CAM_DEV_MATCH_LAST CAM_DEV_MATCH_MORE CAM_DEV_MATCH_LIST_CHANGED CAM_DEV_MATCH_SIZE_ERROR CAM_DEV_MATCH_ERROR ccb_dev_match_status =Ο "=. CAM_DEV_POS_NONE CAM_DEV_POS_BUS CAM_DEV_POS_TARGET CAM_DEV_POS_DEVICE CAM_DEV_POS_PERIPH CAM_DEV_POS_PDPTR CAM_DEV_POS_TYPEMASK CAM_DEV_POS_EDT CAM_DEV_POS_PDRV dev_pos_type =m ccb_dm_cookie (= bus =% # target = % # =% # periph =% # pdrv =% # ccb_dev_position @=
generations =
# position_type = . # cookie =
C # " 'ccb_dev_match = =q # =P # num_patterns = # pattern_buf_len = # patterns = # num_matches = # match_buf_len = # matches = # pos = # ` "=!y PI_MDP_ABLE PI_WIDE_32 PI_WIDE_16 PI_SDTR_ABLE PI_LINKED_CDB PI_SATAPM PI_TAG_ABLE PI_SOFT_RST "=5 PIM_SCANHILO PIM_NOREMOVE PIM_NOINITIATOR PIM_NOBUSRESET PIM_NO_6_BYTE PIM_SEQSCAN ccb_pathinq_settings_spi =? =@g # ccb_pathinq_settings_fc =Cw wwnn =D # wwpn =E # port =F # =G # ccb_pathinq_settings_sas =J =K # (=g )spi =h )fc =i )sas =jw )ccb_pathinq_settings_opaque =k 'ccb_pathinq =OQ =Pq # version_num =Qg # hba_inquiry =Rg # target_sprt =Sg # hba_misc =Tg # hba_eng_cnt =Uw # vuhba_flags =W<| # max_target =X # max_lun =Y # async_flags =Z # hpath_id =[2t # =\Ct # sim_vid =]_s # hba_vid =^_s # =__s # =` # =a # base_transfer_speed =b # =c # =d # =e7 # =f # =l # maxio =m # hba_vendor =nw # hba_device =ow # hba_subvendor =pw # hba_subdevice =qw # ccb_pathstats =u =vq # =w # "=zƧ SMP_FLAG_NONE SMP_FLAG_REQ_SG SMP_FLAG_RSP_SG ccb_smp_pass_flags =~ ccb_smpio =Ũ =q # smp_request =| # smp_request_len =4 # smp_request_sglist_cnt = # smp_response =| # smp_response_len =4 # smp_response_sglist_cnt = # =Ƨ # g (= )cdb_ptr =Ũ )cdb_bytes = cdb_t =˨ 'ccb_scsiio :_ =q # =Д # req_map =Ũ # =Ũ # = # ={ # =g # cdb_len =g # =w # scsi_status =g # sense_resid =g # resid = # cdb_io = # msg_ptr =Ũ # msg_len =w # =g # = # = # ccb_ataio <" =q # =Д # cmd =q # res =_ # =Ũ # = # resid = # =g # = # = # 'ccb_accept_tio = =q # cdb_io = # cdb_len =g # =g # =g # = # = # ={ # ccb_relsim =2 =q # release_flags = # openings = # release_timeout = # = # "=* AC_ADVINFO_CHANGED AC_CONTRACT AC_GETDEV_CHANGED AC_INQ_CHANGED AC_TRANSFER_NEG AC_LOST_DEVICE AC_FOUND_DEVICE AC_PATH_DEREGISTERED AC_PATH_REGISTERED AC_SENT_BDR AC_SCSI_AEN AC_UNSOL_RESEL AC_BUS_RESET ac_code =2 ac_callback_t =P k % % ccb_setasync = ϭ = q # event_enable = # callback = ϭ # =!% # : ccb_setdev =% =&q # dev_type ='g # ccb_abort =-G =.q # abort_ccb =/Д # ccb_resetbus =3m =4q # ccb_resetdev =8 =9q # ccb_termio ==ή =>q # termio_ccb =?Д # "=B
CTS_TYPE_CURRENT_SETTINGS CTS_TYPE_USER_SETTINGS cts_type =Eή ccb_trans_settings_scsi =H^ =I # =K # ccb_trans_settings_ata =P =Q # =S # ccb_trans_settings_spi =X. =Y # =_ # sync_period =a # sync_offset =b # bus_width =c # =d # ccb_trans_settings_fc =g =h # wwnn =m # wwpn =n # port =o # =p # ccb_trans_settings_sas =s۰ =t # =v # ccb_trans_settings_pata =y< =z # mode =~4 # = # atapi = # ccb_trans_settings_sata = = # mode =4 # = # =4 # pm_present = # tags = # atapi = # caps = # (= * = )ata =^ )scsi = ( =c * = )spi = )fc =. )sas = )ata =۰ )sata =< ccb_trans_settings =
=q # =
# = # = # =7 # = # proto_specific = # = # ccb_calc_geometry = =q # block_size = # volume_size = # = # heads =g # secs_per_track =g # ccb_sim_knob_settings_spi = = # = # role = # ccb_sim_knob_settings_fc =U = # wwnn = # wwpn = # role = # ccb_sim_knob_settings_sas = = # wwnn = # role = # (= * = )spi = )fc = )sas =U )pad = 'ccb_sim_knob =$ =q # = # ccb_rescan =X =q # =t # ccb_debug = =q # =?y # ccb_en_lun = =q # grp6_len =w # grp7_len =w # =g # 'ccb_immed_notify =] = q # =
{ # = g # = g # message_args =
] # g m " ccb_notify_ack = =q # =w # event =g # ccb_immediate_notify =% =q # = # = # = # arg = # ccb_notify_acknowledge = = q # = # =! # =" # arg =# # "=(շ EIT_BUFFER EIT_LOSSLESS EIT_LOSSY EIT_ENCRYPT ei_type =- "=/! EAD_VUNIQUE EAD_LZ1V1 EAD_LZ2V1 EAD_LZ2V2 ei_algo =4 ccb_eng_inq =6 =7q # eng_num =8w # eng_type =9շ # eng_algo =:! # eng_memeory =; # ccb_eng_exec => =?q # pdrv_ptr =@Ũ # req_map =AŨ # =BŨ # =C # engdata_ptr =DŨ # =Ew # dmax_len =F # dest_len =G # src_resid =H # timeout =I # eng_num =Jw # vu_flags =Kw # ccb_dev_advinfo =bD =cq # =d& # buftype =f& # bufsiz =k # provsiz =m # buf =n| # sim_action_func 0[ a r r Д x cam_sim -
sim_action \D #
sim_poll ] #
sim_name ^ #
softc _% #
mtx `/ #
sim_doneq a
#(
links b2 #8 c #H d #L e #P
max_tagged_dev_openings f4 #T
max_dev_openings g4 #X h #\ ny #`
devq o$ # p4 #
ccb_freeq s] #
max_ccbs x #
ccb_count z # sim_poll_func 1
r a2 a # aÑ # bW br # bW # r st s # cam_devq h.$
alloc_queue ?E* #
send_queue ?F* #(
active_dev ?G #P
alloc_openings ?H4 #X
alloc_active ?I4 #\
send_openings ?J4 #`
send_active ?K4 #d t camq (?.
queue_array ?/ #
array_size ?04 # ?14 # ?2 # ?3 # t " cam_ed f &>Wؽ CAM_PERIPH_BIO cam_periph_type >Y periph_start_t >bU periph_oninv_t >e ' f periph_dtor_t >f >|S >| # >}j >}f # >~ >~f # >~ # ' _INQUIRYDATA `@Q !DeviceType @RE # !DeviceTypeQualifier @SE # !DeviceTypeModifier @TE #!RemovableMedia @UE #
Versions @VE #
ResponseDataFormat @WE #
AdditionalLength @XE #
Reserved @Y #!SoftReset @ZE #!CommandQueue @[E #. @\E #!LinkedCommands @]E #!Synchronous @^E #!Wide16Bit @_E #!Wide32Bit @`E #!RelativeAddressing @aE #
VendorId @b #
ProductId @cp #
ProductRevisionLevel @d #
VendorSpecific @e #$
Reserved3 @f #8 E " E " E " E " E " ' PINQUIRYDATA @g& _SataEvent @ SATA_EVENT_NO_CHANGE SATA_EVENT_CHANNEL_CONNECTED SATA_EVENT_CHANNEL_DISCONNECTED SATA_EVENT @, dma_addr_t @F _MV_CHANNEL $@
maxUltraDmaModeSupported @M #
maxDmaModeSupported @M #
maxPioModeSupported @M #
online @eF #
writeCacheSupported @eF #
writeCacheEnabled @eF #
readAheadSupported @eF #
readAheadEnabled @eF #
queueDepth @F # MV_CHANNEL @ _BUS_DMAMAP (@-
next @- # @ #
dma_map @ #
psg @ # IALAdapter xg@
path @ #
io_dma_parent @ #
pbus_dmamap_list @ #
pbus_dmamap @ #
hpt_dev @| #
hpt_irq @R #(
mem_res @R #0 @% #8
next @ #@ @V #H
mvChannel @ #
requestsArrayBaseAddr @F #
requestsArrayBaseAlignedAddr @F #
requestsArrayBaseDmaAddr @ #
requestsArrayBaseDmaAlignedAddr @ #
responsesArrayBaseAddr @F #
responsesArrayBaseAlignedAddr @F #
responsesArrayBaseDmaAddr @ #
responsesArrayBaseDmaAlignedAddr @ #
sataEvents @ #
event_timer_connect @ #
event_timer_disconnect @ #
VBus @8Z #
VDevices @ #
pCommandBlocks @[ #
prdTableAddr @E #
prdTableAlignedAddr @E #
pFreePRDLink @% #
pending_Q @Д # @œF # @ǣE #
ver_601 @ȣE #
beeping @ɣE #
eh @1 # 3 ` " PBUS_DMAMAP @- " " W " IAL_ADAPTER_T @3 HPT_DPC @ # 9 9 % E st_HPT_DPC 9 #
dpc #
arg % # E # ST_HPT_DPC ? /lock_driver 0spl l 1unlock_driver 2spl l 3hptmv_free_channel _ 4 9 h4 דF d 3failDevice 4 W X5 %Z h5 9 ` 3handleEdmaError - 4 %Z X4 [ P0pDevice _ h5 - `6failed V 7hptmv_init_channel !4 8 9 H8 F D9 "V h:req_dma_addr # `:rsp_dma_addr $ X 7hptmv_parse_identify_results k4 # 8 jV X:iden lF h ;init_vdev_params 8 9 H8 F D9 W h9 V `:IdentifyData F X ;device_change U 8 9 H8 F D<plugged 4 @9 W `9 - X9 V P= :iMember 4 l 7start_channel 4 8 9 H8 F D9 - `9 V X:pChannelInfo P:udmaMode wF l:pioMode wF h ;hptmv_handle_event <data % H<flag 4 D9 9 `9 - X9 F o= 9 F%Z P ;hptmv_handle_event_connect i <data h% h ;hptmv_handle_event_disconnect o : <data n% h 7hptmv_event_notify veF 8 t- X<eventType tH T<param1 uwF P<param2 uwF L9 w9 `= 9 }F o 7hptmv_allocate_edma_queues 4 3 8 9 ` ;hptmv_free_edma_queues w 8 9 h 7AllocatePRDTable E 8 9 X:ret E h ;FreePRDTable 8 9 h8 E ` ;fRegisterVdevice 8 9 H:pPhysical W `:pLogical W X:pVBus %Z P:i 4 l:j 4 h >GetSpareDisk +W i 8 *%Z 8 *W 9 ,9 `:capacity -0F X:thiscap .0F P:maxcap .0F H9 /W @:pFind /W :i 04 l >fDeReadWrite J4 8 I_ h<Lba IE d<Cmd IE `<tmpBuffer I% X ?fDeSelectMode O i 8 N_ H<NewMode NE D9 PV `9 Q- X9 RF o:mvMode SE n >fDeSetTCQ p4 T 8 o_ 8 o4 <depth o4 9 qV X9 r- P9 sF o9 t9 H9 u @9 v4 h:ret w4 d= :depth E n >fDeSetNCQ 4 8 _ h8 4 d<depth 4 ` >fDeSetWriteCache 4 m 8 _ 8 4 9 V X9 - P9 F o9 9 H9 @9 4 h:ret 4 d >fDeSetReadAhead 4 ) 8 _ 8 4 9 V X9 - P9 F o9 9 H9 @9 4 h:ret 4 d ;hpt_init a <dummy
% h 7init_adapter 4 8 9 9 %Z P9 - H:i 4 d9 4 `:rid 4 \9 W @9 X6unregister @ C 9 @ i 9 E = 9 V 7pci_read_config & <dev | h<reg 4 d<width 4 ` APCI_READ_CONFIG 2dev | H2child | @2reg 4 2width 4 0_m " h= 0_desc `0_cep X0_ce P Apci_get_device 2dev | X0v V h ABUS_READ_IVAR i4 2_dev g| H2_child g| @2_index g4 2_result hw 0_m j" h= 0_desc k `0_cep k X0_ce k P Amemset % 2b % X2c 4 T2len - H0bb h ;dmamap_put I <p h >MvSataResetChannel 4 8 - X8 F T9
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,B & ! C Dcrc32_tab | Dhz =4 Ddevice_probe_desc A Ddevice_identify_desc Ap Ddevice_attach_desc A Ddevice_detach_desc A Ddevice_shutdown_desc Aڣ Ddevice_suspend_desc A Edevice_resume_desc A Edevice_quiesce_desc A5 Dbus_print_child_desc Dbus_probe_nomatch_desc 2 Dbus_read_ivar_desc G Dbus_write_ivar_desc p Dbus_child_detached_desc Dbus_driver_added_desc Dbus_add_child_desc Dbus_alloc_resource_desc ܣ Ebus_activate_resource_desc Ebus_deactivate_resource_desc ' Ebus_adjust_resource_desc C Ebus_release_resource_desc b Ebus_setup_intr_desc ~ Ebus_teardown_intr_desc Ebus_set_resource_desc Ebus_get_resource_desc Ebus_delete_resource_desc Ebus_get_resource_list_desc Ebus_child_present_desc 0 Ebus_child_pnpinfo_str_desc K Ebus_child_location_str_desc e Ebus_bind_intr_desc Ebus_config_intr_desc Ebus_describe_intr_desc Ebus_hinted_child_desc Ebus_get_dma_tag_desc Ebus_hint_device_unit_desc Ebus_new_pass_desc Ebus_remap_intr_desc " DM_DEVBUF Dcnt v) EGiant Bgn Dpci_read_config_desc Dpci_write_config_desc Dpci_get_powerstate_desc . Dpci_set_powerstate_desc : Dpci_get_vpd_ident_desc F Dpci_get_vpd_readonly_desc T Dpci_enable_busmaster_desc b Dpci_disable_busmaster_desc n Dpci_enable_io_desc z Dpci_disable_io_desc Dpci_assign_interrupt_desc Dpci_find_extcap_desc Dpci_alloc_msi_desc Dpci_alloc_msix_desc Dpci_remap_msix_desc ģ Dpci_release_msi_desc ң Dpci_msi_count_desc ޣ Dpci_msix_count_desc k U C F 1oJ 's m C F 1pb Dcam_dpath 9N Dcam_dflags 9P Dcam_debug_delay 9R GgIal_Adapter 9 GpCurAdapter 9 GDPC_Request_Nums E * " GDRIVER_VERSION R
/usr/src/sys/modules/hptmv/../../dev/hptmv @/dev/pci . @/sys @/cam ./machine @/bsm @/dev/hptmv @/cam/scsi @/cam/ata entry.c pcivar.h pci_if.h bus_if.h libkern.h cam_sim.h pcpu.h _types.h _types.h types.h _stdint.h _sigset.h _timeval.h select.h time.h _callout.h _lock.h callout.h kernel.h _bus_dma.h kobj.h bus.h rman.h systm.h _mutex.h malloc.h resource.h signal.h signalvar.h proc.h vmmeter.h pcpu.h segments.h lock_profile.h eventhandler.h event.h condvar.h osd.h sigio.h ucred.h audit.h proc.h kthread.h module.h mvOs.h mvSata.h mvStorageDev.h global.h vdevice.h command.h atapi.h array.h raid5n.h _bus.h bus_dma.h cam.h cam_debug.h scsi_all.h ata.h ata_all.h
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Retry on channel(%d)
RR18xx[%d]: Bad channelNum=%d RR18xx[%d]: request queue allocated isn't 1 K aligned, dma_addr=%llx channel=%d
RR18xx[%d,%d]: response queue allocated isn't 256 byte aligned, dma_addr=%llx
RR18xx [%d,%d]: failed to perform Software reset
RR18xx [%d,%d]: failed to perform Hard reset
RR18xx [%d,%d]: failed to perform ATA Identify command
RR18xx [%d,%d]: Error in parsing ATA Identify message
RR18xx [%d]: channel %d: mvStorageDevATASetFeatures failed
RR18xx [%d] channel %d: Set Features failed
IAL Error in IDENTIFY info: PIO modes 3 and 4 not supported
RR18xx [%d] channel %d Error: mvSataConfigEdmaMode failed
RR18xx [%d] Failed to enable DMA, channel=%d
RR18xx [%d,%d]: channel started successfully
RR18xx [%d,%d] Failed to configure
RR18xx [%d,%d]Failed to start channel
RR18xx: illigal value for param1(%d) at connect/disconect event, host=%d
RR18xx[%d]: unknown event type (%d)
RR18xx[%d]: Failed to allocate memory for EDMA request queues
RR18xx[%d]: Error in Request Quueues Alignment
RR18xx[%d]: Failed to allocate memory for EDMA response queues
RR18xx[%d]: Error in Response Quueues Alignment
hptsleeplock RR18xx: Failed to allocate memory for EDMA queues
RR18xx: Failed to remap memory space
RR18xx[%d]: core failed to initialize the adapter
insufficient memory
Can not allocate dma map
insufficient PRD Tables
RR18xx[%d]: Failed to configure channel %d
RR18xx[%d]: Failed to start channel, channel=%d
enabled disabled RR18xx: RAID5 write-back %s
RR18xx [%d,%d] Failed to Hard reser the SATA channel
RR18xx [%d,%d] Failed to Connect Device
channel %d: perform recalibrate command channel %d: recalibrate failed channel %d: Set Features failed Failed to enable DMA, channel=%d IAL: COMPLETION ERROR, adapter %d, channel %d, flags=%x
ATA regs: error %x, sector count %x, LBA low %x, LBA mid %x, LBA high %x, device %x, status %x
Unknown completion type (%d)
Device is offline IAL Error: Edma Queue command failed. Bad LBA LBA[31:0](0x%08x)
IAL Error: Edma Queue command failed. EDMA disabled adapter %d channel %d
IAL Error: Edma Queue command failed. Queue is Full adapter %d channel %d
IAL Error: Edma Queue command failed. (Bad Params), pMvSataAdapter: %p, pSataChannel: %p.
IAL Error: Bad result value (%d) from queue command
RocketRAID 18xx SATA Controller RocketRAID 18xx SATA Controller driver %s Version %s
can't allocate interrupt
can't set up interrupt
Here flush all devices
shutdown_final FreeBSD HPT sched hptrdy hpt_wt shutdown_post_sync physical address unsupported RR18xx RAID 1/0 Array RAID 0 Array RAID 0/1 Array RAID 1 Array RAID 5 Array JBOD Array 3.00 busdma error bus_dmamap_load error %d
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