处理一次ora600[4194]

情景
数据库在启动时抛出如下错误

ORA-00604: error occurred at recursive SQL level 1
ORA-00607: Internal error occurred while making a change to a data block
ORA-00600: internal error code, arguments: [4194], [7], [7], [], [], [], [], []

从数据库启动报错可以看出在递归调用SQL出现错误,最终错误为ORA-600[4194]。
这里尝试屏蔽所有的undo segment 进行启动,得到结果还是报错.通过手工创建pfile增加参数,开启trace查看问题出现点
数据库启动mount状态下,recover database;

oradebug setmypid
oradebug unlimit
--dump回滚段回滚前后信息
ALTER SESSION SET events '10015 trace name context forever, level 10';
--错误errorstack
ALTER SESSION SET events '604 trace trace name errorstack level 10';
--sql执行顺序
ALTER SESSION SET events '10046 trace name context forever, level 12';
oradebug tracefile_name

分析
从10046的trace看到

----------------------------------------------
WAIT #2: nam='control file sequential read' ela= 11 file#=0 block#=1 blocks=1 obj#=-1 tim=3207213661467
WAIT #2: nam='control file sequential read' ela= 11 file#=1 block#=1 blocks=1 obj#=-1 tim=3207213661491
WAIT #2: nam='control file sequential read' ela= 10 file#=2 block#=1 blocks=1 obj#=-1 tim=3207213661512
WAIT #2: nam='control file sequential read' ela= 8 file#=0 block#=15 blocks=1 obj#=-1 tim=3207213661533
WAIT #2: nam='control file sequential read' ela= 8 file#=0 block#=17 blocks=1 obj#=-1 tim=3207213661553
*** 2015-08-25 18:18:56.341
ksedmp: internal or fatal error
ORA-00600: internal error code, arguments: [4194], [7], [7], [], [], [], [], []
Current SQL statement for this session:
update undo$ set name=:2,file#=:3,block#=:4,status$=:5,user#=:6,undosqn=:7,xactsqn=:8,scnbas=:9,scnwrp=:10,inst#=:11,ts#=:12,spare1=:13 where us#=:1

看到的SQL为Updata undo$表而出现问题.

Call stack
----- Call Stack Trace -----
calling              call     entry                argument values in hex
location             type     point                (? means dubious value)
-------------------- -------- -------------------- ----------------------------
ksedst+001c          bl       ksedst1              000000000 ? FFFFFFFFFFD868E ?
ksedmp+0290          bl       ksedst               104A2C670 ?
ksfdmp+0018          bl       03F263A4
kgeriv+0108          bl       _ptrgl

因为前面报错号中存在ORA-607,尝试文件中查找Error 607

Dump event group for SESSION
10046 trace name CONTEXT level 12, forever
10015 trace name CONTEXT level 10, forever
Dump event group for SYSTEM
Error 607 in redo application callback   -->607的错误信息

–下面查看redo的信息

TYP:0 CLS:16 AFN:1 DBA:0x00400191 -->undo块地址 OBJ:4294967295 SCN:0x0001.2483756a SEQ:  1 OP:5.1 -->Undo block or undo segment header - KTURDB
 
ktudb redo: siz: 256 spc: 6602 flg: 0x0012 seq: 0x0040 rec: 0x07
            xid:  0x0000.03e.0000003d
ktubl redo: slt: 62 rci: 0 opc: 11.1 objn: 15 objd: 15 tsn: 0
Undo type:  Regular undo        Begin trans    Last buffer split:  No
Temp Object:  No
Tablespace Undo:  No
             0x00000000  prev ctl uba: 0x00400191.0040.06  -->uba地址
prev ctl max cmt scn:  0x0001.24833ccb  prev tx cmt scn:  0x0001.24833d19
txn start scn:  0xffff.ffffffff  logon user: 0  prev brb: 4194701  prev bcl: 0 KDO undo record:
KTB Redo
op: 0x04  ver: 0x01
op: L  itl: xid:  0x0000.028.0000003d uba: 0x00400191.0040.06
                      flg: C---    lkc:  0     scn: 0x0001.248372a6
KDO Op code: URP row dependencies Disabled
  xtype: XA flags: 0x00000000  bdba: 0x0040006a   hdba: 0x00400069
                                 -->更新块地址        -->更新块所在的区域头地址(可能是一级位图去)
itli: 1  ispac: 0  maxfr: 4863
tabn: 0 slot: 9(0x9) flag: 0x2c lock: 0 ckix: 0
ncol: 17 nnew: 12 size: 0
col  1: [ 9]  5f 53 59 53 53 4d 55 39 24  -->_SYSSMU9$
col  2: [ 2]  c1 02                       -->2
col  3: [ 2]  c1 03                       -->
col  4: [ 3]  c2 02 26                    -->
col  5: [ 6]  c5 07 0d 25 37 21
col  6: [ 2]  c1 02
col  7: [ 4]  c3 0d 11 58
col  8: [ 4]  c3 05 63 43
col  9: [ 1]  80
col 10: [ 2]  c1 06
col 11: [ 2]  c1 02
col 16: [ 2]  c1 02
Block after image is corrupt:
buffer tsn: 0 rdba: 0x00400191 (1/401)
scn: 0x0001.2483756a seq: 0x01 flg: 0x04 tail: 0x756a0201
frmt: 0x02 chkval: 0xc677 type: 0x02=KTU UNDO BLOCK
Hex dump of block: st=0, typ_found=1

10046的绑定变量

PARSING IN CURSOR #2 len=148 dep=1 uid=0 oct=6 lid=0 tim=3207213633716 hv=3540833987 ad='6e989e58'
UPDATE undo$
SET name=:2,
    file#=:3,
    block#=:4,
    STATUS$=:5,
    USER#=:6,
    undosqn=:7,
    xactsqn=:8,
    scnbas=:9,
    scnwrp=:10,
    inst#=:11,
    ts#=:12,
    spare1=:13
WHERE us#=:1
  END OF STMT
PARSE #2:c=10000,e=18293,p=5,cr=44,cu=0,mis=1,r=0,dep=1,og=4,tim=3207213633715
BINDS #2:
kkscoacd
 Bind#0
  VALUE="_SYSSMU9$"
 Bind#1
  VALUE=2
 Bind#2
  VALUE=137
 Bind#3
  VALUE=6
 Bind#4
  VALUE=1
 Bind#5
  VALUE=49866
 Bind#6
  VALUE=121687
 Bind#7
  VALUE=612365432
 Bind#8
  VALUE=1
 Bind#9
  VALUE=0
 Bind#10
  VALUE=1
 Bind#11
  VALUE=1
 Bind#12
  VALUE=9

验证

col name for a40
select f_get_from_dump(replace('5f 53 59 53 53 4d 55 39 24',' ',','),'varchar2') name from dual;

从绑定变量信息来看和dump的信息一样.
上面的一些值已表示出大部分含义.下面我们关注几个点.

xid:  0x0000.028.0000003d uba: 0x00400191.0040.06
xid=Undo.Segment.Number+Transaction.Table.Slot.Number+Wrap
uba=Address.Of.Last.Undo.Block.Used+Sequence+Last.Entry.in.UNDO.Record.Map

从XID中可以看出此undo segment 的段号,为0.也就是system Undo段。
UBA为0x00400191.
现在知道了undoblock的地址,这样就可以去dump下块的信息

rdba 0x00400191
rdba: 0x400191(4194705) file: 1 ,block : 401
dump undo段头和undo block
alter system dump datafile 'xxxx/system01.dbf' block 9;
alter system dump datafile 'xxxx/system01.dbf' block 401;

原因

undo段头的信息
  TRN CTL:: seq: 0x0040 chd: 0x003e ctl: 0x0028 inc: 0x00000000 nfb: 0x0001  -->一个空闲列表
            mgc: 0x8002 xts: 0x0068 flg: 0x0001 opt: 2147483646 (0x7ffffffe)
            uba: 0x00400191.0040.06 scn: 0x0001.24833ccb
            -->下次使用这个块和上面下信息一直
Version: 0x01
  FREE BLOCK POOL::  -->freelist
    uba: 0x00400191.0040.06 ext: 0x4  spc: 0x19ca  --> 6602
    uba: 0x00000000.0035.37 ext: 0x5  spc: 0x80c
    uba: 0x00000000.0034.37 ext: 0x4  spc: 0x550
    uba: 0x00000000.0000.00 ext: 0x0  spc: 0x0
    uba: 0x00000000.0000.00 ext: 0x0  spc: 0x0

从uba里发现的信息和上面看的一直。然后查看undo block
dump undo 块

********************************************************************************
UNDO BLK:
xid: 0x0000.03e.0000003d  seq: 0x40  cnt: 0x7   irb: 0x7   icl: 0x0   flg: 0x0000
 
 Rec Offset      Rec Offset      Rec Offset      Rec Offset      Rec Offset
---------------------------------------------------------------------------
0x01 0x1ee8     0x02 0x1de8     0x03 0x1ce8     0x04 0x1be8     0x05 0x1ae8
0x06 0x19e8     0x07 0x18e8     -->这里显示Last.Entry为0x07

我们都知道uba的最后一位代表Last.Entry.in.UNDO.Record.Map。这里出现了问题.段头里记录为6,Block里记录为7.这样我们就找到原因 undo segment 头 记录的信息和undo block 里不一致.

Fixed
下面为两种修复方式
1.改为undo segment block和undo block 信息一致
2.让undo 在使用时不使用此块/或者从头开始

undo_block.png
–方法一:
参考我以前的操作案例
http://www.traveldba.com/archives/650
系统undo block 计算方式

此类块的使用空间为block_size – block_header_size(kcbh) – tailchk (4)

大家都值oracle的块的使用方式为从下往上。如果告诉你我最后一条记录从offset为6000,这就是6000到blocksize -4 的空间全部被用了.所以这里计算使用空间为
使用的大小为: blocsize – tailchk – 最后一次记录的开始位置offset – block_header
转化成数据:

8192-4 - 0x18e8(6376) - 20 = 1792  --使用大小
 
计算剩余空间为:
block_size - block_header_size(kcbh) - tailchk (4)-14 (undo 一些基本信息) - 3*2 -使用的大小= free space
转化成数据:
8192 - 20 - 4 - 14 - 7*2 - 1792 = 6348
得到这些值,我们就可以修改
Version: 0x01
  FREE BLOCK POOL::  -->freelist
uba: 0x00400191.0040.06 ext: 0x4  spc: 0x19ca  --> 6602
把06改成07,0x19ca(6602)改成6348
    uba: 0x00000000.0035.37 ext: 0x5  spc: 0x80c
    uba: 0x00000000.0034.37 ext: 0x4  spc: 0x550
    uba: 0x00000000.0000.00 ext: 0x0  spc: 0x0
    uba: 0x00000000.0000.00 ext: 0x0  spc: 0x0

–方法二

$ bbed
Password:
 
BBED: Release 2.0.0.0.0 - Limited Production ON Wed Aug 26 09:03:26 2015
 
Copyright (c) 1982, 2007, Oracle.  ALL rights reserved.
 
************* !!! FOR Oracle Internal USE ONLY !!! ***************
 
BBED> SET filename '/oradata/orcl/system01.dbf'
        FILENAME        /u02/PIC/PLHIS/system01.dbf
 
BBED> SHOW ALL
        FILE#           0
        BLOCK#          1
        OFFSET          0
        DBA             0x00000000 (0 0,1)
        FILENAME        /u02/PIC/PLHIS/system01.dbf
        BIFILE          bifile.bbd
        LISTFILE
        BLOCKSIZE       8192
        MODE            Browse
        EDIT            Unrecoverable
        IBASE           DEC
        OBASE           DEC
        WIDTH           80
        COUNT           512
        LOGFILE         log.bbd
        SPOOL           No
 
BBED> SET mode edit
        MODE            Edit
 
BBED> SHOW ALL
        FILE#           0
        BLOCK#          1
        OFFSET          0
        DBA             0x00000000 (0 0,1)
        FILENAME        /u02/PIC/PLHIS/system01.dbf
        BIFILE          bifile.bbd
        LISTFILE
        BLOCKSIZE       8192
        MODE            Edit
        EDIT            Unrecoverable
        IBASE           DEC
        OBASE           DEC
        WIDTH           80
        COUNT           512
        LOGFILE         log.bbd
        SPOOL           No

查看block信息

BBED> set block 9
        BLOCK#          9
 
BBED> map /v
 File: /u02/PIC/PLHIS/system01.dbf (0)
 Block: 9                                     Dba:0x00000000
------------------------------------------------------------
 Unlimited Undo Segment Header
 
 struct kcbh, 20 bytes                      @0
    ub1 type_kcbh                           @0
    ub1 frmt_kcbh                           @1
    ub1 spare1_kcbh                         @2
    ub1 spare2_kcbh                         @3
    ub4 rdba_kcbh                           @4
    ub4 bas_kcbh                            @8
    ub2 wrp_kcbh                            @12
    ub1 seq_kcbh                            @14
    ub1 flg_kcbh                            @15
    ub2 chkval_kcbh                         @16
    ub2 spare3_kcbh                         @18
 
 struct ktech, 72 bytes                     @20
    ub4 spare1_ktech                        @20
    word tsn_ktech                          @24
    ub4 lastmap_ktech                       @28
    ub4 mapcount_ktech                      @32
    ub4 extents_ktech                       @36
    ub4 blocks_ktech                        @40
    ub2 mapend_ktech                        @44
    struct hwmark_ktech, 32 bytes           @48
    struct locker_ktech, 8 bytes            @80
    ub4 flag_ktech                          @88
 
 struct ktemh, 16 bytes                     @92
    ub4 count_ktemh                         @92
    ub4 next_ktemh                          @96
    ub4 obj_ktemh                           @100
    ub4 flag_ktemh                          @104
 
 struct ktetb[6], 48 bytes                  @108
    ub4 ktetbdba                            @108
    ub4 ktetbnbk                            @112
 
 struct ktuxc, 104 bytes                    @4148
    struct ktuxcscn, 8 bytes                @4148
    struct ktuxcuba, 8 bytes                @4156
    sb2 ktuxcflg                            @4164
    ub2 ktuxcseq                            @4166
    sb2 ktuxcnfb                            @4168
    ub4 ktuxcinc                            @4172
    sb2 ktuxcchd                            @4176
    sb2 ktuxcctl                            @4178
    ub2 ktuxcmgc                            @4180
    ub4 ktuxcopt                            @4188
    struct ktuxcfbp[5], 60 bytes            @4192
 
 struct ktuxe[255], 10200 bytes             @4252
    ub4 ktuxexid                            @4252
    ub4 ktuxebrb                            @4256
    struct ktuxescn, 8 bytes                @4260
    sb4 ktuxesta                            @4268
    ub1 ktuxecfl                            @4269
    sb2 ktuxeuel                            @4270
 
 ub4 tailchk                                @8188

设置空闲列表为空

TRN CTL:: seq: 0x0040 chd: 0x003e ctl: 0x0028 inc: 0x00000000 nfb: 0x0001  -->一个空闲列表
BBED> set offset 4168
        OFFSET          4168
 
BBED> p
ktuxc.ktuxcnfb
--------------
sb2 ktuxcnfb                                @4168     1
 
BBED> dump count 1
 File: /u02/PIC/PLHIS/system01.dbf (0)
 Block: 9                Offsets: 4168 to 4168           Dba:0x00000000
------------------------------------------------------------------------
 00
 
 <32 bytes per line>
 
BBED> dump count 20
 File: /u02/PIC/PLHIS/system01.dbf (0)
 Block: 9                Offsets: 4168 to 4187           Dba:0x00000000
------------------------------------------------------------------------
 00010000 00000000 003e0028 80020001 00680000
 
 <32 bytes per line>
 
BBED> m 0x0000
Warning: contents of previous BIFILE will be lost. Proceed? (Y/N) y
 File: /u02/PIC/PLHIS/system01.dbf (0)
 Block: 9                Offsets: 4168 to 4187           Dba:0x00000000
------------------------------------------------------------------------
 00000000 00000000 003e0028 80020001 00680000
 
 <32 bytes per line>
 
BBED> p
ktuxc.ktuxcnfb
--------------
sb2 ktuxcnfb                                @4168     0

清空undo block 信息

  FREE BLOCK POOL::  -->freelist
    uba: 0x00400191.0040.06 ext: 0x4  spc: 0x19ca  --> 6602
BBED> p ktuxc
struct ktuxc, 104 bytes                     @4148
   struct ktuxcscn, 8 bytes                 @4148
      ub4 kscnbas                           @4148     0x24833ccb
      ub2 kscnwrp                           @4152     0x0001
   struct ktuxcuba, 8 bytes                 @4156
      ub4 kubadba                           @4156     0x00400191
      ub2 kubaseq                           @4160     0x0040
      ub1 kubarec                           @4162     0x06
   sb2 ktuxcflg                             @4164     1 (KTUXCFSK)
   ub2 ktuxcseq                             @4166     0x0040
   sb2 ktuxcnfb                             @4168     0
   ub4 ktuxcinc                             @4172     0x00000000
   sb2 ktuxcchd                             @4176     62
   sb2 ktuxcctl                             @4178     40
   ub2 ktuxcmgc                             @4180     0x8002
   ub4 ktuxcopt                             @4188     0x7ffffffe
   struct ktuxcfbp[0], 12 bytes             @4192
      struct ktufbuba, 8 bytes              @4192
         ub4 kubadba                        @4192     0x00400191
         ub2 kubaseq                        @4196     0x0040
         ub1 kubarec                        @4198     0x06
      sb2 ktufbext                          @4200     4
      sb2 ktufbspc                          @4202     6602
   struct ktuxcfbp[1], 12 bytes             @4204
      struct ktufbuba, 8 bytes              @4204
         ub4 kubadba                        @4204     0x00000000
         ub2 kubaseq                        @4208     0x0035
         ub1 kubarec                        @4210     0x37
      sb2 ktufbext                          @4212     5
      sb2 ktufbspc                          @4214     2060
   struct ktuxcfbp[2], 12 bytes             @4216
      struct ktufbuba, 8 bytes              @4216
         ub4 kubadba                        @4216     0x00000000
         ub2 kubaseq                        @4220     0x0034
         ub1 kubarec                        @4222     0x37
      sb2 ktufbext                          @4224     4
      sb2 ktufbspc                          @4226     1360
   struct ktuxcfbp[3], 12 bytes             @4228
      struct ktufbuba, 8 bytes              @4228
         ub4 kubadba                        @4228     0x00000000
         ub2 kubaseq                        @4232     0x0000
         ub1 kubarec                        @4234     0x00
      sb2 ktufbext                          @4236     0
      sb2 ktufbspc                          @4238     0
   struct ktuxcfbp[4], 12 bytes             @4240
      struct ktufbuba, 8 bytes              @4240
         ub4 kubadba                        @4240     0x00000000
         ub2 kubaseq                        @4244     0x0000
         ub1 kubarec                        @4246     0x00
      sb2 ktufbext                          @4248     0
      sb2 ktufbspc                          @4250     0
 
 
 
BBED> p ktuxc.ktuxcfbp[0]
struct ktuxcfbp[0], 12 bytes                @4192
   struct ktufbuba, 8 bytes                 @4192
      ub4 kubadba                           @4192     0x00400191
      ub2 kubaseq                           @4196     0x0040
      ub1 kubarec                           @4198     0x06
   sb2 ktufbext                             @4200     4
   sb2 ktufbspc                             @4202     6602
 
BBED> set offset 4192
        OFFSET          4192
 
BBED> dump
 File: /u02/PIC/PLHIS/system01.dbf (0)
 Block: 9                Offsets: 4192 to 4211           Dba:0x00000000
------------------------------------------------------------------------
 00400191 00400600 000419ca 00000000 00353700
 
 <32 bytes per line>
 
BBED> m /x 00000000
 File: /u02/PIC/PLHIS/system01.dbf (0)
 Block: 9                Offsets: 4192 to 4211           Dba:0x00000000
------------------------------------------------------------------------
 00000000 00400600 000419ca 00000000 00353700
 
 <32 bytes per line>
BBED> p kcbh
struct kcbh, 20 bytes                       @0
   ub1 type_kcbh                            @0        0x0e
   ub1 frmt_kcbh                            @1        0xa2
   ub1 spare1_kcbh                          @2        0x00
   ub1 spare2_kcbh                          @3        0x00
   ub4 rdba_kcbh                            @4        0x00400009
   ub4 bas_kcbh                             @8        0x248372a6
   ub2 wrp_kcbh                             @12       0x0001
   ub1 seq_kcbh                             @14       0x01
   ub1 flg_kcbh                             @15       0x04 (KCBHFCKV)
   ub2 chkval_kcbh                          @16       0xbe32
   ub2 spare3_kcbh                          @18       0x0000
 
清空flg_kcbh
BBED> set offset 15
        OFFSET          15
 
BBED> m /x 00
 File: /u02/PIC/PLHIS/system01.dbf (0)
 Block: 9                Offsets:   15 to   34           Dba:0x00000000
------------------------------------------------------------------------
 00be3200 00000000 00000000 00000000 00000000
 
 <32 bytes per line>
 
BBED> set offset 16
        OFFSET          16
清空chkval
BBED> m /x 0000
 File: /u02/PIC/PLHIS/system01.dbf (0)
 Block: 9                Offsets:   16 to   35           Dba:0x00000000
------------------------------------------------------------------------
 00000000 00000000 00000000 00000000 00000000
 
 <32 bytes per line>
 
BBED> p kcbh
struct kcbh, 20 bytes                       @0
   ub1 type_kcbh                            @0        0x0e
   ub1 frmt_kcbh                            @1        0xa2
   ub1 spare1_kcbh                          @2        0x00
   ub1 spare2_kcbh                          @3        0x00
   ub4 rdba_kcbh                            @4        0x00400009
   ub4 bas_kcbh                             @8        0x248372a6
   ub2 wrp_kcbh                             @12       0x0001
   ub1 seq_kcbh                             @14       0x01
   ub1 flg_kcbh                             @15       0x00 (NONE)
   ub2 chkval_kcbh                          @16       0x0000
   ub2 spare3_kcbh                          @18       0x0000
 
BBED> p ktuxc
struct ktuxc, 104 bytes                     @4148
   struct ktuxcscn, 8 bytes                 @4148
      ub4 kscnbas                           @4148     0x24833ccb
      ub2 kscnwrp                           @4152     0x0001
   struct ktuxcuba, 8 bytes                 @4156
      ub4 kubadba                           @4156     0x00400191
      ub2 kubaseq                           @4160     0x0040
      ub1 kubarec                           @4162     0x06
   sb2 ktuxcflg                             @4164     1 (KTUXCFSK)
   ub2 ktuxcseq                             @4166     0x0040
   sb2 ktuxcnfb                             @4168     0
   ub4 ktuxcinc                             @4172     0x00000000
   sb2 ktuxcchd                             @4176     62
   sb2 ktuxcctl                             @4178     40
   ub2 ktuxcmgc                             @4180     0x8002
   ub4 ktuxcopt                             @4188     0x7ffffffe
   struct ktuxcfbp[0], 12 bytes             @4192
      struct ktufbuba, 8 bytes              @4192
         ub4 kubadba                        @4192     0x00000000
         ub2 kubaseq                        @4196     0x0040
         ub1 kubarec                        @4198     0x06
      sb2 ktufbext                          @4200     4
      sb2 ktufbspc                          @4202     6602
   struct ktuxcfbp[1], 12 bytes             @4204
      struct ktufbuba, 8 bytes              @4204
         ub4 kubadba                        @4204     0x00000000
         ub2 kubaseq                        @4208     0x0035
         ub1 kubarec                        @4210     0x37
      sb2 ktufbext                          @4212     5
      sb2 ktufbspc                          @4214     2060
   struct ktuxcfbp[2], 12 bytes             @4216
      struct ktufbuba, 8 bytes              @4216
         ub4 kubadba                        @4216     0x00000000
         ub2 kubaseq                        @4220     0x0034
         ub1 kubarec                        @4222     0x37
      sb2 ktufbext                          @4224     4
      sb2 ktufbspc                          @4226     1360
   struct ktuxcfbp[3], 12 bytes             @4228
      struct ktufbuba, 8 bytes              @4228
         ub4 kubadba                        @4228     0x00000000
         ub2 kubaseq                        @4232     0x0000
         ub1 kubarec                        @4234     0x00
      sb2 ktufbext                          @4236     0
      sb2 ktufbspc                          @4238     0
   struct ktuxcfbp[4], 12 bytes             @4240
      struct ktufbuba, 8 bytes              @4240
         ub4 kubadba                        @4240     0x00000000
         ub2 kubaseq                        @4244     0x0000
         ub1 kubarec                        @4246     0x00
      sb2 ktufbext                          @4248     0
      sb2 ktufbspc                          @4250     0
 
BBED>
BBED> sum apply
Check value for File 0, Block 9:
current = 0x0000, required = 0x0000
 
BBED> v
DBVERIFY - Verification starting
FILE = /u02/PIC/PLHIS/system01.dbf
BLOCK = 9
 
 
DBVERIFY - Verification complete
 
Total Blocks Examined         : 1
Total Blocks Processed (Data) : 0
Total Blocks Failing   (Data) : 0
Total Blocks Processed (Index): 0
Total Blocks Failing   (Index): 0
Total Blocks Empty            : 0
Total Blocks Marked Corrupt   : 0
Total Blocks Influx           : 0
 
BBED>

然后open reset logs 成功启动数据库。

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