Oracle 10.2.0.4的一个BUG--dbspicao10
Oracle 10.2.0.4的一个BUG--dbspicao10
今天在查找相关call stack的内容时，很偶然看到一个哥们写的关于在metalink中搜索相关Oracle bug中描述相关call stack的方式，可以利用这种方式对相关dump文件的call stack同样在metalink中进行搜索。查看是否是相关bug引起的。具体方式和列子如下(请注意精彩的在最后)：
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据库环境
Oracle Database 10g Enterprise Edition Release 10.2.0.4.0 - 64bit Production
With the Partitioning, OLAP, Data Mining and Real Application Testing options
ORACLE_HOME = /oracle/product/10.2.0
System name: HP-UX
Node name: SD7pp6
Release: B.11.31
Version: U
Machine: ia64
Instance name: gtsdb
一个数据库的UDUMP老是满，各个连接老是在进行DUMP
*** ACTION NAME:() 2009-11-19 13:20:50.978
*** MODULE NAME:(dbspicao10@SD7pp6(TNS V1-V3)) 2009-11-19 13:20:50.978
*** SERVICE NAME:(gtsdb) 2009-11-19 13:20:50.978
*** SESSION ID:(1469.12060) 2009-11-19 13:20:50.978
----- Call Stack Trace -----
calling call entry argument values in hex
location type point (? means dubious value)
-------------------- -------- -------------------- ----------------------------
ksedst()+64 call ksedst1() C00000019A4AA348 ?
000000001 ?
$cold_kteinicnt1()+ call ksedst() C00000019A4AA348 ?
608 C000000000000EA5 ?
40000000032FEA00 ?
000000000 ? 000000000 ?
000000000 ? 000000000 ?
000000000 ?
ktsapsblk()+1408 call $cold_kteinicnt1() 9FFFFFFFFFFEE850 ?
000002000 ? 000000000 ?
9FFFFFFFFFFEE804 ?
9FFFFFFFFFFEE680 ?
000000002 ? 000000000 ?
C00000016451E014 ?
$cold_spefcifa()+30 call ktsapsblk() 9FFFFFFFFFFF19E0 ?
56 000000006 ? 000000000 ?
000000400 ? 000000000 ?
00000006B ? 000000000 ?
000000008 ?
spefmccallstd()+720 call $cold_spefcifa() 9FFFFFFFFFFF0DA0 ?
9FFFFFFF7F36E758 ?
9FFFFFFF7F36E740 ?
9FFFFFFFFFFEF2C8 ?
9FFFFFFF7F36E750 ?
C000000000000797 ?
60000000000D45D0 ?
400000000396B500 ?
pextproc()+128 call spefmccallstd() 9FFFFFFFFFFF1A40 ?
9FFFFFFFFFFF0CB0 ?
9FFFFFFFFFFF0DC0 ?
9FFFFFFFFFFEF2C8 ?
000000000 ?
peftrusted()+288 call pextproc() 9FFFFFFFFFFF1A40 ?
9FFFFFFFFFFF0CB0 ?
9FFFFFFFFFFF0DC0 ?
9FFFFFFFFFFF0D20 ?
psdexsp()+448 call peftrusted() 9FFFFFFFFFFF1A40 ?
60000000000D45D0 ?
C000000000000E22 ?
400000000396C030 ?
00001E33B ?
9FFFFFFFFFFF1AB0 ?
rpiswu2()+960 call psdexsp() 600000000004E8C0 ?
9FFFFFFFFFFEF2E0 ?
60000000000D45D0 ?
9FFFFFFFFFFEF860 ?
C000000000000EA3 ?
4000000002E3A920 ?
psdextp()+816 call rpiswu2() 9FFFFFFFFFFF0540 ?
40000000031E8110 ?
00001E22F ?
9FFFFFFFFFFEFFE0 ?
600000000004F818 ?
C000000000000FA7 ?
000000000 ?
9FFFFFFFFFFF0620 ?
pefccal()+1120 call psdextp() 600000000004F818 ?
9FFFFFFFFFFF0660 ?
9FFFFFFFFFFF0660 ?
9FFFFFFFFFFF0B90 ?
4000000001B72CC0 ?
60000000000E2700 ?
4000000001B6FD10 ?
9FFFFFFFFFFF0570 ?
pefcal()+432 call pefccal() 9FFFFFFFFFFF1A40 ?
9FFFFFFFFFFF0BB0 ?
60000000000D45D0 ?
9FFFFFFFFFFF1420 ?
C000000000000D22 ?
9FFFFFFF7F1C1850 ?
9FFFFFFFFFFF1ADC ?
9FFFFFFFFFFF0EF0 ?
pevm_FCAL()+288 call pefcal() 9FFFFFFFFFFF1A40 ?
9FFFFFFFFFFF1440 ?
60000000000D45D0 ?
9FFFFFFFFFFF19C0 ?
C000000000000715 ?
9FFFFFFFFFFF1440 ?
600000000004F818 ?
pfrinstr_FCAL()+176 call pevm_FCAL() 9FFFFFFF7F1C1848 ?
9FFFFFFFFFFF1A58 ?
60000000000D45D0 ?
pfrrun_no_tool()+19 call pfrinstr_FCAL() 9FFFFFFF7F1C1848 ?
2 C000000274E4BC4A ?
9FFFFFFF7F1C18B0 ?
pfrrun()+13376 call pfrrun_no_tool() 9FFFFFFF7F1C1848 ?
000002001 ?
9FFFFFFF7F1C18B0 ?
60000000000D45D0 ?
C00000000000099B ?
40000000030414E0 ?
9FFFFFFF7F1C1C98 ?
9FFFFFFF7F1C1910 ?
plsql_run()+1328 call pfrrun() 9FFFFFFFFFFF1B50 ?
9FFFFFFFFFFF1B40 ?
60000000000D45D0 ?
9FFFFFFFFFFF2740 ?
9FFFFFFFFFFF2740 ?
C000000000000DA2 ?
4000000002AC7390 ?
peidxr_run()+496 call plsql_run() 9FFFFFFF7F300200 ?
000000010 ?
9FFFFFFF7F320218 ?
9FFFFFFFFFFF2750 ?
60000000000D45D0 ?
9FFFFFFFFFFF3260 ?
peidxexe()+128 call peidxr_run() 9FFFFFFF7F36E028 ?
000000010 ?
9FFFFFFF7F320218 ?
9FFFFFFFFFFF3270 ?
60000000000D45D0 ?
9FFFFFFFFFFF37F0 ?
C000000000000491 ?
400000000318D060 ?
kkxdexe()+608 call peidxexe() 9FFFFFFF7F1C15F8 ?
60000000000D45D0 ?
C000000000000F26 ?
4000000003186480 ?
9FFFFFFF7F1C18C0 ?
9FFFFFFF7F1C1600 ?
9FFFFFFF7F1C1670 ?
9FFFFFFF7F1C1848 ?
kkxmpexe()+384 call kkxdexe() 9FFFFFFF7F1C15F8 ?
9FFFFFFF7F32CD10 ?
9FFFFFFF7F32CBA8 ?
60000000000D45D0 ?
C000000000000C1E ?
40000000039A1160 ?
kgmexec()+752 call kkxmpexe() 9FFFFFFFFFFF3DD0 ?
C00000000000132E ?
40000000039A14F0 ?
9FFFFFFF7F1C15F8 ?
00001854B ?
9FFFFFFF7F32CBA8 ?
9FFFFFFF7F32CD00 ?
9FFFFFFFFFFF3850 ?
evapls()+1264 call kgmexec() 600000000004E8C0 ?
000000001 ?
9FFFFFFFFFFF4420 ?
9FFFFFFFFFFF43F0 ?
C0000002525873A0 ?
600000000004F818 ?
9FFFFFFFFFFF3E90 ?
000000000 ?
evaopn2()+1056 call evapls() C000000256CC2BF8 ?
9FFFFFFFFFFF4420 ?
60000000000D45D0 ?
9FFFFFFFFFFF4A10 ?
C00000000000112A ?
4000000002E1C860 ?
00001858F ?
9FFFFFFFFFFF4430 ?
$cold_evamul()+160 call evaopn2() C000000256CC2BF8 ?
9FFFFFFFFFFF4A40 ?
60000000000D45D0 ?
9FFFFFFFFFFF5000 ?
C000000000000816 ?
4000000003753E20 ?
qesaAggNonDistSS()+ call $cold_evamul() C000000256CC2CB0 ?
896
qerhjInnerProbeHash call qesaAggNonDistSS() C00000021CEEAE00 ?
Table()+928 000007FFF ?
60000000000D45D0 ?
C000000000000A9A ?
4000000002DCFE80 ?
kdstf0000101km()+66 call qerhjInnerProbeHash 9FFFFFFFFFFF5BC0 ?
08 Table() 000007FFF ?
60000000000D45D0 ?
C000000000001838 ?
4000000002DCD740 ?
00001810B ?
9FFFFFFFFFFF5C38 ?
000000003 ?
kdsttgr()+65328 call kdstf0000101km() 9FFFFFFF7F32A9B0 ?
000000000 ?
4000000001B63850 ?
9FFFFFFFFFFF5BC0 ?
000007FFF ?
9FFFFFFFFFFF524F ?
C00000018018A044 ?
00000001B ?
qertbFetch()+3792 call kdsttgr() 9FFFFFFF7F32A9B0 ?
000000000 ?
C00000021CEEB4A0 ?
9FFFFFFF7F32A358 ?
C00000021CEEB510 ?
4000000001B63850 ?
9FFFFFFFFFFF5BC0 ?
000007FFF ?
rwsfcd()+256 call qertbFetch() 9FFFFFFFFFFF5BB0 ?
4000000002C149A0 ?
000018233 ?
9FFFFFFFFFFF5680 ?
qerhjFetch()+896 call rwsfcd() 9FFFFFFF7F32B060 ?
4000000001B63850 ?
9FFFFFFFFFFF5BC0 ?
000007FFF ?
60000000000D45D0 ?
qergsFetch()+864 call qerhjFetch() C00000021CEEB068 ?
4000000001B8B400 ?
C00000021CEEAE00 ?
000007FFF ?
60000000000D45D0 ?
C000000000000EA5 ?
4000000002F36050 ?
000018271 ?
opifch2()+9632 call qergsFetch() C00000021CEEAE00 ?
4000000001B931D0 ?
9FFFFFFFFFFF5E70 ?
000000002 ?
60000000000D45D0 ?
C000000000001F46 ?
4000000002E19320 ?
000018333 ?
opiefn0()+672 call opifch2() 9FFFFFFFFFFF6E30 ?
40000000030445A0 ?
000010217 ?
9FFFFFFFFFFF5CE0 ?
60000000000D45D0 ?
C000000000000F26 ?
600000000004E8C0 ?
040002D89 ?
kpoal8()+10256 call opiefn0() C0000000000015B3 ?
9FFFFFFF7F3B190A ?
9FFFFFFFFFFF6E88 ?
9FFFFFFFFFFF6F90 ?
9FFFFFFFFFFF6F70 ?
9FFFFFFFFFFF6F74 ?
000000005 ? 000000020 ?
opiodr()+2128 call kpoal8() 9FFFFFFFFFFF7650 ?
C000000000001530 ?
000000000 ?
9FFFFFFFFFFF6F70 ?
60000000000D45D0 ?
9FFFFFFF7F3C3758 ?
ttcpip()+1680 call opiodr() 00000005E ? 000000017 ?
4000000001AAB0F0 ?
0000046B0 ?
9FFFFFFFFFFF7660 ?
opitsk()+2336 call ttcpip() 600000000005A4C0 ?
000000001 ?
9FFFFFFFFFFF9D30 ?
000000001 ?
9FFFFFFFFFFF9EA0 ?
9FFFFFFFFFFF9C94 ?
4000000001B90E90 ?
000000000 ?
opiino()+1840 call opitsk() 000000000 ? 000000000 ?
60000000000D45D0 ?
400000000279B470 ?
0000180CD ?
4000000001AAB108 ?
opiodr()+2128 call opiino() 00000003C ?
9FFFFFFFFFFFC6F0 ?
9FFFFFFFFFFFEE90 ?
9FFFFFFFFFFFBBB0 ?
60000000000D45D0 ?
C000000000001530 ?
opidrv()+1088 call opiodr() 00000003C ? 000000004 ?
4000000001AAABA0 ?
0000046B0 ?
9FFFFFFFFFFFC700 ?
60000000000D45D0 ?
sou2o()+336 call opidrv() 00000003C ?
9FFFFFFFFFFFEE90 ?
60000000000E24E0 ?
opimai_real()+224 call sou2o() 9FFFFFFFFFFFEEB0 ?
00000003C ? 000000004 ?
9FFFFFFFFFFFEE90 ?
main()+368 call opimai_real() 000000000 ?
9FFFFFFFFFFFEEE0 ?
main_opd_entry()+80 call main() 000000002 ?
9FFFFFFFFFFFF390 ?
60000000000D45D0 ?
C000000000000004 ?
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