ORA-07445 [mdagun_iter+957] When Using SDO_AGGR

ORA-07445 [mdagun_iter+957] When Using SDO_AGGR_UNION 问题处理

阅读量：6426 次

发布时间：2019-06-23

本文共 10931 字，大约阅读时间需要 36 分钟。

问题描写叙述：

ORA-07445: mdagun_iter() [Address not mapped to object]

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/db_1

System name: Linux

Node name:

Release: 2.6.18-164.el5xen

Version: #1 SMP Tue Aug 18 15:59:52 EDT 2009

Machine: x86_64

Instance name:

Redo thread mounted by this instance: 1

Oracle process number: 118

Unix process pid: 26103, image: oracle@

*** 2014-07-25 10:32:33.055

*** ACTION NAME:() 2014-07-25 10:32:32.720

*** MODULE NAME:(JDBC Thin Client) 2014-07-25 10:32:32.720

*** SERVICE NAME:(SYS$USERS) 2014-07-25 10:32:32.720

*** SESSION ID:(159.2856) 2014-07-25 10:32:32.720

Exception signal: 11 (SIGSEGV), code: 1 (Address not mapped to object), addr: 0x4, PC: [0x5014927, mdagun_iter()+843]

*** 2014-07-25 10:32:33.974

ksedmp: internal or fatal error

ORA-07445: 出现异常错误: 核心转储 [mdagun_iter()+843] [SIGSEGV] [Address not mapped to object] [0x000000004] [] []

Current SQL statement for this session:

select sdo_geom.sdo_centroid((select sdo_aggr_union(sdoaggrtype(t.Data,0.5)) from COMP_INFO t where t.sys_ci_row_id in (85441

,85445,85447,85449,85454,85457,85461,85464,85472,85532,85533,85534,85535,85536,85538,85539,85540,85541,85542,85543,85544,8554

5,85546,85556,85557,85691,85692,85797,85799,85800,85802,85803,85804,85806,85808,85809,85812,85813,85815,85816,85817,85818,858

19,85821,85824,85828,85829,85832,85833,85834,85835,85836,85837,85838,85839,85840,85841,85842,85843,85844,85845,85846,85847,85

848,85849,85850,85851,85920,85922,85923,85924,85925,85926,85927,85928,85929,85930,85931,85933,85934,86040,88946,89315,84437,8

4439,84442,84443,84446,84448,84477,84481,84484,84487,84488,84490,84492,84493,84495,84497,84499,84501,84503,84504,84506,84508,

84510,84512,84514,84516,84542,84543,84544,84545,84546,84547,84548,84549,84550,84551,84552,84553,84554,84555,84556,84558,84561

,84562,84563,84564,84567,84568,84570,84572,84574,84575,84577,84578,84580,84914,84917,84918,84919,84920,84921,84924,84931,8493

2,84933,84934,84935,84936,84937,84944,84945,84946,84947,84948,84949,84950,84951,84952,84953,84954,85058,85059,85060,85061,850

62,85063,85064,85065,85066,85067,85068,85069,85070,85071,85072,85073,85074,85075,85076,85077,85078,85079,85101,85102,85103,85

108,85109,85110,85111,85112,85121,85123,85128,85131,85134,85135,85136,85137,85138,85139,85140,85141,85142,85143,85144,85145,8

5146,85147,85148,85149,85150,85151,85152,85153,85154,85155,85156,85157,85158,85159,85160,85161,85162,85163,85164,85165,85166,

85167,85168,85169,85172,85173,85174,85175,85177,85179,85181,85184,85185,85186,85188,85190,85192,85193,85195,85196,85198,85200

,85201,85269,85270,85271,85272,85273,85274,85275,85276,85277,85278,85279,85280,85281,85282,85283,85284,85285,85286,85287,8528

8,85289,85290,85291,85292,85293,85294,85295,85296,85297,85298,85299,85300,85301,85302,85303,85304,85305,85306,85307,85308,853

09,85310,85311,85312,85313,85314,85315,85316,85317,85320,85321,85322,85324,85325,85326,85328,85329,85332,85333,85336,85337,85

339,85340,85342,85343,85344,85346,85347,85348,85350,85351,85352,85354,85355,85357,85358,85359,85360,85361,85362,85363,85364,8

5365,85367,85368,85369,85370,85371,85372,85373,85374,85375,85376,85377,85378,85379,85380,85382,85383,85385,85386,85387,85388,

85389,85391,85613,85614,86462,86464,87265,87844)),0.5) from dual

----- PL/SQL Call Stack -----

object line object

handle number name

0x30b2e5f40 59 MDSYS.AGGRUNION

0x30b2e5f40 25 MDSYS.AGGRUNION

----- Call Stack Trace -----

calling call entry argument values in hex

location type point (? means dubious value)

-------------------- -------- -------------------- ----------------------------

ksedst()+31 call ksedst1() 000000000 ? 000000001 ?

2B51BCB24D50 ? 2B51BCB24DB0 ?

2B51BCB24CF0 ? 000000000 ?

ksedmp()+610 call ksedst() 000000000 ? 000000001 ?

2B51BCB24D50 ? 2B51BCB24DB0 ?

2B51BCB24CF0 ? 000000000 ?

ssexhd()+629 call ksedmp() 000000003 ? 000000001 ?

2B51BCB24D50 ? 2B51BCB24DB0 ?

2B51BCB24CF0 ?

000000000 ?

__restore_rt()+0 call ssexhd() 00000000B ? 2B51BCB25D70 ?

2B51BCB25C40 ?

2B51BCB24DB0 ?

2B51BCB24CF0 ? 000000000 ?

mdagun_iter()+843 signal __restore_rt() 7FFFEEF03B80 ? 000000000 ?

00B574D10 ?

000002073 ?

000000000 ? 000000001 ?

spefcpfa()+159 call mdagun_iter() 7FFFEEF063A0 ? 2B51BCFD7370 ?

00B574D10 ?

2B51BCFD71C0 ?

2B51BCFD7018 ? 2B51BCBB5FA8 ?

spefmccallstd()+993 call spefcpfa() 7FFFEEF05D90 ? 000000007 ?

2B51BCBEC268 ? 7FFFEEF052E0 ?

2B51BCFD7018 ?

2B51BCBB5FA8 ?

pextproc()+41 call spefmccallstd() 7FFFEEF06400 ? 7FFFEEF06080 ?

7FFFEEF05E28 ?

7FFFEEF05D90 ?

000000000 ? 2B51BCBB5FA8 ?

peftrusted()+158 call pextproc() 7FFFEEF06400 ? 7FFFEEF06080 ?

7FFFEEF05E28 ? 7FFFEEF05D90 ?

000000000 ? 2B51BCBB5FA8 ?

psdexsp()+248 call peftrusted() 7FFFEEF06400 ? 7FFFEEF06080 ?

7FFFEEF05E28 ? 7FFFEEF05D90 ?

000000000 ?

2B51BCBB5FA8 ?

rpiswu2()+420 call psdexsp() 7FFFEEF05C18 ? 7FFFEEF06400 ?

7FFFEEF05E28 ? 000020003 ?

0047C004E ? 2B51BCF60210 ?

psdextp()+739 call rpiswu2() 35F3280C8 ? 000000074 ?

35F328104 ? 000000002 ?

7FFFEEF05C50 ? 000000074 ?

pefccal()+571 call psdextp() 2B51BCF60210 ? 7FFFEEF06080 ?

7FFFEEF05E28 ?

000000000 ?

7FFF00020003 ?

7FFFEEF06400 ?

pefcal()+208 call pefccal() 004C6FF46 ?

7FFFEEF06080 ?

7FFFEEF05E28 ? 0068966E0 ?

0007A8230 ?

7FFFEEF06400 ?

pevm_FCAL()+173 call pefcal() 7FFFEEF06400 ? 006896860 ?

2B51BCF603E8 ? 0068966E0 ?

0007A8230 ? 7FFFEEF06400 ?

pfrinstr_FCAL()+79 call pevm_FCAL() 2B51BCF603E8 ?

3203B8700 ?

2B51BCF603E8 ? 3203B8240 ?

0007A8230 ?

7FFFEEF06400 ?

pfrrun_no_tool()+65 call pfrinstr_FCAL() 2B51BCF603E8 ?

320A0F68C ?

2B51BCF60450 ? 3203B8240 ?

0007A8230 ?

7FFFEEF06400 ?

pfrrun()+906 call pfrrun_no_tool() 2B51BCF603E8 ?

320A0F68C ?

2B51BCF60450 ? 3203B8240 ?

0007A8230 ? 7FFFEEF06400 ?

plsql_run()+841 call pfrrun() 2B51BCF603E8 ? 000000000 ?

2B51BCF60450 ? 2B51BCF60210 ?

0007A8230 ? 320A0F5F0 ?

peidxr_run()+245 call plsql_run() 2B51BCF603E8 ?

000000002 ?

2B51BCF96F88 ?

2B51BCF60210 ?

0007A8230 ? 000000000 ?

peidxexe()+89 call peidxr_run() 2B51BCF60198 ? 000000002 ?

2B51BCF96F88 ? 2B51BCF603E8 ?

0007A8230 ?

000000000 ?

kkxdexe()+296 call peidxexe() 2B51BCF60198 ?

000000002 ?

2B51BCF96F88 ? 2B51BCF603E8 ?

0007A8230 ?

000000000 ?

kkxmpexe()+232 call kkxdexe() 2B51BCF60198 ? 2B51BCBF66A0 ?

2B51BCF5A300 ? 2B51BCF603E8 ?

000000000 ? 7FFF00000000 ?

kgmexwi()+564 call kkxmpexe() 0068966E0 ? 320ABC0C8 ?

2B51BCF9F020 ? 2B51BCF60198 ?

30B2E5F40 ? 2B51BCF5A300 ?

kgmexec()+1278 call kgmexwi() 0068966E0 ? 000000001 ?

7FFFEEF07930 ? 320ABC0C8 ?

2B51BCF9F020 ?

2B51BCF008B8 ?

evapls()+686 call kgmexec() 0068966E0 ? 000000001 ?

7FFFEEF07930 ? 35D3A91C8 ?

318ABBEB0 ?

2B51BCF5A480 ?

evaopn2()+412 call evapls() 31827E290 ? 000000000 ?

00689E3B0 ? 0068966E0 ?

31827E228 ? 2B51BCF5A480 ?

qximeop()+1012 call evaopn2() 31827E290 ? 2B51BCBDC858 ?

00689E3B0 ? 0068966E0 ?

2B51BCFB5EB0 ? 2B51BCF5A480 ?

qxuageag()+526 call qximeop() 31827E290 ? 000000000 ?

0000000C0 ?

7FFFEEF07EC4 ?

2B51BCFB5EB0 ? 2B51BCF5A480 ?

qesaAggNonDistSS()+ call qxuageag() 2B51BD287860 ? 000000000 ?

313 0000000C0 ?

7FFFEEF07EC4 ?

2B51BCFB5EB0 ? 2B51BCF5A480 ?

kdstf0100001kmP()+1 call qesaAggNonDistSS() 000000000 ?

2B51BCF5A480 ?

472 0000000C0 ? 7FFFEEF07EC4 ?

2B51BCFB5EB0 ? 7FFF00007FFF ?

kdsttgr()+57419 call kdstf0100001kmP() 2B51BCBD83C8 ? 000000000 ?

30B2E5F40 ?

31827E830 ?

7FFF00007FFF ?

000000000 ?

qertbFetch()+639 call kdsttgr() 2B51BCBD83C8 ?

000000000 ?

25C0D8064 ? 000000000 ?

7FFF00007FFF ? 0016351BC ?

qergsFetch()+452 call qertbFetch() 318316328 ?

0016351BC ?

31827E830 ?

000007FFF ?

318316398 ? 0016351BC ?

subsr1()+218 call qergsFetch() 31827E830 ? 000000000 ?

000000000 ?

000000001 ?

000000000 ? 31827E810 ?

evaopn2()+4067 call subsr1() 31827D4D0 ? 000000000 ?

000000000 ? 000000001 ?

000000000 ? 31827E810 ?

kkxmsiag()+2349 call evaopn2() 3180259D0 ? 2B51BCBDCC30 ?

000000000 ? 000000001 ?

2B51BCFB5EB0 ? 31827E810 ?

evapls()+282 call kkxmsiag() 000000001 ? 318025748 ?

2B51BCF5AA18 ? 000000001 ?

7FFFEEF090A8 ? 300000000 ?

evaopn2()+412 call evapls() 318025848 ? 000000000 ?

00689E3B0 ? 0068966E0 ?

3180257E0 ? 300000000 ?

kpofcr()+4890 call evaopn2() 318025848 ? 2B51BCBDCC68 ?

00689E3B0 ?

0068966E0 ?

2B51BCFB5EB0 ? 300000000 ?

qerfiFetch()+162 call kpofcr() 000000001 ? 00000015E ?

000000000 ?

1000000000 ?

00689E3B8 ?

opifch2()+3189 call qerfiFetch() 000000001 ?

0030C5DEE ?

7FFFEEF09A98 ?

00000015E ?

1000000000 ? 00689E3B8 ?

opifch()+64 call opifch2() 000000089 ?

000000005 ?

7FFFEEF09C70 ? 2B51BCFB5E98 ?

1000000000 ? 00689E3B8 ?

opiodr()+984 call opifch() 000000089 ? 000000005 ?

7FFFEEF09C70 ?

00000015E ?

000000000 ? 001330002 ?

ttcpip()+1012 call opiodr() 000000005 ? 000000002 ?

7FFFEEF0C9D0 ? 00000001C ?

0059BFBC8 ? 001330002 ?

opitsk()+1322 call ttcpip() 00689E3B0 ?

0052A0140 ?

7FFFEEF0C9D0 ? 000000000 ?

7FFFEEF0C4C8 ? 7FFFEEF0CB38 ?

opiino()+1026 call opitsk() 000000003 ? 000000000 ?

7FFFEEF0C9D0 ?

000000001 ?

000000000 ? 4E506A200000001 ?

opiodr()+984 call opiino() 00000003C ? 000000004 ?

7FFFEEF0DB98 ? 000000000 ?

000000000 ? 4E506A200000001 ?

opidrv()+547 call opiodr() 00000003C ? 000000004 ?

7FFFEEF0DB98 ? 000000000 ?

0059C0460 ?

4E506A200000001 ?

sou2o()+114 call opidrv() 00000003C ? 000000004 ?

7FFFEEF0DB98 ? 000000000 ?

0059C0460 ? 4E506A200000001 ?

opimai_real()+163 call sou2o() 7FFFEEF0DB70 ?

00000003C ?

000000004 ? 7FFFEEF0DB98 ?

0059C0460 ? 4E506A200000001 ?

main()+116 call opimai_real() 000000002 ?

7FFFEEF0DC00 ?

000000004 ?

7FFFEEF0DB98 ?

0059C0460 ? 4E506A200000001 ?

__libc_start_main() call main() 000000002 ?

7FFFEEF0DC00 ?

+244 000000004 ? 7FFFEEF0DB98 ?

0059C0460 ? 4E506A200000001 ?

_start()+41 call __libc_start_main() 000723088 ?

000000002 ?

7FFFEEF0DD58 ?

000000000 ?

0059C0460 ? 000000002 ?

解决方式（ODM）：

ORA-07445 [mdagun_iter+957] When Using SDO_AGGR_UNION (文档 ID 1214526.1) 转究竟部转究竟部

改动时间:2010-10-13类型:PROBLEM

为此文档评级通过电子邮件发送此文档的链接在新窗体中打开文档可打印页

In this Document

Symptoms

Cause

Solution

APPLIES TO:

Oracle Spatial - Version: 10.2.0.4 and later [Release: 10.2 and later ]

Information in this document applies to any platform.

SYMPTOMS

Calling sdo_aggr_union(SDOAGGRTYPE(geoloc,0.05)) fails with following error-

ORA-07445: exception encountered: core dump [ACCESS_VIOLATION] [mdagun_iter+957] [PC:0x34BF5B3] [ADDR:0x4] [UNABLE_TO_READ] []

----CAUSE

The ORA-7445 error is most likely caused due to the invalid data in the table. To check this run -

SQL> select rowid, sdo_geom.validate_geometry_with_context(a.geoloc, .05) from test_case a;

All valid geometries should return "TRUE".

-----SOLUTION

If there are any invalid geometries in the table then manually fix them and make sure they are valid. If the invalid geometry is not needed anymore then it can be manually removed, e.g.-

SQL> delete from test_case where rowid='AAAXYgAAFAAAFzsAAA';

SQL> commit;

Now sdo_aggr_union query should work fine -

SQL> select sdo_aggr_union(SDOAGGRTYPE(geoloc,0.05)) geoloc from test_case;

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