An example of the query that might cause the problem is:
(
XQUERY
for $i in db2-fn:xmlcolumn("XSTUNIT.X")
return
<x:db2_xmrn_unit_test
xmlns:x="http://www.ibm.com/xmlns/prod/db2/XSR/SchemaInfo"
name = "typeinfo"
xml = "{ $i }">
</x:db2_xmrn_unit_test>;
The trap file generated, and the stack trace might look like the
following:
<?xml version="1.0" encoding="ISO-8859-1"?>
<?xml-stylesheet
href="http://raspd.torolab.ibm.com/db2trapfile.xsl"
type="text/xsl"?>
<DB2TrapFile version="1.0">
<Trap>
<Header>
DB2 build information: DB2 v9.7.0.4 n110227 SQL09074
timestamp: 2011-03-05-16.57.14.669717
instance name: regress9.000
EDU name : db2agent (XMLSTORE)
EDU ID : 3343
Signal #11
uname: S:AIX R:1 V:6 M:00056E62D900 N:regraix03
process id: 14221412
thread id : 3343 (0xD0F)
kthread id : 80281817
</Header>
<SignalDetails>
<Siginfo_t length="64">
0000000B 00000000 00000034 00000000
00000000 00000000 07000000 43243F80
00000000 00000000 00000000 00000000
00000000 00000000 00000000 00000000
</Siginfo_t>
Signal #11 (SIGSEGV): si_addr is 0x0700000043243F80, si_code is
0x00000034
</SignalDetails>
<ResourceLimits>
Data seg top [sbrk(0)] = 0x0000000111231E80
Cur cpu time limit (seconds) = 0x7FFFFFFFFFFFFFFF
Cur file limit (bytes) = 0x7FFFFFFFFFFFFFFF
Cur data size (bytes) = 0x7FFFFFFFFFFFFFFF
Cur stack size (bytes) = 0x0000000002000000
Cur core size (bytes) = 0x0000000000000000
Cur nofiles (descriptors) = 0x7FFFFFFFFFFFFFFF
Cur memory size (bytes) = 0x7FFFFFFFFFFFFFFF
</ResourceLimits>
<Registers>
IAR: 090000000DFDCE24 MSR: A00000000200D032 LR:
090000000DFDCF84
CTR: 0000000000000000 XER: 0000000C FPSCR:
82004000
CR: 42000284
GPR[00]: 090000000DFDCF84 GPR[01]: 070000000CFF5E40 GPR[02]:
09001000A39D0BC8
GPR[03]: 0700000043243F80 GPR[04]: 0000000000000007 GPR[05]:
0900000015906EB0
GPR[06]: 000000000000091A GPR[07]: 0900000014982430 GPR[08]:
0000000000000001
GPR[09]: 0700000043243F98 GPR[10]: 0000000000000400 GPR[11]:
070000000CFF64CC
GPR[12]: 0000000000000004 GPR[13]: 0000000110677800 GPR[14]:
0000000000000000
GPR[15]: 0000000000000000 GPR[16]: 0000000000000000 GPR[17]:
0000000000000000
GPR[18]: 0000000000000000 GPR[19]: 0000000000000000 GPR[20]:
0000000000000000
GPR[21]: 0000000000000000 GPR[22]: 0000000000000000 GPR[23]:
0000000000000000
GPR[24]: 0000000000000000 GPR[25]: 0000000000000000 GPR[26]:
0000000000000000
GPR[27]: 0000000000000000 GPR[28]: 000000001A580000 GPR[29]:
000000001D200000
GPR[30]: FFFFFFFFCBCB0000 GPR[31]: 0900000014980400
FPR[00]: 0000000000000000 FPR[01]: 4000000000000000 FPR[02]:
41F0000000000000
FPR[03]: 4330080000000000 FPR[04]: 0000000082004000 FPR[05]:
C32FFFFFFFFFFFF4
FPR[06]: 4330080000000002 FPR[07]: 40EDF84000000000 FPR[08]:
0000000000000000
FPR[09]: 0000000000000000 FPR[10]: 0000000000000000 FPR[11]:
401C000000000000
FPR[12]: 3FF0000000000000 FPR[13]: 0000000000000000 FPR[14]:
0000000000000000
FPR[15]: 0000000000000000 FPR[16]: 0000000000000000 FPR[17]:
0000000000000000
FPR[18]: 0000000000000000 FPR[19]: 0000000000000000 FPR[20]:
0000000000000000
FPR[21]: 0000000000000000 FPR[22]: 0000000000000000 FPR[23]:
0000000000000000
FPR[24]: 0000000000000000 FPR[25]: 0000000000000000 FPR[26]:
0000000000000000
FPR[27]: 0000000000000000 FPR[28]: 0000000000000000 FPR[29]:
0000000000000000
FPR[30]: 0000000000000000 FPR[31]: 0000000000000000
</Registers>
<POFDisassembly>
0x090000000DFDCE04 : 38C00000 li r6,0x0
0x090000000DFDCE08 : 38E00001 li r7,0x1
0x090000000DFDCE0C : 39200008 li r9,0x8
0x090000000DFDCE10 : 39400000 li r10,0x0
0x090000000DFDCE14 : 4BFC23CD bl 0x90000000DF9F1E0
0x090000000DFDCE18 : 60000000 ori r0,r0,0x0
0x090000000DFDCE1C : E86100B0 ld r3,176(r1)
0x090000000DFDCE20 : 08430200 tdi 2,r3,512
>>>> 0x090000000DFDCE24 : 80630000 lwz r3,0(r3)
0x090000000DFDCE28 : 54630036 rlwinm
r3,r3,0,0xFFFFFFFFFFFFFFF0 # 0:27
0x090000000DFDCE2C : E89F03F8 ld r4,1016(r31)
0x090000000DFDCE30 : 7C832040 cmpl cr1,r3,r4
0x090000000DFDCE34 : 7C600026 mfcr r3
0x090000000DFDCE38 : 54633FFE rlwinm r3,r3,7,0x1 #
31:31
</POFDisassembly>
<StackTrace>
-------Frame------ ------Function + Offset------
0x090000000DFDCE24 codeIsValid__7SMemBlkCFv + 0x64
0x090000000DFDCF80 isValid__7SMemBlkCFv + 0x60
0x090000000DFDD0F0
md_AssertMemoryBlockIsBigEnough__FPCvCUlPCcCiT3CbPcT2 + 0xF0
0x090000000DFE7680 sqlo_md_mchk + 0xC0
0x090000000DFE7BB4 sqlo_md_mcpy + 0x174
0x0900000011A331C8
__ct__18XmlrnReferenceNodeFCUcCUlT2C8XMLS_XIDN31PUc + 0xC8
0x0900000011A3E790
writeReferenceNode__19XmlrnSequenceWriterFUcR8XMLS_XIDT1UlT4T1PU
cT1
+ 0xF90
0x0900000011AA6478
addItemSubtree__13XmlrnSequenceFP17xmlDataDescriptor + 0xFB8
0x0900000011AA9998
addItemInternal__13XmlrnSequenceFP17xmlDataDescriptorUc + 0x98
0x0900000011AA9BE4 addItems__13XmlrnSequenceFPP10sqlz_valueUs +
0x84
0x0900000011AAA220
createSequence__13XmlrnSequenceFP11XMLSTORE_CBP17xmlDataDescript
orP13XmlrnSequenceUcPP10sqlz_valueUs
+ 0x3E0
0x0900000013061370 sqlriXmlSequenceCreate__FP8sqlrr_cb + 0x390
0x090000000EDE8F44 sqlriExecThread__FP8sqlrr_cbP12sqlri_opparm +
0x584
0x090000000EDE9ABC sqlriSectInvoke__FP8sqlrr_cbP12sqlri_opparm +
0x4DC
0x0900000010F5D1C8
sqlrr_process_fetch_request__FP14db2UCinterface + 0xE48
0x0900000010F63D38
sqlrr_fetch__FP14db2UCinterfaceP15db2UCCursorInfo + 0xD78
0x0900000014230AD4
sqljs_ddm_cntqry__FP14db2UCinterfaceP13sqljDDMObject + 0x214
0x0900000014200388
sqljsParseRdbAccessed__FP13sqljsDrdaAsCbP13sqljDDMObjectP14db2UC
interface
+ 0x1C8
0x09000000141FEEBC
sqljsParse__FP13sqljsDrdaAsCbP14db2UCinterfaceP8sqeAgentb +
0x21C
0x090000000F4B0B0C sqljsSqlam__FP14db2UCinterfaceP8sqeAgentb +
0x4AC
0x090000000F4B293C
sqljsDriveRequests__FP8sqeAgentP14db2UCconHandle + 0x15C
0x090000000F4B99F4
sqljsDrdaAsInnerDriver__FP18SQLCC_INITSTRUCT_Tb + 0x474
0x090000000F4BBA7C sqljsDrdaAsDriver__FP18SQLCC_INITSTRUCT_T +
0x23C
0x090000000E23268C RunEDU__8sqeAgentFv + 0x3AC
0x090000000E22207C EDUDriver__9sqzEDUObjFv + 0x19C
0x090000000E22239C sqlzRunEDU__FPcUi + 0x3C
0x090000000E0BB7C4 sqloEDUEntry + 0x6A4
</StackTrace> |
