Re: Problem with mib2c.iterate.conf

I ran into few problems when compiling my mib using
mib2c.iterate.conf.  Mentioned below is the sample of the table.

1.  The data structure that got generated  "sensorTable_entry" had
problem.  The sensorIndex was repeted twice.
struct sensorTable_entry {
    /* Index values */
    long            sensorIndex;

    /* Column values */
    long            sensorIndex;
    long            sensorSdrVersion;
    .....
....
}

2.  bad function definition sensorTable_createEntry(long sensorIndex,)
as you can see the function prototype has a problem.

3. after fixing the above two and populating the table using a dummy
function inviked in initialize_table_sensorTable, I had a crash when i
performed snmpwalk.  Attached is the backtrace from the crash.

Hope someone can take a look and give me pointer to fix this, the
crash problem but the problem with mib2c.iterate.conf, a perl expert
need to take a look.

Thanks,
Sridhar

-------------------------------- MIB-EXTRACT
---------------------------------------------

SensorEntry ::= SEQUENCE {
    sensorIndex                             INTEGER,        -- 01
    sensorSdrVersion                        INTEGER,        -- 02
    sensorRecordType                        INTEGER,        -- 03
    sensorOwnerId                           INTEGER,        -- 04
    sensorOwnerLun                          INTEGER,        -- 05
    sensorNumber                            INTEGER,        -- 06
    sensorEntityId                          INTEGER,        -- 07
    sensorEntityInstance                    INTEGER,        -- 08
    sensorInitialization                    INTEGER,        -- 09
    sensorCapabilities                      INTEGER,        -- 10
    sensorType                              INTEGER,        -- 11
    sensorEvent                             INTEGER,        -- 12
    sensorAssertionEventMask                INTEGER,        -- 13
    sensorDeassertionEventMask              INTEGER,        -- 14
    sensorMask                              INTEGER,        -- 15
    sensorUnits                             INTEGER,        -- 16
    sensorBaseUnit                          INTEGER,        -- 17
    sensorModifierUnit                      INTEGER,        -- 18
    sensorLinearization                     INTEGER,        -- 19
    sensorM                                 INTEGER,        -- 20
    sensorTolerance                         INTEGER,        -- 21
    sensorB                                 INTEGER,        -- 22
    sensorAccuracy                          INTEGER,        -- 23
    sensorAccuracyExp                       INTEGER,        -- 24
    sensorRExp                              INTEGER,        -- 25
    sensorBExp                              INTEGER,        -- 26
    sensorCharacteristicFlags               INTEGER,        -- 27
    sensorNominalReading                    INTEGER,        -- 28
    sensorNormalMaximum                     INTEGER,        -- 29
    sensorNormalMinimum                     INTEGER,        -- 30
    sensorMaximumReading                    INTEGER,        -- 31
    sensorMinimumReading                    INTEGER,        -- 32
    sensorUpperNonRecoverableThreshold      INTEGER,        -- 33
    sensorUpperCriticalThreshold            INTEGER,        -- 34
    sensorUpperNonCriticalThreshold         INTEGER,        -- 35
    sensorLowerNonRecoverableThreshold      INTEGER,        -- 36
    sensorLowerCriticalThreshold            INTEGER,        -- 37
    sensorLowerNonCriticalThreshold         INTEGER,        -- 38
    sensorPositiveGoingThresholdHysteresis  INTEGER,        -- 39
    sensorNegativeGoingThresholdHysteresis  INTEGER,        -- 40
    sensorOem                               INTEGER,        -- 41
    sensorIdStringType                      INTEGER,        -- 42
    sensorIdString                          DisplayString,  -- 43
}

Thanks
Sridhar

#1  0x08071f45 in build_oid_segment (var=0x9fd0108) at mib.c:3516
#2  0x08071fa1 in build_oid_noalloc (in=0xbfec3020, in_len=128,
    out_len=0xbfec301c, prefix=0xbfec32d4, prefix_len=73, indexes=0x9fd0108)
    at mib.c:3575
#3  0x08069bf7 in netsnmp_check_getnext_reply (request=0x49,
    prefix=0xbfec32a0, prefix_len=13, newvar=0x9fd0108, outvar=0xa004898)
    at table.c:893
#4  0x08066786 in netsnmp_table_iterator_helper_handler (handler=0x9fd0598,
    reginfo=0x9fd02e8, reqinfo=0x9fd7328, requests=0x9fec378)
    at table_iterator.c:541
#5  0x0806048a in netsnmp_call_handler (next_handler=0x9fd0598,
    reginfo=0x9fd02e8, reqinfo=0x9fd7328, requests=0x9fec378)
    at agent_handler.c:423
#6  0x08068424 in table_helper_handler (handler=0x9fd05d0, reginfo=0x9fd02e8,
    reqinfo=0x9fd7328, requests=0x9fec378) at table.c:622
#7  0x0806048a in netsnmp_call_handler (next_handler=0x9fd05d0,
    reginfo=0x9fd02e8, reqinfo=0x9fd7328, requests=0x9fec378)
    at agent_handler.c:423
#8  0x08060769 in netsnmp_call_handlers (reginfo=0x9fd02e8, reqinfo=0x9fd7328,
    requests=0x9fec378) at agent_handler.c:504
#9  0x08058c8e in handle_var_requests (asp=0x9fea358) at snmp_agent.c:2423
#10 0x080593e7 in handle_getnext_loop (asp=0x9fea358) at snmp_agent.c:2844
#11 0x08059bb2 in handle_pdu (asp=0x9fea358) at snmp_agent.c:3213
#12 0x0805981b in netsnmp_handle_request (asp=0x9fea358, status=49)
    at snmp_agent.c:2996
#13 0x08057c8b in handle_snmp_packet (op=1, session=0x85e764,
    reqid=1387617724, pdu=0x9fea358, magic=0x49) at snmp_agent.c:1821
#14 0x0808a144 in _sess_process_packet (sessp=0x9fea3a8, sp=0x9ff2838,
    isp=0x9fe15d8, transport=0x9fea2b0, opaque=0x9febf80, olength=16,
    packetptr=0x9ff3fc8 "0/\002\001", length=49) at snmp_api.c:5276
#15 0x0808acb8 in _sess_read (sessp=0x9fea3a8, fdset=0x9ff3fc8)
    at snmp_api.c:5675
#16 0x0808b187 in snmp_sess_read (sessp=0x9fea3a8, fdset=0xbfec3890)
    at snmp_api.c:5694
#17 0x0808a49a in snmp_read (fdset=0xbfec3890) at snmp_api.c:5328
#18 0x0804bc15 in receive () at snmpd.c:1168
#19 0x0804b356 in main (argc=5, argv=0xbfec4aa4) at snmpd.c:1004