the trace of tkprof output

Hello

I need clarification on the costing

I have the following query

DECLARE
        type array is table of t%ROWTYPE index by binary_integer;
        l_data array;
        l_rec t%rowtype;
BEGIN
        SELECT
                a.*
                ,RPAD('*',4000,'*') AS PADDING1
                ,RPAD('*',4000,'*') AS PADDING2
        BULK COLLECT INTO
        l_data
        FROM ALL_OBJECTS a;
        DBMS_MONITOR.SESSION_TRACE_ENABLE ( waits=>true );
        FOR rs IN 1 .. l_data.count
        LOOP
                BEGIN
                        SELECT * INTO l_rec FROM t WHERE object_id = l_data(rs).object_id;
                EXCEPTION
                  WHEN NO_DATA_FOUND THEN NULL;
                END;
        END LOOP;
END;

tkprof output shows

SQL ID: 78kxqdhk1ubvq
Plan Hash: 3995659421
SELECT * 
FROM
 T WHERE OBJECT_ID = :B1 


call     count       cpu    elapsed       disk      query    current        rows
------- ------  -------- ---------- ---------- ---------- ----------  ----------
Parse        1      0.01       0.00          1         63          0           0
Execute  72184      0.34       1.03          9         54          0           0
Fetch    72184      0.46     157.98      81365     368657          0       71726
------- ------  -------- ---------- ---------- ---------- ----------  ----------
total   144369      0.82     159.02      81375     368774          0       71726

Misses in library cache during parse: 1
Optimizer mode: ALL_ROWS
Parsing user id: 93     (recursive depth: 1)

Rows     Row Source Operation
-------  ---------------------------------------------------
      1  TABLE ACCESS BY INDEX ROWID T (cr=5 pr=11 pw=0 time=0 us cost=4 size=8092 card=1)
      1   INDEX UNIQUE SCAN T_PK (cr=3 pr=6 pw=0 time=0 us cost=2 size=0 card=1)(object id 83085)


Elapsed times include waiting on following events:
  Event waited on                             Times   Max. Wait  Total Waited
  ----------------------------------------   Waited  ----------  ------------
  Disk file operations I/O                        3        0.00          0.00
  db file sequential read                     12464        0.07         92.18
  db file scattered read                      14590        0.07         63.10
********************************************************************************

Now looking at stat line, does that mean the cost to retrieve one single record via unique index scan is 11 Physical block reads? The loop did fetch 72,726 rows and there were 81,375 physical block reads.


*** 2012-01-27 10:18:51.978
SELECT * FROM T WHERE 
call     count       cpu    elapsed       disk      query    current        rows
------- ------  -------- ---------- ---------- ---------- ----------  ----------
Parse        0      0.00       0.00          0          0          0           0
Execute      1      0.00       0.00          0          0          0           0
Fetch        1      0.00       0.00          0          5          0           1
------- ------  -------- ---------- ---------- ---------- ----------  ----------
total        2      0.00       0.00          0          5          0           1

Misses in library cache during parse: 0
Optimizer mode: ALL_ROWS
Parsing user id: 93     (recursive depth: 1)
********************************************************************************

DECLARE
        type array is table of t%ROWTYPE index by binary_integer;
        l_data array;
        l_rec t%rowtype;
BEGIN
        SELECT
                a.*
                ,RPAD('*',4000,'*') AS PADDING1
                ,RPAD('*',4000,'*') AS PADDING2
        BULK COLLECT INTO
        l_data
        FROM ALL_OBJECTS a;
        DBMS_MONITOR.SESSION_TRACE_ENABLE ( waits=>true );
        FOR rs IN 1 .. l_data.count
        LOOP
                BEGIN
                        SELECT * INTO l_rec FROM t WHERE object_id = l_data(rs).object_id;
                EXCEPTION
                  WHEN NO_DATA_FOUND THEN NULL;
                END;
        END LOOP;
END;

call     count       cpu    elapsed       disk      query    current        rows
------- ------  -------- ---------- ---------- ---------- ----------  ----------
Parse        0      0.00       0.00          0          0          0           0
Execute      1      6.77      11.53        318      48684          0           1
Fetch        0      0.00       0.00          0          0          0           0
------- ------  -------- ---------- ---------- ---------- ----------  ----------
total        1      6.77      11.53        318      48684          0           1

The summary statistics above do refers to the execution of the whole of the PL/SQL block? That means that the 318 blocks read above referred to.

Thank you very much

In addition to the excellent response of Rene, you will want to note that

SELECT *
FROM
 T WHERE OBJECT_ID = :B1 

call     count       cpu    elapsed       disk      query    current        rows
------- ------  -------- ---------- ---------- ---------- ----------  ----------
Parse        1      0.01       0.00          1         63          0           0
Execute  72184      0.34       1.03          9         54          0           0
Fetch    72184      0.46     157.98      81365     368657          0       71726
------- ------  -------- ---------- ---------- ---------- ----------  ----------
total   144369      0.82     159.02      81375     368774          0       71726

Misses in library cache during parse: 1
Optimizer mode: ALL_ROWS
Parsing user id: 93     (recursive depth: 1)

Rows     Row Source Operation
-------  ---------------------------------------------------
      1  TABLE ACCESS BY INDEX ROWID T (cr=5 pr=11 pw=0 time=0 us cost=4 size=8092 card=1)
      1   INDEX UNIQUE SCAN T_PK (cr=3 pr=6 pw=0 time=0 us cost=2 size=0 card=1)(object id 83085)

This means that the cost to retrieve a record by making table T scan limited unique index is 11 physical blocks that includes 6 from the unique index of object_id. The execution plan has a hierarchical structure, and parents I/O, cost, schedule, etc. is a sum of measures for all of its children and the parameters of the operation itself. In the light of the foregoing, "ACCESS BY ROWID TABLE INDEX" operation is the operation of parent and the "INDEX UNIQUE SCAN" is the operation of the child. Statistics of the child are rolled in the statistics of the parent. This calculation of rail costs to retrieve a line are the same for each 71726 rows. So if you look at your original trace file (it's a good idea to understand the functioning of the trace file) you will see a stat to retrieve this record as noted in the report of tkprof.

To retrieve the 71726 lines it cost 0.82 s CPU and time elapsed 159,02 dry. There was 368774 logical block IO 81375 were block physical readings.
Note the CPU and wait for the temporal offsets.

 Elapsed times include waiting on following events:
  Event waited on                             Times   Max. Wait  Total Waited
  ----------------------------------------   Waited  ----------  ------------
  Disk file operations I/O                        3        0.00          0.00
  db file sequential read                     12464        0.07         92.18
  db file scattered read                      14590        0.07         63.10
********************************************************************************

Thus to retrieve these files altogether, they were physical i/o 12 464 'db file sequential read' taking 92,18 dry (note e/s physical does NOT block!) and e/s in physics 14 590 'file db scattered read' taking 63,10 sec, each contributing to the wait time. "the db file sequential read" is usually a single e/s block, it's index reading. 'db file scattered read' is an e/s multiple blocks read and in this case, it represents the blocks read from table to retrieve a line. It seems that every row of the table t occupies more than one block.

HTH,

Mich

Published by: Mich Talebzadeh on January 27, 2012 06:01

Tags: Database

Similar Questions

I can control the Trace files in bdump
Experts in good morning...

Question of BDUMP

In BDUMP, I have the following files...

-rw - r - 1 oracle oinstall 112687 19 Feb 13:41 alert_testdb.log
-rw - r - r - 1 oracle oinstall 33068 Feb 19 12:03 alert_TSH1.log
-rw - r - 1 oracle oinstall 20301 14 Feb 09:13 testdb_arc0_15379.trc
-rw - r - 1 oracle oinstall 632 5 Feb 04:56 testdb_arc0_17339.trc
-rw - r - 1 oracle oinstall 2118 Feb 5 05:22 testdb_arc0_17409.trc
... ..
.... ..

Totally 294 trace files...

I checked some .trc files; Almost have the same information.

ORACLE_HOME = /u01/app/oracle/product/10.2.0/db_1
Name of the system: Linux
Name of the node: xxxxxxxxxxxxxx
News Release: xxxxxxxxxxxxxxxxxxxxxxxxxx
Version: xxxxxxxxxxxxxxxxxxxxxxxxx
Machine: xxxxxx
Instance name: testdb
Redo thread mounted by this instance: 1
Oracle process number: 0

My question clear is:

1. If the alert log contains details of the error, what is the purpose of trace in bdump files?
2. why "n" no trace files created without useful information? (Almost with the same information]
3. what type of information is usually stored in .trc files?

What I know about tracefiles:

Each background process writes the trace files if an internal error has occurred.
If I'm wrong, please correct.
Trace files and log alerts serve a different purpose. A simple way to think about it, is that the trace files are used when diagnosing problems. The alert log shows you what are the events are occurring in the database in general, flooding you don't not with unnecessary details. If the database crashed, the alerts log will tell you when the event happened, but the details of the process that crashed would be (I hope) in a trace file.

Some trace files are huge, and you certainly don't want them in the log of alerts because it would make it too big to be manageable or read.

For example, if a process crashes, the dumping process trace file to would be useful when you are working with Oracle Support to identify the problem. Or, if you want to see what a specific session, you can turn on tracing on it and and then format the trace with tkprof file to understand what made the session.

The documentation is a good summary:

Trace files

A trace file is an administrative file containing diagnostic data used to investigate the problems. Trace can also, provide guidance for tuning applications or an instance, as explained in "Diagnostic and performance optimization.

Types of Trace files

Each server and the background process can periodically write to a trace file. File information on the environment in the process, status, activities and errors.

The SQL trace facility also created trace files, which provide information of performance on individual SQL statements. To enable tracing for an identifier of the client, service, module, action, session, instance or database, you must run the procedures in the DBMS_MONITOR package or use Oracle Enterprise Manager.

A dump is a special type of trace file. Considering that track tends to be out of diagnostic data, a dump is usually a unique data output of diagnosis in response to an event (for example, an incident). When an incident occurs, the database writes one or more landfills in the incident directory created for the incident. Incident of discharges also contain the case number in the file name.

Interpretation of the trace (in SQLDeveloper) file

Dear community,

I have currently SQLDeveloper allows to view a trace of a SQL file to determine its statistics. I now have the problem, SQLDeveloper is shaped slightly different column header names like TKPROF:

I got the following results, presented in a table:

===============================
                        Count    Elapsed   CPU   Phy.     Cons.     Logical     Rows
Parse                  1.00        0.03    0.03    0.00     0.00      461.0      0.00
Execute              1             0.00    0.00    0.00    0.00          0.00    0.00
Fetch                  1.00       39.02    4.06   12130.00  54861.00   79470.00   50.00
Total                   3.00       39.04    4.09   12130.00  54861.00   79931.00   50.00
===============================

You can check this list here:
http://Tinypic.com/view.php?pic=n6qmb8 & s = 7

Now my problem is, that is meant by' Phy', 'Idiots' and 'logic '?
Which of these columns are equivalent to the DISK, APPLICATION, CURRENT?

Here's the SQL query which I generated the trace:

==========================
SELECT 
  TABLE_DOG.KEY_ID,
  TABLE_DOG.ALPHA_ID,
  TABLE_DOG.BETA_ID,
  TABLE_DOG.GAMMA_ID,
  TABLE_DOG.EPSILON_ID,
  TABLE_DOG.FALCON_ID,
  TABLE_DOG.ZETA_ID,
  TABLE_DOG.USUS_ID,
  TABLE_DOG.VALUE_ONE,
  TABLE_DOG.VALUE_ONE_DATE,
  TABLE_DOG.VALUE_BIRD,
  TABLE_DOG.VALUE_SONG,
  TABLE_DOG.SUNNY_ID,
  TABLE_DOG.INDIGO_ID,
  TABLE_DOG.OMEGA_ID,
  TABLE_DOG.DAY_DATE,
  TABLE_DOG.SUPER_FLAG,
  TABLE_DOG.VER_ONE,
  TABLE_DOG.ZULU_ID,
  TABLE_DOG.XETHA_ID,
  TABLE_DOG.VALUE_BOAT,
  TABLE_DOG.VALUE_ROAD,
  TABLE_DOG.VALUE_ROAD_DEVIATION,
  TABLE_DOG.VALUE_ROAD_UNIT_CLASS_ID,
  TABLE_DOG.VALUE_ONE_UNIT_CLASS_ID,
  TABLE_DOG.VALUE_ONE_RECEIVED_DATE,
  TABLE_DOG.VALUE_ONE_QUALITY_CLASS_ID,
  TABLE_DOG.HAT_ID,
  TABLE_DOG.VALUE_BOOK,
  TABLE_DOG.VALUE_BOOK_MSG_ID,
  TABLE_DOG.VALUE_GHOST
  FROM (
SELECT
            NULL AS ID,
            1 AS ALPHA_ID,
            1018 AS BETA_ID,
            10007 AS GAMMA_ID,
            superTabA.key1_value AS EPSILON_ID,
            1047 AS FALCON_ID,
            Cool_Table_B.curry_id AS ZETA_ID,
            NULL AS AC_ID,                
            VALUE_ONE,      
            SYSDATE AS VALUE_ONE_DATE,
            NULL AS VALUE_BIRD,
            NULL AS VALUE_SONG,
            NULL AS SUNNY_ID,
            164 AS INDIGO_ID,
            NULL AS OMEGA_ID,
            NULL AS DAY_DATE,
            NULL AS SUPER_FLAG,
            NULL AS VER_ONE,
            986 AS ZULU_ID,
            NULL AS XETHA_ID,
            NULL AS VALUE_BOAT,
            NULL AS VALUE_ROAD,
            NULL AS VALUE_ROAD_DEVIATION,
            NULL AS VALUE_ROAD_UNIT_CLASS_ID,
            NULL AS VALUE_ONE_UNIT_CLASS_ID,
            NULL AS VALUE_ONE_RECEIVED_DATE,
            NULL AS VALUE_ONE_QUALITY_CLASS_ID,
            NULL AS HAT_ID,
            NULL AS VALUE_BOOK,
            NULL AS VALUE_BOOK_MSG_ID,
            t_VALUE_GHOST() AS VALUE_GHOST
               FROM              
               (SELECT
                      xml_util#.tonumber(EXTRACTVALUE (COLUMN_VALUE, '/level_one/level_alpha/text()')) AS VALUE_ONE,      
                      trim(leading '0' from EXTRACTVALUE(COLUMN_VALUE,'/level_one/level_beta/text()')) AS super_column                    
                    FROM  temp_xml t, TABLE (XMLSEQUENCE (EXTRACT (XMLTYPE(t.msg),  '/parent_level/parent_folder/data_folder/level_one'))) 
                ) table_xml
                inner join (select * from super_table_A where super_table_A.some_col = 3141) superTabA
                on (object).valueasvarchar2() = table_xml.super_column                                                            
                left outer join Cool_Table_B 
                  on Cool_Table_B.EPSILON_ID = superTabA.extra_column
                  and Cool_Table_B.ALPHA_ID = 986
                  ) TABLE_DOG
                inner join (select * from Nice_Table_C where class_id = 13604) Nice_Table_C
                on Nice_Table_C.obj_id = TABLE_DOG.EPSILON_ID                  
                  ;

Whenever I googled on trace files, I see as seen commonly used output when using TKPROF:

This is only example statistics, not relevant
================================
all   count      cpu    elapsed     disk    query current    rows
---- -------  -------  --------- -------- -------- -------  ------
Parse      1     0.16      0.29         3       13       0       0
Execute    1     0.00      0.00         0        0       0       0
Fetch      1     0.03      0.26         2        2       4      14 
(only example, not my values)
================================

Can you give me a reference additional on how to interpret my results as published in the beginning?

For example, what it means, that "elapsed" is 39.02 and CPU is only "4.09"?

I've already read http://download.oracle.com/docs/cd/B10500_01/server.920/a96533/sqltrace.htm but I would like to learn more about the statistics of data.

My next step will analyze the plan of the explain command.

Thank you and best regards,

Sunshine

Published by: 840284 on May 16, 2011 07:56

Published by: 840284 on May 16, 2011 07:57

Published by: 840284 on May 16, 2011 07:59

It is a raw response. A good DBA will be able to give the best information:

Phys. = gets physical
Cons = Consitent becomes

It refers the number of blocks of data that is read from the disk (physical reads) or RAM memory (buffer gets / consitent readings).

If your query to the first block of data. Then it is read from the disk. However depending on parameter multi_block_read_count not just a block will be retrieved from the disk, but more then one, lets assume 16. These 16 blocks are now all in the cache. Usually the application will read consistent, that is, it will take the following blocks also to do what it should do. As the blocks are already in the cache there is no need to look for them again on the hard drive.

Enable trace in standard EBS PLSQL pkg and know the path of the trace file
Hello

I want to activate the trace in the standard package of PLSQL EBS:

run immediately "alter session set sql_trace = TRUE";

How can I know the path of the trace file?
What is the name of the table to know the path of the file trace?

Thank you
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How to find the Trace file generated for a simultaneous program? [967966.1 ID]
How to trace a concurrent request and generate the TKPROF file [ID 453527.1]

path tracing
```
select value from v$parameter where name = 'user_dump_dest';
```
for the package, you can set the name of the trace file after "run immediately"alter session set sql_trace = TRUE";"
```
execute immediate 'alter session set tracefile_identifier="your_trace_file_name"';
```

not generating the trace for rdf report by oracle apps file
Hi all

in fact, we aim to generate trace file for reports and a convert to text file using tkprof by simultaneous program unix shell script submit using fnd_request.submit_request in another program of concurrent proceedings. but all the reports that are created by using pl/sql generates the trace file, but rdf report does not trace file.

Report generator Oracle 6i is used

Oracle application is 11i

List of measures are being taken to get the trace file are
1.SRW. USER_EXIT (' FND SRWINIT' "); before the release of report
2SRW. USER_EXIT ("FND SRWEXIT'"); in after the report

another of the measures which are followed
SRW.do_sql ("alter session set SQL_TRACE = TRUE'"); before release of the report
SRW.do_sql ("alter session set SQL_TRACE = FALSE'"); in after the report

above, said steps are done, but still it does not arouse any trace file

same oracle_process is null

Select oracle_process_id from the fnd_concurrent_requests where request_id

ID processOracle for this report oracle rdf file is not generated.

Please help me in this issue

Thank you

Published by: 797525 on October 12, 2012 12:43 AM
Add the following line before the outbreak of report
SRW. DO_SQL ("alter session set events = tracefile_identifier" trace 10046 name context forever, level 4 "=" REPORT ' ")

Trace stops automatically when the report closes.

In addition, what program submits the script fnd_request.submit_request... shell / pl/sql procedure?

you initialize apps FND_GLOBAL. APPS_INITIALIZE before submit_request of shooting?

Make a DNF: active Log Debug = Yes and check the table of fnd_log_messages

See the following MOS docs:
Oracle 6i [ID 111311.1] follow-up reports
See you soon,.
ND
Use the buttons "useful" or "correct" to award points to the answers.

How make for the image path full output for recorder/console

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I'm just starting getting my hands dirty with the lr sdk and could do with a little guidance.
For a part of a plugin, I need to retrieve the path complete to each image, and well I can achieve what I want I fight to print the path to the console log / and can not understand why.
Here is a snippit of code to illustrate things:
```
for photo in exportSession:photosToExport() do 

     filename = photo:getFormattedMetadata( "fileName" )
     outputToLog( filename )  -- Works as expected
     folderName = photo:getFormattedMetadata( "folderName" ) 
     outputToLog( folderName )  -- Works as expected


     local path = LrPathUtils.standardizePath(photo:getRawMetadata("path"))
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end
```
Basically, I can get the path and use them as part of a command, exiftool, but cannot work, how the path to the log console to output debugging purposes. Am I missing something simple, or is it a voluntary limitation?
Any help much appreciated.

I don't know what the problem is. What camera you're out in?

i.e. have you tried logger: enable ("logfile") - that works for me in OSX to save to a file.

Here is the code I use:

Self.Logger = LrLogger (logName)

function local logToFile (msg)

local f = io.open (self.logFilePath, 'a')

If f is nil then

Debug.pause ('failed to open log file', self.logFilePath)

return

end

f: Write (LrDate.timeToUserFormat (LrDate.currentTime (), "%-% m-% d % H: % m: %s"), "", msg, "\n" ' ")

f: Close)

end

If self.verbose then

-self.logger:enable ("logfile") - check all in the log file.

Self.Logger:Enable (logToFile)

on the other

local = {}

-debug output is removed when you don't sign in details

trace = logToFile,

Info = logToFile,

warn = logToFile,

error = logToFile,

fatal = logToFile,.

}

Self.Logger:Enable (interventions) - remove trace & debug.

end

R

Name the trace file
I generated several trace for parsing files using tkprof. However, I have difficulty to locate the exact file of 100 francs of stack trace (.trc). My trace file name save time. Is it possible to appoint the trace file when I start tracking? (that is when I put sql_trace true).

Thank you
Romain Rolland
ALTER session set tracefile_identifier = "" will include in the name.
Also, it is easy to calculate the correct name of the session sid and spid.
As this is the platform dependent, I can't provide the code.

Please also note tracefiles open append mode. A new session with the same sid and spid to add to an existing file.

-----------
Sybrand Bakker
Senior Oracle DBA

Help to read the trace file
Hi Mike,.
about my previous post HS Agent vs. Gateway,.
It is the result of the trace file when the deadlock occurred.

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

Oracle Corporation - Monday January 11, 2010 11:03:58.901

Heterogeneous Agent release
11.1.0.6.0

Oracle Corporation - Monday January 11, 2010 11:03:58.900

Version 11.1.0.6.0

Hgogprd entries
HOSGIP to 'HS_FDS_TRACE_LEVEL' returned 'DEBUG '.
Hgosdip entries
default assignment of 50 HS_OPEN_CURSORS
HOSGIP returned the value of 'RECOVER' for HS_FDS_RECOVERY_ACCOUNT
HOSGIP returned value for HS_FDS_RECOVERY_PWD
layout HS_FDS_TRANSACTION_LOG or "HS_TRANSACTION_LOG".
layout by default HS_FDS_TRANSACTION_ISOLATION of "READ_COMMITTED".
layout by default «AL32UTF8» HS_NLS_NCHAR
parameter HS_FDS_TIMESTAMP_AS_DATE if there is no 'TRUE '.
layout HS_RPC_FETCH_REBLOCKING failure to 'ON '.
HS_FDS_FETCH_ROWS layout without '100 '.
parameter HS_FDS_RESULTSET_SUPPORT default 'FALSE '.
parameter HS_FDS_PROC_IS_FUNC default 'FALSE '.
parameter HS_FDS_CHARACTER_SEMANTICS default 'FALSE '.
parameter HS_FDS_MAP_NCHAR if there is no 'TRUE '.
setting HS_NLS_DATE_FORMAT or 'YYYY-MM-DD HH24:MI:SS ".
parameter HS_FDS_REPORT_REAL_AS_DOUBLE default 'FALSE '.
HS_LONG_PIECE_TRANSFER_SIZE layout without "65536".
parameter HS_SQL_HANDLE_STMT_REUSE default 'FALSE '.
parameter HS_FDS_QUERY_DRIVER default 'FALSE '.
HS_CALL_NAME_ISP layout "gtw$: SQLTables; GTW$: SQLColumns. GTW$: SQLPrimaryKeys. GTW$: SQLForeignKeys. GTW$: SQLProcedures. "gtw$: SQLStatistics.
Release of hgosdip, rc = 0
ORACLE_SID is 'sysdevdsn '.
Product information:
Port RLS / Upd:6 / 0 PrdStat:0
Agent: Oracle Database Gateway for MSSQL
: Installation
Class: MSSQL, ClassVsn:11.1.0.6.0_0006, Instance: sysdevdsn
Release of hgogprd, rc = 0
Hgoinit entries
HOCXU_COMP_CSET = 1
HOCXU_DRV_CSET = 31
HOCXU_DRV_NCHAR = 873
HOCXU_DB_CSET = 31
HOCXU_SEM_VER = 90200
Entry hgolofn at 2010/01/11-11: 03:58
ODBCINST value ' / oracle11g/ora11_1g/dg4msql/driver/dg4msql.loc '.
RC =-1 of HOSGIP for 'LD_LIBRARY_PATH '.
LD_LIBRARY_PATH to environment is "/ oracle11g/ora11_1g/dg4msql/pilot/lib: / lib/ora11_1g/oracle11g."
Affecting LD_LIBRARY_PATH "/ oracle11g/ora11_1g/dg4msql/pilot/lib: / oracle11g/ora11_1g/dg4msql/pilot/lib: / lib/ora11_1g/oracle11g."
HOSGIP to 'HS_FDS_SHAREABLE_NAME_ICU' returned ' / oracle11g/ora11_1g/dg4msql/driver/lib/libHGicu22.so '.
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf4c6008
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
HOSGIP to 'HS_FDS_SHAREABLE_NAME_INST' returned ' / oracle11g/ora11_1g/dg4msql/driver/lib/libodbcinst.so '.
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf4c7330
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
HOSGIP to 'HS_FDS_SHAREABLE_NAME' returned ' / oracle11g/ora11_1g/dg4msql/driver/lib/libodbc.so '.
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34eca0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ecb0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ecc0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ecd0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ece0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ecf0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ed00
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ed10
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ed20
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ed30
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ed40
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ed50
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ed60
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ed70
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ed80
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ed90
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34eda0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34edb0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34edc0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34edd0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ede0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34edf0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ee00
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ee10
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ee20
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ee30
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ee40
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ee50
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ee60
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ee70
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ee80
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ee90
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34eea0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34eeb0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34eec0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34eed0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34eee0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34eef0
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ef00
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ef10
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ef20
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ef30
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Entry hgolofns at 2010/01/11-11: 03:58
symbol_peflctx = 0xbf34ef40
hoaerr:0
Output hgolofns 2010/01/11-11: 03:58
Release of hgolofn, rc = 0 at 2010/01/11-11: 03:58
HOSGIP to 'HS_OPEN_CURSORS' returned '50 '.
HOSGIP to 'HS_FDS_FETCH_ROWS' returned '100 '.
HOSGIP for "HS_LONG_PIECE_TRANSFER_SIZE" returned "65536".
HOSGIP to 'HS_NLS_NUMERIC_CHARACTER' returned '. "
Release of hgoinit, rc = 0 at 2010/01/11-11: 03:58
Entry hgolgon at 2010/01/11-11: 03:58
name: B2CUPLOAD, reco:0, tflag:0
Entry hgosuec at 2010/01/11-11: 03:58
UEncoding = UTF8
Entry shgosuec at 2010/01/11-11: 03:58
Release of shgosuec, rc = 0 at 2010/01/11-11: 03:58
returned shgosuec() rc = 0
Release of hgosuec, rc = 0 at 2010/01/11-11: 03:58
HOSGIP to 'HS_FDS_RECOVERY_ACCOUNT' returned 'RECOVER '.
HOSGIP to 'HS_FDS_TRANSACTION_LOG' returns ""HS_TRANSACTION_LOG"
HOSGIP for "HS_FDS_TIMESTAMP_AS_DATE" returns 'TRUE '.
HOSGIP to 'HS_FDS_CHARACTER_SEMANTICS' returned 'FALSE '.
HOSGIP for "HS_FDS_MAP_NCHAR" returns 'TRUE '.
HOSGIP to 'HS_FDS_RESULT_SET_SUPPORT' returned 'FALSE '.
HOSGIP to 'HS_FDS_PROC_IS_FUNC' returned 'FALSE '.
HOSGIP to 'HS_FDS_REPORT_REAL_AS_DOUBLE' returned 'FALSE '.
using B2CUPLOAD as a default value to "HS_FDS_DEFAULT_OWNER".
HOSGIP to 'HS_SQL_HANDLE_STMT_REUSE' returned 'FALSE '.
Entry hgocont at 2010/01/11-11: 03:58
HS_FDS_CONNECT_INFO = "cs - sql2:1049 / / sysdev.
RC =-1 of HOSGIP for 'HS_FDS_CONNECT_STRING '.
Entry hgogenconstr at 2010/01/11-11: 03:58
DSN:CS - sql2:1049 / / sysdev, name: B2CUPLOAD
OPTN:
Entry shgogohn at 2010/01/11-11: 03:58
Release of shgogohn, rc = 28500 at 2010/01/11-11: 03:58
Entry hgocont_OracleCsidToIANA at 2010/01/11-11: 03:58
Back 4
Output hgocont_OracleCsidToIANA 2010/01/11-11: 03:58
# > connection settings (len = 202) < #.
# DRIVER = Oracle 11 g dg4msql;
# Address = cs-sql2, 1049;
# Database = sysdev;
#! UID = B2CUPLOAD;
#! PWD = *.
# AnsiNPW = Yes;
# QuotedId = Yes;
# IANAAppCodePage = 4;
# ArraySize = 100;
# PadVarbinary = 0;
# SupportNumericPrecisionGreaterThan38 = 1;
Release of hgogenconstr, rc = 0 at 2010/01/11-11: 03:58
DriverName:HGmsss22.so, DriverVer:05.20.0100 (b0062, u0033)
DBMS name: Microsoft SQL Server DBMS Version: 08.00.2039
Release of hgocont, rc = 0 at 2010/01/11-11: 03:58
SQLGetInfo Returns Y for SQL_CATALOG_NAME
SQLGetInfo Returns 128 for SQL_MAX_CATALOG_NAME_LEN
Release of hgolgon, rc = 0 at 2010/01/11-11: 03:58
Entry hgoulcp at 2010/01/11-11: 03:58
Entry hgowlst at 2010/01/11-11: 03:58
Release of hgowlst, rc = 1 at 2010/01/11-11: 03:58
SQLGetInfo Returns Y for SQL_PROCEDURES
Release of hgoulcp, rc = 0 at 2010/01/11-11: 03:59
Entry hgouldt at 2010/01/11-11: 03:59
Release of hgouldt, rc = 0 at 2010/01/11-11: 03:59
Entry hgobegn at 2010/01/11-11: 03:59
tflag:0, original: 1
Hoi:0xffffe1b8, ttid (len 38) is...
00: 4149 534543 4 434C 4D42532E 5552452E [MBS. CLAIMSECURE.]
10: 31613362 38643035 2E372E39 [COM.1a3b8d05.7.9] 434F4D2E
20: 2E333330 3038 [. 33008]
tbid (len 10) is...
0: F0800000 07000900 0104 [...]
Release of hgobegn, rc = 0 at 2010/01/11-11: 03:59
Entry hgodtab at 2010/01/11-11: 03:59
number: 1
Table: DBO. B2C_PIN_PROFILE
Entry hgopcda at 2010/01/11-11: 03:59
Column:1 (BP_PIN_ID): dtype:12 (VARCHAR), prc / scl:15 / 0, nullbl:0, byte: 15, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:2 (BP_PIN_STATUS): dtype:1 (CHAR), prc / scl:1 / 0, nullbl:0, byte: 1, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:3 (BP_CREATE_DATE): dtype:93 (TIMESTAMP), prc / scl:23 / 3, nullbl:0, byte: 1, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:4 (BP_ACTIVE_DATE): dtype:93 (TIMESTAMP), prc / scl:23 / 3, nullbl:1, byte: 1, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:5 (BP_LAST_LOGON_DATE): dtype:93 (TIMESTAMP), prc / scl:23 / 3, nullbl:1, byte: 1, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:6 (BP_TERM_DATE): dtype:93 (TIMESTAMP), prc / scl:23 / 3, nullbl:1, byte: 1, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:7 (BP_PSWD): dtype:12 (VARCHAR), prc / scl:255 / 3, nullbl:1, byte: 255, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:8 (BP_PSWD_RESET): dtype:1 (CHAR), prc / scl:1 / 3, nullbl:1, byte: 1, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:9 (BP_PSWD_DATE): dtype:93 (TIMESTAMP), prc / scl:23 / 3, nullbl:1, byte: 1, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:10 (BP_EMAIL_ADDRESS): dtype:12 (VARCHAR), prc / scl:50 / 3, nullbl:0, byte: 50, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:11 (BP_IP_ADDRESS): dtype:12 (VARCHAR), prc / scl:100 / 3, nullbl:1, byte: 100, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:12 (BP_URL_REFERER): dtype:12 (VARCHAR), prc / scl:255 / 3, nullbl:1, byte: 255, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:13 (BP_IN_CERT): dtype:1 (CHAR), prc / scl:10 / 3, nullbl:1, byte: 10, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:14 (BP_IN_GRP): dtype:1 (CHAR), prc / scl:6 / 3, nullbl:1, byte: 6, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:15 (BP_IN_FIRST_NAME): dtype:12 (VARCHAR), prc / scl:30 / 3, nullbl:1, byte: 30, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:16 (BP_IN_LAST_NAME): dtype:12 (VARCHAR), prc / scl:40 / 3, nullbl:1, byte: 40, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:17 (BP_IN_DOB): dtype:93 (TIMESTAMP), prc / scl:23 / 3, nullbl:1, byte: 40, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:18 (BP_IN_QUESTION): dtype:12 (VARCHAR), prc / scl:255 / 3, nullbl:1, byte: 255, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:19 (BP_IN_ANSWER): dtype:12 (VARCHAR), prc / scl:255 / 3, nullbl:1, byte: 255, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:20 (BP_DB_CREATE_DATE): dtype:93 (TIMESTAMP), prc / scl:23 / 3, nullbl:1, byte: 255, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:21 (BP_DB_SOURCE): dtype:1 (CHAR), prc / scl:1 / 3, nullbl:1, byte: 1, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:22 (BP_DB_RELATIONSHIP): dtype:1 (CHAR), prc / scl:2 / 3, nullbl:1, byte: 2, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:23 (BP_DB_DIV): dtype:1 (CHAR), prc / scl:3 / 3, nullbl:1, byte: 3, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:24 (BP_DB_UNIT): dtype:1 (CHAR), prc / scl:3 / 3, nullbl:1, byte: 3, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:25 (BP_DB_FIRST_NAME): dtype:12 (VARCHAR), prc / scl:30 / 3, nullbl:1, byte: 30, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:26 (BP_DB_LAST_NAME): dtype:12 (VARCHAR), prc / scl:40 / 3, nullbl:1, byte: 40, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:27 (BP_DB_GRP_TYPE): dtype:1 (CHAR), prc / scl:1 / 3, nullbl:1, byte: 1, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:28 (BP_DB_CERT_EFF_DATE): dtype:93 (TIMESTAMP), prc / scl:23 / 3, nullbl:1, byte: 1, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:29 (BP_DB_INS): dtype:1 (CHAR), prc / scl:4 / 3, nullbl:1, byte: 4, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:30 (BP_HOLD_EFT): dtype:-7 (BIT), prc / scl:1 / 0, nullbl:1, byte: 4, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:31 (BP_PROVIDER): dtype:1 (CHAR), prc / scl:14 / 0, nullbl:1, byte: 14, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:32 (BP_BENEFIT): dtype:1 (CHAR), prc / scl:2 / 0, nullbl:1, byte: 2, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
Entry hgopcda at 2010/01/11-11: 03:59
Column:33 (BP_CORP_EMAIL_ADDRESS): dtype:12 (VARCHAR), prc / scl:100 / 0, nullbl:1, byte: 100, sign: 1, radix: 0
Release of hgopcda, rc = 0 at 2010/01/11-11: 03:59
The hoada for the dbo. B2C_PIN_PROFILE follows...
hgodtab, line 577: print hoada @ 600000000035bfa0
MAX: 33, REAL: 33, BRC:1, WHT = 6
DTY NULL-OK LEN MAXBUFLEN PR/SC CSE IND MOD NAME
12 VARCHAR N 15 15 0 / 0 0 0 0 BP_PIN_ID
1 TANK 1 1 N 0 0 0 0 0 BP_PIN_STATUS
N DATE 91 16 16 0 / 0 0 0 0 BP_CREATE_DATE
Y DATE 91 16 16 0 / 0 0 0 0 BP_ACTIVE_DATE
Y DATE 91 16 16 0 / 0 0 0 0 BP_LAST_LOGON_DATE
Y DATE 91 16 16 0 / 0 0 0 0 BP_TERM_DATE
12. IS VARCHAR 255 255 0 / 0 0 0 0 BP_PSWD
1 CHAR Y 1 1 0 0 0 0 0 BP_PSWD_RESET
Y DATE 91 16 16 0 / 0 0 0 0 BP_PSWD_DATE
12 VARCHAR N 50 50 0 / 0 0 0 0 BP_EMAIL_ADDRESS
12 YEARS OF VARCHAR 100 100 0 / 0 0 0 0 BP_IP_ADDRESS
12. IS VARCHAR 255 255 0 / 0 0 0 0 BP_URL_REFERER
1 CHAR Y 10 10 0 / 0 0 0 0 BP_IN_CERT
TANK 1 Y 6 6 0 / 0 0 0 0 BP_IN_GRP
12 YEARS OF VARCHAR 30 30 0 / 0 0 0 0 BP_IN_FIRST_NAME
12 YEARS OF VARCHAR 40 40 0 / 0 0 0 0 BP_IN_LAST_NAME
Y DATE 91 16 16 0 / 0 0 0 0 BP_IN_DOB
12. IS VARCHAR 255 255 0 / 0 0 0 0 BP_IN_QUESTION
12. IS VARCHAR 255 255 0 / 0 0 0 0 BP_IN_ANSWER
Y DATE 91 16 16 0 / 0 0 0 0 BP_DB_CREATE_DATE
1 CHAR Y 1 1 0 0 0 0 0 BP_DB_SOURCE
TANK 1 Y 2 2 0 0 0 0 0 BP_DB_RELATIONSHIP
TANK 1 Y 3 3 0 / 0 0 0 0 BP_DB_DIV
TANK 1 Y 3 3 0 / 0 0 0 0 BP_DB_UNIT
12 YEARS OF VARCHAR 30 30 0 / 0 0 0 0 BP_DB_FIRST_NAME
12 YEARS OF VARCHAR 40 40 0 / 0 0 0 0 BP_DB_LAST_NAME
1 CHAR Y 1 1 0 0 0 0 0 BP_DB_GRP_TYPE
Y DATE 91 16 16 0 / 0 0 0 0 BP_DB_CERT_EFF_DATE
1 TANK 4 4 Y 0 / 0 0 0 0 BP_DB_INS
-7-BIT 1 1 Y 0 / 0 0 0 20 BP_HOLD_EFT
1 CHAR Y 14 14 0 / 0 0 0 0 BP_PROVIDER
TANK 1 Y 2 2 0 0 0 0 0 BP_BENEFIT
12 YEARS OF VARCHAR 100 100 0 / 0 0 0 0 BP_CORP_EMAIL_ADDRESS
Release of hgodtab, rc = 0 at 2010/01/11-11: 03:59
Entry hgodafr, cursor id 0 at 2010/01/11-11: 03:59
Release of hgodafr, rc = 0 at 2010/01/11-11: 03:59
Entry hgotcis at 2010/01/11-11: 03:59
SQLStatistics requires the DBO. B2C_PIN_PROFILE
IndexType SQL_TABLE_STAT =: cardinality = 114894
New index: PK_BP_PIN_ID, = 1, ASCENDING, SINGLE type, cardinality = 114894
ordinal position = 1
New index: IDX_BP_IN_CERT, type = 3, ASCENDANT, NON-UNIQUE, cardinality = 114894
ordinal position = 1
New index: IDX_PROVIDER_B2C_PIN_PROFILE, type = 3, ASCENDANT, NON-UNIQUE, cardinality = 114894
ordinal position = 1
ordinal position = 2
Call to SQLColumns to DBO. B2C_PIN_PROFILE
Column 'BP_PIN_ID': dtype = 12, colsize = 15, decdig = 0, char_octet_length = 15, len line cumulative avg = 11
Column 'BP_PIN_STATUS': dtype = 1 colsize = 1, decdig = 0, char_octet_length = 1, len cumulative average line = 12
Column 'BP_CREATE_DATE': dtype = 93, colsize = 23, decdig = 3, = 1 char_octet_length, cumulative avg line len = 28
Column 'BP_ACTIVE_DATE': dtype = 93, colsize = 23, decdig = 3, = 1 char_octet_length, cumulative avg line len = 44
Column 'BP_LAST_LOGON_DATE': dtype = 93, colsize = 23, decdig = 3, = 1 char_octet_length, cumulative avg line len = 60
Column 'BP_TERM_DATE': dtype = 93, colsize = 23, decdig = 3, = 1 char_octet_length, cumulative avg line len = 76
Column 'BP_PSWD': dtype = 12, colsize = 255, decdig = 3, char_octet_length = 255, len line cumulative avg = 267
Column 'BP_PSWD_RESET': dtype = 1 colsize = 1, decdig = 3, char_octet_length = 1, len cumulative average line = 268
Column 'BP_PSWD_DATE': dtype = 93, colsize = 23, decdig = 3, = 1 char_octet_length, cumulative avg line len = 284
Column 'BP_EMAIL_ADDRESS': dtype = 12, colsize = 50 decdig = 3, char_octet_length = 50, len line cumulative avg = 321
Column 'BP_IP_ADDRESS': dtype = 12, colsize = 100, decdig = 3, char_octet_length = 100, len line cumulative avg = 396
Column 'BP_URL_REFERER': dtype = 12, colsize = 255, decdig = 3, char_octet_length = 255, len line cumulative avg = 587
Column 'BP_IN_CERT': dtype = 1, colsize = 10, decdig = 3, char_octet_length = 10, len line cumulative avg = 597
Column 'BP_IN_GRP': dtype = 1, colsize = 6, decdig = 3, char_octet_length = 6, len line cumulative avg = 603
Column 'BP_IN_FIRST_NAME': dtype = 12, colsize = 30, decdig = 3, char_octet_length = 30, len line cumulative avg = 625
Column 'BP_IN_LAST_NAME': dtype = 12, colsize = 40, decdig = 3, char_octet_length = 40, len line cumulative avg = 655
Column 'BP_IN_DOB': dtype = 93, colsize = 23, decdig = 3, char_octet_length = 40, len line cumulative avg = 671
Column 'BP_IN_QUESTION': dtype = 12, colsize = 255, decdig = 3, char_octet_length = 255, len line cumulative avg = 862
Column 'BP_IN_ANSWER': dtype = 12, colsize = 255, decdig = 3, char_octet_length = 255, len line cumulative avg = 1053
Column 'BP_DB_CREATE_DATE': dtype = 93, colsize = 23, decdig = 3, char_octet_length = 255, len line cumulative avg = 1069
Column 'BP_DB_SOURCE': dtype = 1 colsize = 1, decdig = 3, char_octet_length = 1, len cumulative average line = 1070
Column 'BP_DB_RELATIONSHIP': dtype = 1, colsize = 2, decdig = 3, = 2 char_octet_length, len line cumulative avg = 1072
Column 'BP_DB_DIV': dtype = 1, colsize = 3, decdig = 3, char_octet_length = 3, len line cumulative avg = 1075
Column 'BP_DB_UNIT': dtype = 1, colsize = 3, decdig = 3, char_octet_length = 3, len line cumulative avg = 1078
Column 'BP_DB_FIRST_NAME': dtype = 12, colsize = 30, decdig = 3, char_octet_length = 30, len line cumulative avg = 1100
Column 'BP_DB_LAST_NAME': dtype = 12, colsize = 40, decdig = 3, char_octet_length = 40, len line cumulative avg = 1130
Column 'BP_DB_GRP_TYPE': dtype = 1 colsize = 1, decdig = 3, char_octet_length = 1, len cumulative average line = 1131
Column 'BP_DB_CERT_EFF_DATE': dtype = 93, colsize = 23, decdig = 3, = 1 char_octet_length, cumulative avg line len = 1147
Column 'BP_DB_INS': dtype = 1, colsize = 4, decdig = 3, char_octet_length = 4, len line cumulative avg = 1151
Column 'BP_HOLD_EFT': dtype = - 7, colsize = 1, decdig = 0, char_octet_length = 4, len line cumulative avg = 1155
Column 'BP_PROVIDER': dtype = 1, colsize = 14, decdig = 0, char_octet_length = 14, len line cumulative avg = 1169
Column 'BP_BENEFIT': dtype = 1, colsize = 2, decdig = 0, char_octet_length = 2, len line cumulative avg = 1171
Column 'BP_CORP_EMAIL_ADDRESS': dtype = 12, colsize = 100, decdig = 0, char_octet_length = 100, len line cumulative avg = 1246
Release of hgotcis, rc = 0 at 2010/01/11-11: 03:59
Entry hgopars, id of cursor 1 at 2010/01/11-11: 03:59
type: 0
Text SQL hgopars, id = 1, len = 195...
45 00: 53454 C 43542022 42505F50 494E5F49 [BP_PIN_I SELECT ' ']
10: 22 44222C 42505F50 494E5F53 54415455 [D', BP_PIN_STATU ' "]
20: 22 53222C 42505F41 43544956 455F4441 [S', BP_ACTIVE_DA ' "]
30: 5445222 C 2242505F 494E5F43 45525422 [TE', 'BP_IN_CERT']
40: 2 C 5F494E5F C 224250 47525022 2, 224250 ['BP_IN_GRP', 'BP]
50: 52454 41 54494F4E 53484950 5F44425F [_DB_RELATIONSHIP]
60: 22204652 4F4D2022 44424F22 2E224232 ["FROM"DBO".] ["B2]
70: 435F5049 4E5F5052 4F46494C 45222057 [C_PIN_PROFILE' W]
80:48455245 20224250 5F494E5F 47525022 [HERE "BP_IN_GRP"]
90: 3D3F2041 4E442022 42505F49 4E5F4345 [=? AND 'BP_IN_CE] '.
A0: 5254223D 3F20414E 44202242 505F4442 [RT '=? AND 'BP_DB] '.
B0: 5F52454C 4154494F 50223 27 4E534849 [_RELATIONSHIP"=" "]
C0: 4 4227 [MO ']
Release of hgopars, rc = 0 at 2010/01/11-11: 03:59
----------------------

I don't know how to read this. can anyone help?

Thank you
Lie
Salvation lie,.
Well, I'll control the thread for updates.

Kind regards
Mike

Specify the end point for the digital using an output circular buffer

When you use DAQmx and a NOR-DAQ for issuance of a digital signal using a circular buffer (buffer Renault). The program works and works, but when the 'DAQmx Stop Task.vi' function is called to end the task, he stops at the output buffering as soon as it is called and does not wait until the buffer pointer reaches the final value in the buffer. I would like that the program to wait until the buffer pointer is on the last value in the buffer, does anyone know how to specify this setting?

If you need to stop on exactly the last sample output you will need a way to trigger the stop in the material. The options available to you will depend on what hardware DAQ, you use, but here are some possibilities on the top of my head:

1. set up a digital output redeclenchables task finished (not all hardware supports). Set up a counter of output to issue a periodic trigger with the necessary synchronization signal such that the end result is a "continuous" digital output without interruption. When you stop your loop, stop the task of counter - digital output ends his generation but the trigger signal will be removed and so it will not continue after that.

2. If you have an unused extra digital output line, add it to your task. This line should exit 0 all except the last sample. Physically, this additional digital line in a wire line PFI and use it to trigger a meter output. Have the output counter generate a single pulse of some long-term (long enough to ensure that the software can respond prematurely). Use the output from the task of counter as a trigger of break for the task of digital output. Do not start the task of the meter until you leave your loop. Do not stop the task of digital output until you have detected in the software that the meter has been triggered.

If you need to stop on approximately the last sample output, you could query the TotalSamplesPerChannelGenerated property after leaving your loop and only stop the task once it reaches a multiple of the size of your circular buffer. This is no guarantee that it stops on the last sample (if you use a device on a bus with a latency higher as USB or Ethernet the non-determinisme would be worse).

Best regards

Change the shape of the output signal without initializing the new process of output signal

Hello!

How to change the shape of the output signal produced on the output channel without initializing the new process of output signal?

Thank you

Yes, you can do the same thing without count/killing the task all the time.

Attached VI shows how to use redeclenchables AO in the same way, using a meter like time base for the AO.

Please note that attached VI uses the same Subvi as in the example you posted before.

Christian

connecting the trace copper, copper a region away from track

I set the nets to be the same, I'm not crossing layers, but when I try to connect a trace in the copper region that I created, the copper area shrinks from the trace. 010 "(constante d'espacement)." Is there a way to avoid this? (Ultiboard 10.1.1 / win XP). Thank you very much

Right-click on the copper box, and then select Properties. In copper network properties dialog box select copper area tab select connected to the net , and select the Web you want in the list.

Editing external source to the traces

Hi all

I'm new to Ultiboard and trying to do something that should be relatively simple. I want to connect an external power supply DC, ending in pods, to my card. I can't figure out how to put in a hole that connects to the trace. It's a Terminal 6mm ring, so I need a 6.2 mm diameter hole. I want a hole to connect to the path of entry on top and the other to connect to the ground on the bottom plane.

I can make holes in Ultiboard, but I can't connect them to the track because of the DRC; gaps in the area of copper around the hole.

I can't find a hole in Multisim to put on the scheme to allow the DRC to recognize the connection.

In Ultiboard, the option of through-hole PIN to connect to a network is grayed out.

Is there a way to do this?

-Nick

Hi Nick,

The hole as a regular component in the cases and in the data base Master of Multisim, it has no holes available so you must create a new component. If you don't know how to create a component, please see the tutorial creating a component custom NI Multisim for more details. When you get to step 2 in the wizard components, select the hole that you will use in Ultiboard.

Once you have created the hole onto the scheme and a wire, switch to it, now you can advance annotate the schema update to Ultiboard.

I have several XP Pro PCs on a network and install a new mixer and re-install a NAS driving etc the Bonjour service ' should output "on several PCs

Hello, the Service stops

I have several XP Pro PCs on a network and install a new mixer and re-install a NAS driving etc the Bonjour service ' should output "on several PC. Although I was able to restart the service through administrative tools, Services I would like to understand why this service should pick out? It involves service of buggy code that can't cope? I've rarely met other Services just to die. No idea why this is happening and how I could avoid happening again as a normal user do not know how to fix it.

Unless you have Apple computers on your network (or a PC with the Apple software like iTunes and you share iTunes music between your computers), you need not Hello. Just, stop the service and set its startup type to manual or disabled.

Hello Apple support page

No the D3100 HDMI audio output

I'm trying to connect my TV to JMB in my Dell Inspiron 7559 via the D3100 docking station. I have a picture but no sound. There is no HDMI option in the audio device Manager Windows 10. When I connect the TV directly into the laptop I have no problem with the audio.

Hi Robert,.

For your info, I had the problem solved on the DisplayLink Forum: -.

"The D3100 Dell delivers the sound to multiple output at the same time, unlike the dedicated graphics card audio adapter, it will not take the name of your amplifier as it can not take several names." It would be a little overwhelming to get 5 new audio devices (2 HDMI, 1 DP, 2-shot) just to the dock in any case...

If you get no sound on Sony receiver, can you try to remove the plug to see if this helps it?
I don't know how to put Dell up audio on their dock.

It worked for me. I removed the plug back and hey presto sound has been rerouted to HDMI!

See you soon.

How to activate the trace for request to define in oracle application?

How to activate the trace for request to define in oracle application?

Please see and steps/comments for 'Presentation of simultaneous program' in (Doc ID 1516355.1).

Thank you

Hussein

the trace of tkprof output

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