Related to oracle memory architecture

Why oracle has made some memory parameters static and some of them are dynamic?

Just two example:
db_block_size
This would require the complete database to be reorganized on the fly.
Does that make sense? NO
sga_max_size
This would require the corresponding shared memory segment to be resized on the fly. Is this possible in Unix? No.
Etc, etc, etc.
Sybrand Bakker
Senior Oracle DBA

Similar Messages

Study Material for Oracle IT Architecture Release 3 Essentials

Hi Team,
I am planning to write certification exam for "Oracle IT Architecture Release 3 Essentials" which is IZO-574.
Can any one please provide any material to clear this exam. I am currently working as a Oracle Developer ( PL/SQL,Forms, Reports) and have good knowledge on Data Modeling.
Please suggest me any material. As am a New User I am sure which group I have to use. So posting this thread in Oracle Developer/PLSQL related group.
Thanks,
Suresh.

I am planning to write certification exam for "Oracle IT Architecture Release 3 Essentials" which is IZO-574.
Your question isn't clear.
If ;you are the one WRITING the exam don't you already know the material? How else can you create the questions and answers?

Release Oracle memory

Hi All,
After searching from internet, I found that the maximum memory allowed for 32 bit Linux on Oracle is 2GB. Actually I don't know what the components are included in the 2GB ! But when I mistakenly set the PGA_AGGREGATE_TARGET to 7GB, Oracle still allow me to set it! (I just want to set to 700MB only)
After I set it to 700MB, I found that total PGA inuse and total PGA allocated from v$pgastat are continuously growing and then died. I also checked the values generated by this SQL are growing too! It died after total PGA inuse is around 1.7GB.
SELECT ROUND(pga_target_for_estimate /(1024*1024)), estd_pga_cache_hit_percentage, estd_overalloc_count
FROM v$pga_target_advice;1. Will Oracle release memory? (after I performed lots of INSERT with GROUP BY statements)
2. How to prevent Oracle to die after several LGWR switch (Alert Log message: "ORA-04030: out of process memory when trying to allocate 8512 bytes (pga heap,kgh stack)")
Thanks!

linuxos wrote:
Do you mean each non-SGA process (PMON, SMON, LGWR) can have 2GB, and all Oracle memory processes may be over 2GB in total, e.g. 20GB, 40GB?No. There are two basic memory areas that are used by "+Oracle+" - which is a collection of processes.
The "+brains+" of Oracle is a shared memory segment called the SGA. Each Oracle process, will attach itself to it. Depending on the process listing you do (and how it displays memory utilisation), it may look like there is 20GB of memory being used. Make sure to differentiate between what is shared memory (single global shared memory structure) and what is not.
The second basic memory area is the process image loaded by the kernel. This has a code segment (fixed for that executable) and data segment. The latter can be dynamic - depending on whether or not the process dynamically allocates memory to itself. This memory allocated is private process memory - not shared with any other process. In Oracle terminology this is referred to as the PGA.
But, how can I make the large amount of DML to run slowly, or recycle the memory, so that the memory can be released instantly? Actually, the PGA cannot go above 1.7GB!You can't. What you can and should do is size the memory areas for Oracle correctly given the available resources of the server and the expected utilisation of Oracle.
For example, if you service a lot of data warehouse type processes (complex and slow running queries), that would mean using Oracle dedicated server - and if there are a 100 of these processes, you will have a 100 PGAs to cater for. Otoh, if you have a 500 users all running short and fast OLTP transactions, you would rather want to use shared server processes where perhaps 50 shared server processes can service 500 concurrent session - thus you would need to size for 50 PGAs.
Perhaps you cannot cater for 50 PGAs without reducing the SGA (and in turn the size of the db buffer cache and various other caches). This can affect performance.
Thus there is a balance ito of performance when deciding on how much memory you should assign to the SGA and how much can be reserved (as free kernel memory) for PGA usage.
As for running large DMLs... that should not place heavy strain on memory at all - as that will be using the db buffer cache, residing in the SGA. This is a fixed memory area sized up front. Not something that can grow by itself. Obviously a buffer cache plays a role in reducing physical I/Os - and that needs to be sized accordingly if you want to reduce PIOs and increase performance.
However, if these DMLs are a result of poorly written PL/SQL code that attempts to "better performance" by bulk processing, this code can seriously dent memory growth as this processing (by the Oracle server process running that PL/SQL code) will require to increase PGA to cater for bulk processing.
Get the bulk processing wrong and run just a couple of these bad bulk processes, and the kernel can spend over 90% of its time on swapping.
I suggest that you read Memory Architecture in the [Oracle® Database Concepts|http://download.oracle.com/docs/cd/B19306_01/server.102/b14220/memory.htm#i12483] guide.

Oracle memory gets trimmed every 6 hours

We have a very strange behaviour in our SAP R/3 Enterprise 4.7 production system (SAP_BASIS 620).
SAP runs on Windows Server 2003 Enterprise Edition.
10 GB RAM, PAE enabled (Physical Address Extension).
The affected server is the database server, which also runs some working processes (DIA, BTC and UPD).
There are also 6 Windows application servers (x32, x64 and Itanium).
After a normal SAP start, all Windows processes bit by bit allocate their memory.
oracle.exe starts with a Mem Usage 236 MB (VM Size 1.900 MB).
You can see this in Windows Task Manager.
After about 30 minutes oracle.exe reaches its average value of about 2 GB.
The value ranges from 1,9 GB up to 2,5 GB.
Then, about every 6 hours the following happens:
oracle.exe deallocates its memory completely !
No answer in SAPGUI, no reaction on the console for about 5 Minutes.
Then when i get the first look at the Task manager, i see that oracle.exe allocated about 80 MB.
In the next 20 minutes Mem Usage raises up to the average value of about 2 GB.
During this time, the performance comes up again step by step.
Not only Oracle is affected, at least every disp+work process also frees all allocated mamory.
But it seems as if Oracle would be the first to free up its memory and then drags down the SAP Kernel processes.
We have no changes made to the SAP Kernel, we did not apply any Windows updates.
SAP operated error-free for the last 2 years in this configuration.
The only thing we did, was to apply several SAP Support Packages (Basis + Application).
This behaviour occured the next day after we imported those packages.
So we have to suspect these packages, although the symptoms point to a problem with the SAP kernel, Oracle or the Windows memory mamagement.
SAP Support adviced us to reduce the load on the server, so we suspended some work processes.
Result: no improvement.
Next we reduced the Oracle cache size by 250 MB.
Result: the situation became even worse, the error occured every hour.
So we icreased the cache size up to 1,36 GB.
Result: could be an improvement, not sure yet.
I am wondering what must happen, that all processes on a Windows Server deallocate their memory.
Can a ABAP-Report provoke this error ?
Has anybody else ever seen such a behaviour ?
Any ideas ?

Thx for your interest in this issue.
For clarification:
- Database version is 9.2.0.7.0
- We will upgrade to 64 Bit in the next months, but we still need a solution for our 32 Bit system.
- We did not add new application servers. These servers were up and running before and after the problem occured.
- I don't think that Oracle restarts. There are no ORA-entries in the Oracle Log and there is no Oracle-Usertrace.
The system slows down, because every byte, that is backed up in the paging file (as far as i know in MS terms this is called "standby list"), has become invalid and must be read from disk.
Not only Oracle is affected, every process trimmed its working set.
For example Terminal Services is unresponsive for about 4 minutes.
In the end all processes continue their work, but it takes some time until their working set has been restored from the paging file.
No errors occur, no Dumps, no EventLog or SystemLog entries.
There are just some TIMEOUTs, caused by the unresponsiveness of the server in the first minutes of the memory crash.
@Markus:
Yes, i also think that we reached some kind of Oracle memory limit.
Since we increased the Oracle cache size, the frequency of the error has been significantly reduced.
But still i am wondering what funny things can happen.
I would expect Oracle to crash, Windows to bluescreen, SAP to dump.
But freeing the memory of all processes is something completely new to me.
Edited by: Leonhard Bernhart on Jan 8, 2008 5:10 PM
Edited by: Leonhard Bernhart on Jan 8, 2008 5:11 PM

Fast fromula related to oracle payroll are not called from Formula result window

Hi,
Few of the fast fromula related to oracle payroll are not called from Formula result window , please let me know how these fast formulas are called.
Example : PAY_GB_EDI_MOVDED6_FOOTER
Thanks,
Subbu.

Hi Subbu,
Some reports are handled by the PYUGEN engine as Magnetic reports.
These are old fashion reports to generate Magnetic files, like BACS EDI files etc..
select * from ff_formulas_f
where formula_name like 'PAY_GB_EDI_MOVDED6%';
If you see the above, there are 3 formulas defined for generating this report - Header, Body & Footer.
All are called in a sequence by the PYUGEN process based on what you seed in pay_magnetic_blocks.
All the logic is within these Fast formulas.
But as they're seeded there's nothing much you can do.
Cheers,
Vignesh

Oracle Database Architecture Understanding

Hello everyone,
I am a newbie in Oracle arworld, and I want to learn ORACLE. A few months ago, I started to learn Oracle Database Architecture, and read a book. However, I forget much of that books after weeks ago, and read again forget again.. I could not make tangible Oracle DB in my mind. This situation really degrades my performance while working. For example a simple example; the books says;
Data Files:Every Oracle database has one or more physical data files, which contain all the database data. (physical storage structure)
Data Blocks: At the finest level of granularity, Oracle Database data is stored in data blocks.(logical storage structure)
Here, my mind is mixing. Both store data, so what is the difference. I want to go details of Oracle, in order to be successful. Please help me and suggest something to do.
Thank You

I do not believe you will find MOS Docs that describe the architecture. Have you checked the docs ? What specific information are you looking for ?
Introduction to Oracle Database
Introduction to Oracle Database
HTH
Srini

Oracle memory

The Oracle 10g database on AIX installation document asks to pre-check the server, it should have at least 1Gig memory. My question is that at least 1Gig is only oracle itself that will take away at least 1Gig from my total memory of the box? So SGA and PGA are included in this amount of oracle itself or extra usage of the memory?
For example, the box has 4Gig memory, I see 58% is used, that means oracle itself takes about 1Gig and sga_max=1Gig + pga_aggregate_target=0.5Gig, is this correct?

Dear Betty,
The Oracle will eat up your shared pool size in the server mostly as shared memory.
So if you want to calculate the Oracle memory parameters for the server consider:
Total Server Memory = SGA_MAX_SIZE + PGA_SIZE + DEDICATED_USER_CONNECTIONS + OTHER_SERVER_APP
The DEDICATED_USER_CONNECTIONS will appear if your users are set to dedicated mode on their tnsnames. If so, you should consider this additional space that Oracle will request to server in order to create this user connections.
The AIX processes memory is not that easy to see what is really occupied, what is free, what is cached and how many users can connect to the server. You should use pmap to map the process private area, shared area and calculate how much is used, shared and free.
The other thing is that the SGA should be pinned on RAM, so the database will take up all the space when going up and your server will avoid the 'allocating new pages' issues. So you should set up the sga_lock=true parameter if you want to lock the SGA into memory.
Cheers,
Ricardo Rodriguez

Doctorate Thesis related to Oracle Administration

Hi all OTN forum users, Professionals, Experts, Gurus!
I want to apply to doctorate degree and was asked to find a subject (doctorate thesis) to work on it
Now I want to ask you to advice me, especially need help from Experts and Gurus. Which doctorate thesis you advice me to take and work on it? Of course it MUST be related to Oracle Administration
Any suggestion??
Thanks ...

Kamran hi,
I may advise you to check Very Large Database Concepts, Data Warehousing and Data Mining theories, you may be inspired by Oracle technology or use them as a part of an implementation parallel to your thesis but in my opinion a Doctorate Thesis must be original so can not be based on Oracle technology.
[http://otn.oracle.com/bi|http://otn.oracle.com/bi]
[http://oracledmt.blogspot.com/|http://oracledmt.blogspot.com/]

Is there any .obr files related to Oracle SOA Suite 10.1.3.1.0 ? if yes then i want to open that .obr files in Oracle SOA Suite 11g environment

is there any .obr files related to Oracle SOA Suite 10.1.3.1.0 ? if yes then i want to open that .obr files in Oracle SOA Suite 11g environment . is it related to Oracle Business Rules ?

Did you find a solution to this issue? We are having a similar issue trying to deploy a Paypal IPN on OAS 10.1.2.3. The IPN messages coming from Paypal appear to be attempting an SSLv2 handshake. In our case SSLv2 is disabled due to our security requirements so the connection is killed by our App Server. We have found that manually sending the IPN messages works correctly.

Any documents related to oracle APPS DBA

Any documents related to oracle Apps talk about flex fields
please post the link

Hi,
Have you tried downloading the oracle appls sysadmin guide?
Check this out:
http://download-east.oracle.com/docs/cd/B25516_08/current/html/docset.html
HTH,
catalin.

Viewing table relations inside Oracle SQL Developer

Hi,
I'm a PL/SQL beginner and I need to control the table relations for an Oracle database. I'm using the Oracle SQL developer tool.
Now, how can I see the table relation inside Oracle SQL developer tool?
Thanks

itshak wrote:
When working with tables based on user defined types, the FK relations between the tables are not displayed at the data modeler (and also at the worksheet query builder)
I don't think that applies here 1041141 mentioned he is a beginner and did not mention any usage of object types.
If you want to report an issue or possible bug, then please open an extra thread for that. In such a case it helps tremendously if you provide a working test case as well.

Oracle Memory utilization gradually increasing up to the max in short span

Hi All,
Our Oracle database running in windows 2000,having max sessions of 1500
attains it max_memory 850m once 1500 sessions reached.
--Shared pool memory(SQL AREA,LIBRARY CACHE,SHAREDPOOL MISCELL.,) gradually increasing.
Oracle database version:9.2.0.5
Server Type: Shared Server
Os memory: 1Gb
Oracle memory: sga-750m,pga(max) -110 allocated by oracle when no of sessions increasing.
Pls tell me why it is happening?

Hi Priyanka,
Its know problem in solaris zones , 40 GB Memory is allocated to global zone & you db server zone has been assigned a part of it .
Get is touch with you Solaris admin to know exact memory allocated to db zone , as per my knowledge they must be shared across multiple zones
use below from Os prompt
prstat -ZThanks,
Ajay More
http://www.moreajays.com

About Oracle Memory Utilization is 99.54%

近期通过Oracle Enterprise Manager发现显示 Oracle Memory Utilization 一直在98%以上，
如下所示
Alert History for Last 24 Hours
Severity Timestamp Message Details
Nov 1, 2012 2:50:43 AM Memory Utilization is 99.54% -
Oct 31, 2012 10:40:43 PM Memory Utilization is 95.96% -
Oct 31, 2012 9:30:43 PM Memory Utilization is 99.09% -
Oct 31, 2012 5:30:43 PM Memory Utilization is 98.43% -
Oct 31, 2012 2:55:43 AM Memory Utilization is 99.64%
请教一下，这个Oracle Memory Utilization显示的百分比是Oracle已经使用的内存占总物理内存的百分比吗？99%意味着什么？如果不是，怎么样查看Oracle占用的总内存大小？

EXCLUSIVE segments Inuse Pin Pgsp Virtual
1655678 6504 0 426438
PageSize Inuse Pin Pgsp Virtual
s 4 KB 1644750 24 0 415510
m 64 KB 683 405 0 683
Vsid Esid Type Description PSize Inuse Pin Pgsp Virtual
11110f1 - clnt /dev/fslv02:24632 s 1139343 0 - -
10f0e2f 4 work working storage sm 58014 0 0 58014
11010f0 - clnt /dev/fslv02:24628 s 34831 0 - -
10a1b6a 5 work working storage sm 27216 0 0 27216
1111031 11 work text data BSS heap sm 26764 0 0 26764
1131193 3 work working storage sm 19483 0 0 19483
1000f00 10 clnt text data BSS heap, s 11599 0 - -
/dev/fslv01:10258
1021182 - clnt /dev/fslv02:24624 s 10629 0 - -
1161056 - clnt /dev/fslv02:24622 s 10603 0 - -
1151175 - clnt /dev/fslv02:24623 s 10072 0 - -
10c11cc 2 work process private sm 8918 4 0 8918
10d10ed - clnt /dev/fslv02:24629 s 7692 0 - -
10a0f0a 11 work text data BSS heap sm 5486 0 0 5486
11a115a 11 work text data BSS heap sm 3800 0 0 3800
10f118f 11 work text data BSS heap sm 3800 0 0 3800
1021c82 11 work text data BSS heap sm 3773 0 0 3773
11c0c7c 11 work text data BSS heap sm 3063 0 0 3063
10611c6 11 work text data BSS heap sm 3004 0 0 3004
1061466 11 work text data BSS heap sm 2916 0 0 2916
1031463 11 work text data BSS heap sm 2678 0 0 2678
1081a08 11 work text data BSS heap sm 2665 0 0 2665
11a0dba 11 work text data BSS heap sm 2424 0 0 2424
10e10ae 11 work text data BSS heap sm 2368 0 0 2368
1041a64 11 work text data BSS heap sm 2306 0 0 2306
10f13cf 11 work text data BSS heap sm 2301 0 0 2301
11c1d5c 11 work text data BSS heap sm 2256 0 0 2256
1041f64 11 work text data BSS heap sm 2077 0 0 2077
1141ed4 11 work text data BSS heap sm 2055 0 0 2055
11a13fa 11 work text data BSS heap sm 2041 0 0 2041
1041b84 11 work text data BSS heap sm 2028 0 0 2028
1151cd5 11 work text data BSS heap sm 2023 0 0 2023
10118a1 11 work text data BSS heap sm 2010 0 0 2010
1001dc0 11 work text data BSS heap sm 2000 0 0 2000
10e1fae 11 work text data BSS heap sm 1979 0 0 1979
1191619 11 work text data BSS heap sm 1977 0 0 1977
1091d09 11 work text data BSS heap sm 1976 0 0 1976
1081ac8 11 work text data BSS heap sm 1976 0 0 1976
1011801 11 work text data BSS heap sm 1975 0 0 1975
1131973 11 work text data BSS heap sm 1973 0 0 1973
10a164a 11 work text data BSS heap sm 1973 0 0 1973
11a1b9a 11 work text data BSS heap sm 1973 0 0 1973
1101f50 11 work text data BSS heap sm 1972 0 0 1972
11e169e 11 work text data BSS heap sm 1957 0 0 1957
10b214b 11 work text data BSS heap sm 1956 0 0 1956
10c194c 11 work text data BSS heap sm 1948 0 0 1948
1141e14 11 work text data BSS heap sm 1946 0 0 1946
11c1efc 11 work text data BSS heap sm 1943 0 0 1943
1151bb5 11 work text data BSS heap sm 1940 0 0 1940
11e1a5e 11 work text data BSS heap sm 1893 0 0 1893
11d12bd 11 work text data BSS heap sm 1892 0 0 1892
1101970 11 work text data BSS heap sm 1881 0 0 1881
11b17fb 11 work text data BSS heap sm 1878 0 0 1878
11f203f 11 work text data BSS heap sm 1877 0 0 1877
1091949 11 work text data BSS heap sm 1876 0 0 1876
1141f34 11 work text data BSS heap sm 1876 0 0 1876
10a1aea 11 work text data BSS heap sm 1867 0 0 1867
1121c92 11 work text data BSS heap sm 1865 0 0 1865
11613f6 11 work text data BSS heap sm 1864 0 0 1864
10b1a2b 11 work text data BSS heap sm 1864 0 0 1864
1171b17 11 work text data BSS heap sm 1861 0 0 1861
1052045 11 work text data BSS heap sm 1860 0 0 1860
1141d94 11 work text data BSS heap sm 1859 0 0 1859
10a0f8a 11 work text data BSS heap sm 1849 0 0 1849
1161f96 11 work text data BSS heap sm 1848 0 0 1848
11f205f 11 work text data BSS heap sm 1846 0 0 1846
11d15fd 11 work text data BSS heap sm 1844 0 0 1844
11a1aba 11 work text data BSS heap sm 1833 0 0 1833
1061446 11 work text data BSS heap sm 1832 0 0 1832
1151c75 11 work text data BSS heap sm 1831 0 0 1831
1091e29 11 work text data BSS heap sm 1828 0 0 1828
1111ed1 11 work text data BSS heap sm 1827 0 0 1827
11117b1 11 work text data BSS heap sm 1821 0 0 1821
1011961 11 work text data BSS heap sm 1818 0 0 1818
1161bb6 11 work text data BSS heap sm 1813 0 0 1813
11821b8 11 work text data BSS heap sm 1810 0 0 1810
1031d23 11 work text data BSS heap sm 1795 0 0 1795
10621c6 11 work text data BSS heap sm 1787 0 0 1787
1191579 11 work text data BSS heap sm 1783 0 0 1783
11b15fb 11 work text data BSS heap sm 1780 0 0 1780
1111eb1 11 work text data BSS heap sm 1780 0 0 1780
1172157 11 work text data BSS heap sm 1779 0 0 1779
1022002 11 work text data BSS heap sm 1779 0 0 1779
1031ea3 11 work text data BSS heap sm 1764 0 0 1764
1081c08 11 work text data BSS heap sm 1764 0 0 1764
11f1f1f 11 work text data BSS heap sm 1764 0 0 1764
10920e9 11 work text data BSS heap sm 1747 0 0 1747
10e1bae 11 work text data BSS heap sm 1739 0 0 1739
11c207c 11 work text data BSS heap sm 1736 0 0 1736
11f217f 11 work text data BSS heap sm 1730 0 0 1730
1071007 11 work text data BSS heap sm 1725 0 0 1725
1022162 11 work text data BSS heap sm 1719 0 0 1719
1051f65 11 work text data BSS heap sm 1718 0 0 1718
11f20bf 11 work text data BSS heap sm 1707 0 0 1707
1042064 11 work text data BSS heap sm 1703 0 0 1703
1011b81 11 work text data BSS heap sm 1699 0 0 1699
10a1aca 11 work text data BSS heap sm 1686 0 0 1686
10a1dca 11 work text data BSS heap sm 1680 0 0 1680
11d141d 11 work text data BSS heap sm 1649 0 0 1649
10e10ee - clnt /dev/fslv02:24630 s 1558 0 - -
11a1efa 11 work text data BSS heap sm 1495 0 0 1495
1161cf6 11 work text data BSS heap sm 1494 0 0 1494
1122132 11 work text data BSS heap sm 1490 0 0 1490
11c0c9c 11 work text data BSS heap sm 1432 0 0 1432
1051085 11 work text data BSS heap sm 1426 0 0 1426
11a1c9a 11 work text data BSS heap sm 1398 0 0 1398
1141274 2 work process private sm 1382 4 0 1382
1060e26 11 work text data BSS heap sm 1335 0 0 1335
1140f74 11 work text data BSS heap sm 1309 0 0 1309
1171db7 11 work text data BSS heap sm 1291 0 0 1291
1052145 11 work text data BSS heap sm 1283 0 0 1283
10c112c 11 work text data BSS heap sm 1222 0 0 1222
1181178 11 work text data BSS heap sm 1204 0 0 1204
11b105b 11 work text data BSS heap sm 1197 0 0 1197
1190f99 11 work text data BSS heap sm 1189 0 0 1189
1120d72 11 work text data BSS heap sm 1189 0 0 1189
10d0f0d 10 clnt text data BSS heap, s 806 0 - -
/dev/fslv01:11421
11f1b9f 11 work text data BSS heap sm 634 0 0 634
1020ea2 80000000 work private load text sm 606 0 0 606
11b11fb - clnt /dev/fslv01:10788 s 417 0 - -
11012f0 1 clnt code,/dev/fslv01:7107 s 356 0 - -
1001060 80000000 work private load text sm 335 0 0 335
11b0f5b 8001000a work private load data sm 332 0 0 332
1152195 80000000 work private load text sm 332 0 0 332
11c205c 80000000 work private load text sm 331 0 0 331
1001940 80000000 work private load text sm 331 0 0 331
11c1b7c 80000000 work private load text sm 331 0 0 331
1041f04 80000000 work private load text sm 331 0 0 331
10f1c4f 80000000 work private load text sm 331 0 0 331
11a1dfa 80000000 work private load text sm 331 0 0 331
1102090 80000000 work private load text sm 331 0 0 331
11f1aff 80000000 work private load text sm 331 0 0 331
11c19bc 80000000 work private load text sm 331 0 0 331
10210a2 80000000 work private load text sm 331 0 0 331
11520d5 80000000 work private load text sm 331 0 0 331
10c19cc 80000000 work private load text sm 331 0 0 331
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10d158d 80000000 work private load text sm 331 0 0 331
1121eb2 80000000 work private load text sm 331 0 0 331
11f18ff 80000000 work private load text sm 331 0 0 331
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1151155 80000000 work private load text sm 331 0 0 331
1051fc5 80000000 work private load text sm 331 0 0 331
1132153 80000000 work private load text sm 331 0 0 331
10e1e6e 80000000 work private load text sm 331 0 0 331
1091989 80000000 work private load text sm 331 0 0 331
11b141b 80000000 work private load text sm 331 0 0 331
10b15eb 80000000 work private load text sm 331 0 0 331
11817d8 80000000 work private load text sm 331 0 0 331
1051145 80000000 work private load text sm 331 0 0 331
10a146a 80000000 work private load text sm 331 0 0 331
11f1fbf 80000000 work private load text sm 331 0 0 331
1092189 80000000 work private load text sm 331 0 0 331
1071b47 80000000 work private load text sm 331 0 0 331
1131bb3 80000000 work private load text sm 331 0 0 331
11716d7 80000000 work private load text sm 331 0 0 331
1172137 80000000 work private load text sm 331 0 0 331
11c1a7c 80000000 work private load text sm 331 0 0 331
11318b3 80000000 work private load text sm 331 0 0 331
1151d55 80000000 work private load text sm 331 0 0 331
11e205e 80000000 work private load text sm 331 0 0 331
10f188f 80000000 work private load text sm 331 0 0 331
1061ea6 80000000 work private load text sm 331 0 0 331
1161c36 80000000 work private load text sm 331 0 0 331
1161f16 80000000 work private load text sm 331 0 0 331
11c0f3c 80000000 work private load text sm 331 0 0 331
11720d7 80000000 work private load text sm 331 0 0 331
1021fa2 80000000 work private load text sm 331 0 0 331
1191979 80000000 work private load text sm 331 0 0 331
1192119 80000000 work private load text sm 331 0 0 331
1001fe0 80000000 work private load text sm 331 0 0 331
11e1cbe 80000000 work private load text sm 331 0 0 331
1091ee9 80000000 work private load text sm 331 0 0 331
11d217d 80000000 work private load text sm 331 0 0 331
1002140 80000000 work private load text sm 331 0 0 331
11f1cff 80000000 work private load text sm 331 0 0 331
11a1c7a 80000000 work private load text sm 331 0 0 331
11c217c 80000000 work private load text sm 331 0 0 331
1171117 80000000 work private load text sm 331 0 0 331
1031703 80000000 work private load text sm 331 0 0 331
10d13cd 80000000 work private load text sm 331 0 0 331
1021e02 80000000 work private load text sm 331 0 0 331
1011d61 80000000 work private load text sm 331 0 0 331
1151ff5 80000000 work private load text sm 331 0 0 331
1001ce0 80000000 work private load text sm 331 0 0 331
11e193e 80000000 work private load text sm 331 0 0 331
1081ec8 80000000 work private load text sm 331 0 0 331
1001a00 80000000 work private load text sm 331 0 0 331
1101930 80000000 work private load text sm 331 0 0 331
1001580 80000000 work private load text sm 331 0 0 331
10a1baa 80000000 work private load text sm 331 0 0 331
1111ef1 80000000 work private load text sm 331 0 0 331
1042184 80000000 work private load text sm 331 0 0 331
10d0f6d 80000000 work private load text sm 331 0 0 331
1171f77 80000000 work private load text sm 331 0 0 331
10b16cb 80000000 work private load text sm 331 0 0 331
11413f4 80000000 work private load text sm 331 0 0 331
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Retrieve xml data from a relational table(oracle) with datatype as xmltyp

Hello Avijit, any resolution for this issue?

hi .... I am trying to retrieve xml data from a relational table with datatype as xmltyp. The SQ is retrieving rows but the xml parser give transformation error . The transformation retrieve xml data from a relational table(oracle) with datatype as xmltyp returned a row error status on receiving an input row on group retrieve xml data from a relational table(oracle) with datatype as xmltyp. ERROR : An XML document was truncated and thus not processed. Input row from SQ_XMLTYPE_TEST: Rowdata: ( RowType=0(insert) Src Rowid=5 Targ Rowid=5 DOCUMENT (DataInput:Char.64000:): "<?xml version='1.0' encoding='UTF-8'?><main><DATA_RECORD> <OFFER_ID>434345</OFFER_ID> <ADDR>sec -2 salt lake</ADDR> <CITY>kolkata</CITY> (DISPLAY TRUNCATED)(TRUNCATED)" ) thanks in advance Avijit

Oracle 9i Architecture

Hi,
Could you provide me the link/material which describes 'Oracle 9i Architecture' in detail.
Thanks in Advance,
SSM

This will probably answer your question: Oracle 9i Concepts Guide
HTH.

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