Table: USR02BKP Table has no index

Hello,
During weekly checkdb sheduled jobs from DB13 transaction we are getiing below mentioned warning/error again and again
MISSING_INDEX :: Table: SAPDEV.USR02BKP # Table has no index
But in Se11 or Sm30 i am unable to fine any table with name USR02BKP
But this table is present in database in PSAPDEVUSR tablespace.
How to resolve this issue.
Regards,
RR

Hello,
my crystal ball is showing me this:
Your Oracle database administrator wanted to keep a backup of the current state of table USR02 and therefor created table USR02BKP as a copy of this table. He did this with Oracle tools, and so SAP does not know about this new table.
Ask him whether this table is still needed.

Similar Messages

How to find table which has no index?

Hi,
How to find a table which has no index?
Please provide the query to find the above.
Thanks
Jafar

select owner,
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from dba_tables dt
where not exists(select 'x'
                    from dba_indexes di
                   where dt.owner=di.table_owner
                     and dt.table_name = di.table_name)

SAPR3.FILESTAT # Table has no index

Hi,
I have "MISSING_INDEX" error in Table: SAPR3.FILESTAT # Table has no index on DB16 database check report.
How could i fix it? Please kindly advise.
Thanks!

Hello Petrie,
as far as I know:
the "activate and adjust database" function is used for solving inconsistencies between the DDIC and the database. If you activate and adjust a database it is deleted on the database system and then created fresh out of the DDIC. So no inconsistencies can happen. You can choose to keep the data in the table or not. If you choose to keep the data a second table is created with the suffix QCM<originaltablename> (I think) where the original content is stored temporarily. After deleting and recreating the original table the content is copied from the QCM<originaltablename> table into the new one.
Hope that helps,
Michael

Deleting data from a table where there are no indexes on the table

Hi
We have one interface program for one time process.When I was testing the process it was taking too much time to load the data around 1000 records.
it happens in 2 steps
1 puts into stage table
2 puts into base table
in the process/package I have delete statement that deletes data from stage table before each process.
Stage table did not have any indexes but the base table has(obvisiosly)
any idea?
please help me on this.
Thanks,
Y

Hi,
Please post the application/database details along with the OS.
Is this interface program a seeded or custom one?
Please enable trace on this concurrent program as per (Note: 296559.1 - FAQ: Common Tracing Techniques within the Oracle Applications 11i/R12) and generate the TKPROF to find out why it takes that long to load/delete the data.
Thanks,
Hussein

Partitioned IOT of Object Type - mapping table not allowed for bitmap index

Hi,
looks like a feature available for standard Partitioned IOTs is not supported for object based tables, namely the MAPPING TABLE construct to support secondary local bitmap indexes.
Can you confirm behaviour is as expected/documented?
If so, is a fix/enhancement to support mapping table for object-based Partitioned IOTs in the pipeline?
Results for partition-wise load using pipelined table function are very good, look-ups across tens of millions of rows are excellent.
Environment = Oracle Database 11g Enterprise Edition Release 11.2.0.1.0 - Production
OS = Oracle Enterprise Linux Server release 5.2 (Carthage) 2.6.18 92.el5 (32-bit)
Here's the potted test-case...
1) First the non object based Partitioned IOT - data is range-partitioned across the alphabet
CREATE TABLE IOT_Table (
textData VARCHAR2(10),
numberData NUMBER(10,0),
CONSTRAINT IOT_Table_PK PRIMARY KEY(textData))
ORGANIZATION INDEX MAPPING TABLE PCTFREE 0 TABLESPACE Firewire
PARTITION BY RANGE (textData)
(PARTITION Text_Part_A VALUES LESS THAN ('B') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_B VALUES LESS THAN ('C') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_C VALUES LESS THAN ('D') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_D VALUES LESS THAN ('E') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_E VALUES LESS THAN ('F') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_F VALUES LESS THAN ('G') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_G VALUES LESS THAN ('H') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_H VALUES LESS THAN ('I') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_I VALUES LESS THAN ('J') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_J VALUES LESS THAN ('K') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_K VALUES LESS THAN ('L') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_L VALUES LESS THAN ('M') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_M VALUES LESS THAN ('N') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_N VALUES LESS THAN ('O') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_O VALUES LESS THAN ('P') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_P VALUES LESS THAN ('Q') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Q VALUES LESS THAN ('R') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_R VALUES LESS THAN ('S') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_S VALUES LESS THAN ('T') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_T VALUES LESS THAN ('U') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_U VALUES LESS THAN ('V') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_V VALUES LESS THAN ('W') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_W VALUES LESS THAN ('X') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_X VALUES LESS THAN ('Y') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Y VALUES LESS THAN ('Z') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Z VALUES LESS THAN (MAXVALUE) PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0))
NOLOGGING PARALLEL -- FLASHBACK ARCHIVE IOT_Flashback_Data
SQL> table IOT_TABLE created.
2) Create the local secondary bitmap index utilising the underlying mapping table
CREATE BITMAP INDEX IOT_Table_BMI1 ON IOT_Table (numberData)
LOCAL STORAGE (INITIAL 1M PCTINCREASE 0 NEXT 512K) NOLOGGING PARALLEL;
SQL> bitmap index IOT_TABLE_BMI1 created.
3) Quick test to confirm all ok
SQL> INSERT INTO IOT_Table VALUES ('ABC123',100);
SQL> 1 rows inserted.
SQL> SELECT * FROM IOT_Table;
TEXTDATA NUMBERDATA
ABC123     100
4) Now create a minimal object type to use as the template for object table
CREATE TYPE IOT_type AS OBJECT
textData VARCHAR2(10 CHAR),
numberData NUMBER(10,0)
) FINAL
SQL> TYPE IOT_type compiled
5) Attempt to create an object-based range partitioned IOT, including MAPPING TABLE clause as per step (1)
CREATE TABLE IOTObj_Table OF IOT_type (textData PRIMARY KEY)
OBJECT IDENTIFIER IS PRIMARY KEY ORGANIZATION INDEX
MAPPING TABLE -- we'd like to use this feature to enable use of Bitmap Indexes...
PCTFREE 0 TABLESPACE Firewire
PARTITION BY RANGE (textData)
(PARTITION Text_Part_A VALUES LESS THAN ('B') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_B VALUES LESS THAN ('C') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_C VALUES LESS THAN ('D') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_D VALUES LESS THAN ('E') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_E VALUES LESS THAN ('F') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_F VALUES LESS THAN ('G') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_G VALUES LESS THAN ('H') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_H VALUES LESS THAN ('I') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_I VALUES LESS THAN ('J') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_J VALUES LESS THAN ('K') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_K VALUES LESS THAN ('L') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_L VALUES LESS THAN ('M') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_M VALUES LESS THAN ('N') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_N VALUES LESS THAN ('O') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_O VALUES LESS THAN ('P') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_P VALUES LESS THAN ('Q') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Q VALUES LESS THAN ('R') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_R VALUES LESS THAN ('S') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_S VALUES LESS THAN ('T') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_T VALUES LESS THAN ('U') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_U VALUES LESS THAN ('V') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_V VALUES LESS THAN ('W') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_W VALUES LESS THAN ('X') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_X VALUES LESS THAN ('Y') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Y VALUES LESS THAN ('Z') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Z VALUES LESS THAN (MAXVALUE) PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0))
NOLOGGING PARALLEL -- FLASHBACK ARCHIVE IOT_Flashback_Data
This errors out with the following...
SQL Error: ORA-25182: feature not currently available for index-organized tables
25182. 00000 - "feature not currently available for index-organized tables"
*Cause:    An attempt was made to use one or more of the following feature(s) not
currently supported for index-organized tables:
CREATE TABLE with LOB/BFILE/VARRAY columns,
partitioning/PARALLEL/CREATE TABLE AS SELECT options,
ALTER TABLE with ADD/MODIFY column options, CREATE INDEX
*Action:   Do not use the disallowed feature(s) in this release.
6) Re-running the create table statement in step 5 without the MAPPING TABLE clause works fine. Not surprisingly an attempt to create a secondary local bitmap index on this table fails as there's no mapping table, like so...
CREATE BITMAP INDEX IOTObj_Table_BMI1 ON IOTObj_Table (numberData)
LOCAL STORAGE (INITIAL 1M PCTINCREASE 0 NEXT 512K) NOLOGGING PARALLEL;
CREATE TABLE with LOB/BFILE/VARRAY columns,
partitioning/PARALLEL/CREATE TABLE AS SELECT options,
ALTER TABLE with ADD/MODIFY column options, CREATE INDEX
*Action:   Do not use the disallowed feature(s) in this release.
CREATE BITMAP INDEX IOTObj_Table_BMI1 ON IOTObj_Table (numberData)
LOCAL STORAGE (INITIAL 1M PCTINCREASE 0 NEXT 512K) NOLOGGING PARALLEL
Error at Command Line:99 Column:13
Error report:
SQL Error: ORA-00903: invalid table name
00903. 00000 - "invalid table name"
7) Creating a secondary local b-tree index is fine, like so...
SQL> CREATE INDEX IOTObj_Table_I1 ON IOTObj_Table (numberData)
LOCAL STORAGE (INITIAL 1M PCTINCREASE 0 NEXT 512K) NOLOGGING PARALLEL;
index IOTOBJ_TABLE_I1 created.
8) A quick test to ensure object table ok...
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('DEF456',500));
SQL> 1 rows inserted.
SQL> SELECT * FROM IOTObj_Table;
TEXTDATA NUMBERDATA
DEF456     500

Thanks Dan,
the intention is to range partition based on the initial character, so A* -> Text_Part_A, B* -> Text_Part_B, and so on.
Here's an example, using an empty IOTObj_Table as created previously.
1) Set up & confirm some test data (two 'D's, one 'N', and two 'Z's)
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('DEF456',500));
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('DDD111',510));
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('N3000',515));
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('ZZ1212',520));
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('Z111X',530));
SQL> COMMIT;
SQL> SELECT * FROM IOTObj_Table;
TEXTDATA NUMBERDATA
DDD111     510
DEF456     500
N3000     515
Z111X     530
ZZ1212     520
2) Just to prove our IOT is enforcing the Primary Key based on the TextData attribute, try to insert a duplicate
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('Z111X',530));
Error starting at line 141 in command:
INSERT INTO IOTObj_Table VALUES (IOT_Type('Z111X',530))
Error report:
SQL Error: ORA-00001: unique constraint (OCDataSystems.SYS_IOT_TOP_84235) violated
00001. 00000 - "unique constraint (%s.%s) violated"
*Cause:    An UPDATE or INSERT statement attempted to insert a duplicate key.
For Trusted Oracle configured in DBMS MAC mode, you may see
this message if a duplicate entry exists at a different level.
*Action:   Either remove the unique restriction or do not insert the key.
3) Now confirm that our data has been slotted into the range-based partition we expect using the PARTITION clause of SELECT...
- The two 'D's...
SQL> SELECT * FROM IOTObj_Table PARTITION (Text_Part_D);
TEXTDATA NUMBERDATA
DDD111     510
DEF456     500
- The single 'N'...
SQL> SELECT * FROM IOTObj_Table PARTITION (Text_Part_N);
TEXTDATA NUMBERDATA
N3000     515
- The two 'Z's...
SQL> SELECT * FROM IOTObj_Table PARTITION (Text_Part_Z);
TEXTDATA NUMBERDATA
Z111X     530
ZZ1212     520
4) And to wrap up confirm an empty partition
SELECT * FROM IOTObj_Table PARTITION (Text_Part_W);

Consistency Warning: [39008] Logical dimension table ... has a source ...

Hi and many thinks for reading,
I have a problem (which is quite common as I saw, though I could'nt find a solution which resolves my issue yet) with the consistency.
My physical layer looks like this:
Table_A
Table_B
Table_C
Table_D
Table_E
In the Business Model I have just the same tables and the following joins in the Logical Table Diagram:
Table_A -> Table_B
Table_C -> Table_A
Table_D -> Table_A
Table_E -> Table_A
The consistency check is delivering the following two warnings:
Warning
Logical Table Source
Table_A
[39008] Logical dimension table Table_A has a source Table_A that does not join to any fact source.
Warning
Logical Table Source
Table_B
[39008] Logical dimension table Table_B has a source Table_B that does not join to any fact source.
While working in BI answers I manage to retrieve all data from Tables C, D, E. But for tables A and B I can retrieve just the columns which are defined in the join Table_A->Table_B. All other columns deliver the following error:
Error Codes: OPR4ONWY:U9IM8TAC:OI2DL65P
State: HY000. Code: 10058. [NQODBC] [SQL_STATE: HY000] [nQSError: 10058] A general error has occurred. [nQSError: 14026] Unable to navigate requested expression: Table_A.Column_X. Please fix the metadata consistency warnings. (HY000)
If i retrieve one Column from Table_A and one from Table_E, I have the following error:
Error Codes: OPR4ONWY:U9IM8TAC:OI2DL65P
State: HY000. Code: 10058. [NQODBC] [SQL_STATE: HY000] [nQSError: 10058] A general error has occurred. [nQSError: 15018] Incorrectly defined logical table source (for fact table Table_E) does not contain mapping for [Table_B.Column_X]. (HY000)
(yes its Table_B not a)
I would like to fix this errors but am not sure where the problem is hidden.
Any help is kindly appreciated.
Evgeny

Hi Goran,
thanks for you help.
I tried to create the BMM in the two way but, it doesn't work out neither way. The Administration tool is recognizing the repository as consistent, thought it has some warnings, but in BI Answers I cant retrieve even a single column from one table.
I am also not sure, how does it work, that you just add TableB to the logical TableA, who would the programm know which rows belong together? I assume one must establish a logical connection between TableA and TableB to make it compatible?
About my tables:
Actually TableA, TableB and TableC are recognized dimensions (white) and TableD and TableE are recognized as facts (yellow) in the Administration tool. Though I dont agree with this assignment. TableA is definitly a fact table (it is also the center of the star schema) while the other tables are the dimension tables. Not sure how the Administration tool is distinguishing between facts and dimensions...
Here are my warnings:
BUSINESS MODEL TAB: (with two logical tables)
[39008] Logical dimension table TableA has a source TableA that does not join to any fact source.
[39008] Logical dimension table TableA has a source TableB that does not join to any fact source.
BUSINESS MODEL TACDE: (with three logical table sources)
[39008] Logical dimension table LT2 has a source TableE that does not join to any fact source.
[39008] Logical dimension table LT2 has a source TableD that does not join to any fact source.
[39008] Logical dimension table LT2 has a source TableC that does not join to any fact source.
And the errors in Answers:
Retrieving ColumnX from TableA in the first model
State: HY000. Code: 10058. [NQODBC] [SQL_STATE: HY000] [nQSError: 10058] A general error has occurred. [nQSError: 14026] Unable to navigate requested expression: TableA.ColumnX. Please fix the metadata consistency warnings. (HY000)
Retrieving ColumnX from TableA in the second model
State: HY000. Code: 10058. [NQODBC] [SQL_STATE: HY000] [nQSError: 10058] A general error has occurred. [nQSError: 17001] Oracle Error code: 12170, message: ORA-12170: TNS:Connect timeout occurred at OCI call OCIServerAttach. [nQSError: 17014] Could not connect to Oracle database. (HY000)
Thanks for further help!
Evgeny

[39008] Logical dimension table ... has a source ... that does not join to

Oracle BI 11g
Hi,
I have this set of tables:
1) Table "Sales" with fields: ID, Billdate, ProductID, Amount
2) Table "Products" with fields: ID, ProductName, BrandID, TypeID
3) Table "Brands" with fields: ID, Name
4) Table "ProductTypes": ID, Name
In Physical layer I add these tables and create Physical Diagram with constraints like this:
[Brands] -------------------->[Products]
[ProductTypes] ---------->[Products]
[Products] -----------------> [Sales]
In Logical Layer I create logical table T1 Products with sources:
- LTS1 Brands,
- LTS2 ProductTypes,
- LTS3 Products
and fields:
- ProductID
- ProductName
- Brand
- ProductType
After that I create Dimention With Level-Based Hierarchy (H1 Products):
Total Products
- Brands
-- ProductTypes
--- Detail Products
When I try "Check Global Consistency" I get warning: "[39008] Logical dimension table T1 Products has a source LTS1 Brends that does not join to any fact source."
And after that when I try to make Analysis in Oracle BI, for example:
H1 Products | Amount
and then drill down item "Total Products" I receive error:
"State: HY000. Code: 10058. [NQODBC] [SQL_STATE: HY000] [nQSError: 10058] A general error has occurred. [nQSError: 43113] Message returned from OBIS. [nQSError: 43119] Query Failed: [nQSError: 14025] No fact table exists at the requested level of detail: [,Brand,,,,,,,,,]. (HY000)"
What's wrong? Where do I mistake? And why I don't get any messages about Logical Table Source LTS2 Product Type?

Hi,
you can create a single LTS for the product with the join for all 3 tables. Do you have a particular reason for the modelling that you have used?
Regards,
Gianluca

Getting list of tables the user has access to across different schemas.

Hi,
I have to get the list of tables that an User has access to. I tried the below code. It takes a very long time. Is there any way in which I can specify the user name and get all the tables that he has access to? I know that we can use dbMetadata.getTables api. But this returns the list of tables under the said schema. But I want the list of tables that the user has access including tables in other schema.
In the below code, I am trying to get the tables for which USER_MICHAEL has access to.
DatabaseMetaData dbMetadata = connection.getMetaData(); String userName = null; dbrs = dbMetadata.getTables(null,userName , "%", new String[] { "TABLE" }); dbrs=dbMetadata.getTablePrivileges("",userName,"%"); while (dbrs.next()) { String tableName = dbrs.getString("TABLE_NAME"); String schema = dbrs.getString("TABLE_SCHEM"); String privilege = dbrs.getString("PRIVILEGE"); String grantee = dbrs.getString("GRANTEE"); if(grantee!=null && grantee.equals("USER_MICHAEL")){ System.out.println("Schema---"+schema+" Table---"+tableName+" Privilege----"+privilege+" grantee---- "+grantee); } }

That would be database dependent.
Some engines have some system tables that together may be used to extract such information, others may not make it available at all outside closed APIs.

How to find out all table names which has a particular data

Hi,
How could i get all the table names from a database(for a schema) which has data 'KST6490' in one of the fileds in the table.There are many tables with this
data. Data type is Varchar2. Thanks.

One approach would be to create a procedure which retrieves the name of all tables in the schema using the user_tables view. Then use the user_tab_columns view to get all the column names and types. If the type is varchar2, then dynamically create a sql statement which runs a query on that column using the value which you are looking for. You would need two cursor loops for this approach: one for tables and one for columns. This approach requires good PL/SQL programming skills.
Alternately, many query tools, such as Golden, provide a search capability on query results. Just do a select * from the table and search on the results. This would need to be done table by table and the results would have to fit in the memory available to the tool.
Alternately, you can write table contents to a text file on the a server and then search the text file using operating system tools such as grep. This would require good OS scripting skills.

Table Controls: - Find selected line index

HI,
I have a table control . In tis 4 lines are visible at a time..1 field in this table comntrol is a button.
when the user clicks on a button, the details of the corresponding line should be used to trigger a new screen. If the no of lines in the table control is less than 4( o of visible lines) , i can use get cursor line, to get the index of the line selected. . but if i scrolled down and selected the button in the 15 th line, then get cursor line cannot be used as it will retrieve the no 3. CAn u please give me a solution.
thnx.

declare two variables to get line count and line index
data: wrk_linecnt(10),
wrk_lineindx(10).
get cursor line wrk_linecnt.
wrk_lineindx = <table control name>-top_line + wrk_linecnt - 1.
read table <internal table used in table control> index wrk_lineindx.

A table ABC that has 3 columns

A table ABC that has 3 columns
-ive are payments
description, amount, date
a -10000 30-08-07
b 12000 31-08-07
c 5000 31-08-07
a 15000 01-09-07
a 1200 01-09-07
b -2100 02-09-07
c -14000 03-09-07
I want to write a query to find receipt and payments for each day display according to date
Date Receipt Payment
Ragards:
M K

MK, I think user user445775 was or is close to what you want but based on your example I am going to offer up the following
If what you want is one row with the sum of the receipts (sales, cash collected, whatever) per item (description) per day then try this
select description, trunc(date), sum(amount)
from ABC
group by description, trunc(date)
You probably need to truncate the date column since normally a date column includes the day and time.
If you only want the totals per day you can leave out the description.
HTH -- Mark D Powell --

FastFox, a program that can extend by me selected letters to words or whole sentences, and even draw up tables in Wikipedia, has stopped working in Firefox.

FastFox, a program that can extend by me selected letters to words or whole sentences, and even draw up tables in Wikipedia, has stopped working in Firefox. FastFox has always worked very well with FastFox, but not anymore. FastFox still works excellent in Mozilla Thunderbird, Google Chrome and Safari, but not in Internet Explorer and Mozilla Firefox 3.6.6. I need help with this because I am disabled after a meningitis caused by medical doctors in 2005. I rely on automatic writing programs, and unfortunately does not the alternative program AllChars work in Windows 7. I do not know of any other similar programs, which write "The United States of America" when I write the code that I have chosen - "USA+". I have not downloaded any new extentions to Firefox.

Hello Stefan.
Please contact FastFox's developers for support.

Why we need internal tables how it has its own significance for its purpose

we can maintain tables in oracle also and some other features .but how internal tables differ from them in its functioning

u2022 In ABAP/4, you work mainly with tables. Tables are the essential data structures in the R/3 System. Long-life data is stored in relational database tables.
u2022 Besides database tables, you can create internal tables which exist only during the runtime of your program. ABAP/4 provides various operations for working with internal tables. You can, for example, search for, append, insert, or delete lines.
u2022 The number of lines in an internal table is not fixed. Depending on requirements, the system increases the size of internal tables at runtime.
u2022 You can use internal tables to perform table calculations on subsets of database tables. For example, you can read a certain part of a database table into an internal table (see Reading Data into an Internal Table).
From the internal table, you can then calculate totals or generate a ranked list.
In ABAP/4, you can distinguish between internal table data types, which define the structure of internal tables, and internal table data objects, which are the actual internal tables and can be filled with data. An internal table data type is an abstract definition of a data structure which can be used to declare data objects as internal tables.
u2022 Another use for internal tables is reorganizing the contents of database tables according to the needs of your program. For example, you can read data relevant for creating a telephone list from one or several large customer tables into an internal table. During the runtime of your program, you can then access this list directly without having to perform a time-consuming database query for each call.
Table type
The table type determines how ABAP will access individual table entries. Internal tables can be divided into three types:
Standard tables have an internal linear index. From a particular size upwards, the indexes of internal tables are administered as trees. In this case, the index administration overhead increases in logarithmic and not linear relation to the number of lines. The system can access records either by using the table index or the key. The response time for key access is proportional to the number of entries in the table. The key of a standard table is always non-unique. You cannot specify a unique key. This means that standard tables can always be filled very quickly, since the system does not have to check whether there are already existing entries.
Sorted tables are always saved sorted by the key. They also have an internal index. The system can access records either by using the table index or the key. The response time for key access is logarithmically proportional to the number of table entries, since the system uses a binary search. The key of a sorted table can be either unique or non-unique. When you define the table, you must specify whether the key is to be UNIQUE or NON-UNIQUE. Standard tables and sorted tables are known generically as index tables.
Hashed tables have no linear index. You can only access a hashed table using its key. The response time is independent of the number of table entries, and is constant, since the system access the table entries using a hash algorithm. The key of a hashed table must be unique. When you define the table, you must specify the key as UNIQUE.
I hope it helps.
Have a look at below link for details:
[Internal Tables|http://help.sap.com/saphelp_nw70/helpdata/en/fc/eb35de358411d1829f0000e829fbfe/frameset.htm]
Best Regards,
Vibha
Please mark all the helpful answers

Importing data tables into data tablespace and indexes into tablespaces

Hi
I want to import data into new schema and i want to store tables into data tablespaces and index into index tablespace ...can anyone tell me how it will possible...

I want to import data into new schema and i want to store tables into data tablespaces and index into index tablespace ...can anyone tell me how it will possible...
imp userid=/user/passwd show=y indexfile=import.sql indexes=n full=y
imp userid=/user/passwd show=y indexfile=import2.sql full=y
Edit the import.sql and import2.sql to modify the tables' tablespace and indexes tablespace.
execute import.sql the script in the database. this will create the tables in their respective tablespace.
imp userid=/user/passwd full=y ignore=y indexes=n constraints=y - to import just the data since the tables have already been created.
imp userid=/user/passwd full=y ignore=y rows=n - to import just the indexes since the tables and data have already been imported.

Standard Table name which has option of buffering allowed but switched off

Hi All,
Could you please list some standard tables which has option of buffering allowed but switched off ?
Tell me the procedure how to track the tables which have such property other than searching from technical settings ?
Thanks in Advance
Siva Krishna Katta
Yash Technologies

DD09L is the table you are looking for
here, give the parameter buffer allowed = 'A'. and execute. it will show you tables with buffering allowed but switched off.
examples of such tables are CSKS, CSKT and many master tables (T* tables) etc

Table: USR02BKP Table has no index

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