O/p of text literals

Hi ,
This is the code.
READ REPORT prog INTO itab.
Loop at itab into wa_line.
search wa_line starting at for ' '.
if sy-subrc eq 0.
write : / 'Column:', sy-fdpos,'Line.no:', sy-tabix.
endif.
endloop.
I want the o/p as the list of all the text literals with there corresponding line nos. used in Program-prog.
eg: line 10--> write :/ 'My name'.
line 25-->write : / 'Not valid name'.
so i need o/p as list of all the contents within ' ' in a list format.
Thanks.

Hi Abhishek,
Adapt following code as per ur scenario -
DATA: gt_tokens TYPE TABLE OF stokes WITH HEADER LINE,
      gt_stmts TYPE TABLE OF sstmnt WITH HEADER LINE,
      gt_source TYPE TABLE OF string.
READ REPORT sy-repid INTO gt_source.
SCAN ABAP-SOURCE gt_source
*                 INCLUDE PROGRAM FROM 'ZMAN_TEST'
                 TOKENS INTO gt_tokens
                 STATEMENTS INTO gt_stmts.
WRITE:/1 'Row',
       15 'Col',
       29 'Literal'.
LOOP AT gt_tokens WHERE type = 'S'.
WRITE:/1 gt_tokens-row,
         15 gt_tokens-col,
         29 gt_tokens-str.
ENDLOOP.
Regards,
Manish Joshi
I hope you know how to award points.
Message was edited by:
        Manish Joshi

Similar Messages

Listing text literals and text symbols

HI,
I am able to get list of all text literals used in a program using
SCAN ABAP-SOURCE gt_source
                INCLUDE PROGRAM FROM 'ZTEST_AM_ALV2'
                TOKENS INTO gt_tokens
                STATEMENTS INTO gt_stmts.
LOOP AT gt_tokens into w_tokens WHERE type = 'S'.
WRITE:/1 w_tokens-row,
        15 w_tokens-col,
        29 w_tokens-str.
ENDLOOP.
Now for all these text literals in g_tokens i want to list down all the text symbols which can be assigned to these literals.
Thanks.

Hi...
do this...
DATA: ITAB LIKE STANDARD TABLE OF TEXTPOOL WITH HEADER LINE.
CALL FUNCTION 'RS_TEXTPOOL_READ'
EXPORTING
    OBJECTNAME                 = SY-REPID
ACTION                     = 'EDIT'
TABLES
    TPOOL                      = ITAB
EXCEPTIONS
   OBJECT_NOT_FOUND           = 1
   PERMISSION_FAILURE         = 2
   INVALID_PROGRAM_TYPE       = 3
   ERROR_OCCURED              = 4
   ACTION_CANCELLED           = 5
   OTHERS                     = 6
IF SY-SUBRC <> 0.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
        WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
ENDIF.
LOOP AT ITAB.
WRITE:/ ITAB-KEY, ITAB-ENTRY.
ENDLOOP.
Abhishek...do not forget to give points...
Rammohan

How to find text literals

Hi All,
I need to find text literals through my code
for eg:
report ztest.
write: 'HI'.
In this how do i find whether the line is containing " ' " or not
if sy-subrc eq 0.
loop at itab into wa .
if wa-a ne ' ' '.
endif.
read
Thanks
San

hi,
i think you want to search for a text or symbol in the given string.
If it is so, then you can do this way
if itab-field CS 'AV'.
endif.
CS will take u the value AV if it exist in the itab-field.
and sy-fdpos will give u the exact position of the word AV.
so from this u can solve ur problem i suppose..

Finding 'text-'

hi,
I have to find all the text elements ie 'TEXT-' in ne given pgm.
This is required as i want the o/p as list of all the text literals and unassigned text symbols.
So any one can help on this.
Thanks.

Hi..
use this..
data:
begin of wa,
   str type string,
end of wa.
data:
itab like standard table of wa.
READ REPORT <prog> INTO itab .
loop at itab into wa.
if wa cs 'text-'.
    write:/ ' line no..',sy-tabix,
           ' The position...', sy-fdpos,
           ' the line is...' wa-str.
   endif.
endloop.
this will get u all the text literals..
Ram
Message was edited by:
        Rammohan Nagam

Finding literals

hi ,
I used following syntax to find all text literals in a given code:
SCAN ABAP-SOURCE gt_source
                INCLUDE PROGRAM FROM 'ZTEST_AM_ALV2'
                TOKENS INTO gt_tokens
                STATEMENTS INTO gt_stmts.
loop at gt_tokens into w_tokens where type = 'S'.
This gives all text literals ie '.........' , i want to also filter out all literals with text element assigned to them.eg ' Hello World',(001).
Literals like this shld be filtered out and only literals with no cooresponding Text element assigned to them should b obtained.
Thanks.

Hi..,
parameter: p_report type SY-REPID .
data :
t_sourcetab type standard table of D022S,
wa_line(72) type c,
w_char type c '''.
READ REPORT p_report INTO t_sourcetab.
Loop at t_sourcetab into wa_line.
search wa_line for w_char.
if sy-subrc eq 0.
write : 'Column:', sy-fdpos, 'Line.no:' , sy-tabix.
endif.
endloop.
regards,
sai ramesh

Problem in F data type

Hi experts...
I am using F data type and it gets value 5.50000000000E+10.
but I want value like 5.500.
I don't want to use P data type.
Please Help me.
thanks in advance.

Ankita,
Try declaring it as type quann and check.
Some additional info:-
Type F values range from /- 2.2250738585072014E-308 to 1.7976931348623157E308, as well as the number 0, with an accuracy of at least 15 decimal places.
You cannot enter floating point numbers directly in your programs. Instead, you must use text literals that can be interpreted as floating point numbers. You may use the following formats:
Decimal numbers with or without sign, with or without decimal point. The form <mantissa> E<exponent>, where the mantissa is a decimal. The exponent may be specified either with or without sign. You may also use spaces before or after the number. Examples of text literals with "floating point numbers":
'1', '-12.34567', '-765E-04', '1234E5', '12E34', '+12.3E-4', '1E160'.
Use floating point arithmetic if you need a very large value range or you are making decimal calculations, but be aware of the following features of floating point arithmetic.
Internally, the exponent and the mantissa of floating point numbers are stored separately, each in two parts. This can lead to unexpected results, despite the high degree of intrinsic accuracy. These occur mainly when performing conversions from and to type F.
For example, the number 1.5 can be represented exactly in this notation, since 1.5 = 120 + 12**(-1), but the number 0.15 can only be represented approximately by the number 0,14999999999999999. If you round 0.15 up to 1 valid digit, the result is 0.1 rather than 0.2 as you would expect. On the other hand, the number 1.5E-12 is represented by the number 1.5000000000000001E-12, which would be rounded to 2E-12.
Another example which actually occurred is the calculation of 7.27% of 73050 to an accuracy of 2 decimal places. The intermediate result 5.3107349999999997E+03, since the correct result, 5310.735, cannot be represented exactly in two parts with 53 bits. (If the hardware cannot represent a real number exactly, it uses the next representable floating point number. After rounding, you therefore get 5310.73 rather than 5310.74 as you would expect.
The ABAP runtime system calculates commercially and not "numerically" like the underlying machine arithmetic. According to the rounding algorithm of the latter, the end digit 5 must always be rounded to the nearest even number (not the next largest number), i.e. from 2.5 to 2, 3.5 to 4.
You should also note that multiplication using powers of 10 (positive or negative), is not an exact operation. For example, although 100.5 can be represented exactly in two parts, after the operation
F = F / 100 * 100
F has the value 100.49999999999999.
As well as rounding errors, the restricted number of decimal places for the mantissa can lead to the loss of trailing digits. For example, 1 - 1.0000000000000001 results in zero.
This means that you cannot rely on the last digits in floating point arithmetic. In particular, you should not usually test two floating point numbers for equality; instead, you should check whether the relative difference abs((a - b)/a) is less than a predefined limit, e.g. 10**(-7).
K.Kiran.

Like operator functionality

We have a simple select query which is using the 'Like' operator on a char(4) column.
In a oracle windows environment when we have a query such as:
select col1, col2, col3
from table1
where col1 like 'AB'
it returns everything which is = to 'AB' and doesn't seem to be including the trailing 2 spaces as would be stored becasue the column is char(4)
In a oracle unix environment when we the same query:
select col1, col2, col3
from table1
where col1 like 'AB'
it returns nothing...
It appears as if the version running on a windows environment is truncating the trailing 2 spaces when using the like expression but in a unix environment, it is not. Does anybody have any idea or clue what could be occuring or if there is some database setting which could cause this to occur?

Quote from Oracle Doc:
Character Values
Character values are compared using one of these comparison rules:
Blank-padded comparison semantics
Nonpadded comparison semantics
The following sections explain these comparison semantics.
Blank-Padded Comparison Semantics If the two values have different lengths, then Oracle first adds blanks to the end of the shorter one so their lengths are equal. Oracle then compares the values character by character up to the first character that differs. The value with the greater character in the first differing position is considered greater. If two values have no differing characters, then they are considered equal. This rule means that two values are equal if they differ only in the number of trailing blanks. Oracle uses blank-padded comparison semantics only when both values in the comparison are either expressions of datatype CHAR, NCHAR, text literals, or values returned by the USER function.
Nonpadded Comparison Semantics Oracle compares two values character by character up to the first character that differs. The value with the greater character in that position is considered greater. If two values of different length are identical up to the end of the shorter one, then the longer value is considered greater. If two values of equal length have no differing characters, then the values are considered equal. Oracle uses nonpadded comparison semantics whenever one or both values in the comparison have the datatype VARCHAR2 or NVARCHAR2.
"

New in ABAP

Hello Everybody
what is the difference between pack and floating point datatypes, i ABAP Objects book, there is mentioned that if you are concious about accuracy then use pack datatype, otherwise use floating point. i write a program
data p1 type p.
p = 3 / 4.
write p. the result of this statement is 0,75
data f1 type f.
f1 = 3 / 4.
write f1 and the result of this is statement is 7,5000000E
so when we use pack number and what floating point give me example in detail and clear
Thanks
Rai

Hi,
This is taken from ABAP Help Documentation.
ABAP contains a range of built-in elementary data types: Character (text), Numerical character (number string), Date, Time Integer, Floating point number, Packed number, and HeX code). Some of these data types are fully types (D, T, I, F), others (C, N, P, X) are generic, in the sense that you must provide further type information (length, for type p also the number of decimal places) when you create the data object .
The value range of type P fields depends on their length and the number of decimal places. P fields can be 1 to 16 bytes long, with two decimal digits packed into each byte, and one decimal digit and the sign packed into the last byte. There can be up to 14 decimal places. Auxiliary fields for intermediate results are always 16 bytes long and can thus hold up to 31 decimal digits. To ensure that the decimal point is correctly calculated, you should always set the program attribute "fixed point arithmetic". Otherwise, all numbers are specified as integers and all intermediate results for the next integer are rounded. If "fixed point arithmetic" is not set, the decimal places defined for the number only appear when outputting with WRITE.
Fixed point arithmetic is decimal arithmetic and is similar to using a pocket calculator or calculating with paper and pencil.
Type P is typically used for sizes, lengths, weights and sums of money.
Rule: If you want to calculate "down to the last penny", you should use the type P.
Type F values range from /- 2.2250738585072014E-308 to 1.7976931348623157E308, as well as the number 0, with an accuracy of at least 15 decimal places.
You cannot enter floating point numbers directly in your programs. Instead, you must use text literals that can be interpreted as floating point numbers. You may use the following formats:
Decimal numbers with or without sign, with or without decimal point. The form <mantissa> E<exponent>, where the mantissa is a decimal. The exponent may be specified either with or without sign. You may also use spaces before or after the number. Examples of text literals with "floating point numbers":
'1', '-12.34567', '-765E-04', '1234E5', '12E34', '+12.3E-4', '1E160'.
Use floating point arithmetic if you need a very large value range or you are making decimal calculations, but be aware of the following features of floating point arithmetic.
Internally, the exponent and the mantissa of floating point numbers are stored separately, each in two parts. This can lead to unexpected results, despite the high degree of intrinsic accuracy. These occur mainly when performing conversions from and to type F.
For example, the number 1.5 can be represented exactly in this notation, since 1.5 = 120 + 12**(-1), but the number 0.15 can only be represented approximately by the number 0,14999999999999999. If you round 0.15 up to 1 valid digit, the result is 0.1 rather than 0.2 as you would expect. On the other hand, the number 1.5E-12 is represented by the number 1.5000000000000001E-12, which would be rounded to 2E-12.
Another example which actually occurred is the calculation of 7.27% of 73050 to an accuracy of 2 decimal places. The intermediate result 5.3107349999999997E+03, since the correct result, 5310.735, cannot be represented exactly in two parts with 53 bits. (If the hardware cannot represent a real number exactly, it uses the next representable floating point number. After rounding, you therefore get 5310.73 rather than 5310.74 as you would expect.
The ABAP runtime system calculates commercially and not "numerically" like the underlying machine arithmetic. According to the rounding algorithm of the latter, the end digit 5 must always be rounded to the nearest even number (not the next largest number), i.e. from 2.5 to 2, 3.5 to 4.
You should also note that multiplication using powers of 10 (positive or negative), is not an exact operation. For example, although 100.5 can be represented exactly in two parts, after the operation
F = F / 100 * 100
F has the value 100.49999999999999.
As well as rounding errors, the restricted number of decimal places for the mantissa can lead to the loss of trailing digits. For example, 1 - 1.0000000000000001 results in zero.
This means that you cannot rely on the last digits in floating point arithmetic. In particular, you should not usually test two floating point numbers for equality; instead, you should check whether the relative difference abs((a - b)/a) is less than a predefined limit, e.g. 10**(-7).
Check this link also.
http://www.sapgenie.com/abap/example_code.htm

How can i get a query to count a number of strings?

I want the query to count for me how many holidays there are to the USA in my table. But im not sure how to get it to retreive the result of a string or varchar2 datatype. This is what i have tried so far.
select count(COUNTRYVIS) <<this column contains all the countries visited
from "IT220_HOLIDAYDETAILS" <<this is the table where the column is
where COUNTRYVIS = "USA" << this is the result i want it to count
ORA-00904: "USA": invalid identifier <<this is the error message im getting, is there a way to count strings?
Thanks in advance!

This has nothing to do with APEX. Please post basic SQL questions on the +{forum:id=75}+ forum.
In any OTN forum, alll code should be posted wrapped in <tt>\...\</tt> tags as described in the FAQ:
select count(COUNTRYVIS) -- this column contains all the countries visited
from "IT220_HOLIDAYDETAILS" -- this is the table where the column is
where COUNTRYVIS = "USA" -- this is the result i want it to countYou appear to be struggling with the distinction between identifiers and text literals. Hint: One uses double quotes, the other single quotes.
Note that quoted identifiers are generally not a good idea.

How to update row when data contains single quote ?

Hi,
Please see this query:
update query_tab set title='It's common knowledg' where
id='1121';I have this update query coming from .NET, but abviously this is error since single quote in the text (title column) given by user gives wrong meaning to sql parser. So, how to solve this problem ?
Edited by: bootstrap on Dec 25, 2010 9:53 AM

Hi,
To include a single-quote in a string literal, use two of them in a row:
update      query_tab
set      title     = 'It''s common knowledge'
where      id     = '1121';The method above works in any version of Oracle.
Starting in Oracle 10, you can also use Q-notation, like this:
update      query_tab
set      title     = Q'[It's common knowledge]'
where      id     = '1121';For details, look up "Text Literals" in the SQL Language manual:
http://download.oracle.com/docs/cd/B28359_01/server.111/b28286/sql_elements003.htm#sthref337

Translation of custom development

Hi all,
We are about to embark on a journey of translation... English to French. We have all the information and understanding of what SE63 can provide for us. What we are unclear on is strategies for the areas where SE63 does not cater for. For example, how do we handle cases where there are hard coded literals? Any tools, strategies to make this less painful? Important to note we have over 3 million lines of custom code to get through, so a manual solution is not a good option.
Looking for general comments on others experience in this area of Custom Development where the Standard Translation Environment doesn't meet all the needs. Even if you have comments of areas that were a pain, but don't necessarily have all the answers. Would appreciate comments on things we may not have thought of yet.
Regards,
Chris

Hi Chris
What I have seen at one of our customers was to get all customer program objects from TADIR, scan then and produce a report of what text literals were used where. Still be a big job to replace these with text elements though.
One of my colleagues suggested writing the ABAP to BABELFISH the literals and create the text-elements as the report runs, but I am of the opinion that this could be a mistake as BABELFISH can come up with some unusual translations.
Good luck
Gareth

Printing sapscript in different languages

I have a script created in EN,DE,FR,CS,SK lang. respectively.
The original language of the form is DE.When I dynamically change the language to EN in the driver (OPEN_FORM) NAST-SPRAS to EN i get the output in English lang.But when i try the same for other languages in which the form exist (SK,FR,CS,RO) .i get the error "Output not issued" Please let me know the solution for the same.

Hi,
It Initializes the text elements TEXT-nnn and language-specific text literals 'abcd.....'(nnn) (nnn = Text number) in the language specified in the
SET LANGUAGE lg statement.
Texts that have not been translated into the specified language remain unchanged.
If the text pool does not exist in the required language, all texts remain unchanged.
The statement only applies to the current program. It does not apply to external subroutines ( PERFORM) or to other programs that are called (SUBMIT).
Hope this helps you.
Pankaj Singh.

Cannot insert Chinese character into nvarchar2 field

I have tested in two environments:
1. Database Character Set: ZHS16CGB231280
National Character Set: AL16UTF8
If the field type of datatable is varchar2 or nvarchar2, the provider can read and write Chinese correctly.
2. Database Character Set:WE8MSWIN1252
National Character Set: AL16UTF8
The provider can not read and write Chinese correctly even the field type of datatable is nvarchar2
I find that for the second one, both MS .NET Managed Provider for Oracle and Oracle Managed Data Provider cannot read and write NCHAR or NVARCHAR2 fields. The data inserted into these fields become question marks.
Even if I changed the NLS_LANG registry to SIMPLIFIED CHINESE_CHINA.ZHS16CGB231280, the result is the same.
For the second situation, only after I change the Database Character Set to ZHS16CGB231280 with ALTER DATABASE CHARACTER SET statement, can I insert Chinese correctly.
Does any know why I cannot insert Chinese characters into Unicode fields when the Database Character Set is WE8MSWIN1252? Thanks.
Regards,
Jason

Hi Jason,
First of all, I am not familiar with MS .NET Managed Provider for Oracle or Oracle Managed Data Provider.
How did you insert these Simplified Chinese characters into the NVARCHAR2 column ? Are they hardcoded as string literals as part of the SQL INSERT statement ? If so, this could be because, all SQL statements are converted into the database character set before they are parsed by the SQL engine; hence these Chinese characters would be lost if your db character set was WE8MSWIN1252 but not when it was ZHS16CGB231280.
Two workarounds, both involved the removal of hardcoding chinese characters.
1. Rewrite your string literal using the SQL function UNISTR().
2. Use bind variables instead of text literals in the SQL.
Thanks
Nat

Cannot insert more than 4000 characters using PL/SQL SP to LONG columns

I have created a stored procedure which will insert more than 4000 characters in a table having long column.
The stored procedure body is as follows :
CREATE OR REPLACE PROCEDURE INSERTTOTEST(P_ZUNIQUEID IN VARCHAR2,P_LONGVAL IN LONG)
AS
BEGIN
insert into CLOBVALUESHOW(zuniqueid, longval) VALUES (p_zuniqueid, p_longval) ;
COMMIT;
END INSERTTOTEST;
When I use the RPAD function as below, it executes without any error :
EXEC INSERTTOTEST('ABCD123',rpad('',32000,'*'))*
But when I run with real-time values like the following string value :
'[ERROR] [JTA_Command_Insert_tCatalog]Error invoking Transaction Command action: JTATransactionCommand - A SQL Command Exception occured against JNJ_MDD_OCD_CPL_DS with the following command BEGIN INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1988211','09','ALB','33','NA','0','','','','ALB','8','522','305','710','50','17','208','165','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0'); INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1988211','09','ALB','33','NA','0','','','','ALB','8','522','305','710','50','17','208','165','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0'); INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('8257289','67','GGT','15','NA','0','','','','GGT','8','543','305','710','50','21','323','250','','','SP','1','0','','0','0','0','0','0','2','0','0','0','2','0','0'); INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1513209','12','PHOS','33','11','12','','','','PHOS','8','507','305','710','50','11','323','262','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0'); INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1513209','12','PHOS','33','11','12','','','','PHOS','8','507','305','710','50','11','323','262','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0'); INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1513209','12','PHOS','33','11','12','','','','PHOS','8','507','305','710','50','11','323','262','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0'); INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1450261','03','CA','33','NA','0','','','','Ca','8','506','305','710','50','11','323','262','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0'); INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1450261','03','CA','33','NA','0','','','','Ca','8','506','305','710','50','11','323','262','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0'); INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1450261','03','CA','33','NA','0','','','','Ca','8','506','305','710','50','11','323','262','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0'); INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1513209','12','PHOS','33','11','12','','','','PHOS','8','507','305','710','50','11','323','262','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0'); INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, tCatalog_SAPImport.StoreTemp, tCatalog_SAPImport.CartonCode, tCatalog_SAPImport.GrossLeakLimit, tCatalog_SAPImport.LeakLimit, tCatalog_SAPImport.CompValue, tCatalog_SAPImport.ProductType,tCatalog_SAPImport.CheckWeighHi, tCatalog_SAPImport.CheckWeighLo, tCatalog_SAPImport.SO_MASK, tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1450261','03','CA','33','NA','0','','','','Ca','8','506','305','710','50','11','323','262','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0');'*
I get the error -
Error starting at line 1 in command:
exec P_TESTCLOB(6, '[ERROR] [JTA_Command_Insert_tCatalog]Error invoking Transaction Command action: JTATransactionCommand - A SQL Command Exception occured against JNJ_MDD_OCD_CPL_DS with the following command BEGIN INSERT INTO tCatalog_SAPImport( tCatalog_SAPImport.CatalogNo, tCatalog_SAPImport.SONumber, tCatalog_SAPImport.ChemName, tCatalog_SAPImport.RH, tCatalog_SAPImport.ExpireMonth, tCatalog_SAPImport.SlidesPerCart, tCatalog_SAPImport.IDEXX_PART_NBR, tCatalog_SAPImport.TOP_FOIL_MATL_NBR, tCatalog_SAPImport.BTM_FOIL_MATL_NBR, tCatalog_SAPImport.AltChemName, ………..tCatalog_SAPImport.CAL_CURVE_PFX, tCatalog_SAPImport.PROD_INP_TYP, tCatalog_SAPImport.CTN_TUBE, tCatalog_SAPImport.SLIDE_STYLE, tCatalog_SAPImport.PROD_DESIG, tCatalog_SAPImport.SFM_AUD_RT, tCatalog_SAPImport.SPL_RT, tCatalog_SAPImport.FIRST_SLIDES_REM, tCatalog_SAPImport.SPL_FRONT, tCatalog_SAPImport.SPL_REAR, tCatalog_SAPImport.BARCODE_TYP, tCatalog_SAPImport.CHK_WEIGH_AIM, tCatalog_SAPImport.FOIL_TYP, tCatalog_SAPImport.CART_CLIP_PRES, tCatalog_SAPImport.TOP_LBL_TYP, tCatalog_SAPImport.FREEZER_MTH, tCatalog_SAPImport.OVERAGE_MTH) VALUES('1450261','03','CA','33','NA','0','','','','Ca','8','506','305','710','50','11','323','262','','','SP','1','0','','0','0','0','0','0','2','0','0','0','1','0','0');' *(the statement continues, I have trimmed it as it is not possible that amount of length in the forum. )*
Error report:
ORA-06550: line 1, column 1398:
PLS-00103: Encountered the symbol "1988211" when expecting one of the following:
) , * & = - + < / > at in is mod remainder not rem =>
<an exponent (**)> <> or != or ~= >= <= <> and or like like2
like4 likec between || multiset member submultiset
06550. 00000 - "line %s, column %s:\n%s"
*Cause: Usually a PL/SQL compilation error.
*Action:
Can anyone tell me why I am getting this error executing the same STORED PROCEDURE while inserting into the LONG column but when using RPAD functions for executing the same STORED PROCEDURE its not happening ?

>
But then why will the problem happen with this long string ?
>
You don't have a 'long string'. You have a lot of single-quoted strings combined with some unquoted strings.
There are embedded singel quotes in what you call 'this long string'.
Try using a different string delimiter so that the quotes do not cause a problem.
You can use an exclamation point ('!') since there is none in the text you provided.
Here is an example of what will not work because there is one embedded single quote
'name LIKE '%DBMS_%%'This is the same value using exclamation as the delimiter - this works because there is no exclamation in the string
q'!name LIKE '%DBMS_%%'!'1. q must be the first character
2. ' (single quote) must be the next character
3. ! (or any delimiter you choose) is the next character
4. abcdefg. . . -- this is your string that can include single quotes but not an exclamation point
5. ! is the next to last character - must be the same delimiter used as the third character
6. ' (single quote) is the last character
See the 'Text Literals' section of the SQL Reference for more examples
http://docs.oracle.com/cd/B19306_01/server.102/b14200/sql_elements003.htm
Note that this one will not work because the string includes the percent
This is the same value using exclamation as the delimiter - this works because there is no exclamation in the string
q'%name LIKE '%DBMS_%%'%'

What is '&' used in message class

Hi,
What is '&' used in message class with the message no in SE91.
Give me details idea on this.
Best Regards,
Chini

If you use '&' operator in your message, then you can pass the text/literals whatever you want to get display in the message.
For example,
In a message clase zmsg, there is a message like this...
018 Table & not exist
you can call this message from your program by passsnig the table name in to this message...
For example,
ztablename = 'BUT000'.
Message e018(zmsg) with ztablename.
Filling Message Texts Dynamically *
Message texts in table T100 can contain up to four ampersand characters (&) as placeholders. You can replace these at runtime using the WITH addition in the MESSAGE statement:
MESSAGE ... WITH f1 ... f4.
The contents of fields f1 ... f4 are then inserted sequentially into the message text in place of the placeholders.

O/p of text literals

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