obsolete INSERT Statement

[Former Member]

In ECC I am using

INSERT ZTable statement in my program.

In EPC check i am getting obsolete stmts error like,

An explicit work area is necessary in the OO context. Use "INSERT wa INTO dbtab"

or "INSERT INTO dbtab VALUES wa" .

How to solve this. Plz anyone tell me..

[Former Member]

Hi

First declare an internal table without header line. Then declare a work area(structure) like your internal table, while looping, use 'loop at itab into wa'. Then insert wa in to database table.

Reward points if helpful.

Regards,

CS

Edited by: CSY on Mar 24, 2008 5:23 PM

[Former Member]

Insert as below ..

Loop at itab into wa_tab.

INSERT wa_tab INTO dbtab.

endloop.

[Former Member]

Hi,

Either the values can be from Work area or Internal table:

That is:

INSERT INTO (dbtabname) VALUES wa.

INSERT (dbtabname) FROM TABLE itab.

[Former Member]

Hi,

In ECC you are not supposed to declare internal Tables without header lines. Even though it does not give you a syntax error it does give an EPC error.

So in order to avoid your EPC error , just declare a header line for your internal table and loop through your internal table into the header line and insert data into the database table.

Regards,

Soumya

[Former Member]

Hi Sowmya,

IN ECC, we have to declare the internal table with some type and with separate work area.. it will work

[Former Member]

Sorry..i think there was a typo in my post.. I meant that in ECC we should not declare internal tables with header lines.

It does not give a syntax error but appears in EPC error.

Regards,

Soumya

[Former Member]

Hi,

Thanku for ur reply.

I used the insert stmt how u mentioned , I am getting sy-subrc value as 0 after INSERT stmt is processed, but no record is added in my database table.

what might be the problem? help me plz..

My code is :(no loop stmt here), i hav values in wa directly.

zmmgp_h-zz_gpno = g_gpno_count.

zmmgp_h-zz_gptype = wa_zmmgp_h-zz_gptype.

zmmgp_h-zz_gpdate = wa_zmmgp_h-zz_gpdate.

zmmgp_h-zz_gpreturn = wa_zmmgp_h-zz_gpreturn.

zmmgp_h-zz_gpexpdt = wa_zmmgp_h-zz_gpexpdt.

zmmgp_h-zz_gpactdt = wa_zmmgp_h-zz_gpactdt.

zmmgp_h-zz_locissue = wa_zmmgp_h-zz_locissue.

zmmgp_h-zz_personname = wa_zmmgp_h-zz_personname.

zmmgp_h-zz_destination = wa_zmmgp_h-zz_destination.

zmmgp_h-zz_remark1 = wa_zmmgp_h-zz_remark1.

zmmgp_h-zz_remark2 = wa_zmmgp_h-zz_remark2.

• INSERT zmmgp_h.

insert into ZMMGP_H values wa_zmmgp_h.