ABAP Keyword Documentation → ABAP - Release-Specific Changes → Changes in Release 3.0
Open SQL in Release 3.0
WHERE condition at runtime when calling SELECT
SELECT,
INSERT, UPDATE, MODIFY, and DELETE
DUPREC errors returned from INSERT ... FROM TABLE itab
SELECT with FOR ALL ENTRIES in itab
SELECT with PACKAGE SIZE n
SELECT list with aggregate functions in SELECT
INTO list in SELECT and FETCH
Other versions: 7.31 | 7.40 | 7.54
Modification 1
Partly or fully specified WHERE
condition at runtime when calling SELECT
The WHERE condition can be located partly or fully in
an internal table. This means that WHERE conditions can be constructed dynamically
at runtime. Unlike a RANGES table,
an internal table contains a WHERE condition as text. The internal table
can then be accessed using SELECT ... WHERE (itab) or SELECT
... WHERE sql_cond AND (itab). Here, itab stands for the name of the
internal table and sql_cond for the statically specified part of the WHERE condition.
Examples and further information can be found in the documentation for the WHERE clause.
Modification 2
Name of the database table or of the view specified at runtime when calling
SELECT, INSERT,
UPDATE,
MODIFY, and DELETE
The name of a database table or a view can be specified dynamically as the content of a field.
Instead of specifying the table name statically in the source code, a field name in brackets is given. The content of this field is then interpreted as the table name.
Examples and further information can be found in the documentation for the FROM clause.
Modification 3
DUPREC errors returned from INSERT ... FROM TABLE itab
In cases where one or more rows cannot be inserted because rows with the specified keys already
exist, a runtime error always occurred in the past. The addition ... ACCEPTING DUPLICATE
KEYS sets the return code SY-SUBRC to 4 rather than canceling the process. The remaining rows are then added after the command has been executed.
Further information can be found in the documentation of the command INSERT.
Modification 4
Union of solution sets in SELECT with FOR ALL ENTRIES in itab
A SELECT command with ...FOR ALL ENTRIES IN itab
WHERE sql_cond forms the union of solution sets of all SELECT commands
produced when the fields of the internal table itab referenced in the
WHERE condition are replaced by the corresponding values of a table row. This variant is very useful if, for example, an internal table is filled with composite
primary keys. All corresponding
database rows can be selected with a single SELECT command. This technique
avoids the need for a loop containing a SELECT SINGLE ... for each row of the internal table.
Examples and further information can be found in the documentation for the WHERE clause.
Modification 5
Database rows read package-by-package in SELECT with PACKAGE SIZE n
SELECT ... INTO TABLE itab PACKAGE SIZE
n places the selected rows in the internal table in packages of n
rows rather than all at once. Each new package overwrites the content of itab.
This is a good way of making sure that the internal table does not get too big. If PACKAGE
SIZE is used together with SELECT ... APPENDING TABLE itab, the previous
content of itab is preserved and each new package is added at the end of the table.
Examples and further information can be found in the documentation for the INTO clause.
Modification 6
Explicit cursor processing
The commands OPEN CURSOR, FETCH,
and CLOSE CURSOR enable nested processing of one or more database tables
without the need to keep redefining the datasets. By using the addition WITH HOLD, a cursor can be opened which is then preserved across
database commits.
Examples and further information can be found in the documentation for the ABAP commands
OPEN CURSOR,
FETCH, and CLOSE CURSOR.
Modification 7
SELECT list with
aggregate functions in SELECT
Alongside SELECT *, SELECT COUNT( *
), and SELECT SINGLE *, the aggregate functions MIN,
MAX, SUM, COUNT, and
AVG can be specified plus fields of the database table in the SELECT
list. Specifying DISTINCT causes duplicate rows to be removed automatically from the solution set.
Examples and further information can be found in the documentation for the SELECT clause.
Modification 8
If the SELECT clause specifies a list, the INTO clause can include a list of ABAP fields of equal length to be used as the target area.
Examples and further information can be found in the documentation for the INTO clause.