Several tables in a single datafile
Hi,
Is possible to load several different tables through a single datafile , then I can choose where to start and finish the load of each table independently or the correct way is to separate the datafile in several datafiles.
So far i have not found the solution in sql loader.
Thanks, but the demo example isn`t exactly my problem. I say that the datafile contains several tables and not one table as in the example,using only the WHEN keyword, i can´t or i don´t know solve it.
Little sample of datafile:
time received delivered deferred bounced rejected
0000-0100 203 264 0 0 458
0100-0200 99 141 0 0 552
0200-0300 97 162 0 0 511
0300-0400 204 449 0 1 541
0400-0500 104 139 0 0 441
0500-0600 164 198 0 0 546
msg cnt bytes
305 160522k
206 89944k
147 101234k
Similar Messages
-
Need help with query joining several tables into a single return line
what i have:
tableA:
puid, task
id0, task0
id1, task1
id2, task2
tableB:
puid, seq, state
id0, 0, foo
id0, 1, bar
id0, 2, me
id1, 0, foo
id2, 0, foo
id2, 1, bar
tableC:
puid, seq, date
id0, 0, 12/21
id0, 1, 12/22
id0, 2, 12/22
id1, 0, 12/23
id2, 0, 12/22
id2, 1, 12/23
what i'd like to return:
id0, task0, 12/21, 12/22, 12/22
id1, task1, 12/23, N/A, N/A
id2, task2, 12/22, 12/23, N/A
N/A doesn't mean return the string "N/A"... it just means there was no value, so we don't need anything in this column (null?)
i can get output like below through several joins, however i was hoping to condense each "id" into a single line...
id0, task0, 12/21
id0, task0, 12/22
id0, task0, 12/23
id1, task1, 12/23
is this possible fairly easily?
Edited by: user9979830 on Mar 29, 2011 10:53 AM
Edited by: user9979830 on Mar 29, 2011 10:58 AMHi,
Welcome to the forum!
user9979830 wrote:
what i have:...Thanks for posting that so clearly!
Whenever you have a question, it's even better if you post CREATE TABLE and INSERT statements for your sample data, like this:
CREATE TABLE tablea
( puid VARCHAR2 (5)
, task VARCHAR2 (5)
INSERT INTO tablea (puid, task) VALUES ('id0', 'task0');
INSERT INTO tablea (puid, task) VALUES ('id1', 'task1');
INSERT INTO tablea (puid, task) VALUES ('id2', 'task2');
CREATE TABLE tablec
( puid VARCHAR2 (5)
, seq NUMBER (3)
, dt DATE -- DATE is not a good column name
INSERT INTO tablec (puid, seq, dt) VALUES ('id0', 0, DATE '2010-12-21');
INSERT INTO tablec (puid, seq, dt) VALUES ('id0', 1, DATE '2010-12-22');
INSERT INTO tablec (puid, seq, dt) VALUES ('id0', 2, DATE '2010-12-22');
INSERT INTO tablec (puid, seq, dt) VALUES ('id1', 0, DATE '2010-12-23');
INSERT INTO tablec (puid, seq, dt) VALUES ('id2', 0, DATE '2010-12-22');
INSERT INTO tablec (puid, seq, dt) VALUES ('id2', 1, DATE '2010-12-23');This way, people can re-create the problem and test their ideas.
It doesn't look like tableb plays any role in this problem, so I didn't post it.
Explain how you get the results from that data. For example, why do you want this row in the results:
PUID TASK DT1 DT2 DT3
id0 task0 12/21/2010 12/22/2010 12/22/2010rather than, say
PUID TASK DT1 DT2 DT3
id0 task0 12/22/2010 12/21/2010 12/22/2010? Does 12/21 have to go in the first column because it is the earliest date, or is it because 12/21 is related to the lowest seq value? Or do you even care about the order, just as long as all 3 dates are shown?
Always say what version of Oracle you're uisng. The query below will work in Oracle 9 (and up), but starting in Oracle 11, the SELECT ... PIVOT feature could help you.
i can get output like below through several joins, however i was hoping to condense each "id" into a single line... Condensing the output, so that there's only one line for each puid, sounds like a job for "GROUP BY puid":
WITH got_r_num AS
SELECT puid
, dt
, ROW_NUMBER () OVER ( PARTITION BY puid
ORDER BY seq -- and/or dt
) AS r_num
FROM tablec
-- WHERE ... -- If you need any filtering, put it here
SELECT a.puid
, a.task
, MIN (CASE WHEN r.r_num = 1 THEN r.dt END) AS dt1
, MIN (CASE WHEN r.r_num = 2 THEN r.dt END) AS dt2
, MIN (CASE WHEN r.r_num = 3 THEN r.dt END) AS dt3
, MIN (CASE WHEN r.r_num = 4 THEN r.dt END) AS dt4
FROM tablea a
JOIN got_r_num r ON a.puid = r.puid
GROUP BY a.puid
, a.task
ORDER BY a.puid
;I'm guessing that you want the dates arranged by seq; that is, for each puid, the date related to the lowest seq comes first, regardless of whther that date is the earliest date for that puid or not. If that's not what you need, then change the analytic ORDER BY clause.
This does not assume that the seq values are always consecutive integers (0, 1, 2, ...) for each puid. You can skip, or even duplicate values. However, if the values are always consecutive integers, starting from 0, then you could simplify this. You won't need a sub-query at all; just use seq instead of r_num in the main query.
Here's the output I got from the query above:
PUID TASK DT1 DT2 DT3 DT4
id0 task0 12/21/2010 12/22/2010 12/22/2010
id1 task1 12/23/2010
id2 task2 12/22/2010 12/23/2010As posted, the query will display the first 4 dts for each puid.
If there are fewer than 4 dts for a puid, the query will still work. It will leave some columns NULL at the end.
If there are more than 4 dts for a puid, the query will still work. It will display the first 4, and ignore the others.
There's nothing special about the number 4; you could make it 3, or 5, or 35, but whatever number you choose, you have to hard-code that many columns into the query, and always get that many columns of output.
For various ways to deal with a variable number of pivoted coolumns, see the following thread:
PL/SQL
This question actually doesn't have anything to do with SQL*Plus; it's strictly a SQL question, and SQL questions are best posted on the "SQL and PL/SQL" forum:
PL/SQL
If you're not sure whether a question is more of a SQL question or a SQL*Plus question, then post it on the SQL forum. Many more people pay attention to that forum than to this one. -
Printing several document in a single check
My user printing check from tcode fbz5. there have the option for printing one check for one document number. now their requiremnt is they need the option to print several document no of same vendor should print in one check. So, please help me regarding this issue.
Thanks, but the demo example isn`t exactly my problem. I say that the datafile contains several tables and not one table as in the example,using only the WHEN keyword, i can´t or i don´t know solve it.
Little sample of datafile:
time received delivered deferred bounced rejected
0000-0100 203 264 0 0 458
0100-0200 99 141 0 0 552
0200-0300 97 162 0 0 511
0300-0400 204 449 0 1 541
0400-0500 104 139 0 0 441
0500-0600 164 198 0 0 546
msg cnt bytes
305 160522k
206 89944k
147 101234k -
How can i fetch records from 3 tables in a single query without using join
Hi.
Can any body please tell me <b>How can i fetch records from 3 tables with a single query without using joins</b>
Thanx
prabhuduttaHi Prabgudutta,
We can fetch the data by using the views concept.
Go throuth this info we can know the how to create view and same like database table only we can fetch the data.
Views conatin the data at runtime only.
Four different view types are supported. These differ in the
way in which the view is implemented and in the methods
permitted for accessing the view data.
Database views are implemented with an equivalent view on
the database.
Projection views are used to hide fields of a table (only
projection).
Help views can be used as selection method in search helps.
Maintenance views permit you to maintain the data
distributed
on several tables for one application object at one time.
step by step creation of Maintenance view:
With the help of the table maintenance generator, you are able to maintain the ENTRIES of the table in SM30 transaction.
It can be set in transaction SE11 - Tools - Table maintenance generator.
Table maintanance Generator is used to manually input values using transaction sm30
follow below steps
1) go to se11 check table maintanance check box under attributes tab
2) utilities-table maintanance Generator-> create function group and assign it under
function group input box. Also assign authorization group default &NC& .
3) select standard recording routine radio in table table mainitainence generator to move table
contents to quality and production by assigning it to request.
4) select maintaience type as single step.
5) maintainence screen as system generated numbers this dialog box appears when you click on create button
6) save and activate table
One step, two step in Table Maintenance Generator
Single step: Only overview screen is created i.e. the Table Maintenance Program will have only one screen where you can add, delete or edit records.
Two step: Two screens namely the overview screen and Single screen are created. The user can see the key fields in the first screen and can further go on to edit further details.
SM30 is used for table maintenance(addition or deletion of records),
For all the tables in SE11 for which Table maintenance is selected , they can be maintained in SM30
Sm30 is used to maintain the table ,i.e to delete ,insert or modify the field values and all..
It creates the maintenance screen for u for the aprticular table as the maintenance is not allowed for the table..
In the SE11 delivery and maintenance tab, keep the maintenance allowed..
Then come to the SM30 and then enter the table name and press maintain..,
Give the authorization group if necessary and give the function group and then select maintenance type as one step and give the screen numbers as system specified..
Then create,,,
Then u will able to see the maintenance view for the table in which u can able to insert and delete the table values...
We use SM30 transaction for entering values into any DB table.
First we create a table in SE11 and create the table maintenance generator for that Table using (utilities-> table maintenance generator) and create it.
Then it will create a View.
After that from SM30, enter the table name and Maintain, create new entries, change the existing entries for that table.
Hope this resolves your query.
Reward all the helpful answers.
Rgds,
P.Naganjana Reddy -
Multiple Table Mapping To Single Entity in Workshop 8.1
I've taken a test run on creating entity beans with workshop 8.1, although mapping
an CMP entity to a single database table looks to be relatively straightforward,
I can't seem to find a way to map multiple database tables to a single CMP entity
(at least not via workshop). Do I have to manually modify the deployment descriptors
after building with workshop?Thanks, John.
Jingwei
"John Reynolds" <[email protected]> wrote:
>
Jingwei Zhang <[email protected]> wrote:
Is there any example of using ejbgen to map single EJB to multiple tables?
Jingwei... I found this at: http://www.beust.com/cedric/ejbgen/#multiple-table-mapping
By default, Entity beans are mapped to one table, with the attribute
table-name
on the tag @ejbgen:entity. If you want to map your Entity bean to more
than one
table, you can use the table-name attribute on individual @ejbgen:cmp-fields.
All the CMP fields that do not have a table-name attribute will use the
table
specified on @ejbgen:entity (which can therefore be considered as the
"default"
table).
If you want to map an Entity bean to several tables, you need to specify
a comma-separated
list of tables in the table-name attribute (and also on column). For
example:
* @ejbgen:cmp-field
* column = "bal1, bal2"
* table-name = "Table1, Table2"
Make sure that the number of tables matches the number of columns, and
that the
columns exist in the corresponding table (for example, in the example
above, Table1
must contain column bal1, and Table2, bal2). -
Insert multiple rows into a same table from a single record
Hi All,
I need to insert multiple rows into a same table from a single record. Here is what I am trying to do and I need your expertise. I am using Oracle 11g
DataFile
1,"1001,2001,3001,4001"
2,"1002,2002,3002,4002"
The data needs to be loaded as
Field1 Field2
1 1001
1 2001
1 3001
1 4001
2 1002
2 2002
2 3002
2 4002
ThanksYou could use SQL*Loader to load the data into a staging table with a varray column, then use a SQL insert statement to distribute it to the destination table, as demonstrated below.
SCOTT@orcl> host type test.dat
1,"1001,2001,3001,4001"
2,"1002,2002,3002,4002"
SCOTT@orcl> host type test.ctl
load data
infile test.dat
into table staging
fields terminated by ','
( field1
, numbers varray enclosed by '"' and '"' (x))
SCOTT@orcl> create table staging
2 (field1 number,
3 numbers sys.odcinumberlist)
4 /
Table created.
SCOTT@orcl> host sqlldr scott/tiger control=test.ctl log=test.log
SQL*Loader: Release 11.2.0.1.0 - Production on Wed Dec 18 21:48:09 2013
Copyright (c) 1982, 2009, Oracle and/or its affiliates. All rights reserved.
Commit point reached - logical record count 2
SCOTT@orcl> column numbers format a60
SCOTT@orcl> select * from staging
2 /
FIELD1 NUMBERS
1 ODCINUMBERLIST(1001, 2001, 3001, 4001)
2 ODCINUMBERLIST(1002, 2002, 3002, 4002)
2 rows selected.
SCOTT@orcl> create table destination
2 (field1 number,
3 field2 number)
4 /
Table created.
SCOTT@orcl> insert into destination
2 select s.field1, t.column_value
3 from staging s, table (s.numbers) t
4 /
8 rows created.
SCOTT@orcl> select * from destination
2 /
FIELD1 FIELD2
1 1001
1 2001
1 3001
1 4001
2 1002
2 2002
2 3002
2 4002
8 rows selected. -
How to show multiple dynamic tables on a single screen?
right now im displaying alv for singlr attribute of dimension.
eg for dimension PRODUCT attribute PROFITCENTER im displaying in alv when user executes it.
but the requirement is that multiple attributes can be there so multiple tables is to be displayed on a single screen.
User basically wants to see data of all attributes. if there are 10 attributes hee wants to see 10 tables as every attribute has a different table.
what i have achieved is below in snapshots. only one attribute table PRODUCT im able to display. since i believe multiple headers cant be displyed in alv so even if i display multiple dynamically populated tables on a single screen then it will be fine.
i have also ADDED my code below: ZMDREPORT
this report is for SAP BPC.
*& Report ZMDREPORT
REPORT zmdreport.
TABLES /1cpmb/bfrdp3rp.
DATA: gw_datatbl TYPE tabname,
gw_datatbl1 TYPE tabname,
gw_descrptbl TYPE tabname,
gw_attribute TYPE tabname.
DATA:
BEGIN OF gw_attr,
appset_id TYPE uja_dim_attr-appset_id,
dimension TYPE uja_dim_attr-dimension,
tech_name TYPE uja_dim_attr-tech_name,
attribute_name TYPE uja_dim_attr-attribute_name,
caption TYPE uja_dim_attr-caption,
END OF gw_attr,
gt_attr LIKE TABLE OF gw_attr.
DATA: gt_slis_fcat1 TYPE slis_t_fieldcat_alv,
gw_slis_fcat1 LIKE LINE OF gt_slis_fcat1.
DATA : gt_except TYPE TABLE OF zbpcbt007,
gw_except LIKE LINE OF gt_except,
gt_except_t TYPE TABLE OF zbpcbt007,
gt_attrib TYPE TABLE OF tabname,
gw_attrib LIKE LINE OF gt_attrib.
DATA: gr_r_ref TYPE REF TO data.
DATA:BEGIN OF gw_mdr,
appset_id TYPE uj_appset_id,
dimension TYPE uj_dim_name,
reasoncd TYPE zmdreason,
refdimension TYPE uj_dim_name,
attrib TYPE uj_attr_name,
END OF gw_mdr,
gt_mdr1 LIKE TABLE OF gw_mdr,
gt_mdr2 LIKE TABLE OF gw_mdr,
gt_mdtable1 TYPE zbpctt_attr,
gt_mdtable2 TYPE zbpctt_attr,
gw_mdtable2 LIKE LINE OF gt_mdtable2,
gt_mdtable3 TYPE zbpctt_attr,
gt_mdtable4 TYPE zbpctt_attr,
gw_mdtable4 LIKE LINE OF gt_mdtable4,
BEGIN OF gw_finalattr,
dim(32) TYPE c,
END OF gw_finalattr,
gt_finalattr LIKE TABLE OF gw_finalattr,
gt_tab1 LIKE TABLE OF gw_finalattr,
gw_tab1 LIKE LINE OF gt_tab1,
gt_tab2 LIKE TABLE OF gw_finalattr,
gw_tab2 LIKE LINE OF gt_tab2.
FIELD-SYMBOLS: <gfs_tab1> TYPE STANDARD TABLE.
FIELD-SYMBOLS: <gfs_tab2> TYPE STANDARD TABLE,
<gfs_tab3> TYPE STANDARD TABLE,
<gfs_tab4> TYPE STANDARD TABLE.
FIELD-SYMBOLS:<gfs_attr> TYPE any,
<gfs_field3> TYPE any,
<gfs_field4> TYPE any.
DATA: gw_sortcond TYPE string.
FIELD-SYMBOLS: <gfs_t_final> TYPE STANDARD TABLE.
FIELD-SYMBOLS: <gfs_final> TYPE any.
FIELD-SYMBOLS: <gfs_data> TYPE any .
SELECTION-SCREEN BEGIN OF BLOCK b1 WITH FRAME TITLE text-001.
PARAMETERS: p_env TYPE uja_dimension-appset_id OBLIGATORY.
PARAMETERS: p_dim TYPE uja_dimension-dimension OBLIGATORY.
SELECT-OPTIONS: s_member FOR /1cpmb/bfrdp3rp-mbr_name .
PARAMETERS: p_hir TYPE /1cpmb/bfrdp3rp-/cpmb/hir.
PARAMETERS:p_attr TYPE uj_attr_name MODIF ID m1.
SELECTION-SCREEN END OF BLOCK b1.
SELECTION-SCREEN BEGIN OF BLOCK b2 WITH FRAME TITLE text-002.
PARAMETERS: p_radio1 RADIOBUTTON GROUP g1 USER-COMMAND abc DEFAULT 'X',
p_radio2 RADIOBUTTON GROUP g1.
SELECTION-SCREEN END OF BLOCK b2.
SELECTION-SCREEN BEGIN OF BLOCK b3 WITH FRAME TITLE text-003.
PARAMETERS: p_reason TYPE zbpcbt007-reasoncd MODIF ID m1.
SELECTION-SCREEN END OF BLOCK b3.
*********************************************************************alv
DATA :gt_fcat TYPE lvc_t_fcat.
DATA: gw_ok_code TYPE sy-ucomm,
gw_okcode TYPE sy-ucomm.
DATA: go_custom_container TYPE REF TO cl_gui_custom_container,
gw_g_container TYPE scrfname VALUE 'CC1',
go_grid1 TYPE REF TO cl_gui_alv_grid.
DATA:BEGIN OF gw_table,
dimension TYPE uja_dimension-dimension,
END OF gw_table,
gt_tab LIKE TABLE OF gw_table ,
BEGIN OF gw_member,
mbr_name TYPE uj_dim_member,
END OF gw_member ,
gt_member LIKE TABLE OF gw_member,
BEGIN OF gw_hir ,
hir TYPE /1cpmb/bfrdp3rp-/cpmb/hir,
END OF gw_hir,
gt_hir LIKE TABLE OF gw_hir.
DATA:gt_slis_fcat2 TYPE slis_t_fieldcat_alv,
gw_slis_fcat2 LIKE LINE OF gt_slis_fcat2 .
DATA: lr_data TYPE REF TO data.
DATA :gt_fcat1 TYPE lvc_t_fcat,
gt_fcat2 TYPE lvc_t_fcat,
gt_fcat3 TYPE lvc_t_fcat,
gt_fcat2_t TYPE lvc_t_fcat,
gw_fcat LIKE LINE OF gt_fcat2,
gw_fcat3 LIKE LINE OF gt_fcat3.
DATA: gt_fcat3_t LIKE gt_fcat3.
DATA: gw_desc TYPE uj_desc.
DATA : gw_string TYPE string,
gw_str TYPE string.
DATA: gw_len TYPE string,
BEGIN OF gw_refdim,
dimension TYPE uja_dimension-dimension,
END OF gw_refdim,
gt_refdim LIKE TABLE OF gw_refdim,
gt_refdim_t LIKE TABLE OF gw_refdim,
BEGIN OF gw_refdata,
data_table TYPE tabname,
desc_table TYPE tabname,
END OF gw_refdata,
gt_refdata LIKE TABLE OF gw_refdata,
BEGIN OF gw_techattr,
tech_name TYPE uja_dim_attr-tech_name,
END OF gw_techattr,
gt_techattr LIKE TABLE OF gw_techattr,
gw_cond TYPE string.
DATA:gw_hircond TYPE string.
DATA: gt_dynpread TYPE TABLE OF dynpread,
gw_dynpread LIKE LINE OF gt_dynpread,
gw_dynpread2 LIKE LINE OF gt_dynpread,
gw_dim TYPE string,
gw_env TYPE string.
FIELD-SYMBOLS: <gfs_w_tab1> TYPE any,
<gfs_w_tab2> TYPE any,
<gfs_w_tab3> TYPE any,
<gfs_field> TYPE any,
<gfs_field2> TYPE any,
<gfs_field_final> TYPE any,
<gfs_s_fcat> TYPE lvc_s_fcat,
<gfs_s_fcat2> TYPE lvc_s_fcat,
<gfs_s_fcat3> TYPE lvc_s_fcat
AT SELECTION-SCREEN ON VALUE-REQUEST FOR p_dim.
REFRESH gt_dynpread.
gw_dynpread-fieldname = 'P_ENV'.
APPEND gw_dynpread TO gt_dynpread.
CALL FUNCTION 'DYNP_VALUES_READ'
EXPORTING
dyname = sy-repid
dynumb = sy-dynnr
* TRANSLATE_TO_UPPER = ' '
* REQUEST = ' '
* PERFORM_CONVERSION_EXITS = ' '
* PERFORM_INPUT_CONVERSION = ' '
* DETERMINE_LOOP_INDEX = ' '
* START_SEARCH_IN_CURRENT_SCREEN = 'X'
* start_search_in_main_screen = ' '
* START_SEARCH_IN_STACKED_SCREEN = ' '
* START_SEARCH_ON_SCR_STACKPOS = ' '
* SEARCH_OWN_SUBSCREENS_FIRST = ' '
* SEARCHPATH_OF_SUBSCREEN_AREAS = ' '
TABLES
dynpfields = gt_dynpread
EXCEPTIONS
invalid_abapworkarea = 1
invalid_dynprofield = 2
invalid_dynproname = 3
invalid_dynpronummer = 4
invalid_request = 5
no_fielddescription = 6
invalid_parameter = 7
undefind_error = 8
double_conversion = 9
stepl_not_found = 10
OTHERS = 11.
IF sy-subrc EQ 0.
READ TABLE gt_dynpread INTO gw_dynpread INDEX 1.
IF sy-subrc EQ 0.
TRY .
REFRESH gt_tab.
SELECT dimension
FROM uja_dimension CLIENT SPECIFIED
INTO TABLE gt_tab
WHERE mandt EQ sy-mandt
AND appset_id EQ gw_dynpread-fieldvalue.
IF sy-subrc EQ 0.
SORT gt_tab BY dimension.
DELETE ADJACENT DUPLICATES FROM gt_tab COMPARING dimension.
IF gt_tab IS NOT INITIAL.
CALL FUNCTION 'F4IF_INT_TABLE_VALUE_REQUEST' "#EC CI_SUBRC
EXPORTING
* DDIC_STRUCTURE = ''
retfield = 'DIMENSION'
* PVALKEY = ' '
dynpprog = sy-repid
dynpnr = sy-dynnr
dynprofield = 'P_DIM'(004)
* STEPL = 0
* WINDOW_TITLE =
* VALUE = ' '
value_org = 'S'
* MULTIPLE_CHOICE = ' '
* display = ''
* CALLBACK_PROGRAM = ' '
* CALLBACK_FORM = ' '
* CALLBACK_METHOD =
* MARK_TAB =
* IMPORTING
* USER_RESET =
TABLES
value_tab = gt_tab
* FIELD_TAB =
* RETURN_TAB =
* DYNPFLD_MAPPING =
EXCEPTIONS
parameter_error = 1
no_values_found = 2
OTHERS = 3
IF sy-subrc NE 0.
ENDIF.
ENDIF.
ENDIF.
CATCH cx_root.
ENDTRY.
ENDIF.
ENDIF.
AT SELECTION-SCREEN ON VALUE-REQUEST FOR s_member-low.
REFRESH gt_dynpread.
gw_dynpread-fieldname = 'P_ENV'.
APPEND gw_dynpread TO gt_dynpread.
gw_dynpread-fieldname = 'P_DIM'.
APPEND gw_dynpread TO gt_dynpread.
CALL FUNCTION 'DYNP_VALUES_READ'
EXPORTING
dyname = sy-repid
dynumb = sy-dynnr
* TRANSLATE_TO_UPPER = ' '
* REQUEST = ' '
* PERFORM_CONVERSION_EXITS = ' '
* PERFORM_INPUT_CONVERSION = ' '
* DETERMINE_LOOP_INDEX = ' '
* START_SEARCH_IN_CURRENT_SCREEN = 'X'
* start_search_in_main_screen = ' '
* START_SEARCH_IN_STACKED_SCREEN = ' '
* START_SEARCH_ON_SCR_STACKPOS = ' '
* SEARCH_OWN_SUBSCREENS_FIRST = ' '
* SEARCHPATH_OF_SUBSCREEN_AREAS = ' '
TABLES
dynpfields = gt_dynpread
EXCEPTIONS
invalid_abapworkarea = 1
invalid_dynprofield = 2
invalid_dynproname = 3
invalid_dynpronummer = 4
invalid_request = 5
no_fielddescription = 6
invalid_parameter = 7
undefind_error = 8
double_conversion = 9
stepl_not_found = 10
OTHERS = 11.
IF sy-subrc EQ 0.
SORT gt_dynpread BY fieldname.
DELETE ADJACENT DUPLICATES FROM gt_dynpread COMPARING fieldname.
IF gt_dynpread IS NOT INITIAL.
LOOP AT gt_dynpread INTO gw_dynpread.
IF gw_dynpread-fieldname EQ 'P_ENV'.
gw_env = gw_dynpread-fieldvalue.
ELSEIF gw_dynpread-fieldname EQ 'P_DIM'.
gw_dim = gw_dynpread-fieldvalue.
ENDIF.
ENDLOOP.
IF sy-subrc EQ 0.
CLEAR: gw_datatbl1, gt_member.
SELECT SINGLE data_table
INTO (gw_datatbl1)
FROM uja_dimension CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND appset_id EQ gw_env
AND dimension EQ gw_dim.
IF sy-subrc EQ 0.
TRY .
REFRESH gt_member.
SELECT mbr_name
INTO TABLE gt_member
FROM (gw_datatbl1) CLIENT SPECIFIED
WHERE mandt EQ sy-mandt .
IF sy-subrc EQ 0.
CALL FUNCTION 'F4IF_INT_TABLE_VALUE_REQUEST'
EXPORTING
* DDIC_STRUCTURE = ' '
retfield = 'MBR_NAME'
* PVALKEY = ' '
dynpprog = sy-repid
dynpnr = sy-dynnr
dynprofield = 'S_MEMBER'
* STEPL = 0
* WINDOW_TITLE =
* VALUE = ' '
value_org = 'S'
* MULTIPLE_CHOICE = ' '
* DISPLAY = ' '
callback_program = sy-repid
callback_form = 'F4CALLBACK'
* CALLBACK_METHOD =
* MARK_TAB =
* IMPORTING
* USER_RESET =
TABLES
value_tab = gt_member
* FIELD_TAB =
* RETURN_TAB =
* DYNPFLD_MAPPING =
EXCEPTIONS
parameter_error = 1
no_values_found = 2
OTHERS = 3
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
ENDIF.
CATCH cx_root.
ENDTRY.
ENDIF.
ENDIF.
ENDIF.
ENDIF.
AT SELECTION-SCREEN ON VALUE-REQUEST FOR s_member-high.
REFRESH gt_dynpread.
gw_dynpread-fieldname = 'P_ENV'.
APPEND gw_dynpread TO gt_dynpread.
gw_dynpread-fieldname = 'P_DIM'.
APPEND gw_dynpread TO gt_dynpread.
CALL FUNCTION 'DYNP_VALUES_READ'
EXPORTING
dyname = sy-repid
dynumb = sy-dynnr
* TRANSLATE_TO_UPPER = ' '
* REQUEST = ' '
* PERFORM_CONVERSION_EXITS = ' '
* PERFORM_INPUT_CONVERSION = ' '
* DETERMINE_LOOP_INDEX = ' '
* START_SEARCH_IN_CURRENT_SCREEN = 'X'
* start_search_in_main_screen = ' '
* START_SEARCH_IN_STACKED_SCREEN = ' '
* START_SEARCH_ON_SCR_STACKPOS = ' '
* SEARCH_OWN_SUBSCREENS_FIRST = ' '
* SEARCHPATH_OF_SUBSCREEN_AREAS = ' '
TABLES
dynpfields = gt_dynpread
EXCEPTIONS
invalid_abapworkarea = 1
invalid_dynprofield = 2
invalid_dynproname = 3
invalid_dynpronummer = 4
invalid_request = 5
no_fielddescription = 6
invalid_parameter = 7
undefind_error = 8
double_conversion = 9
stepl_not_found = 10
OTHERS = 11.
IF sy-subrc EQ 0.
SORT gt_dynpread BY fieldname.
DELETE ADJACENT DUPLICATES FROM gt_dynpread COMPARING fieldname.
IF gt_dynpread IS NOT INITIAL.
LOOP AT gt_dynpread INTO gw_dynpread.
IF gw_dynpread-fieldname EQ 'P_ENV'.
gw_env = gw_dynpread-fieldvalue.
ELSEIF gw_dynpread-fieldname EQ 'P_DIM'.
gw_dim = gw_dynpread-fieldvalue.
ENDIF.
ENDLOOP.
IF sy-subrc EQ 0.
CLEAR: gw_datatbl1.
SELECT SINGLE data_table
INTO (gw_datatbl1)
FROM uja_dimension CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND appset_id EQ gw_env
AND dimension EQ gw_dim.
IF sy-subrc EQ 0.
TRY .
REFRESH gt_member.
SELECT mbr_name
INTO TABLE gt_member
FROM (gw_datatbl1) CLIENT SPECIFIED
WHERE mandt EQ sy-mandt.
IF sy-subrc EQ 0.
CALL FUNCTION 'F4IF_INT_TABLE_VALUE_REQUEST'
EXPORTING
* DDIC_STRUCTURE = ' '
retfield = 'MBR_NAME'
* PVALKEY = ' '
dynpprog = sy-repid
dynpnr = sy-dynnr
dynprofield = 'S_MEMBER'
* STEPL = 0
* WINDOW_TITLE =
* VALUE = ' '
value_org = 'S'
* MULTIPLE_CHOICE = ' '
* DISPLAY = ' '
callback_program = sy-repid
callback_form = 'F4CALLBACK'
* CALLBACK_METHOD =
* MARK_TAB =
* IMPORTING
* USER_RESET =
TABLES
value_tab = gt_member
* FIELD_TAB =
* RETURN_TAB =
* DYNPFLD_MAPPING =
EXCEPTIONS
parameter_error = 1
no_values_found = 2
OTHERS = 3
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
ENDIF.
CATCH cx_root.
ENDTRY.
ENDIF.
ENDIF.
ENDIF.
ENDIF.
*& Form F4CALLBACK
* text
* -->RECORD_TAB text
* -->SHLP text
* -->CALLCONTROL text
FORM f4callback TABLES record_tab STRUCTURE seahlpres
CHANGING shlp TYPE shlp_descr
callcontrol TYPE ddshf4ctrl.
callcontrol-no_maxdisp = ''.
ENDFORM. "F4CALLBACK
AT SELECTION-SCREEN ON VALUE-REQUEST FOR p_hir.
REFRESH gt_dynpread.
CLEAR gw_dynpread.
gw_dynpread-fieldname = 'P_ENV'.
APPEND gw_dynpread TO gt_dynpread.
gw_dynpread-fieldname = 'P_DIM'.
APPEND gw_dynpread TO gt_dynpread.
CALL FUNCTION 'DYNP_VALUES_READ'
EXPORTING
dyname = sy-repid
dynumb = sy-dynnr
* TRANSLATE_TO_UPPER = ' '
* REQUEST = ' '
* PERFORM_CONVERSION_EXITS = ' '
* PERFORM_INPUT_CONVERSION = ' '
* DETERMINE_LOOP_INDEX = ' '
* START_SEARCH_IN_CURRENT_SCREEN = 'X'
* start_search_in_main_screen = ' '
* START_SEARCH_IN_STACKED_SCREEN = ' '
* START_SEARCH_ON_SCR_STACKPOS = ' '
* SEARCH_OWN_SUBSCREENS_FIRST = ' '
* SEARCHPATH_OF_SUBSCREEN_AREAS = ' '
TABLES
dynpfields = gt_dynpread
EXCEPTIONS
invalid_abapworkarea = 1
invalid_dynprofield = 2
invalid_dynproname = 3
invalid_dynpronummer = 4
invalid_request = 5
no_fielddescription = 6
invalid_parameter = 7
undefind_error = 8
double_conversion = 9
stepl_not_found = 10
OTHERS = 11.
IF sy-subrc EQ 0.
SORT gt_dynpread BY fieldname.
DELETE ADJACENT DUPLICATES FROM gt_dynpread COMPARING fieldname.
LOOP AT gt_dynpread INTO gw_dynpread.
IF gw_dynpread-fieldname EQ 'P_ENV'.
gw_env = gw_dynpread-fieldvalue.
ELSEIF gw_dynpread-fieldname EQ 'P_DIM'.
gw_dim = gw_dynpread-fieldvalue.
ENDIF.
ENDLOOP.
IF sy-subrc EQ 0.
CLEAR: gw_datatbl1.
SELECT SINGLE data_table
INTO (gw_datatbl1)
FROM uja_dimension CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND appset_id EQ gw_env
AND dimension EQ gw_dim.
IF sy-subrc EQ 0.
REFRESH gt_member.
TRY .
SELECT /cpmb/hir
INTO TABLE gt_hir
FROM (gw_datatbl1) CLIENT SPECIFIED
WHERE mandt EQ sy-mandt.
IF sy-subrc EQ 0.
SORT gt_hir BY hir.
DELETE ADJACENT DUPLICATES FROM gt_hir COMPARING hir.
IF gt_hir IS NOT INITIAL.
CALL FUNCTION 'F4IF_INT_TABLE_VALUE_REQUEST'
EXPORTING
* DDIC_STRUCTURE = ' '
retfield = '/CPMB/HIR'
* PVALKEY = ' '
dynpprog = sy-repid
dynpnr = sy-dynnr
dynprofield = 'P_HIR'
* STEPL = 0
* WINDOW_TITLE =
* VALUE = ' '
value_org = 'S'
* MULTIPLE_CHOICE = ' '
* DISPLAY = ' '
* CALLBACK_PROGRAM = ' '
* CALLBACK_FORM = ' '
* CALLBACK_METHOD =
* MARK_TAB =
* IMPORTING
* USER_RESET =
TABLES
value_tab = gt_hir
* FIELD_TAB =
* RETURN_TAB =
* DYNPFLD_MAPPING =
EXCEPTIONS
parameter_error = 1
no_values_found = 2
OTHERS = 3
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
ENDIF.
ENDIF.
CATCH cx_root.
ENDTRY.
ENDIF.
ENDIF.
ENDIF.
* CLASS lcl_main DEFINITION
CLASS lcl_main DEFINITION.
PUBLIC SECTION.
CLASS-METHODS:
create_alv1,
create_alv2,
create_alv3,
create_fieldcatalog,
create_dynamicalv,
merge_tables,
show_alv1
ENDCLASS. "lcl_main DEFINITION
* CLASS lcl_main IMPLEMENTATION
CLASS lcl_main IMPLEMENTATION.
METHOD create_fieldcatalog.
CALL FUNCTION 'LVC_FIELDCATALOG_MERGE' "#EC CI_SUBRC
EXPORTING
i_structure_name = gw_datatbl
CHANGING
ct_fieldcat = gt_fcat1
EXCEPTIONS
inconsistent_interface = 1
program_error = 2
OTHERS = 3.
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
CALL FUNCTION 'LVC_FIELDCATALOG_MERGE' "#EC CI_SUBRC
EXPORTING
i_structure_name = gw_descrptbl
CHANGING
ct_fieldcat = gt_fcat2
EXCEPTIONS
inconsistent_interface = 1
program_error = 2
OTHERS = 3.
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
ENDMETHOD. "create_fieldcatalog
METHOD create_dynamicalv.
* DATA: lr_data TYPE REF TO data.
CLEAR lr_data.
CALL METHOD cl_alv_table_create=>create_dynamic_table
"#EC CI_SUBRC
EXPORTING
* i_style_table =
it_fieldcatalog = gt_fcat2
* i_length_in_byte =
IMPORTING
ep_table = lr_data
* e_style_fname =
EXCEPTIONS
generate_subpool_dir_full = 1
OTHERS = 2.
IF sy-subrc <> 0.
*MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
* WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
ENDIF.
ENDMETHOD. "create_dynamicalv
METHOD merge_tables.
SORT gt_fcat2 BY col_pos.
ASSIGN lr_data->* TO <gfs_t_final>.
LOOP AT <gfs_tab1> ASSIGNING <gfs_w_tab1>.
APPEND INITIAL LINE TO <gfs_t_final> ASSIGNING <gfs_final>.
LOOP AT gt_fcat2 ASSIGNING <gfs_s_fcat>. "#EC CI_NESTED
ASSIGN COMPONENT <gfs_s_fcat>-fieldname OF STRUCTURE
<gfs_w_tab1> TO <gfs_field>.
IF sy-subrc EQ 0 AND <gfs_field> IS ASSIGNED.
ASSIGN COMPONENT <gfs_s_fcat>-fieldname OF STRUCTURE
<gfs_final> TO <gfs_field_final>.
IF sy-subrc EQ 0 AND <gfs_field_final> IS ASSIGNED.
<gfs_field_final> = <gfs_field>.
ENDIF.
*** Creating dynamic where clause for the key fields
IF <gfs_s_fcat>-key = 'X'.
READ TABLE gt_fcat2_t ASSIGNING <gfs_s_fcat2>
WITH KEY
key = abap_true
fieldname = <gfs_s_fcat>-fieldname.
IF sy-subrc EQ 0.
IF gw_string IS INITIAL.
*Putting value into quotes
CONCATENATE `'` <gfs_field> `'` INTO gw_str.
*Concatenating first field into string
CONCATENATE <gfs_s_fcat>-fieldname '=' gw_str
INTO gw_string SEPARATED BY space.
CLEAR gw_str.
ELSE.
*Concatenating rest all key fields
CONCATENATE `'` <gfs_field> `'` INTO gw_str.
CONCATENATE gw_string 'AND' <gfs_s_fcat>-fieldname
'=' gw_str INTO gw_string SEPARATED BY space.
CLEAR gw_str.
ENDIF.
ENDIF.
*** End of Creation
ENDIF.
ENDIF.
ENDLOOP.
IF NOT gw_string IS INITIAL.
*Concatenating sy-langu (-> always present)
CONCATENATE gw_string 'AND LANGU = SY-LANGU'
INTO gw_string SEPARATED BY space.
ENDIF.
*** Filling Description field based on dynamically created where clause
LOOP AT <gfs_tab2> ASSIGNING <gfs_w_tab2> WHERE (gw_string).
"#EC CI_NESTED
ASSIGN COMPONENT 'TXTLG' OF STRUCTURE <gfs_w_tab2>
TO <gfs_field>.
IF sy-subrc EQ 0 AND <gfs_field> IS ASSIGNED.
ASSIGN COMPONENT 'TXTLG' OF STRUCTURE <gfs_final>
TO <gfs_field_final>.
IF sy-subrc EQ 0 AND <gfs_field_final> IS ASSIGNED.
<gfs_field_final> = <gfs_field>.
ENDIF.
ENDIF.
ENDLOOP.
CLEAR gw_string.
ENDLOOP.
ENDMETHOD. "merge_tables
METHOD create_alv3.
CREATE DATA gr_r_ref TYPE TABLE OF (gw_datatbl).
ASSIGN gr_r_ref->* TO <gfs_tab1>.
SELECT *
INTO TABLE <gfs_tab1>
FROM (gw_datatbl) CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND mbr_name IN s_member
AND /cpmb/calc EQ 'N'.
IF sy-subrc EQ 0.
IF p_hir IS NOT INITIAL.
CLEAR gw_hircond.
CONCATENATE '/CPMB/HIR' 'NE' 'P_HIR' INTO gw_hircond
SEPARATED BY space.
DELETE <gfs_tab1> WHERE (gw_hircond).
ENDIF.
CLEAR: gr_r_ref.
CREATE DATA gr_r_ref TYPE TABLE OF (gw_descrptbl).
ASSIGN gr_r_ref->* TO <gfs_tab2>.
SELECT *
FROM (gw_descrptbl) CLIENT SPECIFIED
INTO TABLE <gfs_tab2>
WHERE mandt EQ sy-mandt
AND langu EQ sy-langu.
IF sy-subrc EQ 0.
READ TABLE gt_refdata INTO gw_refdata INDEX 1.
IF sy-subrc EQ 0.
CLEAR gr_r_ref.
CREATE DATA gr_r_ref TYPE TABLE OF (gw_refdata-data_table).
ASSIGN gr_r_ref->* TO <gfs_tab3>.
SELECT *
INTO TABLE <gfs_tab3>
FROM (gw_refdata-data_table) CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND /cpmb/calc EQ 'N'.
IF sy-subrc EQ 0.
CLEAR gr_r_ref.
CREATE DATA gr_r_ref TYPE TABLE OF (gw_refdata-desc_table).
ASSIGN gr_r_ref->* TO <gfs_tab4>.
SELECT *
INTO TABLE <gfs_tab4>
FROM (gw_refdata-desc_table) CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND langu EQ sy-langu.
lcl_main=>create_fieldcatalog( ).
gt_fcat2_t[] = gt_fcat2[].
DELETE gt_fcat2 WHERE fieldname NE 'TXTLG'.
APPEND LINES OF gt_fcat1 TO gt_fcat2.
gw_len = lines( gt_fcat2 ).
gw_len = gw_len + 1.
gw_fcat-fieldname = 'TXTLG1'.
gw_fcat-reptext = 'Attribute Description'.
gw_fcat-col_pos = gw_len.
gw_fcat-outputlen = 60.
APPEND gw_fcat TO gt_fcat2.
SORT gt_fcat2 BY fieldname.
READ TABLE gt_techattr INTO gw_techattr INDEX 1.
LOOP AT gt_fcat2 INTO gw_fcat.
READ TABLE gt_attr INTO gw_attr
WITH KEY tech_name = gw_fcat-fieldname.
IF sy-subrc EQ 0.
gw_fcat-reptext = gw_attr-caption.
ENDIF.
IF gw_fcat-fieldname = 'TXTLG'.
gw_fcat-outputlen = 60.
ENDIF.
MODIFY gt_fcat2 FROM gw_fcat TRANSPORTING
outputlen reptext .
IF gw_fcat-fieldname NE 'MBR_NAME'
AND gw_fcat-fieldname NE 'TXTLG'
AND gw_fcat-fieldname NE 'TXTLG1'
AND gw_fcat-fieldname NE gw_techattr-tech_name."gw_attrib.
gw_fcat-no_out = 'X'.
MODIFY gt_fcat2 FROM gw_fcat TRANSPORTING no_out.
ENDIF.
ENDLOOP.
lcl_main=>create_dynamicalv( ).
lcl_main=>merge_tables( ).
CLEAR gw_cond.
READ TABLE gt_techattr INTO gw_techattr INDEX 1.
* CONCATENATE 'MBR_NAME =' '<Gfs_field>' INTO Gw_cond
* SEPARATED BY space.
TRANSLATE gw_techattr-tech_name TO UPPER CASE.
CONCATENATE `'` gw_techattr-tech_name `'`
'=' '<Gfs_field>' INTO gw_cond
SEPARATED BY space.
CHECK NOT <gfs_t_final> IS INITIAL.
SORT <gfs_t_final> BY (gw_techattr-tech_name).
LOOP AT <gfs_tab3> ASSIGNING <gfs_w_tab3>.
ASSIGN COMPONENT 'MBR_NAME' OF STRUCTURE <gfs_w_tab3>
TO <gfs_field>.
IF sy-subrc EQ 0 AND <gfs_field> IS ASSIGNED.
DELETE <gfs_t_final> WHERE (gw_cond).
ENDIF.
IF <gfs_t_final> IS INITIAL.
EXIT.
ENDIF.
ENDLOOP.
*adding attribute description
DATA gw_cond1 TYPE string.
DATA gw_cond2 TYPE string.
CLEAR gw_cond1.
CONCATENATE `'` gw_techattr-tech_name `'` 'eq' '<gfs_field>'
INTO gw_cond1 SEPARATED BY space.
CLEAR gw_cond2.
CONCATENATE 'TXTLG1' 'eq' 'SPACE'
INTO gw_cond2 SEPARATED BY space.
CLEAR gw_cond.
CONCATENATE 'TXTLG' 'NE' 'SPACE' INTO gw_cond SEPARATED BY
space.
gw_sortcond = 'TXTLG'.
SORT <gfs_tab4> BY (gw_sortcond).
LOOP AT <gfs_t_final> ASSIGNING <gfs_final> WHERE
(gw_cond2).
ASSIGN COMPONENT gw_techattr-tech_name OF STRUCTURE
<gfs_final> TO <gfs_field>.
IF sy-subrc EQ 0 AND <gfs_field> IS ASSIGNED.
ASSIGN COMPONENT 'TXTLG1' OF STRUCTURE
<gfs_final> TO <gfs_field4>.
IF sy-subrc EQ 0 AND <gfs_field4> IS ASSIGNED.
LOOP AT <gfs_tab4> ASSIGNING <gfs_attr>
WHERE (gw_cond).
ASSIGN COMPONENT 2 OF STRUCTURE <gfs_attr> TO
<gfs_field2>.
IF sy-subrc EQ 0 AND <gfs_field2> IS ASSIGNED.
ASSIGN COMPONENT 5 OF STRUCTURE <gfs_attr>
TO <gfs_field3>.
IF sy-subrc EQ 0 AND <gfs_field3> IS ASSIGNED.
IF <gfs_field> EQ <gfs_field2>.
<gfs_field4> = <gfs_field3>.
MODIFY <gfs_t_final> FROM <gfs_final>
TRANSPORTING ('TXTLG1') WHERE (gw_cond1).
EXIT.
ENDIF.
ENDIF.
ENDIF.
ENDLOOP.
ENDIF.
ENDIF.
ENDLOOP.
* LOOP AT <gfs_tab4> ASSIGNING <gfs_attr> WHERE (gw_cond) .
* ASSIGN COMPONENT 2 OF STRUCTURE <gfs_attr> TO
* <gfs_field2>.
* IF sy-subrc EQ 0 AND <gfs_field2> IS ASSIGNED.
* ASSIGN COMPONENT 5 OF STRUCTURE <gfs_attr> TO
* <gfs_field3>.
* IF sy-subrc EQ 0 AND <gfs_field3> IS ASSIGNED.
* LOOP AT <gfs_t_final> ASSIGNING <gfs_final>
* WHERE (gw_cond2).
* ASSIGN COMPONENT gw_techattr-tech_name OF STRUCTURE
* <gfs_final> TO <gfs_field>.
* IF sy-subrc EQ 0 AND <gfs_field> IS ASSIGNED.
* ASSIGN COMPONENT 'TXTLG1' OF STRUCTURE <gfs_final>
* TO <gfs_field4>.
* IF sy-subrc EQ 0 AND <gfs_field4> IS ASSIGNED.
* IF <gfs_field> EQ <gfs_field2>.
* <gfs_field4> = <gfs_field3>.
* MODIFY <gfs_t_final> FROM <gfs_final>
* TRANSPORTING ('TXTLG1') WHERE (gw_cond1).
* EXIT.
* ENDIF.
* ENDIF.
* ENDIF.
* ENDLOOP.
* ENDIF.
* ENDIF.
* ENDLOOP.
IF <gfs_t_final> IS NOT INITIAL.
CALL SCREEN 9000.
ENDIF.
ENDIF.
ENDIF.
ENDIF.
ENDIF.
ENDMETHOD. "create_alv3
METHOD create_alv2.
READ TABLE gt_techattr INTO gw_techattr INDEX 1.
CONCATENATE gw_techattr-tech_name 'EQ' 'space' INTO gw_cond
SEPARATED
BY
space.
CREATE DATA gr_r_ref TYPE TABLE OF (gw_datatbl).
ASSIGN gr_r_ref->* TO <gfs_tab1>.
SELECT *
INTO TABLE <gfs_tab1>
FROM (gw_datatbl) CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND mbr_name IN s_member
AND /cpmb/calc EQ 'N'
AND (gw_cond).
IF sy-subrc EQ 0.
IF p_hir IS NOT INITIAL.
CLEAR gw_hircond.
CONCATENATE '/CPMB/HIR' 'NE' 'P_HIR' INTO gw_hircond
SEPARATED BY space.
DELETE <gfs_tab1> WHERE (gw_hircond).
ENDIF.
CLEAR: gr_r_ref.
CREATE DATA gr_r_ref TYPE TABLE OF (gw_descrptbl).
ASSIGN gr_r_ref->* TO <gfs_tab2>.
SELECT *
FROM (gw_descrptbl) CLIENT SPECIFIED
INTO TABLE <gfs_tab2>
WHERE mandt EQ sy-mandt
AND langu EQ sy-langu.
IF sy-subrc EQ 0.
lcl_main=>create_fieldcatalog( ).
gt_fcat2_t[] = gt_fcat2[].
DELETE gt_fcat2 WHERE fieldname NE 'TXTLG'.
APPEND LINES OF gt_fcat1 TO gt_fcat2.
SORT gt_fcat2 BY fieldname.
LOOP AT gt_fcat2 INTO gw_fcat.
READ TABLE gt_attr INTO gw_attr WITH KEY
tech_name = gw_fcat-fieldname.
IF sy-subrc EQ 0.
gw_fcat-reptext = gw_attr-caption.
ENDIF.
IF gw_fcat-fieldname = 'TXTLG'.
gw_fcat-outputlen = 60.
ENDIF.
MODIFY gt_fcat2 FROM gw_fcat TRANSPORTING outputlen reptext.
* READ TABLE gt_attrib INTO gw_attrib INDEX 1.
* IF sy-subrc EQ 0.
IF gw_fcat-fieldname NE 'MBR_NAME'
AND gw_fcat-fieldname NE 'TXTLG'
AND gw_fcat-fieldname NE gw_techattr-tech_name."gw_attrib.
gw_fcat-no_out = 'X'.
MODIFY gt_fcat2 FROM gw_fcat TRANSPORTING no_out.
ENDIF.
* ENDIF.
ENDLOOP.
lcl_main=>create_dynamicalv( ).
lcl_main=>merge_tables( ).
CHECK NOT <gfs_t_final> IS INITIAL.
SORT <gfs_t_final> BY ('MBR_NAME').
CALL SCREEN 9000.
ENDIF.
ENDIF.
ENDMETHOD. "create_alv2
METHOD create_alv1.
CREATE DATA gr_r_ref TYPE TABLE OF (gw_datatbl).
ASSIGN gr_r_ref->* TO <gfs_tab1>.
SELECT *
FROM (gw_datatbl) CLIENT SPECIFIED
INTO TABLE <gfs_tab1>
WHERE mandt EQ sy-mandt
AND mbr_name IN s_member.
IF sy-subrc EQ 0.
IF p_hir IS NOT INITIAL.
CLEAR gw_hircond.
CONCATENATE '/CPMB/HIR' 'NE' 'P_HIR'
INTO gw_hircond SEPARATED BY
space.
DELETE <gfs_tab1> WHERE (gw_hircond).
ENDIF.
CLEAR: gr_r_ref.
CREATE DATA gr_r_ref TYPE TABLE OF (gw_descrptbl).
ASSIGN gr_r_ref->* TO <gfs_tab2>.
SELECT *
FROM (gw_descrptbl) CLIENT SPECIFIED
INTO TABLE <gfs_tab2>
WHERE mandt EQ sy-mandt
AND langu EQ sy-langu.
IF sy-subrc EQ 0.
lcl_main=>create_fieldcatalog( ).
SORT gt_fcat2 BY col_pos fieldname.
gt_fcat2_t[] = gt_fcat2[].
DELETE gt_fcat2 WHERE fieldname NE 'TXTLG'.
APPEND LINES OF gt_fcat1 TO gt_fcat2.
SORT gt_fcat2 BY fieldname.
SORT gt_attr BY tech_name.
LOOP AT gt_fcat2 INTO gw_fcat .
IF gw_fcat-reptext IS INITIAL.
READ TABLE gt_attr INTO gw_attr
WITH KEY tech_name = gw_fcat-fieldname BINARY SEARCH.
IF sy-subrc EQ 0.
gw_fcat-reptext = gw_attr-caption.
ELSE.
gw_fcat-reptext = gw_fcat-fieldname.
ENDIF.
ENDIF.
IF gw_fcat-fieldname EQ 'OBJVERS'.
gw_fcat-no_out = 'X'.
ELSEIF gw_fcat-fieldname EQ 'ROWFLAG'.
gw_fcat-no_out = 'X'.
ELSEIF gw_fcat-fieldname EQ 'MBR_NAME'.
gw_fcat-no_out = 'X'.
ELSEIF gw_fcat-fieldname EQ '/CPMB/CALC'.
gw_fcat-no_out = 'X'.
ELSEIF gw_fcat-fieldname EQ 'TXTLG'.
gw_fcat-outputlen = 70.
ELSEIF gw_fcat-fieldname EQ '/CPMB/HIR'.
gw_fcat-outputlen = 20.
ENDIF.
MODIFY gt_fcat2 FROM gw_fcat
TRANSPORTING reptext no_out outputlen.
ENDLOOP.
lcl_main=>create_dynamicalv( ).
lcl_main=>merge_tables( ).
CHECK NOT <gfs_t_final> IS INITIAL.
* SORT <gfs_t_final> BY ('TXTLG').
CALL SCREEN 9000.
ENDIF.
ENDIF.
ENDMETHOD. "show_alv1
METHOD show_alv1.
IF go_custom_container IS INITIAL.
CREATE OBJECT go_custom_container
EXPORTING
* parent =
container_name = gw_g_container
* style =
* lifetime = lifetime_default
* repid =
* dynnr =
* no_autodef_progid_dynnr =
EXCEPTIONS
cntl_error = 1
cntl_system_error = 2
create_error = 3
lifetime_error = 4
lifetime_dynpro_dynpro_link = 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.
CREATE OBJECT go_grid1
EXPORTING
* i_shellstyle = 0
* i_lifetime =
i_parent = go_custom_container
* i_appl_events = 'X'
* i_parentdbg =
* i_applogparent =
* i_graphicsparent =
* i_name =
* i_fcat_complete = SPACE
EXCEPTIONS
error_cntl_create = 1
error_cntl_init = 2
error_cntl_link = 3
error_dp_create = 4
OTHERS = 5
IF sy-subrc <> 0.
* MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
* WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
ENDIF.
CALL METHOD go_grid1->set_table_for_first_display "#EC CI_SUBRC
* EXPORTING
* i_buffer_active =
* i_bypassing_buffer =
* i_consistency_check =
* i_structure_name =
* is_variant =
* i_save = 'X'
** i_default = 'X'
* is_layout =
** is_print =
** it_special_groups =
* it_toolbar_excluding =
* it_hyperlink =
* it_alv_graphics =
* it_except_qinfo =
* ir_salv_adapter =
CHANGING
it_outtab = <gfs_t_final>
it_fieldcatalog = gt_fcat2
* it_sort =
* it_filter =
EXCEPTIONS
invalid_parameter_combination = 1
program_error = 2
too_many_lines = 3
OTHERS = 4.
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
ENDIF.
ENDMETHOD. "SHOW_alv1
ENDCLASS. "lcl_main IMPLEMENTATION
AT SELECTION-SCREEN OUTPUT.
IF p_radio1 EQ 'X'.
LOOP AT SCREEN.
IF screen-group1 = 'M1'.
screen-active = 0.
MODIFY SCREEN.
ENDIF.
* IF screen-group1 = 'M'.
* screen-active = 0.
* MODIFY SCREEN.
* ENDIF.
ENDLOOP.
ENDIF.
* IF p_radio2 EQ 'X'.
* LOOP AT SCREEN.
* IF p_reason EQ 30.
* IF screen-group1 = 'M2'.
* screen-active = 0.
* MODIFY SCREEN.
* ENDIF.
* ENDIF.
* ENDLOOP.
* ENDIF.
START-OF-SELECTION.
IF p_radio1 EQ 'X'.
SELECT SINGLE data_table desc_table
INTO (gw_datatbl , gw_descrptbl)
FROM uja_dimension CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ p_dim.
IF sy-subrc EQ 0.
SELECT appset_id dimension tech_name attribute_name caption
INTO TABLE gt_attr
FROM uja_dim_attr CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ p_dim.
IF sy-subrc EQ 0.
lcl_main=>create_alv1( ).
ENDIF.
ENDIF.
ELSE.
IF p_reason NE 30.
SELECT *
INTO TABLE gt_except
FROM zbpcbt007 CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ p_dim
AND reasoncd EQ p_reason.
IF sy-subrc EQ 0.
SELECT SINGLE data_table desc_table
INTO (gw_datatbl,gw_descrptbl)
FROM uja_dimension CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ p_dim.
IF sy-subrc EQ 0.
SELECT appset_id dimension tech_name attribute_name caption
INTO TABLE gt_attr
FROM uja_dim_attr CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ p_dim.
IF sy-subrc EQ 0.
gt_except_t[] = gt_except[].
SORT gt_except_t.
DELETE ADJACENT DUPLICATES FROM gt_except_t.
IF gt_except_t IS NOT INITIAL.
SELECT tech_name
INTO TABLE gt_techattr
FROM uja_dim_attr CLIENT SPECIFIED
FOR ALL ENTRIES IN gt_except_t
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ p_dim
AND attribute_name EQ gt_except_t-attrib.
IF sy-subrc EQ 0.
lcl_main=>create_alv2( ).
ENDIF.
ENDIF.
ENDIF.
ENDIF.
ENDIF.
ELSEIF p_reason EQ 30.
SELECT SINGLE data_table desc_table
INTO (gw_datatbl,gw_descrptbl)
FROM uja_dimension CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ p_dim.
IF sy-subrc EQ 0.
* gt_except_t[] = gt_except[].
* SORT gt_except_t BY attrib.
* DELETE ADJACENT DUPLICATES FROM gt_except_t COMPARING attrib.
* IF gt_except_t IS NOT INITIAL.
SELECT refdimension
INTO TABLE gt_refdim
FROM zbpcbt009 CLIENT SPECIFIED
* FOR ALL ENTRIES IN gt_except_t
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ p_dim
AND attrib EQ p_attr."gt_except_t-attrib.
IF sy-subrc EQ 0.
gt_refdim_t[] = gt_refdim[].
SORT gt_refdim_t BY dimension.
DELETE ADJACENT DUPLICATES FROM gt_refdim_t COMPARING
dimension.
IF gt_refdim_t IS NOT INITIAL.
SELECT data_table desc_table
INTO TABLE gt_refdata
FROM uja_dimension CLIENT SPECIFIED
FOR ALL ENTRIES IN gt_refdim_t
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ gt_refdim_t-dimension.
IF sy-subrc EQ 0.
SELECT appset_id dimension tech_name attribute_name
caption
INTO TABLE gt_attr
FROM uja_dim_attr CLIENT SPECIFIED
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ p_dim.
IF sy-subrc EQ 0.
SELECT tech_name
INTO TABLE gt_techattr
FROM uja_dim_attr CLIENT SPECIFIED
* FOR ALL ENTRIES IN gt_except_t
WHERE mandt EQ sy-mandt
AND appset_id EQ p_env
AND dimension EQ p_dim
AND attribute_name EQ p_attr."gt_except_t-attrib.
IF sy-subrc EQ 0.
REFRESH: gt_refdim_t.",gt_except_t.
lcl_main=>create_alv3( ).
ENDIF.
ENDIF.
ENDIF.
ENDIF.
ENDIF.
ENDIF.
* ENDIF.
* ENDIF.
ENDIF.
ENDIF.
*& Module SHOW_ALV1 OUTPUT
*&-------Yes you can, although you need to do it slightly differently, depending on what your 'original' form is doing.
You end up having to do two things:
1. In your second tabular form, you need to explicitly identify the relevant form fields using calls to the relevant APEX_ITEM functions - as well as this, you need to 'manually' specify the array number in the arguments for the function call, ensuring it doesn't overlap with your original form. Normally, this aspect is done for you.
2. Create your own custom CRUD processes, referencing the above elements. There are a few threads floating around the forum relating to how to deal with this. Do a search for "APEX_APPLICATION.G_F" or "HTMLDB_APPLICATION.G_F" for pointers.
Happy hunting! -
How to block a single table for a single user
Hi all.
I want to block a single Z table for a single user. How to do this? If he/she tries to display data using SE16 or SE11 Tcode he/she should get an error message.
Regards,
Prajwal K.Hi Prajwal,
We can use the function modules ENQUEUE_E_TABLE for locking tables and the function module DEQUEUE_E_TABLE for unlocking tables. With this method, we don't need to lock objects in order to lock the tables. In other words, any table can be locked/unlocked using these function modules.
Check this sample code:
*Locking Table*
data:
varkey like rstable-varkey.
varkey = sy-mandt.
locking the tables............................
call function 'ENQUEUE_E_TABLE'
exporting
MODE_RSTABLE = 'E'
tabname = 'MARA'
varkey = varkey
X_TABNAME = ' '
X_VARKEY = ' '
_SCOPE = '2'
_WAIT = ' '
_COLLECT = 'X'
exceptions
foreign_lock = 1
system_failure = 2
others = 3.
Hope this helps you.
Regards,
Chandra Sekhar -
Single row editing for multiple tables in a single page
Hi!
I have split a table with many many columns into more tables with a lower number of columns. There is an ID column (sequence generated) that is Primary Key common for all tables. Obviously, the relationship between these tables is 1 to 1, so its not about having to build master-detail pages.
What I need now is to edit all these tables in a single page: one single row from each table. The Automated Row Fetch & Automatic Row Processing (DML) processes used for the old table must be replaced by something else.
Is there a way to use in a single page more pairs of such processes for more tables?
I want to avoid manually writing processes with lot of PL/SQL code to handle row fetch & update.
Keep in mind that the page will have an ID item that can be used to identify unique rows in all my tables.
Thanks,
SorinI have split a table with many many columns into more tables with a lower number of columns
IMHO that is a very bad idea. There is nothing wrong with having many columns in a table. If you would like to split them to better "categorize" them, just create views on the table and expose different subsets of the columns.
I want to avoid manually writing processes with lot of PL/SQL code to handle row fetch & update.
That is unavoidable given how you have designed the underlying tables.
You could try creating a view that joins all the tables by the PK and creating a form based on that view. Then write a INSTEAD OF trigger on the view that "doles out" the DML on the view to each of the underlying tables. -
MVC: Create a view which populates two (or more) joined tables in a single view table
I am beginner in MVC and I would like to create a view which populates two (or more) joined tables in a single view table as described below.
I have two tables:
1 - Bloggers: - bloggerID (int);
- bloggerName (string)
2 - Blogs: - blogID (int);
bloggerID (int);
- blogTitle (string);
- blogImage (string)
A blogger can have one or more blogs while one blog must be related to only one blogger.
I would like to have a view table on my webpage as the following:
Blogger Name
Blog Title
Blog Image
Noris Gang
Virus
virus.jpg
Noris Gang
Desktops
desktop.jpg
Gauthier
Books
books.png
John Leon
NNNMHJhjdhj
Nmbj.jpg
I'm using MVC 4 (or at least 3).
Thanks for your help.Hello,
From your description, it is not very clear that what you mean about the View, if it means the View concept in database as SQL Server, your required view should be as below:
Create view
as
Select Bloggers.bloggerName, Bloggers.blogTitle, Bloggers.blogImage
From Bloggers join Blogs on Bloggers.bloggerID = Blogs. bloggerID
If it means the UI view in MVC concept, I suggest you could ask it on the MVC forum:
http://forums.asp.net/1146.aspx
Regards.
We are trying to better understand customer views on social support experience, so your participation in this interview project would be greatly appreciated if you have time. Thanks for helping make community forums a great place.
Click
HERE to participate the survey. -
Move data from multiple Tables to a Single Table & Convert the list to ALV.
Hi,
My aim is to get the list of Materials with their descriptions, with MRP Controller, with Unrestriced Qty. & the Reorder Qty. So, I have to fetch the data from different tables. But finally I am not able to copy or move the fetched data from multiple tables into the single final table.
Also tell me how to convert this list into ALV.
Below is the program code.
*& Report Y_REORDER_REPORT
REPORT Y_REORDER_REPORT.
tables : marc,makt, mard.
DATA: Begin of i_final occurs 0,
matnr type marc-matnr,
maktx type makt-maktx,
DISPO type marc-DISPO,
MINBE type marc-MINBE,
LABST type mard-LABST,
end of i_final.
DATA: Begin of i_marc occurs 0,
matnr type marc-matnr,
DISPO type marc-DISPO,
MINBE type marc-MINBE,
end of i_marc.
DATA: Begin of i_makt occurs 0,
matnr type makt-matnr,
maktx type makt-maktx,
end of i_makt.
DATA: Begin of i_mard occurs 0,
matnr type mard-matnr,
LABST type mard-LABST,
LGORT TYPE MARD-LGORT,
end of i_mard.
SELECT matnr
dispo
minbe from marc
into corresponding fields of table i_marc
where dispo EQ 'STR'.
SORT I_MARC by MATNR.
WRITE: /10 'Material',
75 'MRP',
80 'Reorder Qty.'.
LOOP at i_marc.
Write: /10 i_marc-matnr,
75 i_marc-dispo,
80 i_marc-minbe.
ENDLOOP.
write: /.
SELECT matnr
MAKTX from makt
into corresponding fields of table i_makt
for all entries in i_marc
where matnr = i_marc-matnr.
LOOP at i_makt.
Write: /10 i_makt-matnr,
30 i_makt-maktx.
ENDLOOP.
SELECT matnr
LGORT
LABST from mard
into corresponding fields of table i_mard
for all entries in i_marc
where matnr = i_marc-matnr.
LOOP at i_mard.
Write: /10 i_mard-matnr,
30 I_MARD-LGORT,
40 i_mard-labst.
ENDLOOP.
move i_mard-matnr to i_final-matnr.
move i_marc-dispo to i_final-dispo.
move i_marc-minbe to i_final-minbe.
move i_makt-maktx to i_final-maktx.
move i_mard-labst to i_final-labst.
WRITE: /10 'Material',
30 'Material Desc.',
75 'MRP',
80 'Reorder Qty.',
105 'Current Stock'.
LOOP at i_final.
Write: /10 i_final-matnr,
30 i_final-maktx,
75 i_final-dispo,
80 i_final-minbe,
105 i_final-labst.
ENDLOOP.
*LOOP at i_mard.
*Write: /10 i_mard-matnr,
30 i_makt-maktx,
75 i_marc-dispo,
80 i_marc-minbe,
105 i_mard-labst.
*ENDLOOP.
Regards,
VishalChange like this,
SELECT matnr
lgort
labst FROM mard
INTO CORRESPONDING FIELDS OF TABLE i_mard
FOR ALL ENTRIES IN i_marc
WHERE matnr = i_marc-matnr.
LOOP AT i_mard.
WRITE: /10 i_mard-matnr,
30 i_mard-lgort,
40 i_mard-labst.
ENDLOOP.
LOOP AT i_marc.
READ TABLE i_mard WITH KEY matnr = i_marc-matnr.
READ TABLE i_makt WITH KEY matnr = i_marc-matnr.
MOVE i_mard-matnr TO i_final-matnr.
MOVE i_marc-dispo TO i_final-dispo.
MOVE i_marc-minbe TO i_final-minbe.
MOVE i_makt-maktx TO i_final-maktx.
MOVE i_mard-labst TO i_final-labst.
APPEND i_final.
ENDLOOP.
WRITE: /10 'Material',
30 'Material Desc.',
75 'MRP',
80 'Reorder Qty.',
105 'Current Stock'. -
Creating a combined timeline based on several timelines in several tables
Hi,
I need to extract a timeline for a customer based on valid_from and valid_to dates in several tables.
For example: I have a table named customers with an id, a valid_from and a valid_to date and a table named contracts with an contrat_name, customer_id and valid_from and valid_to:
CUSTOMERS:
ID | VALID_FROM | VALID_TO
1 | 01.03.2010 | 01.01.4000
CONTRACTS:
CONTRACT_NAME | CUSTOMER_ID | VALID_FROM | VALID_TO
ContractA | 1 | 01.03.2010 | 01.10.2010
ContractB | 1 | 01.10.2010 | 01.01.4000
The following statement would now give me the correct timeline:
select cus.id customer, con.contract_name contract, greatest(cus.valid_from,con.valid_from) valid_from, least(cus.valid_to,con.valid_to) valid_to
from customers cus
inner join contracts con on cus.id = con.customer_id;
CUSTOMER | CONTRACT | VALID_FROM | VALID_TO
1 | ContractA | 01.03.2010 | 01.10.2010
1 | ContractB | 01.10.2010 | 01.01.4000
That works, but I get a problem as soon as I have a point of time where there is no contract for a customer but I still would like to have these periods in my timeline:
Let's assume the following data and the same select statement:
CUSTOMERS:
ID | VALID_FROM | VALID_TO
1 | 01.03.2010 | 01.01.4000
CONTRACTS:
CONTRACT_NAME | CUSTOMER_ID | VALID_FROM | VALID_TO
ContractA | 1 | 01.05.2010 | 01.10.2010
ContractB | 1 | 01.12.2010 | 01.03.2011
What I would now get would be:
CUSTOMER | CONTRACT | VALID_FROM | VALID_TO
1 | ContractA | 01.05.2010 | 01.10.2010
1 | ContractB | 01.12.2010 | 01.03.2011
But what I would like to get is the following:
CUSTOMER | CONTRACT | VALID_FROM | VALID_TO
1 | null | 01.03.2010 | 01.05.2010
1 | ContractA | 01.05.2010 | 01.10.2010
1 | null | 01.10.2010 | 01.12.2010
1 | ContractB | 01.12.2010 | 01.03.2011
1 | null | 01.03.2011 | 01.01.4000
What I do not want to do is to generate a result with contract = null any time there is no contract since I actually want to join the timeline of several different tables into one and it would therefore become very complicated to assume things based on what data can or can not be found in one specific table.
Thanks for any help or ideas,
Regards,
ThomasHi, Thomas,
Thomas Schenkeli wrote:
... Is this the way you meant? Because I actually didn't have to change anything about part (b) of the statement since non-matching results were excluded by the where-clause "OR valid_from < valid_to" in the final select anyway.You're absolutely right. Sorry about the mistakes in my last message. I'm glad you solved the problem anyway.
Beware of SELECT DISTINCT . Adding DISTINCT causes the system to do extra work, often because the query was doing something wrong and generating too many rows, so you pay for it twice. In this case, the join conditions in (b) are different from (a) and (c), so b is generating too many rows. The DISTINCT in the main query corrects that mistake, but it would be more efficient just to avoid the mikstake in the first place, and use the same join conditions in all 3 branches of the UNION. (You could also factor out the join, doing it once in another sub-query, and then referencing that result set in each branch of the UNION.)
You can get the same results a little more efficiently, with a little less code, this way:
WITH union_data AS
SELECT MIN (ua.customer_id) AS customer_id
, NULL AS contract_name
, MIN (ua.valid_from) AS valid_from
, MIN (oa.valid_from) AS valid_to
, 'A' AS origin
FROM tmp_customers ua
JOIN tmp_contracts oa ON oa.customer_id = ua.customer_id
AND oa.valid_from >= ua.valid_from
AND oa.valid_to <= ua.valid_to
GROUP BY ua.id
UNION ALL
SELECT ub.customer_id
, ob.contract_name
, ob.valid_from
, ob.valid_to
, 'B' AS origin
FROM tmp_customers ub
JOIN tmp_contracts ob ON ob.customer_id = ub.customer_id
AND ob.valid_from >= ub.valid_from
AND ob.valid_to <= ub.valid_to
UNION ALL
SELECT uc.customer_id
, NULL AS contract_name
, oc.valid_to AS valid_from
, LEAD ( oc.valid_from
, 1
, uc.valid_to
) OVER ( PARTITION BY uc.id
ORDER BY oc.valid_from
) AS valid_to
, 'C' AS origin
FROM tmp_customers uc
JOIN tmp_contracts oc ON oc.customer_id = uc.customer_id
AND oc.valid_from >= uc.valid_from
AND oc.valid_to <= uc.valid_to
SELECT *
FROM union_data
WHERE contract_name IS NOT NULL
OR valid_from < valid_to
ORDER BY customer_id
, valid_from
You may have noticed that this site normally doesn't display multiple spaces in a row.
Whenever you post formatted text on this site, type these 6 characters:
\(small letters only, inside curly brackets) before and after each section of formatted text, to preserve spacing. -
Read MULTIPLE idocs data with all sgmn to my internal table in a single
Dear SAP Folks!
I have a question, I know to read SINGLE idoc data with all segments, we have FM IDOC_READ_COMPLETELY but my requirement is to Read MULTIPLE idocs data with all segments to my internal table in a single shot without keeping this FM in loop! since it is performance issue, at a time i may want to read 1000 idocs data!
Could anyone please let me know is there any way to get this, keeping mind of performance and any other FM?
Best Regards,
SriniHi,
I know idoc numbers and i can write a select Query to DB table EDID4 to get all segments data to my internal table. But i am looking for FM to do this. because i have too many number of idocs and each idoc is having many segments(I am thinking in performance point of view!) The FM IDOC_READ_COMPLETELY can accept only ONE IDOC number as import parameters at a time to get segment data. in similar way do we have any other FM? or other way? except select query to EDID4 table?
Best Regards,
Srini -
Inserting rows in 2 tables using a single query
Can we insert values in two tables using a single INSERT query?
Yes we can insert data in multiple tables using (Multiple insert statement (oracle 9i New Feature))in a single statement.
ex:
INSERT ALL
INTO sal_history VALUES(empid,hiredate,sal)
INTO mgr_history VALUES(empid,mgr,sysdate)
SELECT employee_id EMPID, hire_date HIREDATE, salary SAL, manager_id MGR
FROM employees;
sncr
Naresh -
How to encrypt column of some table with the single method on oracle7/814?
How to encrypt column of some table with the single method on oracle7/814?
How to encrypt column of some table with the single method on oracle7/814?
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