Display of data based on priority
Hi All,
I have a requirement of displaying data based on the priority of numbers.
Example: There are 3 Part Numbers- 342, 310, 317.
I want to store this data in Lookup table(Multi).
Is it possible to display the data based on the number like 310, 317 & then 342.
Is there any other option to do this?
Regards,
Pramod
Is it priority or is it sorting of records?
If this is sorting then you can do it in data manager, in your lookup flat just click on field name (column name) data manager automatically sort the record or right click on column name>sort>ascending/descending.
If this is priority case then please elaborate more.
Howevere, In multivalued field when you will take say 310 and 317 in main table record and do search on it in both the cases 310 and 317, DM will display same field means this record will be common in 310 and 317.
if your question is concerned to different tings, please explain.
BR,
Alok
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Select data based on status priority
ID PRO_ID PRO_OBJ_ID TASK_ID DEVELOPER_ID STATUS
121243 4940 37506 5250 6532 REJECTED
122063 4940 37506 5250 6532 CLOSE
138306 4940 37506 5250 6532 ACCEPTED
138307 4940 37506 5250 6532 WIP
Hi,
From the above table i need to select data based on status any status that is prior to CLOSE or ACCEPTED it must display all the status any status that is after CLOSE or ACCEPTED we must not consider.
In the above scenioro it must display only the first three status. after ACCEPTED it must not display any thing
Please suggest me a query how to write.
Thanks
Sudhir.Try:
SQL> with t as (
2 select 121243 id, 4940 pro_id, 37506 pro_obj_id, 5250 task_id, 6532 developer_id, 'REJECTED' status from dual union all
3 select 122063, 4940, 37506, 5250, 6532, 'CLOSE' from dual union all
4 select 138306, 4940, 37506, 5250, 6532, 'ACCEPTED' from dual union all
5 select 138307, 4940, 37506, 5250, 6532, 'WIP' from dual union all
6 select 138308, 4940, 37506, 5250, 6532, 'ACCEPTED' from dual union all
7 select 138309, 4940, 37506, 5250, 6532, 'REJECTED' from dual union all
8 select 121243, 4940, 37777, 5250, 6532, 'REJECTED' from dual union all
9 select 122063, 4940, 37777, 5250, 6532, 'CLOSE' from dual union all
10 select 138306, 4940, 37777, 5250, 6532, 'ACCEPTED' from dual union all
11 select 138307, 4940, 37777, 5250, 6532, 'WIP' from dual union all
12 select 138308, 4940, 37777, 5250, 6532, 'ACCEPTED' from dual union all
13 select 138309, 4940, 37777, 5250, 6532, 'WIP' from dual
14 ) -- actual query starts here:
15 select t1.id
16 , t1.pro_id
17 , t1.pro_obj_id
18 , t1.task_id
19 , t1.developer_id
20 , t1.status
21 from t t1
22 where id <= (select max(id)
23 from t t2
24 where t2.status in ( 'ACCEPTED', 'CLOSED' )
25 and t1.pro_id = t2.pro_id
26 and t1.pro_obj_id = t2.pro_obj_id
27 and t1.task_id = t2.task_id
28 and t1.developer_id = developer_id
29 );
ID PRO_ID PRO_OBJ_ID TASK_ID DEVELOPER_ID STATUS
121243 4940 37506 5250 6532 REJECTED
122063 4940 37506 5250 6532 CLOSE
138306 4940 37506 5250 6532 ACCEPTED
138307 4940 37506 5250 6532 WIP
138308 4940 37506 5250 6532 ACCEPTED
121243 4940 37777 5250 6532 REJECTED
122063 4940 37777 5250 6532 CLOSE
138306 4940 37777 5250 6532 ACCEPTED
138307 4940 37777 5250 6532 WIP
138308 4940 37777 5250 6532 ACCEPTED
10 rows selected.If that doesn't work then please provide us some representative sample data again. -
How to List Sales Orders based on Creation Date and Delivery Priority
Dear all,
How can we list Sales Orders based on creation date and delivery priority.
I tried using vl10a transaction code, but there we can see sales order based on delivery date.
we need to list all sales order based on delivery priority and sales order creation date.
can any one of you tell me which standard report gives such kind of report. Your suggestions will be highly appreciated.
Thank you
Raghu RamHi Raghu,
There is no st report available as per your req.
Using SQVI, you develope one report that is list of sales orders based on your req.
SQVI is used to convert a Quick View into a query.
Quick Viewer:
The Quick Viewer allows you to define reports without having to program yourself. The Quick
Viewer is especially useful for new users and occasional use.
Quick Viewer is a tool for generating reports. SAP Query offers the user a whole range of options for defining reports. SAP Query also supports different kinds of reports such as basic lists, statistics, and ranked lists. Quick Viewer, on the other hand, is a tool that allows even relatively inexperienced users to create basic lists.
Quick View definitions are user-dependent. You can transfer a Quick View into SAP Query in order to make reports, for example, accessible to additional users, or to use the other functions available in SAP Query.
The following is a comparison of Quick Views and queries:
Quick Views possess the same functional attributes as queries. However, only basic lists may be defined with Quick Views.
In contrast to queries, no user group assignment is necessary with Quick Views. Each user has his/her own personal list of Quick Views. Quick Views cannot be exchanged between users. Quick Views may, however, be converted to queries and then be made available to other users in a specific user group.
Info Sets are not required for Quick View definition. Whenever you define a Quick View, you can specify its data source explicitly. Tables, database views, table joins, logical databases, and even Info Sets, can all serve as data sources for a Quick View. You can only use additional tables and additional fields if you use an Info Set as a data source.
The Quick Viewer uses various controls. Certain hardware and software requirements must also be fulfilled before you can use the Quick Viewer.
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Reports created using the Quick Viewer may also be passed to external programs (Excel, for example).
Call the Quick Viewer using System -> Services -> Quick Viewer (or transaction SQVI).
Enter the name of the Quick View. Quick View names can contain a maximum of 14 characters.
Choose Create.
Enter a title for the Quick View and remarks, if you think they are relevant.
If you do not want to base your list on a table, use the possible entries pushbutton in the Data source field to select another data source. You can choose logical databases or Info Sets. In addition, you may also create table joins. For further information, see Selecting a Data Source.
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SQVI Table Quick viewer Used to created quick client dependent reports
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Transaction SQVI can do this and it has a very good help function that explains how it works... the drawback is that it is only for one user.
You can play around with it and see if it meets your needs...
The query results will come back in an ALV Grid or Excel... you can select what fields are returned, and have a selection screen to enter the search criteria.
You can get the report by joining the tables VBAK and VBAP.
If you have any queries, i will forward screen shots to your id.
Reward points pls.
Regards,
Govind. -
Displaying internal table fields data based on user selection
Hi all,
I am having a checkbox for each field in the internal table.
and i only have to display the fields of the internal table which the user has selected based on the check boxes provided.
Could you plz help me out, how can i display the data of only those fields which the user has selected initially.....
Thanks,
anil.Hi,
This is not the best solution but this can be one solution.
Check this code
REPORT z_sdn.
PARAMETERS:
p_kunnr AS CHECKBOX DEFAULT 'X',
p_land1 AS CHECKBOX,
p_name1 AS CHECKBOX.
DATA:
BEGIN OF fs_tab,
kunnr TYPE kunnr,
land(10) TYPE c,
name(10) TYPE c,
END OF fs_tab.
DATA:
t_tab LIKE
TABLE OF
fs_tab.
START-OF-SELECTION.
CLEAR fs_tab.
fs_tab-kunnr = '001'.
fs_tab-land = 'Land1'.
fs_tab-name = 'Name1'.
APPEND fs_tab TO t_tab.
CLEAR fs_tab.
fs_tab-kunnr = '002'.
fs_tab-land = 'Land2'.
fs_tab-name = 'Name2'.
APPEND fs_tab TO t_tab.
IF p_kunnr = 'X' AND p_land1 IS INITIAL AND p_name1 IS INITIAL.
WRITE: / 'KUNNR:'.
LOOP AT t_tab INTO fs_tab.
WRITE: / fs_tab-kunnr.
ENDLOOP.
ENDIF.
IF p_land1 = 'X' AND p_kunnr IS INITIAL AND p_name1 IS INITIAL.
WRITE: / 'LAND:'.
LOOP AT t_tab INTO fs_tab.
WRITE: / fs_tab-land.
ENDLOOP.
ENDIF.
IF p_name1 = 'X' AND p_kunnr IS INITIAL AND p_land1 IS INITIAL.
WRITE: / 'NAME:'.
LOOP AT t_tab INTO fs_tab.
WRITE: / fs_tab-name.
ENDLOOP.
ENDIF.
IF p_kunnr = 'X' AND p_land1 = 'X' AND p_name1 IS INITIAL.
WRITE: / 'KUNNR:',
'LAND'.
LOOP AT t_tab INTO fs_tab.
WRITE: / fs_tab-kunnr,
fs_tab-land.
ENDLOOP.
ENDIF.
IF p_kunnr = 'X' AND p_name1 = 'X' AND p_land1 IS INITIAL.
WRITE: / 'KUNNR:',
'NAME'.
LOOP AT t_tab INTO fs_tab.
WRITE: / fs_tab-kunnr,
fs_tab-name.
ENDLOOP.
ENDIF.
IF p_name1 = 'X' AND p_land1 = 'X' AND p_kunnr IS INITIAL.
WRITE: / 'LAND:',
'NAME:'.
LOOP AT t_tab INTO fs_tab.
WRITE: / fs_tab-land,
fs_tab-name.
ENDLOOP.
ENDIF.
IF p_name1 = 'X' AND p_land1 = 'X' AND p_kunnr = 'X'.
WRITE: / 'KUNNR',
'LAND:',
'NAME:'.
LOOP AT t_tab INTO fs_tab.
WRITE: / fs_tab-kunnr,
fs_tab-land,
fs_tab-name.
ENDLOOP.
ENDIF.
Regards
Abhijeet -
DataGrid does not display XML data
Hello, and thanks for reading this...
I am having a problem displaying XMLList data in a DataGrid.
The data is coming from a Tree control, which is receiving it
from a database using HTTPService.
The data is a list of "Job Orders" from a MySQL database,
being formatted as XML by a PHP page.
If it would be helpful to see the actual XML, a sample is
here:
http://www.anaheimwib.com/_login/get_all_orders_test2.php
All is going well until I get to the DataGrid, which doesn't
display the data, although I know it is there as I can see it in
debug mode. I've checked the dataField property of the appropriate
DataGrid column, and it appears correct.
Following is a summary of the relevant code.
...An HTTPService named "get_all_job_orders" retrieves
records from a MySQL database via PHP...
...Results are formatted as E4X:
HTTPService resultFormat="e4x"
...An XMLListCollection's source property is set to the
returned E4X XML results:
...The "order" node is what is being used as the top-level of
the XML data.
<mx:XMLListCollection id="jobOrdersReviewXMLList"
source="{get_all_job_orders.lastResult.order}"/>
...The "jobOrdersReviewXMLList" collection is assigned to be
the dataProvider property of a Tree list, using the @name syntax to
display the nodes correctly, and a change event function is defined
to add the records to a DataGrid on a separate Component for
viewing the XML records:
<mx:Tree dataProvider="{jobOrdersReviewXMLList}"
labelField="@name"
change="jobPosForm.addTreePositionsToDG(event)"/>
...Here is the relevant "jobPosForm" code (the Job Positions
Form, a separate Component based on a Form) :
...A variable is declared:
[Bindable]
public var positionsArray:XMLList;
...The variable is initialized on CreationComplete event of
the Form:
positionsArray = new XMLList;
...The Tree's change event function is defined within the
"jobPosForm" Component.
...Clicking on a Tree node fires the Change event.
...This passes an event object to the function.
...This event object contains the XML from the selected Tree
node.
...The Tree node's XML data is passed into the positionsArray
XMLList.
...This array is the dataProvider for the DataGrid, as you
will see in the following block.
public function addTreePositionsToDG(event:Event):void{
this.positionsArray = selectedNode.positions.position;
...A datagrid has its dataProvider is bound to
positionsArray.
...(I will only show one column defined here for brevity.)
...This column has its dataField property set to "POS_TITLE",
a field in the returned XML record:
<mx:DataGrid width="100%" variableRowHeight="true"
height="75%" id="dgPositions"
dataProvider="{positionsArray}" editable="false">
<mx:columns>
<mx:DataGridColumn width="25" headerText="Position Title"
dataField="POS_TITLE"/>
</mx:columns>
</mx:DataGrid>
In debug mode, I can examine the datagrid's dataProvider
property, and see that the correct XML data from the Tree control
is present. However, The datagrid does not display the data in any
of its 6 columns.
Does anyone have any advice?
Thanks for your time.Hello again,
I came up with a method of populating the DataGrid from the
selected Item of a Tree Control which displays complex XML data and
XML attributes. After the user clicks on a Tree branch, I call this
function:
public function addTreePositionsToDG(event:Event):void{
//Retrieve all "position" nodes from tree.
//Loop thru each Position.
//Add Position data to the positionsArray Array Collection.
//The DataGrid dataprovider is bound to this array, and will
be updated.
positionsArray = new ArrayCollection();
var selectedNode:Object=event.target.selectedItem;//Contains
entire branch.
for each (var position:XML in
selectedNode.positions.position){
var posArray:Array = new Array();
posArray.PK_POSITIONID = position.@PK_POSITIONID;
posArray.FK_ORDERID = position.@FK_ORDERID;
posArray.POS_TITLE = position.@POS_TITLE;
posArray.NUM_YOUTH = position.@NUM_YOUTH;
posArray.AGE_1617 = position.@AGE_1617;
posArray.AGE_1821 = position.@AGE_1821;
posArray.HOURS_WK = position.@HOURS_WK;
posArray.WAGE_RANGE_FROM = position.@WAGE_RANGE_FROM;
posArray.WAGE_RANGE_TO = position.@WAGE_RANGE_TO;
posArray.JOB_DESCR = position.@JOB_DESCR;
posArray.DES_SKILLS = position.@DES_SKILLS;
positionsArray.addItem(posArray);
So, I just had to manually go through the selected Tree node,
copy each XML attribute into a simple Array, then ADD this Array to
an ArrayCollection being used as the DataProvider for the DataGrid.
It's not elegant, but it works and I don't have to use a Label
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Flex should have an easier way of doing this. There probably is an
easier way, but the Flex documentation doesn't provide an easy path
to it.
I want to thank you, Tracy, for the all the help. I checked
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Hello Everyone,
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"("+
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Or
Are there any other alternatives to achieve this requirement?
Any help would be much appreciated.
Query:
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MEMBER [Measures].[ParameterValue] AS [City].[City Business].CURRENTMEMBER.UNIQUENAME
MEMBER [Measures].[ParameterLevel] AS [City].[City Business].CURRENTMEMBER.LEVEL.ORDINAL
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("+
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[Location].[Code 2].CURRENTMEMBER.UNIQUENAME +","+
[Location].[Descr].CURRENTMEMBER.UNIQUENAME
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Thanks, Ankit Shah
Inkey Solutions, India.
Microsoft Certified Business Management Solutions Professionals
http://www.inkeysolutions.com/MicrosoftDynamicsCRM.htmlHi,
I used following dynamic query in expression of dataset of parameter and it works like a charm.
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"MEMBER [Measures].[ParameterLevel] AS [City].[City Business].CURRENTMEMBER.LEVEL.ORDINAL "&
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"[City].[City Business].Children ON ROWS " &
" FROM [Model] WHERE ({"& join(Parameters!Location.Value,",") &"}) CELL PROPERTIES VALUE"
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Inkey Solutions, India.
Microsoft Certified Business Management Solutions Professionals
http://www.inkeysolutions.com/MicrosoftDynamicsCRM.html -
DEFECT: (Serious!) Truncates display of data in multi-byte environment
I have an oracle 10g database set up with the following nls parameters:
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NLS_CHARACTERSET AL32UTF8
NLS_COMP LINGUISTIC
NLS_CURRENCY $
NLS_DATE_FORMAT DD-MON-YYYY
NLS_DATE_LANGUAGE AMERICAN
NLS_DUAL_CURRENCY $
NLS_ISO_CURRENCY AMERICA
NLS_LANGUAGE AMERICAN
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NLS_NCHAR_CHARACTERSET UTF8
NLS_NCHAR_CONV_EXCP TRUE
NLS_NUMERIC_CHARACTERS .,
NLS_RDBMS_VERSION 10.2.0.3.0
NLS_SORT BINARY
NLS_TERRITORY AMERICA
NLS_TIMESTAMP_FORMAT DD-MON-RR HH.MI.SSXFF AM
NLS_TIMESTAMP_TZ_FORMAT DD-MON-RR HH.MI.SSXFF AM TZR
NLS_TIME_FORMAT HH.MI.SSXFF AM
NLS_TIME_TZ_FORMAT HH.MI.SSXFF AM TZR
I am querying a view in sqlserver 2000 via an odbc database link.
When I query a 26 character wide column in the view in sql developer, it will only return up to 13 characters of the data.
When I query the exact same view in the exact same sql server database from the extact same oracle database using the exact same odbc database link using sql navigator, I get the full 26 characters worth of data.
It also works just fine from the sql command line tool from 10g express.
Apparently, sql developer is confused about how to handle multi-byte data. If you ask it the length of the data in the column, it will tell you 26, but it will only show you 13.
I have found a VERY PAINFUL work around, to do a cast(column_name as varchar2(26) when I query it. But I've got hundreds of views and queries...In all other respects, the settings I have appear to be working correctly.
I can enter multi-byte characters into the sql worksheet to create a package, save it, and re-open the package with the multi-byte characters still visible.
I'm using a fallback directory for my jdk with the correct font installed, so I can see and edit multi-byte data in the data grids.
In this case, I noticed the problem on a column that only contains the standard ascii letters and digits.
Environment->Encoding = UTF-16
All the fonts are set to a font that properly displays western and ge'ez characters. The font has been in use for years, and is working correctly in all other circumstances.
The Database->NLS Parameters tab under sql developer preferences shows:
language: American
territory : American
sort: binary
comp: binary
length: char (I've also tried byte)
If there are other settings that you think might be relevant, please let me know.
I've done some more testing. I created an oracle table with a single column and did an insert into ... select from statement across the database link. The correct, full-length data appeared in the oracle table.
So, it's not a matter of whether the data is being returned or not, it is. It is simply not being displayed correctly. It appears that sql developer is making some unwarranted decisions about the datatable across the database link when it decides to display the data, because sql plus and sql navigator have no such issues.
This is really a very serious problem, because if I cannot trust the data the tool shows me, I cannot trust the tool.
It is also an invitation to make an error based upon the erroneous data display. -
Getting aggregated data based on Date in Webi.
Hi,
I have a requirement to display last 6 Months Receviables Month Wise in Webi. And i am getting data based on clearing Date in Bex query. And data from Bex query will be like
Month Measure
01.01.2014 12
06.01.2014 15
15.01.2014 16
02.02.2014 8
05.02.2014 10
12.03.2014 4
14.03.2014 6
18.03.2014 10
21.03.2014 20
30.03.2014 30
03.04.2014 30
And i want aggregated data as
Month Measure
Jan 43
Feb 18
Mar 66
Apr 30Hi Satish,
Have you tried below:
Create Month1 object as =Month([Month]) and [total]as =Sum([Measure])
Then drag both Month1 and total objects in report block.
Regards,
Yuvraj -
How to display the data monthwise in the following report
see the following report. i will give u the code
if we go to fd10n then we see the monthwise debit,credit and the outstanding amount . i want to display the data monthwise in my report. means if i select the first month then it will dislpay only month of april debit, credit, and the outstanding amount.
if anyone know the answer then please help me.
Thanks.
Dinesh
*& Report ZCUSTOMER_GROUP
REPORT ZCUSTOMER_GROUP NO STANDARD PAGE HEADING.
TABLES: KNA1,KNVV,KNB1,T151T,T685T,KNVI,TSKDT,BSID,T001,KNC1,KNC3.
TYPE-POOLS: SLIS.
TYPES: BEGIN OF IT_FINAL,
BZIRK LIKE KNVV-BZIRK,
VKBUR LIKE KNVV-VKBUR,
KDGRP LIKE KNVV-KDGRP,
KUNNR LIKE KNVV-KUNNR,
VKORG LIKE KNVV-VKORG,
VTWEG LIKE KNVV-VTWEG,
SPART LIKE KNVV-SPART,
KTGRD LIKE KNVV-KTGRD,
NAME1 LIKE KNA1-NAME1,
ORT01 LIKE KNA1-ORT01,
STCEG LIKE KNA1-STCEG,
REGIO LIKE KNA1-REGIO,
STRAS LIKE KNA1-STRAS,
TELF1 LIKE KNA1-TELF1,
WERKS LIKE KNA1-WERKS,
SPRAS TYPE SPRAS,
GFORM LIKE KNA1-GFORM,
LAND1 LIKE KNA1-LAND1,
ALTKN LIKE KNB1-ALTKN,
AKONT LIKE KNB1-AKONT,
VZSKZ TYPE KNB1-VZSKZ,
VTEXT LIKE T685T-VTEXT,
KTEXT LIKE T151T-KTEXT,
TATYP TYPE KNVI-TATYP,
TAXKD TYPE KNVI-TAXKD,
taxkd type tskdt-taxkd,
tatyp type tskdt-tatyp,
VTEXT TYPE TSKDT-VTEXT,
UMSKZ LIKE BSID-UMSKZ,
DMBTR TYPE BSID-DMBTR,
coll LIKE bsid-dmbtr,
coll1 LIKE bsid-dmbtr,
coll2 LIKE bsid-dmbtr,
coll3 LIKE bsid-dmbtr,
advance LIKE bsid-dmbtr,
deposit LIKE bsid-dmbtr,
amount type bsid-dmbtr,
shkzg type bsid-shkzg,
blart type bsid-blart,
BUDAT TYPE BSID-BUDAT,
BLDAT TYPE BSID-BLDAT,
GJAHR LIKE BSID-GJAHR,
outstand LIKE bsid-dmbtr,
debit like bsid-dmbtr,
UM01S LIKE KNC1-UM01S,
UM02S LIKE KNC1-UM02S,
UM03S LIKE KNC1-UM03S,
UM04S LIKE KNC1-UM04S,
UM05S LIKE KNC1-UM05S,
UM06S LIKE KNC1-UM06S,
UM07S LIKE KNC1-UM07S,
UM08S LIKE KNC1-UM08S,
UM09S LIKE KNC1-UM09S,
UM10S LIKE KNC1-UM10S,
UM11S LIKE KNC1-UM11S,
UM12S LIKE KNC1-UM12S,
UM13S LIKE KNC1-UM13S,
UM14S LIKE KNC1-UM14S,
UM15S LIKE KNC1-UM15S,
UM16S LIKE KNC1-UM16S,
DEBIT LIKE KNC1-UM01S,
GJAHR LIKE KNC1-GJAHR,
DEBIT TYPE STRING,
UM01H LIKE KNC1-UM01H,
UM02H LIKE KNC1-UM02H,
UM03H LIKE KNC1-UM03H,
UM04H LIKE KNC1-UM04H,
UM05H LIKE KNC1-UM05H,
UM06H LIKE KNC1-UM06H,
UM07H LIKE KNC1-UM07H,
UM08H LIKE KNC1-UM08H,
UM09H LIKE KNC1-UM09H,
UM10H LIKE KNC1-UM10H,
UM11H LIKE KNC1-UM11H,
UM12H LIKE KNC1-UM12H,
UM13H LIKE KNC1-UM13H,
UM14H LIKE KNC1-UM14H,
UM15H LIKE KNC1-UM15H,
UM16H LIKE KNC1-UM16H,
CREDIT TYPE STRING,
UMSAV LIKE KNC1-UMSAV,
GJAHR LIKE KNC1-GJAHR,
SHBKZ LIKE KNC3-SHBKZ,
SALDV LIKE KNC3-SALDV,
SOLLL LIKE KNC3-SOLLL,
HABNL LIKE KNC3-HABNL,
DOWN TYPE STRING,
DEPOSIT TYPE STRING,
COLL TYPE STRING,
END OF IT_FINAL.
TYPES : BEGIN OF IT_KNVV ,
BZIRK LIKE KNVV-BZIRK,
VKBUR LIKE KNVV-VKBUR,
KDGRP LIKE KNVV-KDGRP,
KUNNR LIKE KNVV-KUNNR,
VKORG LIKE KNVV-VKORG,
VTWEG LIKE KNVV-VTWEG,
SPART LIKE KNVV-SPART,
KTGRD LIKE KNVV-KTGRD,
END OF IT_KNVV.
TYPES: BEGIN OF IT_KNA1 ,
NAME1 LIKE KNA1-NAME1,
ORT01 LIKE KNA1-ORT01,
STCEG LIKE KNA1-STCEG,
REGIO LIKE KNA1-REGIO,
STRAS LIKE KNA1-STRAS,
TELF1 LIKE KNA1-TELF1,
WERKS LIKE KNA1-WERKS,
KUNNR LIKE KNA1-KUNNR,
GFORM LIKE KNA1-GFORM,
SPRAS TYPE SPRAS,
LAND1 LIKE KNA1-LAND1,
END OF IT_KNA1.
TYPES: BEGIN OF IT_KNB1 ,
ALTKN LIKE KNB1-ALTKN,
AKONT LIKE KNB1-AKONT,
VZSKZ TYPE KNB1-VZSKZ,
KUNNR LIKE KNB1-KUNNR,
END OF IT_KNB1.
TYPES: BEGIN OF IT_T151T ,
KTEXT LIKE T151T-KTEXT,
KDGRP LIKE T151T-KDGRP,
SPRAS TYPE SPRAS,
END OF IT_T151T.
DATA: BEGIN OF IT_T685T OCCURS 0,
VTEXT LIKE T685T-VTEXT,
spras type spras,
END OF IT_T685T.
TYPES: BEGIN OF IT_KNVI ,
TAXKD TYPE KNVI-TAXKD,
TATYP TYPE KNVI-TATYP,
KUNNR TYPE KNVI-KUNNR,
END OF IT_KNVI.
TYPES: BEGIN OF IT_TSKDT ,
TAXKD TYPE TSKDT-TAXKD,
TATYP TYPE tskdt-TATYP,
VTEXT TYPE TSKDT-TATYP,
SPRAS TYPE SPRAS,
END OF IT_TSKDT.
TYPES: BEGIN OF IT_BSID ,
UMSKZ TYPE BSID-UMSKZ,
DMBTR TYPE BSID-DMBTR,
COLL LIKE BSID-DMBTR,
COLL1 LIKE BSID-DMBTR,
COLL2 LIKE BSID-DMBTR,
COLL3 LIKE BSID-DMBTR,
ADVANCE LIKE BSID-DMBTR,
DEPOSIT LIKE BSID-DMBTR,
SHKZG TYPE BSID-SHKZG,
KUNNR TYPE BSID-KUNNR,
BUDAT TYPE BSID-BUDAT,
BLART TYPE BSID-BLART,
OUTSTAND LIKE BSID-DMBTR,
GJAHR LIKE BSID-GJAHR,
END OF IT_BSID.
TYPES : BEGIN OF IT_KNC1,
UM01S LIKE KNC1-UM01S,
UM02S LIKE KNC1-UM02S,
UM03S LIKE KNC1-UM03S,
UM04S LIKE KNC1-UM04S,
UM05S LIKE KNC1-UM05S,
UM06S LIKE KNC1-UM06S,
UM07S LIKE KNC1-UM07S,
UM08S LIKE KNC1-UM08S,
UM09S LIKE KNC1-UM09S,
UM10S LIKE KNC1-UM10S,
UM11S LIKE KNC1-UM11S,
UM12S LIKE KNC1-UM12S,
UM13S LIKE KNC1-UM13S,
UM14S LIKE KNC1-UM14S,
UM15S LIKE KNC1-UM15S,
UM16S LIKE KNC1-UM16S,
DEBIT LIKE KNC1-UM01S,
DEBIT TYPE STRING,
UM01H LIKE KNC1-UM01H,
UM02H LIKE KNC1-UM02H,
UM03H LIKE KNC1-UM03H,
UM04H LIKE KNC1-UM04H,
UM05H LIKE KNC1-UM05H,
UM06H LIKE KNC1-UM06H,
UM07H LIKE KNC1-UM07H,
UM08H LIKE KNC1-UM08H,
UM09H LIKE KNC1-UM09H,
UM10H LIKE KNC1-UM10H,
UM11H LIKE KNC1-UM11H,
UM12H LIKE KNC1-UM12H,
UM13H LIKE KNC1-UM13H,
UM14H LIKE KNC1-UM14H,
UM15H LIKE KNC1-UM15H,
UM16H LIKE KNC1-UM16H,
CREDIT TYPE STRING,
UMSAV LIKE KNC1-UMSAV,
KUNNR LIKE KNC1-KUNNR,
GJAHR LIKE KNC1-GJAHR,
END OF IT_KNC1.
TYPES : BEGIN OF IT_KNC3,
SHBKZ LIKE KNC3-SHBKZ,
SALDV LIKE KNC3-SALDV,
SOLLL LIKE KNC3-SOLLL,
HABNL LIKE KNC3-HABNL,
KUNNR LIKE KNC3-KUNNR,
GJAHR LIKE KNC3-GJAHR,
DOWN TYPE STRING,
DEPOSIT TYPE STRING,
END OF IT_KNC3.
*INTERNAL TABLE DECLARATION
DATA: I_FINAL TYPE STANDARD TABLE OF IT_FINAL,
I_KNVV TYPE STANDARD TABLE OF IT_KNVV,
I_KNA1 TYPE STANDARD TABLE OF IT_KNA1,
I_KNB1 TYPE STANDARD TABLE OF IT_KNB1,
I_T151T TYPE STANDARD TABLE OF IT_T151T,
I_KNVI TYPE STANDARD TABLE OF IT_KNVI,
I_TSKDT TYPE STANDARD TABLE OF IT_TSKDT,
I_BSID TYPE STANDARD TABLE OF IT_BSID,
I_KNC1 TYPE STANDARD TABLE OF IT_KNC1,
I_KNC3 TYPE STANDARD TABLE OF IT_KNC3.
*DECLARATION FOR THE WORK AREA
DATA: WA_FINAL TYPE IT_FINAL,
WA_KNVV TYPE IT_KNVV,
WA_KNA1 TYPE IT_KNA1,
WA_KNB1 TYPE IT_KNB1,
WA_T151T TYPE IT_T151T,
WA_KNVI TYPE IT_KNVI,
WA_TSKDT TYPE IT_TSKDT,
WA_BSID TYPE IT_BSID,
WA_KNC1 TYPE IT_KNC1,
WA_KNC3 TYPE IT_KNC3.
DECLARATION FOR THE FIELD CATALOG.
DATA: FIELDCATALOG TYPE SLIS_T_FIELDCAT_ALV WITH HEADER LINE,
WA_FIELDCATALOG TYPE SLIS_T_FIELDCAT_ALV WITH HEADER LINE,
GD_LAYOUT TYPE SLIS_LAYOUT_ALV.
DATA GD_REPID LIKE SY-REPID.
SELECTION-SCREEN BEGIN OF BLOCK B1 WITH FRAME TITLE TEXT-001.
BREAK-POINT.
SELECT-OPTIONS: CUST_GRP FOR KNVV-KDGRP.
SELECT-OPTIONS: SALES_OF FOR KNVV-VKBUR.
SELECT-OPTIONS: REGION FOR KNA1-REGIO.
SELECT-OPTIONS: DATE FOR BSID-BLDAT.
SELECT-OPTIONS: YEAR FOR KNC1-GJAHR.
SELECT-OPTIONS: CUST_NO FOR KNVV-KUNNR.
SELECTION-SCREEN :END OF BLOCK B1.
* DECLARATION FOR THE SUBROUTIN FOR BASIC LIST.
PERFORM data_retrival.
PERFORM F_GET_I_KNVV_DATA.
PERFORM F_GET_I_KNA1_DATA.
PERFORM F_GET_I_KNB1_DATA.
PERFORM F_GET_I_T151T_DATA.
*PERFORM F_GET_IT_T685T_DATA.
PERFORM F_GET_I_KNVI_DATA.
PERFORM F_GET_I_TSKDT_DATA.
PERFORM F_GET_I_BSID_DATA.
PERFORM F_GET_I_KNC1_DATA.
PERFORM F_GET_I_KNC3_DATA.
PERFORM F_GET_I_FINAL_DATA.
PERFORM DATA_BUILD.
PERFORM DATA_CALL.
FORM F_GET_I_KNVV_DATA.
SELECT BZIRK KDGRP KTGRD KUNNR SPART VKBUR VKORG VTWEG
FROM KNVV
INTO CORRESPONDING FIELDS OF TABLE I_KNVV
WHERE KDGRP IN CUST_GRP AND VKBUR IN SALES_OF AND KUNNR IN CUST_NO.
ENDFORM.
FORM F_GET_I_KNA1_DATA.
SELECT KUNNR NAME1 ORT01 REGIO STCEG STRAS TELF1 WERKS GFORM SPRAS LAND1
FROM KNA1
INTO CORRESPONDING FIELDS OF TABLE I_KNA1 FOR ALL ENTRIES IN I_KNVV
WHERE KUNNR = I_KNVV-KUNNR AND REGIO IN REGION AND LAND1 = 'IN' .
ENDFORM.
FORM F_GET_I_KNB1_DATA.
SELECT ALTKN AKONT VZSKZ KUNNR
FROM KNB1
INTO CORRESPONDING FIELDS OF TABLE I_KNB1 FOR ALL ENTRIES IN I_KNVV
WHERE KUNNR = I_KNVV-KUNNR.
ENDFORM.
FORM F_GET_I_T151T_DATA.
SELECT KTEXT KDGRP SPRAS
FROM T151T
INTO CORRESPONDING FIELDS OF TABLE I_T151T FOR ALL ENTRIES IN I_KNVV
WHERE KDGRP = I_KNVV-KDGRP AND SPRAS = 'E' .
ENDFORM.
*FORM F_GET_IT_T685T_DATA.
*select vtext spras
*from t685t
*into CORRESPONDING FIELDS OF TABLE it_t685t for all entries in it_kna1
where spras = it_kna1-spras and spras = 'E'.
*endform.
FORM F_GET_I_KNVI_DATA.
SELECT TAXKD TATYP KUNNR
FROM KNVI
INTO CORRESPONDING FIELDS OF TABLE I_KNVI FOR ALL ENTRIES IN I_KNVV
WHERE KUNNR = I_KNVV-KUNNR
AND TAXKD = '8' OR TAXKD = '3' OR TAXKD = '0'
AND TATYP = 'Z1AU' OR TATYP = 'ZCST'.
*and ( taxkd = '8' or taxkd = '0' or taxkd = '3')
and ( tatyp = 'Z1AU' OR TATYP = 'ZCST' ).
ENDFORM.
FORM F_GET_I_TSKDT_DATA.
SELECT VTEXT TAXKD SPRAS FROM
TSKDT
INTO CORRESPONDING FIELDS OF TABLE I_TSKDT FOR ALL ENTRIES IN I_KNVI
WHERE TAXKD = I_KNVI-TAXKD AND SPRAS = 'E'.
ENDFORM.
FORM F_GET_I_BSID_DATA.
*DATA: DMBTR TYPE BSID-DMBTR,
OUTSTAND LIKE BSID-DMBTR.
SELECT UMSKZ DMBTR SHKZG KUNNR BLART GJAHR BUDAT BLDAT
FROM BSID
INTO CORRESPONDING FIELDS OF TABLE I_BSID
FOR ALL ENTRIES IN I_KNVV
WHERE KUNNR = I_KNVV-KUNNR AND BLDAT IN DATE.
*AND ( BLART = 'HR' OR BLART = 'DZ' OR BLART = 'P1' )
*and umskz = 'A' or umskz = 'L' OR UMSKZ = ''
*AND SHKZG = 'S' OR SHKZG = 'H'.
ENDFORM.
FORM F_GET_I_KNC1_DATA.
SELECT UM01S UM02S UM03S UM04S UM05S UM06S UM07S UM08S UM09S UM10S UM11S UM12S UM13S UM14S UM15S UM16S
UM01H UM02H UM03H UM04H UM05H UM06H UM07H UM08H UM09H UM10H UM11H UM12H UM13H UM14H UM15H UM16H
UMSAV KUNNR GJAHR
FROM KNC1
INTO CORRESPONDING FIELDS OF TABLE I_KNC1
FOR ALL ENTRIES IN I_KNVV
WHERE KUNNR = I_KNVV-KUNNR AND GJAHR IN YEAR .
ENDFORM.
FORM F_GET_I_KNC3_DATA.
SELECT KUNNR GJAHR SHBKZ SALDV SOLLL HABNL
FROM KNC3
INTO CORRESPONDING FIELDS OF TABLE I_KNC3
FOR ALL ENTRIES IN I_KNVV
WHERE KUNNR = I_KNVV-KUNNR
AND SHBKZ = 'A' OR SHBKZ = 'L'.
ENDFORM.
FORM F_GET_I_FINAL_DATA.
*BREAK-POINT.
LOOP AT I_KNVV INTO WA_KNVV.
CLEAR WA_FINAL.
WA_FINAL-BZIRK = WA_KNVV-BZIRK.
WA_FINAL-VKBUR = WA_KNVV-VKBUR.
WA_FINAL-KDGRP = WA_KNVV-KDGRP.
WA_FINAL-KUNNR = WA_KNVV-KUNNR.
WA_FINAL-VKORG = WA_KNVV-VKORG.
WA_FINAL-VTWEG = WA_KNVV-VTWEG.
WA_FINAL-SPART = WA_KNVV-SPART.
WA_FINAL-KTGRD = WA_KNVV-KTGRD.
READ TABLE I_KNA1 INTO WA_KNA1 WITH KEY KUNNR = WA_KNVV-KUNNR.
WA_FINAL-NAME1 = WA_KNA1-NAME1.
WA_FINAL-ORT01 = WA_KNA1-ORT01.
WA_FINAL-STCEG = WA_KNA1-STCEG.
WA_FINAL-REGIO = WA_KNA1-REGIO.
WA_FINAL-STRAS = WA_KNA1-STRAS.
WA_FINAL-TELF1 = WA_KNA1-TELF1.
WA_FINAL-WERKS = WA_KNA1-WERKS.
WA_FINAL-GFORM = WA_KNA1-GFORM.
WA_FINAL-LAND1 = WA_KNA1-LAND1.
IF SY-SUBRC = 0.
ENDIF.
READ TABLE I_KNB1 INTO WA_KNB1 WITH KEY KUNNR = WA_KNVV-KUNNR.
IF SY-SUBRC = 0.
WA_FINAL-ALTKN = WA_KNB1-ALTKN.
WA_FINAL-AKONT = WA_KNB1-AKONT.
WA_FINAL-VZSKZ = WA_KNB1-VZSKZ.
ENDIF.
READ TABLE I_T151T INTO WA_T151T WITH KEY KDGRP = WA_KNVV-KDGRP .
IF SY-SUBRC = 0.
WA_FINAL-KTEXT = WA_T151T-KTEXT.
ENDIF.
READ TABLE I_KNVI INTO WA_KNVI WITH KEY KUNNR = WA_KNVV-KUNNR.
IF SY-SUBRC = 0.
WA_FINAL-TAXKD = WA_KNVI-TAXKD.
WA_FINAL-TATYP = WA_KNVI-TATYP.
ENDIF.
READ TABLE I_TSKDT INTO WA_TSKDT WITH KEY TAXKD = WA_KNVI-TAXKD
WA_FINAL-VTEXT = WA_TSKDT-VTEXT.
*UP TO THIS POINT REPORT IS OK
*read table I_bsid INTO WA_BSID with key kunnr = WA_kna1-kunnr
UMSKZ = 'A' .
*if sy-subrc = 0.
*WA_final-DOWN = WA_bsid-dmbtr * -1.
**modify i_final.
**clear it_bsid.
*endif.
*read table i_bsid INTO WA_BSID with key kunnr = WA_kna1-kunnr
UMSKZ = 'L' .
*if sy-subrc = 0.
*WA_final-deposit = WA_bsid-dmbtr * -1.
*endif.
*read table i_bsid INTO WA_BSID with key kunnr = WA_kna1-kunnr
blart = 'DZ' .
**IF BLART = 'HR' OR BLART = 'DZ' OR BLART = 'P1'.
*if sy-subrc = 0.
*WA_final-coll1 = WA_bsid-dmbtr * -1.
*ENDIF.
*read table i_bsid INTO WA_BSID with key kunnr = WA_kna1-kunnr
blart = 'HR' .
**IF BLART = 'HR' OR BLART = 'DZ' OR BLART = 'P1'.
*if sy-subrc = 0.
*WA_final-coll2 = WA_bsid-dmbtr * -1.
*ENDIF.
*read table i_bsid INTO WA_BSID with key kunnr = WA_kna1-kunnr
blart = 'P1' .
**IF BLART = 'HR' OR BLART = 'DZ' OR BLART = 'P1'.
*if sy-subrc = 0.
*WA_final-coll3 = WA_bsid-dmbtr * -1.
*ENDIF.
*read table i_bsid INTO WA_BSID with key kunnr = WA_kna1-kunnr.
**IF BLART = 'HR' OR BLART = 'DZ' OR BLART = 'P1'.
*if sy-subrc = 0.
*WA_final-coll = ( WA_final-coll1 + WA_final-coll2 + WA_final-coll3 ) - ( wa_final-deposit ) * -1.
*ENDIF.
*read table i_bsid INTO WA_BSID with key kunnr = WA_kna1-kunnr
UMSKZ = 'L' .
*if sy-subrc = 0.
*WA_final-deposit = WA_bsid-dmbtr * -1.
*endif.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM01S = WA_KNC1-UM01S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM02S = WA_KNC1-UM02S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM03S = WA_KNC1-UM03S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM04S = WA_KNC1-UM04S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM05S = WA_KNC1-UM05S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM06S = WA_KNC1-UM06S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM07S = WA_KNC1-UM07S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM08S = WA_KNC1-UM08S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM09S = WA_KNC1-UM09S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM10S = WA_KNC1-UM10S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM11S = WA_KNC1-UM11S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM12S = WA_KNC1-UM12S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM13S = WA_KNC1-UM13S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM14S = WA_KNC1-UM14S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM15S = WA_KNC1-UM15S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM16S = WA_KNC1-UM16S.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR .
IF SY-SUBRC = 0.
WA_FINAL-DEBIT = WA_KNC1-UM01S + WA_KNC1-UM02S + WA_KNC1-UM03S + WA_KNC1-UM04S + WA_KNC1-UM05S + WA_KNC1-UM06S + WA_KNC1-UM07S +
WA_KNC1-UM08S + WA_KNC1-UM09S + WA_KNC1-UM10S + WA_KNC1-UM11S + WA_KNC1-UM12S + WA_KNC1-UM13S + WA_KNC1-UM14S +
WA_KNC1-UM15S + WA_KNC1-UM16S .
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR.
IF SY-SUBRC = 0.
WA_FINAL-UM01H = WA_KNC1-UM01H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM02H = WA_KNC1-UM02H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM03H = WA_KNC1-UM03H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM04H = WA_KNC1-UM04H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM05H = WA_KNC1-UM05H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM06H = WA_KNC1-UM06H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM07H = WA_KNC1-UM07H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM08H = WA_KNC1-UM08H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM09H = WA_KNC1-UM09H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM10H = WA_KNC1-UM10H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM11H = WA_KNC1-UM11H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM12H = WA_KNC1-UM12H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM13H = WA_KNC1-UM13H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM14H = WA_KNC1-UM14H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM15H = WA_KNC1-UM15H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-UM16H = WA_KNC1-UM16H.
ENDIF.
READ TABLE I_KNC1 INTO WA_KNC1 WITH KEY KUNNR = WA_KNVV-KUNNR
IF SY-SUBRC = 0.
WA_FINAL-CREDIT = WA_KNC1-UM01H + WA_KNC1-UM02H + WA_KNC1-UM03H + WA_KNC1-UM04H + WA_KNC1-UM05H + WA_KNC1-UM06H + WA_KNC1-UM07H +
WA_KNC1-UM08H + WA_KNC1-UM09H + WA_KNC1-UM10H + WA_KNC1-UM11H + WA_KNC1-UM12H + WA_KNC1-UM13H + WA_KNC1-UM14H +
WA_KNC1-UM15H + WA_KNC1-UM16H .
ENDIF.
READ TABLE I_KNC3 INTO WA_KNC3 WITH KEY KUNNR = WA_KNVV-KUNNR GJAHR = WA_KNC1-GJAHR
SHBKZ = 'A' .
IF SY-SUBRC = 0.
WA_FINAL-SALDV = WA_KNC3-SALDV .
ENDIF.
READ TABLE I_KNC3 INTO WA_KNC3 WITH KEY KUNNR = WA_KNVV-KUNNR GJAHR = WA_KNC1-GJAHR
SHBKZ = 'A' .
IF SY-SUBRC = 0.
WA_FINAL-SOLLL = WA_KNC3-SOLLL .
ENDIF.
READ TABLE I_KNC3 INTO WA_KNC3 WITH KEY KUNNR = WA_KNVV-KUNNR GJAHR = WA_KNC1-GJAHR
SHBKZ = 'A' .
IF SY-SUBRC = 0.
WA_FINAL-HABNL = WA_KNC3-HABNL .
ENDIF.
READ TABLE I_KNC3 INTO WA_KNC3 WITH KEY KUNNR = WA_KNVV-KUNNR GJAHR = WA_KNC1-GJAHR
SHBKZ = 'A' .
IF SY-SUBRC = 0.
WA_FINAL-DOWN = WA_KNC3-SALDV + WA_KNC3-SOLLL + WA_KNC3-HABNL * -1.
ENDIF.
READ TABLE I_KNC3 INTO WA_KNC3 WITH KEY KUNNR = WA_KNVV-KUNNR GJAHR = WA_KNC1-GJAHR
SHBKZ = 'L' .
IF SY-SUBRC = 0.
WA_FINAL-SALDV = WA_KNC3-SALDV .
ENDIF.
READ TABLE I_KNC3 INTO WA_KNC3 WITH KEY KUNNR = WA_KNVV-KUNNR GJAHR = WA_KNC1-GJAHR
SHBKZ = 'L' .
IF SY-SUBRC = 0.
WA_FINAL-SOLLL = WA_KNC3-SOLLL .
ENDIF.
READ TABLE I_KNC3 INTO WA_KNC3 WITH KEY KUNNR = WA_KNVV-KUNNR GJAHR = WA_KNC1-GJAHR
SHBKZ = 'L' .
IF SY-SUBRC = 0.
WA_FINAL-HABNL = WA_KNC3-HABNL .
ENDIF.
READ TABLE I_KNC3 INTO WA_KNC3 WITH KEY KUNNR = WA_KNVV-KUNNR GJAHR = WA_KNC1-GJAHR
SHBKZ = 'L' .
IF SY-SUBRC = 0.
WA_FINAL-DEPOSIT = WA_KNC3-SALDV + WA_KNC3-SOLLL + WA_KNC3-HABNL * -1.
ENDIF.
READ TABLE I_KNC3 INTO WA_KNC3 WITH KEY KUNNR = WA_KNVV-KUNNR GJAHR = WA_KNC1-GJAHR.
IF SY-SUBRC = 0.
WA_FINAL-COLL = WA_FINAL-DOWN - WA_FINAL-DEPOSIT.
ENDIF.
APPEND WA_FINAL TO I_FINAL.
ENDLOOP.
ENDFORM.
FORM DATA_BUILD.
CLEAR WA_FIELDCATALOG.
WA_FIELDCATALOG-FIELDNAME = 'NAME1'.
WA_FIELDCATALOG-SELTEXT_M = 'NAME'.
fieldcatalog-col_pos = 1.
WA_FIELDCATALOG-OUTPUTLEN = 15 .
fieldcatalog-emphasize = 'X'. " COLOR OF THIS COLUMN.
APPEND WA_FIELDCATALOG TO FIELDCATALOG.
CLEAR WA_FIELDCATALOG.
WA_FIELDCATALOG-FIELDNAME = 'ORT01'.
WA_FIELDCATALOG-SELTEXT_M = 'CITY'.
fieldcatalog-col_pos = 2.
WA_FIELDCATALOG-OUTPUTLEN = 15 .
fieldcatalog-emphasize = 'X'. " COLOR OF THIS COLUMN.
APPEND WA_FIELDCATALOG TO FIELDCATALOG.
CLEAR WA_FIELDCATALOG.
WA_FIELDCATALOG-FIELDNAME = 'STCEG'.
WA_FIELDCATALOG-SELTEXT_M = 'VAT. REG. NO.'.
fieldcatalog-col_pos = 3.
WA_FIELDCATALOG-OUTPUTLEN = 15 .
fieldcatalog-emphasize = 'X'. " COLOR OF THIS COLUMN.
APPEND WA_FIELDCATALOG TO FIELDCATALOG.
CLEAR WA_FIELDCATALOG.
WA_FIELDCATALOG-FIELDNAME = 'REGIO'.
WA_FIELDCATALOG-SELTEXT_M = 'REGION'.
fieldcatalog-col_pos = 4.
WA_FIELDCATALOG-OUTPUTLEN = 15 .
fieldcatalog-emphasize = 'X'. " COLOR OF THIS COLUMN.
APPEND WA_FIELDCATALOG TO FIELDCATALOG.
CLEAR WA_FIELDCATALOG.
WA_FIELDCATALOG-FIELDNAME = 'STRAS'.
WA_FIELDCATALOG-SELTEXT_M = 'STREET'.
fieldcatalog-col_pos = 5.
WA_FIELDCATALOG-OUTPUTLEN = 15 .
fieldcatalog-emphasize = 'X'. " COLOR OF THIS COLUMN.
APPEND WA_FIELDCATALOG TO FIELDCATALOG.
CLEAR WA_FIELDCATALOG.
WA_FIELDCATALOG-FIELDNAME = 'TELF1'.
WA_FIELDCATALOG-SELTEXT_M = 'TELEPHONE'.
fieldcatalog-col_pos = 6.
WA_FIELDCATALOG-OUTPUTLEN = 15 .
fieldcatalog-emphasize = 'X'. " COLOR OF THIS COLUMN.
APPEND WA_FIELDCATALOG TO FIELDCATALOG.
CLEAR WA_FIELDCATALOG.
WA_FIELDCATALOG-FIELDNAME = 'WERKS'.
WA_FIELDCATALOG-SELTEXT_M = 'PLANT'.
fieldcatalog-col_pos = 7.
WA_FIELDCATALOG-OUTPUTLEN = 15 .
fieldcatalog-emphasize = 'X'. " COLOR OF THIS COLUMN.
APPEND WA_FIELDCATALOG TO FIELDCATALOG.
CLEAR WA_FIELDCATALOG.
WA_FIELDCATALOG-FIELDNAME = 'BZIRK'.
WA_FIELDCATALOG-SELTEXT_M = 'SALES DISTRICT'.
fieldcatalog-col_pos = 8.
WA_FIELDCATALOG-OUTPUTLEN = 15 .
fieldcatalog-emphasize = 'X'. " COLOR OF THIS COLUMN.
APPEND WA_FIELDCATALOG TO FIELDCATALOG.
CLEAR WA_FIELDCATALOG.
WA_FIELDCATALOG-FIELDNAME = 'VKBUR'.
WA_FIELDCATALOG-SELTEXT_M = 'SALES OFFICE'.hi dinesh......
please use 'INTO TABLE' instead of ' INTO CORRESPONDING FIELDS OF TABLE '. and use ' FOR ALL ENTRIES '............based on relavence ....coz when I set break point over the select queries it took me long time to execute .......
becoz u didnt used the for all entries in select query ............ u r read statement
READ TABLE I_KNA1 INTO WA_KNA1 WITH KEY KUNNR = WA_KNVV-KUNNR. .....
it is reading wrong kunnr value .............even it took long time to execute ......
use sort where ever required...
use for all entries .......and check weather the table initial or not......
use sy-subrc check where ever reqired .............. -
How to calculate Goods issue date based on the time of delivery
Hi SAP Gurus,
I seek your help/suggestion for the given scenario.
The user requires calculating the GI date based on time of delivery.
Based on the delivery priority (like Priority 1= Day 1, Priority 2= Day 2) maintained in customer master, the need is something like below-
1st case= If Retail Customeru2019s delivery orders received before midday (Noon cut off) require to be dispatched on same working day (Day 1)
Wholesaler customer delivery orders received before midday require to be dispatched by the next
Working day (Day 2 Including day of receipt)
2nd case= Retail customeru2019s delivery orders received after midday require to be dispatched by the next working day
Wholesaler customer delivery orders received after midday require to be dispatched by on day 3
Kindly suggest , how to proceed in this. I am new to SAP world so need ur help to tackle this.
Thanks a lot in advance for the valuable inputs.What I proposed to do was,
a. Create routes like 0 day route, 1 Day route, 2 day route etc.
b. Route determination is based on the Shipping condition of the customer. Put in the shipping condition for the customer as 00 - immediate delivery. 01 - By Truck, 02 - By Rail, 03 - Ship etc
c. Now, put in your route determination in such a way that routes change in the sales order with shipping condition (SC). Like, if the shipping condition is set to 00, then 0 day route comes up. Meaning immediate delivery, if SC is 01, then your normal route by truck picks up. etc.
When the sales order is manually created, you know the time of creation. As route is one of the criteria, the material confirmation happens based on number of days you put in the route to reach the destination. Now that you have the material available for today's delivery, the delivery program can be run to create it, or it can be manually created.
Now, when you configure the route you have to specify 'Transit duration in calendar days'.
When you have the sales order created electronically (say thru EDI), then, you may have to ask them to send in shipping condition. Else, you have to modify the function module Idoc_input_orders in such a way that if the sales order creation time is < 12 PM, then put shipping condition as 00, else copy what ever is there in the customer.
If you do not want to check the time manually when the user creates the sales order, then you may have to use the user exit MV45AFZZ (and I think you can use Save_order_prepare) to check the time and change the shipping condition. By this you will avoid extra coding in Idoc_input_orders and also need not bother if the user changed the route or not.
Hope my explanation helps.
Regards,
Mukund S -
How to restrict a table with its set of data based on a column value in it?
Hi,
I have a scenario in which I have to show a set of data of a pivot table by restricting data based on a column value. I am creating BIP report whose source is from BIA ie.RPD. Based on a column value I want to restrict the data being displayed in the table. Since I also want the hidden data in the first table to be displayed in another table in the same report I cannot restrict the data at the query level i.e at RPD or at BIA. For this reason I used
<?xdofx:if saw3_ = 1?>
the pivot table
<?end if?>
But it does not restrict any data.
Also I tried using the if condition inside the table before the row level looping happens. But no good show even then.
How can I forgo this problem?
Regards,
The MMHi,
See : http://download.oracle.com/docs/cd/E12096_01/books/PubUser/T421739T481157.htm#4535373 regarding column and row.
Regards,
Colectionaru
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