Transport KNA1 table data to other machine

Guys,
I am using KNA1 in all of my SAP queries in different versions of sap ( 4.6c, 4.7, 5.0, 5.0uc, 6.0uc, 64bit ). Problem is table KNA1 doesn't have same data on all machines. I want to make it in sync.
Can we transport the KNA1 data from 4.7 to 5.0. ( i am using IDES , it has very less data ).
Any suggestions....plzz

HI
Create a work bench request and classify it as development/correction
                                                  program id:R3TR
                                                    Objectid:TABU
                                                  Object Name:KNA1
Double click on the entry it will take u to new screen there give *
and press enter and save
Transport the request
Thanks & Regards,
janakiram.

Similar Messages

Table data Transportation.

Hi,
I have transported the table structure from one server to another, now I want to transport the table data.
Could u please guide me through this giving detail steps?
Regards,

Hi Abhijeet,
You use SE01 to create a Customizing or workbench transport request .
Then when you've completed the transport attributes, you save and enter the task editor in change mode.
You insert an entry:
Program ID : R3TR
Object type : TABU
Object name : xxxxxxxx
EG: where xxxxxxxx is the table name.
You must also GOTO --> Object Key(Click on the "Object With Keys" and then insert the Keys you want.
EG:      Client "170"
     Company code "1000"
     Now table key will be displayed as "1071000"
Enter as many table key as you need.
You may also enter * to select all table entries.
Save and release your transport.
Award points.....

Procedure for creating transparent table, data element and domain

Hi,
Can anybody let me know the procedure for creating transparent table, data element and domain.
Thanks,
Mahathi

Hi
Database table and its components
A database table is the central data structure of the ABAP/4 data dictionary.
The structure of the objects of application development are mapped in tables on the underlying relational database.
The attributes of these objects correspond to fields of the table.
A table consists of columns (fields) and rows (entries). It has a name and different attributes, such as delivery class and maintenance authorization.
A field has a unique name and attributes; for example it can be a key field.
A table has one or more key fields, called the primary key.
The values of these key fields uniquely identify a table entry.
You must specify a reference table for fields containing a currency (data type CURR) or quantity (data type QUAN). It must contain a field (reference field) with the format for currency keys (data type CUKY) or the format for units (data type UNIT). The field is only assigned to the reference field at program runtime.
The basic objects for defining data in the ABAP Dictionary are tables, data elements and domains. The domain is used for the technical definition of a table field (for example field type and length) and the data element is used for the semantic definition (for example short description).
A domain describes the value range of a field. It is defined by its data type and length. The value range can be limited by specifying fixed values.
A data element describes the meaning of a domain in a certain business context. It contains primarily the field help (F1 documentation) and the field labels in the screen.
A field is not an independent object. It is table-dependent and can only be maintained within a table.
You can enter the data type and number of places directly for a field. No data element is required in this case. Instead the data type and number of places is defined by specifying a direct type.
The data type attributes of a data element can also be defined by specifying a built-in type, where the data type and number of places is entered directly.
Two Level Domain Example
A domain defines a field technically and therefore it may
be used at different business levels.
A data element describes the meaning of a domain in a certain business context.
A domain, however, is used for the technical definition of a table field (for example field type and length).
Therefore, although a take-off airport (data element S_FROMAIRP) would have a different business meaning from an airport where a plane lands (data element S_TOAIRP), they could still have the same domain(here S_AIRPID) because technically we could assign the same number of characters whether the airport is a take-off or a landing airport.
Definitions of Table in Database
In SAP R/3 tables are defined as
A) Transparent tables: All of the fields of a dictionary table correspond to a field in the real database table.
B) Pooled tables: Different tables which are not linked to each other with a common key are combined into a TABLE POOL. Several logical tables thus exist as a single real database table.
C) Cluster tables: Several tables linked by a common key may sometimes be combined by the data dictionary and made to exist on the database schema as a single table.
SAP is evolving R/3 tables in transparent tables.
Elaboration on each of the definitions
A transparent table is automatically created on the database when it is activated in the ABAP Dictionary. At this time the database-independent description of the table in the ABAP Dictionary is translated into the language of the database system used.
The database table has the same name as the table in the ABAP Dictionary. The fields also have the same name in both the database and the ABAP Dictionary. The data types in the ABAP Dictionary are converted to the corresponding data types of the database system.
The order of the fields in the ABAP Dictionary can differ from the order of the fields on the database. This permits you to insert new fields without having to convert the table. When a new field is added, the adjustment is made by changing the database catalog (ALTER TABLE). The new field is added to the database table, whatever the position of the new field in the ABAP Dictionary.
Tables can also reside on the database as Pooled tables or cluster tables
Pooled Tables: Different tables which are not linked to each other with a common key can be combined into a Table Pool. The tables contained within this pool are called Pooled Tables. A table pool is stored in the database a simple table. The table's data sets contain, in separate fields, the actual key for the data set to be stored, the name of the pooled table and the contents of the data set to be stored.
Using this schema, several logical tables are combined into a single real database table. Although the data structure of each set is lost during the write to the table pool, it is restored during the read by the ABAP/4 Data Dictionary. The ABAP/4 Data Dictionary utilizes its meta-data to accomplish this.
Since information must be prepared (defined) within the ABAP/4 Data Dictionary when it is read or written to (or accessed), this process itself defines these as not transparent tables
Cluster Tables: Occasionally, several tables may be linked by a common key. The ABAP/4 Data Dictionary can also combine these tables into a single table. Each data set of the real table within the database contains a key and in a single data field, several data sets of the subsequent table for this key.
As mentioned above, these table types require special data handling, therefore they are not transparent tables.
Technical Settings in Dictionary
The data class logically defines the physical area of the database (for ORACLE the table space) in which your table should be created. If you choose the data class correctly, the table will automatically be created in the appropriate area on the database when it is activated in the ABAP Dictionary.
The most important data classes are master data, transaction data, organizational data and system data.
Master data is data that is rarely modified. An example of master data is the data of an address file, for example the name, address and telephone number.
Transaction data is data that is frequently modified. An example is the material stock of a warehouse, which can change after each purchase order.
Organizational data is data that is defined during customizing when the system is installed and that is rarely modified thereafter. The country keys are an example.
System data is data that the R/3 System itself needs. The program sources are an example.
Further data classes, called customer data classes (USER, USER1), are provided for customers. These should be used for customer developments. Special storage areas must be allocated in the database.
The size category describes the expected storage requirements for the table on the database.
An initial extent is reserved when a table is created on the database. The size of the initial extent is identical for all size categories. If the table needs more space for data at a later time, extents are added. These additional extents have a fixed size that is determined by the size category specified in the ABAP Dictionary.
You can choose a size category from 0 to 4. A fixed extent size, which depends on the database system used, is assigned to each category.
Correctly assigning a size category therefore ensures that you do not create a large number of small extents. It also prevents storage space from being wasted when creating extents that are too large.
Modifications to the entries of a table can be recorded and stored using logging.
To activate logging, the corresponding field must be selected in the technical settings. Logging, however, only will take place if the R/3 System was started with a profile containing parameter 'rec/client'. Only selecting the flag in the ABAP Dictionary is not sufficient to trigger logging.
Parameter 'rec/client' can have the following settings:
rec/client = ALL All clients should be logged.
rec/client = 000[...] Only the specified clients should be logged.
rec/client = OFF Logging is not enabled on this system.
The data modifications are logged independently of the update. The logs can be displayed with the Transaction Table History (SCU3).
Logging creates a 'bottleneck' in the system:
Additional write access for each modification to tables being logged.
This can result in lock situations although the users are accessing different application tables!
Create transparent table
Go to transaction SE11. Enter name of table you want to create (beginning with Y or Z) and click on create pushbutton
Enter the delivery class and the table maintenance criteria
The delivery class controls the transport of table data when installing or upgrading, in a client copy and when transporting between customer systems .
The display/maintenance indicator specifies whether it is possible to display/maintain a table/view using the maintenance tools Data Browser (transaction SE16) and table view maintenance (transactions SM30 and SM31).
Enter the name of the table field and the data element. The
System automatically populates the technical details for
existing data elements.
So far as possible it is advisable to use existing data elements which befit the business requirements.
However, we may create data elements if need be. The same is shown in the next slide.
To create a data element simply double click on it.
Alternately create a data element by simply choosing the
data type radio button on SE11 initial screen.
Create data element
The system prompts you to create a new data element.
Choose the Yes pushbutton.
Under the data type tab enter the domain name which
determines the technical characteristics of the field.
Further characteristics tab: Allows you to specify a search help assigned to the data element.
It also allows you to specify a parameter id which helps you populate a field from SAP memory.
Field label: Can be assigned as prefixed text to a screen field referring to the ABAP Dictionary. The text is displayed on the screen in the logon language of the user (if the text was translated into this language).
Create domain
If the domain does not exist in the data dictionary the
system prompts you to create one.
Give the technical characteristics under the definition
tab. Value range allows you value restriction at domain
level.
Value range tab:
As explained in the section Consistency through input checks one can restrict the possible values for a field at domain level itself by either entering fixed values or by specifying a value table under the tab Value range.
Currency/Quantity fields in a table
A currency or a quantity field must be assigned a reference field from a reference table containing applicable qty unit or currency unit.
Field of the reference table, containing the applicable quantity unit or currency
A field containing currency amounts (data type CURR) must be assigned a reference field including the currency key (data type CUKY).
A field containing quantity specifications (data type QUAN) must be assigned a reference field including the associated quantity unit (data type UNIT).
Create transparent table continue
Maintain the technical settings of the table by clicking on the tab

XD02 transaction to change the customer data for updating KNA1 table?

Hi all,
How can we use XD02 transaction to change the customer data for updating KNA1 table?
Give the steps.
Thanks in advance
rk

Hi KR,
Why don't u use BDC to run XD02.
With Regards,
Zafar Ali

Transport of application table & data

Hi guys,
I need to transport an application table and I'm getting error:
"Fill table key for table XXX only up to position 003 only".
What does it mean?
Is there a problem the table contains data?
I need to transport table including all data from it. Is there any way how to achieve it?
The table is cross client.
Thanks,
Olian

Hi....
We can use this procedure to transport table entries...,
Create a TR in SE01.=>Display TR=> Place the cursor on the TR=> menu=>Request/task=>Object list=>display object list=>change=>Add new rows=>
Here give program ID as R3TR, objects as TABU and object name as ur table name. Press enter. U may get a message. Just close it and double click on the table name. In the Next screen press insert icon. Here u can specify the Key(Table key values) If u want to transport specific entries.
If u want all entries to be transported then simply give * and save the TR. Now if release this TR it will transport all table contents to the higher system.
Thanks,
Naveen.I

Table Data Transportation (Urgent)

Hi Experts,
Can you do me a favour, I can transport table structure from one client to another. but I want to transport my development client table data to production clinet. How can I do it?
Waiting for your reply with positive hope. it is Urgent.
with warm Regards
Rajiv singh

Hi..
U need to upload the data into the database table in production separately..
Do one thing..
Create a transaction(program) which will upload the text file data into the database table.
Transport this TCODE to production...and in production run this TCODE...specify filename an data will be uploaded to respective database table.
Use GUI_UPLOAD function module for the same.
Regards,
DJ.

Asking for transport request whie table data updation

Hi All,
I am trying to update a table TCJ04 using transaction OPS6. When ever I am adding a new entry or edit the existing entry and click SAVE, the table is asking for Transport request number.
This table carries a master data and should not be asking for transport request. Rather its access has to be controlled by user authorisation.
Please tell me as to what is the reason of asking for transport request.
regards,
Gaurav.

Hi Gourav,
If you go table maintanance generater of the table TCJ04 in SE11, you will find that Standard recording routine radio button is selected. That is the reason you are asked to provide transport request while updating data.

Transport Ztable data to other server

Hi,
Could anyone let me know how to transport the ztable entries from one server to the other.

Instead of Transporting the whole ztable you can access the ztable from other server.. you can do this below way...
U need to use Client Specified option,....
then u can use mandt field in where clause..
When u use it , in select staement u can use mandt field in where clause..
DELETE [FROM] (<name>) [CLIENT SPECIFIED] <lines>.
where the field <name> contains the name of a database table defined in the ABAP Dictionary.
You can use the CLIENT SPECIFIED addition to disable automatic client handling.
It enables us to process data form other than the current client also ..
Normally in database for spfli table the data will be stored for all the clients..
But when u want to select data from database for spfli generally onli the data under the current client will be retrieved... But table in database contains data for all the cllients.
Try executing these codes u will come to know & compare the results..
800 is my current client...
data t_spfli type standard table of spfli with header line.
select *
from spfli client specified
into table t_spfli
where mandt = '100'.
loop at t_spfli.
write : / t_spfli-carrid, t_spfli-connid.
endloop.
data t_spfli type standard table of spfli with header line.
select *
from spfli client specified
into table t_spfli
where mandt ne '800'.
loop at t_spfli.
write : / t_spfli-carrid, t_spfli-connid.
endloop.
reward if it helps u,,,
Regards,
Jayant

How can i convert the data from mutiple-table to the other database(MSSQL)?

Dears,
How can i convert the data from mutiple-table to the other database such as MS-SQL?
I have a third party system based on MS-SQL 2000.
Now we want to make a integration between SAP R/3(Oracle) and SQL server.
When my user releases the purchase order in R/3, the application we coded will convert the releated data to the temp database on the SQL server.
But i don't know which tools will help me reach the purpose. BAPI, LSMW, IDoc... ???
Would anybody tell me which way is better and how to do?
Thanks a lot!
Kevin Wang

Hello Kevin,
The question to use which method depend on your detail requirements. If you use BAPI, you need to find which Bapi can provide the data you want. Bapi normally use as a function called by external system. So you need to develop an external program like VB/Java to call this Bapi and move it to SQL. LSMW is use when you want to upload data from an external system to SAP. So it does not serve your requirement. Idoc can be use to export data to an external system. Again like Bapi, you need to find what Idoc can provide the data you want. However, it does not any programming from the external system. If I were you, based on your requirements, I think writing an Abap program that read the data you want and download it to NT/SQL server will be faster and easier.

How to read internal table data and use to retrive from other table.

Hi all,
 I am trying to generate a report using ooabap.
In this scenario, I retrieved data from one standard table (zcust) and successfully displayed using structure 'i_zcust_final' ( i_zcust_final is similar structure of zcust).
 Now I want to get some other data from other standard table (zpurch) using the data in i_zcust_final. How....???? I am unable to read data from i_zcust_final even i kept in loop.
 I am attaching the code here.. even it too long, please look at the code and suggest me what to do.
code **************************
REPORT ZBAT_OOPS_REPORT1.
TABLES: ZCUST.
 D E F I N I T I O N *****
CLASS BATLANKI_CLS DEFINITION.
PUBLIC SECTION.
DATA : ITAB_ZCUST TYPE STANDARD TABLE OF ZCUST,
 I_ZCUST_FINAL LIKE LINE OF ITAB_ZCUST,
 ITAB_ZCUST1 TYPE STANDARD TABLE OF ZCUST.
TYPES: BEGIN OF IT_ZPURCH,
 CUSTNUM TYPE ZPURCH-CUSTNUM,
 PURC_DOC TYPE ZPURCH-PURC_DOC,
 VENDOR TYPE ZPURCH-VENDOR,
 STATUS TYPE ZPURCH-STATUS,
 PURC_ORG TYPE ZPURCH-PURC_ORG,
 END OF IT_ZPURCH.
DATA : ITAB_ZPURCH TYPE TABLE OF IT_ZPURCH,
 I_ZPURCH_FINAL LIKE LINE OF ITAB_ZPURCH.
METHODS: GET_ZCUST,
 PRINT_ZCUST,
 GET_ZPURCH.
ENDCLASS.
I N I T I A L I Z T I O N *****
 SELECT-OPTIONS:S_CUSNUM FOR ZCUST-CUSTNUM.
INITIALIZATION.
S_CUSNUM-LOW = '0100'.
S_CUSNUM-HIGH = '9999'.
S_CUSNUM-OPTION = 'BT'.
S_CUSNUM-SIGN = 'I'.
APPEND S_CUSNUM.
CLEAR S_CUSNUM.
I M P L E M E N T A T I O N *****
CLASS BATLANKI_CLS IMPLEMENTATION.
METHOD GET_ZCUST.
SELECT * FROM ZCUST
 INTO TABLE ITAB_ZCUST
 WHERE CUSTNUM IN S_CUSNUM.
ENDMETHOD.
METHOD PRINT_ZCUST.
 LOOP AT ITAB_ZCUST INTO I_ZCUST_FINAL.
 WRITE:/ I_ZCUST_FINAL-CUSTNUM,
 I_ZCUST_FINAL-CUSTNAME,
 I_ZCUST_FINAL-CITY,
 I_ZCUST_FINAL-EMAIL.
 ENDLOOP.
ENDMETHOD.
 METHOD GET_ZPURCH.
LOOP AT ITAB_ZCUST INTO ITAB_ZCUST1.
SELECT CUSTNUM
 PURC_DOC
 VENDOR
 STATUS
 PURC_ORG
 FROM ZPURCH
 INTO CORRESPONDING FIELDS OF TABLE ITAB_ZPURCH
 WHERE CUSTNUM EQ I_ZCUST_FINAL-CUSTNUM.
ENDLOOP.
 LOOP AT ITAB_ZPURCH INTO I_ZPURCH_FINAL.
 WRITE:/ I_ZPURCH_FINAL-CUSTNUM,
 I_ZPURCH_FINAL-PURC_DOC,
 I_ZPURCH_FINAL-VENDOR,
 I_ZPURCH_FINAL-STATUS,
 I_ZPURCH_FINAL-PURC_ORG.
 ENDLOOP.
ENDMETHOD.
ENDCLASS.
O B J E C T *****
DATA: BATLANKI_OBJ TYPE REF TO BATLANKI_CLS.
START-OF-SELECTION.
CREATE OBJECT BATLANKI_OBJ.
CALL METHOD:
 BATLANKI_OBJ->GET_ZCUST,
 BATLANKI_OBJ->PRINT_ZCUST,
 BATLANKI_OBJ->GET_ZPURCH.
Can anyone suggest me..
Thanks in advance,
Surender.

Hi Surendar..
There is mistake in the Work area specification in this method.
METHOD GET_ZPURCH.
LOOP AT ITAB_ZCUST INTO ITAB_ZCUST1.
SELECT CUSTNUM
PURC_DOC
VENDOR
STATUS
PURC_ORG
FROM ZPURCH
INTO CORRESPONDING FIELDS OF TABLE ITAB_ZPURCH
WHERE CUSTNUM EQ ITAB_ZCUST1-CUSTNUM.
 "Instead of I_ZCUST_FINAL-CUSTNUM.
ENDLOOP.
LOOP AT ITAB_ZPURCH INTO I_ZPURCH_FINAL.
WRITE:/ I_ZPURCH_FINAL-CUSTNUM,
I_ZPURCH_FINAL-PURC_DOC,
I_ZPURCH_FINAL-VENDOR,
I_ZPURCH_FINAL-STATUS,
I_ZPURCH_FINAL-PURC_ORG.
ENDLOOP.
ENDMETHOD.
Now it should work..
One more thing : From performance point of view you have to Replace that loop using FOR ALL ENTRIES . And avoid CORRESPONDING FIELDS. it will be slow.
This is the code.
LOOP AT ITAB_ZCUST INTO ITAB_ZCUST1.
if ITAB_ZCUST[] IS NOT INITIAL.
SELECT CUSTNUM
PURC_DOC
VENDOR
STATUS
PURC_ORG
FROM ZPURCH
INTO TABLE ITAB_ZPURCH
for all entries in ITAB_ZCUST1
WHERE CUSTNUM EQ ITAB_ZCUST1-CUSTNUM.
 "Instead of I_ZCUST_FINAL-CUSTNUM.
ENDIF.
ENDLOOP.
Reward if Helpful.

How to get data from an internal table in some other program

I would like to get data from the internal table in the other program. When I using FM "LIST_FROM_MEMORY" to get the data, it doesn't work and the exception is not fount.
If any special code need in the other program, like write data to memory .
Many thx .
From Ross Wang

Hi
<li>You need to have interaction if you want to use EXPORT/IMPORT statments.
<li>The internal tables in both programs must be same
<li>Program one ..Calling program
REPORT ZTEST_NOTEPAD.
DATA: BEGIN OF it_t001 OCCURS 0,
 bukrs TYPE t001-bukrs,
 butxt TYPE t001-butxt,
 END OF it_t001.
START-OF-SELECTION.
SUBMIT ztest_notepad1 AND RETURN.
IMPORT it_t001 FROM MEMORY ID 'ZTEST_T100'.
LOOP AT it_t001.
 WRITE:/ it_t001.
ENDLOOP.
<li>Program two ...Called program
REPORT ztest_notepad1.
DATA: BEGIN OF it_t001 OCCURS 0,
 bukrs TYPE t001-bukrs,
 butxt TYPE t001-butxt,
 END OF it_t001.
START-OF-SELECTION.
SELECT * FROM t001 INTO CORRESPONDING FIELDS OF TABLE it_t001 UP TO 10 ROWS.
IF sy-dbcnt > 1.
 EXPORT it_t001 TO MEMORY ID 'ZTEST_T100'.
ENDIF.
I hope that it gets you some idea.
Thanks
Venkat.O

Complicated Question (see pdf): Use data from one table to find the same data in a second table and take other data from that table and place it in a third table. :)

I don't even know if this is posible.
I'm using iwork '09
View PDF

I hope I can clarify:
For our purposes here:
Table 1 = "Step 2 - Product Sizes"
Table 2 = "Option id Master"
Table 3 = "Export - Product Info"
Table 1:
The user would enter values for "productcode," "Horz," and "Vert"
"Size" would auto fill based on values in Horiz and Vert (I have this taken care of already).
Table 2: This is a completely static table that I want to search against. - Data from other tables in the doc does not alter or change the data in this doc.
We just want to look at table 2. Find the existing value in "table 2 : size" column that matches the "table 1 : size" column and then pull the "optionids" and "productprice" from that row.
Can the value from "Table 1 : Size" be used as a search term in "Table 2 : Size?"
Table 3: The user does not enter any values on this table.
"productcode" is pulled from table 1 - "Table 1 :: A5" = "Table 3 :: A5"
"optionids" and "productprice" are pulled from Table 2 columns "D" and "E" - however we do not know which Table 2 row it is pulling from until we enter data in Table 1.
As I'm writing this I'm realizing that
A. this is probably really confusing to you.
B. this may be impossible inside of numbers.
If you have some other method that would facilitate the same out come but be structured differently please let me know.
--- maybe to help you understand further what I am doing here is my current workflow:
I record the size of a piece of art.
Then I manually go to my "Option id Master" and find the same size.
I then copy the corresponding "optionids" and "productprice" cells. (these options control the prices displayed on my website)
I got to my "Export - Product Info" table and paste the values in the corresponding cells.
I was hoping to automate this as it takes a long time when you have hundreds of products.
Thanks for the help!

Filling dynamic internal table with data from other internal table

Hi Friends,
My problem is that i have already built a dynamic internal table
(class int_table->create) but now i want to fill it with data from other internal table.
The dynamic table column name and the field value of the data filled internal table are same, but how to access that column name, since i cant hard code it anyway.
Like if my werks field value is '8001'. I want to place it under the column 8001 of dynamic table, Can anybody help me in this regard?
Awarding points is not a problem for even giving a slight hint.
Best Regards

Hi
See this
Dynamic internal table is internal table that we create on the fly with flexible column numbers.
For sample code, please look at this code tutorial. Hopefully it can help you
Check this link:
http://www.****************/Tutorials/ABAP/DynamicInternaltable/DynamicInternalTable.htm
Sample code:
DATA: l_cnt(2) TYPE n,
l_cnt1(3) TYPE n,
l_nam(12),
l_con(18) TYPE c,
l_con1(18) TYPE c,
lf_mat TYPE matnr.
SORT it_bom_expl BY bom_comp bom_mat level.
CLEAR: l_cnt1, <fs_dyn_wa>.
Looping the component internal table
LOOP AT it_bom_expl INTO gf_it_bom_expl.
CLEAR: l_cnt1.
AT NEW bom_comp.
CLEAR: l_cnt, <fs_dyn_wa>, lf_mat.
For every new bom component the material data is moved to
temp material table which will be used for assigning the levels
checking the count
it_mat_temp[] = it_mat[].
Component data is been assigned to the field symbol which is checked
against the field of dynamic internal table and the value of the
component number is been passed to the dynamic internal table field
value.
ASSIGN COMPONENT c_comp_list OF STRUCTURE <fs_dyn_wa> TO
<fs_check>.
<fs_check> = gf_it_bom_expl-bom_comp.
ENDAT.
AT NEW bom_mat.
CLEAR l_con.
ENDAT.
lf_mat = gf_it_bom_expl-bom_mat.
Looping the temp internal table and looping the dynamic internal table
*by reading line by line into workarea, the materialxxn is been assigned
to field symbol which will be checked and used.
LOOP AT it_mat_temp.
l_nam = c_mat.
l_cnt1 = l_cnt1 + 1.
CONCATENATE l_nam l_cnt1 INTO l_nam.
LOOP AT <fs_dyn_table2> ASSIGNING <fs_dyn_wa2>.
ASSIGN COMPONENT l_nam OF STRUCTURE <fs_dyn_wa2> TO <fs_xy>.
ENDLOOP.
IF <fs_xy> = lf_mat.
CLEAR lf_mat.
l_con1 = l_con.
ENDIF.
Checking whether the material exists for a component and if so it is
been assigned to the field symbol which is checked against the field
of dynamic internal table and the level of the component number
against material is been passed to the dynamic internal table field
value.
IF <fs_xy> = gf_it_bom_expl-bom_mat.
ASSIGN COMPONENT l_nam OF STRUCTURE <fs_dyn_wa> TO <fs_check>.
CLEAR l_con.
MOVE gf_it_bom_expl-level TO l_con.
CONCATENATE c_val_l l_con INTO l_con.
CONDENSE l_con NO-GAPS.
IF l_con1 NE space.
CONCATENATE l_con1 l_con INTO l_con SEPARATED BY c_comma.
CLEAR l_con1.
l_cnt = l_cnt - 1.
ENDIF.
<fs_check> = l_con.
l_cnt = l_cnt + 1.
ENDIF.
ENDLOOP.
AT END OF bom_comp.
At end of every new bom component the count is moved to the field
symbol which is checked against the field of dynamic internal table
and the count is been passed to the dynamic internal table field
value.
ASSIGN COMPONENT c_count OF STRUCTURE <fs_dyn_wa> TO <fs_check>.
<fs_check> = l_cnt.
INSERT <fs_dyn_wa> INTO TABLE <fs_dyn_table>.
ENDAT.
ENDLOOP.
Reward if useful
Anji

Table data in Indesign - XML, Excel or other?

Hi
We are setting up a document that will include a lot of tables for a range of different products.
The last 2 columns in the tables are for prices and delivery. We need to be able to increase the prices in the Indesign tables easily as and when we need to as the prices increase/decrease for products.
The increase will most likely be global and by a certain percentage.
How would we set up the tables/data to be able to do this?
I'm guessing some kind of external file is fed into Indesign, like XML or Excel, so we can change the prices externally and they are then 'pulled' into Indesign.
Please help!
Thanks in advance

I had not noticed the direct export from InDesign to RTF. You had to put the cursor inside the story to make that option appear!
It looks really good, and I've sent the result on, to the ones who are going to use it, for them to check whether it's good enough, and if they can take it on to excel or work with it in the RTF format as it is.
Thank you so much for pointing out this option!

To populate dynamically created int table with data from other table

Hi everybody,
I have already created an internal table dynamically, but now want to populate it with data from another IT depending on the plant name.
My dynamic int table contains fields with plant name like '8001' ,'8002' and so on.
no I want to read data from the other table and depending on bwkey which contains similar data like plant name , want to append to this new dynamic int table through read key statement.
I cannot reference the field name hard coded as it does not allow field symbol reference to be hard coded.
Pls help.

Hi,
Check the code below:
REPORT ztestdyn.
TYPE-POOLS : slis.
TABLES: yyle0003.
DATA:
g_exit TYPE c,
g_save VALUE 'A', "For parameter I_SAVE
g_repid LIKE sy-repid, "For program name
g_variant TYPE disvariant. "For parameter IS_VARIANT
*Tables
DATA: d_ref TYPE REF TO data,
 d_ref1 TYPE REF TO data,
 i_alv_cat1 TYPE TABLE OF lvc_s_fcat,
 ls_alv_cat1 LIKE LINE OF i_alv_cat1.
DATA: BEGIN OF total_tab OCCURS 0 ,
 tknum TYPE yyle0003-tknum,
 quantity TYPE p, "yyle0003-QUANTITY,
 END OF total_tab.
DATA: BEGIN OF g_scandata_tab OCCURS 0.
 INCLUDE STRUCTURE yyle0003.
DATA: END OF g_scandata_tab.
DATA: g_yyle0003_tab LIKE yyle0003 OCCURS 0 WITH HEADER LINE.
DATA: g_itab1 TYPE TABLE OF yyle0003.
DATA: wa_itab1 LIKE g_scandata_tab.
TYPES: BEGIN OF itab2,
 tknum TYPE yyle0003-tknum,
 vhilm TYPE yyle0003-vhilm,
 quantity TYPE p,
 END OF itab2.
DATA: g_itab3 TYPE TABLE OF itab2.
DATA: wa_itab3 TYPE itab2.
DATA: g_itab5 TYPE TABLE OF itab2.
DATA: wa_itab5 TYPE itab2.
DATA: g_itab4 TYPE TABLE OF itab2.
DATA: wa_itab4 TYPE itab2.
DATA: gv_wa TYPE REF TO data.
DATA : wa_tab TYPE itab2.
DATA: BEGIN OF itab6 OCCURS 0,
 vhilm TYPE yyle0003-vhilm,
 quantity TYPE p,
 END OF itab6.
******************Start of Internal Table Definition *******************
DATA:
 g_custom_container_0100 TYPE REF TO cl_gui_custom_container,
 g_alv_grid_0100 TYPE REF TO cl_gui_alv_grid,
 g_container_0100 TYPE scrfname VALUE 'LIST',
 g_mylayout TYPE lvc_s_layo,
 ok_code LIKE sy-ucomm.
FIELD-SYMBOLS :<f_fs> TYPE table,
 <f_fs11> TYPE table,
 <f_fs1> TYPE table,
 <f_fs3> TYPE ANY,
 <f_fs4> TYPE ANY,
 <f_field> TYPE ANY,
 <f_fs5> TYPE ANY.
FIELD-SYMBOLS: <fs_wa> TYPE ANY.
DATA: l_var TYPE i,
 l_i TYPE i.
DATA: l_var1 TYPE char20,
 l_var2 TYPE char20.
DATA: l_TOTAL TYPE I,
 L_FILL TYPE i,
 L_TOT TYPE I.
DATA: l_int TYPE i,
 l_sum TYPE i.
FIELD-SYMBOLS: <f_fs2> TYPE itab2, "
 <f_fs6> TYPE ANY,
 <f_fs7> TYPE ANY.
DATA: l_var3 TYPE char15.
DATA: l_quant TYPE p.
FIELD-SYMBOLS: <f_fs8> LIKE itab6, "
 <f_fs9> TYPE ANY,
 <f_fs10> TYPE ANY.
FIELD-SYMBOLS : <f_fs12> TYPE ANY,
 <f_fs13> TYPE ANY.
SORT g_scandata_tab BY tknum vhilm.
LOOP AT g_scandata_tab INTO wa_itab1.
 MOVE-CORRESPONDING wa_itab1 TO wa_itab3.
 APPEND wa_itab3 TO g_itab3.
ENDLOOP.
LOOP AT g_itab3 INTO wa_itab3.
 COLLECT wa_itab3 INTO g_itab4.
ENDLOOP.
LOOP AT g_itab4 INTO wa_itab4.
 MOVE-CORRESPONDING wa_itab4 TO wa_itab5.
 MOVE-CORRESPONDING wa_itab4 TO itab6.
 APPEND wa_itab5 TO g_itab5.
 COLLECT itab6.
ENDLOOP.
CLEAR wa_itab3.
SORT g_itab4 BY tknum vhilm.
DELETE ADJACENT DUPLICATES FROM g_itab4 COMPARING vhilm.
DESCRIBE TABLE g_itab4 LINES l_var.
l_i = '2'.
ls_alv_cat1-fieldname = 'TKNUM'.
ls_alv_cat1-col_pos = 1.
ls_alv_cat1-coltext ='ShipmentNo.'.
APPEND ls_alv_cat1 TO i_alv_cat1.
DATA: l_var4(10) TYPE c,
 l_var5(10) TYPE c,
 l_fieldname(20) TYPE c..
LOOP AT g_itab4 INTO wa_itab4.
 IF l_var >= 1.
 CONDENSE wa_itab4-vhilm NO-GAPS.
 ls_alv_cat1-fieldname = wa_itab4-vhilm. "l_fieldname.
 ls_alv_cat1-col_pos = l_i.
 ls_alv_cat1-coltext = wa_itab4-vhilm.
 ls_alv_cat1-do_sum ='X'.
 APPEND ls_alv_cat1 TO i_alv_cat1.
 CLEAR : ls_alv_cat1, l_fieldname.
 l_i = l_i + 1.
 ENDIF.
 AT LAST.
 ls_alv_cat1-fieldname = 'TOTAL'. "l_fieldname.
 ls_alv_cat1-col_pos = l_i.
 ls_alv_cat1-coltext = 'TOTAL'.
 ls_alv_cat1-do_sum ='X'.
 APPEND ls_alv_cat1 TO i_alv_cat1.
 CLEAR : ls_alv_cat1, l_fieldname.
 ENDAT.
 SORT i_alv_cat1 BY fieldname.
 DELETE ADJACENT DUPLICATES FROM i_alv_cat1.
ENDLOOP.
SORT i_alv_cat1 BY col_pos.
CALL METHOD cl_alv_table_create=>create_dynamic_table
 EXPORTING
 it_fieldcatalog = i_alv_cat1
 IMPORTING
 ep_table = d_ref.
ASSIGN d_ref->* TO <f_fs>.
CREATE DATA gv_wa LIKE LINE OF <f_fs>.
ASSIGN gv_wa->* TO <fs_wa>.
DELETE ADJACENT DUPLICATES FROM <f_fs> COMPARING ALL FIELDS.
 LOOP AT itab6.
 CLEAR wa_itab5.
 wa_itab5-tknum = 'Total'.
 MOVE-CORRESPONDING itab6 TO wa_itab5.
 APPEND wa_itab5 TO g_itab5.
 CLEAR wa_itab5.
ENDLOOP.
 DESCRIBE TABLE g_itab5 LINES L_TOT.
 LOOP AT TOTAL_TAB.
 L_TOTAL = L_TOTAL + total_tab-quantity.
 ENDLOOP.
LOOP AT g_final ASSIGNING <f_fs2>.
 ASSIGN COMPONENT 'TKNUM' OF STRUCTURE <f_fs2> TO <f_fs6>.
 ASSIGN COMPONENT 'TKNUM' OF STRUCTURE <fs_wa> TO <f_fs7>.
 <f_fs7> = <f_fs6>.
 CONDENSE <f_fs2>-vhilm NO-GAPS.
 ASSIGN COMPONENT 'VHILM' OF STRUCTURE <f_fs2> TO <f_fs3>.
 ASSIGN COMPONENT 3 OF STRUCTURE <f_fs2> TO <f_fs4>.
 MOVE <f_fs3> TO l_var1.
 ASSIGN COMPONENT l_var1 OF STRUCTURE <fs_wa> TO <f_fs5>.
 <f_fs5> = <f_fs4>.
 CLEAR total_tab-quantity.
 READ TABLE total_tab WITH KEY tknum = <f_fs6>.
 IF sy-subrc = 0.
 ASSIGN total_tab-quantity TO <f_fs12>.
 ASSIGN COMPONENT 'TOTAL' OF STRUCTURE <fs_wa> TO <f_fs13>.
 <f_fs13> = <f_fs12>.
 ENDIF.
 L_FILL = L_FILL + 1.
 IF L_FILL = L_TOT.
 ASSIGN L_TOTAL TO <f_fs12>.
 ASSIGN COMPONENT 'TOTAL' OF STRUCTURE <fs_wa> TO <f_fs13>.
 <f_fs13> = <f_fs12>.
 ENDIF.
 AT END OF <f_fs2>-tknum.
 APPEND <fs_wa> TO <f_fs>.
 CLEAR <fs_wa>.
 ENDAT.
ENDLOOP.
CLEAR: <f_fs6>,
 <f_fs7>.
CLEAR <fs_wa>.
CALL SCREEN 0100.
*& Module STATUS_0100 OUTPUT
 text
MODULE status_0100 OUTPUT.
SET PF-STATUS 'ZVKS'.
SET TITLEBAR 'ZVKS'.
CHECK sy-ucomm IS INITIAL.
SORT g_scandata_tab BY tknum vhilm.
CREATE OBJECT g_custom_container_0100
 EXPORTING container_name = g_container_0100
 EXCEPTIONS
 cntl_error = 1
 cntl_system_error = 2
 create_error = 3
 lifetime_error = 4
 lifetime_dynpro_dynpro_link = 5.
CREATE OBJECT g_alv_grid_0100
 EXPORTING i_parent = g_custom_container_0100.
g_mylayout-grid_title = 'Display Scanning data'.
CALL METHOD g_alv_grid_0100->set_table_for_first_display
 CHANGING
 it_outtab = <f_fs>
 it_fieldcatalog = i_alv_cat1
 EXCEPTIONS
 invalid_parameter_combination = 1
 program_error = 2
 too_many_lines = 3
 OTHERS = 4.
IF sy-subrc <> 0.
 MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
 WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
ENDIF.
ENDMODULE. " STATUS_0100 OUTPUT
Regards
Kannaiah

Transport KNA1 table data to other machine

Similar Messages

Maybe you are looking for