Single Logical Table Source VS Multiple Logical Table Source

When is it appropriate to use a Single Logical Table Source VS Multiple Logical Table Source.

Hi,
Single Logical Table source:A logical fact/dimension table with a single physical source/table.
Mutilple Logical Table source:A logical fact/dimension table with a multiple physical sources/tables.
mark if helpful/correct....
thanks,
prassu

Similar Messages

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    Hi experts,
    In our ERP wie run many different clients with correspondong logical systems. When I'm changing a data source in ERP, then I have to replicate this datasource for each single logical system.
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    Is there a way to replicate a data source for all logical systems belonging to an infos source at once ?
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    Joe

    just another attempt

  • Logical Difference of defining Multiple Logical level keys

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    Check the other advancements too in the below presentation:
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  • Using multiple physical tables in a single logical dimension table

    I have two physical tables that are related on a 1 to 1 basis based on a natural key. One of these tables is already part of my RPD file (actually, it is the W_EMPLOYEE_D from the Oracle BI Applications). The second table contains additional employee attributes from a custom table added to the data warehouse. Unfortunately, I don't seem to be able to display ANY data from this newly added custom table! I'm running on OBIEE 11.1.1.6.
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    - In my logical table for E1, I've mapped E2 to E1 (E2 appears as a source), set up an INNER JOIN in the joins section for E1 and added the attributes from E2 in the folder
    - In the SOURCES for this logical table, I've set the logical level of the content for E2 appropriately (detail level, same as E1)
    - In my presentation folder for E1, I've copied in the attributes from E2 that were included in my logical table
    Consistency check runs smoothly, no warnings or errors. Note: E2 contains hundreds of rows, all of which have matching records in E1.
    Now, when I create an analysis that includes only an attribute sourced from E2, I get a single row returned, with a NULL value. If I create an analysis that includes one attrribute from E1 and one from E2, I get all the valid E1 records with data showing, but with NULL for the E2 attributes. Remember, I have an inner join, which means that the query is "seeing" E2 data, it is just choosing not to show it to me! Additionally, I can grab the query from the NQQuery.log file - when I run this SQL in SQL*Developer, I get PERFECT results - both E1 and E2 attributes show up in the SQL - the query engine is generating valid SQL. The log file does not indicate there are any errors either; it does show the correct number of rows being added to cache. If I create a report that includes attributes from E1, E2 and associated fact metrics I get similar results. The reports seem to run fine, but all my E2 attributes are NULL in Answers. I've verified basics, like data types, etc. and when I "Query Related Objects" in the repository, everything looks consistent across all 3 layers and all objects. E2 is located in the same (Oracle) database and schema as E1, and there are no security constraints in effect.
    I've experimented with a lot of different things without success, but I expected that the above configuration should have worked. Note that I cannot set up E2 as a new separate dimension, as it does not contain the key value used to join to the facts, nor do the facts contain the natural key that is in both E1 and E2.
    Sorry for the long post - just trying to head off some of the questions you might have.
    Any ideas welcomed! Many thanks!
    Eric

    Hi Eric,
    I would like you to re-check on the content level settings here as they are the primary causes of this kind of behavior. You could notice that the same information might have written down in the logical plan of the query too.
    Also, as per your description
    "In the SOURCES for this logical table, I've set the logical level of the content for E2 appropriately (detail level, same as E1)"
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    Hope this helps.
    Thank you,
    Dhar

  • Multiple Data Sources In One Logical Table

    I am new to OBIEE and I have came accross an issue. I appologize if this information is in the forum somewhere but I have searched and cannot find it.
    My situation is that I would like to have one logical table that contains multiple data sources which have all the same columns. I already have session variables setup to differentiate the user's security through a row-wise variable for a specific column and a session variable for another column which determines the user's association to the data source in which they belong to. This security works well when the data sources are seperated in the Business Model and Mapping portion but the issue that arises is that the user's cannot share reports when the data sources are seperated in the BM&M.
    I have dragged and dropped a table from the Physical model to the BM&M, I then dragged the second data source (with same meta data structure) over to the "Sources" folder in the first data source table in the BM&M. On the Content tab or each data source table I have defined the WHERE clause as such, where VALUEOF(NQ_SESSION."SCHOOL") session variable is my row-wise column filter and the VALUEOF(NQ_SESSION."GROUP") filter is my data source determinative:
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    Unfortunatley this only returns values in the BI Answers for the first drag and drop Pysical table in the BM&M layer and not the second Physical table drug into the "Sources" folder. I have also tried to create a new logical table and drag both tables into the "Sources" folder to no avail. I have experimented with the Fragmentation content on the "Content" tab of the seperate logical tables, checking the "This source should be combined with other sources at this level", which gives me an error in BI Answers that a column does not exist which really does.
    What could I be missing? Advanced thanks to those who reply.
    Thank you,
    Kyle

    Stijn,
    Thank you for the article link. That was very helpful! It seems that I had a few things off as you do need the "This source should be combined with other sources at this level." checked. In my two table source columns for DATA_SOURCE I defined a literal ('086496' and '085597' for the other) in the Column Mapping tab. I pasted the following in the Fragmentation content, checking the "This source..." box on the Content tab:
    eSIS.SANDBOX4_SCHOOLS.DATA_SOURCE = '086496'
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    sandbox4."".OBIEE.NWOCA_SCHOOLS.SCHOOL_CODE = VALUEOF(NQ_SESSION."SCHOOL") AND sandbox4."".OBIEE.NWOCA_SCHOOLS.DATA_SOURCE = VALUEOF(NQ_SESSION."GROUP")
    This took care of my user's security, utilizing the session variables in the WHERE clause. I am now able to generate reports that only one user can access from one data source and share that same report with another user who can only see data from the other data source.
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  • How to "think" use of multiple logical table sources

    Hi everybody,
    i'm new to OBIEE and its paradigm. I'm trying to build a prototype with multiple physical sources: ERD and a Data Mart; I need OBIEE to go to the Data Mart model at the need of aggregated info and to go to the relational model at the need of transactional info. I need to do that working with dimensions, assigning different sources to each logical level of the dimension.
    My problem begins when thinking how to actually do that. Here is my question:
    - Should I add the relational source in the data mart logical table source folders, mapping the same information with joins? If so, how does dimensions work from that point? (drill down)
    thanks in advance!

    I'm a little confused
    Is the problem
    1 - You want to Access a table in an existing 9i database from a different 10g database
    or
    2 - You have a new 10g database as a copy of a 9i one, and a table called system has gone missing?

  • Filter on the same logical table source on two logical tables is not working properly

    Hi,
    In the RPD, assume that I have a physical table named Employee_fact, created an Alias called D0 Employee Fact
    In the BMM I've two logical tables called Employee_fact_Type1 and Employee_fact_Type2
    Each of these logical tables has the same Logical table source - D0 Employee
    But in each logical table source, I've a filter in where clause
    such as, for Employee_fact_Type1  employee_type = 'XXX'
                 for Employee_fact_Type2 employee_type='YYY'
    These two facts are present in the same BMM and each of them are connected to two dimensions
    such as
    Dept_type1 <- Employee_fact_type_1 -> Tenure_type1
    Dept_type2 <- Employee_fact_type_2 -> Tenure_type2
    In analysis, When I query the columns from Dept_type1 and Tenure_type1, the database query generated shows the condition employee_type='YYY' instead of employee_type='XXX' .
    But, adding the columns from Dept_Type1, Employee_fact_type_1, Tenure_type1 it shows proper filter.
    I checked the relationships, presentation layer for the sources of presentation tables and everything looks good.
    Can anybody tell me what goes wrong here?

    did you set the content level as well?

  • Multiple 'logical joins' between a fact table and one dimension table

    It appears that one cannot create multiple ‘logical joins’ between a fact table and one dimension table in OBIEE using the Oracle BI Administration Tool. For example, considering a Business Model with a dimension table TIMES and a fact table FACT containing START_TIME and END_TIME, we would like to create separate logical joins from FACT to TIMES for the START_TIMEs and END_TIMEs? Obviously, the underlying foreign keys can be created, but as far as I can tell the Oracle BI Administration Tool doesn’t support this. The workaround would be to replicate the TIMES table, but that’s ugly.
    I seek an alternative approach.

    Try this. Create an two aliases for the TIMES dimension (Start & End) in the Physical Layer and then remove foreign key to the "Parent" Times dimension. Create the Foreign Key in the Physical Layer to the new aliases and then create the complex joins in the BMM Layer to the new aliases as well. This will allow you to present both dates within the same table in the Presentation Layer. Not the most elegant solution but it works.

  • Best way to combine multiple fact tables in single mart

    Hi, quick question that I think I know the answer to, just wanted to bounce it off everyone here to make sure I'm on the right track.
    I have a HR datamart that contains several different fact tables. Some of the facts are additive across time (i.e. compensation - people get paid on different days, when I look at a month I want to see the total of all pay dates within that month). The other type of fact is more "status over a set of time" - i.e. a record saying that I'm employed in job X with a salary of Y from a given start date to a given end date.
    For the "status over time" type facts, if I choose January 2009 (month level) in the time dimension, what I'd really like to see is the fact records that were in place "as of" the last day of the month - i.e. all records where the start date is on or before 1/1/2009, and whose end date is on or after 1/1/2009. Note that my time dimension does go down to the day level (so you could look at a person "as of" the middle of the month, etc. if you're browsing on a day-by-day basis)
    I've set up the join between the time dimension and the fact table as a complex join in the physical layer, with a clause like "DIM_DATE.DATE >= FACT.START_DATE AND DIM_DATE.DATE <= FACT.END_DATE". This seems to work perfectly at the day level - I have no problems at all finding the proper records for a person as of any given day.
    However, I'm not quite sure how to proceed at the month level. My initial thought is:
    a) create a new LTS for the fact table at the month level
    b) in the new LTS, add the join to the time dimension
    c) in the new LTS, add a where clause similar to LAST_DAY_IND = 'Y' (true for the last day of each month).
    Is this the proper way to do this?
    Thanks in advance!
    Scott

    Hi Scott,
    I think you're on the right track but I don't think you need the last part. Let me generalize the situation to the following tables
    DAILY_FACT (
    DAILY_FACT_KEY NUMBER, -- PRIMARY KEY
    START_DATE_KEY NUMBER, -- FOREIGN KEY TO DATE DIMENSION FOR START DATE
    END_DATE_KEY NUMBER, -- FOREIGN KEY TO DATE DIMENSION FOR END DATE
    DAILY_VALUE NUMBER); -- FACT MEASURE
    MONTHLY_FACT(
    MONTHLY_FACT_KEY NUMBER, -- PRIMARY KEY
    MONTH_DATE_KEY NUMBER, -- FOREIGN KEY TO DATE DIMENSION, POPULATED WITH THE KEY TO THE LAST DAY OF THE MONTH
    MONTHLY_VALUE NUMBER); -- FACT MEASURE at MONTH LEVEL. DATE_KEY is at END of MONTH
    DIM_DATE(
    DATE_KEY NUMBER,
    DATE_VALUE DATE,
    DATE_MONTH VARCHAR2(20),
    DATE_YEAR NUMBER(4));
    DIM_DATE_END (ALIAS OF DIM_DATE for END_DATE_KEY join)
    Step 1)
    Make the following three joins in the physical layer:
    a. DAILY_FACT.START_DATE_KEY = DIM_DATE.DATE_KEY
    b. DAILY_FACT.END_DATE_KEY = DIM_DATE_END.DATE_KEY
    C. MONTHLY_FACT.DATE_KEY = DIM_DATE.DATE_KEY
    Note: The MONTHLY_FACT DATE_KEY is joined to the same instance of the date dimension as the START_DATE_KEY of the DAILY_FACT table. This is because these are the dates you want to make sure are in the same month.
    Step 2)
    Create a business model and drag DIM_DATE, DAILY_FACT and DIM_DATE_END into it.
    Step 3)
    Drag the physical table MONTHLY_FACT into the logical table source of the logical table DAILY_FACT.
    Step 4)
    Set DAILY_VALUE and MONTHLY_VALUE to be aggregates with a "SUM" aggregation function
    Step 5)
    Drag all required reporting columns to the Presentation layer.
    Step 6)
    Create your report using the two different measures from the different fact tables.
    Step 7)
    Filter the report by the Month that joined to the Start Date/Monthly Date (not the one that joined to the end date).
    Step 8)
    You're done.
    The act of combining the two facts into one logical table allows you to report on them at the same time. The strategy of joining the START_DATE_KEY and the MONTH_DATE_KEY allows you to make sure that the daily measure start date will be in the same month as the monthly fact table.
    Hope that helps!
    -Joe
    Edited by: Joe Bertram on Jan 5, 2010 6:29 PM

  • Table for conversion of logical system

    HI All
    please let me know the table name which will have all source system converion list.
    thanks in advance.
    thx
    vij

    Hi,
    Can also check at transaction RSA->Tools Menu->Conversion of logical system names(Displays all Source and Target Systems).
    Thanks,
    Rema

  • View a single table-row as multiple rows in a GridControl

    Hi,
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    Thanks in advance
    null

    |I've seen an example on the Internet |(http://www2.gol.com/users/tame/swing/exampl|es/JTableExamples4.html) which does this |without database connection but it seems as |if it's necessary to replace the default |JTable, TableModel and UI by customized |ones.
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    |So is there any other way to do this? (A |modification of the JTable-UI itself doesn't |suffice as the JTable yields wrong row- and |column-numbers on mousclick-events and |therefore the components of the second row |are not enabled properly).
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    (http://www2.gol.com/users/tame/swing/exampl|es/JTableExamples4.html)
    null

  • Logical System is not defined in table SMOF_ERPSH!

    Hi,
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    can any one please let me know why this comes up, i have checked the SMOEAC settings, its fine and the logical system entries are already present in the tabe

    Hi,
    Can you verify all your settings as per note 720819?
    Also under SMOEAC transaction, site attributes for your site type 'CRM' may not have any value. Please define attributes for your SRM RFC destination. Select the correct RFC destination, then click on button 'Get Values'.After doing this, table SMOF_ERPSH should be populated correctly.
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  • How to show multiple dynamic tables on a single screen?

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          gw_datatbl1 TYPE tabname,
          gw_descrptbl TYPE tabname,
          gw_attribute TYPE tabname.
    DATA:
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      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,
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              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,
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         reasoncd      TYPE zmdreason,
         refdimension  TYPE uj_dim_name,
         attrib        TYPE uj_attr_name,
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         gt_mdr2 LIKE TABLE OF gw_mdr,
         gt_mdtable1 TYPE zbpctt_attr,
         gt_mdtable2 TYPE zbpctt_attr,
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         gt_mdtable3 TYPE zbpctt_attr,
         gt_mdtable4 TYPE zbpctt_attr,
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           gw_tab1 LIKE LINE OF gt_tab1,
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    FIELD-SYMBOLS: <gfs_tab2>  TYPE STANDARD TABLE,
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                   <gfs_tab4>  TYPE STANDARD TABLE.
    FIELD-SYMBOLS:<gfs_attr> TYPE any,
                              <gfs_field3> TYPE any,
                              <gfs_field4> TYPE any.
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    FIELD-SYMBOLS: <gfs_data> TYPE any .
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    SELECTION-SCREEN BEGIN OF BLOCK b2 WITH FRAME TITLE text-002.
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    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,
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    DATA : gw_string  TYPE string,
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    DATA:  gw_len TYPE string,
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            dimension TYPE uja_dimension-dimension,
          END OF gw_refdim,
          gt_refdim LIKE TABLE OF gw_refdim,
          gt_refdim_t LIKE TABLE OF gw_refdim,
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            data_table TYPE tabname,
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            tech_name TYPE uja_dim_attr-tech_name,
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            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!

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