Structures and Data

hello, i have a question. i think i know the answer already just want to make sure with you gurus. someone told me that structures don ot contain data. but i have seen code where people enhance structures that are on LBWE screen. so if they append structure where is the data kept? like i know there are underlying tables like vbap, vbak etc. ok. so the data comes from those tables in structure if i had to append the structures? then what happens? does it then go to setup table? or where does it go and what triggers the data to come into structures from those tables? please help. thanks. e.g. structure like MC02_0SGR etc.
I did some search and found some stuff.so when user hits save button ok it saves the data in database table and also that record will be sent to LBWQ in logistics appalication case. ok. so if i append some structure and do some enhancement on it. let's say i add a field called quantity in it ok, and i do some coding. i bring the record in internal table and say something like MC02_0SGR-Quantity - Internal table-Quantity if some condition meet. ok so then. next time when user saves a record it will go straight to lets say vbak table and the same record will also go to lbwq. am i correct? at the time when user saved the record it didnot have that quantity field calculated because it has not gone through my code yet. right? i am just trying to understand the flow. i don't know if there is any documentation on this or not. can someone help me please? i am confused. thanks guys.
Edited by: Vik1900 on Jun 13, 2009 2:28 PM

Hi,
If you enhance the DS in ECC..
Eg: I enhanced XYZ- Structure and added ZQty field, and it will fetch the data from ABC Table using some code in CMOD, when users enter the data through some TCODE in ECC, the data wil store in base tables from there using Code we are fetching and extracting into BW. You can see the data in LBWQ/RSA7 in ECC, which contains the data for all fields which are there in Data Source.
If you want to load data to BW, using setup tables, you must take some down time in ECC and load tha data..
Steps:
1. Take down Time in ECC
2. Delete setup tables in ECC.
3. Clear RSA7 in ECC, by running V3 job 2/3 times and loading deltas in BW.
4. Check whethee it is cleared or not in SMQ1 and RSA7.
5. Fill the setup tables.
6. Load Init data in BW.
7. Set V3 job in ECC and Load deltas in BW.
Thanks
Reddy

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TYPE-POOLS: truxs.
*                           T Y P E S
TYPES: BEGIN OF t_master_data,
          MATERIAL                      Type MATNR ,
          IND_SECTOR                    Type MBRSH ,
          MATL_TYPE                     Type MTART ,
          PLANT                         Type WERKS ,
          STGE_LOC                      Type LGORT_D ,
          MATL_DESC                     Type MAKTX ,
          BASE_UOM                      Type MEINS ,
          MATL_GROUP                    Type MATKL ,
          DIVISION                      Type SPART ,
          ITEM_CAT                      Type MTPOS_MARA ,
          GROSS_WT                      Type BRGEW ,
          UNIT_OF_WT                    Type GEWEI ,
          NET_WEIGHT                    Type NTGEW ,
          VOLUME                        Type VOLUM ,
          SIZE_DIM                      Type GROES ,
          BASIC_MATL                    Type WRKST ,
          DOCUMENT                      Type DZEINR ,
          DOC_VERS                      Type DZEIVR ,
          PO_UNIT                       Type BSTME ,
          PUR_GROUP                     Type EKGRP ,
          AUTO_P_ORD                    Type KAUTB ,
          "BATCH_MGMT Type XCHPF ,
          PUR_VALKEY                    Type EKWSL ,
          "GR_PR_TIME Type WEBAZ ,
          COMM_CODE                     Type STAWN ,
          COUNTRYORI                    Type HERKL ,
          MRP_TYPE                      Type DISMM ,
          REORDER_PT                    Type MINBE ,
          MRP_CTRLER                    Type DISPO ,
          LOTSIZEKEY                    Type DISLS ,
          MINLOTSIZE                    Type BSTMI ,
          MAXLOTSIZE                    Type BSTMA ,
          FIXED_LOT                     Type BSTFE ,
          MAX_STOCK                     Type MABST ,
          ROUND_VAL                     Type BSTRF ,
          PROC_TYPE                     Type BESKZ ,
          SPPROCTYPE                    Type SOBSL ,
          ISS_ST_LOC                    Type LGPRO ,
          SLOC_EXPRC                    Type LGFSB ,
          PLND_DELRY                    Type PLIFZ ,
          GR_PR_TIME                    Type WEBAZ ,
          SM_KEY                        Type FHORI ,
          SAFETY_STK                    Type EISBE ,
          PLNG_PLANT                    Type PRWRK ,
          AVAILCHECK                    Type MTVFP ,
          DEP_REQ_ID                    Type SBDKZ ,
          ISSUE_UNIT                    Type AUSME ,
          STGE_BIN                      Type LGPBE ,
          BATCH_MGMT                    Type XCHPF ,
          STGEPERIOD                    Type MAXLZ ,
          STGE_PD_UN                    Type LZEIH ,
          MINREMLIFE                    Type MHDRZ ,
          SHELF_LIFE                    Type MHDHB ,
          PERIOD_IND_EXPIRATION_DATE    Type DATTP ,
          ROUND_UP_RULE_EXPIRATION_DATE Type RDMHD ,
          STOR_PCT                      Type MHDLP ,
          QM_AUTHGRP                    Type QMATAUTH ,
          QM_PROCMNT                    Type QMPUR ,
          CTRL_KEY                      Type SSQSS ,
*           Type ART ,
*           Type AKTIV ,
          VAL_CAT                       Type BWTTY_D ,
          VAL_CLASS                     Type BKLAS ,
          PRICE_CTRL                    Type VPRSV ,
* NEW ADDITION
          STD_PRICE                     Type STPRS,
          PRICE_UNIT                    Type PEINH ,
          MOVING_PR                     Type VERPR ,
          QTY_STRUCT                    Type CK_EKALREL ,
          ORIG_GROUP                    Type HRKFT ,
          ORIG_MAT                      Type HKMAT ,
          VARIANCE_KEY                  Type AWSLS ,
          PROFIT_CTR                    Type PRCTR ,
          LANGU                         Type SPRAS,
       END OF t_master_data.
*                  I N T E R N A L   T A B L E S
DATA:
*     Internal table of type t_master_data
      ist_master_data TYPE TABLE OF t_master_data,
*     Internal table of type BAPIMATHEAD
      ist_headdata    TYPE TABLE OF BAPIMATHEAD,
*     Internal table of type BAPI_MAKT
      ist_mat_desc    TYPE TABLE OF BAPI_MAKT,
*     Internal table of type BAPI_MAKT
      ist_uom         TYPE TABLE OF BAPI_MARM,
*     Internal table of type BAPI_MAKTX
      ist_uom_x       TYPE TABLE OF BAPI_MARMX.
*                   G L O B A L   V A R I A B L E S
DATA:
      it_num     TYPE num10,
*     Global variable of type truxs_t_text_data
      it_raw     TYPE truxs_t_text_data.
*                       W O R K   A R E A S
DATA:
*     Work area of type t_master_data
      wa_master_data                TYPE t_master_data,
*     Work area of type bapimathead
      wa_bapimathead                TYPE BAPIMATHEAD,
*     Work area of type bapi_mara
      wa_client_data                TYPE BAPI_MARA,
*     Work area of type bapi_marax
      wa_client_data_x              TYPE BAPI_MARAX,
*     Work area of type bapi_marc
      wa_plant_data                 TYPE BAPI_MARC,
*     Work area of type bapi_marcx
      wa_plant_data_x               TYPE BAPI_MARCX,
*     Work area of type bapi_mard
      wa_storage_location_data      TYPE BAPI_MARD,
*     Work area of type bapi_mardx
      wa_storage_location_data_x    TYPE BAPI_MARDX,
*     Work area of type bapi_mbew
      wa_valuation_data             TYPE BAPI_MBEW,
*     Work area of type bapi_mbewx
      wa_valuation_data_x           TYPE BAPI_MBEWX,
*     Work area of type bapi_mard
      wa_mat_desc                   TYPE BAPI_MAKT,
*     Work area of type bapi_marm
      wa_uom                        TYPE BAPI_MARM,
*     Work area of type bapi_marmx
      wa_uom_x                      TYPE BAPI_MARMX,
*     Work area of type mbapi_mpgd
      wa_planning_data              TYPE BAPI_MPGD,
*     Work area of type mbapi_mpgdx
      wa_planning_data_x            TYPE BAPI_MPGDX,
*     Work area of type mbapi_mpgd
      wa_return                     TYPE BAPIRET2.
*                          P A R A M E T E R S
PARAMETERS:
*     Parameter of type rlgrap-filename
      p_file TYPE rlgrap-filename.
*               A T   S E L E C T I O N   S C R E E N
AT SELECTION-SCREEN ON VALUE-REQUEST FOR p_file.
CALL FUNCTION 'F4_FILENAME'
    EXPORTING
      field_name = 'P_FILE'
    IMPORTING
      file_name = p_file.
*                S T A R T - O F - S E L E C T I O N.
START-OF-SELECTION.
* To upload data from flat file
CALL FUNCTION 'TEXT_CONVERT_XLS_TO_SAP'
    EXPORTING
      i_line_header        = 'X'
      i_tab_raw_data       = it_raw       " WORK TABLE
      i_filename           = p_file
    TABLES
      i_tab_converted_data = ist_master_data[] "ACTUAL DATA
    EXCEPTIONS
      conversion_failed    = 1
      OTHERS               = 2.
IF sy-subrc = 0.
    LOOP AT ist_master_data INTO wa_master_data.
      it_num = wa_master_data-PROFIT_CTR.
      wa_master_data-PROFIT_CTR = it_num.
      MOVE-CORRESPONDING wa_master_data to wa_bapimathead.
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      wa_client_data_x-MATL_GROUP = 'X'.
      wa_client_data_x-BASE_UOM = 'X'.
      wa_client_data_x-PO_UNIT = 'X'.
      wa_client_data_x-DOCUMENT = 'X'.
      wa_client_data_x-SIZE_DIM = 'X'.
      wa_client_data_x-BASIC_MATL = 'X'.
      wa_client_data_x-PUR_VALKEY = 'X'.
      wa_client_data_x-NET_WEIGHT = 'X'.
      wa_client_data_x-UNIT_OF_WT = 'X'.
      wa_client_data_x-DIVISION = 'X'.
      wa_client_data_x-BATCH_MGMT = 'X'.
      wa_client_data_x-QM_PROCMNT = 'X'.
      wa_client_data_x-MINREMLIFE = 'X'.
      wa_client_data_x-SHELF_LIFE = 'X'.
      wa_client_data_x-STOR_PCT = 'X'.
      wa_client_data_x-ROUND_UP_RULE_EXPIRATION_DATE = 'X'.
      wa_client_data_x-PERIOD_IND_EXPIRATION_DATE = 'X'.
      wa_client_data_x-ITEM_CAT = 'X'.
      MOVE-CORRESPONDING wa_master_data to wa_plant_data.
      wa_plant_data_x-PLANT = wa_master_data-plant.
      wa_plant_data_x-PUR_GROUP = 'X'.
      wa_plant_data_x-ISSUE_UNIT = 'X'.
      wa_plant_data_x-MRP_TYPE = 'X'.
      wa_plant_data_x-MRP_CTRLER = 'X'.
      wa_plant_data_x-PLND_DELRY = 'X'.
      wa_plant_data_x-GR_PR_TIME = 'X'.
      wa_plant_data_x-LOTSIZEKEY = 'X'.
      wa_plant_data_x-PROC_TYPE = 'X'.
      wa_plant_data_x-SPPROCTYPE = 'X'.
      wa_plant_data_x-SAFETY_STK = 'X'.
      wa_plant_data_x-MINLOTSIZE = 'X'.
      wa_plant_data_x-MAXLOTSIZE = 'X'.
      wa_plant_data_x-FIXED_LOT = 'X'.
      wa_plant_data_x-ROUND_VAL = 'X'.
      wa_plant_data_x-MAX_STOCK = 'X'.
      wa_plant_data_x-DEP_REQ_ID = 'X'.
      wa_plant_data_x-SM_KEY = 'X'.
      wa_plant_data_x-STGEPERIOD = 'X'.
      wa_plant_data_x-STGE_PD_UN = 'X'.
      wa_plant_data_x-CTRL_KEY = 'X'.
      wa_plant_data_x-BATCH_MGMT = 'X'.
      wa_plant_data_x-AVAILCHECK = 'X'.
      wa_plant_data_x-AUTO_P_ORD = 'X'.
      wa_plant_data_x-COMM_CODE = 'X'.
      wa_plant_data_x-COUNTRYORI = 'X'.
      wa_plant_data_x-PROFIT_CTR = 'X'.
      wa_plant_data_x-ISS_ST_LOC = 'X'.
      wa_plant_data_x-VARIANCE_KEY = 'X'.
      wa_plant_data_x-SLOC_EXPRC = 'X'.
      wa_plant_data_x-QM_AUTHGRP = 'X'.
      MOVE-CORRESPONDING wa_master_data to wa_planning_data.
      wa_planning_data_x-PLANT = wa_master_data-plant.
      wa_planning_data_x-PLNG_PLANT = 'X'.
      MOVE-CORRESPONDING wa_master_data to wa_storage_location_data.
      wa_storage_location_data_X-PLANT = wa_master_data-plant.
      wa_storage_location_data_X-STGE_LOC = wa_master_data-stge_loc.
      wa_storage_location_data_X-STGE_BIN = 'X'.
      MOVE-CORRESPONDING wa_master_data to wa_valuation_data.
      wa_valuation_data-VAL_AREA = '1000'.
      wa_valuation_data_X-VAL_AREA = '1000'.
      wa_valuation_data_X-PRICE_CTRL = 'X'.
      wa_valuation_data_X-MOVING_PR = 'X'.
      wa_valuation_data_X-PRICE_UNIT = 'X'.
      wa_valuation_data_X-STD_PRICE = 'X'.
      wa_valuation_data_X-VAL_CLASS = 'X'.
      wa_valuation_data_X-ORIG_GROUP = 'X'.
      wa_valuation_data_X-QTY_STRUCT = 'X'.
      wa_valuation_data_X-ORIG_MAT = 'X'.
      MOVE-CORRESPONDING wa_master_data to wa_mat_desc.
      APPEND wa_mat_desc to ist_mat_desc.
      IF wa_master_data-PRICE_CTRL = 'S' AND wa_master_data-STD_PRICE IS INITIAL.
        WRITE:/ 'Standard Price not maintained for material ',wa_master_data-MATERIAL.
      ELSE.
        CALL FUNCTION 'BAPI_MATERIAL_SAVEDATA'
          EXPORTING
            HEADDATA             = wa_bapimathead
            CLIENTDATA           = wa_client_data
            CLIENTDATAX          = wa_client_data_x
            PLANTDATA            = wa_plant_data
            PLANTDATAX           = wa_plant_data_X
            PLANNINGDATA         = wa_planning_data
            PLANNINGDATAX        = wa_planning_data_x
            STORAGELOCATIONDATA = wa_storage_location_data
            STORAGELOCATIONDATAX = wa_storage_location_data_x
            VALUATIONDATA        = wa_valuation_data
            VALUATIONDATAX       = wa_valuation_data_x
          IMPORTING
            RETURN               = wa_return
          TABLES
            MATERIALDESCRIPTION = ist_mat_desc.
        Write:/ wa_return-message.
        CALL FUNCTION 'BAPI_TRANSACTION_COMMIT'.
        Clear: wa_bapimathead
         ,wa_client_data
         ,wa_client_data_x
         ,wa_plant_data
        ,wa_plant_data_X
        ,wa_planning_data
         ,wa_planning_data_x
        ,wa_storage_location_data
         ,wa_storage_location_data_x
         ,wa_valuation_data
       ,wa_valuation_data_x.
      ENDIF.
      REFRESH ist_mat_desc.
    ENDLOOP.
ELSE.
    Write:/ text-001.
ENDIF.
In the above code note how i have taken the same names for the fields in internal table as they are in the BAPI so that the mapping of data becomes easier, since i use MOVE CORRESPONDING.
Regards,
Shraddha
Edited by: shraddha85 on Jan 31, 2011 9:49 AM

What's the easiest way to move app data and data structures to a server?

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http://blogs.msdn.com/b/sqlgardner/archive/2012/08/28/sql-2012-alwayson-and-backups-part-3-restore.aspx
Thanks,
Lydia Zhang
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Vertical tables and date tracked fields

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Data base structure is global decalaration you can reffer this structure in any of your developments, when ever you cahange this structure the changes automatically will get updated in all the programs.
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Hi all,
I have a file to idoc scenario.
The information is like this:
1#!445#!AI12#!1#!20070214#!DVXXXXR#!201#!31GINHG876#!#!
2#!#!ETC
3#!000000000030008888#!#!3000#!#!10#!#!20070215
4#!dades45#!b#!c#!d#!e#!f#!g
5#!pos5
where 1, 2, ... = key segments for the file adapter and #! are the field separator.
this must go to a Data Type with substructures like this:
(xml)
.1
......2
.3
......4
......5
where 2 is inside 1 and 4-5 inside 3.
The reason of this is we can get unbounded replays of 3/4/5 for one header.
But XI reads the information like if all segments are headers.
.1
.2
.3
.4
.5
So the IDOC is bad created.
Where is the issue? At Message Mapping all substructures are mapped with his default and at TEST option it works fine.
Thanks in advance for your help.
best regards
Message was edited by:
Federico Martin
Message was edited by:
Federico Martin

Dear people,
according to license problems at client, it's impossible to get the convert agent.
so now we come back to try to solve with normal mapping.
the next step is try to convert it using 2 message mappings: dt (flat xml) to dt (structurated) and this one to the idoc.
i suppose it can be done adding program at interface mapping.
I created the no hiereachical Data Type for load the information and it's fine. But i am unable to get the first mapping OK, because XI has problems with unbounded segments.
If you agreed and has time, i copy here the information and his structure.
I receive (#! defines separation and key segment fields are 1,2,3,4,5):
1#!445#!AH02#!1#!20070214#!DVPOSTER#!201#!31GINHGIN0#!#!
2#!#!ETC
3#!000000000030008888#!#!3000#!#!10#!#!20070215
4#!dades45#!b#!c#!d#!e#!f#!g
3#!000000000030008888#!#!3000#!#!10#!#!20070215
3#!000000000030008888#!#!3000#!#!10#!#!20070215
4#!dades45#!b#!c#!d#!e#!f#!g
5#!pos5
5#!pos5
5#!pos5
The destination must be:
CHASE A
1 (1..1)
....2 (1..1)
3 (1..unbounded)
....4 (0..1)
3 (1..unbounded)
3 (1..unbounded)
....4 (0..1)
5 (1..unbounded)
5 (1..unbounded)
5 (1..unbounded)
CHASE B
Or, in another case with 5 as child of 3 (like example in last mail)
1#!445#!AH02#!1#!20070214#!DVPOSTER#!201#!31GINHGIN0#!#!
2#!#!ETC
3#!000000000030008888#!#!3000#!#!10#!#!20070215
4#!dades45#!b#!c#!d#!e#!f#!g
5#!pos5
3#!000000000030008888#!#!3000#!#!10#!#!20070215
5#!pos5
3#!000000000030008888#!#!3000#!#!10#!#!20070215
4#!dades45#!b#!c#!d#!e#!f#!g
5#!pos5
1 (1..1)
....2 (1..1)
3 (1..unbounded)
....4 (0..1)
....5 (1..unbounded)
3 (1..unbounded)
....5 (1..unbounded)
3 (1..unbounded)
....4 (0..1)
....5 (1..unbounded)
3 (1..unbounded)
....4 (0..1)
....5 (1..unbounded)
Questions:
How i do for map Data Type (no hierachical) -to-> Data Type (hierachical) and Data Type (hierachical) -to-> IDOC? Is any loop or context object required?
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How to find all the Master data extract structures and Extractors

I intend to create Master data dimensions closely similar to SAP BI in a 3rd party system. I would like to use SAP's standard extractors for populating the master data structures in SAP BI and then use a proprietary technology to create similar structures in a 3rd party database.
Question: How to get a complete list of all Master data extract structures and corresponding extractors?
Example: In ECC if I do SE80 and give 'Package' and 'MDX' and then press the 'display' spectacles, I get a list of structures and views under "dictionary objects" covering Material, Customer, Vendor, Plant Texts and attributes.
How do I get the remainder of the Master data extract structures viz. Purchase Info Records, Address, Org Unit etc?
Regards
Sasanka

Hi,
try the table ROOSOURCE and search the data source with string in astrick attr for master data and for text with text
This will give you the list of all the master data source in the system and it contains a column which tells about the extract structure and function module used by each.
Thanks
Ajeet

How to create a new Structure of Data screen and screen sequence

Hi,
Can you give any link or explain all the steps required to create a new structure of data screen and how to assign it to our comapnay code or plant etc. also when i check the screen ref. which is assign to material type in OUR system i ROH but i have not found this ref. in OMT3B where i can see the screen ref. ROH as this the the standard.
regards,
zafar

Hi
Download the pdf's from the below link
http://www.pdf-search-engine.com/sap-mm-configuration-pdf.html
It will help
Thanks,
Raman

Data Structures and Algorithms in java book

Hi guys,
I want to know a good book which is good for Data Structures and Algorithms in java. I am good at Core java but a beginner for Data Structures in Java. I am a little poor in Data Structures concepts.
Following are the books I have found on the net. Could you help me the choose the best outta them.
1. Data Structures and Algorithms in Java - Mitchell Waite
2. Data Structures in Java - Sandra Anderson
3. Fundamentals of OOP and Data Structures in Java - Richard Weiner & Lewis J. Pinson
4. Object Oriented Data Structures Using Java - Nell Dale, Daniel T. Joyce, Chip Weems

lieni wrote:
I good data structures book doesn't have to be language-specific.Thx DrLazlo, my speachYes.
The OP wrote:
I have access to these books and dont know which one to start with.What I meant is that you shouldn't narrow your search to insist that the book you choose have "Java" in the title.

Need links for data structure and algorithms.

Hi.
I am just new to java but need to learn data structure and algorithms.
Do your guys got any good links or bbs to learn?
Thanx in advance

http://www.amazon.com/exec/obidos/tg/detail/-/1571690956/ref=cm_huw_sim_1_3/104-7657019-1043968?v=glance
http://www.amazon.com/exec/obidos/tg/detail/-/0534376681/ref=cm_huw_sim_1_4/104-7657019-1043968?v=glance
http://www.amazon.com/exec/obidos/tg/detail/-/0672324539/ref=cm_huw_sim_1_2/104-7657019-1043968?v=glance
http://www.amazon.com/exec/obidos/tg/detail/-/0201775786/qid=1060946080/sr=8-1/ref=sr_8_1/104-7657019-1043968?v=glance&s=books&n=507846
$8 for the first

Wandering data structure and database infrastructure

1, what do I need to do for building a new data structure?
2, what do I need to do for building a database infrastructure?

The questions still, unfortunately, don't make sense.
The first question is at least starting to coalesce into something answerable. I'm guessing that the first question is about data modeling but in order to make that guess, I have to assume that they're not talking about a "data structure" and that they mean to be talking about an application. If question 1 is really asking to describe a situation where your friend had to design a data model, the answer, presumably, would be to describe a situation where your friend had to design a data model. The interviewer would almost certainly have followup questions about how the data model was designed, why particular design decisions were made, etc. depending on the data model your friend started describing.
The second question still isn't close to answerable-- it is far from clear what is being asked.
Justin

OLS and data tree structure

Hi,
I've a table containing data that are hierarchycally organized and display in an
application as folder and documents.
table listgerm(
id number(5) primary key
lname varchar2(50),
ltype varchar2(10),
pid number(5));
ltype equals to FOLDER or DOC corresponding to folder or document entry.
pid is the parent/ancestor of an id.
it have null if root node.
Here is a "graphical representation" of the folder
B&PD
|-->SEASIA
----|-->VIETNAM
--------|-->BREEDING
------------|-->Doc1
------------|-->Doc2
----|-->PHILIPPINES
--------|-->TRIALS
------------|-->Doc5
------------|-->Doc6
|-->SASIA
|-->INDIA
|-->BREEDING
------------|-->Doc3
------------|-->Doc4
B&PD, SEASIA, SASIA, INDIA, VIETNAM and PHILIPPINES are folders.
B&PD is my root node.
Doc1 to Doc6 are documents.
My goal is to apply OLS on such structure without completely loosing the hierarchical structure.
For OLS, I determined
- one level: Public,
- two compartments: BREEDING and TRIAL,
- and groups based on the location hierarchy.
Here is how I organized label according data structure.
Data | Label
B&PD | Public
|-->SEASIA | Public::SEASIA
----|-->VIETNAM | Public::VIETNAM
--------|-->BREEDING | Public:BREEDING:VIETNAM
------------|-->Doc1 | Public:BREEDING:VIETNAM
------------|-->Doc2 | Public:BREEDING:VIETNAM
----|-->PHILIPPINES | Public::PHILIPPINES
--------|-->TRIALS | Public:TRIAL:PHILIPPINES
------------|-->Doc5 | Public:TRIAL:PHILIPPINES
------------|-->Doc6 | Public:TRIAL:PHILIPPINES
|-->SASIA | Public::SASIA
----|-->INDIA | Public::INDIA
--------|-->BREEDING | Public:BREEDING:INDIA
------------|-->Doc3 | Public:BREEDING:INDIA
------------|-->Doc4 | Public:BREEDING:INDIA
My problem comes when I apply user label.
Suppose I have a user called Paul who need to access all BREEDING data (VIETNAM and INDIA).
So I will give him the following label
Public:BREEDING:VIETNAM,INDIA
He will be able to see everything except the folder SEASIA and SASIA ; breaking the hierarchy.
How can I solve this?
Cheers,
Sebastien

Hi,
I may be miss a trick on how to handle my problem.
May someone help me to solve it, please ?
Cheers,
Sebastien

Structures and Data

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