N-level approvala & Hierarchy creation..

Hi friends,
We are using SRM 5.0 ( ECS) . I have a little doubt for the Hierarchy creation. Is it possible to assign a group inside any other group? I am trying in PPOMA_BBP but it is showing a warning message. Is it possible to assign group inside in any group?
I am facing a problem with N- level Approval for Bid Invitation. 2 level approval is working fine, but I want 3 Level approval for Organization. But I am getting only 2 level approval when I am assigning Group within Group. For that I have implemented a badi for BBP_WFL_APPROV_BADI~GET_REMAING_APPROVERS. In this badi I am assigning 3 users in APPROVAL_TABLE internal table. But instead of 3 I am getting 2 Approval level.
Please suggest me.
Regards
Abhijeet

can u post the code of the Get Remaining Approvers method ?
Regards,
PR.

Similar Messages

Extract Data in Power Pivot from MDX with diffrentnt different Level of Hierarchy in MDX

Hi All,
My requirement is to extract the data form tabular model and put in power pivot,as all the measures calculation is present in model just extracting the aggregated data.
Issue is appearing on Rolling up the data, so is there any way to extract the data so that it will display the right data on different level. As per the below example on level 2 data is getting summed up which is not correct.
Ex:-
Level1
A
10%
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Level2
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Thanks Chandan

Hi Chandan,
According to your description, you create a SQL Server Analysis Services Tabular model and extract Data in Power Pivot from MDX, the problem is that the hierarchy data rolling up base on the hierarchy level, right?
I have tested it on my local environment, we cannot reproduce this issue. So as per my understanding, the issue can be cause by the hierarchy setting in your tabular model. Here are some links about how to create and manage hierarchies in a tabular model,
please refer to the links and check if the settings are correct.
http://msdn.microsoft.com/en-in/library/hh213003.aspx
http://www.youtube.com/watch?v=qKKNY1Vj_2c
If the issue persists, please provide us more information about you hierarchy creation steps, so that we can make further analysis.
Regards,
Charlie Liao
TechNet Community Support

Error In Cost Center Hierarchy Creation

Hi Guru's
Error In Cost Center Hierarchy Creation
Our Business scenario is we have controlling area 1000, under that we have cost center Group as ABC lower level to that we create each business wise in lower level like 1100, 1200, 1300 under this we create 110010 for production 110020 employee 110030 dummy so on, by mistake the client has created 1400 below level to 1000 now all cost center amount is booked in this is reflecting in 1400 and as well in ABC now I need to move all 1400 cost centers below ABC please let me know how to go about this.
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Hi,
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I have a dimension hierarchy STAGE which has five levels L1 -> L2 -> L3 -> L4 -> L5
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My requiremetn is to show only the top level hierarchy and one measure column initially:
L1 -- M1
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L1 L2 M1
L1 L2L3-- M1
L1 L2L3--L4-- M1
L1 L2L3--L4--L5-- M1
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Abhiiiiiii wrote:
Navigation is also a problem here since the column is coming coming runtime(after drill).What i told u is to use the navigation option insted of drill. So you need to create five reports each one for the particular hierarchy. and set the navigartion target as next level report in the hierarchy. Yes it is not the optiumum solution. But if you dont want the other two solutions given above you need to go with this only.

How many levels of hierarchy is supported in AII?

hi,
i heard that the mobile UI supports only two levels of hierarchy...
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thanks,
vinoth

Vinod,
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HANA level based Hierarchy is not displaying in AOLAP

Hi all,
I have created a level based Hierarchy in HANA which I have been able to display in Excel using a HANA MDX Provider connection:
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I have used an OLAP connection to HANA which otherwise appears to be working correctly.
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Regards,
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Hi Stephen,
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Best regards,
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OBIEE 11g level based hierarchy

Hi everyone,
here is my problem in brief
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thanks a lot in advance.

guys I found a work around for this problem, I made a logical column and i used the this expression:
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it works as i want but still considered a work around.
thanks anyway :)

WAD Problem: data below 6th level of Hierarchy is not displaying.

Hello Experts,
I am executing a template in the portal and while giving selections for particular 'cost element' in the selection screen, the message is coming saying no records available.
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Please help me out.
I am new to WAD also please let me know if there is any settings for dispalying hier. node in WAD.
Thanks in advance.

If you just want to display the Hierarchy Level (not filter or sort by it), try just turning on the display of the attribute on the query and/or report, instead of making it a navigational attribute.
Hope this helps...
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Level Base Hierarchy???

Hi,
I have two dimension tables which have join relation in physical layer, and now on top of this 2 tables i need to create Level Base Hierarchy in BMM Layer.
By Maintaining single Logical table with all the required columns from 2 tables (using Multiple LTS) and creating hierarchy on it.
I want to know Is this is the right way to create Level Based Hierarchy????
or is there any alternative way to do,
Please need your suggestions.
Thanks.

Since you got 2 tables follow as below:
Assume DimA and DimB are 2 tables and you want to create Level Base Hierarchy for DimB. In this case other table DimA treat as fact, and create alias for that dim as FactDimA.
Joins in Physical layer
FactDimA->DimA
FactDimA->DimB
BMM: Pull these 3 tables and create level based hierarchy as needed and for other dim just create default hierarchy
Use metrics in FactDimA and descriptive or char type columns from DimA
If you have any issues; I assume you are not following as I said.
Finally mark as correct ;)

ALL level in level based hierarchy

I want to induce a level ' ALL' for a level based hierarchy. meaning ALL should display at toplevel as one value drilling ALL should come as follows
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these are 4 columns here... inside a view ( joining 2 tables)
Thanks prasad

If you are using OWB, just use a constant operator to load your upper level with ALL. If you are using AWM, create a view on top of your dimension table with a mockup column that would just have ALL as its value.

Help needed - OBIEE - Level Based Hierarchy - Expanding Month for one year affects all previous years

I am creating a level based hierarchy for the Date Dimension
year --> quarter --> month --> date (one path)
year .--> month --> date (the second path).
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when I click on, say "Month" under year 2012, it expands everything above 2012 (such as 2010, 2011 etc).
I don't want to expand all the years, but only the one I clicked. Anyone knows what is the solution for that.
I am sorry that I cannot attach any screen shots to explain better.
I would really appreciate your help on this.
Thanks
JD

I am using OBIEE 11.1.1.7.0.
ok, I tried one hierarchy per dim table but didn't work too. When I created a logical column as Month + Year (e.g Jan 2014) and added to the hierarchy, its working fine. But that creates other issues on the
client side.
I guess, since the month is common to all the years its expanding when clicked. I also added month and year as "chronological key", but that didn't work either.
Please advice any solution if you know it.

Want to flatten my parent-child hierarchy into an level-based hierarchy.

Hi Expert,
Can anyone let me know how I can convert my parent-child hierarchy into an LEVEL-based hierarchy.
Thanks in Advance
S

If you have an Oracle DB have a look on the CONNECT BY PRIOR functionality.
regards
John
http://obiee101.blogspot.com

OBIEE BI Answers: Wrong Aggregation Measures on top level of hierarchy

Hi to all,
I have following problem. I hope to be clear in my English because it's a bit complicated to explain.
I have following fact table:
Drug Id Ordered Quantity
1 9
2 4
1 3
2 2
and following Drug Table:
Drug Brand Id Brand Description Drug Active Ingredient Id Drug Active Ingredient Description
1 Aulin 1 Nimesulide
2 Asprina 2 Acetilsalicilico
In AWM i've defined a Drug Dimension based on following hierarchy: Drug Active Ingredient (parent) - Drug Brand Description (leaf) mapped as:
Drug Active Ingredient = Drug Active Ingredient Id of my Drug Table (LONG DESCRIPTION Attribute=Drug Active Ingredient Description)
Drug Brand Description = Drug Brand Id of my Drug Table (LONG DESCRIPTION Attribute = Drug Brand Description)
Indeed in my cube I've mapped leaf level Drug Brand Description = Drug Id of my fact table. In AWM Drug Dimension is mapped as Sum Aggregation Operator
If I select on Answers Drug Active Ingredient (parent of my hierarchy) and Ordered Quantity I see following result
Drug Active Ingredient Description Ordered Quantity
Acetilsalicilico 24
Nimesulide 12
indeed of correct values
Drug Active Ingredient Description Ordered Quantity
Acetilsalicilico 12
Nimesulide 6
EXACTLY the double!!!!!!! But if I drill down Drug Active Ingredient Description Acetilsalicilico I see correctly:
Drug Active Ingredient Description Drug Brand Description Ordered Quantity
Acetilsalicilico
- Aspirina 12
Total 12
Wrong Aggregation is only on top level of hierarchy. Aggregation on lower level of hierarchy is correct. Maybe Answers sum also Total Row????? Why?????
I'm frustrated. I beg your help, please!!!!!!!!
Giancarlo

Hi,
in NQSConfig.ini I can't find Cache Section. I post all file. Tell me what I must change. I know your patient is quite at limit!!!!!!! But I'm a new user of OBIEE.
# NQSConfig.INI
# Copyright (c) 1997-2006 Oracle Corporation, All rights reserved
# INI file parser rules are:
# If values are in literals, digits or _, they can be
# given as such. If values contain characters other than
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# Repository Section
# Repositories are defined as logical repository name - file name
# pairs. ODBC drivers use logical repository name defined in this
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# directory, where OracleBI is the directory in which the Oracle BI
# Server software is installed.
[ REPOSITORY ]
#Star     =     samplesales.rpd, DEFAULT;
Star = Step3.rpd, DEFAULT;
# Query Result Cache Section
[ CACHE ]
ENABLE     =     YES;
// A comma separated list of <directory maxSize> pair(s)
// e.g. DATA_STORAGE_PATHS = "d:\OracleBIData\nQSCache" 500 MB;
DATA_STORAGE_PATHS     =     "C:\OracleBIData\cache" 500 MB;
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// CACHE_POLL_SECONDS = 300;
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# Contains general server default parameters, including localization
# and internationalization, temporary space and memory allocation,
# and other default parameters used to determine how data is returned
# from the server to a client.
[ GENERAL ]
// Localization/Internationalization parameters.
LOCALE     =     "Italian";
SORT_ORDER_LOCALE     =     "Italian";
SORT_TYPE = "binary";
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CASE_SENSITIVE_CHARACTER_COMPARISON = OFF ;
// SQLServer65 sorts nulls first, whereas Oracle sorts
// nulls last. This ini file property should conform to
// that of the remote target database, if there is a
// single remote database. Otherwise, choose the order
// that matches the predominant database (i.e. on the
// basis of data volume, frequency of access, sort
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NULL_VALUES_SORT_FIRST = OFF;
DATE_TIME_DISPLAY_FORMAT = "yyyy/mm/dd hh:mi:ss" ;
DATE_DISPLAY_FORMAT = "yyyy/mm/dd" ;
TIME_DISPLAY_FORMAT = "hh:mi:ss" ;
// Temporary space, memory, and resource allocation
// parameters.
// You may use KB, MB for memory size.
WORK_DIRECTORY_PATHS     =     "C:\OracleBIData\tmp";
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VIRTUAL_TABLE_PAGE_SIZE = 128 KB ;
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// Aggregate Persistence defaults
// The prefix must be between 1 and 8 characters long
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AGGREGATE_PREFIX = "SA_" ;
# Security Section
# Legal value for DEFAULT_PRIVILEGES are:
# NONE READ
[ SECURITY ]
DEFAULT_PRIVILEGES = READ;
PROJECT_INACCESSIBLE_COLUMN_AS_NULL     =     NO;
MINIMUM_PASSWORD_LENGTH     =     0;
#IGNORE_LDAP_PWD_EXPIRY_WARNING = NO; // default is no.
#SSL=NO;
#SSL_CERTIFICATE_FILE="servercert.pem";
#SSL_PRIVATE_KEY_FILE="serverkey.pem";
#SSL_PK_PASSPHRASE_FILE="serverpwd.txt";
#SSL_PK_PASSPHRASE_PROGRAM="sitepwd.exe";
#SSL_VERIFY_PEER=NO;
#SSL_CA_CERTIFICATE_DIR="CACertDIR";
#SSL_CA_CERTIFICATE_FILE="CACertFile";
#SSL_TRUSTED_PEER_DNS="";
#SSL_CERT_VERIFICATION_DEPTH=9;
#SSL_CIPHER_LIST="";
# There are 3 types of authentication. The default is NQS
# You can select only one of them
#----- 1 -----
#AUTHENTICATION_TYPE = NQS; // optional and default
#----- 2 -----
#AUTHENTICATION_TYPE = DATABASE;
# [ DATABASE ]
# DATABASE = "some_data_base";
#----- 3 -----
#AUTHENTICATION_TYPE = BYPASS_NQS;
# Server Section
[ SERVER ]
SERVER_NAME = Oracle_BI_Server ;
READ_ONLY_MODE = NO;     // default is "NO". That is, repositories can be edited online.
MAX_SESSION_LIMIT = 2000 ;
MAX_REQUEST_PER_SESSION_LIMIT = 500 ;
SERVER_THREAD_RANGE = 40-100;
SERVER_THREAD_STACK_SIZE = 0; // default is 256 KB, 0 for default
DB_GATEWAY_THREAD_RANGE = 40-200;
DB_GATEWAY_THREAD_STACK_SIZE = 0; // default is 256 KB, 0 for default
MAX_EXPANDED_SUBQUERY_PREDICATES = 8192; // default is 8192
MAX_QUERY_PLAN_CACHE_ENTRIES = 1024; // default is 1024
MAX_DRILLDOWN_INFO_CACHE_ENTRIES = 1024; // default is 1024
MAX_DRILLDOWN_QUERY_CACHE_ENTRIES = 1024; // default is 1024
INIT_BLOCK_CACHE_ENTRIES = 20; // default is 20
CLIENT_MGMT_THREADS_MAX = 5; // default is 5
# The port number specified with RPC_SERVICE_OR_PORT will NOT be considered if
# a port number is specified in SERVER_HOSTNAME_OR_IP_ADDRESSES.
RPC_SERVICE_OR_PORT = 9703; // default is 9703
# If port is not specified with a host name or IP in the following option, the port
# number specified at RPC_SERVICE_OR_PORT will be considered.
# When port number is specified, it will override the one specified with
# RPC_SERVICE_OR_PORT.
SERVER_HOSTNAME_OR_IP_ADDRESSES = "ALLNICS"; # Example: "hostname" or "hostname":port
# or "IP1","IP2":port or
# "hostname":port,"IP":port2.
# Note: When this option is active,
# CLUSTER_PARTICIPANT should be set to NO.
ENABLE_DB_HINTS = YES; // default is yes
PREVENT_DIVIDE_BY_ZERO = YES;
CLUSTER_PARTICIPANT = NO; # If this is set to "YES", comment out
# SERVER_HOSTNAME_OR_IP_ADDRESSES. No specific NIC support
# for the cluster participant yet.
// Following required if CLUSTER_PARTICIPANT = YES
#REPOSITORY_PUBLISHING_DIRECTORY = "<dirname>";
#REQUIRE_PUBLISHING_DIRECTORY = YES; // Don't join cluster if directory not accessible
DISCONNECTED = NO;
AUTOMATIC_RESTART = YES;
# Dynamic Library Section
# The dynamic libraries specified in this section
# are categorized by the CLI they support.
[ DB_DYNAMIC_LIBRARY ]
ODBC200 = nqsdbgatewayodbc;
ODBC350 = nqsdbgatewayodbc35;
OCI7 = nqsdbgatewayoci7;
OCI8 = nqsdbgatewayoci8;
OCI8i = nqsdbgatewayoci8i;
OCI10g = nqsdbgatewayoci10g;
DB2CLI = nqsdbgatewaydb2cli;
DB2CLI35 = nqsdbgatewaydb2cli35;
NQSXML = nqsdbgatewayxml;
XMLA = nqsdbgatewayxmla;
ESSBASE = nqsdbgatewayessbasecapi;
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# The user log NQQuery.log is kept in the server\log directory. It logs
# activity about queries when enabled for a user. Entries can be
# viewed using a text editor or the nQLogViewer executable.
[ USER_LOG ]
USER_LOG_FILE_SIZE = 10 MB; // default size
CODE_PAGE = "UTF8"; // ANSI, UTF8, 1252, etc.
# Usage Tracking Section
# Collect usage statistics on each logical query submitted to the
# server.
[ USAGE_TRACKING ]
ENABLE = NO;
//==============================================================================
// Parameters used for writing data to a flat file (i.e. DIRECT_INSERT = NO).
STORAGE_DIRECTORY = "<full directory path>";
CHECKPOINT_INTERVAL_MINUTES = 5;
FILE_ROLLOVER_INTERVAL_MINUTES = 30;
CODE_PAGE = "ANSI"; // ANSI, UTF8, 1252, etc.
//==============================================================================
DIRECT_INSERT = YES;
//==============================================================================
// Parameters used for inserting data into a table (i.e. DIRECT_INSERT = YES).
PHYSICAL_TABLE_NAME = "<Database>"."<Catalog>"."<Schema>"."<Table>" ; // Or "<Database>"."<Schema>"."<Table>" ;
CONNECTION_POOL = "<Database>"."<Connection Pool>" ;
BUFFER_SIZE = 10 MB ;
BUFFER_TIME_LIMIT_SECONDS = 5 ;
NUM_INSERT_THREADS = 5 ;
MAX_INSERTS_PER_TRANSACTION = 1 ;
//==============================================================================
# Query Optimization Flags
[ OPTIMIZATION_FLAGS ]
STRONG_DATETIME_TYPE_CHECKING = ON ;
# CubeViews Section
[ CUBE_VIEWS ]
DISTINCT_COUNT_SUPPORTED = NO ;
STATISTICAL_FUNCTIONS_SUPPORTED = NO ;
USE_SCHEMA_NAME = YES ;
USE_SCHEMA_NAME_FROM_RPD = YES ;
DEFAULT_SCHEMA_NAME = "ORACLE";
CUBE_VIEWS_SCHEMA_NAME = "ORACLE";
LOG_FAILURES = YES ;
LOG_SUCCESS = NO ;
LOG_FILE_NAME     =     "C:\OracleBI\server\Log\CubeViews.Log";
# MDX Member Name Cache Section
# Cache subsystem for mapping between unique name and caption of
# members for all SAP/BW cubes in the repository.
[ MDX_MEMBER_CACHE ]
// The entry to indicate if the feature is enabled or not, by default it is NO since this only applies to SAP/BW cubes
ENABLE = NO ;
// The path to the location where cache will be persisted, only applied to a single location,
// the number at the end indicates the capacity of the storage. When the feature is enabled,
// administrator needs to replace the "<full directory path>" with a valid path,
// e.g. DATA_STORAGE_PATH = "C:\OracleBI\server\Data\Temp\Cache" 500 MB ;
DATA_STORAGE_PATH     =     "C:\OracleBIData\cache" 500 MB;
// Maximum disk space allowed for each user;
MAX_SIZE_PER_USER = 100 MB ;
// Maximum number of members in a level will be able to be persisted to disk
MAX_MEMBER_PER_LEVEL = 1000 ;
// Maximum size for each individual cache entry size
MAX_CACHE_SIZE = 100 MB ;
# Oracle Dimension Export Section
[ ORA_DIM_EXPORT ]
USE_SCHEMA_NAME_FROM_RPD = YES ; # NO
DEFAULT_SCHEMA_NAME = "ORACLE";
ORA_DIM_SCHEMA_NAME = "ORACLE";
LOGGING = ON ; # OFF, DEBUG
LOG_FILE_NAME     =     "C:\OracleBI\server\Log\OraDimExp.Log";

Dimension with SOLVED LEVEL-BASED hierarchy (10.2)

I'm trying to make a dimension with SOLVED LEVEL-BASED hierarchy (Oracle 10.2.0.1).
Hierarchy is folowing:
TOP
|_OWNER
|_OBJECT_TYPE
|_OBJECT_NAME
Script
DROP TABLE SOLVED_DIM;
CREATE TABLE SOLVED_DIM
GID NUMBER,
ETKEY VARCHAR2(100),
PARENT_GID NUMBER,
PARENT_ETKEY VARCHAR2(100),
SHORT_DESCRIPTION VARCHAR2(100),
LONG_DESCRIPTION VARCHAR2(100),
TOP                    VARCHAR2(100),
OWNER VARCHAR2(100),
OBJECT_TYPE VARCHAR2(100),
OBJECT_NAME VARCHAR2(100) ,
TOP_ID NUMBER,
OWNER_ID NUMBER,
OBJECT_TYPE_ID NUMBER,
OBJECT_NAME_ID NUMBER,
ID NUMBER
--Test dataset №1
INSERT INTO SOLVED_DIM VALUES (7, 'TOP', NULL, NULL, 'TOP', 'TOP', 'TOP', NULL, NULL, NULL, 1, NULL, NULL, NULL, 100001);
INSERT INTO SOLVED_DIM VALUES (3, 'SH', 7, 'TOP', 'SH', 'SH', 'TOP', 'SH', NULL, NULL, 1, 11, NULL, NULL, 100002);
INSERT INTO SOLVED_DIM VALUES (3, 'OLAP_USR', 7, 'TOP', 'OLAP_USR', 'OLAP_USR', 'TOP', 'OLAP_USR', NULL, NULL, 1, 12, NULL, NULL, 100003);
INSERT INTO SOLVED_DIM VALUES (1, 'SDIMENSION', 3, 'SH', 'SDIMENSION', 'SDIMENSION', 'TOP', 'SH', 'SDIMENSION', NULL, 1, 11, 111, NULL, 100004);
INSERT INTO SOLVED_DIM VALUES (1, 'ODIMENSION', 3, 'OLAP_USR', 'ODIMENSION', 'ODIMENSION', 'TOP', 'OLAP_USR', 'ODIMENSION', NULL, 1, 12, 121, NULL, 100005);
INSERT INTO SOLVED_DIM VALUES (0, 'OUD1', 1, 'ODIMENSION', 'OUD1', 'OUD1', 'TOP', 'OLAP_USR', 'ODIMENSION', 'OUD1', 1, 12, 121, 1211, 100006);
INSERT INTO SOLVED_DIM VALUES (0, 'OUD2', 1, 'SDIMENSION', 'OUD2', 'OUD2', 'TOP', 'SH', 'SDIMENSION', 'OUD2', 1, 11, 111, 1111, 100007);
commit;
--Test dataset №2
INSERT INTO SOLVED_DIM VALUES (7, 'TOP', NULL, NULL, 'TOP', 'TOP', 'TOP', NULL, NULL, NULL, 1, NULL, NULL, NULL, 100001);
INSERT INTO SOLVED_DIM VALUES (3, 'SH', 7, 'TOP', 'SH', 'SH', 'TOP', 'SH', NULL, NULL, 1, 11, NULL, NULL, 100002);
INSERT INTO SOLVED_DIM VALUES (3, 'OLAP_USR', 7, 'TOP', 'OLAP_USR', 'OLAP_USR', 'TOP', 'OLAP_USR', NULL, NULL, 1, 12, NULL, NULL, 100003);
INSERT INTO SOLVED_DIM VALUES (1, 'DIMENSION', 3, 'SH', 'DIMENSION', 'DIMENSION', 'TOP', 'SH', 'DIMENSION', NULL, 1, 11, 111, NULL, 100004);
INSERT INTO SOLVED_DIM VALUES (1, 'DIMENSION', 3, 'OLAP_USR', 'DIMENSION', 'DIMENSION', 'TOP', 'OLAP_USR', 'DIMENSION', NULL, 1, 12, 121, NULL, 100005);
INSERT INTO SOLVED_DIM VALUES (0, 'OUD1', 1, 'DIMENSION', 'OUD1', 'OUD1', 'TOP', 'OLAP_USR', 'DIMENSION', 'OUD1', 1, 12, 121, 1211, 100006);
INSERT INTO SOLVED_DIM VALUES (0, 'OUD2', 1, 'DIMENSION', 'OUD2', 'OUD2', 'TOP', 'SH', 'DIMENSION', 'OUD2', 1, 11, 111, 1111, 100007);
commit;
BEGIN
-- ---- Creating Dimension (CWM2_OLAP_DIMENSION) -------------------------
begin
cwm2_olap_dimension.drop_dimension(user, 'SOLVED_DIM');
exception when others then null;
end;
cwm2_olap_dimension.create_dimension(user, 'SOLVED_DIM', 'SOLVED_DIM disp', 'SOLVED_DIM pl', 'SOLVED_DIM short', 'SOLVED_DIM long');
-- ----- Completing Dimension Metadata (CWM2_OLAP_DIMENSION_ATTRIBUTE) ---
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'ID', 'ID', 'ID', 'ID');
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'ET key', 'ET key', 'ET key', 'ET key', true);
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'Parent ET key', 'Parent ET key', 'Parent ET key', 'Parent ET key', true);
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'Grouping ID', 'Grouping ID', 'Grouping ID', 'Grouping ID', true);
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'Parent Grouping ID', 'Parent Grouping ID', 'Parent Grouping ID', 'Parent Grouping ID', true);
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'Long Description', 'Long Description', 'Long Description', 'Long Description', true);
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'Short Description', 'Short Description', 'Short Description', 'Short Description', true);
-- ----- Completing Dimension Metadata (CWM2_OLAP_HIERARCHEY) ------------
cwm2_olap_hierarchy.create_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'SOLVED_DIM_HI disp', 'SOLVED_DIM_HI short', 'SOLVED_DIM_HI long', 'SOLVED LEVEL-BASED');
cwm2_olap_dimension.set_default_display_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI');
-- ----- Completing Dimension Metadata (CWM2_OLAP_LEVEL) -----------------
cwm2_olap_level.create_level(user, 'SOLVED_DIM', 'OBJECT_NAME', 'OBJECT_NAME disp', 'OBJECT_NAME pl', 'OBJECT_NAME short', 'OBJECT_NAME long');
cwm2_olap_level.create_level(user, 'SOLVED_DIM', 'OBJECT_TYPE', 'OBJECT_TYPE disp', 'OBJECT_TYPE pl', 'OBJECT_TYPE short', 'OBJECT_TYPE long');
cwm2_olap_level.create_level(user, 'SOLVED_DIM', 'OWNER' ,'OWNER disp',      'OWNER pl', 'OWNER short', 'OWNER long');
cwm2_olap_level.create_level(user, 'SOLVED_DIM', 'TOP', 'TOP disp',           'TOP pl', 'TOP short', 'TOP long');
-- ----- Completing Dimension Metadata (CWM2_OLAP_LEVEL_ATTRIBUTE) -------
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ID', 'OBJECT_NAME', 'ID', 'OBJECT_NAME_ID', 'OBJECT_NAME ID', 'ID');
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ID', 'OBJECT_TYPE', 'ID', 'OBJECT_TYPE_ID', 'OBJECT_TYPE ID', 'ID');
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ID', 'OWNER',      'ID', 'OWNER_ID', 'OWNER ID', 'ID');
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ID', 'TOP', 'ID', 'TOP_ID', 'TOP ID', 'ID');
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ET key', 'OBJECT_NAME', 'ET key', 'OBJECT_NAME_ET', 'OBJECT_NAME ET key', 'ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent ET key', 'OBJECT_NAME', 'Parent ET key', 'OBJECT_NAME PARENT', 'OBJECT_NAME Parent ET key', 'Parent ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Grouping ID', 'OBJECT_NAME', 'Grouping ID', 'OBJECT_NAME GID','OBJECT_NAME GID', 'Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent Grouping ID', 'OBJECT_NAME', 'Parent Grouping ID', 'OBJECT_NAME PGID', 'OBJECT_NAME Parent Grouping ID', 'Parent Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Long Description', 'OBJECT_NAME', 'Long Description', 'OBJECT_NAME LongDesc', 'OBJECT_NAME Long Desc', 'Long Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Short Description', 'OBJECT_NAME', 'Short Description', 'OBJECT_NAME ShortDesc', 'OBJECT_NAME Short Desc', 'Short Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ET key', 'OBJECT_TYPE', 'ET key', 'OBJECT_TYPE_ET', 'OBJECT_TYPE ET key', 'ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent ET key', 'OBJECT_TYPE', 'Parent ET key', 'OBJECT_TYPE PARENT', 'OBJECT_TYPE Parent ET key', 'Parent ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Grouping ID', 'OBJECT_TYPE', 'Grouping ID', 'OBJECT_TYPE GID','OBJECT_TYPE GID', 'Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent Grouping ID', 'OBJECT_TYPE', 'Parent Grouping ID', 'OBJECT_TYPE PGID', 'OBJECT_TYPE Parent Grouping ID', 'Parent Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Long Description', 'OBJECT_TYPE', 'Long Description', 'OBJECT_TYPE LongDesc', 'OBJECT_TYPE Long Desc', 'Long Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Short Description', 'OBJECT_TYPE', 'Short Description', 'OBJECT_TYPE ShortDesc', 'OBJECT_TYPE Short Desc', 'Short Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ET key', 'OWNER', 'ET key', 'OWNER_ET', 'OWNER ET key', 'ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent ET key', 'OWNER', 'Parent ET key', 'OWNER PARENT', 'OWNER Parent ET key', 'Parent ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Grouping ID', 'OWNER', 'Grouping ID', 'OWNER GID','OWNER GID', 'Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent Grouping ID', 'OWNER', 'Parent Grouping ID', 'OWNER PGID', 'OWNER Parent Grouping ID', 'Parent Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Long Description', 'OWNER', 'Long Description', 'OWNER LongDesc', 'OWNER Long Desc', 'Long Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Short Description', 'OWNER', 'Short Description', 'OWNER ShortDesc', 'OWNER Short Desc', 'Short Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ET key', 'TOP', 'ET key', 'TOP_ET', 'TOP ET key', 'ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent ET key', 'TOP', 'Parent ET key', 'TOP PARENT', 'TOP Parent ET key', 'Parent ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Grouping ID', 'TOP', 'Grouping ID', 'TOP GID','TOP GID', 'Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent Grouping ID', 'TOP', 'Parent Grouping ID', 'TOP PGID', 'TOP Parent Grouping ID', 'Parent Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Long Description', 'TOP', 'Long Description', 'TOP LongDesc', 'TOP Long Desc', 'Long Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Short Description', 'TOP', 'Short Description', 'TOP ShortDesc', 'TOP Short Desc', 'Short Description', true);
cwm2_olap_level.add_level_to_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'OBJECT_TYPE');
cwm2_olap_level.add_level_to_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'OWNER');
cwm2_olap_level.add_level_to_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OWNER',          'TOP');
cwm2_olap_level.add_level_to_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'TOP');
-- + Mapping Dimensions +
cwm2_olap_table_map.map_dimtbl_hierlevel(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OBJECT_NAME', user, 'SOLVED_DIM', 'OBJECT_NAME', 'OBJECT_TYPE');
cwm2_olap_table_map.map_dimtbl_hierlevel(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OBJECT_TYPE', user, 'SOLVED_DIM', 'OBJECT_TYPE', 'OWNER');
cwm2_olap_table_map.map_dimtbl_hierlevel(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OWNER',           user, 'SOLVED_DIM', 'OWNER',     'TOP');
cwm2_olap_table_map.map_dimtbl_hierlevel(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'TOP',           user, 'SOLVED_DIM', 'TOP');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ID', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'ID', user, 'SOLVED_DIM', 'OBJECT_NAME_ID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ET key', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'ET key', user, 'SOLVED_DIM', 'ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent ET key', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'Parent ET key', user, 'SOLVED_DIM', 'PARENT_ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Grouping ID', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'Grouping ID', user, 'SOLVED_DIM', 'GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent Grouping ID', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'Parent Grouping ID', user, 'SOLVED_DIM', 'PARENT_GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Long Description', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'Long Description', user, 'SOLVED_DIM', 'LONG_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Short Description', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'Short Description', user, 'SOLVED_DIM', 'SHORT_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ID', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'ID', user, 'SOLVED_DIM', 'OBJECT_TYPE_ID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ET key', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'ET key', user, 'SOLVED_DIM', 'ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent ET key', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'Parent ET key', user, 'SOLVED_DIM', 'PARENT_ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Grouping ID', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'Grouping ID', user, 'SOLVED_DIM', 'GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent Grouping ID', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'Parent Grouping ID', user, 'SOLVED_DIM', 'PARENT_GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Long Description', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'Long Description', user, 'SOLVED_DIM', 'LONG_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Short Description', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'Short Description', user, 'SOLVED_DIM', 'SHORT_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ID', 'SOLVED_DIM_HI', 'OWNER', 'ID', user, 'SOLVED_DIM', 'OWNER_ID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ET key', 'SOLVED_DIM_HI', 'OWNER', 'ET key', user, 'SOLVED_DIM', 'ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent ET key', 'SOLVED_DIM_HI', 'OWNER', 'Parent ET key', user, 'SOLVED_DIM', 'PARENT_ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Grouping ID', 'SOLVED_DIM_HI', 'OWNER', 'Grouping ID', user, 'SOLVED_DIM', 'GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent Grouping ID', 'SOLVED_DIM_HI', 'OWNER', 'Parent Grouping ID', user, 'SOLVED_DIM', 'PARENT_GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Long Description', 'SOLVED_DIM_HI', 'OWNER', 'Long Description', user, 'SOLVED_DIM', 'LONG_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Short Description', 'SOLVED_DIM_HI', 'OWNER', 'Short Description', user, 'SOLVED_DIM', 'SHORT_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ID', 'SOLVED_DIM_HI', 'TOP', 'ID', user, 'SOLVED_DIM', 'TOP_ID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ET key', 'SOLVED_DIM_HI', 'TOP', 'ET key', user, 'SOLVED_DIM', 'ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent ET key', 'SOLVED_DIM_HI', 'TOP', 'Parent ET key', user, 'SOLVED_DIM', 'PARENT_ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Grouping ID', 'SOLVED_DIM_HI', 'TOP', 'Grouping ID', user, 'SOLVED_DIM', 'GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent Grouping ID', 'SOLVED_DIM_HI', 'TOP', 'Parent Grouping ID', user, 'SOLVED_DIM', 'PARENT_GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Long Description', 'SOLVED_DIM_HI', 'TOP', 'Long Description', user, 'SOLVED_DIM', 'LONG_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Short Description', 'SOLVED_DIM_HI', 'TOP', 'Short Description', user, 'SOLVED_DIM', 'SHORT_DESCRIPTION');
-- + Validate and Refresh +
cwm2_olap_validate.validate_dimension(user, 'SOLVED_DIM');
cwm2_olap_metadata_refresh.mr_refresh;
END;
The first dataset works perfectly. But not the second one... There are some intersections at OBJECT_TYPE level.
TOP->OLAP_USR->DIMENSION->OUD1
and
TOP->SH->DIMENSION->OUD2.
When I'm watching TOP->OLAP_USR->DIMENSION->OUD1, I not only open OUD1, but OUD2 under SH (even skipping OBJECT_TYPE level). It's simple to do it for USOLVED LEVEL-BASED by assigning different Id for the same OBJECT_TYPES from different owners. But it looks like my ids are ignored for Solved hierarchy.
Does anybody knows how to handle such situation?

I'm trying to make a dimension with SOLVED LEVEL-BASED hierarchy (Oracle 10.2.0.1).
Hierarchy is folowing:
TOP
|_OWNER
|_OBJECT_TYPE
|_OBJECT_NAME
Script
DROP TABLE SOLVED_DIM;
CREATE TABLE SOLVED_DIM
GID NUMBER,
ETKEY VARCHAR2(100),
PARENT_GID NUMBER,
PARENT_ETKEY VARCHAR2(100),
SHORT_DESCRIPTION VARCHAR2(100),
LONG_DESCRIPTION VARCHAR2(100),
TOP                    VARCHAR2(100),
OWNER VARCHAR2(100),
OBJECT_TYPE VARCHAR2(100),
OBJECT_NAME VARCHAR2(100) ,
TOP_ID NUMBER,
OWNER_ID NUMBER,
OBJECT_TYPE_ID NUMBER,
OBJECT_NAME_ID NUMBER,
ID NUMBER
--Test dataset №1
INSERT INTO SOLVED_DIM VALUES (7, 'TOP', NULL, NULL, 'TOP', 'TOP', 'TOP', NULL, NULL, NULL, 1, NULL, NULL, NULL, 100001);
INSERT INTO SOLVED_DIM VALUES (3, 'SH', 7, 'TOP', 'SH', 'SH', 'TOP', 'SH', NULL, NULL, 1, 11, NULL, NULL, 100002);
INSERT INTO SOLVED_DIM VALUES (3, 'OLAP_USR', 7, 'TOP', 'OLAP_USR', 'OLAP_USR', 'TOP', 'OLAP_USR', NULL, NULL, 1, 12, NULL, NULL, 100003);
INSERT INTO SOLVED_DIM VALUES (1, 'SDIMENSION', 3, 'SH', 'SDIMENSION', 'SDIMENSION', 'TOP', 'SH', 'SDIMENSION', NULL, 1, 11, 111, NULL, 100004);
INSERT INTO SOLVED_DIM VALUES (1, 'ODIMENSION', 3, 'OLAP_USR', 'ODIMENSION', 'ODIMENSION', 'TOP', 'OLAP_USR', 'ODIMENSION', NULL, 1, 12, 121, NULL, 100005);
INSERT INTO SOLVED_DIM VALUES (0, 'OUD1', 1, 'ODIMENSION', 'OUD1', 'OUD1', 'TOP', 'OLAP_USR', 'ODIMENSION', 'OUD1', 1, 12, 121, 1211, 100006);
INSERT INTO SOLVED_DIM VALUES (0, 'OUD2', 1, 'SDIMENSION', 'OUD2', 'OUD2', 'TOP', 'SH', 'SDIMENSION', 'OUD2', 1, 11, 111, 1111, 100007);
commit;
--Test dataset №2
INSERT INTO SOLVED_DIM VALUES (7, 'TOP', NULL, NULL, 'TOP', 'TOP', 'TOP', NULL, NULL, NULL, 1, NULL, NULL, NULL, 100001);
INSERT INTO SOLVED_DIM VALUES (3, 'SH', 7, 'TOP', 'SH', 'SH', 'TOP', 'SH', NULL, NULL, 1, 11, NULL, NULL, 100002);
INSERT INTO SOLVED_DIM VALUES (3, 'OLAP_USR', 7, 'TOP', 'OLAP_USR', 'OLAP_USR', 'TOP', 'OLAP_USR', NULL, NULL, 1, 12, NULL, NULL, 100003);
INSERT INTO SOLVED_DIM VALUES (1, 'DIMENSION', 3, 'SH', 'DIMENSION', 'DIMENSION', 'TOP', 'SH', 'DIMENSION', NULL, 1, 11, 111, NULL, 100004);
INSERT INTO SOLVED_DIM VALUES (1, 'DIMENSION', 3, 'OLAP_USR', 'DIMENSION', 'DIMENSION', 'TOP', 'OLAP_USR', 'DIMENSION', NULL, 1, 12, 121, NULL, 100005);
INSERT INTO SOLVED_DIM VALUES (0, 'OUD1', 1, 'DIMENSION', 'OUD1', 'OUD1', 'TOP', 'OLAP_USR', 'DIMENSION', 'OUD1', 1, 12, 121, 1211, 100006);
INSERT INTO SOLVED_DIM VALUES (0, 'OUD2', 1, 'DIMENSION', 'OUD2', 'OUD2', 'TOP', 'SH', 'DIMENSION', 'OUD2', 1, 11, 111, 1111, 100007);
commit;
BEGIN
-- ---- Creating Dimension (CWM2_OLAP_DIMENSION) -------------------------
begin
cwm2_olap_dimension.drop_dimension(user, 'SOLVED_DIM');
exception when others then null;
end;
cwm2_olap_dimension.create_dimension(user, 'SOLVED_DIM', 'SOLVED_DIM disp', 'SOLVED_DIM pl', 'SOLVED_DIM short', 'SOLVED_DIM long');
-- ----- Completing Dimension Metadata (CWM2_OLAP_DIMENSION_ATTRIBUTE) ---
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'ID', 'ID', 'ID', 'ID');
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'ET key', 'ET key', 'ET key', 'ET key', true);
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'Parent ET key', 'Parent ET key', 'Parent ET key', 'Parent ET key', true);
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'Grouping ID', 'Grouping ID', 'Grouping ID', 'Grouping ID', true);
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'Parent Grouping ID', 'Parent Grouping ID', 'Parent Grouping ID', 'Parent Grouping ID', true);
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'Long Description', 'Long Description', 'Long Description', 'Long Description', true);
cwm2_olap_dimension_attribute.create_dimension_attribute(user, 'SOLVED_DIM', 'Short Description', 'Short Description', 'Short Description', 'Short Description', true);
-- ----- Completing Dimension Metadata (CWM2_OLAP_HIERARCHEY) ------------
cwm2_olap_hierarchy.create_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'SOLVED_DIM_HI disp', 'SOLVED_DIM_HI short', 'SOLVED_DIM_HI long', 'SOLVED LEVEL-BASED');
cwm2_olap_dimension.set_default_display_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI');
-- ----- Completing Dimension Metadata (CWM2_OLAP_LEVEL) -----------------
cwm2_olap_level.create_level(user, 'SOLVED_DIM', 'OBJECT_NAME', 'OBJECT_NAME disp', 'OBJECT_NAME pl', 'OBJECT_NAME short', 'OBJECT_NAME long');
cwm2_olap_level.create_level(user, 'SOLVED_DIM', 'OBJECT_TYPE', 'OBJECT_TYPE disp', 'OBJECT_TYPE pl', 'OBJECT_TYPE short', 'OBJECT_TYPE long');
cwm2_olap_level.create_level(user, 'SOLVED_DIM', 'OWNER' ,'OWNER disp',      'OWNER pl', 'OWNER short', 'OWNER long');
cwm2_olap_level.create_level(user, 'SOLVED_DIM', 'TOP', 'TOP disp',           'TOP pl', 'TOP short', 'TOP long');
-- ----- Completing Dimension Metadata (CWM2_OLAP_LEVEL_ATTRIBUTE) -------
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ID', 'OBJECT_NAME', 'ID', 'OBJECT_NAME_ID', 'OBJECT_NAME ID', 'ID');
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ID', 'OBJECT_TYPE', 'ID', 'OBJECT_TYPE_ID', 'OBJECT_TYPE ID', 'ID');
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ID', 'OWNER',      'ID', 'OWNER_ID', 'OWNER ID', 'ID');
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ID', 'TOP', 'ID', 'TOP_ID', 'TOP ID', 'ID');
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ET key', 'OBJECT_NAME', 'ET key', 'OBJECT_NAME_ET', 'OBJECT_NAME ET key', 'ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent ET key', 'OBJECT_NAME', 'Parent ET key', 'OBJECT_NAME PARENT', 'OBJECT_NAME Parent ET key', 'Parent ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Grouping ID', 'OBJECT_NAME', 'Grouping ID', 'OBJECT_NAME GID','OBJECT_NAME GID', 'Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent Grouping ID', 'OBJECT_NAME', 'Parent Grouping ID', 'OBJECT_NAME PGID', 'OBJECT_NAME Parent Grouping ID', 'Parent Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Long Description', 'OBJECT_NAME', 'Long Description', 'OBJECT_NAME LongDesc', 'OBJECT_NAME Long Desc', 'Long Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Short Description', 'OBJECT_NAME', 'Short Description', 'OBJECT_NAME ShortDesc', 'OBJECT_NAME Short Desc', 'Short Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ET key', 'OBJECT_TYPE', 'ET key', 'OBJECT_TYPE_ET', 'OBJECT_TYPE ET key', 'ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent ET key', 'OBJECT_TYPE', 'Parent ET key', 'OBJECT_TYPE PARENT', 'OBJECT_TYPE Parent ET key', 'Parent ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Grouping ID', 'OBJECT_TYPE', 'Grouping ID', 'OBJECT_TYPE GID','OBJECT_TYPE GID', 'Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent Grouping ID', 'OBJECT_TYPE', 'Parent Grouping ID', 'OBJECT_TYPE PGID', 'OBJECT_TYPE Parent Grouping ID', 'Parent Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Long Description', 'OBJECT_TYPE', 'Long Description', 'OBJECT_TYPE LongDesc', 'OBJECT_TYPE Long Desc', 'Long Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Short Description', 'OBJECT_TYPE', 'Short Description', 'OBJECT_TYPE ShortDesc', 'OBJECT_TYPE Short Desc', 'Short Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ET key', 'OWNER', 'ET key', 'OWNER_ET', 'OWNER ET key', 'ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent ET key', 'OWNER', 'Parent ET key', 'OWNER PARENT', 'OWNER Parent ET key', 'Parent ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Grouping ID', 'OWNER', 'Grouping ID', 'OWNER GID','OWNER GID', 'Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent Grouping ID', 'OWNER', 'Parent Grouping ID', 'OWNER PGID', 'OWNER Parent Grouping ID', 'Parent Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Long Description', 'OWNER', 'Long Description', 'OWNER LongDesc', 'OWNER Long Desc', 'Long Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Short Description', 'OWNER', 'Short Description', 'OWNER ShortDesc', 'OWNER Short Desc', 'Short Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'ET key', 'TOP', 'ET key', 'TOP_ET', 'TOP ET key', 'ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent ET key', 'TOP', 'Parent ET key', 'TOP PARENT', 'TOP Parent ET key', 'Parent ET key', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Grouping ID', 'TOP', 'Grouping ID', 'TOP GID','TOP GID', 'Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Parent Grouping ID', 'TOP', 'Parent Grouping ID', 'TOP PGID', 'TOP Parent Grouping ID', 'Parent Grouping ID', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Long Description', 'TOP', 'Long Description', 'TOP LongDesc', 'TOP Long Desc', 'Long Description', true);
cwm2_olap_level_attribute.create_level_attribute(user, 'SOLVED_DIM', 'Short Description', 'TOP', 'Short Description', 'TOP ShortDesc', 'TOP Short Desc', 'Short Description', true);
cwm2_olap_level.add_level_to_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'OBJECT_TYPE');
cwm2_olap_level.add_level_to_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'OWNER');
cwm2_olap_level.add_level_to_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OWNER',          'TOP');
cwm2_olap_level.add_level_to_hierarchy(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'TOP');
-- + Mapping Dimensions +
cwm2_olap_table_map.map_dimtbl_hierlevel(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OBJECT_NAME', user, 'SOLVED_DIM', 'OBJECT_NAME', 'OBJECT_TYPE');
cwm2_olap_table_map.map_dimtbl_hierlevel(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OBJECT_TYPE', user, 'SOLVED_DIM', 'OBJECT_TYPE', 'OWNER');
cwm2_olap_table_map.map_dimtbl_hierlevel(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'OWNER',           user, 'SOLVED_DIM', 'OWNER',     'TOP');
cwm2_olap_table_map.map_dimtbl_hierlevel(user, 'SOLVED_DIM', 'SOLVED_DIM_HI', 'TOP',           user, 'SOLVED_DIM', 'TOP');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ID', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'ID', user, 'SOLVED_DIM', 'OBJECT_NAME_ID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ET key', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'ET key', user, 'SOLVED_DIM', 'ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent ET key', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'Parent ET key', user, 'SOLVED_DIM', 'PARENT_ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Grouping ID', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'Grouping ID', user, 'SOLVED_DIM', 'GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent Grouping ID', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'Parent Grouping ID', user, 'SOLVED_DIM', 'PARENT_GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Long Description', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'Long Description', user, 'SOLVED_DIM', 'LONG_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Short Description', 'SOLVED_DIM_HI', 'OBJECT_NAME', 'Short Description', user, 'SOLVED_DIM', 'SHORT_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ID', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'ID', user, 'SOLVED_DIM', 'OBJECT_TYPE_ID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ET key', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'ET key', user, 'SOLVED_DIM', 'ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent ET key', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'Parent ET key', user, 'SOLVED_DIM', 'PARENT_ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Grouping ID', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'Grouping ID', user, 'SOLVED_DIM', 'GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent Grouping ID', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'Parent Grouping ID', user, 'SOLVED_DIM', 'PARENT_GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Long Description', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'Long Description', user, 'SOLVED_DIM', 'LONG_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Short Description', 'SOLVED_DIM_HI', 'OBJECT_TYPE', 'Short Description', user, 'SOLVED_DIM', 'SHORT_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ID', 'SOLVED_DIM_HI', 'OWNER', 'ID', user, 'SOLVED_DIM', 'OWNER_ID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ET key', 'SOLVED_DIM_HI', 'OWNER', 'ET key', user, 'SOLVED_DIM', 'ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent ET key', 'SOLVED_DIM_HI', 'OWNER', 'Parent ET key', user, 'SOLVED_DIM', 'PARENT_ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Grouping ID', 'SOLVED_DIM_HI', 'OWNER', 'Grouping ID', user, 'SOLVED_DIM', 'GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent Grouping ID', 'SOLVED_DIM_HI', 'OWNER', 'Parent Grouping ID', user, 'SOLVED_DIM', 'PARENT_GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Long Description', 'SOLVED_DIM_HI', 'OWNER', 'Long Description', user, 'SOLVED_DIM', 'LONG_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Short Description', 'SOLVED_DIM_HI', 'OWNER', 'Short Description', user, 'SOLVED_DIM', 'SHORT_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ID', 'SOLVED_DIM_HI', 'TOP', 'ID', user, 'SOLVED_DIM', 'TOP_ID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'ET key', 'SOLVED_DIM_HI', 'TOP', 'ET key', user, 'SOLVED_DIM', 'ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent ET key', 'SOLVED_DIM_HI', 'TOP', 'Parent ET key', user, 'SOLVED_DIM', 'PARENT_ETKEY');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Grouping ID', 'SOLVED_DIM_HI', 'TOP', 'Grouping ID', user, 'SOLVED_DIM', 'GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Parent Grouping ID', 'SOLVED_DIM_HI', 'TOP', 'Parent Grouping ID', user, 'SOLVED_DIM', 'PARENT_GID');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Long Description', 'SOLVED_DIM_HI', 'TOP', 'Long Description', user, 'SOLVED_DIM', 'LONG_DESCRIPTION');
cwm2_olap_table_map.map_dimtbl_hierlevelattr(user, 'SOLVED_DIM', 'Short Description', 'SOLVED_DIM_HI', 'TOP', 'Short Description', user, 'SOLVED_DIM', 'SHORT_DESCRIPTION');
-- + Validate and Refresh +
cwm2_olap_validate.validate_dimension(user, 'SOLVED_DIM');
cwm2_olap_metadata_refresh.mr_refresh;
END;
The first dataset works perfectly. But not the second one... There are some intersections at OBJECT_TYPE level.
TOP->OLAP_USR->DIMENSION->OUD1
and
TOP->SH->DIMENSION->OUD2.
When I'm watching TOP->OLAP_USR->DIMENSION->OUD1, I not only open OUD1, but OUD2 under SH (even skipping OBJECT_TYPE level). It's simple to do it for USOLVED LEVEL-BASED by assigning different Id for the same OBJECT_TYPES from different owners. But it looks like my ids are ignored for Solved hierarchy.
Does anybody knows how to handle such situation?

Three Levels of Hierarchy in REUSE_ALV_HIERSEQ_LIST_DISPLAY

Hi All,
Can we have a Three levels of Hierarchy in the function module REUSE_ALV_HIERSEQ_LIST_DISPLAY. I know we can have a two levels like Header and Item. If any other function module is available for this please let me know.
Requirement is :-
First Level - Maintainence Order
Second Level - Operations related to MO
Third level - Components related to operations
Thanks in advance.
Pankaj

Hai Pankaj,
I think it is not possible, you can have only two levels only. Header / Line Item only.

N-level approvala & Hierarchy creation..

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