How to design static information table

Hi gurus,
I was trying to find a solution by googling etc but not sucessful.
I am developing a mail letter report which will require a pretty word style table holding static informaiton. I can't find any to use HTML code. my current implementation is coping and pasting the MS Word table into OLE object. It looks ok in design view. But if I print the report, the result is not as good as with MS Word.
Is there any way I can design static content table( this is not database table)?
My CR version is 11.
My Report: 1st page: customer details. some information such as names will be fetched from DB.
2nd page: static information (MS word style pretty table) for customers.
Both pages will be printed in one piece of paper (duplex).
Thanks
Oli
Edited by: CRGuru on Jun 17, 2009 3:41 AM
Edited by: CRGuru on Jun 17, 2009 3:43 AM
Edited by: CRGuru on Jun 17, 2009 3:43 AM

Please re-post if this is still an issue or purchase a case and have a dedicated support engineer work with you directly

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How to design a fact table to keep track of active dimensions?

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The problem is this: users should be able to select subsets of the facts based on conjunctive queries on the dimension values defined for the facts. However, the program that provides the interface for doing this to the user should only present those dimensions where anything is still selectable at all. For example, if a user selected year 2001 and for dimension contract code there is only a single value for all records in the fact table for that year, this dimension should not be shown to the user any more. This should be solved in a generic way. So for n dimensions in total, if the current set of facts is based on constraints from j dimensions, I want to know for which of the remaining n-j dimensions there is still something to select from and only show those.
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>
Did you get the counts for each value of each dimension by doing a separate query with the current "WHERE" clause on each dimension?
>
My method doesn't apply to your use case. I wrote a Java class to create my own bit-mapped indexes on CSV files. So each attribute value was a one million bit binary raw.
I don't know, and don't want to know, what your particular requirements are. But I can show you a basic process that will work for large numbers of rows. Get a simple process working and then explore to see if it will meet your particular needs. Not going to answer questions here about anything but about my example code
1. Assume a single fact table with one primary key column and multiple single-value attribute columns.
2. The table is not subject to DML operations AT ALL - truncate and load if you want apply changes. Meaning it will be useful for research purposes on archived data.
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ALTER TABLE SCOTT.STAR_FACT
DROP PRIMARY KEY CASCADE;
DROP TABLE SCOTT.STAR_FACT CASCADE CONSTRAINTS;
create table star_fact (
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    age      varchar2(30) DEFAULT 'N/A' not null,
    beer    varchar2(30) DEFAULT 'N/A' not null,
    marital_status varchar2(30) DEFAULT 'N/A' not null,
    softdrink varchar2(30) DEFAULT 'N/A' not null,
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    summer_sport varchar2(30) DEFAULT 'N/A' not null,
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create bitmap index beer_bitmap on star_fact (beer);
create bitmap index marital_status_bitmap on star_fact (marital_status);
create bitmap index softdrink_bitmap on star_fact (softdrink);
create bitmap index state_bitmap on star_fact (state);
create bitmap index summer_sport_bitmap on star_fact (summer_sport);
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SQL> set serveroutput on
SQL> set autotrace on explain
SQL> select rowid from star_fact where
2   (state = 'CA') or (state = 'CO')
3 and (age = 'young') and (marital_status = 'divorced')
4 and (((summer_sport = 'baseball') and (softdrink = 'pepsi'))
5 or ((summer_sport = 'golf') and (beer = 'coors')));
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Execution Plan
Plan hash value: 1934160231
| Id | Operation                      | Name                  | Rows | Bytes |
|   0 | SELECT STATEMENT               |                       |     1 |    30 |
|   1 | BITMAP CONVERSION TO ROWIDS   |                       |     1 |    30 |
|   2 |   BITMAP OR                    |                       |       |       |
|* 3 |    BITMAP INDEX SINGLE VALUE   | STATE_BITMAP          |       |       |
|   4 |    BITMAP AND                  |                       |       |       |
|* 5 |     BITMAP INDEX SINGLE VALUE | AGE_BITMAP            |       |       |
|* 6 |     BITMAP INDEX SINGLE VALUE | MARITAL_STATUS_BITMAP |       |       |
|* 7 |     BITMAP INDEX SINGLE VALUE | STATE_BITMAP          |       |       |
|   8 |     BITMAP OR                  |                       |       |       |
|   9 |      BITMAP AND                |                       |       |       |
|* 10 |       BITMAP INDEX SINGLE VALUE| SOFTDRINK_BITMAP      |       |       |
|* 11 |       BITMAP INDEX SINGLE VALUE| SUMMER_SPORT_BITMAP   |       |       |
| 12 |      BITMAP AND                |                       |       |       |
|* 13 |       BITMAP INDEX SINGLE VALUE| BEER_BITMAP           |       |       |
|* 14 |       BITMAP INDEX SINGLE VALUE| SUMMER_SPORT_BITMAP   |       |       |
Predicate Information (identified by operation id):
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   5 - access("AGE"='young')
   6 - access("MARITAL_STATUS"='divorced')
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10 - access("SOFTDRINK"='pepsi')
11 - access("SUMMER_SPORT"='baseball')
13 - access("BEER"='coors')
14 - access("SUMMER_SPORT"='golf')
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In 11g you can create virtual columns and then index them.
so if you find that the condition 'young' and 'divorced' is used frequently you could create a VIRTUAL 'young_divorced' column and create an index.
alter table star_fact add (young_divorced AS (case
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3 /
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Execution Plan
Plan hash value: 2656088680
| Id | Operation                    | Name               | Rows | Bytes | Cost
|   0 | SELECT STATEMENT             |                    |     1 |    28 |
|   1 | BITMAP CONVERSION TO ROWIDS |                    |       |       |
|   2 |   BITMAP OR                  |                    |       |       |
|* 3 |    BITMAP INDEX SINGLE VALUE | STATE_BITMAP       |       |       |
|   4 |    BITMAP AND                |                    |       |       |
|* 5 |     BITMAP INDEX SINGLE VALUE| STATE_BITMAP       |       |       |
|* 6 |     BITMAP INDEX SINGLE VALUE| YOUNG_DIVORCED_NDX |       |       |
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SQL>
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The YOUNG_DIVORCE_NDX is real and does consume space. The tradeoff is additional space for the index but you make the query easier because you don't have to recreate the complex condition every time.
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>
Did you get the counts for each value of each dimension by doing a separate query with the current "WHERE" clause on each dimension?
>
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N/A                                 56977
Execution Plan
Plan hash value: 1692670403
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|   0 | SELECT STATEMENT         |             |     1 |    12 |     3   (0)| 00
|   1 | SORT GROUP BY NOSORT    |             |     1 |    12 |     3   (0)| 00
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Select @Cantidad200113 = Year_2011 from Non_current_assets_Historic where IdCuenta ='9'
Select @Cantidad200114 = Year_2011 from Non_current_assets_Historic where IdCuenta ='10'
Select @Cantidad200115 = Year_2011 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO YEAR 2012
Declare @Cantidad200121 decimal (14,2)
Declare @Cantidad200122 decimal (14,2)
Declare @Cantidad200123 decimal (14,2)
Declare @Cantidad200124 decimal (14,2)
Declare @Cantidad200125 decimal (14,2)
Select @Cantidad200121 = Year_2012 from Non_current_assets_Historic where IdCuenta ='7'
Select @Cantidad200122 = Year_2012 from Non_current_assets_Historic where IdCuenta ='8'
Select @Cantidad200123 = Year_2012 from Non_current_assets_Historic where IdCuenta ='9'
Select @Cantidad200124 = Year_2012 from Non_current_assets_Historic where IdCuenta ='10'
Select @Cantidad200125 = Year_2012 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO YEAR 2013
Declare @Cantidad200131 decimal (14,2)
Declare @Cantidad200132 decimal (14,2)
Declare @Cantidad200133 decimal (14,2)
Declare @Cantidad200134 decimal (14,2)
Declare @Cantidad200135 decimal (14,2)
Select @Cantidad200131 = Year_2013 from Non_current_assets_Historic where IdCuenta ='7'
Select @Cantidad200132 = Year_2013 from Non_current_assets_Historic where IdCuenta ='8'
Select @Cantidad200133 = Year_2013 from Non_current_assets_Historic where IdCuenta ='9'
Select @Cantidad200134 = Year_2013 from Non_current_assets_Historic where IdCuenta ='10'
Select @Cantidad200135 = Year_2013 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO YEAR 2014
Declare @Cantidad200141 decimal (14,2)
Declare @Cantidad200142 decimal (14,2)
Declare @Cantidad200143 decimal (14,2)
Declare @Cantidad200144 decimal (14,2)
Declare @Cantidad200145 decimal (14,2)
Select @Cantidad200141 = Year_2014 from Non_current_assets_Historic where IdCuenta ='7'
Select @Cantidad200142 = Year_2014 from Non_current_assets_Historic where IdCuenta ='8'
Select @Cantidad200143 = Year_2014 from Non_current_assets_Historic where IdCuenta ='9'
Select @Cantidad200144 = Year_2014 from Non_current_assets_Historic where IdCuenta ='10'
Select @Cantidad200145 = Year_2014 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO DIF_2007_2006
Declare @DIF_2007_20061 decimal (14,2)
Declare @DIF_2007_20062 decimal (14,2)
Declare @DIF_2007_20063 decimal (14,2)
Declare @DIF_2007_20064 decimal (14,2)
Declare @DIF_2007_20065 decimal (14,2)
Select @DIF_2007_20061 = Dif_2007_2006 from Non_current_assets_Historic where IdCuenta ='7'
Select @DIF_2007_20062 = Dif_2007_2006 from Non_current_assets_Historic where IdCuenta ='8'
Select @DIF_2007_20063 = Dif_2007_2006 from Non_current_assets_Historic where IdCuenta ='9'
Select @DIF_2007_20064 = Dif_2007_2006 from Non_current_assets_Historic where IdCuenta ='10'
Select @DIF_2007_20065 = Dif_2007_2006 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO DIF_2008_2007
Declare @DIF_2008_20071 decimal (14,2)
Declare @DIF_2008_20072 decimal (14,2)
Declare @DIF_2008_20073 decimal (14,2)
Declare @DIF_2008_20074 decimal (14,2)
Declare @DIF_2008_20075 decimal (14,2)
Select @DIF_2008_20071 = Dif_2008_2007 from Non_current_assets_Historic where IdCuenta ='7'
Select @DIF_2008_20072 = Dif_2008_2007 from Non_current_assets_Historic where IdCuenta ='8'
Select @DIF_2008_20073 = Dif_2008_2007 from Non_current_assets_Historic where IdCuenta ='9'
Select @DIF_2008_20074 = Dif_2008_2007 from Non_current_assets_Historic where IdCuenta ='10'
Select @DIF_2008_20075 = Dif_2008_2007 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO DIF_2009_2008
Declare @DIF_2009_20081 decimal (14,2)
Declare @DIF_2009_20082 decimal (14,2)
Declare @DIF_2009_20083 decimal (14,2)
Declare @DIF_2009_20084 decimal (14,2)
Declare @DIF_2009_20085 decimal (14,2)
Select @DIF_2009_20081 = Dif_2009_2008 from Non_current_assets_Historic where IdCuenta ='7'
Select @DIF_2009_20082 = Dif_2009_2008 from Non_current_assets_Historic where IdCuenta ='8'
Select @DIF_2009_20083 = Dif_2009_2008 from Non_current_assets_Historic where IdCuenta ='9'
Select @DIF_2009_20084 = Dif_2009_2008 from Non_current_assets_Historic where IdCuenta ='10'
Select @DIF_2009_20085 = Dif_2009_2008 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO DIF_2010_2009
Declare @DIF_2010_20091 decimal (14,2)
Declare @DIF_2010_20092 decimal (14,2)
Declare @DIF_2010_20093 decimal (14,2)
Declare @DIF_2010_20094 decimal (14,2)
Declare @DIF_2010_20095 decimal (14,2)
Select @DIF_2010_20091 = Dif_2010_2009 from Non_current_assets_Historic where IdCuenta ='7'
Select @DIF_2010_20092 = Dif_2010_2009 from Non_current_assets_Historic where IdCuenta ='8'
Select @DIF_2010_20093 = Dif_2010_2009 from Non_current_assets_Historic where IdCuenta ='9'
Select @DIF_2010_20094 = Dif_2010_2009 from Non_current_assets_Historic where IdCuenta ='10'
Select @DIF_2010_20095 = Dif_2010_2009 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO DIF_2011_2010
Declare @DIF_2011_20101 decimal (14,2)
Declare @DIF_2011_20102 decimal (14,2)
Declare @DIF_2011_20103 decimal (14,2)
Declare @DIF_2011_20104 decimal (14,2)
Declare @DIF_2011_20105 decimal (14,2)
Select @DIF_2011_20101 = Dif_2011_2010 from Non_current_assets_Historic where IdCuenta ='7'
Select @DIF_2011_20102 = Dif_2011_2010 from Non_current_assets_Historic where IdCuenta ='8'
Select @DIF_2011_20103 = Dif_2011_2010 from Non_current_assets_Historic where IdCuenta ='9'
Select @DIF_2011_20104 = Dif_2011_2010 from Non_current_assets_Historic where IdCuenta ='10'
Select @DIF_2011_20105 = Dif_2011_2010 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO DIF_2012_2011
Declare @DIF_2012_20111 decimal (14,2)
Declare @DIF_2012_20112 decimal (14,2)
Declare @DIF_2012_20113 decimal (14,2)
Declare @DIF_2012_20114 decimal (14,2)
Declare @DIF_2012_20115 decimal (14,2)
Select @DIF_2012_20111 = Dif_2012_2011 from Non_current_assets_Historic where IdCuenta ='7'
Select @DIF_2012_20112 = Dif_2012_2011 from Non_current_assets_Historic where IdCuenta ='8'
Select @DIF_2012_20113 = Dif_2012_2011 from Non_current_assets_Historic where IdCuenta ='9'
Select @DIF_2012_20114 = Dif_2012_2011 from Non_current_assets_Historic where IdCuenta ='10'
Select @DIF_2012_20115 = Dif_2012_2011 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO DIF_2013_2012
Declare @DIF_2013_20121 decimal (14,2)
Declare @DIF_2013_20122 decimal (14,2)
Declare @DIF_2013_20123 decimal (14,2)
Declare @DIF_2013_20124 decimal (14,2)
Declare @DIF_2013_20125 decimal (14,2)
Select @DIF_2013_20121 = Dif_2013_2012 from Non_current_assets_Historic where IdCuenta ='7'
Select @DIF_2013_20122 = Dif_2013_2012 from Non_current_assets_Historic where IdCuenta ='8'
Select @DIF_2013_20123 = Dif_2013_2012 from Non_current_assets_Historic where IdCuenta ='9'
Select @DIF_2013_20124 = Dif_2013_2012 from Non_current_assets_Historic where IdCuenta ='10'
Select @DIF_2013_20125 = Dif_2013_2012 from Non_current_assets_Historic where IdCuenta ='11'
--SUMATORIO DIF_2014_2013
Declare @DIF_2014_20131 decimal (14,2)
Declare @DIF_2014_20132 decimal (14,2)
Declare @DIF_2014_20133 decimal (14,2)
Declare @DIF_2014_20134 decimal (14,2)
Declare @DIF_2014_20135 decimal (14,2)
Select @DIF_2014_20131 = Dif_2014_2013 from Non_current_assets_Historic where IdCuenta ='7'
Select @DIF_2014_20132 = Dif_2014_2013 from Non_current_assets_Historic where IdCuenta ='8'
Select @DIF_2014_20133 = Dif_2014_2013 from Non_current_assets_Historic where IdCuenta ='9'
Select @DIF_2014_20134 = Dif_2014_2013 from Non_current_assets_Historic where IdCuenta ='10'
Select @DIF_2014_20135 = Dif_2014_2013 from Non_current_assets_Historic where IdCuenta ='11'
insert into Non_current_assets_Historic (IdCuenta,NameCuenta,Year_2006 , Year_2007,Year_2008 ,Year_2009 ,Year_2010,Year_2011 ,Year_2012 ,Year_2013 ,
Year_2014,Dif_2007_2006,Dif_2008_2007, Dif_2009_2008, Dif_2010_2009,Dif_2011_2010,Dif_2012_2011,Dif_2013_2012,Dif_2014_2013,
AHP_2007_2006, AHP_2008_2007 , AHP_2009_2008, AHP_2010_2009, AHP_2011_2010, AHP_2012_2011 , AHP_2013_2012,AHP_2014_2013 )
Values (1, 'Non-current assets', NULL,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll),
(19, '', NULL,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll,NUll),
(20, 'Total Non-current assets',
--Year_2006
(@Cantidad20061 +@Cantidad20062 +@Cantidad20063 +@Cantidad20064 +@Cantidad20065),
--Year_2007
(@Cantidad20071+ @Cantidad20072 + @Cantidad20073+ @Cantidad20074+ @Cantidad20075),
--Year_2008
(@Cantidad20081 + @Cantidad20082 + @Cantidad20083 + @Cantidad20084 + @Cantidad20085),
--Year_2009
(@Cantidad20091 + @Cantidad20092 + @Cantidad20093+ @Cantidad20094 + @Cantidad20095),
--Year_2010
(@Cantidad200101 + @Cantidad200102 + @Cantidad200103 + @Cantidad200104 + @Cantidad200105),
--Year_2011
(@Cantidad200111 + @Cantidad200112 + @Cantidad200113 + @Cantidad200114 + @Cantidad200115),
--Year_2012
(@Cantidad200121 + @Cantidad200122 + @Cantidad200123 +@Cantidad200124 + @Cantidad200125),
--Year_2013
(@Cantidad200131 + @Cantidad200132 +@Cantidad200133 + @Cantidad200134 + @Cantidad200135),
--Year_2014
(@Cantidad200141 + @Cantidad200142 + @Cantidad200143 + @Cantidad200144 + @Cantidad200145),
--Diferencia Numeria 2007-2006
(@DIF_2007_20061 + @DIF_2007_20062 + @DIF_2007_20063 + @DIF_2007_20064 + @DIF_2007_20065),
--Diferencia Numeria 2008-2007
(@DIF_2008_20071 + @DIF_2008_20072 + @DIF_2008_20073 + @DIF_2008_20074 + @DIF_2008_20075),
--Diferencia Numeria 2009-2008
(@DIF_2009_20081 + @DIF_2009_20082 + @DIF_2009_20083 + @DIF_2009_20084 + @DIF_2009_20085 ),
--Diferencia Numeria 2010-2009
(@DIF_2010_20091 + @DIF_2010_20092 + @DIF_2010_20093 + @DIF_2010_20094 + @DIF_2010_20095),
--Diferencia Numeria 2011-2006
(@DIF_2011_20101 + @DIF_2011_20102 + @DIF_2011_20103 +@DIF_2011_20104 + @DIF_2011_20105 ),
--Diferencia Numeria 2012-2011
(@DIF_2012_20111+@DIF_2012_20112+@DIF_2012_20113+@DIF_2012_20114+@DIF_2012_20115),
--Diferencia Numeria 2013-2012
(@DIF_2013_20121 + @DIF_2013_20122 +@DIF_2013_20123 +@DIF_2013_20124 + @DIF_2013_20125),
--Diferencia Numeria 2014-2013
(@DIF_2014_20131+@DIF_2014_20132+@DIF_2014_20133+@DIF_2014_20134+@DIF_2014_20135),
--Diferencia Porcentual 2007-2006
(@DIF_2007_20061+@DIF_2007_20062+@DIF_2007_20063+@DIF_2007_20064+@DIF_2007_20065)/(@Cantidad20061 +@Cantidad20062 +@Cantidad20063 +@Cantidad20064 +@Cantidad20065),
--Diferencia Porcentual 2008-2007
(@DIF_2008_20071 + @DIF_2008_20072 + @DIF_2008_20073 + @DIF_2008_20074 + @DIF_2008_20075)/(@Cantidad20071+ @Cantidad20072 + @Cantidad20073+ @Cantidad20074+ @Cantidad20075),
--Diferencia Porcentual 2009-2008
(@DIF_2009_20081 + @DIF_2009_20082 + @DIF_2009_20083 + @DIF_2009_20084 + @DIF_2009_20085 )/(@Cantidad20081 + @Cantidad20082 + @Cantidad20083 + @Cantidad20084 + @Cantidad20085),
--Diferencia Porcentual 2010-2009
(@DIF_2010_20091 + @DIF_2010_20092 + @DIF_2010_20093 + @DIF_2010_20094 + @DIF_2010_20095)/(@Cantidad20091 + @Cantidad20092 + @Cantidad20093+ @Cantidad20094 + @Cantidad20095),
--Diferencia Porcentual 2011-2010
(@DIF_2011_20101 + @DIF_2011_20102 + @DIF_2011_20103 +@DIF_2011_20104 + @DIF_2011_20105)/(@Cantidad200101 + @Cantidad200102 + @Cantidad200103 + @Cantidad200104 + @Cantidad200105),
--Diferencia Porcentual 2012-2011
(@DIF_2012_20111+@DIF_2012_20112+@DIF_2012_20113+@DIF_2012_20114+@DIF_2012_20115)/(@Cantidad200111 + @Cantidad200112 + @Cantidad200113 + @Cantidad200114 + @Cantidad200115),
--Diferencia Porcentual 2013-2012
(@DIF_2013_20121 + @DIF_2013_20122 +@DIF_2013_20123 +@DIF_2013_20124 + @DIF_2013_20125)/(@Cantidad200121 + @Cantidad200122 + @Cantidad200123 +@Cantidad200124 + @Cantidad200125),
--Diferencia Porcentual 2014-2013
(@DIF_2014_20131+@DIF_2014_20132+@DIF_2014_20133+@DIF_2014_20134+@DIF_2014_20135)/(@Cantidad200131 + @Cantidad200132 +@Cantidad200133 + @Cantidad200134 + @Cantidad200135))
GO
SELECT IdCuenta ,NameCuenta ,Year_2006 ,Year_2007 ,Year_2008 ,Year_2009 ,Year_2010 ,Year_2011 ,Year_2012 , Year_2013 ,Year_2014
FROM Non_current_assets_Historic
Maybe the error is in the design
of this table
Regards
Francisco
I work with SQL 2014 Management Studio

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with regards,
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