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I am Venkatakrishnan J, a Business Intelligence enthusiast working with Rittman Mead Consulting who likes blogging about acquisitions in the BI space, technical workings of the BI tools in general and Oracle Business Intelligence tools in particular. All the views expressed here are my own and does not reflect the views of Rittman Mead Consulting or Oracle. Going forward, i would be blogging at http://rittmanmead.com/blog.

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« Oracle BI EE 10.1.3.3 and mapviewer – Step by Step Integration Phase2 / Phase3 Oracle BI EE 10.1.3.3/2 – Understanding Dates in Answers »

Oracle BI EE 10.1.3.3/2 – Changing logos in the Answers

Title

View

Posted by Venkatakrishnan J on September 27, 2007

We had a question in one of our forums today, wherein the question was “How do we add a custom picture as a logo to a reports Title View?”. Though it is very much documented, i am not sure whether it works the same way as documented. Lets see how to go adding a custom oracle logo to the Answers Title View. The first step that one would have to do is, copy the image to 2 folders. 1. {OracleBI}\web\res\app\s_oracle10\images

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I am assuming that you are using the default style of s_oracle10. Restart your presentation services and the OC4J.Then open a report where you would like to add the image to and click on the edit title view.

In order, to use the images in the title view, one would have to enter the relative path of the image that we just copied. It would look like this

fmap:images/oralogo_small.gif

fmap is a keyword and is case sensitive. Then we are good to go. Let me know if anyone has got their title views working by following the documentation.

This entry was posted on September 27, 2007 at 6:30 pm and is filed under All Posts, OBI EE Plus.

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trackback from your own site.

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13 Responses to “Oracle BI EE 10.1.3.3/2 – Changing logos in the Answers

Title View”

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1.

Salini Paola said

October 15, 2007 at 9:16 am Hi,

the first folders, for me, is:

{OracleBI}/web/app/res/s_oracle10/images Thanks very much for the information. Paola

Reply

2.

Andrew Cox said

November 26, 2007 at 10:29 am Venkat,

Two things I wanted to ask, that you have likely been asked already.

1) The Images are practically unreadbale. Does this site have any way of making the images clearer? Even when I try and magnify the images, the view is still blurred and the values unreadable.

2) It would be nice sometimes to print out a Blog … however, I get a lot of waste. Is there a way to print the Blog section only and not the surrounding information which is not

relevant? Thanks, Andy Reply 3.

Venkatakrishnan J said

November 26, 2007 at 10:37 am Andy,

Thanks for letting me know. I am planning to make all the content available in print and PDF format so that both the issues are sorted out. I will make a notification on this blog as soon as that feature is enabled.

Venkat

Reply

4.

Andrew Cox said

November 26, 2007 at 11:03 am Thanks for the prompt response.

I have solved my magnification issue. I found that if I wait 20 seconds, the image does eventually become clear. Must just be a performance issue with the browser.

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One last question (if I may) …. I often read these Blogs from the emails you send out on the helpBI forums, however, this takes me straight to a specific Blog.

How can I get to a Screen which shows all the Blogs and allows me to easily see what is available. When I click ALL POSTS I seem to get chunks of 4/5 blogs per page and not a general overview.

The TOP POSTS is useful, but I sometimes want to see all of the Links available. Thanks again, Andy Reply 5.

Venkatakrishnan J said

November 26, 2007 at 11:37 am Andy,

I will see how i can get the Hyperlinks of all the posts into one page. Once i get that i will add another page to this blog which would have all the hyperlinks in a single page(rather than the entries themselves).

Venkat

Reply

6.

Trent Graham said

January 19, 2008 at 5:09 pm Hi,

I’d like to add new arrows and flags… so I added gif images (by copying existing and changing the color) to:

D:\OracleBI\web\app\res\s_oracle10\meters\arrow and

D:\OracleBI\web\app\res\s_oracle10\meters\icon\rc when I do, the new flags and arrows are not displayed… BTW: I’m on a windows platform…

Reply

7.

Hassan said

April 17, 2008 at 1:36 pm Thanks Venkat,

I was some days busy with this problem en with your help it is solved, Regards,

Hassan

Reply

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abhilash said

June 16, 2008 at 11:28 am

Had Copied 3 icons in folders two of them work but third one doesn’t work. But the point to be noted is when I specify

fmap:images/good_news.gif

is shows up in conditional formatting window but the same doesn’t appear in the dashboard. I tried every thing from

clearing my browser cache

disabled OBIEE Caching in NQSconfig changed the images to .jpg format

Reply

9.

Mohammad said

July 4, 2008 at 4:06 pm Hi Venkat,

Is there is way to make the logo as a template and not to have load individually with every report?

Thank you,

Mohammad Farhan Alam

Reply

10.

Michael K said

July 17, 2008 at 6:56 pm

I also cannot get an image to display in a title view, following these instructions. New, basic, default install of 10.1.3.3.3 on Linux with OC4J.

Reply

○

dpaus said

July 28, 2009 at 6:16 am Hi Michael,

Did you ever resolve this? I am gettign the same issue. DP Reply 11.

Igor said

March 25, 2009 at 6:58 pm Hi,

is there any progress in solving this issue? I tried everything recommended above but with no success.

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What is strange, I managed somehow insert 3 icons but no other else. (?) Thank you, Igor Reply 12.

Sharmin said

February 12, 2010 at 6:47 am

I created a report as it is told above.

I am able to see the image when I add the “Link or Image” dashboard object and if I give image text as “fmap:images/1.jpg”. I even tried the “\analytics\images\1.jpg”. But I do not want to drag and drop this to all the dashboards. So how can I make it in one report and drag and drop that report to every where. I might have to change the image every quarter of the year and have more than 30 reports. So if I modify the report it would be reflected everywhere.

Thanks, Sharmin

Reply

Archive for August, 2007

« Previous Entries

Oracle Warehouse Builder 11g/10g – Ebusiness

Suite

Connector

Posted by Venkatakrishnan J on August 31, 2007

I was speaking to one of the users of OWB yesterday and the conversation drifted towards the Ebusiness Suite connector that OWB 11g/10g provides to the end users. The user wanted to know how is the ebusiness connector different from a normal connection to an oracle database? It made a lot of sense to me considering the fact that OWB connector does not provide out of the box ETL mappings (based on business modules in ebusiness suite like BI Applications) to a target

warehouse. The only way to find that out was to use the connector and see what it does differently. I did exactly that and thought that this deserves a blog entry in itself. Ebusiness suite connector does a lot of things other than connecting to the ebusiness database. It logically groups all the tables according to the business functions.

The first step i did was to create a connection to an ebusiness suite database using the Application module. The connection details would be exactly same as what you would give for an oracle database.

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Once the connection details are specified, the connector gives a window that would look like this

As you see above, the connector provides 2 options. First one is an option where in one can choose a business domain and the 2nd one is an option similar to an ordinary table import wizard from a schema. The 1st one is the one that is unique to the connector i.e identifying and segregating the tables based on the business modules. The business modules would look like this

In our illustration i would choose the Order Entry (OE) module and import all the tables under that.

As you see above, the connector helps a developer in working on the tables that are specific to his module. It reduces a lot of effort, considering the fact that ebusiness suite has a huge number of tables. Apart from making the life of a developer easy by segregating the tables and views, the connector can also write back to an ebusiness suite instance. It can deploy objects to the concurrent manager. One can use the ebusiness suite objects both in the mappings and also in the process

flows. One can access the documentation about the connectors here

Posted in All Posts, OWB | 9 Comments »

Oracle 10g/11g – OLAP, CUBE and

ROLLUP

If you had gone through the list of features in Oracle 11g, one of the most important

advancements/features in the BI space would be the introduction of Oracle OLAP as part of the DB optimizer (in the form of MV query rewrite). But for users who do not have the luxury of using

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Oracle OLAP 11g (or even 11g database) in their environment, dont lose hope yet . CUBE and ROLLUP functions had undergone quite a few advancements in themselves while in 10g itself and they can indeed mimic an OLAP cube starting from 10g. Let me just give an example here. All the

advances done in CUBE and ROLLUP functions are documented here. If you had gone through my

previous blog entry here on using OLAP 11g, i had used a specific example to create a cube. I

would be using the same one here. Dimensions:

Customers:

Hierarchy: All -> Customer Gender -> Customer Name Product:

Hierarchy: All -> Product Pack Size -> Product Name Times:

Hierarchy: All -> Fiscal Year -> Fiscal Month -> Fiscal Day Measures:

Quantity Sold Amount Sold

Oracle 10g/11g now supports Hierarchical cubes within queries. As you would know, ROLLUP is a feature wherein one can have summed up data across a hierarchy. What is new in 10g & 11g is, one can have multiple ROLLUPs (more like hierarchies) in the group by clause which in turn would take a cartesian product of all the rollups in the group by clause. In order to get a cube like data for the above measures and dimensions, the query would look like this

SELECT CUST_GENDER, CUST_FIRST_NAME||CUST_LAST_NAME, PROD_PACK_SIZE, PROD_NAME, FISCAL_YEAR, FISCAL_MONTH_DESC, DAY_NAME,

SUM(QUANTITY_SOLD) AS QUANTITY, SUM(AMOUNT_SOLD) AS SALES FROM

SALES a, CUSTOMERS b, PRODUCTS c, TIMES d where

a.CUST_ID = b.CUST_ID and a.PROD_ID = c.PROD_ID and a.TIME_ID = d.TIME_ID GROUP BY

ROLLUP(CUST_GENDER, CUST_FIRST_NAME||CUST_LAST_NAME), ROLLUP(PROD_PACK_SIZE, PROD_NAME),

ROLLUP(FISCAL_YEAR, FISCAL_MONTH_DESC, DAY_NAME)

And the plan for the above query would be like this

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The above generates the same set of data that Oracle OLAP produces. But of course, oracle OLAP provides more features like partitioning and many more. This is just to kindle your interest on the enhancements that have been made in this space. If you want to create a MV,

CREATE MATERIALIZED VIEW SALES_ROLLUP_MV ENABLE QUERY REWRITE AS

SELECT CUST_GENDER, CUST_FIRST_NAME||CUST_LAST_NAME as CUSTOMER_NAME, PROD_PACK_SIZE, PROD_NAME, FISCAL_YEAR,

FISCAL_MONTH_DESC, DAY_NAME, SUM(QUANTITY_SOLD) AS QUANTITY, SUM(AMOUNT_SOLD) AS SALES

FROM

ROLLUP(CUST_GENDER, CUST_FIRST_NAME||CUST_LAST_NAME), ROLLUP(PROD_PACK_SIZE, PROD_NAME),

ROLLUP(FISCAL_YEAR, FISCAL_MONTH_DESC, DAY_NAME)

The above is called as a hierarchical cube. It does not store all the combinations like in a cube. Instead it stores the rollup of data in the same hierarchy across different hierarchies. For example, this cube will not generate value for sales when sales is analyzed by Customer Name, Product name and Fiscal month since their actual path in the hierarchy is not specified.

If one wants to generate an actual cube, the query would look like this

SELECT CUST_GENDER, CUST_FIRST_NAME||CUST_LAST_NAME, PROD_PACK_SIZE, PROD_NAME, FISCAL_YEAR, FISCAL_MONTH_DESC, DAY_NAME,

SUM(QUANTITY_SOLD) AS QUANTITY, SUM(AMOUNT_SOLD) AS SALES FROM

CUBE(CUST_GENDER, CUST_FIRST_NAME||CUST_LAST_NAME), CUBE(PROD_PACK_SIZE, PROD_NAME),

CUBE(FISCAL_YEAR, FISCAL_MONTH_DESC, DAY_NAME)

The above does not take care of best practices to create MVs or the queries. But this is just to show the advancements that 10g/11g provides for an end user. Can anyone let me know whether these were available in 9i? I believe in 9i, correct me if i am wrong here, one would not be able to create MVs out of the queries using CUBE clause.

Update: CUBE and ROLLUP are features that were available from 8i. Thanks for the comments Laurent.

Posted in All Posts, OLAP | 2 Comments »

OBI EE 10.1.3.3 and

VPD

I had one of the customers the other day asking for a step by step documentation for implementing VPD using OBI EE. I thought i would compile one here since this was the first time i myself was implementing VPD in OBI EE. There are many ways to implement VPD or role-based row level access from within OBI EE. They are

1. Setting the context when a connection is established and then using that context for implementing VPD.

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2. Using proxy authentication

3. Using variable username and passwords in the connection pools. 4. Varying the where clause from within BI Server.

The above 4 are some of the ways that i could think of. Let me know if you come across some more methods. In this article, we would be going through the steps for implementing VPD by setting the contexts.

If you had gone through my previous article here on implementing VPD using proxy authentication

from BI Publisher, i would have blogged about a scenario of 2 users trying to access the same employee table. We would be using the same scenario here. User ANALYST can see all the records in the employee table and user EXECUTIVE can see only those records wherein Salary > 7000. The first step is to create a context. Context is something that logging applications can use to identify themselves. I have a schema called VPD_ADMIN which would be the owner of all the contexts and functions. ANALYST schema would hold the employees and the departments table. As VPD_ADMIN:

CREATE OR REPLACE CONTEXT VPD_CONTEXT USING SET_CONTEXT_PROCEDURE; For the sake of security, contexts cannot be set directly. They can be set only via a procedure. In my case, i have created a context called VPD_CONTEXT that would be set by the procedure SET_CONTEXT_PROCEDURE. The next step is to create the procedure that would set the context.

create or replace procedure set_context_procedure ( v_user in varchar2 ) is begin dbms_session.set_context(‘VPD_CONTEXT’,'USER_NAME’,v_user); end set_context_procedure;

Here, the VPD_CONTEXT context has one attribute called USER_NAME that would be set from within OBI EE. Once the procedure is created, the next step is to call this procedure from OBI EE. Unfortunately, OBI EE cannot execute oracle procedures directly. In order to overcome this, we will create a function that would call this procedure and then call the function as sql from within OBI EE.

create or replace function set_context_function(v_user in varchar2) return varchar2 is

begin

set_context_procedure(v_user);

return SYS_CONTEXT(‘VPD_CONTEXT’,'USER_NAME’); end;

The next step is to create the function for implementing VPD. We will use the same EXECUTIVE_APPLY function that we used earlier and modify it a little bit.

create or replace FUNCTION Executive_Apply ( p_schema IN VARCHAR2 DEFAULT NULL, p_object IN VARCHAR2 DEFAULT NULL) RETURN VARCHAR2

AS BEGIN

if upper(SYS_CONTEXT(‘VPD_CONTEXT’,'USER_NAME’)) = ‘ANALYST’ then RETURN ’1=1′;

else

IF upper(SYS_CONTEXT(‘VPD_CONTEXT’,'USER_NAME’)) = ‘EXECUTIVE’ THEN return ‘salary > 7000′;

ELSE return ’1=0′;

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end if; end if; END;

And then, add this function to the VPD Policy. BEGIN DBMS_RLS.add_policy (object_schema => ‘ANALYST’, object_name => ‘EMPLOYEES’, policy_name => ‘EMPLOYEE_SEL_POL’, function_schema => ‘VPD_ADMIN’, policy_function => ‘EXECUTIVE_APPLY’, statement_types => ‘SELECT’); END;

Once this is done, check whether the VPD is functioning properly.

Once this is done, the next step is to import both the employees and department tables into OBI EE.

After that, we would have to create 2 users called Analyst and Executive using the OBI EE security.

After that, in the connection pool, change the username and passwords to that of VPD_ADMIN. Also, enable the check box to use the fully qualified table names.

Double click on the connection pool and go to the Connection scripts tab. Then enter the select script.

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The next step is to log into BI Answers as ANALYST and EXECUTIVE and view the create reports out of the employees table.

As you see, the data would vary based on the logged in user though we are getting the data out of the same table. But better be aware of shared cache. Modify the query whenever you feel that the cache is coming in your way. You would have to make the cache VPD aware. I have not tried this. I

would update this blog as soon as i try that one out. To make it VPD aware you would have to use security sensitive repository variables. Thanks to bryan for his comments. There are also other

ways of implementing VPD. I believe Mark Rittman has already blogged about the 4th one in our

list here. Another interesting way of implementing VPD wherein the predicates would be changed

by the BI Server rather than the database.

Posted in All Posts, OBI EE Plus | 7 Comments »

Oracle BI EE 10.1.3.3 and Mapviewer

Maps

As you must be knowing OBI EE 10.1.3.3 now officially supports Mapviewer Maps. This is one more reason why users must look into OBI EE. One can have visual maps of locations that can change based on data. Mapviewer is actually one of those products that is actually tightly integrated with Oracle Spatial. What this means is that if you have topographic data about your warehouses, store locations etc, all you need to do is load them up into Spatial and use Mapviewer to create the maps for you. Once you have the maps, you can integrate your maps with OBI EE. For example, while analyzing the sales for a particular region, Mapviewer maps can provide additional

topographic information about the location. It also supports drilling down from the maps to the OBI EE reports. Installing mapviewer is pretty straightforward. All one would

need to do is deploy the ear file in to a OC4J container. To test this out, i deployed it on the OC4J that comes along with the OBI EE installation. It just worked like a breeze. Below is a sample

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screenshot.

One can get all details about Mapviewer from here

Posted in All Posts, Mapviewer, OBI EE Plus | 9 Comments »

Oracle BI EE 10.1.3.3 – Metadata Dictionary

Statistics

One of the new features of Oracle BI EE 10.1.3.3 is the ability to view the Metadata Dictionary Statistics from within BI Answers.

“In this release, this Metadata Dictionary can

now be accessed directly from the Oracle BI Answers selection pane where specific metadata information will be shown to guide report construction. Once this Oracle BI

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Answers-based functionality has been enabled as described in this section, an icon will appear next to each Subject Area, Table name, and Column shown in the selection

pane for that Subject Area. The Subject Area icon is always displayed, whereas the Table name and Column name icons are only displayed on mouse-over. Clicking on the

icon will open up a specific Metadata Dictionary page to show information for that element and links to related repository information.” – This is what the documentation says about this feature.

Lets see how to go about doing the same here. The first thing you would have to do is to open your repository in offline mode using the Administrator. Then go to

Tools->Utilities->Generate Metadata Dictionary and click on Execute.

Then it would prompt you to specify the directory wherein you would like to have the dictionary exported to. Specify any directory here. We can later on copy the files later on. Once executed, utility would create dictionary under a new folder with the name same as the repository. In my case i have create the dictionary for the repository called Paint. It would look something like this below

The dictionary is nothing but a set of static xml files that gives lineage information of the metadata. Once the dictionary has been created the next step is to bundle this and deploy it into the App server.

If you have a OC4J instance copy all the entire paint directory to the directory where you would find the saw.dll file (this is where the analytics war file would have been deployed). Once this is done

restart the presentation services and ensure that you can access the xml files directly. Your URL would look similar to this http://localhost:port/analytics/paint/NameIndex.xml .

Ensure that you do get the xml back after entering the URL. Once this is done, the next step is to make BI Answers aware of the presence of the dictionary. To do this open InstanceConfig.xml file. It would be under {BIEEDataHome}/web/config. Then add the following to the file

Save this file and restart your presentation services. Now if you open Answers, you can find a small icon next to the subject areas and the columns that would directly take us to the corresponding metadata dictionary.

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This is available in the documentation here. But the doc does not specify the details for OC4J or

Oracle App server.

I believe this should help you out in case you are planning to implement it in your org.

Oracle Reports to BI Publisher – Conversion

Utility

Oracle BI Publisher 10.1.3.3 has a very interesting feature. It comes along with a small utility that can convert Oracle Reports to BI Publisher reports. I just thought i would blog about the same, since a lot of Oracle Report users are now migrating towards BI Publisher. This utility would come in handy for a lot of people. In fact getting this utility to work is very simple. Lets see how this utility works in this article. First i started with creating a sample Oracle Report.

The report is based on 3 columns of Geography table. Those 3 are Region Name, Country Name and City Name. This report would primarily consist of grouping by region and then displaying a tabular report of the coutries and cities for that region. The report looks like this

The next step is to export/save the report in the form of XML from within Oracle Reports. Remember that Oracle Reports stores both the layout and data queries in the same file. Once the report is saved update your CLASSPATH to point to the

$BIPUB_HOME\oc4j_bi\j2ee\home\applications\xmlpserver\xmlpserver\WEB-INF\lib directory. This directory would contain 4 import jar files. They are

1. Collections.jar 2. xmlparserv2-904.jar 3. xdocore.jar

4. aolj.jar

The above 4 files are required for the utility to work. The utility accepts the following parameters -source — (required) Source directory for Oracle Reports files. All reports must be in the same format – either RDF or XML.

-target — (required) Target directory to create Oracle BI Publisher report objects. This includes the Oracle BI Publisher Report file (.xdo), the layout template file (.rtf), the PL/SQL package, and log file.

-oraclehome — (optional) If your reports are in Oracle Reports XML format do not specify this parameter. If your reports are not in Oracle Reports XML format, specify the Oracle

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home path where Oracle Report Designer (9i or later version) is installed.

BIPBatchMigration assumes that rwconverter is contained in the bin directory beneath the Oracle Home path.

BIPBatchConversion requires rwconverter from Oracle Reports to convert the report from RDF format to XML format.

-debug — (optional) To run the utility in debug mode and write debug statements to the log file.

Command Line Usage:

java … BIPBatchConversion [-debug] -source SourceDirectory -target TargetDirectory [-oraclehome OracleHomePath]

Once the command is executed, it will create the layout, sample xml, xdo file and others in a same directory.

The next step is to compile the package that is created once the utility is executed.

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Copy the entire folder to the xmlp reports directory. Once the copy is done, refresh the report repository. We would get the report within BIP Enterprise as shown below.

View the report. But ensure that you have data source of the name default that would connect to the source from which you have created the report. Else change the name of the datasource in the date template definition.

All of the above and more, is available in the documentation here.

Posted in All Posts, Bi Publisher | 15 Comments »

Oracle Olap 11g – Reporting using OBI

EE

As I had pointed out in my earlier article here, Oracle OLAP 11g have two modes of operation. In the 10g mode, users would have to create sql access views on top of these cubes in order to make them accessible to end users (for users who are on relational reporting tools like OBI EE). In order to create these views one would have to have a knowledge of MODEL clause, OLAP Table function and it is indeed a bit cumbersome but of course very powerful. But in the 11g mode, end users do not have to create these sql access views in order to expose them to a relational reporting tool. All one would need is the MV view that gets populated and refreshed created. Lets look at it in a bit more detail.

I have a cube called SALES that has 2 dimensions PRODUCT and CUSTOMER. Following are the details of the dimensions (both are level based)

PRODUCT:

Level1 – Product Pack Size Level2 – Product Name

Level3 – Product ID (This would be my key for the dimension) CUSTOMER:

Level1 – Customer Gender Level2 – Customer Name

Level3 – Customer ID (This would be my key for the dimension)

Also, my SALES cube has only one measure that is Quantity Sold. So, it’s basically a very simple cube with 2 simple dimensions.

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As you see above, I have one hierarchy for each of my dimensions i.e Product and Customer. Hence, when you create the cube, one would get 2 MVs views. For example, lets see the views in the product dimension. Following are the 2 views

1. Product_View – This view is basically automatically created by OLAP 11g and gives in the individual keys and their corresponding desc. It contains the following structure and data. SQL> desc product_view

Name Null? Type

—————————————– ——– —————————-DIM_KEY VARCHAR2(100) LEVEL_NAME VARCHAR2(30) LONG_DESCRIPTION VARCHAR2(100) SHORT_DESCRIPTION VARCHAR2(100)

But this view does not give the complete structure. For example, one cannot determine the relationship between the levels here. In order, to get the relationship, there is the 2nd view that gives more details into the structure of the dimension. This is the Hierarchy view

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2. Product_Producthierarchy_View

SQL> desc product_producthierarchy_view Name Null? Type

—————————————– ——– —————————-DIM_KEY VARCHAR2(100) LEVEL_NAME VARCHAR2(30) LONG_DESCRIPTION VARCHAR2(100) SHORT_DESCRIPTION VARCHAR2(100) PARENT VARCHAR2(100) PRODUCTPACKSIZE VARCHAR2(100) PRODUCTNAME VARCHAR2(100) PRODUCTID VARCHAR2(100)

As you see here, DIM_KEY is the unique key for this MV and it has a parent attribute that links it up to the other levels. One would need to use the connect-by clause to get the relationship.

Having looked at the dimension views let us take a look at the Cube MVs.

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As you see above, there is a view called as Salescube_view that gets automatically created when we define the cube. It has the following structure.

SQL> desc salescube_view Name Null? Type

—————————————– ——– —————————-SALES NUMBER

PRODUCT VARCHAR2(100) CUSTOMER VARCHAR2(100)

Sales here is the measure. Product and Customer are the keys relating to the dimensions. Having looked at the views let’s look at how these views can be used in reporting using OBI EE. The first step is to treat the 3 main views (hierarchical views of dimensions and the cube view) as ordinary views and import them into OBI EE physical layer.

Then define all the joins in the physical and the logical layer. If need be, create dimensions(within OBI EE) to specify drill levels and then create a report out of it in answers.

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But yes, it is always recommended that you specify proper filters within your query since this is olap data. It will have all the possible combinations of both the dimensions (cartesian product) and hence any improper query will suck the system out of

resources

Posted in All Posts, OBI EE Plus, OLAP | 6 Comments »

Oracle BI Enterprise Edition

10.1.3.3

As you might know, 10.1.3.3 release of OBI EE is out for download. There have been quite a lot of

features that have been added to this release. Especially, in the MS Office integration front and BI Publisher front. There is a new BI office add for office 2003. Also, there is an out of the box integration available between BI Publisher and Discoverer. Like in the earlier release, where in one can source OBI EE reports from BI Publisher, one can source this time from Oracle Discoverer. I won’t be going too much into details about this since we already have a great resource about them

in Abhinav’s blog here, here and here. I would rather focus on the BI Publisher features in this

article.

There are more download options in this release from within BI Publisher. In the earlier release, if you had noticed, there was no explicit way to install the excel analyzer. The only way was to click on the Analyzer for Excel button (one would have to reduce the excel security level to get this installed). But now, there is an external button that you can leverage to install this directly.

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Also, there is an option wherein one can create a template automatically from a data set. This makes a lot of sense for users who are pretty new with this tool and do not how to start. Atleast this can act as a bridge.

There are more download/viewing options now. Powerpoint, CSV support have been added into this new release.

And ofcourse, there is no need for anyone to remember the URL parameters (basic functionality is exposed. For more advanced, the only way is to get them from the user guide) to get parts of the report. This has been added as links to the report in the BI Publisher Enterprise.

Another major addition to this 10.1.3.3 release of BI EE is that, BI Publisher supports flash templates. One can view flash reports from with BI Publisher and ofcourse can expose them to BI EE. Quite an interesting feature if one needs highly customized flash reports.

The last noticeable feature from within BI Publisher is that, it has option now to store the files within a directory structure (file system) or within XML DB.

And yes, Tim Dexter has earmarked some good new features in BI Publisher 10.1.3.3 here.

Posted in All Posts, Bi Publisher, OBI EE Plus | Leave a Comment »

Oracle Olap 11g – First

Impressions

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I just managed to install Oracle 11g on one of our crash and burn servers here. Well, to be honest I was impressed with what I saw. No glitches in installation at all. It has been sometime since I last managed to do that. One of the main reasons why I installed 11g was to test out the OLAP option. And this article is a result of that. For users who are trying to get AWM 11g from OTN, it’s not available as a standalone install as yet(i am not sure whether it will be at all). It is bundled along with Oracle Client software. Infact one would also get ODBC drivers, SQL Developer from the client install. One of the first things that I observed was that the Analytic Workspaces open up really fast.

As you would know, Oracle 11g support 2 options. One is the 10g mode wherein you can use the AWM similar to what you have in 10g. The other is the revolutionary 11g mode wherein you can make the cube to be part of the optimizer via MVs. I started working on the 11g mode so that I can test it out. I started with creating a sample cube from the SH schema. One of the things that I observed was, one would need more privileges to create an 11g mode cube than to create it in the 10g mode. For example, one would have to have the permission to create MVs.

I started out with creating a Product dimension.

As you see in the above diagram, as soon as you create dimension you would get the associated MVs Views. I believe the MV gets deployed only when one analyzes the dimension. The MVs are

created only if one selects that option while creating the cube (In the Materialized View tab). One also has the option of either enabling the Query rewrite so that the MVs are available for the optimizer. Also the build logs for the dimensions have changed quite a bit for good.

One would also get a MV for each of the hierarchies. I have not explored more into the dimensional MVs. Maybe I will write about them later.

Similarly, the build log for the cube creation is also different. One can create MVs out of both dimensions and Cubes.

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The following is the output of the MV cube view created.

The MV view contains the cartesian product of the prod_id and Cust_id and its corresponding quantity sold measure.

But one of the strange things that I noticed was when i fire a query that uses one of the columns in MV, the table gets locked out if the Workspace is open. I analyzed a cube so that it becomes

available to the Optimizer via the MV. But when i close theworkspace i get the results of the query. Maybe someone can correct me if I am wrong here. Maybe there is some parameter that I would have to set. Thanks to Chris Claterbos of Vlamis solutions. He has compiled a nice article showing

how AWM 11g can be started from Windows and Mac here.

Posted in All Posts, OLAP | 2 Comments »

Usage Tracking in OBI

EE

I have had quite a few customers asking for ways to determine who is accessing what in OBI EE. As a matter of fact, OBI EE provides an easy way to do usage tracking. There are 2 methods to achieve this.

1. Having a usage tracking table and OBI EE would do direct inserts into this table

whenever someone is accessing any of the components within OBI EE. 2. Enable tracking via writing to log files.

The 1st_{one is the most recommended option since all that one would need is a schema to hold this}

table. And this is very lightweight and does not consume too much of resources.

In order to set this up, one would have to go through a small set of configuration steps. They are

1. Run the create table scripts under the {BIInstallDir}/server/schema directory eg.

SAACCT.Oracle.sql

2. Check whether the schema from which you ran the above script indeed has the

table of name S_NQ_ACCT.

3. Open the NQSConfig.ini and go to the usage tracking section and enable it. For

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[ USAGE_TRACKING ] ENABLE = YES; DIRECT_INSERT = YES; PHYSICAL_TABLE_NAME = “BIDB”.”BISE1_SALESWH”.”S_NQ_ACCT” ; CONNECTION_POOL = “BIDB”.”BIDB” ; BUFFER_SIZE = 10 MB ; BUFFER_TIME_LIMIT_SECONDS = 5 ; NUM_INSERT_THREADS = 5 ; MAX_INSERTS_PER_TRANSACTION = 1 ; There are 2 parameters that need explanation.

PHYSICAL_TABLE_NAME parameter requires 3 values to be specified.

BIDB (eg) - Points to the name of the Database module within the Physical layer of the current repository.

BISE1_SALESWH - Points to the schema of the database in which we ran the script in step 1.

S_NQ_ACCT - Table that collects the statistics.

One would have to import the S_NQ_ACCT table within one of the database modules for the usage tracking to work. The above is the specification for an Oracle database. For other databases, do refer the documentation.

The CONNECTION_POOL parameter requires 2 values to be specified.

“BIDB” (eg) - Points to the name of the Database module within the physical layer of the current repository.

“BIDB” - Points to the name of the connection pool within BIDB database module.

Of course all of this is documented and one can access those from here. The S_NQ_ACCT

table has the following structure.

Quite a lot of stats are available out of the box for end users to report on. There is also a usage tracking repository under BIHome}/Server/Samples/Usage Tracking. One can use this repository and merge it to the work repository so that one can do usage-tracking analysis on the dashboards.

Archive for July, 2007

Customizing OBI EE – SOAP

API

Posted by Venkatakrishnan J on July 31, 2007

As I was writing my blog yesterday on using URL parameters as a customizing option, it made me think about the availability of open API’s for OBI EE. As luck would have it, I had some

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time yesterday to work on the API’s and this blog is a result of that. In this article, we would be seeing how to use SOAP API of OBI EE from JDeveloper. One of the major advantages of OBI EE is that it opens itself for developers in the form of standard API’s. Almost all the functionality is exposed and it would enable customers to use these API’s within their

application code sets and thereby enabling complete integration. Here, we would basically be seeing how to go about using the SawSession service and the HtmlViewService to view a simple report. The SawSession service helps is maintaining sessions & authentication. The HtmlViewService helps in actually extracting the layout of a report. The SOAP API works on the WSDL implementation within OBI EE. If you navigate to

http://localhost:port/analytics/saw.dll?WSDL one can obtain the WSDL schema information. One can use the Mindreef SoapSCOPE evaluation copy to go through the WSDL.

One can test each of the invoking methods using this. But the only major problem with this evaluation copy is that you cannot maintain session state. Hence it would be difficult to test all the methods available. Now lets look at the various services that are available.

1. Security Service

2. Ibot Service

3. Web Catalog Service

4. Replication Service 5. Metadata Service 6. ReportEditing Service 7. HTMLView Service 8. XMLView Service 9. SAWSession Service

Security Service: This service helps in identifying the user priveleges. One can assign, revoke privileges using Security Services.

Ibot Service: As the name suggests, this is a service for invoking Ibots. Web Catalog Service: This service is for managing the web catalog.

Replication Service: This service is used for replication. Export/Import of catalogs can be done using this.

Metadata Service: This is for managing the BI Server metadata.

ReportEditing Service: This service is used to merge arguments and Oracle BI Web Services data to create and return the results.

HTMLView Service: This service is used to embed Oracle BI HTML results in third-party dynamic Web pages, such as Active Server Pages (ASP) or JavaServer Pages (JSP), and portal frameworks. The embed process merges Oracle BI Web Services content with the content of third-party Web pages.

XMLView Service: This is used for retrieving the data from Oracle BI EE Server in the form of XML.

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SAWSession Service: This is the service that would enable users to login, logout and maintain sessions. Now lets see how we can go about using these services from within Jdeveloper to create a sample custom report.

1. Open Jdeveloper and create a new application. (With no templates)

2. Create a new Package within the Applcation.

Use Web Service Proxy technology to create it.

Invoke all the methods that you need. In our example, we will be including the SAWSession service, the HTMLView Service and the XMLView Service.

3. The next step is to create an object for SAWSession Service and invoke the logon method.

For example,

soaptest.SAWSessionServiceSoapClient myPort = new soaptest.SAWSessionServiceSoapClient();

sessionID = myPort.logon(“Administrator”,”Administrator”); This would create a session.

4. Once a session is created, the next step is to create a pageID for that session. A page is nothing but an entire html page that might contain multiple reports. This uses the HTMLView Service.

For example,

soaptest.HtmlViewServiceClient htmlClient = new soaptest.HtmlViewServiceClient(); pageID = htmlClient.startPage(newPage,sessionID);

5. After creating the pageID, create multiple report Ids that you would like to associate with a pageID.

For example,

htmlClient.addReportToPage(pageID, reportID, newreportRef, null, null, null, sessionID);

Here, newreportRef uses a Reference structure like this ReportRef newreportRef = new ReportRef();

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newreportRef.reportXml = reportXML;

For specifying a report one would have to specify 2 values. One is the report path and the other is the report definition. Both can be obtained from the report definition properties.

5. Once this done the next step is to generate html output for the report. For example,

htmlOutput = htmlClient.getHtmlForReport(pageID, reportID, sessionID); For future reference, I have uploaded the entire code here. One can use this for

reference. This just shows the extensibility of OBI EE. Also, one can call BPEL processes from within BI EE to make educated business decisions. Mark Rittman has already blogged about that here. Interesting post considering the fact it is gaining more and more traction in the customer environments. I just had a customer who had this query and i was more than happy to direct them to Mark’s blog just to give them an idea and of course the documentation. The power of community is so good in this regard and it has helped me out a lot of times. If you want to know more about the open API’s they are available here. Just in case you want to do the same with BI Publisher they are available here. You might want to check out this blog by Vlamis and his team for giving out excellent articles on OLAP and DW in general. Also, if you are passionate about discoverer check out Michael Armstrong-Smith‘s blog.

Customizing OBI EE – GO URL

Parameters

While I was working on the data mining pieces, I got a request from a customer who basically wanted to completely customize OBI EE. Well, it got me thinking about the various customization options that we have with OBI EE. In my customer’s case, they wanted to integrate OBI EE into their web application. Let’s see what options we have with OBI EE customizations.

Using OBI EE GO URL parameters

Almost most of the functionality that a customer would need or expect out of OBI EE is available for them via URL parameters. One can leverage these URL parameters into their application. What this would do is that rather than having OBI EE as a separate reporting tool, it would enable an end customer to call various reports via iframes into their application.

A sample URL with the parameters for OBI EE would look like this

http://hostname:port/analytics/saw.dll?

GO&NQUser=Administrator&NQPassword=Administrator&

Path=/Users/administrator/GEC_DW/Regional+Sales/Profit+per+Category+Pie+Chart&Options= md

When one needs to use the URL parameters the fundamental part of the URL should include

http://hostname:port/analytics/saw.dll?GO and following that options are to be entered. Lets look at the various URL parameters for OBI EE

1. &NQUser – Username for logging into Answers

2. &NQPassword – Password for login. One must realize that entering password directly into the URL is not very secure. Its recommended to use the post method wherein the password is not explicitly shown. (People who know discoverer, entering password, as a parameter is no more

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available. Only post method is supported)

3. &Options=mdfr – Each of the letters in mdfr have a specific function. m - To include the modify report link under the report

d - To include the download link under the report f - To include the printer friendly link under the report r - To include the refresh report link under the report

All the above can be interchangeably used. For example &Options=md for including modify and download links alone.

4. &Action – This allows the developers to request specific formats for the reports. For example, &Action=print (can also have excel etc)

5. &ViewName – This argument allows one to specify a view. For example, &ViewName=Chart1

6. &Style – Specify a style sheet For example, &Style=Lime 7. &Format – Specify the format of the output, html or xml 8. &Path – Specify the path for the report. For example, &Path=/Shared/administrator/testReport

9. &SQL – Logical Sql – One can even issue logical sql via the URL parameter. For example, &SQL=select+region+from+Sales. Here Sales is the subject area.

The above are some of the parameters that you might find useful. But for more detailed and some

parameters refer the Documentation here.

The above picture is actually a simple application that calls out 2 different reports based on the data entered. This kind of integration is very strong and infact the entire OBI EE is integrated into the Oracle Siebel CRM using this methodology. One can use Post methods; execute scripts etc using this type of methodology.

Following are some examples for simple HTML form elements using post method. Access to Answers:

</form>

To open a report in Answers (for edit), include the Path parameter:

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To open BI Publisher use “AdvancedReports” as the Cmd value

</form>

Oracle Data Mining and Business

Intelligence

I believe Oracle Data Mining is one of the most under utilized tools/database options in the BI space. There are so many Oracle Data Warehouse implementations out there but hardly few use Oracle Data Mining (but yes the market share is growing recently). Is there any reason for such a low adoption rate? Is it due to the lack of capabilities of Oracle Data Miner? Or is it due to the perceived notion that Data Mining is for statisticians and the like? Or is it because the management does not believe in the value of Data Mining?

I think it’s primarily due to the perceived notion rather than the lack of features because ODM indeed has a very rich set of functionality (a lot!!!). Of course statisticians can much appreciate the value of a data-mining tool. But again, as a person who has been involved in some DW

implementations, I believe we understand the data better than anyone else. To use data mining Statistical knowledge would be an absolute plus but not mandatory. I am planning to put together a series of articles that would elucidate the various models that are used in Oracle Data Miner with examples. Its more of an education for me too since I myself would be getting my hands dirty for the first time with this tool. It is a bit too ambitious but let me see how far I can go. I will try to put together some relevant day-to-day examples as and when I get time (I will try as much as possible to deviate from the Beer bottle and Baby diaper example J). For more detailed analysis and inputs

we always have the documentation and the ODM PM Marcos Campos’s blog. Actually the ODM

PM is Charlie Berger. Thanks for correcting me Charlie. But some usual caveats here. Data

Mining is a huge and a vast topic. I plan to just cover the models that might make sense for all those who use Business Intelligence. If you have any feedback do let me know since I think I am being too opinionated here!!!

Before we get into the details, lets go through an overview of datamining types. There are 2 types of datamining.

1. Supervised Data Mining 2. Un-Supervised Data Mining

Supervised is also called as Predictive data mining wherein the process is used to predict some outcomes. For example, a credit card company can use this to predict whether a customer is going to default on his payments.

Un-Supervised Datamining, also known as descriptive datamining involves finding out intrinsic patterns within the data. Again, how the pattern is identified depends on the model.

Following are some of the models supported by Oracle Data Miner. Supervised Data Mining:

1. Classification 2. Regression

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3. Attribute Importance 4. Anomaly Detection Un-Supervised Data Mining: 1. Clustering

2. Association 3. Feature Extraction

With that I would like to close this with some interesting articles on datamining

1. Crime Detection

2. Credit Card Fraud Detection

Posted in All Posts, Data Mining | 2 Comments »

BI Publisher 5.6.2 and

VPD

In my last article, i had written about leveraging Proxy Authentication for VPD in BIP 10.1.3.2.

But in earlier releases of BIP especially for people who are still on 5.6.2 version, there was no proxy authentication. Also, if a customer wants to leverage VPD within an Oracle database that is of earlier releases like 9i/8i then Proxy Authentication will not work. So in this article i would be focussing on 2 methods of using VPD within BIP 5.6.2. I will talk about 2 cases here. To be honest, the first one does not leverage VPD within the database. But i have included it here just for the sake of completeness.

1. If the idea is just to pass the username & get the data based on the user, this can be done directly from the BIP itself without going back to the database (without setting up VPD in the database). Consider there are 2 enterprise users Executive & Analyst. We have to create a report from a table that has a column called userlogged. The idea is when Analyst logs in one must see the Analyst user’s (userlogged = ‘ANALYST’ in the sqlquery) data. Similarly, for the executive user one must see the Executive User’s data.

To implement this we would be creating an XMLP report with DataTemplate as the data source.

For more on Templates refer Tim Dexter’s blog and of course the BIP 5.6.2 User Guide

Use the following script for Data Template.

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select EMPLOYEE_ID, JOB_TITLE, FIRST_NAME, EMAIL, HIRE_DATE, SALARY from employees a, jobs b where a.job_id = b.job_id and UPPER(ADMIN_USER) =

upper(:P_USERNAME) </sqlStatement>

</dataQuery> <dataStructure>

</group> </dataStructure> </dataTemplate>

Here, the ${SYSUSER.username} variable would substitute the actual usernames into the query & hence would return different results for each logged in user. For complex queries one can use nested case statements to use this username variable & implement the logic accordingly. It is important to note the positioning of the parameter variable tags since placing anywhere else would not return the valid data. The other option would be is to have the where clause statement itself returned back to the bip by using lexical references. This way one need not implement vpd at the database level.

2. If the idea is to have some complex queries based on the username passed then VPD at the database level can be used.

2.1.In the following example, the 2 users analyst & executive would be mapped within the database as admin & admin1 respectively. These users would be accessing the data under the HR schema which would be the VPD owner

2.2. The VPD policy would then be applied on a table called hr.countries over which the column

COL_USER would be the column that maintains the user details.

2.3. Before creating the policy one would have to create application context package using the

following script. create or replace context HR using HR.Context_Package_XML;create or replace PACKAGE Context_Package_XML AS

FUNCTION BeforeReportTrigger return boolean; P_USERNAME VARCHAR2(100);

END;create or replace PACKAGE BODY Context_Package_XML IS FUNCTION BeforeReportTrigger RETURN BOOLEAN IS

v_ouser VARCHAR2(30); BEGIN

DBMS_Session.Set_Context(‘HR’,'SETUP’,'TRUE’);

v_ouser := SYS_CONTEXT(‘USERENV’,'SESSION_USER’); IF upper(P_USERNAME) = ‘ANALYST’ THEN

BEGIN

DBMS_Session.Set_Context(‘HR’,'USER_NAME’, ‘ADMIN’); END;

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IF UPPER(P_USERNAME) = ‘EXECUTIVE’ THEN BEGIN DBMS_Session.Set_Context(‘HR’,'USER_NAME’, ‘ADMIN1′); END; ELSE DBMS_Session.Set_Context(‘HR’,'USER_NAME’, ‘HR’); END IF; END IF; DBMS_Session.Set_Context(‘HR’,'SETUP’,'FALSE’); RETURN TRUE; END; END Context_Package_XML; Create the vpd function

create or replace FUNCTION user_only ( p_schema IN VARCHAR2 DEFAULT NULL, p_object IN VARCHAR2 DEFAULT NULL) RETURN VARCHAR2 AS BEGIN if sys_context(‘HR’,'USER_NAME’) = ‘HR’ then RETURN ’1=1′; else

IF upper(SYS_CONTEXT(‘HR’,'USER_NAME’)) = ‘ADMIN’ THEN return ‘upper(con_user) = ”ADMIN”’;

ELSE

IF upper(SYS_CONTEXT(‘HR’,'USER_NAME’)) = ‘ADMIN1′ then return ‘upper(con_user) = ”ADMIN1”’;

else return ’1=0′; end if; end if; end if; END;

Add a vpd policy using dbms_rls.add_policy procedure BEGIN DBMS_RLS.add_policy (object_schema => ‘HR’, object_name => ‘COUNTRIES’, policy_name => ‘COUNTRY_SEL_POL’, function_schema => ‘HR’, policy_function => ‘USER_ONLY’, statement_types => ‘SELECT’); END;

This application context package would set the context depending on the username (Analyst or Executive). This package would be run by using a before report trigger that’s available in BIP. Once this is done, the next step is to create a report using Data Templates. One can use the following Data Template code.

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select COUNTRY_ID, COUNTRY_NAME, REGION_ID,CON_USER from countries </sqlStatement>

</dataQuery>

</dataStructure> </dataTemplate>

What this basically does is that it calls a before report trigger(a Pl/SQL package wherein we pass the username of the user logged in using the ${SYSUSER.username} variable. The Pl/SQL package basically sets the context thus enabling the report to be executed as the user based on the context.

Posted in Bi Publisher | 1 Comment »

BI Publisher 10.1.3.2 and

VPD

I was going through an interesting post by Jonathan Lewis on Proxy Authentication that is available

for end users via Sql Plus in 10g R2. This post made me think about the availability of the same in BI Publisher 10.1.3.2 wherein one can leverage the proxy authentication(for database connections that are on 10g) to do VPD or row level security. This article would demostrate how to use Proxy Authentication to do row level security within BI Publisher. Of course, this applies only if you are 10.1.3.2 version of BIP and 10g of database. For users who are on earlier releases, I would follow this one up with another article for showing how to go about doing the same.Assume that there are end users Analyst and Executive within BI Publisher(Analyst and Executive are also users within the 10g R2 database). There is one table under Analyst that has all the Employee details. Assume that the Analyst is working on the Employee table but would like Executive end user to see only those data wherein the salary is greater than 7000.

Create a Proxy user bipubapp_user that would be used to proxy authenticate both Analyst and Executive. The following commands are performed as a user Sys(any admin user)

Create user bipubapp_user identified by welcome1; grant create session to bipubapp_user;

create user Analyst identified by welcome1; grant create session, create table to Analyst;

alter user Analyst grant connect through bipubapp_user;

create table Analyst.Employees as select * from HR.Employees; create user Executive identified by welcome1;

grant create session to Executive;

alter user Executive grant connect through bipubapp_user;

The next step is to set up the VPD policy within the database. I have a user called VPD_ADMIN to source the function and the VPD policy.

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1. Create the following VPD function.

create or replace FUNCTION Executive_Apply RETURN VARCHAR2

AS BEGIN

if USER = ‘ANALYST’ then RETURN ’1=1′;

else

IF USER = ‘EXECUTIVE’ THEN return ‘salary > 7000′; ELSE return ’1=0′; end if; end if; END;

2. Add a VPD policy with the above function BEGIN DBMS_RLS.add_policy (object_schema => ‘ANALYST’, object_name => ‘EMPLOYEES’, policy_name => ‘EMPLOYEE_SEL_POL’, function_schema => ‘VPD_ADMIN’, policy_function => ‘EXECUTIVE_APPLY’, statement_types => ‘SELECT’); END;

3. Check whether VPD is working

SQL> conn bipubapp_user[executive]/welcome1 Connected.

SQL> show user

USER is “EXECUTIVE”

SQL> select count(*) from analyst.employees; COUNT(*) 44 SQL> conn bipubapp_user[analyst]/welcome1 Connected. SQL> show user USER is “ANALYST”

SQL> select count(*) from analyst.employees; COUNT(*)

107

The next step is to go to the BI Publisher admin console and create 2 users Analyst and Executive.

Create a datasource that would use the bipubbapp_user as the login username. Make sure to enable proxy authentication while creating the datasource.

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Give the necessary privileges to Analyst and Executive. Log out and log in as Analyst and create a report which would extract the data from the Employees table.

View the report. I have not created any templates here. This is just to show you how Proxy Authentication works in BIP.

Log out and log in as Executive. View the same report.

Ofcourse, this works only with databases that are on 10g and the BIP version has to be 10.1.3.2 or above. For the earlier releases, i would follow up with another article that would show you how to set application contexts in order to use VPD. On the same lines, Mark Rittman has an interesting

article on setting up VPD in OBI EE. Interesting read.

I have not gone into details of Proxy Authentication. One can use secure application roles to have one more layer of authentication. For more information on Proxy Authentication, would request

you to go through the docs here.

Posted in Bi Publisher | 5 Comments »

Creating a Hyperion Essbase(Analytic Server)

Cube

In this example, I would be using Sales Warehouse data that comes in Oracle SH schema. It would make a lot of sense if one creates a cube out of transactional data. But for the sake of simplicity I would be focussing on the cube creation process with a simple warehouse schema.

Before you start, ensure that you have all the components (Analytic Server and Analytic Integration Services up and running)

Open up the Analytic Integration Services Console. As soon as you start, it would prompt you to create an OLAP catalog.

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Enter connection details for a schema that you generally use for storing metadata (recommended to create a separate schema in order to store the metadata). Once that is done it would automatically take us to the following screen

On to the left is the OLAP metadata connection. Enter the details that you entered in the previous screen. On to the right is the Analytic Administration Services connection. Enter those details here. The next step is to create an OLAP Model.

Next is the screen to establish a connection to the data source. As I said, I would be connecting to the Sales Warehouse schema.

There are two types of files that we would be dealing here. They are  Olap Model

 MetaOutline

In Olap Model one can establish all the joins of the tables that they want in their schema. It requires a fact table and their corresponding dimensions. Hierarchies should be specified here.

Metaoutline is a file type wherein one can create the dimensions and specify the measures. Once the Olap model is created the next step is to design the Metaoutline.

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Archive for August, 2007

Oracle Warehouse Builder 11g/10g – Ebusiness

Suite

Connector

Oracle 10g/11g – OLAP, CUBE and

ROLLUP

OBI EE 10.1.3.3 and

VPD

Oracle BI EE 10.1.3.3 and Mapviewer

Maps

Oracle BI EE 10.1.3.3 – Metadata Dictionary

Statistics

Oracle Reports to BI Publisher – Conversion

Utility

Oracle Olap 11g – Reporting using OBI

EE

Oracle BI Enterprise Edition

10.1.3.3

Oracle Olap 11g – First

Impressions

Usage Tracking in OBI

EE

Archive for July, 2007

Customizing OBI EE – SOAP

API

Customizing OBI EE – GO URL

Parameters

Oracle Data Mining and Business

Intelligence

BI Publisher 5.6.2 and

VPD

BI Publisher 10.1.3.2 and

VPD

Creating a Hyperion Essbase(Analytic Server)

Cube