Step 3: Open data load file or the SQL data source file
Step 4: Set the Data Source Properties
Step 5: Set the View to Dimension build fields
Step 6: Select Dimension build method
Generation reference
Level reference
Parent-child reference
Step 7: Format file
Step 8: Associate fields with dimensions
Step 9: Validate the Dimension Build rules file
Update your outline using a rules file
Update your outline using the EAS Outline Editor
Update using MaxL Shell
Executing MaxL from EAS editor
Executing MaxL from command prompt
Attribute dimensions
User Defined Attributes (UDA)
Dynamic Time Series
Shared members
Summary
Chapter 4: Loading Data into Essbase
Make your data Essbase-friendly
Essbase-friendly thoughts
Essbase-friendly example
Types of data sources
Type of data
Types of files used for data loads
Relational databases
Data load methods
Data file freeform (no load rule)
Essbase export and import (no load rule)
Structured data load (load rule used)
Microsoft Excel Lock and Send (no load rule)
Building your first data load rules file
Step 1: Starting the Data Prep Editor
Step 2: Associating the data load rules file
Step 3: Opening data load file or the SQL
data source file
Step 4: Setting the View to Data Load Fields
Step 5: Setting the Data Source Properties
Step 6: Updating the Data Load Settings
Step 7: Setting the Data Load Values
Clearing Data Combinations
Header Definition
Step 8: Associating fields with Data Load Properties
Global properties
Data Load Properties
Step 9: Validating the data load rules file
Step 10: Saving the data load rules file
Loading data into your database
Using the EAS to load data into your
Essbase cube
Loading data using MaxL
Data Load vs. Dimension Build
Summary
Chapter 5: Calculating your Essbase Cube
Calculating your database
The Essbase calculation script
Essbase outline member formula
Calculation types explained
Calculation Scripts
Stored data member formula
Dynamic Calc and Dynamic Calc and Store
Essbase calculation terminology
Default database calculation script
Calc All
Calculate/Aggregate dimension
Essbase Calc commands and functions
Data declarations
Control flow
FIX/ENDFIX
EXCLUDE/ENDEXCLUDE
Functional
SET command functions
Conditionals
IF/ENDIF
Boolean
Relationship functions
Operators
Member set
Range (Financial)
Forecasting
Statistical
Date and Time
Miscellaneous
Order of calculation
Two-Pass Calc
Using Substitution Variables
Substitution Variables using EAS
Substitution Variables using MaxL
Create variables at the server level
Create variables at the application level
Create variables at the database level
Displaying the Substitution Variable and its value
Displaying the Substitution Variable in the
SQL editor
Building your first Calculation Script
Writing and saving a Calculation Script
Executing your Calculation Scripts
Running Calculation Scripts manually
using EAS
Running a Calculation Script using an Essbase Command Script (EssCmd)
What the EssCmd script looks like
Running a Calculation Script using a
MaxL Script
Running a Calculation Script using the Essbase API
Running a Calculation Script from
Microsoft Excel
Running a Calculation Script through the
Essbase Add-In
Running a Calculation Script using Microsoft
Excel VBA
Summary
Chapter 6: Using your Essbase Cube
Using your Essbase database
How do you use your data in the real world
Ad hoc data
Canned reporting
Export data
Forecast analysts
Planning analysts
Budget analysts
Financial analysts
The real target users of your Essbase data
Ways to extract your Essbase data
The Essbase Report Script
How to create an Essbase Report Script
Report script commands and functions
Report layout commands
Data range commands
Data ordering command
Member selection and sorting commands
Format commands
Column or row calculation
Member names and aliases
Building your first Essbase report script
Executing your report scripts
Run reports using EAS
Running a report script using an Essbase command script
Running calc using a MaxL script
Previewing data in EAS
Cubeview
Properties
Summary
Chapter 7: Getting the most out of the Microsoft Excel Add-in
Reporting with the Microsoft Excel Add-in
Connecting to Essbase
Connecting to Essbase from Microsoft Excel
Disconnecting from Essbase
Launching the Essbase Query Designer
Retrieving data from Essbase
Setting the add-in spreadsheet options
Display tab
Zoom tab
Mode tab
Global tab
Selecting Essbase members for your query
Using the Keep Only function
Using the Remove Only function
Zooming in on your data
Zooming out on your data
Pivot Essbase members on your spreadsheet
Flashback: The Essbase Add-in Undo
Locking the data and retrieving
Locking the data
Unlocking the locked data
Sending your data to the database
Running a database calculation
Retrieving your sheet without data
Zooming in on sample data
Linking objects to your data
Creating graphical data representations
Using the currency conversion tool
Custom Microsoft Excel workbook reporting
A final word on the Essbase add-in
Using the Essbase Query Designer
Where do I find the Essbase Query Designer
Creating a query with Essbase Query Designer
Page dimensions
Row dimensions
Column dimensions
Sample query
Report script by-product
Summary
Chapter 8: Automating your Essbase Cube
Essbase command scripts (EssCmd)
Creating an Essbase command script
EssCmd commands and categories
Coding a basic EssCmd
Always remember EssCmd logging
Connecting to an Essbase server
What about error checking
Adding some functional commands
The finished script
Executing an EssCmd
Essbase MaxL scripts
Logging on to the Essbase server
Working with an Essbase application in MaxL
Creating an application
Altering the application
Display application
Drop application
Working with an Essbase database from MaxL
Creating or replacing a database
Altering a database
Display database
Drop database
Working with data in MaxL
Working with database calculations in MaxL
Create calculation
Display calculation
Execute calculation
Drop calculation
Working with user privileges in MaxL
Create user
Alter user
Display user
Drop user
Grant user
Working at the System level with MaxL
Alter system properties
Display system properties
Substitution variables
Executing a MaxL statement
Executing MaxL from Command Prompt
Executing MaxL from EAS
Essbase Application Programming
Interface (API)
Installing the Essbase API
What you should know to use the
Essbase API
What functions are available in the
Essbase API
Essbase API programming tips
Essbase nested coding style examples
Essbase API function declarations
How to code an API function
Essbase API code sample blocks
The sample API subroutine explained
Summary
Chapter 9: Advanced Techniques
Performance tuning your database
The shape of your database outline
The hourglass outline
Database block size
Database configuration settings
Data retrieval buffers
Data cache settings
Data load and storage settings
Partitioning databases
Analytic server configuration file
Configuration categories
Configuration settings to consider
Ports and connections
Logging and error handling
Calculation
Data import/export
Memory management
essbase.cfg memory settings
Summary
Chapter 10: Essbase Analytics Option
What is ASO
Creating an aggregate storage
Application|Database
Hierarchies
Stored hierarchies
Dynamic hierarchies
Outline paging
Aggregation
MDX query language
MDX functions for ASO
MDX function examples
MDX query syntax
Executing an MDX query
Tuples and Sets
Pros and cons of ASO and BSO
Pros and cons of BSO
Pros
Cons
Pros and cons of ASO
Pros
Cons
Summary
Chapter 11: Essbase System 9 Components
Overview of System 9 components
Essbase Analytic Services (Essbase agent)
Essbase Planning
Essbase analytics
Hyperion Application Link/Oracle
Application Link
Oracle Business Rules
Oracle Reports
Essbase Shared Services
Oracle Essbase Provider Services
Essbase Smart Office
Oracle Essbase Financial Reporting
Smart View for Microsoft Office
Summary
Appendix: A New Essbase Companion—Oracle Smart View
Reporting with Oracle Smart View
Adding a data source with the connection manager
Retrieving data using Smart View in
Microsoft Excel
POV Manager
Submitting data and calc scripts in Smart View
Using Smart View in other Microsoft Office products
Index
Nội dung
Chapter 8 [ 315 ] Code Sample: alter database 'ESSCAR'.'ESSCAR' rename to 'ESSCARN'; These are some of the commands that you can perform using the ALTER database. Display database With MaxL you can display all of the pertinent information about a database in one easy command. Syntax: display database <all | Db-Name | on application App-name>; Code Sample: display database; display database all; display database 'ESSCAR'.'ESSCAR'; Drop database This command is used to delete Essbase databases and if a database has some of its objects locked, then also use the FORCE parameter to unlock those objects. Syntax: drop database <Db-Name>; Code Sample: drop database 'ESSCAR'.'ESSNEW'; drop database 'ESSCAR'.'ESSNEW' force; Working with data in MaxL With MaxL statements you can also import data into an Essbase database or export data from the Essbase database to a text le. These two statements are powerful statements and are very widely used. The import statement not only imports data into the Essbase cube, it is also used t o update dimensions in the outline. This material is copyright and is licensed for the sole use by Paul Corcorran on 5th July 2009 8601 ave. p #1, , lubbock, , 79423 Download at Boykma.Com Automating your Essbase Cube [ 316 ] Syntax: import database <app-name>.<db-name> data | dimension: data is used when we are loading data into the cube. Use dimension for updating dimension in the outline. connect as <Database Username>: Since we are loading the data from a relational database, please specify the user name here. IDENTIFIED BY <Database password): Specify your relational database password. USING (Information about the Rules File) LOCAL | SERVER: Location of the rules le RULE_FILE RULE FILE NAME: Name of the rule le ON ERROR APPEND TO (error File information) WRITE | APPEND ERROR FILE NAME: Path for error le C:/book/dataload.err Code Sample: import database 'ESSCAR'.'ESSCAR' data connect as 'hypuser' identified by 'password' using server rules_file 'dSales' on error write to 'C:/book/dataload.err'; The export MaxL statement is used to export the level 0 data, all of the data, or just the input data from the Essbase cube into a text le. This function is mainly used for data retention as per company policy or backing up critical data. Syntax: export database <app-name>.<db-name>; all | level 0 | input : all indicates all levels of data, level 0 indicates only leaf node data which excludes the aggregated data, and input indicates only input data. data in columns to data_file <File-name>; Code Sample: export database 'ESSCAR'.'ESSCAR' all data to data_file 'C:/book/ export_data.txt'; This material is copyright and is licensed for the sole use by Paul Corcorran on 5th July 2009 8601 ave. p #1, , lubbock, , 79423 Download at Boykma.Com Chapter 8 [ 317 ] Working with database calculations in MaxL Using MaxL you can also create database calculation les, display the list of calc les, drop calc les, and execute calc les. Create calculation MaxL statements let you create a new calc le or copy an existing calc le from another application on the server. Syntax: create calculation <Calc-name> <Calc-string | as calc-name> Code Sample: create calculation 'ESSCAR'.'ESSCAR'.'ESSCALC' 'CALC DIM(PRODUCTS, MARKETS)' Upon execution of the above code a new calc script named ESSCALC will be created within the ESSCAR application. Display calculation The display MaxL statement will display the calculation scripts on the analytic server. Syntax: display calculation <all | <Calc-name> | on application <App-name> | on database <Db-Name>>; Code Sample: display calculation all; display calculation on application 'ESSCAR'; Execute calculation The execute calculation MaxL statement will run the specied calc script. Syntax: execute calculation < Calc-name > | Calc-name on database Db-String | Calc – String on Db-Name | default.; This material is copyright and is licensed for the sole use by Paul Corcorran on 5th July 2009 8601 ave. p #1, , lubbock, , 79423 Download at Boykma.Com Automating your Essbase Cube [ 318 ] Code Sample: execute calculation 'ESSBCAR'.'ESSCAR'.'ESSCALC'; execute calculation 'CALC DIM(PRODCTS,MARKET)' on 'ESSACAR'.'ESSCAR'; Drop calculation The drop calculation MaxL statement will delete the existing named calc script. Syntax drop calculation < Calc-name >; Code Sample: drop calculation 'ESSCAR'.'ESSCAR'.'ESSCALC'; Working with user privileges in MaxL Using MaxL statements, the database administrator can create, edit, display, drop, and grant privileges to user IDs. The basic accesses you can grant to a user ID are the same as dened in either the application properties or the database properties. This material is copyright and is licensed for the sole use by Paul Corcorran on 5th July 2009 8601 ave. p #1, , lubbock, , 79423 Download at Boykma.Com Chapter 8 [ 319 ] Looking at the previous screenshot you can see the choices provided to you for default access to the Essbase applications or databases. The only difference is if you set the access at the application level, the user will have the selected level of access for all databases within the application. If you grant this same level of access at the database level the ID will have this level of access only at the database level for which it was given. Create user Using the MaxL statement, you can create a new user, assign a default password, and associate the user with a database access group. Syntax: create user <user-name> identified by <password> as <EXISTING USERNAME> | member of group <group-name>; Code Sample: create user essuser identified by essinit member of group esssales; Alter user The alter MaxL statement lets the administrator edit a user such as: change the group, remove the user from a group, enable the password, disable the password, and reset the user. Syntax: alter user <user-name> add to group <Group-name>; /* Adds an existing user to an access group */ alter user <user-name> remove from group <Group-name>; /* Removes an existing user from an access group */ alter user <user-name> rename to <new user-name>; /* Renames an existing user to a new user name */ alter user <user-name> enable; /* Reactivate the user's ID */ alter user <user-name> disable; /* Disable the user ID */ alter user <user-name> set_password <new-password>; /* Set a new password for a specified user ID */ alter user <user-name> set_password_reset_days <integer> days | none | immediate | exact; /* Set the password time to live in days */ alter user <user-name> reset; /* This statement resets the user ID. If the user ID is locked then it will be unlocked. Unsuccessful password attempts will set to 0 */ This material is copyright and is licensed for the sole use by Paul Corcorran on 5th July 2009 8601 ave. p #1, , lubbock, , 79423 Download at Boykma.Com . July 20 09 8601 ave. p #1, , lubbock, , 794 23 Download at Boykma.Com Chapter 8 [ 3 19 ] Looking at the previous screenshot you can see the choices provided to you for default access to the Essbase. licensed for the sole use by Paul Corcorran on 5th July 20 09 8601 ave. p #1, , lubbock, , 794 23 Download at Boykma.Com Automating your Essbase Cube [ 318 ] Code Sample: execute calculation 'ESSBCAR'.'ESSCAR'.'ESSCALC'; execute. sole use by Paul Corcorran on 5th July 20 09 8601 ave. p #1, , lubbock, , 794 23 Download at Boykma.Com Automating your Essbase Cube [ 316 ] Syntax: import database <app-name>.<db-name> data