Skip Headers
Oracle® OLAP Java API Developer's Guide
11
g
Release 2 (11.2)
Part Number E10795-06
Home
Book List
Index
Master Index
Contact Us
Next
PDF
·
Mobi
·
ePub
Contents
List of Examples
List of Figures
Title and Copyright Information
Preface
Audience
Documentation Accessibility
Related Documents
Conventions
What's New
What's New in 11.2
What's New in 11.1
1
Introduction to the OLAP Java API
OLAP Java API Overview
What the OLAP Java API Can Do
Describing the Classes in the OLAP Java API
Describing the Dimensional Data Model
Implementing the Dimensional Data Model
Organizing the Data for OLAP
Accessing Data Through the OLAP Java API
Creating Queries
Specifying Dimension Members
Creating Cursors
Sample Schema for OLAP Java API Examples
Tasks That an OLAP Java API Application Performs
2
Understanding OLAP Java API Metadata
Overview of OLAP Java API Metadata Classes
Identifying, Describing, and Classifying Metadata Objects
Identifying Objects
Getting and Setting Names
Describing Unique Identifiers
Supporting Legacy Metadata Objects
Using Descriptions
Using Classifications
Providing Metadata Objects
Describing Metadata Providers
Getting Metadata Objects by ID
Exporting and Importing Metadata as XML Templates
Representing Schemas
Representing the Root Schema
Representing Database Schemas
Representing Organizational Schemas
Providing Access to Data Sources
Representing Cubes and Measures
Representing Cubes
Representing Measures
Representing Dimensions, Levels, and Hierarchies
Representing Dimensions
Representing Dimension Levels
Representing Hierarchies
Representing Hierarchy Levels
Representing Dimension Attributes
Describing the MdmAttribute Class
Describing the MdmBaseAttribute Class
Describing the MdmDerivedAttribute Class
Using OLAP Views
Getting Cube View and View Column Names
Getting Dimension and Hierarchy View and View Column Names
Using OLAP View Columns
Using Source Objects
3
Discovering Metadata
Connecting to Oracle OLAP
Prerequisites for Connecting
Establishing a Connection
Creating a JDBC Connection
Creating a DataProvider and a UserSession
Closing the Connection and the DataProvider
Overview of the Procedure for Discovering Metadata
Purpose of Discovering the Metadata
Steps in Discovering the Metadata
Creating an MdmMetadataProvider
Getting the MdmSchema Objects
Getting the Contents of an MdmSchema
Getting the Objects Contained by an MdmPrimaryDimension
Getting the Hierarchies and Levels of an MdmPrimaryDimension
Getting the Attributes for an MdmPrimaryDimension
Getting the Source for a Metadata Object
4
Creating Metadata and Analytic Workspaces
Overview of Creating and Mapping Metadata
Creating an Analytic Workspace
Creating the Dimensions, Levels, and Hierarchies
Creating and Mapping Dimensions
Creating and Mapping Dimension Levels
Creating and Mapping Hierarchies
Creating and Mapping an MdmLevelHierarchy
Creating and Mapping an MdmValueHierarchy
Creating Attributes
Creating Cubes and Measures
Creating Cubes
Creating and Mapping Measures
Committing Transactions
Exporting and Importing XML Templates
Building an Analytic Workspace
5
Understanding Source Objects
Overview of Source Objects
Kinds of Source Objects
Characteristics of Source Objects
Elements and Values of a Source
Data Type of a Source
Type of a Source
Source Identification and SourceDefinition of a Source
Inputs and Outputs of a Source
Describing the join Method
Describing the joined Parameter
Describing the comparison Parameter
Describing the comparisonRule Parameter
Describing the visible Parameter
Outputs of a Source
Producing a Source with an Output
Using COMPARISON_RULE_SELECT
Using COMPARISON_RULE_REMOVE
Producing a Source with Two Outputs
Hiding an Output
Inputs of a Source
Primary Source Objects with Inputs
Deriving a Source with an Input
Type of Inputs
Matching a Source with an Input
Matching the Input of the Source for an MdmAttribute
Matching the Inputs of a Measure
Using the value Method to Derive a Source with an Input
Using the value Method to Select Values of a Source
Using the extract Method to Combine Elements of Source Objects
Describing Parameterized Source Objects
6
Making Queries Using Source Methods
Describing the Basic Source Methods
Using the Basic Methods
Using the alias Method
Using the distinct Method
Using the join Method
Using the position Method
Using the recursiveJoin Method
Using the value Method
Selecting Elements of a Source
Reversing a Relation
Using Other Source Methods
Using the extract Method
Creating a Cube and Pivoting Edges
Drilling Up and Down in a Hierarchy
Sorting Hierarchically by Measure Values
Using NumberSource Methods To Compute the Share of Units Sold
Selecting Based on Time Series Operations
Selecting a Set of Elements Using Parameterized Source Objects
7
Using a TransactionProvider
About Creating a Metadata Object or a Query in a Transaction
Types of Transaction Objects
Committing a Transaction
About Transaction and Template Objects
Beginning a Child Transaction
About Rolling Back a Transaction
Getting and Setting the Current Transaction
Using TransactionProvider Objects
8
Understanding Cursor Classes and Concepts
Overview of the OLAP Java API Cursor Objects
Creating a Cursor
Sources For Which You Cannot Create a Cursor
Cursor Objects and Transaction Objects
Cursor Classes
Structure of a Cursor
Specifying the Behavior of a Cursor
CursorInfoSpecification Classes
CursorManager Class
Updating the CursorInfoSpecification for a CursorManager
About Cursor Positions and Extent
Positions of a ValueCursor
Positions of a CompoundCursor
About the Parent Starting and Ending Positions in a Cursor
What is the Extent of a Cursor?
About Fetch Sizes
9
Retrieving Query Results
Retrieving the Results of a Query
Getting Values from a Cursor
Navigating a CompoundCursor for Different Displays of Data
Specifying the Behavior of a Cursor
Calculating Extent and Starting and Ending Positions of a Value
Specifying a Fetch Size
10
Creating Dynamic Queries
About Template Objects
About Creating a Dynamic Source
About Translating User Interface Elements into OLAP Java API Objects
Overview of Template and Related Classes
What Is the Relationship Between the Classes That Produce a Dynamic Source?
Template Class
MetadataState Interface
SourceGenerator Interface
DynamicDefinition Class
Designing and Implementing a Template
Implementing the Classes for a Template
Implementing an Application That Uses Templates
A
Setting Up the Development Environment
Overview
Required Class Libraries
Obtaining the Class Libraries
B
SingleSelectionTemplate Class
Code for the SingleSelectionTemplate Class
Index
Scripting on this page enhances content navigation, but does not change the content in any way.