Jump to main content
Product Documentation
Customer Support
HCL OneDB V 1.0.1.0
What's new in
HCL OneDB™
1.0.1.0
Getting Started
Installing
Administering
Security
Client APIs and tools
SQL programming
JSON compatibility
Extending
HCL OneDB™
Designing databases
Embedding
HCL OneDB™
Release information
Search
Home
Extending
HCL OneDB™
Beyond standard relational database objects,
HCL OneDB™
can be extended to handle specialized data types, access methods, routines, and other objects.
HCL OneDB™
includes many built-in extensions that are fully integrated in the database server.
HCL OneDB™
also provides
DataBlade®
modules, which are packages of extended database objects for a particular purpose and that are installed separately from the database server. Alternatively, you can create your own user-defined objects for
HCL OneDB™
.
HCL OneDB™
extensions and
DataBlade®
modules
These topics describe how to use built-in database extensions and separately installed
DataBlade®
modules.
TimeSeries Data User's Guide
The
HCL OneDB™ TimeSeries Data User's Guide
contains information to assist you in using the TimeSeries extension with
HCL OneDB™
.
Appendixes
Extending
HCL OneDB™
Beyond standard relational database objects,
HCL OneDB™
can be extended to handle specialized data types, access methods, routines, and other objects.
HCL OneDB™
includes many built-in extensions that are fully integrated in the database server.
HCL OneDB™
also provides
DataBlade®
modules, which are packages of extended database objects for a particular purpose and that are installed separately from the database server. Alternatively, you can create your own user-defined objects for
HCL OneDB™
.
HCL OneDB™
extensions and
DataBlade®
modules
These topics describe how to use built-in database extensions and separately installed
DataBlade®
modules.
Database Extensions User's Guide
The
HCL OneDB™
Database Extensions User's Guide
explains how to use the database extensions that come with
HCL OneDB™
: Large Object Locator, MQ messaging, binary data types, basic text search, node data type,
HCL OneDB™
web feature service for Geospatial Data,
and SQL packages.
Performing XML Publishing
The
HCL OneDB™
XML User's Guide
includes information about using built-in functions for XML publishing with
HCL® OneDB®
.
Excalibur Text Search
DataBlade®
Module User's Guide
These topics describe the module and how to access and use its components.
Spatial Data User's Guide
The
HCL OneDB™ Spatial Data User's Guide
contains information to assist you in using the
HCL® OneDB®
spatial extension. The
HCL® OneDB®
spatial extension adds custom data types and supporting routines to the server.
Spatiotemporal Search for Moving Objects User's Guide
The
HCL OneDB™ Spatiotemporal Search for Moving Objects User's Guide
describes how to program applications to search data from moving objects in
HCL OneDB™
databases using the spatiotemporal search extension.
TimeSeries Data User's Guide
The
HCL OneDB™ TimeSeries Data User's Guide
contains information to assist you in using the TimeSeries extension with
HCL OneDB™
.
HCL OneDB™
TimeSeries solution
Database administrators and applications developers use the
HCL OneDB™
TimeSeries solution to store and analyze time series data.
Data types and system tables
Specialized data types and system tables handle time series data.
Create and manage a time series through SQL
Before you can load time series data into the database, you must configure database objects specific to your time series. You can manage data storage and remove data as necessary. You can run SQL statements to create and manage time series.
Virtual tables for time series data
A virtual table provides a relational view of your time series data.
Pattern matching searches
You can search time series data for matches to a particular pattern of values. For example, after you identify a pattern of abnormal electricity usage that indicates an outage, you can search for matches to that pattern to find other outages. Pattern matching searches find matches to a pattern that you supply. Pattern matching searches do not discover patterns in time series data.
Advanced analytics
Advanced analytics functions provide specialized methods of analyzing time series data for patterns or abnormalities.
Calendar pattern routines
You can use calendar pattern routines to manipulate calendar patterns.
Calendar routines
You can use calendar routines to manipulate calendars.
Time series SQL routines
Time series API routines
The time series application programming interface routines allow application programmers to directly access a time series datum.
Appendixes
The Interp function example
The TSIncLoad procedure example
The
TSIncLoad
procedure loads data into a database that contains a time series of corporate bond prices.
Creating extensions
You can create user-defined data types, routines, access methods, and other database objects to suit your needs. You can use application programming interfaces to write user-defined routines and applications that access data in
HCL OneDB™
databases.
Appendixes
The Interp function example
The TSIncLoad procedure example
The
TSIncLoad
procedure loads data into a database that contains a time series of corporate bond prices.