Oracle Utilities Meter Data Management

Installation Guide

Release 2.0.1 Service Pack 9

E18180-07

May 2013

Oracle Utilities Meter Data Management Installation Guide

E18180-07

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Preface

This guide describes how to install Oracle Utilities Meter Data Management.

This preface contains these topics:

•

Audience

•

Related Documents

•

Conventions

Audience

Oracle Utilities Meter Data Management Installation Guide is intended for system administrators installing Oracle Utilities Meter Data Management.

To use this document you should have:

•

Experience installing and configuring application servers and other software

•

Administrative privileges on the host where you are installing the software

If you are interested in the process of installing a service pack of Oracle Utilities Meter Data Management, for specific installation instructions please refer to the Readme.txt included with the service pack installation package.

Related Documents

For more information, see these Oracle documents:

•

Oracle Utilities Meter Data Management Quick Install Guide

•

Oracle Utilities Meter Data Management Database Administrator’s Guide

Conventions

The following text conventions are used in this document:

Convention

Meaning

boldface

Boldface type indicates graphical user interface elements associated with an action, or terms defined in text or the glossary.

italic

Italic type indicates book titles, emphasis, or placeholder variables for which you supply particular values.

monospace

Monospace type indicates commands within a paragraph, URLs, code in examples, text that appears on the screen, or text that you enter.

Overview

This chapter provides an overview of the installation of Oracle Utilities Meter Data Management.

Installation Overview

Installing Oracle Utilities Meter Data Management involves the following steps:

1.

Review the different tiers of the application architecture as described in Chapter 2 : Application Architecture Overview .

2.

Understand the hardware requirements for installing the application and the supported platforms for the application and database servers as described in Chapter 3 : Supported Platforms and Hardware Requirements .

Note: The installation and administration of the database server tier is described in detail in the document Oracle Utilities Meter Data Management Database Administrator’s Guide.

3.

Plan your installation as described in Chapter 5 : Planning the Installation .

4.

Install the database as described in the document Oracle Utilities Meter Data Management Database Administrator’s Guide.

5.

Install all required third-party software as described in Chapter 7 : Installing Application Server Prerequisite Software . The required software is listed for each supported combination of operating system and application server.

6.

Install the framework for the application as described in Chapter 9 : Installing the Application Server Component of Oracle Utilities Application Framework .

7.

Install the meter data framework for the application as described in Chapter 10 : Installing the Application Server Component of Oracle Utilities Meter Data Framework .

8.

Install Oracle Utilities Meter Data Management as described in Chapter 11 : Installing the Application Server Component of Oracle Utilities Meter Data Management .

9.

Install the current service pack for Oracle Utilities Meter Data Management as described in Chapter 12 : Installing Service Packs .

10.

Follow the installation guidelines described in Chapter 13 : Additional Tasks .

Application Architecture Overview

This section provides an overview of the Oracle Utilities Meter Data Management application architecture.

Application Architecture

The Oracle Utilities Meter Data Management application is deployed on multiple tiers.

Please see the Oracle Utilities Meter Data Management Server Administration Guide for a more detailed description of the application architecture and individual tiers.

Tier 1: Desktop/Client, or Presentation Tier

This tier is implemented in a browser-based client. Users use a desktop client Web browser to log in to and use the Oracle Utilities Meter Data Management application. Note also that a desktop machine running Microsoft Windows and the Oracle client is required to perform some of the Oracle Utilities Meter Data Management product installation steps.

Tier 2: Web Application Server, Business Application Server, Batch Server Tier

This tier is implemented in a Web application server, business application server, or the batch server. The business application component can be installed as part of the Web application server, or as a separate component. Except where explicitly noted, most of the Oracle Utilities Meter Data Management installation documentation assumes that the Web application and business application servers reside together. The batch infrastructure will also run within this tier. You can have multiple batch server instances that serve the application.

Tier 3: Database, or Persistence Tier

This tier is implemented in a database server. The database server stores data maintained by the Oracle Utilities Meter Data Management application. More specifically, the database tier contains the data server files and database executables that physically store the tables, indexes, and other database objects for your system.

Supported Platforms and Hardware Requirements

This section gives an overview of the tiers on which the product is implemented, and shows each of the operating system/server combinations that the product is certified for. It includes:

•

Software and Hardware Considerations

•

Minimum Requirements by Tier

•

Supported Platforms

•

Support for Software Patches and Upgrades

Software and Hardware Considerations

There are many factors that can influence software and hardware decisions. For example, your system may have to satisfy specific performance, availability, or scalability requirements, or to support running in a language other than English. These business requirements, together with the chosen system architecture, should be used in initial software and hardware planning.

Some of the questions that you should answer before beginning the installation include:

•

On which hardware platform and operating system will Oracle Utilities Meter Data Management be deployed?

•

On which Web server product will Oracle Utilities Meter Data Management deploy?

•

On which database product will Oracle Utilities Meter Data Management deploy?

•

Do you plan to deploy multiple Oracle Utilities Meter Data Management instances on the same physical server?

•

How do you plan to deploy Oracle Utilities Meter Data Management?

•

Web/application/database on the same physical server

•

Web/application on one server and database on separate server

•

Each component on its own server

For detailed descriptions of various deployment architecture choices that may aid in planning, please see the document Oracle Utilities Application Framework Architecture Guidelines, available on My Oracle Support (Article ID 807068.1).

The final hardware and software decisions must comply with the specific requirements of Oracle Utilities Meter Data Management, as described in the rest of this chapter.

Minimum Requirements by Tier

•

Tier 1, Desktop

•

Tier 2, Web/Business Application Server/ Batch Server

•

Tier 3, Database Server

Tier 1, Desktop: Software and Hardware Requirements

Configuration

Processor

Memory (RAM)

Monitor Display

Minimum

Pentium IV - 2.0 GHz

1024 MB

1024X768**

16-bit Color

Recommended*

Pentium IV - 3.0+ GHz,

Or any Core 2 Duo

Or any Athlon X2

2048 MB

1280X1024*

32-bit Color

* The Recommended configuration improves client performance.

** To reduce the amount of scrolling required for pages that are longer than 768 or 1024 pixels, consider placing a monitor into vertical position (with narrow side on the bottom).

Web Browser Requirements

The following Operating System / Web Browser software is supported:

•

Windows XP SP3 or higher with Internet Explorer 7.x or 8.x

•

Windows 7 (32-bit or 64-bit) with Internet Explorer 8.x

Tier 2, Web/Business Application Server, Batch Server: Software and Hardware Requirements

Please consult the Supported Platforms to determine which Web application servers can be used with the operating system that will be hosting this tier.

The recommendations that follow are based on a standard installation with both the Web application and business application servers on the same machine and the system running with the default values. The default values may not support a production environment. You should adjust these values according to your production needs. Refer to the Oracle Utilities Meter Data Management Server Administration Guide on how to change the default values. The minimum resource requirements exclude third-party software installation requirements. Refer to the third-party vendors for specific requirements. The following sizing excludes the Oracle database server installation.

Memory Requirements

For each application server environment a minimum of 4 GB of real memory is required, plus 6GB of swap space.

Disk Space Requirements

The approximate disk space requirements in a standard installation are as follows:

Location

Size

Usage

$SPLEBASE

5 GB minimum

This location is where the application and Framework get installed.

Startup, shutdown and other online log files are stored here. The size and space that is used should be monitored because various debugging options can significantly affect the size of log files.

$SPLAPP

2 GB minimum

This location is used for storing batch log files and output from batch jobs. The size of this space should be influenced by which batches are run and how often, and the amount of debugging information that is collected.

Location of the application Web work files on the Web servers

1.5 GB minimum

This location is used by the various Web server vendors to expand the application. It should be considered when installing these products. Refer to the individual Web server documentation to determine the location of the temporary files.

Installation temporary area

4 GB

The application gets installed from this location. You need enough space to uncompress the files and install the application.

Oracle data area

4 GB minimum

This location is where the Oracle database data files are stored. The size of this space should be based on the requirements of the production environment. For an initial or demo database install 4 GB should be sufficient.

Tier 3, Database Server: Software and Hardware Requirements

See the section Supported Platforms for supported database servers.

Supported Platforms

The installation has been tested and certified to operate on many operating system, application server, and database server combinations. For the software requirements for each of these combinations, see Chapter 7 : Installing Application Server Prerequisite Software for more information.

Operating Systems and Application Servers

The following table details the operating system and application server combinations on which Oracle Utilities Meter Data Management version 2.0.1 has been tested and certified.

Operating System and Web Browser (Client)

Operating System

(Server)

Chipset

Application Server

Database

Windows XP SP3

(IE 7.x, 8.x)

Windows 7

(IE 8.x)

AIX 6.1 TL4 (64-bit)

POWER 64-bit

WebLogic 10.3.5

WebLogic 10.3.6

WebSphere 7.0.0.11

Oracle 11.2.0.1

Oracle Linux 5.5, 5.8, 6.2 (64-bit)

Red Hat Enterprise Linux 5.5, 5.8, 6.2 (64-bit)

x86_64

WebLogic 10.3.5

WebLogic 10.3.6

Oracle 11.2.0.1

Sun Solaris 10 Update 8 (64-bit)

SPARC

WebLogic 10.3.5

WebLogic 10.3.6

Oracle 11.2.0.1

Windows Server 2008 R2 (64-bit)

x86_64

WebLogic 10.3.5

WebLogic 10.3.6

Oracle 11.2.0.1

Oracle Database Servers

Oracle Utilities Meter Data Management version 2.0.1 is supported with Oracle Database Server 11.2.0.1 on all of the operating systems listed above.

The following Oracle Database Server Editions are supported:

•

Oracle Database Enterprise Edition

•

Oracle Database Standard Edition

Note: Oracle Database Enterprise Edition and the Partitioning and Advanced Compression options are not mandatory but recommended. Standard Edition should only be considered suitable for very small, pilot projects or development environments where scalability, performance, and database size-on-disk are not important considerations. Oracle Database Enterprise Edition, including the Advanced Compression and Partitioning options, is strongly recommended in all other situations.

The Oracle 11.2.0.1 client is required for these versions of the database server.

Oracle WebLogic Server Information

The following Oracle WebLogic Server Editions are supported:

•

Oracle WebLogic Server Standard Edition

•

Oracle WebLogic Server Enterprise Edition

Application Dependencies for Oracle Business Intelligence for Utilities

When using Oracle Utilities Meter Data Management version 2.0.1.8 with Oracle Business Intelligence for Utilities, you must upgrade to Oracle Utilities Advanced Spatial and Operational Analytics version 2.4.0 Service Pack 4. This release is not compatible with previous releases of Oracle Utilities Advanced Spatial and Operational Analytics. For more information, see the release notes and installation documentation for Oracle Utilities Advanced Spatial and Operational Analytics, version 2.4.0 Service Pack 4.

Support for Software Patches and Upgrades

Due to the ongoing nature of software improvement, vendors will issue patches and service packs for the operating systems, application servers and database servers on top of specific versions that Oracle Utilities Meter Data Management has been tested with.

If it is necessary to apply an upgrade, please do so in a test environment that is running on the same platform as your production environment prior to updating the Oracle Utilities Meter Data Management production environment.

The exception from this rule is Hibernate software version 3.3.2 ga. This version should not be upgraded.

Always contact Oracle Utilities Meter Data Management support prior to applying vendor updates that do not guarantee backward compatibility.

Installation Types

This section provides an overview of the two types of application installation. It includes the following section:

•

Initial Installation Compared with Upgrade Installation

•

Database Installation: Initial Installation Compared with Demo Installation

Initial Installation Compared with Upgrade Installation

Customers installing this version of Oracle Utilities Meter Data Management application may or may not have used previous versions of the application.

•

If you have not installed and used previous versions of Oracle Utilities Meter Data Management, the installation process will create files as well as a database on your system. Depending on what data you choose to install in the database, the database install process is referred to as either initial install or demo install.

•

If you have installed and used a previous version of Oracle Utilities Meter Data Management, the installation process will still create and / or overwrite files on your system. For the database however, the process will upgrade the existing database to the current version of Oracle Utilities Meter Data Management. This process is referred to as an upgrade install. Note that there are restrictions on which previous Oracle Utilities Meter Data Management versions can be upgraded to the current version.

Database Installation: Initial Installation Compared with Demo Installation

Initial install and demo install both start with an empty database.

In the case of initial install, demo data is not populated into the database by the installation process. This installation type is typically used for production environments.

In contrast, the demo install process populates the database with demo data. This installation type is typically used for demo and testing environments.

Planning the Installation

This chapter provides information for planning an Oracle Utilities Meter Data Management installation, including:

•

Installation and Configuration Overview

•

Before You Install

•

Installation Checklist

•

Prerequisite Third-Party Software Overview

•

Application Framework Installation and Configuration Worksheets

•

Meter Data Framework Installation and Configuration Worksheets

Installation and Configuration Overview

The following diagram provides an overview of the steps that need to be taken to install and configure Oracle Utilities Meter Data Management:

Before You Install

Refer to My Oracle Support for up-to-date additional information on Oracle Utilities Meter Data Management installation.

Installation Checklist

The following checklist will help guide you through the installation process of the application tier. The details for each step are presented in subsequent chapters.

1.

Create Group/User ID.

2.

Install prerequisite software (see Prerequisite Third-Party Software Overview for more information).

•

Oracle client 11.2.0.1 (for connecting to Oracle database)

•

Java 6

•

Hibernate 3.3.2

3.

Install one of the following Web servers.

•

Oracle WebLogic 10.3.3

•

Oracle WebLogic 10.3.4

•

IBM WebSphere 7.0.0.11

4.

Install optional software.

•

Oracle BI Publisher 10g (10.1.3.4.0)

5.

Verify that all software installed.

6.

Set up environment variables.

7.

Install Oracle Utilities Application Framework.

8.

Install Oracle Utilities Application Framework prerequisite single fixes.

9.

Install Oracle Utilities Meter Data Framework.

10.

Install Oracle Utilities Meter Data Management.

11.

Deploy Oracle Utilities Meter Data Management application.

12.

Post installation tasks.

Prerequisite Third-Party Software Overview

For complete details about installing and configuring the prerequisite third-party software for your specific platform, see Chapter 7 : Installing Application Server Prerequisite Software .

Application Framework Installation and Configuration Worksheets

During the installation and configuration of the application you will need to provide a variety of system values. These worksheets will assist you in providing that information. They should be completed before installing the application framework, as described in the Chapter 9 : Installing the Application Server Component of Oracle Utilities Application Framework . No Customer Install Value fields should be left blank.

Note: Some web application server information will not be available until the software installation steps have been completed as described in the Chapter 7 : Installing Application Server Prerequisite Software .

Installation Menu Functionality Overview

The main configuration menu is structured so that related variables and/or options are grouped together and are associated by a menu item number. To access a particular group of variables and options, enter the menu item number associated with that group. Each option within that group is displayed in turn on the screen, along with a prompt so that you can type the desired value for the option, if it is not the same as the default or current value.

When performing the initial installation you need to go through all menu options. The menu options may have a default value, a list of valid values and a validation check.

On each option prompt you can keep the current value by simply leaving the input line empty. In order to erase a variable value you need to enter one dot ("."). The leading spaces will be trimmed out on each values entered.

Note: When working with the menu you will see the following:

•

Valid Values: [ALFANUM]. This indicates you will need to enter an alphanumeric value in the prompt.

•

Valid Values: [NUM]. This indicates you will need to enter an numeric value in the prompt.

When all options are set, type <P> at the main menu prompt option. This will save the option values selected throughout the configuration.

During this processing the global variables are validated and the configuration file <SPLEBASE>/etc/ENVIRON.INI is created or updated. This file contains all the variables inputted and calculated. These are needed by the next part of the installation process.

To exit the configuration utility without saving any of the values entered, type <X> and 'Enter'

Installation Menu Functionality Details

The Environment Installation Utility requires that Oracle Client Home is set in the path for the user performing the installation.

Prior to running the installation utility you will need to review the supported platforms document to ensure you have all of the Third Party software installed.

In this menu if the variables are set prior to execution, that value will be defaulted by the installation utility when performing the installation.

When the installation has been completed successfully, the values will be written to an ENVIRON.INI file. When splenviron.sh / cmd is executed, it will read from the ENVIRON.INI file to set the environment variables.

In the worksheets there are three different types of values given:

•

Default Values are the values that will be defaulted when running the installation utility.

•

Security Values denote values that should be changed when in production.

•

Example Values are values that can be used for a default installation.

Note: The production environment should not be run with default values. See the Oracle Utilities Meter Data Management Server Administration Guide for additional information about configuring these values.

When you enter passwords you will not see the password characters on the screen because they are entered in silent mode. Passwords are encrypted when the values are entered.

Install the Oracle Client software specified in the section Supported Platforms prior to running any of the installation utilities.

The following prompt will appear when executing the installation utility:

Enter Oracle Client Home Directory (<ENTER> quit):

Note: If the environmental variable ORACLE_CLIENT_HOME is set, the install script will validate the variable. If it passes the validation you will not be prompted for it. This is needed in order to run Perl installation utilities.

Encryption Methods

When the application server choice is WebLogic, the Oracle Utilities Application Framework installation uses the Oracle WebLogic API to encrypt the User ID and password that perform admin functions for the WebLogic application servers. Please refer to the Oracle WebLogic documentation for further information about the encryption.

The Oracle Utilities Application Framework installation also uses industry standard cryptography to encrypt passwords that are prompted within the installation.

When the application server choice is WebSphere Basic or WebSphere Network Deployment, the Oracle Utilities Application Framework installation will use industry standard cryptography to encrypt passwords that are prompted within the installation.

In each case these password are entered in the command line but the inputted values are not reflected on the screen when performing the installation.

Third Party Software Configuration

************************************

* Environment Installation Options *

************************************

1. Third Party Software Configuration

Oracle Client Home Directory:

Web Java Home Directory:

Child JVM Home Directory:

COBOL Home Directory:

Hibernate JAR Directory:

ONS JAR Directory:

Database Home Directory:

Web Application Server Home Directory:

ADF Home Directory:

OIM OAM Enabled Environment:

Menu Option

Name Used in Documentation

Usage

Customer Install Value

Oracle Client Home Directory

ORACLE_CLIENT_HOME

The home directory of the Oracle Client. The application will use the Perl included under this Oracle Client.

Example Location:

/oracle/client/product/11.2.0.1

Web Java Home Directory

JAVA_HOME

Java home that will be used by the web application server.

Example Location:

/ouaf/java/jdk1.6.0_20

* Child JVM Home Directory

CHILD_JVM_JAVA_HOME

Java home that will be used by the child java process that handles COBOL related requests.

Example Location:

/ouaf/java/jdk1.6.0_20

* COBOL Home Directory

COBDIR

COBOL installation location directory.

Example Location:

/opt/SPLcobAS51WP6

Hibernate JAR Directory

HIBERNATE_JAR_DIR

Location on the disk where the hibernate3.jar is installed.

*ONS JAR Directory

ONS_JAR_DIR

Location on the disk where the ons-11.2.0.2.jar file is installed.

**Required for Oracle RAC installation. See the Server Administration Guide for more information.

Database Home Directory

DATABASE_HOME

Location on the disk where database client is installed for your particular installation.

Example Location for Oracle Database:

/oracle/client/product/11.2.0.1

Note: This value will be the same as the previously entered for Oracle.

Web Application Server Home Directory

WEB_SERVER_HOME

Location on the disk where the application server is installed.

Example Location:

WebLogic: /ouaf/middleware/wlserver_10.3

To validate the home directory, check if the following jar files exist in the appropriate path:

$WEB_SERVER_HOME/server/lib/weblogic.jar

%WEB_SERVER_HOME%\server\lib\weblogic.jar

WebSphere:

/ouaf/IBM/WebSphere7/AppServer

WebSphere ND:

/ouaf/IBM/WebSphere70ND/

* ADF Home Directory

ADF_HOME

Location on the disk where ADF is installed.

Example Location:

/ouaf/jdev11_1_1_4 or /adf_location

OIM OAM Enabled Environment

OPEN_SPML_ENABLED_ENV

Denotes if an environment will be integrating with Oracle Identity Manager for user propagation.

Valid values:

true

false

Defaulted value: false

* Denotes optional Menu Options that may be required for the product installation and variables.

** In order to activate the RAC FCF, the application needs the external ons.jar file, version 11.2.0.2. This ons.jar is located under the Oracle Database Software 11.2.0.2, at the following path:

$ORACLE_HOME/opmn/lib/ons.jar

The ons.jar should be copied to the Application Server. During the OUAF installation the relevant option should be populated with the folder location of the ons.jar.

Environment Installation Options

50. Environment Installation Options

Environment Mount Point:

Log Files Mount Point:

Environment Name:

Database Type:

Web Application Server Type:

Install Application Viewer Module:

Menu Option

Name Used in Documentation

Usage

Customer Install Value

Environment Mount Point

<SPLDIR>

The mount point into which the application is installed. For example:

/ouaf for UNIX and C:\ouaf for Windows.

This mount point MUST exist and the MDM administrator user ID MUST be able to write to this directory. (This is the user ID that is created specifically to administer the (MDM) environments; the default is cissys). The installation sets permissions on all subdirectories installed under this directory.

See <SPLENVIRON> below for more information on how this mount point is used.

Log File Mount Point

<SPLDIROUT>

A mount point that will contain any application output or application logs. Example value is /ouaf/sploutput for UNIX installation or C:\ouaf\sploutput for Windows.

This mount point MUST exist and the MDM administrator user ID MUST be able to write to this directory. (This is the user ID that is created specifically to administer the (MDM) environments; the default is cissys).

For each environment initialized, the application logs will be written to the directory <SPLDIROUT>/

<SPLENVIRON>

Note: Later in the installation the splenviron.sh (splenviron.cmd ) script will set the $SPLOUTPUT (%SPLOUTPUT%) environment variable to point to:<SPLDIROUT>/<SPLENVIRON>

Environment Name

<SPLENVIRON>

A descriptive name to be used as both a directory name under the mount point <SPLDIR> and an environment descriptor. This value typically identifies the purpose of the environment. For example, DEV01 or CONV.

On installation a directory <SPLDIR>/<SPLENVIRON> is created, under which the Oracle Utilities Application Framework and Oracle Utilities Meter Data Management software resides.

When multiple environments are set up on the machine you will typically have directories such as:

/ouaf/DEV01/....

/ouaf/CONV/....

Each of these contains a complete version of the Oracle Utilities Application Framework and Oracle Utilities Meter Data Management.

Note: Later in the installation process, the splenviron.sh (splenviron.cmd) script will set $SPLEBASE ( %SPLEBASE%) environment variable to point to <SPLDIR>/<SPLENVIRON>

Database Type

<CMPDB>

Type of a database to connect an environment to.

Valid values:

oracle: Oracle

Defaulted value: oracle

Note: Not all database types are supported on all platforms; refer to the Supported Platforms section for details.

oracle

Web Application Server Type

<SPLWAS>

A web application server for the environment to be used. The following value must be selected:

Valid values:

WLS: WebLogic

WAS: WebSphere

WASND: WebSphere ND

Note: Not all web application servers are supported on all platforms; refer to Supported Platforms section for details.

Installation Application Viewer Module

<WEB_ISAPPVIEWER>

Denotes if the Application Viewer Web Module will be installed in the environment. When this value is set to false the application viewer will not be accessible in the environment.

Valid values:

true: Application Viewer module will be installed.

false: Application Viewer module will not be installed.

Defaulted value: true

Note: When the value of false is selected, the Application Viewer will only be installed at a later date by a complete reinstall of the application.

Environment Description

1. Environment Description

Environment Description:

Menu Option

Name Used in Documentation

Usage

Customer Install Value

Environment Description

DESC

This is a free form text field to describe the purpose of the environment.

WebLogic Business Application Server Configuration

The WebLogic parameters below and in the worksheet are for a WebLogic installation.

2. Business Application Server Configuration

Business Server Host: <machine_name>

WebLogic Server Name: myserver

Business Server Application Name: SPLService

MPL Admin Port Number:

MPL Automatic startup: false

Menu Option

Name Used in Documentation

Usage

Customer Install Value

Business Server Host

BSN_WLHOST

The host name on which business application server resides.

Default value: <current server name>

WebLogic Server Name

BSN_WLS_SVRNAME

The name of the WebLogic server where the business application resides.

Default value: myserver

Note: If there is not a previously created WebLogic server, take the default value of "myserver".

Business Server Application Name

BSN_APP

The name of the business application server.

Default value: SPLService

MPL Admin Port number

MPLADMINPORT

The port number for the Multi Purpose Listener (MPL) Admin Server.

Example value: 6502

MPL Automatic Startup

MPLSTART

Automatically starts the MPL Listener whenever environment starts.

Default value: false

WebSphere Basic Business Application Server Configuration

The WebSphere parameters below and in the worksheet are for a WebSphere installation.

2. Business Application Server Configuration

Business Server Host: <machine_name>

Bootstrap Port:

WebSphere Server Name:

WebSphere Node Name:

Business Server Application Name: SPLService

MPL Admin Port Number:

MPL Automatic startup:

Menu Option

Name Used in Documentation

Usage

Customer Install Value

Business Server Host

BSN_WLHOST

The host name on which business application server resides.

Default value: <current server name>

Bootstrap Port

BSN_WASBOOTSTRAPPORT

The boot strap port number allows the web module to communicate with the EJB module.

WebSphere Server Name

BSN_SVRNAME

The WebSphere Application Server to host the OUAF application.

Each OUAF must be installed in a unique WebSphere Application Server.

Default value: server2

WebSphere Node Name

BSN_NODENAME

The name of the WebSphere Node Name where the WebSphere Application Server is running.

Business Server Application Name

BSN_APP

The name of the business application server.

Default value: SPLService

MPL Admin Port number

MPLADMINPORT

The port number for the Multi Purpose Listener (MPL) Admin Server.

Example value: 6502

MPL Automatic Startup

MPLSTART

Automatically starts the MPL Listener whenever environment starts.

Default value: false

WebLogic Web Application Server Configuration

The WebLogic parameters below and in the worksheet are for a WebLogic installation.

3. Web Application Server Configuration

Web Server Host: <machine_name>

Web Server Port Number:

Web Context Root:

WebLogic JNDI User ID:

WebLogic JNDI Password:

WebLogic Admin System User ID:

WebLogic Admin System Password:

WebLogic Server Name: myserver

Web Server Application Name: SPLWeb

Application Admin User ID:

Application Admin Password:

Expanded Directories: true

Application Viewer Module: true

Menu Option

Name Used in Documentation

Usage

Customer Install Value

Web Server Host

WEB_WLHOST

The host name on which the web application server resides.

Default value: <current server name>

Web Server Port Number

WEB_WLPORT

A unique port number within the system that will be assigned to the HTTP port. This is the port number that is used as a part of the client URL request to connect to the host.

Example value: 6500

Web Context Root

WEB_CONTEXT_ROOT

A context root name that allows customers to run multiple instances of web application on the same server.

Default value: ouaf

WebLogic JNDI User ID

WEB_WLSYSUSER

The user ID the application uses to connect to the EJB component through JNDI. This is the EJB container user ID.

Note: The required value for an initial installation is "system".

This is a security value.

WebLogic JNDI Password

WEB_WLSYSPASS

The password the application uses to connect to the EJB component through JNDI

Note: The required value for an initial installation is "ouafadmin". This value will be saved in encrypted format.

This is a security value.

WebLogic Admin System User ID

WLS_WEB_WLSYSUSER

The user ID to log in to the Oracle WebLogic console and to administer Oracle WebLogic. The Oracle WebLogic startup and stop script also utilizes this user ID

Note: The installation utility will prompt you to enter "Y" to encrypt. For an initial installation, enter Y/y and specify the required value "system".

This is a security value.

WebLogic Admin System Password

WLS_WEB_WLSYSPASS

The password to login to Oracle WebLogic console and to administer Oracle WebLogic. The Oracle WebLogic startup and stop script also utilize this password.

Note: The installation utility will prompt you to enter "Y" to encrypt. For an initial installation, enter Y/y, and specify the required value "ouafadmin".

This is a security value.

WebLogic Server Name

WEB_WLS_SVRNAME

The name of the WebLogic server where the web application resides.

Default value: myserver

Note: For an initial installation, use the default value of "myserver".

.

Web Server Application Name

WEB_APP

The name of the web application server.

Default value: SPLWeb

Note: For an initial installation, use the default value of "SPLWeb".

Application Admin User ID

WEB_SPLUSER

This is the default user ID to login to the application through the browser.

Example value: SYSUSER

Note: The required value for an initial installation is "SYSUSER". This value is also used in communication within the XAI application.

This is a security value.

Application Admin Userid Password

WEB_SPLPASS

This is the password of the application admin user.

Example value: sysuser00

Note: The required value for an initial installation is "sysuser00". This value will be saved in encrypted format

This is a Security Value.

Expanded Directories

WEB_ISEXPANDED

When the value is "true" the web application will be deployed in exploded directory format (no WAR files).

When the value is "false", the web application will be deployed in ear file format.

Valid values:

true: Environment expanded (no WAR files)

false: Environment with WAR/EAR files

Default value: false

Application Viewer Module

WEB_ISAPPVIEWER

When the value is "true" the application viewer will be deployed to the web server. When the value is "false", the application viewer will not be deployed to the web Server.

Note: With either value the application viewer module will still be managed by the upgrade process.

Note: When this value is set to false from the initial install menu you will not be able to change this value to true to re-enable the application viewer.

Valid values:

true: The application viewer module will be deployed to the web server

false: The application viewer module will not be deployed to the web server

Default value: true

WebSphere Basic Web Application Server Configuration

The WebSphere parameters below and in the worksheet are for a WebSphere installation.

3. Web Application Server Configuration

Web Server Host: <machine_name>

Web Server Port Number:

Web Context Root:

WebSphere Server Name:

WebSphere Node Name:

Web Server Application Name:

WebSphere JNDI System User ID:

WebSphere JNDI System Password:

Application Admin User ID:

Application Admin Password:

Expanded Directories:

Application Viewer Module:

Menu Option

Name Used in Documentation

Usage

Customer Install Value

Web Server Host

WEB_WLHOST

The host name on which the web application server resides.

Default value: <machine_name>

Web Server Port Number

WEB_WLPORT

The WC_defaulthost number for your WebSphere Basic server. This is the port number that is used as a part of the client URL request to connect to the host.

Example value: 9081

Web Context Root

WEB_CONTEXT_ROOT

A context root name that allows customers to run multiple instances of web application on the same installation of WebSphere server.

Default value: ouaf

WebSphere Server Name

WEB_SVRNAME

The WebSphere Basic Application Server to host the MDM application.

Each MDM must be installed in a unique WebSphere Basic application server.

Default value: server2

WebSphere Node Name

WEB_NODENAME

The name of the WebSphere Basic Node Name where the WebSphere Basic application server is running.

Web Server Application Name

WEB_APP

The name of the web application server.

Default value: SPLWeb

WebSphere JNDI User ID:

WEB_WASUSER

User ID the application utilizes to connect to the EJB component through JNDI. This is the EJB container user ID.

Note: This value must be a valid User in the WebSphere console.

This is a security value.

WebSphere JNDI System Password:

WEB_WASPASS

The password the application utilizes to connect to the EJB component through JNDI.

Note: This value will be saved in encrypted format.

This is a security value.

Application Admin User ID

WEB_SPLUSER

This is the default user ID to login to the application through the browser.

Example value: SYSUSER

Note: This value is also used in communication within the XAI application. Note: This value must be a valid User in the WebSphere console.

This is a security value.

Application Admin Userid Password

WEB_SPLPASS

This is the password of the application admin user.

Example value: sysuser00

Note: This value will be saved in encrypted format

This is a security value.

Expanded Directories

WEB_ISEXPANDED

When the value is "true" the web application will be deployed in exploded directory format (no WAR files).

When the value is "false", the web application will be deployed in ear file format.

Valid values:

true: Environment expanded (no WAR files)

false: Environment with WAR/EAR files

Default value: false

Application Viewer Module

WEB_ISAPPVIEWER

When the value is "true" the application viewer will be deployed to the web server. When the value is "false", the application viewer will not be deployed to the web server.

Note: With either value the application viewer module will still be managed by the upgrade process.

Note: When this value is set to false from the initial install menu you will not be able to change this value to true to re-enable the application viewer.

Valid values:

true: The application viewer module will be deployed to the web server)

false: The application viewer module will not be deployed to the web server)

Default value: true

Database Configuration

4. Database Configuration

Web Application Database User ID:

Web Application Database Password:

MPL Database User ID:

MPL Database Password:

XAI Database User ID:

XAI Database Password:

Batch Database User ID:

Batch Database Password:

Database Name

Database Server:

Database Port:

ONS Server Configuration:

Database Override Connection String:

Oracle Client Character Set NLS_LANG: AMERICAN_AMERICA.AL32UTF8

Menu Option

Name Used in Documentation

Usage

Customer Install Value

Web Application Database User ID

DBUSER

The database user ID that has been configured on the database for the web application server connection.

This is a security value.

Web Application Database Password

DBPASS

The database password that has been configured on the database for the web application connection.

Note: This value will be saved in encrypted format.

This is a security value.

MPL Database User ID

MPL_DBUSER

The database user ID that has been configured on the database for the MPL server connection.

This is a security value.

MPL Database Password

MPL_DBPASS

The database password that has been configured on the database for the MPL server connection.

Note: This value will be saved in encrypted format.

This is a security value.

XAI Database User ID

XAI_DBUSER

The database user ID that has been configured on the database for the XAI server connection.

This is a security value.

XAI Database Password

XAI_DBPASS

The database password that has been configured on the database for the XAI server connection.

Note: This value will be saved in encrypted format.

This is a security value.

Batch Database User ID

BATCH_DBUSER

The database user ID that has been configured on the database for the batch connection.

This is a security value.

Batch Database Password

BATCH_DBPASS

The database password that has been configured on the database for the batch connection.

Note: This value will be saved in encrypted format.

This is a security value.

Database Name

DBNAME

The name of the database instance that the application will be connecting to.

Database Server

DBSERVER

Host name of the server where database resides.

Database Port

DBPORT

Database port number on the database server used for connecting to the database

ONS Server Configuration

ONSCONFIG

ONS Server Configuration is required for Oracle RAC FCF.

See the Server Administration Guide for more information.

This is an optional value.

Database Override Connection String

DB_OVERRIDE_CONNECTION

This connection string can be used to override the database information entered above for RAC installation.

Set this string to override the standard database connection string, as entered above.

See the Server Administration Guide for more information.

This is an optional value.

Oracle Client Character Set NLS_LANG

NLS_LANG

The Oracle Database Character Set.

Select the Language and Territory that are in use in your country.

Default value: AMERICAN_AMERICA.AL32UTF8

General Configuration Options

Note: See the Oracle Utilities Meter Data Management Batch Server Administration Guide for additional details on this configuration.

5. General Configuration Options

Batch RMI Port:

Batch Mode: CLUSTERED

Coherence Cluster Name:

Coherence Cluster Address:

Coherence Cluster Port:

Coherence Cluster Mode: dev

Menu Option

Name Used in Documentation

Usage

Customer Install Value

Batch RMI Port

BATCH_RMI_PORT

Unique port used by the Batch RMI.

Batch Mode

BATCH_MODE

Valid values: CLUSTERED or DISTRIBUTED

DISTRIBUTED - allows numerous threads from numerous jobs to be execute by one or more JVMs.

Coherence Cluster Name

COHERENCE_CLUSTER_NAME

Unique name for the batch CLUSTER

Note: Value is required when batch mode is CLUSTERED.

Coherence Cluster Address

COHERENCE_CLUSTER_ADDRESS

Unique multicast address.

Note: Value is required when batch mode is CLUSTERED.

Coherence Cluster Port

COHERENCE_CLUSTER_PORT

Unique port for the batch CLUSTER

Note: Value is required when batch mode is CLUSTERED.

Coherence Cluster Mode

COHERENCE_CLUSTER_MODE

Valid values:

dev (Development)

prod (Production)

Default value: dev

Advanced Menu Options

The advanced menu options are not available during installation. These options can be accessed after installation using the following commands:

Unix:

$SPLEBASE/bin/configureEnv.sh -a

Windows

%SPLEBASE%\bin\configureEnv.cmd -a

Advanced Environment Miscellaneous Configuration

50. Advanced Environment Miscellaneous Configuration

Online JVM Batch Server Enabled: false

Online JVM Batch Number of Threads: 5

Online JVM Batch Scheduler Daemon Enabled: false

JMX Enablement System User ID:

JMX Enablement System Password:

RMI Port number for JMX Business:

RMI Port number for JMX Web:

GIS Service Running on the same Web Server: true

GIS Service URL:

GIS WebLogic System User ID:

GIS WebLogic System Password:

Online Display Software Home:

Menu Option

Name Used in Documentation

Usage

Customer Value Install

WebSphere Deployment Manager Host Name

WASND_DMGR_HOST

WebSphere Deployment Manager Host name, this value is used for WebSphere ND, when connecting to the WebSphere Deployment Manager.

Note: This value will only appear for WebSphere ND.

Online JVM Batch Server Enabled

BATCHENABLED

When starting a web application server JVM, this property can be set to "true" to allow the on-line application server to also act as a batch worker in the grid.

Default value: false

Note: This functionality should only be used in low volume environments.

Online JVM Batch Number of Threads

BATCHTHREADS

The maximum number of batch processing threads to be executed within a worker JVM when no explicit Distributed Thread Pool is specified. The "DEFAULT" distributed thread pool is used by the batch-scheduling daemon when it initiates processing on batch jobs (typically added via the online system) where no thread pool is specified).

Default value: 5

Note: This will be only used and activated when BATCHENABLED is set to true.

Online JVM Batch Scheduler Daemon Enabled

BATCHDAEMON

In a distributed batch environment, this property can be set to "true" to allow a worker JVM to host the batch scheduling daemon. The daemon accepts online batch submissions requests and automatically submits the work for them.

Valid values: true, false

Default value: false

Note: This will be only used and activated when BATCHENABLED is set to true.

JMX Enablement System User ID

BSN_JMX_SYSUSER

Example value: user

This value is optional.

JMX Enablement System Password

BSN_JMX_SYSPASS

Example value: admin

Note: This value will be saved in encrypted format.

This value is optional.

RMI Port number for JMX Business

BSN_JMX_RMI_PORT_PERFORMACE

JMX Port for business application server monitoring.

This needs to be set to an available port number on the machine.

This value is optional.

RMI Port number for JMX Web

WEB_JMX_RMI_PORT_PERFORMACE

JMX Port for web application server monitoring

This needs to be an available port number for the environment running on the machine.

This value is optional.

GIS Service Running on the same Web Server

GIS

Geographical information (GEOCODING) - GIS Service running on the same web application server

Valid values: true, false

This value is optional.

GIS Service URL

GIS_URL

This is the URL of the external web server.

Note: This value will be only be used when GIS is set to true.

This value is optional.

GIS WebLogic System User ID

GIS_WLSYSUSER

GIS WebLogic System User ID

Note: This value will be only be used when GIS is set to true.

This value is optional.

GIS WebLogic System Password

GIS_WLSYSPASS

GIS WebLogic System Password.

Note: This value will be only be used when GIS is set to true.

This value is optional.

Online Display Software Home

ONLINE_DISPLAY_HOME

The location of the Online Display Software installation directory.

This value is optional.

Advanced Environment Memory Configuration

51. Advanced Environment Memory Configuration

JVM Child Memory Allocation: 512

JVM Child Additional Options:

Web Application Java Initial Heap Size: 1024

Web Application Java Max Heap Size: 1024

Web Application Java Max Perm Size: 500

Web Application Additional Options:

Ant Min Heap Size: 200

Ant Max Heap Size: 800

Ant Additional Options:

Thread Pool Worker Java Min Heap Size: 512

Thread Pool Worker Java Max Heap Size: 1024

Thread Pool Worker Java Max Perm Size: 768

Thread Pool Worker Additional Options:

Additional Runtime Classpath:

Release Cobol Thread Memory Options: -Dspl.runtime.cobol.remote.releaseThreadMemoryAfterEachCall=...

Menu Option

Name Used in Documentation

Usage

Customer Install Value

JVM Child Memory Allocation

JVMMEMORYARG

Heap size for the JVM Child.

Default value: 512

JVM Child Additional Options

JVM_ADDITIONAL_OPT

Additional JVM options that are passed to the Child JVM.

Note: For WebLogic installation only.

Web Application Java Initial Heap Size

WEB_MEMORY_OPT_MIN

Initial heap size for the application server.

Default value: 1024

Note: For WebLogic installation only.

Web Application Java Max Heap Size

WEB_MEMORY_OPT_MAX

Maximum heap size for the application server.

Default value: 1024

Note: For WebLogic installation only.

Web Application Java Max Perm Size

WEB_MEMORY_OPT_MAXPERMSIZE

Maximum Perm Size for the application server.

Default value: 500MB (Linux, Solaris)

300MB (Windows)

Note: For WebLogic installation only.

Web Application Additional Options

WEB_ADDITIONAL_OPT

Additional options that will be passed in to the web application server JVM.

Optional Entry.

Note: For WebLogic installation only.

Ant Min Heap Size

ANT_OPT_MIN

Minimum Heap Size passed to ANT JVM.

Default value: 200

Ant Max Heap Size

ANT_OPT_MAX

Maximum Heap Size passed to ANT JVM.

Default value: 800

Ant Additional Options

ANT_ADDITIONAL_OPT

Additional options that are passed into the ANT JVM.

Thread Pool Worker Java Min Heap Size

BATCH_MEMORY_OPT_MIN

Minimum heap size passed to the Thread Pool Worker.

Default value: 512

Thread Pool Worker Java Max Heap Size

BATCH_MEMORY_OPT_MAX

Maximum heap size passed to the Thread Pool Worker.

Default value: 1024

Thread Pool Worker Java Max Perm Size

BATCH_MEMORY_OPT_MAXPERMSIZE

Maximum perm size passed to the Thread Pool Worker

Default value: 768

Thread Pool Worker Additional Options

BATCH_MEMORY_ADDITIONAL_OPT

Additional Memory Options passed into the Thread Pool Worker. This is an optional free form field.

Additional Runtime Classpath

ADDITIONAL_RUNTIME_CLASSPATH

Additional Classpath Options passed in when starting the WebLogic JVM

Note: For WebLogic installation only.

This is an optional value.

Release Cobol Thread Memory Options

REL_CBL_THREAD_MEM

Allow for child JVMs to be optionally configured to release thread-bound memory when each thread is returned to its thread pool. This will increase the number of memory allocations and memory free calls performed by the Microfocus runtime. It will also lower the amount of C-heap memory consumed by child JVMs.

Valid values: true, false

Default value: false

Advanced Web Application Configuration

52. Advanced Web Application Configuration

WebLogic SSL Port Number:

WebLogic Console Port Number:

WebLogic Additional Stop Arguments:

Strip HTML Comments: false

Authentication Login Page Type: FORM

Web Form Login Page: /loginPage.jsp

Web Form Login Error Page: /formLoginError.jsp

Web Security Role: cisusers

Web Principal Name: cisusers

This is a development environment: false

Preload All Pages on Startup: false

Maximum Age of a Cache Entry for Text: 28800

Maximum Age of a Cache Entry for Images: 28800

JSP Recompile Interval (s): 43200

Menu Option

Name Used in Documentation

Usage

Customer Install Value

WebLogic SSL Port Number:

WEB_WLSSPORT

The port number assigned to WebLogic Secure Sockets connection. This is the port number that is used for Secure Sockets connecting to the WebLogic server.

The Secure Sockets implementation is disabled in the default configuration.

For Production additional actions are required. Do NOT run Production with Demo certificates

Refer to the WLS installation guide - Configuring Identity and Trust

When this value is populated http will be disabled.

Example value: 6501

Note: For WebLogic installation only.

This value is optional.

WebLogic Console Port Number

WLS_ADMIN_PORT

The port number assigned to WebLogic Console connection. This is the port number that is used for Secure Sockets connecting to the WebLogic Console server.

Note: For WebLogic installation only.

This value is optional.

WebLogic Additional Stop Arguments

ADDITIONAL_STOP_WEBLOGIC

WebLogic Additional Stop Arguments

This value is required when running the WebLogic Console Port Number and the Application using SSL.

Example values: -Dweblogic.security.TrustKeyStore=DemoTrust-Dweblogic.security.TrustKeystoreType=CustomTrust

Note: For Production additional actions are required. Do NOT run Production with Demo certificates

Refer to the WLS installation guide - Configuring Identity and Trust

Note: For WebLogic installation only.

This is an optional value.

Strip HTML Comments: false

STRIP_HTML_COMMENTS

Stripping HTML (and JavaScript) comments will increase the security of the system.

Default value: false

Valid values: true, false

Authentication Login Page Type

WEB_WLAUTHMETHOD

Specifies which authentication mode should be used. To switch off OUAF Login Page enter: BASIC

Valid values: FORM, BASIC

Default value: FORM

Web Form Login Page

WEB_FORM_LOGIN_PAGE

Specify the jsp file used to login into the application.

Default value: /loginPage.jsp

Web Form Login Error Page

WEB_FORM_LOGIN_ERROR_PAGE

Specify the jsp file used when there is an error when logging into the application.

Default value: /formLoginError.jsp

Web Security Role

WEB_PRINCIPAL_NAME

Specify the name of the security role.

Default value: cisusers

Web Principal Name

WEB_PRINCIPAL_NAME

Specify the name of a principal that is defined in the security realm.

Default value: cisusers

This is a development environment

WEB_ISDEVELOPMENT

If the value is "true", the web application may be used for application development, which will trigger certain generation processes. If the value is "false" the environment will be used as a runtime environment.

When you choose "true" (development environment) the startup preload pages will be disabled, and the application security will be less strict. This value also controls the amount of logging information written to the application log files.

Valid values: true, false

Default value: false

Preload All Pages on Startup

WEB_PRELOADALL

This controls if the pages should be pre-loaded during the startup of the application or not.

Valid values: true, false

Default value: false

Maximum Age of a Cache Entry for Text

WEB_MAXAGE

Default value: 28800

Maximum Age of a Cache Entry for Images

WEB_MAXAGEI

Default value: 28800

JSP Recompile Interval (s)

WEB_wlpageCheckSeconds

Default value: 43200

Advanced Web Application Configuration

53. OIM Configuration Settings

SPML SOAP Trace Setting: false

SPML IDM Schema Name: F1-IDMUser

SPML OIM Name Space: http://xmlns.oracle.com/OIM/provisioning

SPML OIM Enclosing Element: sOAPElement

Menu Option

Name Used in Documentation

Usage

Customer Install Value

SPML SOAP Trace Setting

OIM_SPML_SOAP_DEBUG_SETTING

Name of Oracle Identity Manager library for debug

Default value: false

Valid values: true, false

SPML IDM Schema Name

OIM_SPML_UBER_SCHEMA_NAME

Name of Oracle Identity Manager library for schema

Defautlt value: F1-IDMUser

SPML OIM Name Space

OIM_SPML_NAME_SPACE

Default Namespace for Oracle Identity Manager integration

Default value: http://xmlns.oracle.com/OIM/provisioning

SPML OIM Enclosing Element

OIM_SPML_SOAP_ELEMENT

Default top level SOAP Element name for Oracle Identity Manager integration

Default value: sOAPElement

Meter Data Framework Installation and Configuration Worksheets

During the installation and configuration of the application you will need to provide a variety of system values. These worksheets will assist you in providing that information. They should be completed before installing the application framework, as described in Chapter 10 : Installing the Application Server Component of Oracle Utilities Meter Data Framework . No Customer Install Value fields should be left blank.

Note: The OSB configuration and SOA configuration menus are optional for Oracle Utilities Meter Data Management and can be skipped. These configurations are required in case another product such as Oracle Utilities Smart Grid Gateway will also be installed on top of Oracle Utilities Meter Data Framework.

WebLogic OSB Configuration

8. OSB Configuration

OSB Home:

OSB Host Server: <machine name>

OSB Port Number:

JDBC URL for database:

Database User Name:

Database Password:

JNDI name for datasource: wlsbjmsrpDataSource

Mount point for OSB files: /spl/sploutput/osb

OSB Weblogic User Name:

OSB Weblogic User Password:

Menu Option

Name Used In Documentation

Usage

Customer Install Value

OSB Home

OSB_HOME

Location of the directory where OSB is installed.

For Example:

Unix: /middleware/Oracle_OSB1

Windows: C:\middleware\Oracle_OSB1

OSB Host Server

OSB_HOST

Host name of the server where the OSB WebLogic server instance will run.

Default Value: <current server name>

OSB Port Number:

OSB_PORT_NUMBER

Admin port number of the OSB WebLogic server instance.

This is the port number that is used as a part of the OSB URL request to connect to the host.

JDBC URL for database

DBURL_OSB

The JDBC URL of the database where the OSB schemas are located.

For Example:

jdbc:oracle:thin:@localhost:1521:OSBDB

This value is required for the example WebLogic server instance.

Database User Name

DBUSER_OSB

OSB database user ID.

This value is required for the example WebLogic server instance.

Database Password

DBPASS_OSB_WLS

OSB database password.

This value is required for the example WebLogic server instance.

JNDI name for datasource

JNDI_OSB

JNDI name for accessing the OSB database

Note: Retain the default value.

Default Value: wlsbjmsrpDataSource.

Mount point for OSB files

OSB_LOG_DIR

Location of the network share or mount point where the OSB files will be dropped.

This path should be accessible from the machine where OSB WebLogic instance is running.

For example: /ouaf/osb/<ENVIRONMENT NAME>/

Default Value: /spl/sploutput/osb

OSB WebLogic User Name

OSB_USER

WebLogic JMS user ID for the WebLogic instance where the OSB adapter will be deployed.

Note: For the example OSB WebLogic instance this should be specified as weblogic.

OSB WebLogic User Password

OSB_PASS_WLS

WebLogic JMS user password for the WebLogic instance where the OSB adapter will be deployed.

Note: For the example OSB WebLogic instance this should be specified as weblogic123.

WebSphere OSB Configuration

8. OSB Configuration

OSB Home:

OSB Host Server: <machine name>

OSB Port Number:

Mount point for OSB files: /spl/sploutput/osb

Menu Option

Name Used in this Documentation

Usage

Customer Install Value

OSB Home

OSB_HOME

Location of the directory where OSB is installed.

For Example:

Unix: /middleware/Oracle_OSB1

Windows: C:\middleware\Oracle_OSB1

OSB Host Server

OSB_HOST

Host name of the server where the OSB WebLogic server instance will run.

Default Value: <current server name>

OSB Port Number:

OSB_PORT_NUMBER

Admin port number of the OSB WebLogic server instance.

Note: This also specifies the port number on which the example WebLogic server will listen.

Mount point for OSB files

OSB_LOG_DIR

Location of the network share or mount point where the OSB files will be dropped.

This path should be accessible from the machine where OSB WebLogic instance is running.

For example: /ouaf/osb/<ENVIRONMENT NAME>/

Default Value: /spl/sploutput/osb

WebLogic SOA Configuration

9. SOA Configuration

SOA Home:

SOA Host Server: <machine name>

SOA Port Number:

JDBC URL for database:

Database User Name (SOAINFRA):

Database Password (SOAINFRA):

Database User Name (MDS):

Database Password (MDS):

Database User Name (ORASDPM):

Database Password (ORASDPM):

Menu Option

Name Used in this Documentation

Usage

Customer Install Value

SOA Home

SOA_HOME

Location of the directory where SOA is installed.

For Example:

Unix: /middleware/Oracle_SOA1

Windows: C:\middleware\Oracle_SOA1

SOA Host Server

SOA_HOST

Host name of the server where the SOA WebLogic server instance will run.

Default Value: <current server name>

SOA Port Number:

SOA_PORT_NUMBER

Admin port number of the SOA WebLogic server instance.

This is the port number that is used as a part of the SOA URL request to connect to the host.

JDBC URL for database

DBURL_SOA

The JDBC URL of the database where the SOA schemas are located.

For Example:

jdbc:oracle:thin:@localhost:1521:SOADB

This value is required for the example

WebLogic server instance.

Database User Name (SOAINFRA)

DBUSER_SOAINFRA

SOAINFRA database user ID.

This value is required for the example

WebLogic server instance.

Database Password (SOAINFRA)

DBPASS_SOAINFRA

SOAINFRA database password.

This value is required for the example

WebLogic server instance.

Database User Name (MDS)

DBUSER_MDS

MDS database user ID.

This value is required for the example

WebLogic server instance.

Database Password (MDS)

DBPASS_MDS

MDS database password.

This value is required for the example

WebLogic server instance.

Database User Name (ORASDPM)

DBUSER_ORASDPM

ORASDPM database user ID.

This value is required for the example

WebLogic server instance.

Database Password (ORASDPM)

DBPASS_ORASDPM

ORASDPM database password.

This value is required for the example

WebLogic server instance.

WebSphere SOA Configuration

9. SOA Configuration

SOA Home:

SOA Host Server: <machine name>

SOA Port Number:

Menu Option

Name Used in this Documentation

Usage

Customer Install Value

SOA Home

SOA_HOME

Location of the directory where SOA is installed.

For Example:

Unix:

/middleware/Oracle_SOA1

Windows: C:\middleware\Oracle_SOA1

SOA Host Server

SOA_HOST

Host server where SOA WebLogic server instance will run.

Default Value: <current server name>

SOA Port Number:

SOA_PORT_NUMBER

Port number of the SOA WebLogic server instance. If SOA is deployed on a managed server, specify the managed server port number.

Note: This also specifies the port number on which the example SOA WebLogic server will listen.

WebLogic MDF SOA Configuration Plan

10. SOA Configuration Plan (MDF)

MDF Bulk Request Callback URL:

MDF Headend http connection timeout: 50000

MDF Headend http read timeout: 500000

MDF SOA Request Queue JNDI Name: queue/BulkRequestQueue

MDF SOA Notify Queue JNDI Name: queue/BulkNotifyQueue

MDF SOA Commnad Queue JNDI Name: queue/BulkCommandQueue

Menu Option

Name Used In Documentation

Usage

Customer Install Value

MDF Bulk Request Callback URL

D1_BULK_REQUEST_CALLBACK_URL

This is the URL from the edge application that receives any fault responses in Bulk Command BPEL processing.

Default value: empty

MDF Headend http connection timeout

D1_HEADEND_HTTP_CONN_TIMEOUT

MDF Headend http connection timeout value.

Default value: 50000

MDF Headend http read timeout

D1_HEADEND_HTTP_READ_TIMEOUT

MDF Headend http read timeout value.

Default value: 500000

MDF SOA Request Queue JNDI Name

SOA_REQUEST_QUEUE_D1

MDF SOA Request Queue JNDI Name.

Default Value: queue/BulkRequestQueue

MDF SOA Notify Queue JNDI Name

SOA_NOTIFY_QUEUE_D1

MDF SOA Notify Queue JNDI Name.

Default Value: queue/BulkNotifyQueue

MDF SOA Commnad Queue JNDI Name

SOA_COMMAND_QUEUE_D1

MDF SOA Commnad Queue JNDI.

Default Value: queue/BulkCommandQueue

Advanced Menu Options

The advanced menu options are not available during installation. These options can be accessed after installation using the following commands:

Unix:

$SPLEBASE/bin/configureEnv.sh -a

Windows

%SPLEBASE%\bin\configureEnv.cmd -a

Advanced Environment Memory Configurations

61. Advanced Memory Configurations for SOA

SOA Initial Heap Size: 1024

SOA Maximum Heap Size: 2048

SOA Minimum Perm Size: 512

SOA Maximum Perm Size: 1024

SOA Application Additional Options:

Menu Option

Name Used In Documentation

Usage

Customer Install Value

SOA Initial Heap Size

SOA_MEMORY_OPT_MIN

Initial heap size for the SOA server. Default value: 1024

Note: For WebLogic installation only.

SOA Maximum Heap Size

SOA_MEMORY_OPT_MAX

Maximum heap size for the SOA server.

Default value: 2048

Note: For WebLogic installation only.

SOA Minimum Perm Size

SOA_MEMORY_OPT_MINPERMSIZE

Maximum Perm Size for the SOA server.

Default value: 512

Note: For WebLogic installation only.

SOA Maximum Perm Size

SOA_MEMORY_OPT_MAXPERMSIZE

Maximum Perm Size for the SOA server.

Default value: 1024

Note: For WebLogic installation only.

SOA Maximum Perm Size

SOA_JVM_ADDITIONAL_OPT

Additional options that will be passed in to the SOA server JVM.

Optional Entry.

Note: For WebLogic installation only.

62. Advanced Memory Configurations for OSB

OSB Initial Heap Size: 512

OSB Maximum Heap Size: 1024

OSB Minimum Perm Size: 512

OSB Maximum Perm Size: 1024

OSB Application Additional Options:

Menu Option

Name Used In Documentation

Usage

Customer Install Value

OSB Initial Heap Size

OSB_MEMORY_OPT_MIN

Initial heap size for the OSB server. Default value: 512

Note: For WebLogic installation only

OSB Maximum Heap Size

OSB_MEMORY_OPT_MAX

Maximum heap size for the OSB server.

Default value: 1024

Note: For WebLogic installation only.

OSB Minimum Perm Size

OSB_MEMORY_OPT_MINPERMSIZE

Maximum Perm Size for the OSB server.

Default value: 512

Note: For WebLogic installation only.

OSB Maximum Perm Size

OSB_MEMORY_OPT_MAXPERMSIZE

Maximum Perm Size for the OSB server.

Default value: 1024

Note: For WebLogic installation only.

OSB Application Additional Options

OSB_JVM_ADDITIONAL_OPT

Additional options that will be passed in to the OSB server JVM.

Optional Entry.

Note: For WebLogic installation only.

Installing the Database

Please review Chapter 1 of this guide and then follow the steps for installing the database as described in the Oracle Utilities Meter Data Management Database Administrator’s Guide.

Installing Application Server Prerequisite Software

This chapter describes the software that needs to be installed for each of the supported operating system and application server combinations. The sections for this chapter are:

•

AIX 6.1 Application Server

•

Oracle Linux 5.5 or Red Hat Linux 5.5 Application Server

•

Solaris 10 Application Server

•

Windows 2008 Application Server

AIX 6.1 Application Server

This section describes the software requirements for operating the application using the AIX application server.

Supported Application Servers

Operating System

Chipsets

Application Server

AIX 6.1 (64-bit) TL4

POWER 64-bit

Oracle WebLogic 11gR1 ( 10.3.3 or 10.3.4) 64-bit version

WebSphere Basic (7.0.0.13) 64-bit version

Web/Application Server Tier

AIX 6.1 TL4 Operating System Running on Power5 and Power6 Architecture

UNIX Administrator User ID

The following user groups and accounts have to be created to install and administer the application:

Description

Default Value

Customer Defined Value

Oracle Utilities Meter Data Management Administrator User ID

cissys

Oracle Utilities Meter Data Management User Group

cisusr

Note: It is recommended that you change the default values for security reasons.

Throughout this document the administrator user id is often referred to as the "cissys" user id. You should substitute that with the customer defined user id when not using the default value. After the initial install, the software should always be managed using that user id.

By default, the cissys userid is the only one given access to the installed files.

1.

Create a group called cisusr (user group).

2.

Create a user called cissys. Primary group cisusr. Set the primary shell for the cissys user to Korn Shell.

The shell scripts use the ">" to overwrite shell functionality. Your operating system may be configured to not allow this functionality by default in the users shell.

To avoid file access permission problems when executing scripts, consider placing the following command into cissys profile script:

set +o noclobber

Security Configuration

Various options exists to secure a system. In this application all files will be created with the minimum permissions required to ensure that group-readable, group-writable and group-executable files will have the correct user groups and to restrict the permissions available to legitimate users. In this way, a low privileged end user cannot directly edit configuration files and thereby bypass application security controls.

The following users and group categories must be defined to implement this security. For demonstration purposes the following users and groups will be used. These users must be created according to industry standards (including password policies). All users should be created with a default umask of 022 to ensure files created during normal operation have the correct permissions.

Please replace these users and groups for your installation defaults:

User

Group

Description

cissys

cisusr

This user will be used to install the application and to apply patches. This user will own all the application files. The same care should be taken with this user ID as if it is 'root'. This user will be able to add, delete and modify and files within the application.

cisadm

cisusr

Administrative and Operation functions will be available to this user. This user will be able to stop and start the application and batch processes, but will not have access to modify any file other than generated log files

cisoper

-------

Low level operator. This user will only be able to read logs files and collect information for debugging and investigative purposes. Care should be taken in production to disable debugging as debugging information could contain potential sensitive data which this user should not have privy to.

Note: The Oracle Client and WebLogic should be installed as the user who will stop and start the application. For example, if you plan to run the application as the install user these components must belong to cissys.

Oracle Client 11.2.0.1 — Runtime Option

Install the Oracle Client as described in the Oracle Client installation documentation. Use the cissys account to install the Oracle Client. If another user installs the Oracle Client, make sure the cissys user ID has the proper execute permissions.

For the cissys user ID, ensure that the environment variable ORACLE_CLIENT_HOME is set up, and that ORACLE_CLIENT_HOME/perl/bin is the first Perl listed in the cissys account’s PATH variable.

IBM Java Software Development Kit version 6.0 SR8 64-bit

Installation of Java is a prerequisite for using Oracle WebLogic as a web application server.

At the time of release, AIX Java packages could be obtained from:

http://www.ibm.com/developerworks/java/jdk/aix/service.html

The web server requires the 64-bit Java platform in order to function. The main prerequisite for the web server is the version of java mentioned above.

For the Administrator userid (cissys), ensure that the environment variable JAVA_HOME is set up, and that "java" can be found in cissys' PATH variable.

Hibernate 3.3.2

You must install Hibernate before installing Oracle Utilities Meter Data Management.

Download the file hibernate-3.3.2.ga.zip (the zip file associated with the 3.3.2 GA release.) from the following link:

http://sourceforge.net/projects/hibernate/files/hibernate3/3.3.2.GA/

It is very important that you download the exact version, as the product has only been certified with this exact release.

You will need to create a permanent directory to place one of the files from hibernate-3.3.2.ga.zip. (e.g., /opt/hibernate).

Extract the file hibernate3.jar into the newly created directory (e.g., /opt/hibernate) from the hibernate-3.3.2.ga.zip zip file.

IBM WebSphere Basic (7.0.0.13) 64-bit

WebSphere must be purchased and downloaded from IBM. It must be installed and configured prior to the MDM installation. This web application server will run as a 64-bit application.

A single WebSphere server represents a single Oracle Utilities Meter Data Management environment. You can install multiple environments on a single WebSphere Installation by creating additional WebSphere servers. Refer to the Chapter Configuring WebSphere Application Server for preinstallation steps.

Oracle WebLogic 11gR1 ( 10.3.3 or 10.3.4) 64-bit

Oracle WebLogic software can be downloaded from the Oracle web site. This application server will run as a 64-bit application.

•

Download and install 64-bit Java (as documented above) before installing WebLogic.

•

Download and install WebLogic Server 11gR1 ( 10.3.3 or 10.3.4).

Oracle Linux 5.5 or Red Hat Linux 5.5 Application Server

This section describes the software requirements for operating the application using the Oracle Linux or Red Hat Linux application server.

Supported Application Servers

Operating System

Chipsets

Application Server

Oracle Linux 5.6 (64-bit)

Red Hat Enterprise Linux 5.6 (64-bit)

x86_64

Oracle WebLogic 11gR1 ( 10.3.3 or 10.3.4) 64-bit version

Web/Application Server Tier

Oracle Linux 5.6 or Red Hat Enterprise Linux 5.6 Operating System Running on x86_64 64-bit Architecture

UNIX Administrator User ID

The following user groups and accounts have to be created to install and administer the application:

Description

Default Value

Customer Defined Value

Oracle Utilities Meter Data Management Administrator User ID

cissys

Oracle Utilities Meter Data Management User Group

cisusr

Note: It is recommended that you change the default values for security reasons.

Throughout this document the administrator user id is often referred to as the "cissys" user id. You should substitute that with the customer defined user id when not using the default value. After the initial install, the software should always be managed using that user id.

By default, the cissys userid is the only one given access to the files installed.

1.

Create a group called cisusr (user group)

2.

Create a user called cissys. Primary group cisusr. Set the primary shell for the cissys user to Korn Shell.

The shell scripts use the ">" to overwrite shell functionality. Your operating system may be configured to not allow this functionality by default in the users shell.

To avoid file access permission problems when executing scripts, consider placing the following command into cissys profile script:

set +o noclobber

Security Configuration

Various options exists to secure a system. In this application all files will be created with the minimum permissions required to ensure that group-readable, group-writable and group-executable files will have the correct user groups and to restrict the permissions available to legitimate users. In this way, a low privileged end user cannot directly edit configuration files and thereby bypass application security controls.

The following users and group categories must be defined to implement this security. For demonstration purposes the following users and groups will be used. These users must be created according to industry standards (including password policies). All users should be created with a default umask of 022 to ensure files created during normal operation have the correct permissions.

Please replace these users and groups for your installation defaults:

User

Group

Description

cissys

cisusr

This user will be used to install the application and to apply patches. This user will own all the application files. The same care should be taken with this user ID as if it is 'root'. This user will be able to add, delete and modify and files within the application.

cisadm

cisusr

Administrative and Operation functions will be available to this user. This user will be able to stop and start the application and batch processes, but will not have access to modify any file other than generated log files

cisoper

-------

Low level operator. This user will only be able to read logs files and collect information for debugging and investigative purposes. Care should be taken in production to disable debugging as debugging information could contain potential sensitive data which this user should not have privy to.

Note: The Oracle Client and WebLogic should be installed as the user who will stop and start the application. For example, if you plan to run the application as the install user these components must belong to cissys.

Oracle Client 11.2.0.1 — Runtime Option

Install the Oracle Client as described in the Oracle Client installation documentation. Use the cissys account to install the Oracle Client. If another user installs the Oracle Client, make sure the cissys user ID has the proper execute permissions.

For the cissys user ID, ensure that the environment variable ORACLE_CLIENT_HOME is set up, and that ORACLE_CLIENT_HOME/perl/bin is the first Perl listed in the cissys account’s PATH variable.

Oracle Java Development Kit Version 6.0 Update 20 or Later, 64-bit

At time of release, Oracle Java packages could be obtained from:

http://www.oracle.com/technetwork/java/archive-139210.html

The Oracle WebLogic Server requires the 64-bit version. The main prerequisite for the web server is the version of java mentioned above.

For the userid cissys, ensure that the environment variable JAVA_HOME is setup, and that java_home/bin and java_home/lib can be found in cissys' PATH variable.

Hibernate 3.3.2

You must install Hibernate before installing Oracle Utilities Meter Data Management.

Download the file hibernate-3.3.2.ga.zip (the zip file associated with the 3.3.2 GA release.) from the following link:

http://sourceforge.net/projects/hibernate/files/hibernate3/3.3.2.GA/

It is very important that you download the exact version, as the product has only been certified with this exact release.

You will need to create a permanent directory to place one of the files from hibernate-3.3.2.ga.zip. (e.g., /opt/hibernate).

Extract the file hibernate3.jar into the newly created directory (e.g., /opt/hibernate) from the hibernate-3.3.2.ga.zip zip file.

Oracle WebLogic 11gR1 ( 10.3.3 or 10.3.4) 64-bit

Oracle WebLogic software can be downloaded from the Oracle web site. This application server will run as a 64-bit application.

•

Download and install 64-bit Java (as documented above) before installing WebLogic.

•

Download and install WebLogic Server 11gR1 ( 10.3.3 or 10.3.4).

Solaris 10 Application Server

This section describes the software requirements for operating the application using the Sun Solaris 10 application server.

Supported Application Servers

Operating System

Chipsets

Application Server

Solaris 10 Update 8 (64-bit)

SPARC

Oracle WebLogic 11gR1 ( 10.3.3 or 10.3.4) 64-bit version

Web/Application Server Tier

Solaris 10 Operating System Running on SPARC-based 64-bit Architecture

UNIX Administrator User ID

The following user groups and accounts have to be created to install and administer the application:

Description

Default Value

Customer Defined Value

Oracle Utilities Meter Data Management Administrator User ID

cissys

Oracle Utilities Meter Data Management User Group

cisusr

Note: It is recommended that you change the default values for security reasons.

Throughout this document the administrator user id is often referred to as the "cissys" user id. You should substitute that with the customer defined user id when not using the default value. After the initial install, the software should always be managed using that user id.

By default, the cissys userid is the only one given access to the files installed.

1.

Create a group called cisusr (user group)

2.

Create a user called cissys. Primary group cisusr. Set the primary shell for the cissys user to Korn Shell.

The shell scripts use the ">" to overwrite shell functionality. Your operating system may be configured to not allow this functionality by default in the users shell.

To avoid file access permission problems when executing scripts, consider placing the following command into cissys profile script:

set +o noclobber

Security Configuration

Various options exists to secure a system. In this application all files will be created with the minimum permissions required to ensure that group-readable, group-writable and group-executable files will have the correct user groups and to restrict the permissions available to legitimate users. In this way, a low privileged end user cannot directly edit configuration files and thereby bypass application security controls.

The following users and group categories must be defined to implement this security. For demonstration purposes the following users and groups will be used. These users must be created according to industry standards (including password policies). All users should be created with a default umask of 022 to ensure files created during normal operation have the correct permissions.

Please replace these users and groups for your installation defaults:

User

Group

Description

cissys

cisusr

This user will be used to install the application and to apply patches. This user will own all the application files. The same care should be taken with this user ID as if it is 'root'. This user will be able to add, delete and modify and files within the application.

cisadm

cisusr

Administrative and Operation functions will be available to this user. This user will be able to stop and start the application and batch processes, but will not have access to modify any file other than generated log files

cisoper

-------

Low level operator. This user will only be able to read logs files and collect information for debugging and investigative purposes. Care should be taken in production to disable debugging as debugging information could contain potential sensitive data which this user should not have privy to.

Note: The Oracle Client and WebLogic should be installed as the user who will stop and start the application. For example, if you plan to run the application as the install user these components must belong to cissys.

Oracle Client 11.2.0.1 — Runtime Option

Install the Oracle Client as described in the Oracle Client installation documentation. Use the cissys account to install the Oracle Client. If another user installs the Oracle Client, make sure the cissys user ID has the proper execute permissions.

For the cissys user ID, ensure that the environment variable ORACLE_CLIENT_HOME is set up, and that ORACLE_CLIENT_HOME/perl/bin is the first Perl listed in the cissys account’s PATH variable.

Oracle Java Development Kit Version 6.0 Update 20 or Later, 64-bit

This software is only required for Oracle WebLogic installations.

At the time of release, the Oracle Java packages used in the test cycle were downlo aded from:

http://www.oracle.com/technetwork/java/archive-139210.html

The Oracle WebLogic Server requires the 64-bit version. The main prerequisite for the web server is the version of java mentioned above.

For the userid cissys, ensure that the environment variable JAVA_HOME is setup, and that java_home/bin and java_home/lib can be found in cissys' PATH variable.

Hibernate 3.3.2

You must install Hibernate before installing Oracle Utilities Meter Data Management.

Download the file hibernate-3.3.2.ga.zip (the zip file associated with the 3.3.2 GA release.) from the following link:

http://sourceforge.net/projects/hibernate/files/hibernate3/3.3.2.GA/

It is very important that you download the exact version, as the product has only been certified with this exact release.

You will need to create a permanent directory to place one of the files from hibernate-3.3.2.ga.zip. (e.g., /opt/hibernate).

Extract the file hibernate3.jar into the newly created directory (e.g., /opt/hibernate) from the hibernate-3.3.2.ga.zip zip file.

Oracle WebLogic 11gR1 ( 10.3.3 or 10.3.4) 64-bit

Oracle WebLogic software can be downloaded from the Oracle web site. This application server will run as a 64-bit application.

•

Download and install 64-bit Java (as documented above) before installing WebLogic.

•

Download and install WebLogic Server 11gR1 ( 10.3.3 or 10.3.4).

Windows 2008 Application Server

This section describes the software requirements for operating the application using the Windows application server.

Supported Application Servers

Operating System

Chipsets

Application Server

Windows Server 2008 R2 (64-bit)

x86_64

Oracle WebLogic 11gR1 ( 10.3.3 or 10.3.4) 64-bit version

Web/Application Server Tier

Oracle Client 11.2.0.1 — Runtime Option

Install the Oracle Client as described in the Oracle Client installation documentation. Use the cissys account to install the Oracle Client. If another user installs the Oracle Client, make sure the cissys user ID has the proper execute permissions.

For the cissys user ID, ensure that the environment variable ORACLE_CLIENT_HOME is set up, and that ORACLE_CLIENT_HOME/perl/bin is the first Perl listed in the cissys account’s PATH variable.

Oracle Java Development Kit version 6.0 Update 20 or Later, 64-bit

This software is required for the Oracle WebLogic Installation.

At time of release, Oracle Java packages could be obtained from:

http://www.oracle.com/technetwork/java/archive-139210.html

The Oracle WebLogic Server requires the 64-bit version. The main prerequisite for the web server is the version of java mentioned above.

For the userid cissys, ensure that the environment variable JAVA_HOME is setup, and that java_home/bin and java_home/lib can be found in cissys' PATH variable.

Hibernate 3.3.2

Hibernate must be installed prior to the installation of Oracle Utilities Meter Data Management.

Please download the file hibernate-3.3.2.ga.zip from the following link:

http://prdownloads.sourceforge.net/hibernate/

or from the following link:

http://sourceforge.net/project/showfiles.php?group_id=40712&package_id=127784

It is very important that you download the exact version, as the product has only been certified with this exact release.

You will need to create a permanent directory to place one of the files from hibernate-3.3.2.ga.zip. (e.g. c:\opt\hibernate3.3.2).

Extract the file hibernate3.jar from hibernate-3.3.2.ga.zip.

Oracle WebLogic 11gR1 ( 10.3.3 or 10.3.4) 64-bit

Oracle WebLogic software can be downloaded from the Oracle web site. This application server will run as a 64-bit application.

•

Download and install 64-bit Java (as documented above) before installing WebLogic.

•

Download and install WebLogic Server 11gR1 ( 10.3.3 or 10.3.4).

Configuring WebSphere Application Server

Note: This section applies only to installations using WebSphere as an application server.

This section describes tasks that you should complete before you install the Oracle Utilities Application Framework. It also describes configuration tasks you should complete after installing Oracle Utilities Meter Data Management. It includes the following:

•

Configuring WebSphere Basic

Configuring WebSphere Basic

Preinstallation Tasks

This section describes tasks that you should complete to configure a WebSphere Basic application server before you install the Oracle Utilities Application Framework.

When working within the WebSphere console make sure to apply and save your changes to the Master Configuration when appropriate.

Setting of WebSphere Security

There are several security configuration options within WebSphere. In a production environment you must use the security implementation appropriate for your security requirements. During the QA cycle we used the User account repository of the Federated repository. The following procedures describe how to apply these security settings.

Note: Refer to the IBM WebSphere Application Server documentation for more details.

1.

Start the WebSphere Administrative Console and log in.

2.

Go to Security, Global security.

•

Check Enable administrative security.

•

Check Enable application security.

•

Select Federated repositories from the Available realm definitions

3.

Click Apply.

Setting WebSphere Application Groups

1.

Start the WebSphere Administrative Console and log in.

2.

Go to Users and Groups - Manage Groups.

Create the group name of cisusers (default group).

3.

Click Create.

Setting WebSphere Application Users

1.

Start the WebSphere Administrative Console and log in.

2.

Go to Users and Groups - Manage Users.

•

Create the user Id of SYSUSER (example user)

•

Add the Group Membership of cisusers (created in the previous step) to the user.

3.

Click Create.

Setting WebSphere JNDI Users

1.

Start the WebSphere Administrative Console and log in.

2.

Go to Users and Groups, Manage Users.

•

Create the user id of JNDI (example user).

3.

Click Create.

Setting WebSphere JNDI Users - CORBA Naming Service Users

1.

Start the WebSphere Administrative Console and log in.

2.

Go to Environment, Naming, CORBA Naming Service Users.

•

Add the user id of JNDI (example user).

•

Highlight all of the Roles (Cos Naming Read, Cos Naming Write, Cos Naming Create, Cos Naming Delete)

3.

Click Apply.

Note: Prior to this step you will need to restart the server1 since when adding CORBA Naming Service Users, the User is not recognized.

4.

Note the values for JNDI User and Password. The Oracle Utilities Application Framework will prompt you for this information during the installation.

Creation of Additional Servers in WebSphere - Sample Script

You must also provide the name of servers during OUAF installation. You can use the following sample script to create additional servers using the wsadmin.sh tool.

Note: There are several other ways to accomplish this task.

1.

Initialize a wsadmin.sh session:

<$WAS_HOME>/bin/wsadmin.sh -host localhost -port <SoapConnectorPort> -conntype SOAP -username <webSphereUserName> -password <webSphereUserPassword>

Note: Substitute $WAS_HOME, webSphereUserName, SoapConnectorPort, webSphereUserPassword, with values that are appropriate for your installation:

For example:

/ouaf/IBM/WebSphere70/AppServer/bin/wsadmin.sh -host

localhost -port

8889 -conntype SOAP

2.

Create the server instance:

<wsadmin> $AdminTask createApplicationServer

<nodeName> {-name <serverName>}

Setting General Server Properties

1.

Connect to the WebSphere administrative console.

2.

Select Servers, Server Types, WebSphere application servers, and then select Application Servers.

3.

Select your server name.

4.

Under the section General Properties.

•

Deselect Parallel start.

•

Deselect Run in development mode.

5.

Click OK.

6.

Click Save to commit the setting.

Enabling SOAP Communication with WebSphere

The OUAF configuration scripts communicate with WebSphere as a SOAP client by using Jython commands to perform environment maintenance (for example, stop, start, deploy, undeploy).

To enable SOAP communication with WebSphere:

1.

In a text editor, open the following file:

$WAS_HOME/profiles/<PROFILE_NAME>/properties/soap.client.props

Edit the property lines as follows:

•

com.ibm.SOAP.requestTimeout=0

•

com.ibm.SOAP.loginUserid=< WebSphere_User_Id >

•

com.ibm.SOAP.loginPassword=< WebSphere_Password >

Note: Refer to IBM WebSphere Application Server documentation for more details.

1.

If you want to encode the password in the soap.client.props file, then run the PropFilePasswordEncoder command from the $WAS_HOME/profiles/<PROFILE_NAME>/bin directory.

This command is specific to IBM WebSphere Application Server. It encodes passwords located in plain-text property files.

2.

Save and close the file.

Creation of Additional Servers in WebSphere - Sample Script

You must also provide the name of servers during the installation. You can use the following sample script to create additional servers using the wsadmin.sh tool.

Note: There are several other ways to accomplish this task.

1.

Initialize a wsadmin.sh session:

<$WAS_HOME>/bin/wsadmin.sh -host localhost -port <SoapConnectorPort> -conntype SOAP -username <webSphereUserName> -password <webSphereUserPassword>

Note: Substitute $WAS_HOME, webSphereUserName, SoapConnectorPort, webSphereUserPassword, with values that are appropriate for your installation:

For example: /ouaf/IBM/WebSphere70/AppServer/bin/wsadmin.sh -host localhost -port 8889 -conntype SOAP

2.

Create the server instance:

wsadmin> $AdminTask createApplicationServer <nodeName> {-name <serverName>}

Obtaining the Bootstrap Port and WC_defaulthost

You must also provide these port numbers during OUAF installation. Obtain the bootstrap port number and the WC_defaulthost by using the WebSphere administrative console.

Note: The WebSphere application server1 must be running to obtain the bootstrap port number and the WC_defaulthost port number.

To view the bootstrap port number and the WC_defaulthost:

1.

Log on to the WebSphere administrative console.

2.

Select Servers, Server Types, WebSphere application servers, <server_name> and then select Ports under Communications.

The bootstrap port is displayed as BOOTSTRAP_ADDRESS.

The WC_defaulthost is displayed as WC_defaulthost.

3.

Note the values for WC_defaulthost and BOOTSTRAP_ADDRESS. The Oracle Utilities Application Framework will prompt you for this information during the installation.

Set Up a Virtual Host for the Server

1.

Select Environment, Virtual Host, default_host, and then select Host Alias.

2.

Click New.

Enter the following:

•

Host Name: *

•

Port: WC_defaulthost Port Number

Obtaining the WebSphere Node Name

You must also provide the node name during the installation. Obtain the node name by using the WebSphere administrative console.

Note: The WebSphere application server must be running to obtain the bootstrap port number.

To obtain the node name:

1.

Connect to the WebSphere administrative console.

2.

Select Servers, Server Types, WebSphere application servers, <server_name>.

Note: Take note of the value for the Node Name.

Installing Oracle Utilities Application Framework as a Non-Root User with IBM WebSphere Installed as Root

Installing Oracle Utilities Application Framework as a non-root user on a WebSphere application server running on AIX requires certain permissions. Prior to the installation, verify that the operating system user account installing the framework has write and execute permissions on the directories in which WebSphere will be installed.

Postinstallation Tasks

This sections describes tasks that you should complete after you have installed Oracle Utilities Meter Data Management on a WebSphere application server.

Setting Environment Entries

1.

Connect to the WebSphere administrative console.

2.

Select Servers, Server Types, WebSphere application servers.

3.

Select the server name.

4.

Go to Server Infrastructure, and then click Java and Process Management.

5.

Select Process Definition.

6.

Go to Environment Entries.

7.

Click New and add the following Environment Entries:

Name: SPLENVIRON

Value: <$SPLENVIRON>

Note: Substitute $SPLENVIRON with appropriate values for your installation.

Name: SPLEBASE

Value: < $SPLEBASE >

Note: Substitute $SPLEBASE with appropriate values for your installation.

Name: LIBPATH

Value: <$SPLEBASE >/runtime

Note: Substitute $SPLEBASE with appropriate values for your installation.

Note: You will need to restart the server_name before you attempt to start the application on the server.

8.

Click OK.

9.

Click Save to commit the setting.

Setting JVM Memory and Arguments

For Oracle Utilities Application Framework, JVM memory settings must be changed for production environments and/or when processing large volume in a nonproduction environment.

Perform the following steps to set the JVM memory size. The WebSphere application server must be running to set the memory size.

To set the JVM memory size:

1.

Connect to the WebSphere administrative console.

2.

Select Servers, Server Types, WebSphere application servers.

3.

Select the server name.

4.

Go to Server Infrastructure, and then click Java and Process Management.

5.

Select Process Definition.

6.

Go to Additional Properties, and then click Java Virtual Machine.

7.

Enter 1024 for Minimum Heap Size.

8.

Enter 1024 for Maximum Heap Size.

9.

Enter -Djava.security.auth.login.config=<$SPLEBASE>/splapp/config/java.login.config for Generic JVM arguments.

Note: Substitute $SPLEBASE with appropriate values for your installation.

You will need to restart the server_Name before you attempt to start the application on the server.

10.

Click OK.

11.

Click Save to commit the setting.

Setting Server Custom Properties

The following custom properties have been need in the past to enable WebSphere Classloader to load the correct xalan.jar file.

To set the Custom Properties:

1.

Connect to the WebSphere administrative console.

2.

Select Servers, Server Types, WebSphere application servers.

3.

Select the server name.

4.

Go to Server Infrastructure, and then click Java and Process Management.

5.

Select Process Definition.

6.

Go to Additional Properties, and then click Java Virtual Machine.

7.

Go to Additional Properties, and then click Custom Properties.

8.

Click New.

Enter the following information:

•

Name: javax.xml.transform.TransformerFactory

•

Value: org.apache.xalan.processor.TransformerFactoryImpl

9.

Click OK.

10.

Click Save to commit the setting.

Setting the Web Container Custom Properties

To set the Web Container Custom Properties:

1.

Connect to the WebSphere administrative console.

2.

Select Servers, Server Types, WebSphere application servers.

3.

Select the server name.

4.

Go to Container Settings, and then click Web Container Settings.

5.

Select Web container.

6.

Go to Additional Properties, and then click Custom properties.

7.

Click New.

Enter the following information:

•

Name: com.ibm.ws.webcontainer.invokefilterscompatibility

•

Value: true

8.

Click OK.

9.

Click Save to commit the setting.

Starting and Stopping WebSphere Servers

To start WebSphere on AIX use the $WAS_HOME/profiles/<profile_name>/bin/startServer.sh script. For example, run:

$WAS_HOME/profiles/<profile_name>/bin/startServer.sh <server_name>

To stop WebSphere on AIX, use the $WAS_HOME/profiles/<profile_name>/bin/stopServer.sh script. For example, run:

$WAS_HOME/profiles/<profile_name>/bin/stopServer.sh <server_name

Note: The Oracle Utilities Application Framework script spl.sh does not stop or start the IBM WebSphere servers. It only stops and starts the Oracle Utilities Application Framework-based applications.

Deployment Using Supplied Script

The application deployment script is initialSetup.sh.-d, located in $SPLEBASE/bin (this script deploys both the SPLService.ear and SPLWeb.ear)

Note: Before running the script ensure you have initialized the environment by running splenviron.sh

Deployment via the Admin Console

Follow these steps to deploy the application using the Admin Console:

Deployment Overview

The application needs to be deployed in the following order:

1.

SPLService.ear

2.

SPLWeb.ear

Note: The SPLService.ear must be successfully deployed before deploying SPLWeb.ear

Deploy SPLService.ear

1.

Select the ear file to deploy.

•

Select Applications, Install New Application.

•

Select Remote file system.

•

Browse to the SPLService.ear or enter the full path to the file.

•

The ear files can be found under $SPLEBASE/splapp/applications.

•

Click Next.

2.

Select Option Fast Path - Prompt only when additional information is required. Click Next.

3.

On the Select installation options page ensure that Deploy enterprise beans is checked. Click Next.

4.

Assign the module to the WebSphere server instance.

When deploying an application from the console make sure you select the correct server and click Apply.

5.

Review the summary page. Review the installation options.

6.

Click Finish. The application will then deploy. The deployment process takes about 5 minutes.

7.

Click Save. The save process can take more than 20 minutes.

Deploying SPLWeb.ear

1.

Select the ear file to deploy.

•

Select Applications, Install New Application.

•

Select Remote file system.

•

Browse to the SPLWeb.ear or enter the full path to the file.

•

The ear files can be found under $SPLEBASE/splapp/applications.

•

Click Next.

2.

Select Option Fast Path - Prompt only when additional information is required. Click Next.

3.

Assign the module to the WebSphere server instance.

When deploying an application from the console make sure you select the correct server and click Apply.

4.

Review the summary page. Review the installation options.

5.

Click Finish The application will then deploy. The deployment process takes about 5 minutes.

6.

Click Save. The save process can take about more than 20 minutes.

Configure the Applications

You need to apply these steps to both the SPLWeb and SPLService applications unless specified.

1.

Set the startup order of the applications (this applies only to SPLWeb):

•

Select the SPLWeb application from Applications, Enterprise Applications.

•

Select Startup behavior.

•

Change the startup order to 2.

•

Click OK.

•

Click OK and Save directly to master configuration.

2.

Set the class loading order (for both SPLService.ear and SPLWeb.ear): Select Class loading and update detection.

•

Set Polling interval to 0.

•

Under Class loader order select Classes loaded with application class loader first. Click OK and Save to master configuration.

3.

Set the module starting weight:

•

SPLService only: Set the Starting weight to 1.

•

SPLWeb only: For each module (.war) set the Starting weight to 10000 and change the Class loader order to Classes loaded with application class loader first

4.

Set EJB JNDI names (this applies only to SPLService). Select Enterprise Java Bean Properties and enter the following values:

•

EJB module: SPLServiceBean

•

JNDI name for all interfaces

•

Target Resource JNDI Name: [ Web Context Root ]/servicebean

•

EJB module: TUGBULiteServiceBean

•

JNDI name for all interfaces

•

Target Resource JNDI Name: [ Web Context Root ]/liteservicebean

5.

Click Ok.

Configure Application Security

After using the supplied script to deploy the application to WebSphere you will need to configure each application's security before starting the application.

Using the WebSphere administration console select Applications, Application Types, WebSphere enterprise applications, <Business Server Application Name>, <server name> (for example, SPLService-server2), Security role to user/group mapping.

For role cisusers:

•

Check Select and the click Map Users:

•

Search for SYSUSER and add to the Selected users list.

•

Click OK.

Note: Repeat the process for <Web Server Application Name>-<server name> (for example, SPLWeb-server2).

Restart the WebSphere Server

It is recommended to stop and then restart the WebSphere server.

If the application is deployed in server1 you can use the admin console to stop and start the server. If the application is deployed in another server you will need to use the scripts that are supplied with WebSphere (stopServer.sh, startServer.sh).

Note: WebSphere admin console runs under server1.

Application URL

The Web link to the WebSphere application will be:

http://<hostname>:<WC_default_port>/<context_root>/loginPage.jsp

For example, http://oracle.test:9081/ouaf/loginPage.jsp

•

Installing the Application Server Component of Oracle Utilities Application Framework

Installing the Oracle Utilities Application Framework is the prerequisite and foundation for installing a framework-based application such as Oracle Utilities Meter Data Management. This section describes the process for installing the Oracle Utilities Application Framework, including:

•

Installation Overview

•

Preinstallation Tasks

•

Installing Oracle Utilities Application Framework

Installation Overview

This process replaces any previously delivered and installed version of the Oracle Utilities Application Framework Server. Before you proceed:

1.

Make sure that you have installed all the required third-party software as described in Chapter 6: Installing Application Server Prerequisite Software.

2.

Complete the database installation (refer to the Oracle Utilities Meter Data Management Database Administrator’s Guide).

3.

If you plan to upgrade a previously installed application server make a backup before you start a new installation.

The application server installation process of Oracle Utilities Meter Data Management consists of the following:

1.

Installing Oracle Utilities Application Framework

2.

Installing Oracle Utilities Meter Data Framework

3.

Installing Oracle Utilities Meter Data Management

As a first step of the application server installation, download and install the framework application server. The installation process creates and configures the application server environment.

Once the Oracle Utilities Application Framework installation is successfully completed and the framework application environment is created, Oracle Utilities Meter Data Managementthe Oracle Utilities Meter Data Framework can be installed on top of the framework environment.

You can download the installation packages from the Oracle Software Delivery Cloud.

This section describes how to install a working Oracle Utilities Application Framework Server, which can then be further configured manually to allow for production performance levels.

Application server installation packages delivered for this version are multi-platform and are ready to install on any supported platform (as described in the section Supported Platforms). You must complete the database installation before installing the application server.

Preinstallation Tasks

Hardware and Software Version Prerequisites

The section Supported Platforms contains all of the available platforms that are required with this release of the product.

Database Installation

Verify that the database has been installed and is operational. See Oracle Utilities Meter Data Management Database Administrator’s Guide for more information.

Installation Prerequisites

Chapter 6: Installing Application Server Prerequisite Software describes all preparations that need to be done on the server prior to installing the application server. Please read carefully the server setup requirements and make sure that all prerequisite software is installed and that all required environment variables are set. Correct server setup and proper environment variable settings are an essential prerequisite for successful environment installation.

System Architecture Overview

Oracle Utilities Application Framework V4.1.0 is a decoupled system architecture involving a business service application tier and a web application tier. Typically both will run on the same server, but the design does allow each tier to be installed on separate servers.

The design implements a stateless session bean (EJB technology, under Java EE 6), to provide remote access to service invocations. The root web app , Mobility web app, and XAI web apps can be configured to access service processing locally (as in previous versions), or to make a remote EJB call to perform the service request. In the latter case, the served containers, effectively, run as very thin servlet wrappers around the remote call.

For all supported application servers except for WebLogic expanded configuration (SDK environment), the deployment is in the form of two Enterprise Archive (ear) Files: SPLService.ear and SPLWeb.ear. Web Archive (war) files are created during the installation process but are not deployed.

Copying and Decompressing Install Media

The Oracle Utilities Application Framework installation file is delivered in jar format for both UNIX and Windows platforms.

If you are planning to install multiple Oracle Utilities Framework environments operated by different Oracle Utilities Administrator user ids, you must complete each of the following installation steps for each Administrator userid.

1.

Log in to the application server host as the Oracle Utilities Framework administrator user ID (default cissys).

2.

Create a temporary directory such as c:\ouaf\temp or /ouaf/temp. (Referred to below as <TEMPDIR>.)

This directory must be located outside any current or other working Oracle Utilities application environment. All files that are placed in this directory as a part of the installation can be deleted after completing a successful installation.

3.

Copy the file FW-V4.1.0-MultiPlatform.jar from the delivered package to the <TEMPDIR>. If you are using FTP to transfer this file, remember to use the BINARY option for the FTP transfer.

4.

Decompress the file:

cd <TEMPDIR>

jar -xvf FW-V4.1.0-MultiPlatform.jar

Note: You will need to have Java JDK installed on the machine used to (un)jar the application server installation package. Please install the JDK that is supported for the install on your platform to be able to use the jar command. This is the location of Java packages:

http://www.oracle.com/technetwork/java/archive-139210.html

A sub-directory named "FW.V4.1.0" is created. It contains the installation software for the Oracle Utilities framework application server.

Set Permissions for the cistab File in UNIX

Every Oracle Utilities Application Framework environment installed on a server must be registered in the /etc/cistab file located on that server. On UNIX servers, generally only the root user ID has write permissions to the /etc directory. Since the installation process is run by the Oracle administrator user ID (cissys), this user ID may not be able to write to /etc/cistab table.

The install utility checks permissions and if it identifies a lack of the necessary permissions, it generates a script in the <TEMPDIR>/FW.V4.1.0 directory named cistab_<SPLENVIRON>.sh. Run the generated script using the root account before continuing with the installation process. The script initializes the cistab file in /etc directory (if it is the first Oracle Utilities Framework application environment on the server) and registers a new environment.

The generated script also changes the owner of /etc/cistab file to the Oracle Utilities Framework administrator user ID, so that the next time a new environment is created by the same Oracle Utilities Framework administrator user ID, you do not need to run the generated script with the root user ID. Instead the install utility itself proceeds with the registration.

If you are reinstalling an existing environment, only the validation of /etc/cistab entry is done by the install utility, no new registration occurs. The install utility interactively instructs you about every step that needs to occur in each specific case.

If you are planning to upgrade an existing environment it is your responsibility to take a backup prior to the installation process. The installation utility does not create a backup of existing environment.

Installing Oracle Utilities Application Framework

This section outlines the steps for installing the Application Framework.

Brief Description of the Installation Process

1.

Log on as the Oracle Utilities Framework administrator (the default is cissys on UNIX) or as a user with Administrator privileges (on Windows).

2.

Configure your application server and any third-party software required for your platform, as outlined in Chapter 6: Installing Application Server Prerequisite Software.

3.

Change directory to the <TEMPDIR>/FW.V4.1.0 directory.

4.

Set the Oracle PERL bin directory in path variable.

5.

Start the application installation utility by executing the appropriate script:

UNIX: ksh ./install.sh

Windows: install.cmd

6.

Follow the messages and instructions that are produced by the application installation utility. Use the completed worksheets in the section Application Framework Installation and Configuration Worksheets to assist you.

7.

Installation of Oracle Utilities Framework Application Server is complete if no errors occurred during installation.

Detailed Description of the Installation Process

1.

Log on to the host server as Oracle Utilities Application Framework administrator.

Logon as cissys (on UNIX) or as a user with Administrator privileges (on Windows)

2.

Configure application server and third-party software.

Complete all steps outlined in Chapter 6: Installing Application Server Prerequisite Software. You will need to obtain specific information for the install.

3.

Change directory to the <TEMPDIR>/FW.V4.1.0 directory and start the application installation utility by executing the appropriate script:

UNIX: ksh ./install.sh

Windows: install.cmd

4.

On the Environment Installation Options menu, select item 1: Third Party Software Configuration.

Use the completed Third Party Software Configuration worksheet to complete this step. See Application Framework Installation and Configuration Worksheets.

5.

Select menu item 50: Environment Installation Options.

Use the completed Environment Installation Options Worksheet to complete this step. See Application Framework Installation and Configuration Worksheets.

Note: You must create the directory for output (the Log Mount Point). The installation process fails if this directory does not exist.

•

Specify the environment name and the environment directory names for a new installation on a menu screen.

•

Specify the type of the database your environment will be connected to (the default will be Oracle).

•

Specify the web application server your environment will run with (the default will be WebLogic).

•

Enter P to accept the selected options.

•

During this step, the specification of a new environment is checked for validity against /etc/cistab and the permissions on mount points and directories.

6.

Configure environment parameters.

•

During this step you will configure environment parameters such as web server hosts and ports, database name, and userid.

•

The application installation utility shows default values for some configuration options.

•

Use the completed Environment Configuration Worksheet to assist you.

Note: Every option requires a value for a successful install. It is important to provide all values.

•

When you are done with the parameters setup, proceed with the option P. Write Configuration File.

All of the options will be written in the following File: $ SPLEBASE/etc/ENVIRON.INI.

•

You will be warned if you did not edit a section. You may proceed if you want to keep the default settings.

•

The application installation utility copies the installation media to a new environment.

•

The installation utility copies the new version software from the temporary installation media directory to the new environment.

•

If any manual or electronic interruption occurs during this step, you can rerun the install utility from the beginning and follow the interactive instructions. The application installation utility is able to recover from such a failure.

•

The application installation utility generates environment configuration parameters:

•

The application installation utility automatically executes the script initialSetup.sh (on UNIX) or initialSetup.cmd (on Windows), located in $SPLEBASE/bin (%SPLEBASE%\bin on Windows) directory. This script populates different application template configuration files with the new environment variables values and completes the rest of the installation steps.

7.

Set up environment variables.

Once the ENVIRON.INI file is created and contains the correct environment parameters, the application installation utility starts a sub shell to the current process by executing the splenviron.sh (on UNIX) or splenviron.cmd (on Windows) script, located in $SPLEBASE/bin (or %SPLEBSE%\etc for Windows) directory. This script sets up all the necessary environment variables and shell settings for the application server to function correctly.

From this point, a number of environment variables have been set up. Some key ones are:

•

$PATH - an adjustment to $PATH is made so that all of the environment scripts and objects will be in the path.

•

$SPLEBASE (%SPLEBASE%) - stands for <SPLDIR>/<SPLENVIRON> directory

•

$SPLOUTPUT (%SPLOUTPUT%) - stands for <SPLDIROUT>/<SPLENVIRON> directory

Note: Make sure that this directory exists. Otherwise the installation script will fail.

•

$SPLENVIRON (%SPLENVIRON%) - environment name

For future operations or any post installation steps, you need to first execute the following command to connect your session to the new environment:

UNIX: $SPLEBASE/bin/splenviron.sh -e $SPLENVIRON

Windows :%SPLEBASE%\bin\splenviron.cmd -e %SPLENVIRON%

You need to execute this script each time you want to be connected to the specific environment before performing manual operations such as shutdown, startup or performing an additional application product installation.

When you have finished the install process, your current online session will be connected to the new environment.

See the chapter Planning the Installation for settings and configuration.

Installing the Application Server Component of Oracle Utilities Meter Data Framework

Installing Oracle Utilities Meter Data Framework is a prerequisite for installing Oracle Utilities Meter Data Management. This section describes the process for installing Oracle Utilities Meter Data Framework on top of the previously created Oracle Utilities Application Framework environment. This section includes:

•

Preinstallation Tasks

•

Installing Oracle Utilities Meter Data Framework

•

Installing Service Packs and Patches

To proceed with the Oracle Utilities Meter Data Framework installation you need to be connected to the target framework application environment. See the detailed installation instructions in the following section.

You must initialize the Framework environment along with the required set of patches prior to proceeding with the Oracle Utilities Meter Data Framework application installation. For detailed instructions see Preparing for the Installation .

Preinstallation Tasks

This section describes the steps that should be taken before installing Oracle Utilities Meter Data Framework.

Installing Prerequisite Patches

Oracle Utilities Application Framework patches must be installed prior to installing Oracle Utilities Meter Data Framework 2.0.1. These patches are available as a convenience rollup along with this Media Pack. Please refer to the instructions contained inside the rollup directory for steps to install the patches in a single group. These patches are also available for download separately from My Oracle Support.

See Appendix B for a list of the patches contained in the rollup.

Copying and Decompressing Install Media

The installation file is delivered in jar format for both UNIX and Windows platforms.

Oracle Utilities Meter Data Framework is delivered as a separate installation package. Please refer to the Supported Platforms section for installation details regarding the database and operating system versions supported for the Meter Data Framework. Also see the chapter Installing Application Server Prerequisite Software for prerequisite third-party software installation instructions.

Download the installation package and proceed as follows:

1.

Log in to the host server as the Oracle Utilities Application Framework administrator user ID (default cissys). This is the same user ID that was used to install the Oracle Utilities Application Framework.

2.

Create a <TEMPDIR> directory on the host server, which is independent of any current or other working Oracle Utilities Meter Data Framework application environment. This can be the same <TEMPDIR> used during the installation of the Oracle Utilities Application Framework.

3.

Copy the file MDF-V2.0.1-MultiPlatform.jar in the delivered package to a <TEMPDIR> on your host server. If you are using FTP to transfer this file, remember to use the BINARY option for the FTP transfer.

4.

Decompress the file:

cd <TEMPDIR>

jar -xvf MDF-V2.0.1-MultiPlatform.jar

For Windows installations, include the location of the JDK in your path before you execute the jar command.

For both Unix and Windows platforms, a sub-directory named MDF.V2.0.1 is created. The contents of the installation directory are identical for both platforms. The directory contains the install software for the application.

Installing Oracle Utilities Meter Data Framework

This section outlines the steps for installing the Meter Data Framework.

Preparing for the Installation

1.

Log on as Oracle Utilities Meter Data Framework Administrator (default cissys).

2.

Initialize the Framework environment that you want to install the product into.

UNIX:

$SPLEBASE/bin/splenviron.sh -e $SPLENVIRON

Windows:

%SPLEBASE%\bin\splenviron.cmd -e %SPLENVIRON%

3.

Stop the environment if running.

UNIX:

$SPLEBASE/bin/spl.sh stop

Windows:

%SPLEBASE%\bin\spl.cmd stop

Installing the Application

1.

Change to the <TEMPDIR>/MDF.V2.0.1 directory.

2.

Execute the script:

UNIX:

ksh ./install.sh

Windows:

install.cmd

Note: On UNIX, ensure that you have the proper execute permission on install.sh

The configuration menu for the Oracle Utilities Meter Data Framework Application appears

3.

Select menu item 8 to configure OSB.

Use the completed OSB configuration worksheet to assist you in this step. See the Meter Data Framework Installation and Configuration Worksheets in the chapter Planning the Installation.

4.

Select menu item 9 to configure SOA.

Use the completed SOA configuration worksheet to assist you in this step. See the Meter Data Framework Installation and Configuration Worksheets in the chapter Planning the Installation.

5.

Select menu item 10 to configure the MDF SOA Configuration Plan.

Use the completed SOA Configuration Plan (MDF) worksheet to assist you in this step. See the Meter Data Framework Installation and Configuration Worksheets in the chapter Planning the Installation.

6.

When you are done with the parameter setup, choose option P to proceed with the installation.

7.

Change to the <TEMPDIR>/MDF.V2.0.1 directory.

8.

Execute the following command:

UNIX:

ksh ./postinstall.sh

Windows:

postinstall.cmd

Note: On UNIX, ensure that you have the proper execute permission on postinstall.sh

Installation of Oracle Utilities Meter Data Framework Application Server is complete if no errors occurred during installation.

Installing Service Packs and Patches

Periodically, Oracle Utilities releases a service pack of single fixes for its products. A service pack is an update to an existing release that includes solutions to known problems and other product enhancements. A service pack is not a replacement for an installation, but a pack consisting of a collection of changes and additions for it. The service pack may include changes to be applied to the application server, the database, or both. The service pack includes all files necessary for installing the collection of changes, including installation instructions.

Between services packs, Oracle Utilities releases patches to fix individual bugs. For information on installing patches, see knowledge base article ID 974985.1 on My Oracle Support.

Service packs and patches can be downloaded from My Oracle Support (https://support.oracle.com/).

Installing the Application Server Component of Oracle Utilities Meter Data Management

This section describes the procedure for installing Oracle Utilities Meter Data Management on top of the previously installed Oracle Utilities Meter Data Framework environment. This section includes:

•

Preinstallation Tasks

•

Installing the Application

•

Installing User Documentation

•

Operating the Application

•

Installing Service Packs and Patches

To proceed with the Oracle Utilities Meter Data Management installation you need to be connected to the target Oracle Utilities Meter Data Framework application environment. See the detailed installation instructions in the following section.

You must initialize the Meter Data Framework environment. For detailed instructions see Preparing for the Installation .

Preinstallation Tasks

This section describes the steps that should be taken before installing Oracle Utilities Meter Data Management.

Installation Prerequisite

The Oracle Utilities Meter Data Framework 2.0.1 application must be installed prior to installing Oracle Utilities Meter Data Management 2.0.1.

Copying and Decompressing Install Media

The installation file is delivered in jar format for both UNIX and Windows platforms.

Oracle Utilities Meter Data Management is delivered as a separate installation package. Please refer to the Supported Platforms for versions and installation details regarding the database and operating system. Also see Chapter 7 : Installing Application Server Prerequisite Software for prerequisite third-party software installation instructions.

Download the installation package and proceed as follows:

1.

Log in to the host server as the Oracle Utilities Meter Data Framework administrator user ID (default cissys). This is the same user ID that was used to install the Oracle Utilities Meter Data Framework.

2.

Create a <TEMPDIR> directory on the host server, which is independent of any current or other working Oracle Utilities Meter Data Management application environment. This can be the same <TEMPDIR> used during the installation of the Oracle Utilities Meter Data Framework.

3.

Copy the file MDM-V2.0.1-MultiPlatform.jar in the delivered package to a <TEMPDIR> on your host server. If you are using FTP to transfer this file, remember to use the BINARY option for the FTP transfer.

4.

Decompress the file:

cd <TEMPDIR>

jar -xvf MDM-V2.0.1-MultiPlatform.jar

For Windows installations, include the location of the JDK in your path before you execute the jar command.

For both Unix and Windows platforms, a sub-directory named MDM.V2.0.1 is created. The contents of the installation directory are identical for both platforms. The directory contains the install software for the application product.

Preparing for the Installation

1.

Log on as Oracle Utilities Meter Data Management Administrator (default cissys).

2.

Initialize the Framework environment that you want to install the product into.

UNIX:

$SPLEBASE/bin/splenviron.sh -e $SPLENVIRON

Windows:

%SPLEBASE%\bin\splenviron.cmd -e %SPLENVIRON%

3.

Stop the environment if running.

UNIX:

$SPLEBASE/bin/spl.sh stop

Windows:

%SPLEBASE%\bin\spl.cmd stop

Installing the Application

1.

Change to the <TEMPDIR>/ MDM.V2.0.1 directory.

2.

Execute the install script:

UNIX:

ksh ./install.sh

Windows:

install.cmd

Note: On UNIX, ensure that you have the proper execute permission on install.sh.

3.

Choose option P to proceed with the installation.

4.

Change to the <TEMPDIR>/MDM.V2.0.1 directory

5.

Execute the following command:

UNIX:

ksh ./postinstall.sh

Windows:

postinstall.cmd

Note: On UNIX, ensure that you have the proper execute permission on postinstall.sh

6.

Once the install has finished successfully, you will need to execute Post Installation steps:

Post Installation steps:

1.

Start up the environment. Run the following command:

UNIX: spl.sh start

Windows: spl.cmd start

Follow the messages on the screen along with the logs in $SPLSYSTEMLOGS directory to ensure that the environment was started successfully.

If the startup failed, identify the problem by reviewing the logs. Resolve any issues before attempting to restart the environment.

You should postpone the startup process until you are done with post installation steps.

(See the note below:)

Use the following utility to stop the environment:

UNIX: spl.sh stop

Windows: spl.cmd stop

Note: The first time you start Oracle Utilities Meter Data Management, you need to log in to the WebLogic console and give system access to cisusers role. The WebLogic console application can be accessed through the following URL:

http://<hostname>:<portname>/console

Installing User Documentation

This section provides instructions for installing the Oracle Utilities Meter Data Management user documentation that is supplied with the system. The Oracle Utilities Meter Data Management user documentation is provided in PDF format for printing.

The documentation is also provided in HTML format located inside the Oracle Utilities Meter Data Management application server installation package. It is automatically installed and can be launched from the user interface. The files are under the applications directory packaged in the file named help.war. User documentation is provided in English (ENG). The documentation material is divided into the following subdirectories underneath the language directory:

- D1: Oracle Utilities Meter Data Framework User Guide

- D2: Oracle Utilities Meter Data Management User Guide

- F1: Oracle Utilities Application Framework Administration and Business Process Guides

Installing Stand-Alone Online Help

You can also use the Oracle Utilities Meter Data Management online help in stand-alone mode (that is, you do not have to launch it from the Oracle Utilities Meter Data Management application or access it on the application server).

To install the Oracle Utilities Meter Data Management help for stand-alone operation, copy the help.war from the Oracle Utilities Meter Data Management server (environment) or from the Oracle Utilities Meter Data Management installation package to the server or machine on which you want to access the help. If you want to copy the file from any installed Oracle Utilities Meter Data Management environment, you can locate the file in the $SPLEBASE/splapp/applications directory on the server.

Unzip the help.war file to any directory on your machine. To launch the Oracle Utilities Meter Data Management help in stand-alone mode, open the SPLHelp.html file (located inside the language directory that you wish to use).

Note: Do not change the subdirectory names. The documents use relative path names to link to other documents. Changing the subdirectory names will result in broken links.

Customizing Help for Stand-Alone Operation

You can customize the SPLHelp.html file to open to the file and topic that you most frequently use. To do so, edit the SPLHelp.html file and change the DEFAULT_BOOKMARK to the desired location. The default DEFAULT_BOOKMARK is 'helpHome.html'.

Installing Stand-Alone Help Under Web Server

You can also install Oracle Utilities Meter Data Management online help as a stand-alone web application. You can use any Web Application server like WebLogic. Configure the configuration file for your web application server to use web application help.

For example,

•

For WebLogic, configure config.xml file for deployed application Name="help" with URI="help.war" and set WebServer DefaultWebApp="help"

•

For WebSphere, configure application.xml with module id="WebModule_help" and <web-uri>help.war</web-uri>

•

For Tomcat, configure server.xml with Context path="/help" and docBase= full path of help.war file

Access the documentation from the browser by the following URL: http://<host name>:<port name>/<WebContext>/<Lang>/SPLHelp.html, where <hostname>:<portname> is the URL of the web server, <Web Context> is the root web context name specified during Web application server configuration, <Lang> is the name of the language directory, for example, ENG.

Note: Stand-alone online help files are not automatically updated when changes are made to the help files on the application server. You will have to re-install the stand-alone online help files.

Operating the Application

At this point your installation and custom integration process is complete.

Be sure to read the Oracle Utilities Meter Data Management Server Administration Guide for more information on further configuring and operating the Oracle Utilities Meter Data Management system.

Installing Service Packs and Patches

Periodically, Oracle Utilities releases a service pack of single fixes for its products. A service pack is an update to an existing release that includes solutions to known problems and other product enhancements. A service pack is not a replacement for an installation, but a pack consisting of a collection of changes and additions for it. The service pack may include changes to be applied to the application server, the database, or both. The service pack includes all files necessary for installing the collection of changes, including installation instructions. For more information about installing the current service pack, see Chapter 12 : Installing Service Packs .

Between services packs, Oracle Utilities releases patches to fix individual bugs. For information on installing patches, see knowledge base article ID 974985.1 on My Oracle Support.

Service packs and patches can be downloaded from My Oracle Support (https://support.oracle.com/).

Installing Service Packs

This chapter provides instructions for installing Oracle Utilities Meter Data Management Service Pack v2.0.1.9.0 on top of an existing Oracle Utilities Meter Data Management 2.0.1.x installation.

This chapter includes the following topics:

•

Prerequisites

•

Package Contents

•

Installing the Database

•

Installing the Application

For fixes included in this service pack, see Appendix C and Appendix D .

For Known Issues in this service pack, see the Release Notes included with this service pack.

Prerequisites

Oracle Utilities Meter Data Framework 2.0.1.9.0 is a prerequisite for installing Oracle Utilities Meter Data Management 2.0.1.9.0.

Oracle Utilities Meter Data Framework 2.0.1.9.0 Prerequisites

Before installing Meter Data Framework 2.0.1.9.0 the following prerequisites must be installed:

•

Oracle Utilities Application Framework 4.1.0

•

Oracle Utilities Meter Data Framework 2.0.1.x

•

Oracle Utilities Application Framework 4.1.0 Service Pack 2 (4.1.0.2.0)

•

The following Oracle Utilities Application Framework 4.1.0 Service Pack 2 Prerequisite Single Fixes:

•

16489896

•

16620519

•

16182632

•

16192379

•

16619506

A convenience rollup containing the above fixes is provided along with this package. Please refer the readme.txt file provided along with the rollup for the installation instructions.

The above fixes are also available for download separately from My Oracle Support.

Oracle Utilities Meter Data Management 2.0.1.9.0 Prerequisites

Before installing Meter Data Management 2.0.1.9.0 the following prerequisites must be installed:

•

Oracle Utilities Meter Data Framework 2.0.1.9.0

Package Contents

Oracle Utilities Meter Data Management 2.0.1.9.0 includes the following components:

•

MDM_Release_Notes_2_0_1_9.pdf - Release notes for this service pack

•

MDF-V2.0.1.9.0-PFDs - Product Fix Documents for MDF single fixes included in this service pack

•

MDM-V2.0.1.9.0-PFDs - Product Fix Documents for MDM single fixes included in this service pack

•

MDM-V2.0.1.9.0-Database.zip - Database installation package.

•

MDF-V2.0.1.9.0-MultiPlatform.zip - Meter Data Framework application server installation package

•

MDM-V2.0.1.9.0-MultiPlatform.zip - Meter Data Management application server installation package.

•

FW-V4.1.0.2.0-MultiPlatform.zip - Oracle Utilities Application Framework 4.1.0 Service Pack 2 (4.1.0.2.0)

•

MDM-V2.0.1.9.0-FW-SP2-PREREQ-MultiPlatform.zip - Oracle Utilities Application Framework 4.1.0 Service Pack 2 single fix convenience rollup

•

Oracle Utilities Meter Data Management V2.0.1.9 Install Documentation.zip - Detailed Meter Data Management Installation documentation

Installing the Database

Please refer to the Oracle Utilities Meter Data Management Database Administrator’s Guide file for instructions on installing the database component for Oracle Utilities Application Framework 4.1.0 Service Pack2, Oracle Utilities Meter Data Framework 2.0.1.9.0 and Oracle Utilities Meter Data Management 2.0.1.9.0.

Installing the Application

This section describes how to install Oracle Utilities Meter Data Management 2.0.1.9.0.

Install Oracle Utilities Application Framework 4.1.0 Service Pack 2 (4.1.0.2.0)

1.

Create a <TEMPDIR> directory on the host server that is independent of any current or other working Oracle Utilities Application Framework 4.1.0 application environment.

2.

Copy the file FW-V4.1.0.2.0-MultiPlatform.jar in the delivered package to <TEMPDIR>.

Note: If you are using FTP to transfer this file, remember to use the BINARY option for the FTP transfer.

3.

Decompress the file using following command:

cd <TEMPDIR>

jar -xvf FW-V4.1.0.2.0-MultiPlatform.jar

Notes: For Windows installations include the location of the JDK in your path before executing the jar command.

To be able to decompress the application server package using the "jar" command, please ensure that the JDK version supported for your platform is installed. Java packages can be downloaded from the following web site:

http://java.sun.com/products/archive/index.html

For both Unix and Windows platforms, a sub-directory named FW-V4.1.0.2.0-SP2 is created

4.

Initialize the Oracle Utilities Meter Data Management environment that you want to install the product into

UNIX:

<SPLEBASE>/bin/splenviron.sh -e <SPLENVIRON>

Windows:

<SPLEBASE>\bin\splenviron.cmd -e <SPLENVIRON>

5.

Stop the Oracle Utilities Meter Data Management application server instance if running

6.

Change to the <TEMPDIR>/FW-V4.1.0.2.0-SP2 Directory.

7.

Execute the following command:

UNIX:

ksh ./installSP.sh

Note: On UNIX, ensure that you have the proper execute permission on installSP.sh

Windows:

installSP.cmd

Install Oracle Utilities Meter Data Framework 2.0.1.9.0

1.

Create a <TEMPDIR> directory on the host server that is independent of any current or other working Oracle Utilities Meter Data Framework application environment.

2.

Copy the file MDF-V2.0.1.9.0-MultiPlatform.jar in the delivered package to <TEMPDIR>.

Note: If you are using FTP to transfer this file, remember to use the BINARY option for the FTP transfer.

3.

Decompress the file using following command:

cd <TEMPDIR>

jar -xvf MDF-V2.0.1.9.0-MultiPlatform.jar

Note: For Windows installations include the location of the JDK in your path before executing the jar command. For both UNIX and Windows platforms, a sub-directory named MDF.V2.0.1.9.0 is created

4.

Initialize the Oracle Utilities Meter Data Management environment that you want to install the product into:

UNIX:

<SPLEBASE>/bin/splenviron.sh -e <SPLENVIRON>

Windows:

<SPLEBASE>\bin\splenviron.cmd -e <SPLENVIRON>

5.

Stop the Oracle Utilities Meter Data Management application server instance if running

6.

Change to the <TEMPDIR>/MDF.V2.0.1.9.0 Directory.

7.

Execute the following command:

UNIX:

ksh ./install.sh

Note: On UNIX, ensure that you have the proper execute permission on install.sh

Windows:

install.cmd

8.

Choose option P to proceed with the installation

9.

Change to the <TEMPDIR>/MDF.V2.0.1.9.0 Directory.

10.

Execute the following command:

UNIX:

ksh ./postinstall.sh

Note: On UNIX, ensure that you have the proper execute permission on postinstall.sh

Windows:

postinstall.cmd

Installing Oracle Utilities Meter Data Management 2.0.1.9.0

1.

Create a <TEMPDIR> directory on the host server that is independent of any current or other working Oracle Utilities Meter Data Management application environment.

2.

Copy the file MDM-V2.0.1.9.0-MultiPlatform.jar in the delivered package to <TEMPDIR>.

Note: If you are using FTP to transfer this file, remember to use the BINARY option for the FTP transfer.

3.

3.Decompress the file using following command:

cd <TEMPDIR>

jar -xvf MDF-V2.0.1.9.0-MultiPlatform.jar

Note: For Windows installations include the location of the JDK in your path before executing the jar command. For both UNIX and Windows platforms, a sub-directory named MDM.V2.0.1.9.0 is created

4.

Initialize the Oracle Utilities Meter Data Management environment that you want to install the product into

UNIX:

<SPLEBASE>/bin/splenviron.sh -e <SPLENVIRON>

Windows:

<SPLEBASE>\bin\splenviron.cmd -e <SPLENVIRON>

5.

Stop the Oracle Utilities Meter Data Management application server instance if running

6.

Change to the <TEMPDIR>/MDM.V2.0.1.9.0 Directory.

7.

Execute the following command:

UNIX:

ksh ./install.sh

Note: On UNIX, ensure that you have the proper execute permission on install.sh

Windows:

install.cmd

8.

Choose option P to proceed with the installation

9.

Change to the <TEMPDIR>/MDM.V2.0.1.9.0 Directory.

10.

Execute the following command:

UNIX:

ksh ./postinstall.sh

Note: On UNIX, ensure that you have the proper execute permission on postinstall.sh

Windows:

postinstall.cmd

11.

Execute following command.

UNIX:

configureEnv.sh

Note: On UNIX, ensure that you have the proper execute permission on configureEnv.sh

Windows:

configureEnv.cmd

12.

Enter "P" for the choice "Choose option (1,2,3,4,5,8,9, <P> Process, <X> Exit):".

13.

Execute following command.

UNIX:

initialSetup.sh

Note: On UNIX, ensure that you have the proper execute permission on initialSetup.sh

Windows:

initialSetup.cmd

14.

13.Start up the application server instance.

UNIX:

spl.sh start

Windows:

spl.cmd start

Additional Tasks

This section describes tasks that should be completed after installing Oracle Utilities Meter Data Management, including:

•

Customizing Configuration Files

•

Generating the Application Viewer

•

Building Javadocs Indexes

•

Configuring the Environment for Batch Processing

•

Customizing the Logo

•

WebLogic Production Server Considerations

•

BI Publisher Report Configuration

Customizing Configuration Files

You may wish to make customer modifications to various configuration files. To do so, you should locate the configuration file you want to customize and edit it manually.

Configuration files are generated from delivered templates in the Oracle Utilities installation and are populated by values entered by the installation utility during the configuration process. In future upgrades of Oracle Utilities application software versions, some templates may be changed to reflect new software version requirements. In this case, the upgrade process will back up your customized configuration file and will regenerate a configuration file based on a new template. You will need to review the new configuration file and apply your customized changes back if still applicable for the new version.

For configuration files that are located in a Web application (for example, web.xml, hibernate.properties), of the Web application during installation process, you will not be able to edit the configuration files directly.

You will need to follow the procedure:

•

Locate the configuration file you want to customize in the directory $SPLEBASE/etc/conf.

•

Apply your changes.

•

Update application war file with the latest changes by executing the command:

UNIX: $SPLEBASE/bin/initialSetup.sh

Windows: %SPLEBASE%\bin\initialSetup.cmd

Generating the Application Viewer

You may extend Application Viewer capabilities within an environment by generating additional items. The additional items that can be generated include algorithm type and related algorithm information, maintenance object information and data dictionary information.

This section details the steps necessary to generate the additional items.

1.

Shut down the environment.

2.

Initialize a command shell:

The scripts that are provided with the system need to be run from a shell prompt on the machine that you installed the application on. Before such scripts can be run the shell must be "initialized" by running the splenviron script provided with the system.

For Windows:

The command window should be opened on the Windows server that you installed the application on.

In the below example you should replace the variables:

%SPLEBASE% with the Full directory name that you installed the application into

and

%SPLENVIRON% with the name you gave to the environment at installation time.

To initialize the environment type the following in your command prompt:

%SPLEBASE%\bin\splenviron.cmd -e %SPLENVIRON%

For example:

D:\ouaf\TEST_ENVIRON1\bin\splenviron.cmd -e TEST_ENVIRON1

For Unix:

You will need to logon to your UNIX box as the Oracle Utilities Administrator (default cissys) and open a shell prompt.

In the below example you should replace the variables

$SPLEBASE with the Full directory name that you installed the application into

and

$SPLENVIRON with the name you gave to the environment at installation time.

To initialize the environment type:

$SPLEBASE/bin/splenviron.sh -e $SPLENVIRON

For example:

/ouaf/TEST_ENVIRON1/bin/splenviron.sh -e TEST_ENVIRON1

3.

Execute the script to generate all information

Execute the following command for your operating system

UNIX:

ksh $SPLEBASE/bin/genappvieweritems.sh

Windows:

%SPLEBASE%\bin\genappvieweritems.cmd

4.

Restart your application

Building Javadocs Indexes

The following script allows rebuilding the Javadocs indexes in the appViewer java module. This is necessary after Customer Modifications have been applied to an environment. (This needs to be run only if the Customer Modification includes Java Code.)

Windows:

%SPLEBASE%\bin\buildJavadocsIndex.cmd

UNIX:

ksh $SPLEBASE/bin/buildJavadocsIndex.sh

Configuring the Environment for Batch Processing

See the Batch Server Administration Guide for information on configuring the environment for batch processing.

Customizing the Logo

The customer may want to replace the Oracle Utilities logo image on the Main menu with another logo image. To do this, put the logo <customer_logo_file>.gif file into the directory $SPLEBASE/etc/conf/root/cm and create a new "External" Navigation Key called CM_logoImage. To do that, run the Oracle Utilities application from the browser with the parameters: http://<hostname>:<port>/<Web Context>/cis.jsp?utilities=true&tools=true. From the Admin menu, select Navigation Key. Add the above Navigation Key with its corresponding URL Override path. The syntax for the URL path is:

For Windows: http://<host name>:<port>/<Web Context>/cm/<customer_logo_file>.gif

For UNIX: http://<host name>:<port>/<Web Context>/cm/<customer_logo_file>.gif.

The root directory may be deployed in war file format for runtime environment (SPLApp.war). Use provided utilities to incorporate your cm directory into SPLApp.war file.

WebLogic Production Server Considerations

By default, WebLogic Server is configured with two keystores, to be used for development only. These keystores should not be used in a production environment.

Configure Identity and Trust

Private keys, digital certificates, and trusted certificate authority certificates establish and verify identity and trust in the WebLogic Server environment. WebLogic Server is configured with a default identity keystore DemoIdentity.jks and a default trust keystore DemoTrust.jks. In addition, WebLogic Server trusts the certificate authorities in the cacerts file in the JDK. This default keystore configuration is appropriate for testing and development purposes. However, these keystores should not be used in a production environment.

To configure identity and trust for a server:

1.

Obtain digital certificates, private keys, and trusted CA certificates from the CertGen utility, Sun Microsystem's keytool utility, or a reputable vendor such as Entrust or Verisign. You can also use the digital certificates, private keys, and trusted CA certificates provided by the WebLogic Server kit. The demonstration digital certificates, private keys, and trusted CA certificates should be used in a development environment only.

2.

Store the private keys, digital certificates, and trusted CA certificates. Private keys and trusted CA certificates are stored in a keystore.

3.

Configure the identity and trust keystores for a WebLogic Server instance on the Configuration: Keystores page.

By default, WebLogic Server is configured with two keystores, to be used for development only.

•

DemoIdentity.jks: Contains a demonstration private key for WebLogic Server. This keystore establishes an identity for WebLogic Server.

•

DemoTrust.jks: Contains a list of certificate authorities trusted by WebLogic Server. This keystore establishes trust for WebLogic Server.

These keystores are located in the WL_HOME\server\lib directory and the JAVA_HOME\jre\lib\security directory. For testing and development purposes, the keystore configuration is complete. Use the steps in this section to configure identity and trust keystores for production use.

Refer to the WebLogic documentation to configure identity and trust keystores for production use (Secure servers and resources > Configure identity and trust/Set up SSL)

Note: Depending on your choice of implementation you may need to change some configuration files. These files are managed by templates and will be overwritten if the procedures documented in "Customizing Configuration Files" are not followed.

BI Publisher Report Configuration

This release of Oracle Utilities Meter Data Management comes bundled with a sample BI Publisher report. To configure BI Publisher to access this report, follow these steps:

1.

Install BI Publisher 10g (10.1.3.4.0).

2.

Login as admin and create a Data Source to connect to the database where MDM is installed.

3.

Create a shared folder for uploading the report.

4.

Upload the sample report file D2_VEEEME.xdo to the shared folder created above. This file is located under:

<INSTALL_DIR>/reports/BIPublisher

5.

Edit the report to point to the MDM Data Source.

6.

Upload the template file VEEEME.rtf for the uploaded report. This file is located under:

<INSTALL_DIR>/reports/BIPublisher

7.

Update the reporting options in the MDM application to point to the correct BI Publisher server URL and shared folder location.

Glossary of Acronyms

ADF: Oracle Application Development Framework

EAR: Enterprise Archive

EJB: Enterprise JavaBeans

HTML: HyperText Markup Language

JAR: Java Archive

JDBC: Java database connectivity

JMX: Java Management Extensions

JNDI: Java Naming and Directory Interface

JSP: JavaServer Pages

JVM: Java Virtual Machine.

MPL: Multi Purpose Listener

OUAF: Oracle Utilities Application Framework

OAM: Oracle Access Manager

OIM: Oracle Identity Management

ONS: Oracle Notification Service

Oracle RAC FCF: Oracle Real Application Clusters Fast Connection Failover

RMI: Remote Method Invocation

SOAP: Simple Object Access Protocol

SOA: Service-oriented architecture

SPLEBASE: The location where the application will be installed.

SPLOUTPUT: This location is used for storing batch log files and output from batch jobs

WAR: Web application Archive

WAS: WebSphere

WASND: WebSphere Network Deployment

WLS: WebLogic

XAIApp: XML Application Integration

Required Application Framework Patches

The following table lists the Oracle Utilities Application Framework patches that must be installed prior to installing Oracle Utilities Meter Data Framework. These patches are available as a convenience rollup included in the Media Pack.

8503140

10624363

11735716

12337775

8901782

10625739

11738085

12338323

9042555

10631948

11739404

12340553

9382171

10632029

11742563

12344492

9387114

10636556

11742578

12344520

9455478

10638783

11744412

12354548

9527752

10639236

11785204

12355193

9540205

10639817

11790352

12355336

9564113

10640366

11791685

12355345

9569173

10647519

11793264

12355355

9618908

10649131

11800924

12355359

9682934

11055998

11800964

12355545

9712702

11056031

11802408

12355578

9822605

11061063

11802524

12355589

9943141

11065275

11805029

12357553

10014729

11065841

11810803

12358078

10133277

11066173

11812272

12369181

10179538

11068621

11825658

12369294

10189618

11068834

11825757

12375706

10215092

11070215

11825763

12377282

10235438

11071551

11826984

12380588

10235446

11074152

11827061

12388252

10235453

11077044

11828290

12388695

10235472

11078114

11829323

12390834

10281572

11659316

11831954

12394303

10283802

11659469

11831962

12396557

10289114

11671144

11836696

12397361

10316317

11673372

11837168

12398660

10316391

11675596

11838963

12401741

10316953

11676685

11838977

12404368

10324881

11677625

11840470

12412886

10334495

11684041

11844142

12415869

10335027

11684640

11844499

12417483

10357429

11686129

11846353

12417960

10357830

11686789

11848622

12428239

10360341

11687677

11849058

12432357

10360688

11688966

11865125

12432996

10371591

11689021

11870260

12536674

10374359

11689086

11870708

12537292

10375560

11689155

11875008

12539014

10375682

11689215

11875029

12546120

10376226

11690177

11880325

12546220

10376879

11691074

11881465

12548444

10380556

11691830

11882316

12548945

10382474

11691896

11882984

12556076

10383911

11694867

11886308

12558316

10387212

11698997

11886487

12560045

10390304

11699913

11888040

12561191

10391114

11700127

11888244

12564985

10399826

11700177

11890627

12564994

10400934

11703071

11893511

12565011

10401066

11706217

11894700

12567535

10403427

11708221

11896216

12574075

10411296

11709380

11897375

12578692

10411845

11711736

11900153

12584797

10413650

11712334

11900457

12593383

10413698

11713020

11903828

12632749

10416888

11714753

11904426

12680209

10419736

11714946

11930834

12703227

10419846

11718025

11935491

12774795

10422028

11718917

11935602

12844738

10424407

11724144

11937218

12874623

10428600

11725991

11937452

12875351

10428634

11729096

12327094

12932177

10435878

11731141

12327124

12938862

10623053

11735128

12329849

12958675

Meter Data Framework Fixes

The following table lists the Meter Data Framework fixes included in this release.

Bug

Description

12711770

Remove Usage Rule Constraint From Usage Period SQ Table Metadata

13688606

Cannot Hide Device Event Type Portal From Certain Users.,

13956379

Update D1-MSRMT Parameters: Substitute Measuring Component Type For Business Object

14158715

Modify Sequence For Defaulting Timezone In SP Ongoing Sync

14241115

Update IE Sync Logic For Smart Device Determination

14351313

75032/75046 Axis Conversion - Changes To Preserve Peak And Measurement Condition

14498405

IE Sync Failure When Install And Removal On Same Day

14726817

Enhancement Req To Have Broadcast Ability For Usage Rule Eligibility Criterea

14762786

If Device Retired On Same Day Removed, Device Sync Fails

14765094

MDM ODM - Update Asset System ID Description To Asset Location ID

14766182

Manual Meter Install Event - Removal Section - Collapse/Expand Icon Issue

14783489

CCB-MDM Scalar MR Sync Measurement Loses System Estimate Condition

14822201

Copy Payload Statistic - Accumulate Statistic Error Out With Error Imd Seeder

14840576

Install Event Is Shown In The Middle Of The List .

15838297

Period Estimation Algorithm D1-CRIMTODO Not Working As Expected

15845218

Copy Of 14495216 - Sync Request Issue When Deleting Register From Meter Config I

15845228

Copy Of 14498049 - D1-CMSYN Does Not Raise An Error When It Cannot Determine The

15850528

Device ID Not Getting Passed To The Activity Screen When Invoked From Context Me

15853479

Copy Of 15853411 - Copy Of 15839199 - Measurement Is Not Updated To Do Not Use .

15863970

Copy Bug - Outage Activity Start Time Is Not In Sync With Device Event Time.

15864063

Replace Critical Error With Error On D1-DeviceEventSeeder And D1-IMDSeeder.

15869057

IMD History Zone Shows Install Measurement At The Top

15870472

Copy Of 14741869 - MDM Enhancement To Support Multiple Data Source Indicator

15879677

In SP8 Multiple Install Events Are Shown.

15895160

Copy Of 15895105 - VEE Estimation IMD Is Not Creating For Missing Data When Batc

15899052

Allow ODM Identifiers To Be Updated In MDM For Contact And Service Point

15919746

Copy Of 15903932 - Bundle Import Fails For Activity Type "Aggregator Creator - P

15920179

Copy Of 15875211 - Imd Seeder Should Error With Fallback Head End When Device He

15920777

Copy Of 15897952 - Unable To Go To Install Event From Device Current Context Men

15933304

Copy Of 15922964 - Error Selecting Device From Context Menu - Unable To Declare

15945141

Copy Of 15918715 - Not Able To Create Service Point After Sp8 Installation

15956713

Copy Of 15865246 - Loading IMD Is Too Slow After Installation SP8.

15962213

Copy Of 14759858 - IE Sync Failure When Passing Installation Status Of Zero From

15976926

Copy Of 15936342 - Measurement Does Not Get Updated With Replacement Read

15980532

Copy Of 15972166 - Bundle Import, Error "VEE Group Is Missing." When Applying B

15982690

Copy Of 15904906 - IMD Seeder Rerprocessing Algorithm Does Not Include Character

16040005

Copy Of 16025848 - Scalar Estimation Histroic Data Start/End Dates.

16040866

Copy Of 14552829 - Query Timeout Error While Deleting Manual Imd.

16064159

Copy Of 16050802 - After Upgrade To MDM SP8 IMD Message Processing Makes MDM Ino

16065911

Copy Of 16046408 - Scalar Estimate Value For MC With Multiple Reads Per Day.

16073907

Copy Bug - MV90 Upload Stats Error Out When Perform Accumulate Statistics

16074647

Copy Of 16064237 - Performance Problem With Master Data Sync Install Event Initi

16082609

Copy Of 16078070 - Dynamic Determination Of Usage Calc Group (BI-Related) To Sup

16089697

Copy Of 16081239 - VEE Exception Handler Override To Do Type Does Not Work

16165061

Usage Subscription Value Not Seeing As Per Current Context

16192846

"Time Zone Is Missing" Error When Importing Bundle For Aggregator MC Type

16205899

Copy Of 16192146 - Npe While Processing Device Events.

16207616

Copy Of 16207068 - Update Description And Detail Description Of BS D1-Retrievesp

16233085

Copy Of 14227773 - Ongoing Sync Issues With Fields That Are Removed

16235585

Activity List Not Shown When 'Go To Acitvity' Invoked From Device Context Menu

16240484

Copy Of 16217516 - Reprocessing Of Device Event Seeder Record Results In Batch E

16245564

Copy Of Device Event Pairing Is Incorrect.

16248483

Copy Of 16238840 - Duke - Error On Uploading Scalar Imd

16295958

Copy Of 16270099 - IMD In Exception Causes Final Reads After That Read To Be Mar

16308364

Copy Of 16299089 - New Register Read Of Equal Data Quality Condition(Priority)

16315424

Copy Of 16304484 - New Manual Imd Bo Is Not Recognized As Override Bo Option Dur

16321458

Copy Of 16311217 - Behavior Of New Register Read Of Equal Data Quality Condition

16343795

Copy Of 16339218 - Zone To Edit Data In Error Is Not Presented In Some Rollover

16357061

SP Info String Should Show Next Scheduled Read Date

16417386

Interval Undercount Not Functioning As Expected

16432027

Max Digits Failure Stops All Processing For Meter

16432258

IMD Create Measurement Log On Update Is Always Turned On

16444111

Discrepancy Between Start Date Times In IMD Log And IMD Record Itself

16456707

Scalar Measuring Components Not Displaying "Hours Before Estimation"

16481763

Copy Of 15983759 - Shiftlegaldatetimetostandard_Impl Errorout If End Dttm Is Wit

16493655

D1-Spsfx - Snapshot Type Does Not Get Populated With Default Value M (Month)

16499672

Copy Of 16494534 - Meter Does Not Transition From Retired To Active (Sync Failur

16572308

Remove Rowref From Device Config BO

16575361

D1-VALARMSTS Is Missing From The Conn-Comm State On D1-SmartMeterInstallEvent BO

16668910

Copy Of 16616195 - Periodic Estimation Creates IMD Ending After Install Event Re

16714853

Copy Of 16687987 - Lastest Read Date/Time Not Updated When New Finalized IMD Ove

16720618

Copy Of 16312379 - IE Sync With Error Still Creates Pending IE With No Date & Ne

16730557

Copy Of 16718261 - MC Could Not Be Resolve Because Of Time Shift Issue In Dst Pe

Meter Data Management Fixes

The following table lists the Meter Data Management fixes included in this release.

Bug

Subject

11668745

Controlling IMD Overlay Contents

13036693

Rederive Function In 360 Portal Is Erring Out.

13404561

CR054 - Fr - SP VEE Exception Snapshot

13574323

11668745Partially Selected Interval Not Color Coded In Tou Overlay Zone

13615335

Syncbi-Data - Batch D2-Svefx Has Incorrect Prepop Value In Snapshottype = Y

13953694

Bottom Scrollbar Shown For Short Sp Info String In Us Maint. Ui Map

14064806

BI 2.4 - Hardcoded Snapshot Type Is Used Instead Of Using Snapshot_Type_Flg

14139659

Duplicate Entries Are Getting Created In Flat File For D2sufax Batch

14698581

360 Search By Address Screen Does Not Return Service Point If No Contact Defined

14739784

Math Rule Doesn't Generate The Correct Error 'Interval Data Does Not Exist'

14749917

Math Rule - Vector Profile Factor Generates - Java.Lang.Nullpointerexceptionon

14765294

Description Is Incorrect For D2-Spprimaryuslite Business Object

14795871

Issue With Interval Data Snapshot When UtTSpans Dst Change For D2wo Option

15852635

Add Rate History Section In D2-USMAINT

15853395

Copy Of 15853391 - Copy Of 15832624 - Initial Bill In Case Of Meter Exchange And

15861513

Summation Of Quantities Is Displaying Incorrect Value For Math Rule

15864827

Copy Of 15834095 - D1-Perestm On D1-Smartmeter Erroneously Deactivated In D2

15886195

Copy Of 15885514 - Copy Of 15845390 - Timeline Zone On The Service Point 360 Vie

15902729

Copy Of 15873412 - Issue With Patch 14806976 - Measurement Cycle Schedule For Su

15909997

Copy Of 15907214 - MDM Enhancement To Support Multiple Data Source Indicator

15926160

Copy Of 15926154 - Copy Of 15880322 - Mdm Not Estimating A 0 Value

15926793

Copy Of 15926787 - Copy Of 15858066 - Estimation For A Meter Attached To 2 Diffe

15931956

Copy Of 15931952 - Copy Of 15893787 - Interval Date Times Fails Ut With "No Usag

15945148

Copy Of 15942063 - Cyrillic BO Status Representation Error In Us Portal Zone.

15948973

Dimension Scanner Activity Type Should Have Category Of Dimension Scanner

15956918

Copy Of 15956914 - Copy Of 15955649 - Usage Transaction - Npe When Using "Derive

15963346

Copy Of 14822077 - Gap In Usage Period Lists Over Meter Exchange Creates Error O

15967234

Copy Bug 15899389 - Discrepancy With Starting And Ending Interval Measurement Ti

15982613

In Us Type The Dynamic Determination Algorithm Search Results All Algorithms

15988548

Copy Of 15983267 - BI - Quanity/Consumption Fields Should Be Of Format N (26,7)

15992504

Missing Extensibility On Snapshot Algorithms For BI

16012279

Copy Bug - Imd "Save As" Function Incorrectly Shifts Data Forward An Hour By Def

16013994

Copy Of 15974789 - Dimension Scanner Issues With Market Relationship Type

16014199

Copy Of 14791860 - When SA Stopped Within Summary Acct Bill Cycle Window, Bill S

16026970

Copy Of 16017772 - Zone D2-STPCQ1 Has Invalid Application Service

16045369

75046 Get Interval Data Usage Rule - Axis Conversion Enhancement

16053366

Copy Of 14250422 - Dynamic Determination Of Usage Calc Group (BI-Related)

16074515

Copy Of 14397210 - If Automtd Retry Is 'No-Automatic Discard',Sub Ut Fails To Di

16088183

Copy Of 16080963 - D2-Svefx Extracts Incorrect Information.

16101574

Copy Of 16091815 - Scalar End Read Is Wrong When Using "Save As" Button

16175853

Copy Of 16025692 - Dynamic Determination Of Usage Calc Group - BI Extracts

16190004

Copy Of 16013329 - Start Date/Time Differences In Usage Transaction Portal

16211341

Mathmaint Page Does Not Keep Value For Profile Dropdown Menu.

16220318

Copy Of 16218790 - D2-DetermineEstimatedAndHighLowScalarreadings Getting "Divide

16220651

Copy Of 16210733 - Restricting To "Inquire" Access Mode Does Not Prevent User Fr

16268509

Copy Of 16236835 - Green Button Functionality Does Not Always Generate Usage Dat

16281030

Copy Of 16203578 - Is Estimate On Ut Should Be Set When Estimate Read Is Conside

16302496

Copy Of 16193210 - Dynamic Determination Of Usage Calc Group - BI Aggregation

16303840

Usage Transaction Error Message Display Incorrect Dates

16320376

Copy Of 16317243 - Raise Missing Quantity Exception Not Creating Exceptions For

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4. Restrictions.The license granted in Section 3 above is expressly made subject to and limited by the following restrictions:

1. You may distribute, publicly display, publicly perform, or publicly digitally perform the Work only under the terms of this License, and You must include a copy of, or the Uniform Resource Identifier for, this License with every copy or phonorecord of the Work You distribute, publicly display, publicly perform, or publicly digitally perform. You may not offer or impose any terms on the Work that alter or restrict the terms of this License or the recipients' exercise of the rights granted hereunder. You may not sublicense the Work. You must keep intact all notices that refer to this License and to the disclaimer of warranties. You may not distribute, publicly display, publicly perform, or publicly digitally perform the Work with any technological measures that control access or use of the Work in a manner inconsistent with the terms of this License Agreement. The above applies to the Work as incorporated in a Collective Work, but this does not require the Collective Work apart from the Work itself to be made subject to the terms of this License. If You create a Collective Work, upon notice from any Licensor You must, to the extent practicable, remove from the Collective Work any credit as required by clause 4(b), as requested. If You create a Derivative Work, upon notice from any Licensor You must, to the extent practicable, remove from the Derivative Work any credit as required by clause 4(b), as requested.

2. If you distribute, publicly display, publicly perform, or publicly digitally perform the Work or any Derivative Works or Collective Works, You must keep intact all copyright notices for the Work and provide, reasonable to the medium or means You are utilizing: (i) the name of the Original Author (or pseudonym, if applicable) if supplied, and/or (ii) if the Original Author and/or Licensor designate another party or parties (e.g. a sponsor institute, publishing entity, journal) for attribution in Licensor's copyright notice, terms of service or by other reasonable means, the name of such party or parties; the title of the Work if supplied; to the extent reasonably practicable, the Uniform Resource Identifier, if any, that Licensor specifies to be associated with the Work, unless such URI does not refer to the copyright notice or licensing information for the Work; and in the case of a Derivative Work, a credit identifying the use of the Work in the Derivative Work (e.g., "French translation of the Work by Original Author," or "Screenplay based on original Work by Original Author"). Such credit may be implemented in any reasonable manner; provided, however, that in the case of a Derivative Work or Collective Work, at a minimum such credit will appear where any other comparable authorship credit appears and in a manner at least as prominent as such other comparable authorship credit.

5. Representations, Warranties and Disclaimer

UNLESS OTHERWISE MUTUALLY AGREED TO BY THE PARTIES IN WRITING, LICENSOR OFFERS THE WORK AS-IS AND MAKES NO REPRESENTATIONS OR WARRANTIES OF ANY KIND CONCERNING THE WORK, EXPRESS, IMPLIED, STATUTORY OR OTHERWISE, INCLUDING, WITHOUT LIMITATION, WARRANTIES OF TITLE, MERCHANTIBILITY, FITNESS FOR A PARTICULAR PURPOSE, NONINFRINGEMENT, OR THE ABSENCE OF LATENT OR OTHER DEFECTS, ACCURACY, OR THE PRESENCE OF ABSENCE OF ERRORS, WHETHER OR NOT DISCOVERABLE. SOME JURISDICTIONS DO NOT ALLOW THE EXCLUSION OF IMPLIED WARRANTIES, SO SUCH EXCLUSION MAY NOT APPLY TO YOU.

6. Limitation on Liability. EXCEPT TO THE EXTENT REQUIRED BY APPLICABLE LAW, IN NO EVENT WILL LICENSOR BE LIABLE TO YOU ON ANY LEGAL THEORY FOR ANY SPECIAL, INCIDENTAL, CONSEQUENTIAL, PUNITIVE OR EXEMPLARY DAMAGES ARISING OUT OF THIS LICENSE OR THE USE OF THE WORK, EVEN IF LICENSOR HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.

7. Termination

1. This License and the rights granted hereunder will terminate automatically upon any breach by You of the terms of this License. Individuals or entities who have received Derivative Works or Collective Works from You under this License, however, will not have their licenses terminated provided such individuals or entities remain in full compliance with those licenses. Sections 1, 2, 5, 6, 7, and 8 will survive any termination of this License.

2. Subject to the above terms and conditions, the license granted here is perpetual (for the duration of the applicable copyright in the Work). Notwithstanding the above, Licensor reserves the right to release the Work under different license terms or to stop distributing the Work at any time; provided, however that any such election will not serve to withdraw this License (or any other license that has been, or is required to be, granted under the terms of this License), and this License will continue in full force and effect unless terminated as stated above.

8. Miscellaneous

1. Each time You distribute or publicly digitally perform the Work or a Collective Work, the Licensor offers to the recipient a license to the Work on the same terms and conditions as the license granted to You under this License.

2. Each time You distribute or publicly digitally perform a Derivative Work, Licensor offers to the recipient a license to the original Work on the same terms and conditions as the license granted to You under this License.

3. If any provision of this License is invalid or unenforceable under applicable law, it shall not affect the validity or enforceability of the remainder of the terms of this License, and without further action by the parties to this agreement, such provision shall be reformed to the minimum extent necessary to make such provision valid and enforceable.

4. No term or provision of this License shall be deemed waived and no breach consented to unless such waiver or consent shall be in writing and signed by the party to be charged with such waiver or consent.

5. This License constitutes the entire agreement between the parties with respect to the Work licensed here. There are no understandings, agreements or representations with respect to the Work not specified here. Licensor shall not be bound by any additional provisions that may appear in any communication from You. This License may not be modified without the mutual written agreement of the Licensor and You.

Creative Commons is not a party to this License, and makes no warranty whatsoever in connection with the Work. Creative Commons will not be liable to You or any party on any legal theory for any damages whatsoever, including without limitation any general, special, incidental or consequential damages arising in connection to this license. Notwithstanding the foregoing two (2) sentences, if Creative Commons has expressly identified itself as the Licensor hereunder, it shall have all rights and obligations of Licensor.

Except for the limited purpose of indicating to the public that the Work is licensed under the CCPL, neither party will use the trademark "Creative Commons" or any related trademark or logo of Creative Commons without the prior written consent of Creative Commons. Any permitted use will be in compliance with Creative Commons' then-current trademark usage guidelines, as may be published on its website or otherwise made available upon request from time to time.

Creative Commons may be contacted at http://creativecommons.org/.

Notice concerning usage of XStream

Copyright (c) 2003-2006, Joe Walnes

Copyright (c) 2006-2007, XStream Committers

All rights reserved.

Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:

Redistributions of source code must retain the above copyright notice, this list of

conditions and the following disclaimer. Redistributions in binary form must reproduce

the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.

Neither the name of XStream nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission.

THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRE CT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

Notice concerning usage of slf4j

SLF4J source code and binaries are distributed under the MIT license.

Copyright (c) 2004-2008 QOS.ch

All rights reserved.

Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

Notice concerning usage of Perl

Perl Kit, Version 5

Copyright (C) 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, by Larry Wall and others

All rights reserved.

This program is free software; it is being redistributed under the terms of the "Artistic License".

The Artistic License

Preamble

The intent of this document is to state the conditions under which a Package may be copied, such that the Copyright Holder maintains some semblance of artistic control over the development of the package, while giving the users of the package the right to use and distribute the Package in a more-or-less customary fashion, plus the right to make reasonable modifications.

Definitions:

"Package" refers to the collection of files distributed by the Copyright Holder, and derivatives of that collection of files created through textual modification.

"Standard Version" refers to such a Package if it has not been modified, or has been modified in accordance with the wishes of the Copyright Holder.

"Copyright Holder" is whoever is named in the copyright or copyrights for the package.

"You" is you, if you're thinking about copying or distributing this Package.

"Reasonable copying fee" is whatever you can justify on the basis of media cost, duplication charges, time of people involved, and so on. (You will not be required to justify it to the Copyright Holder, but only to the computing community at large as a market that must bear the fee.)

"Freely Available" means that no fee is charged for the item itself, though there may be fees involved in handling the item. It also means that recipients of the item may redistribute it under the same conditions they received it.

1.You may make and give away verbatim copies of the source form of the Standard Version of this Package without restriction, provided that you duplicate all of the original copyright notices and associated disclaimers.

2.You may apply bug fixes, portability fixes and other modifications derived from the Public Domain or from the Copyright Holder. A Package modified in such a way shall still be considered the Standard Version.

3.You may otherwise modify your copy of this Package in any way, provided that you insert a prominent notice in each changed file stating how and when you changed that file, and provided that you do at least ONE of the following:

1.place your modifications in the Public Domain or otherwise make them Freely Available, such as by posting said modifications to Usenet or an equivalent medium, or placing the modifications on a major archive site such as ftp.uu.net, or by allowing the Copyright Holder to include your modifications in the Standard Version of the Package.

2.use the modified Package only within your corporation or organization.

3.rename any non-standard executables so the names do not conflict with standard executables, which must also be provided, and provide a separate manual page for each non-standard executable that clearly documents how it differs from the Standard Version.

4.make other distribution arrangements with the Copyright Holder.

4.You may distribute the programs of this Package in object code or executable form, provided that you do at least ONE of the following:

a)distribute a Standard Version of the executables and library files, together with instructions (in the manual page or equivalent) on where to get the Standard Version.

b)accompany the distribution with the machine-readable source of the Package with your modifications.

c)accompany any non-standard executables with their corresponding Standard Version executables, giving the non-standard executables non-standard names, and clearly documenting the differences in manual pages (or equivalent), together with instructions on where to get the Standard Version.

d)make other distribution arrangements with the Copyright Holder.

5.You may charge a reasonable copying fee for any distribution of this Package. You may charge any fee you choose for support of this Package. You may not charge a fee for this Package itself. However, you may distribute this Package in aggregate with other (possibly commercial) programs as part of a larger (possibly commercial) software distribution provided that you do not advertise this Package as a product of your own.

6.The scripts and library files supplied as input to or produced as output from the programs of this Package do not automatically fall under the copyright of this Package, but belong to whomever generated them, and may be sold commercially, and may be aggregated with this Package.

7.C or perl subroutines supplied by you and linked into this Package shall not be considered part of this Package.

8.The name of the Copyright Holder may not be used to endorse or promote products derived from this software without specific prior written permission.

9.THIS PACKAGE IS PROVIDED "AS IS" AND WITHOUT ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.

The End

Notice concerning usage of Mime-Base64 Perl Module

Copyright 1995-1999,2001-2004 Gisle Aas <gisle@ActiveState.com>

This library is free software; you can redistribute it and/or modify it under the same terms as Perl itself.

The standard version of the package that is used can be obtained from http://www.cpan.org.

Specifically, the software can be obtained from the following link :

http://search.cpan.org/search%3fmodule=MIME::Base64

Notice concerning usage of Mime-Lite Perl Module

This is MIME::Lite 3.01 Maintenance release

TERMS AND CONDITIONS

Copyright (c) 1997 by Eryq.

Copyright (c) 1998 by ZeeGee Software Inc.

Copyright (c) 2003 Yves Orton. demerphq (at) hotmail.com.

All rights reserved. This program is free software; you can redistribute it and/or modify it under the same terms as Perl itself.

This software comes with NO WARRANTY of any kind. See the COPYING file in the distribution for details.

The standard version of the package that is used can be obtained from http://www.cpan.org.

Specifically, the software can be obtained from the following link :

http://search.cpan.org/search%3fmodule=MIME::Lite

Notice concerning usage of DBD::DB2 Perl Module

License Agreement for DBD::DB2

__________________________________________________________________

PLEASE READ THIS AGREEMENT CAREFULLY BEFORE INSTALLING OR USING

THIS PROGRAM. IF YOU INSTALL OR USE THIS PROGRAM, YOU AGREE TO THESE

TERMS.

_________________________________________________________________

1. This DBD::DB2 code "Program" is owned by International Business Machines Corporation or its subsidiaries (IBM) or IBM's suppliers, and is copyrighted and licensed, not sold. IBM retains title to the Program, and grants the user of the Program "You" an:

irrevocable, worldwide, nonexclusive, perpetual, royalty-free and fully paid-up license

(i) to use, execute, display, perform, and reproduce the Program,

(ii)to prepare derivative works based on the Program,

(iii)to distribute copies of the Program and derivative works thereof, and

(iv)to authorize others to do all of the above.

2.You must reproduce the copyright notice and any other legend of ownership on each copy or partial copy of the Program.

3.IBM would appreciate receiving a copy of derivative works of the Program that You create. You may provide to IBM such derivative works pursuant to the terms of this Agreement and the directions in the README file contained within the Program directory. You represent and warrant to IBM that You are the sole author of, and/or have full exclusive right, title and interest to any and all derivative works You provide to IBM. You further represent that You are under no obligation to assign your rights in such derivative works to any third-party, including without limitation, any current or former employer.

4.You agree that IBM may utilize all information, ideas, concepts, know-how or techniques furnished by You to IBM in connection with any derivative works You make or have made to the IBM Program, and that You provide to IBM and IBM may, but shall not be obligated to, include such derivative works in the IBM Program or in any IBM product without accounting to You.

5.With respect to any derivative works of the Program You provide to IBM, You grant to IBM

an:

irrevocable, worldwide, non-exclusive, perpetual, royalty--free and fully paid-up license

(i)to use, execute, display, perform, and reproduce your derivative works,

(ii)to prepare derivative works based upon your derivative works,

(iii)to distribute copies of your derivative works, and

(iv)to authorize others to do all of the above.

6.YOU UNDERSTAND THAT THE PROGRAM IS BEING PROVIDED TO YOU "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTIES OF MERCHANTABILITY, QUALITY, PERFORMANCE, INTELLECTUAL PROPERTY INFRINGEMENT OR FITNESS FOR ANY PARTICULAR PURPOSE. IBM has no obligation to provide service, defect correction, or any maintenance for the Program. IBM has no obligation to supply any Program updates or enhance-ments to You even if such are or later become available.

7.IBM accepts no liability for damages You may suffer as a result of your use of the Program. Under no circumstances is IBM liable for any of the following:

1.third-party claims against You for losses or damages;

3.loss of, or damage to, your records or data; or

4.direct damages, lost profits, lost savings, incidental, special, or indirect damages or consequential damages, even if IBM or its authorized supplier, has been advised of the possibility of such damages.

8.Some jurisdictions do not allow these limitations or exclusions, so they may not apply to You.

9.You are responsible for the payment of any taxes resulting from this license.

10.You agree not to bring a legal action more than two years after the cause of action arose.

11.This license will be governed by and interpreted in accordance with the laws of the State of New York.

12.This license is the only understanding and agreement IBM has for your use of the Program.

The standard version of the package that is used can be obtained from http://www.cpan.org.

Specifically, the software can be obtained from the following link :

http://search.cpan.org/search%3fmodule=DBD::DB2

Notice concerning usage of DBI Perl Module

DBI by Tim Bunce. This pod text by Tim Bunce, J. Douglas Dunlop,

Jonathan Leffler and others. Perl by Larry Wall and the perl5-porters.

COPYRIGHT

The DBI module is Copyright (c) 1994-2004 Tim Bunce. Ireland.

All rights reserved.

This is distributed under the terms of the Artistic License.

The standard version of the package that is used can be obtained from http://www.cpan.org.

Specifically, the software can be obtained from the following link :

http://search.cpan.org/search%3fmodule=DBD::DB2