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It is possible for a fully functional Oracle Collaboration Suite installation to have only one database, but such an arrangement is only suitable for small installations supporting only a few hundred users. Larger installations will have at least two databases: one for the infrastructure components, one for the middle tier components. Even in a single database environment, different schemas are used to separate the data into different areas so that the one database appears to be several. Every Oracle Collaboration Suite database you create through the installation tools will contain all the schemas; you decide which schemas to use in which database. Apart from the scale of the installation influencing the number of databases required, the different patterns of activity against different groups of data may also make multiple databases advisable. It can be difficult to tune a single database to support several types of workload concurrently; separating the data makes it possible to optimize databases for each kind of usage.

In Oracle 10.2, Oracle Clusterware log files are created in the $ORA_CRS_HOME/log directory. This directory can be located on shared storage; therefore, it contains a subdirectory for each node (e.g., $ORA_CRS_HOME/log/londonl). The $ORA_CRS_HOME/log/<node> directory contains the Oracle Clusterware alert log (e.g., alertlondonl. log). If you are investigating a problem with Oracle Clusterware, this file should be your first point of reference. The $ORA_CRS_HOME/log/<node> directory also contains of the following subdirectories: client: Contains log files for various OCR applications, including CLSCFG, CSS, OCRCHECK, OCRCONFIG, O R U P andOIFCFG C D M, crsd: Contains log files for the crsd daemon, including crsd. log cssd: Contains log files for ocssd daemon, including ocssd. log evmd: Contains log files for evmd daemon, including evmd. log racg: Contains log files for node applications, such as VIP and ONS The logfilesin these directories grow quite rapidly, so you may wish to back them up and truncate them periodically. In addition, check for core dumps and delete them when they are no longer required. In Oracle 10.1, the log files can be found in different locations. There is no equivalent to the client directory; client applications, such as OCRCONFIG and OIFCFG, generally create log files in the current working directory. The remaining daemons create log files in the following directories: crsd: $ORA_CRS_HOME/crs/log cssd:$ORA_CRS_HOME/css/log evmd: $ORA_CRS_HOME/evm/log racg: $ORA_CRS_HOME/racg/log and $ORA_CRS_HOME/racg/dump

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Summary

In this chapter, we discussed Oracle Clusterware, which was introduced in Oracle 10.1 for all RAC platforms. In Oracle 10.1, Clusterware suffers from a number of bugs, and we strongly recommended that you upgrade to Oracle 10.1.0.4 and install all relevant patches if you wish to use Oracle Clusterware in this release. In Oracle 10.2, Clusterware has been significantly enhanced and has proved to be a solid and stable feature. In our experience, Oracle Clusterware runs adequately for most users in Oracle 10.2.0.1. As Oracle Clusterware is a fundamental part of any RAC database, we recommend that you implement any new systems on Oracle 10.2 in order to benefit from this stability.

An Oracle Application Server farm requires a metadata repository, which stores information regarding all the OPMN-managed components in the Oracle Application Server Farm, including OC4J instances, Apache web listeners, and application server instances. This repository can be based on a set of operating system files, but for an Oracle Collaboration Suite installation it is always in a database. The metadata repository schema is DCM (Distributed Configuration Management). This schema is created the first time you run the installer and is updated subsequently by configuration changes. These changes are made through the DCM mechanism, invoked either with the command-line utility dcmctl or through the Application Server Control tool. It should never be necessary to view or update any data in the metadata repository schemas by any other means.

Namespaces help you organize your code hierarchically. To help keep modules names unique across assemblies, you qualify the module name with a namespace name, which is just a character string with parts separated by dots. For example, F# provides a module named List, and the .NET BCL provides a class named List. There is no name conflict, because the F# module is in the namespace Microsoft.FSharp.Collections, and the BCL class is in the namespace System.Collections.Generic. Namespaces keep the module names of compiled code separate, so they are not allowed in F# interactive because they serve no purpose. It s important that namespace names be unique. The most popular convention is to start namespace names with the name of a company or organization, followed by a specific name that indicates a piece of functionality. You aren t obligated to do this, but the convention is so widely followed that if you intend to distribute your code, especially in the form of a class library, then you should adopt this practice, too.

In this chapter, we investigate RAC-specific development concepts. We begin by discussing some RAC-specific development topics, including identifying instances and services, memory and disk considerations, and node affinity. In the second part of the chapter, we examine some advanced RAC pro[(HlF)]gramming techniques and the concepts underlying them, including Transparent Application Failover (TAF), Fast AppUcation Notification (FAN), and the Oracle Clusterware High Availability (HA) Framework.

In this section, we discuss some general RAC-related development topics, including the following: Instances and database services Multiple SGAs Local and shared storage Node affinity

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