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Figure 12-3. The coupling diagram of the Coordinator team that represents the Communication Management block All the workers except HttpResponse are completely decoupled from each other and from the rest of the system. On the other hand, the Coordinator is coupled to five of the six workers. While it is perfectly possible to design the system so that the Coordinator is decoupled from the workers, I chose to leave the Coordinator coupled to avoid distracting you with separate builders and binders, which would have been necessary. In this case study, the Coordinator builds and binds the workers directly to avoid introducing unnecessary complexity. The Coordinator exposes a single public method called Send. When CoordinatorRequestHandler calls this method, the Coordinator uses the workers to carry out the task. Noteworthy is the fact that HttpService supports concurrent operations, but none of the workers contains any threading logic. The workers are completely unaware of which thread they run in. The Coordinator handles all threading details, allowing the workers to focus only on specific tasks, without regard to the timing of those tasks in relationship to the rest of the system. When the Coordinator team establishes a connection to a remote server, the connection is kept open and saved in a pool. Connections remain in the pool unless they re idle for a certain amount of time. The task of managing the pool and monitoring for idle connections is assigned to a coordinator called CoordinatorConnectionPool that has no workers. The Coordinator uses an internal Hashtable to hold the collection of active connections. Now you re in a position to see the entire signal diagram of the system, shown in Figure 12-4.

If you have never had an Oracle installation on your server, you must create the oraInst.loc file in the /etc directory as the root user. If you had an older Oracle installation (even one that has been uninstalled), you ll have this file already. The file provides the installer with the location of the inventory of Oracle products installed on your server. To create the oraInst.loc file, follow these steps: 1. Log in as the root user and change to the /etc directory: # cd /etc 2. Create the oraInst.loc file with the following two lines: inventory_loc=ORACLE_BASE/oraInventory inst_group= oinstall 3. Enter the following commands to set the appropriate owner, group, and permissions on the oraInst.loc file: # chown oracle:oinstall oraInst.loc # chmod 664 oraInst.loc

The easiest way to create a response file is to edit one of the Oracle-provided response file templates, located in the /db/response directory on the CD. If you create a staging directory, the response files will be in the /staging/response directory. If you don t create a staging directory, they ll be in the

/Disk1/response directory These are the response file templates provided by Oracle, with each one meant for a specific purpose: enterprisersp: Oracle Database 11g Enterprise version standardrsp: Oracle Database 11g Standard version netcarsp: Oracle Net Configuration Assistant customrsp: Custom installation of Oracle Database 11g emcarsp: Enterprise Manager Configuration Assistant dbcarsp: Database Configuration Assistant The response file for the Enterprise Edition installation is copied from the CD during installation, along with the other files and scripts It s located in a separate directory called response, which is located in the same directory as the runInstaller executable file You need to copy the response file to a directory on your own system and edit it according to your needs The editing of the response file may take some time, but it s well worth it if you re planning multiple installations.

Which distribution is more desirable It might appear that an even distribution is a good thing, but this is not the case. Remember Axiom 2, stated at the beginning of the chapter: Coupling should be introduced into simpler classes and components first. If you distribute complexity unevenly across the components of a system, you could concentrate complexity in some components and keep other components simple. You would then want to offload coupling from the more complex components by transferring it to the simpler ones. As you ll see in later chapters, class factories (which I call Builders in this book) are extremely simple components, whose only task is to create instances of other classes. A Builder incurs unambiguous type coupling to each class or type it instantiates, so Builders tend to be heavily coupled. Using one or more Builders to create all the classes of a system, you could offload a great deal of coupling from the classes that do the heavy lifting in a system. As a result, the coupling chart would show a small number of classes (the Builders) with a very large coupling magnitude. The other classes would have a small amount of residual coupling.