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The Web Cache routes the request to the same middle tier Apache web listener that was selected in step 3, again making use of session identifiers, hitting it on port 7778 11 The middle tier connects the user to the Webmail client process, which issues a request to the IMAP4 virtual host, hitting one of the load balancers on port 143 12 The load balancer routes the requests to one of the middle tier hosts, hitting its IMAP listener on port 143 13 The IMAP listener retrieves the user s mail from the Mail datastore and returns it to the Webmail client 14 The Webmail client formats the mail for display in a page of HTML and returns the results to the Web Cache from which it received the request 15 The Web Cache returns the page to the end user s browser.

Systematic troubleshooting of Grid Infrastructure follows a bottom-up approach because the resources have clearly defined dependencies (please refer to the Startup Sequence section for more information about the starting Grid Infrastructure in general). The generic troubleshooting document Oracle provides to resolve such issue is My Oracle Support note 1050908.1 How to Troubleshoot Grid Infrastructure Startup Issues ; the following sections are loosely modeled on that support note.

access access.db domaintable domaintable.db helpfile local-host-names mailertable mailertable.db Makefile sendmail.cf sendmail.mc

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The first daemon to start in a Grid Infrastructure environment is OHAS. This process relies on the init process to invoke /etc/init.d/init.ohasd, which starts /etc/rc.d/init.d/ohasd, which in turn executes $GRID_HOME/ohasd.bin. Without a properly working ohasd.bin process, none of the other stack components will start. The entry in /etc/inittab defines that /etc/init.d/init.ohasd is started at runlevels 3 and 5. Runlevel 3 in Linux usually brings the system up in networked, multi-user mode; however, it doesn t start X11. Runlevel 5 is normally used for the same purpose, but it also starts the graphical user interface. If the system is at a runlevel other than 3 or 5, then ohasd.bin cannot be started, and you need to use a call to init to change the runlevel to either 3 or 5. You can check /var/log/messages for output from the scripts under /etc/rc.d/init.d/; ohasd.bin logs information into the default log file destination at $GRID_HOME/log/hostname in the ohasd/ohasd.log subdirectory. The administrator has the option to disable the start of the High Availability Services stack by calling crsctl disable crs. This call updates a flag in /etc/oracle/scls_scr/hostname/root/ohasdstr. The file

This mechanism means that no process ever contacts a process on a (possibly) remote node directly; it always goes via an intermediary device, either a load balancer or a Web Cache, that will be aware of the availability status of the various servers Not included in this example of request flow is the contact with Oracle Databases, which is through an Oracle Net connection to the database instances This will have occurred three times: Step 6, where the Apache web listener makes a call through a DAD to PL/SQL-stored procedures Step 8, where the LDAP server will have connected to a database to read the tables that store the directory information tree Step 13, where the IMAP server retrieves messages from the Mail datastore These database connections will be load balanced by Oracle Net across the two database instances running on the two infrastructure nodes.

contains only one word, either enable or disable, and no carriage return If set to disable, then /etc/rcd/initd/ohasd will not proceed with the startup Call crsctl start crs to start the cluster stack manually in that case Many Grid Infrastructure background processes rely on sockets created in /var/tmp/oracle You can check which socket is used by a process by listing the contents of the /proc/pid/fd directory, where pid is the process id of the program you are looking at In some cases, permissions on the sockets can become garbled; in our experience, moving the oracle directory to a safe location and rebooting solved the cluster communication problems Another reason ohasdbin might fail to start: the file system for $GRID_HOME could be either corrupt or otherwise not mounted Earlier, it was noted that ohasdbin lives in $GRID_HOME/bin.

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If $GRID_HOME isn t mounted, then it is not possible to start the daemon We introduced the OLR as an essential file for starting Grid Infrastructure If the OLR has become corrupt or is otherwise not accessible, then ohasdbin cannot start Successful initialization of the OLR is recorded in the ohasdlog, as in the following example (the timestamps have been removed for the sake of clarity): [ default][3046704848] OHASD Daemon Starting Command string :reboot [ default][3046704848] Initializing OLR [ OCRRAW][3046704848]proprioo: for disk 0 (/u01/app/crs/cdata/london1.

Oracle Net provides load balancing and failure detection mechanisms for RAC database access comparable to those provided by the load balancers and the Web Caches..

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