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Configuration: pfx=, os=Linux, rel=2.6.12-1.1398_FC4, rbase=2, rroot=2.6.12-1, arch=i686, sfx=variant=optimized Using M4=/usr/bin/m4 Creating /home/curtis/sendmail-8.13.4/obj.Linux.2.6.12-1.1398_FC4.i686/ sendmail using /home/curtis/sendmail-8.13.4/devtools/OS/Linux Making dependencies in /home/curtis/sendmail-8.13.4/ obj.Linux.2.6.12-1.1398_FC4.i686/sendmail rm -f sm_os.h ln -f -s ../../include/sm/os/sm_os_linux.h sm_os.h cc -M -I. -I../../include -DNEWDB main.c alias.c arpadate.c bf.c collect.c conf. control.c convtime.c daemon.c deliver.c domain.c envelope.c err.c headers.c macro.c map.c mci.c milter.c mime.c parseaddr.c queue.c ratectrl.c readcf.c recipient.c sasl.c save-mail.c sfsasl.c shmticklib.c sm_resolve.c srvrsmtp.c stab.c stats.c sysexits.c timers.c tls.c trace.c udb.c usersmtp.c util.c version.c Next, change to the cf/cf/ directory, copy the generic Linux .mc file, and build a new sendmail configuration file, thusly: [curtis@mail sendmail]$ cd ../cf/cf [curtis@mail cf]$ cp generic-linux.mc sendmail.mc [curtis@mail cf]$ sh Build sendmail.cf

The Oracle database can easily be configured to use the Clusterware framework for high availability. Using Grid Infrastructure to protect a database resource is a very cost effective way of setting up an active/passive cluster. As an added advantage, using only one vendor s software stack to implement the

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The default Oracle Collaboration Suite installation will have a single infrastructure instance hosting the metadata repository database, the Oracle Internet Directory, the Single Sign-On server, and the Certificate Authority. The database will contain the Oracle Application Server farm configuration data, and also component repositories such as the Portal repository and the tables that make up the Oracle Internet Directory schema. For a large installation that might support tens of thousands of concurrent users, this is a lot of work for one infrastructure instance. And for any installation, it is a single point of failure. Undoubtedly the simplest way to add scalability and fault tolerance to the identity management services is to protect the database with Data Guard and RAC, and to launch additional Oracle Internet Directory servers. To launch additional servers, use the oidctl utility to instruct the oidmon monitor process to start another server, as in the following example: $ oidctl connect=ocsdb server=oidldapd instance=3 configset=3 start The connect argument specifies the Oracle Net alias of the database storing the directory data. The server argument specifies that the server to be started is the LDAP listener. The instance number must be unique for all servers started, but otherwise has no significance. The configset argument instructs the monitor to start the server using a particular set of configuration directives, in this case set number 3. These are the settings stored within the directory that control, among other things, what port the server will listen on, how many

Using M4=/usr/bin/m4 rm -f sendmail.cf /usr/bin/m4 ../m4/cf.m4 sendmail.mc > sendmail.cf || ( rm -f sendmail.cf && exit 1 ) echo "### sendmail.mc ###" >>sendmail.cf sed -e 's/^/# /' sendmail.mc >>sendmail.cf chmod 444 sendmail.cf Now install the sendmail configuration files to /etc/mail/: [curtis@mail cf]$ sudo sh Build install-cf

cluster can make troubleshooting easier. Staff already familiar with RAC will easily be able to set up and run this configuration because it uses an identical software stack: all commands and log files are in familiar locations, and troubleshooting does not rely on the input from other teams. To set up an active/passive cluster with 11g Release 2, you need to initially install Grid Infrastructure on all nodes of the cluster. Grid Infrastructure will provide the user with a cluster logical volume manager: ASM. If for some reason another file system is required, you have the option of choosing from the supported cluster file systems, including ACFS. Using a cluster file system that is mounted concurrently to both cluster nodes offers the advantage of not having to remount the database files and binaries in case of a node failure. Some configurations we saw suffered from extended failover periods caused by required file system checks before the file system could be remounted. On top of the Grid Infrastructure build, you perform a local installation of the RDBMS. It is important that you do not choose a cluster installation when prompted so; otherwise, you risk violating your license agreement with Oracle. When completed, the software stack consists of the components listed in Figure 8-2.

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