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All Oracle Collaboration Suite component applications share a common security model. This is the critical point of integration. This model is based on the use of Single Sign-On and the Oracle Internet Directory. Use of Single Sign-On is immediately apparent to the user. When the user first contacts a component through the web interface, he is redirected to the Single Sign-On server, which prompts for a username and password and authenticates these against entries in the Oracle Internet Directory. This authentication service is installed as part of the Oracle Application Server infrastructure, an integral part of the Oracle Collaboration Suite installation. The details of this authentication mechanism are described in 2. The end result is that a user needs to authenticate himself only once the first time he connects to a component and he can then connect to any other Single Sign-On enabled component without further prompts. This is enabled by a cookie set in the user s browser, which is valid for a certain time span (configured by the administrator) or until the user closes the browser. Figure 1-3 shows the Oracle Collaboration Suite logon window, to which all users are redirected no matter what component they asked for, and to which they are returned after logging out. This window can, of course, be customized. The default logon window immediately after installation is shown in Figure 1-3.

Defining this FEATURE macro in sendmail.mc forces sendmail to look for the file named virtusertable.db in the directory /etc/mail/. The flat text file /etc/mail/virtusertable is never used by sendmail and is only used to generate the hash database map. The default configuration in the Fedora Core sendmail.mc is to define the virtusertable FEATURE macro.

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We said in the introduction section that ASM is a special type of Oracle database. Therefore you can expect to find most of the background processes typical for an RDBMS instance in the ASM instance as well. In a single-instance Oracle Restart environment, an ASM instance has a number of background processes, including PMON, SMON, DBWO, LGWR CKPT, and MMAN. In a RAC environment, additional background processes support clustering, including LMON, LMDO, LMSO, LCKO, and DIAG. The following background processes were found in our 11.2 ASM instance with a mounted ASM cluster filesystem: SQL> select name,description 2 from v$bgprocess 3 where paddr <> '00'; NAME ----PMON VKTM GEN0 DIAG PING PSP0 DIA0 LMON LMD0 LMS0 LMHB MMAN DBW0 LGWR LCK0 CKPT SMON RBAL ASMB GMON VBG0 VBG1 VBG2 VDBG VMB0 ACFS MMON DESCRIPTION ---------------------------------------------------------------process cleanup Virtual Keeper of TiMe process generic0 diagnosibility process interconnect latency measurement process spawner 0 diagnosibility process 0 global enqueue service monitor global enqueue service daemon 0 global cache service process 0 lm heartbeat monitor Memory Manager db writer process 0 Redo etc. Lock Process 0 checkpoint System Monitor Process ASM Rebalance master ASM Background diskgroup monitor Volume BG 0 Volume BG 1 Volume BG 2 Volume Driver BG Volume Membership 0 ACFS CSS Manageability Monitor Process

28 rows selected Different from an RDBMS instance, each ASM instance has additional background processes Some of these are not shown in the preceding listing as they are not always active The following background processes can be found with an ASM instance: The ASM rebalance master background process (RBAL) coordinates disk rebalancing activity It also exists in RDBMS instances The ASM Background process (ASMB) is used for interactions between the CSS daemon, mainly during the initial connection to the ASM instance and a heartbeat mechanism The disk group monitor process (GMON) manages disk group compatibility and monitors disk groups for offline disks in diskgroups If it finds offline disks in a disk group, it will create up to five slave processes (Bnnn) to keep track of the time it was offline.

servers and users There are a number of such authorities, including Certiposte in France, Thawte in South Africa, or VeriSign in the United States You can use a certificate purchased from any top-level issuer shop around for the best deal Most of the protocols used in the Oracle Collaboration Suite environment have SSL variants To use them, you must configure the server processes to monitor a port for the protocol, and the client processes to call that port with the protocol The encryption, check summing, and certificate exchange are completely automatic Certificate management may not be an issue for servers You can install the files containing your certificates and public/private key pairs on your server computers and protect them with the operating system s security facilities in such a fashion that the server processes can read them but no one else can.

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