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observed the pmon, smon, and other processes. I cover these processes in 5, so just be aware for now that they are commonly referred to as the Oracle background processes. They are persistent processes that make up the instance, and you ll see them from the time you start the instance until you shut it down. It is interesting to note that these are processes, not individual programs. There is only one Oracle binary executable on UNIX; it has many personalities, depending on what it was told to do when it starts up. The same binary executable that was run to start ora_pmon_ora11g was also used to start the process ora_ckpt_ora11g. There is only one binary executable program, named simply oracle. It is just executed many times with different names. On Windows, using the pstat tool (part of the Windows XP Resource Kit; search for pstat download using your favorite search engine if you don t have it), we ll find only one process, oracle.exe. Again, on Windows there is only one binary executable (oracle.exe). Within this process, we ll find many threads representing the Oracle background processes. Using pstat (or any of a number of tools, such as tasklist, which comes with many Windows versions), we can see these processes: C:\WINDOWS> pstat Pstat version 0.3: memory: 523760 kb uptime: 0 1:37:54.375 Peak Used 605488 kb

the branches is such that they are able to operate in both local and central modes (local when a link goes down and central when a link is up) for extended periods of time. In this scenario, relying on the NTP service to be delivered from the central location might be considered a poor design decision. The level of NTP redundancy should be brought in line with the redundancy design for all the other applications, i.e., the ability to function effectively without access to the central office. Whatever the NTP time source happens to be at the central location (dedicated server, public servers, or local master ), the less robust infrastructure would seem to point in the direction of having a secondary timeserver at each branch that synchronizes its time with multiple sources: a primary timeserver at the central office and in all likelihood several public servers available over the Internet. Should security considerations preclude the use of public servers, the choice becomes clear if a premium is placed on time synchronization and accuracy: make the infrastructure more robust, or place a dedicated private server at each branch. Alternatively, have a local master administer time for each branch. The last alternative is hardly recommended if a high degree of accuracy and synchronization is required throughout the entire enterprise.

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Memory: 523760K Avail: 224492K TotalWs: 276932K InRam Kernel: 872K P:20540K Commit: 418468K/ 372204K Limit:1169048K Peak:1187396K Pool N:10620K P:24588K User Time 0:00:00.000 0:00:00.000 0:00:00.015 0:00:33.234 0:00:00.343 0:00:00.078 0:00:00.218 0:00:00.015 0:00:00.093 0:00:00.062 0:00:00.828 0:00:00.046 0:00:00.015 0:00:00.015 0:00:01.312 0:00:00.250 0:00:00.812 0:00:00.015 0:00:00.109 0:00:02.015 0:00:00.031 0:00:00.062 0:04:00.359 0:00:00.093 0:00:00.015 0:00:00.015 Ws 56860 1:02:23.109 28 0:01:50.812 32 0:00:00.109 60 0:00:32.046 2144 0:00:01.750 3684 0:00:01.734 1948 0:00:03.515 1896 0:00:00.078 80 0:00:00.359 1416 0:00:00.453 1340 0:01:16.593 9632 0:00:00.640 1020 0:00:00.234 736 0:00:00.218 128 0:00:19.828 13636 0:00:00.937 956 0:00:04.562 1044 0:00:00.156 88 0:00:04.640 744 0:00:12.078 1476 0:00:00.093 124 0:00:00.937 2648 0:02:57.734164844 0:00:00.437 6736 0:00:00.031 2668 0:00:00.000 964 Kernel Time Faults 2348193 0 4385 224 33467 6811 3022 5958 804 2765 3566 36387 2315 2330 1959 35525 1705 4619 1049 1229 17578 1004 13977 2009785 2316 701 235 Commit Pri Hnd Thd Pid Name File Cache 0 0 0 1 0 Idle Process 28 8 694 52 4 System 172 11 19 3 332 smss.exe 1980 13 396 14 556 csrss.exe 7792 13 578 20 580 winlogon.exe 1680 9 275 16 624 services.exe 3932 9 363 25 636 lsass.exe 592 8 25 1 812 vmacthlp.exe 3016 8 195 17 828 svchost.exe 1764 8 244 10 896 svchost.exe 11708 8 1206 59 1024 svchost.exe 1300 8 81 6 1100 svchost.exe 1492 8 165 11 1272 svchost.exe 3788 8 117 10 1440 spoolsv.exe 14732 8 575 19 1952 explorer.exe 856 8 29 1 228 VMwareTray.exe 3800 8 165 4 240 VMwareUser.exe 1192 8 88 4 396 svchost.exe 2432 8 81 3 460 cvpnd.exe 1904 13 139 3 600 VMwareService.exe 1172 8 105 6 192 alg.exe 22656 8 101 3 720 TNSLSNR.EXE 279168 8 550 29 1928 oracle.exe 2720 8 141 6 1224 msiexec.exe 1992 8 34 1 804 cmd.exe 336 8 11 1 2856 pstat.exe

Here we can see there are 29 threads (Thd in the display) contained in the single Oracle process. These threads represent what were processes on UNIX they are the pmon, arch, lgwr, and so on. They each represent a separate bit of the Oracle process. Paging down through the pstat report, we can see more details about each thread: pid:788 pri: 8 Hnd: 550 Pf:2009785 Ws: 164844K oracle.exe tid pri Ctx Swtch StrtAddr User Time Kernel Time State 498 9 651 7C810705 0:00:00.000 0:00:00.203 Wait:Executive 164 8 91 7C8106F9 0:00:00.000 0:00:00.000 Wait:UserRequest a68 8 42 7C8106F9 0:00:00.000 0:00:00.031 Wait:UserRequest We can t see the thread names like we could on UNIX (ora_pmon_ora11g and so on), but we can see the thread IDs (Tid), priorities (Pri), and other operating system accounting information about them.

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