Configuration of SUM

Hello,
I am trying to configure SUM on rev.20..
I already solved all possible issues with certificates and it seems that Studio to Database as well as Database to Hostagent connection is working but I am getting following error:
Verification of manifest /usr/sap/hostctrl/work/SIGNATURE.SMF failed.
Could not deploy Host Agent configurations [/usr/sap/HD1/SUM/operations.d/detect-newdb-server.conf, /usr/sap/HD1/SUM/operations.d/detect-hostagent.conf, /usr/sap/HD1/SUM/operations.d/updatehostagent.conf, /usr/sap/HD1/SUM/operations.d/update-newdb-client.conf, /usr/sap/HD1/SUM/operations.d/update-newdb-studio.conf, /usr/sap/HD1/SUM/operations.d/detect-newdb-installation-number.conf, /usr/sap/HD1/SUM/operations.d/update-load-controller.conf, /usr/sap/HD1/SUM/operations.d/check-user.conf, /usr/sap/HD1/SUM/operations.d/detect-newdb-client.conf, /usr/sap/HD1/SUM/operations.d/update-newdb-server.conf, /usr/sap/HD1/SUM/operations.d/detect-newdb-studio.conf, /usr/sap/HD1/SUM/operations.d/detect-sedm.conf, /usr/sap/HD1/SUM/operations.d/detect-load-controller.conf] on host hanapoc with user name sapadm and signature /usr/sap/HD1/SUM/SIGNATURE.SMF.
Could not update SAP Host Agent configurations on host hanapoc.
com.sap.lm.hana.update.UpdateException: Could not update SAP Host Agent configurations on host hanapoc.
I was trying to find more information and I found this in /usr/sap/hostctrl/work//usr/sap/hostctrl/work
Manifest verification failed (ERROR in af_open: (4129/0x1021) The PSE does not exist : "/usr/sap/hostctrl/exe/sec/SAPverifytest.pse"
ERROR in secsw_open: (4129/0x1021) The PSE does not exist : "/usr/sap/hostctrl/exe/sec/SAPverifytest.pse"
ERROR in secsw_open_pse_or_extension: (4129/0x1021) The PSE does not exist : "/usr/sap/hostctrl/exe/sec/SAPverifytest.pse"
ERROR in sec_get_PSEtype: (4129/0x1021) The PSE does not exist : "/usr/sap/hostctrl/exe/sec/SAPverifytest.pse"
[Thr 140309328340752] Tue Nov 22 23:27:52 2011
[Thr 140309328340752] *** ERROR => Verification of manifest /usr/sap/hostctrl/work/SIGNATURE.SMF failed. [saphostcontrolweb.cpp 2403]
[Thr 140309328340752] *** ERROR => Webmethod DeployConfiguration failed: Verification of manifest /usr/sap/hostctrl/work/SIGNATURE.SMF failed. [saphostcontr 2303]
I can confirm that this PSE really does not exist. Does anyone know what is this PSE for?
Both Google and SAP Marketplace is returning 0 hits.
Can someone check with development teams?
Tomas

Hello,
thanks Rao but my problem is not how to create PSE but that this PSE is not documented. If I will create this PSE - then I should export certificate and put it somewhere... where? I need to know what is purpose of this certificate and what exectly is validated against what.
I used unified installer that should configure everything so that nothing is needed. It did not work. So then I updated all components to rev.21 and host agent to last available version. Then I completely recreated all certificates between HANA database and host agent but result it still same...
I am able to download updates for studio
   --> certificates between studio and database are ok.
If I will "break" (remove) certificate from JVM keystore on server I will have certificate issue
   --> thus certificates between HANA database and host agent are most probably also ok
To me it looks like that I reached some situation that developers forgot to document because they did not expect error in this area.
Tomas
Edited by: Tomas Krojzl on Nov 23, 2011 1:45 PM

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    Best Regards
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    We
    are trying to better understand customer views on social support experience, so your participation in this
    interview project would be greatly appreciated if you have time.
    Thanks for helping make community forums a great place.

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    Best Regards
    Elton Ji
    We
    are trying to better understand customer views on social support experience, so your participation in this
    interview project would be greatly appreciated if you have time.
    Thanks for helping make community forums a great place.

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     TeamNics               : team0
     TeamingMode            : SwitchIndependent
     LoadBalancingAlgorithm : HyperVPort
     Status                 : Up
    PS C:\Windows\system32> Get-NetAdapterRss|fl
    Name                                           
    : Ethernet
     InterfaceDescription                            : Intel(R) I350 Gigabit Network Connection
     Enabled                                         : True
     NumberOfReceiveQueues                           : 2
     Profile                                         : Closest
     BaseProcessor: [Group:Number]                   : :4
     MaxProcessor: [Group:Number]                    : :63
     MaxProcessors                                   : 7
     RssProcessorArray: [Group:Number/NUMA Distance] :
     IndirectionTable: [Group:Number]                :
    Name                                           
    : Ethernet 2
     InterfaceDescription                            : Intel(R) I350 Gigabit Network Connection #2
     Enabled                                         : True
     NumberOfReceiveQueues                           : 2
     Profile                                         : Closest
     BaseProcessor: [Group:Number]                   : :11
     MaxProcessor: [Group:Number]                    : :63
     MaxProcessors                                   : 7
     RssProcessorArray: [Group:Number/NUMA Distance] :
     IndirectionTable: [Group:Number]                :
    Name                                           
    : Ethernet 4
     InterfaceDescription                            : Intel(R) I350 Gigabit Network Connection #4
     Enabled                                         : True
     NumberOfReceiveQueues                           : 2
     Profile                                         : Closest
     BaseProcessor: [Group:Number]                   : :25
     MaxProcessor: [Group:Number]                    : :7
     MaxProcessors                                   : 7
     RssProcessorArray: [Group:Number/NUMA Distance] :
     IndirectionTable: [Group:Number]                :
    Name                                           
    : Ethernet 3
     InterfaceDescription                            : Intel(R) I350 Gigabit Network Connection #3
     Enabled                                         : True
     NumberOfReceiveQueues                           : 2
     Profile                                         : Closest
     BaseProcessor: [Group:Number]                   : :18
     MaxProcessor: [Group:Number]                    : :63
     MaxProcessors                                   : 7
     RssProcessorArray: [Group:Number/NUMA Distance] :
     IndirectionTable: [Group:Number]                :
    Name                                           
    : team0
     InterfaceDescription                            : Microsoft Network Adapter Multiplexor Driver
     Enabled                                         : True
     NumberOfReceiveQueues                           : 0
     Profile                                         : NUMAStatic
     BaseProcessor: [Group:Number]                   : 0:0
     MaxProcessor: [Group:Number]                    : 0:30
     MaxProcessors                                   : 4
     RssProcessorArray: [Group:Number/NUMA Distance] : 0:0/0  0:2/0  0:4/0  0:6/0  0:8/0  0:10/0  0:12/0  0:14/0
    0:16/0  0:18/0  0:20/0  0:22/0  0:24/0  0:26/0  0:28/0  0:30/0
     IndirectionTable: [Group:Number]                :
    =====
    I think there are no overlaped processor sets. But the error occurs.
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  • SUM Error Configuration Information Gathering

    Hello all
    I'm a bit stuck. I started a SUM to update our Solution Manager from 71 SP4 to SP 11. Downloaded SUM and started it. It got through the Extraction phase OK but at the Configuration  - Information Gathering phase I have encountered a problem.
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    Support Package Version: 10
    Patch Level: 8
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    So it seems I need to fix the problme before I proceed any further. I was planning on downloading a later release or support package of the current release of SUM.
    Any insight would be appreciated.
    Regards
    Ray Phillips

    Hi
    Have you check the here under note (if you are using Oracle) ?
    Regards
    1161052 - Add. Info: SAPehpi/SUM for Systems on Oracle
    Before you start the EHP Installation please check your Oracle JDBC driver.
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    ====== error fragment 1 =====
    Could not set up a database connection. See previous messages.

  • CRM 7.0: set up IPC product configuration

    Dear experts,
    we set up a CRM 7.0 with ERP 6.0 backend integration. In the ERP we apply ERP variant configuration (Materials). Quite simple: some configurable materials (material type KMAT) with a few characteristics and product variants of them (material type FERT) which are maintained in order processing. Variant conditions are maintained and automatically determined for product items. Now we need this in CRM for opportunity processing.
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    In CRM we want to set up opportunity management. In the opprotunity transaction processing pricing is working already besides the determination of variant pricing. As we intend to maintain only FERT materials (product variants)we do not need interactive product configuration in CRM sales order or product simulation in CRM product master data. We only want the variant prices to be determined automatically for the product variants (FERT) in opportunity processing. That is why we are not sure if it necessary to set IPC configuration settings (XCM etc.). This is my first question. Nevertheless we started to maintain settings for product configuration in order to find out if this is solves our problem:
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    2.) We set up product configuration customizing:
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    table: COMM_IPC_URL: UI_CFG; http://<host>:<port>100/ipc/ipc/command.do
    When starting simulation of product model for configurable product in TX: COMMPR01 I get following error message: "HTTP500: ISA Framework: The [XCM application configuration]='ZCRMproductssimulation' does not exist. Check XCM configuration.
    Details:   No details available". This application is maintained in XCM so I assume something else is missing.
    To sum up my questions:
    1.) Is it necessary to set up IPC product configuration as described above when we only want to maintain FERT products which are product variants and determine corresponding variant prices (VA00). No interactive product configuration is necessary.
    2.) If it is necessary to set up IPC product configuration to active product configuration (to see product variants in product master data maintenance and opportunity processing and corresponding variant condition data), what did I do wrong?
    Thank you very much for your help.
    KInd regards,
    Mark

    Hi Arup,
    thank you very much for your reply.
    Concerning XCM / CRM customizing I have done the steps you recommended:
    1. XCM:  I created customer applications for crmordermaintain and crmproductsimulation and maintained customer component JCO for both of them (Assigned JCO User has SAPALL / SAPNEW, test run was successful) Active and default are ticked. Are there any further steps missing.May be in General Application Settings > Customer > ipcwebappconfig - I changed nothing there (SSLenabled: true)
    2. In CRM customizing I maintained tables as follows:
    COMM_IPC_PROP:
    caller   crmordermaintain  scenario.xcm   Zcrmordermaintain  (name of customer xcm app -case sensitive)
    caller   crmproductsimulation  scenario.xcm  Zcrmproductsimulation (name of customer xcm app -case sensitive)
    COMM_IPC_URL:
    Destination: UI_CFG ;Appl.  <blank>; URL: http://<host>:<J2EEport/ipc/ipc/command.do
    Calling the IPC product configuration e.g. from the CRM product master (simulate model), I get the already mentioned HTTP error:"ISA Framework: The [XCM application configuration]='Zcrmproductsimulation' does not exist. Check XCM configuration.".
    That's why I am thinking that something is missing concerning the communication between CRM application and IPC,because XCM applications do definitely exist.
    Is the URL correct .../ipc/ipc/commando.do which I maintained in table COMM_IPC_URL?
    Is it possible to check if communication between CRM Online and Java does work respectively what  do you exactly mean by "IPC URL must be available for UI_CFG"? UI_CFG ist a RFC-connection which has to be maintained additionaly and if so what has to be maintained exactly?
    You mentioned a RFC_USER (This is the JCO-User I suppose?)and J2ee user. Is the J2ee user just the admin user of the J2EE engine or do you mean something different?
    Thanks in advance for your further help.
    Best regards,
    Mark
    Edited by: Mark Willhoeft on Jun 4, 2010 8:36 PM
    Just one further thing: After changing XCM config I restarted J2EE by TX SMICM (Administration - J2EE Instance local - Send soft shutdown - with restart). Is this enough to restart J2EE and activate changed XCM settings or has the restart to be handled different?

  • Vastly different performance of identically configured databases...

    I’m using Oracle Text to retrieve data from a large table (5 million rows or so). The index is created simply:
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    …and then I do my best to make sure the thing is loaded into memory and stays there:
    alter table devtable cache;
    alter table devtable storage (buffer_pool keep);
    alter table dr$alt_dev_idx$I storage (buffer_pool keep);
    alter table dr$alt_dev_idx$R storage (buffer_pool keep);
    alter index dr$alt_dev_idx$X storage (buffer_pool keep);
    alter table DR$ALT_dev_IDX$R storage (buffer_pool keep) modify lob (data) (storage (buffer_pool keep));
    SELECT /*+ FULL(ITAB) */ SUM(TOKEN_COUNT), SUM(LENGTH(TOKEN_INFO)) FROM DR$ALT_dev_IDX$I ITAB;
    SELECT /*+ INDEX(ITAB) */ SUM(LENGTH(TOKEN_TEXT)) FROM DR$ALT_dev_IDX$I ITAB;
    SELECT /*+ FULL(BTAB) */ SUM(ROWNUM) FROM devtable WHERE ROWNUM >= 900000;
    No other tables are in use when testing. We have over 90GB of free memory on our servers, so memory is not constrained. However, I/O is not as good as it should be, because I’m limited to just two sets of mirrored paired hard disks.
    On a spare Linux box running 64-bit Centos 5, with much worse I/O configuration (basically, just one mirrored pair), a lot less free RAM and a CPU that’s about three years older (and slower!) than the ones in the production servers, I set the following init.ora parameters (and nothing else):
    *.audit_file_dest='/u01/app/oracle/admin/devdb/adump'
    *.background_dump_dest='/u01/app/oracle/admin/devdb/bdump'
    *.compatible='10.2.0.1.0'
    *.control_files='/data/oradata/devdb/control01.ctl','/data/oradata/devdb/control02.ctl','/data/oradata/devdb/control03.ctl'
    *.core_dump_dest='/u01/app/oracle/admin/devdb/cdump'
    *.db_block_size=16384
    *.db_domain=''
    *.db_file_multiblock_read_count=16
    *.db_name='dbsd'
    *.job_queue_processes=10
    *.open_cursors=300
    *.pga_aggregate_target=2280652800
    *.processes=700
    *.remote_login_passwordfile='EXCLUSIVE'
    *.sessions=775
    *.sga_target=9000M
    *.undo_management='AUTO'
    *.undo_tablespace='UNDOTBS1'
    *.user_dump_dest='/u01/app/oracle/admin/devdb/udump'
    Retrieval of a very common search term (680,000+ hits) takes about 3 seconds and involves a very short, sharp I/O spike –but nothing too much to worry about, I think.
    I set EXACTLY the same parameters on a Windows Server 2003 R2 Standard Edition box (64-bit) –apart from the obviously path-related ones. The same query runs in over 54 seconds and there is a massive and sustained I/O hit on the datafile drive (as measured by perfmon). In fact, the web front end used to do these searches simply times out and no results are ever actually displayed.
    The Linux box is using just two AMD Opteron single core chips; the Windows box is using two quad-core Intel Core 2 Duos –which run at a higher clock speed than the Opteron, apart from anything else. So the Windows box has (effectively) at least 6 CPUs more than the AMD machines. It also has double the number of hard drives and double the amount of free RAM after the Oracle instance has started.
    And yet with all those advantages, the Windows box runs at least 25 times slower than the Linux box for the same search term, using the same table and index structures.
    What is going on?! Why does the Windows box keep hitting the hard disk (it’s definitely cause and effect: you can watch the Windows perfmon idle, press the Enter key on the search box and see the I/O bar immediately jump and stay there until either the page gives up or the results are returned. The next search term causes another I/O spike. And on and on: nothing ever seems to need only memory access, despite there being stacks of memory in which to cache the objects being accessed in their entirety)?
    I’ve compared execution plans between the two servers, and they are identical in the number and type of steps they take (table access by index rowed domain index, sort order by, view and so on).
    Does anyone know why Windows Oracle Text access should appear to demand physical I/O that refuses to be cached whereas Linux Oracle Text doesn’t?
    Is there some subtlety of Oracle-on-Windows that I’ve missed configuring? Is there some known bug that I’m hitting?
    The software is actually 10.2.0.3 64-bit, but we’re using 10.2.0.1 optimiser compatibility.
    I would be grateful for any pointers since I am at a complete loss to explain the seemingly very different behaviour of Oracle on each platform.
    This isn’t a Linux v. Windows, thing, either –just to head that one off before it happens! We have to run on Windows, so I’m not knocking it, but seeking to get Oracle running on it properly. I would be grateful for any insight you can offer.

    How did you establish that? Did you query v$bh, or is this logical reasoning? (I/O is high, so data is not in cache)
    As I said, I watched the Windows CPU and Disk I/O performance metrics for some time and established they were at a flat line. I typed in a search term and pressed Enter. Immediately, the I/O performance measure soared. Just before the search results were displayed, the I/O metric went back to flatline and stayed there. Do another search, the metric goes up; as soon as the results are displayed, the metric goes back to around about zero. Utterly repeatable. I didn't bother viewing V$BH, because this happens to be the only table (along with its associated indexes) that exist in this database, so there aren't exactly a lot of candidates for buffer cache occupants!
    Windows servers are by default configured with a huge file system cache. This should be turned off.
    Good point, but it is.
    Also the background services should be given priority.
    And, again, they are. I've also done things like switch on large pages so that the SGA is locked in real memory, not pages out to disk. But none of that makes a difference to the observed disk I/O behaviour.
    Apart from that: the architecture is fundamentally different so you really shouldn't compare Windows and Linux.
    As I said originally, I'm not. But I cannot ignore the fact that 3 year-old hardware that happens to be running Linux is out-performing brand new, state-of-the-art servers that are running Windows, especially when the init.ora is identical in each case. I'm not saying one is better than another, just that there's clearly an issue and I would like to know whether it is indeed architectural or whether it's something else (like a Windows-specific bug, for example).
    I respect the findings of all Oracle experts, but this isn't simply a matter of 'Windows is three times slower'. For a start, it's more like 'ten times slower'... and anyway, it's a behaviour difference that is the real problem here: Oracle-on-Linux doesn't do I/O (or, very little, I should say) when a search is performed. Oracle-on-Windows does a massive I/O hit. That's not a performance issue, I would say, but a fundamentally different way of working. Something must be causing it. I would like to know what.
    'Architecture is different' doesn't cut it. Sure, I know that the architectures are profoundly different... but 10 times faster with less than half the CPUs different? And 'I have to do IO when the other guy doesn't' different? I think just saying 'architecture' is a mantra response and doesn't really mean much.
    If it really is true that 'it's just the architecture', then what you're really saying is 'Oracle doesn't work on Windows' -or at least 'Oracle Text doesn't work on Windows'. That's not actually the official line though, is it? If we take the more rational line of assuming that Oracle Text does work on Windows, I'd like to know how I can make it work well on Windows.

  • Questions on XML Publisher/Site Level Configuration

    We are using BI Publisher 5.6.3 in EBS 11i. I am looking for guidance on setting the FO Processing properties.
    On the Administration/Configuration Tab there are no values visible for a number of the FO Processing properties including:
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    Enable Scalable feature of XSLT processor
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    Enable Scalable feature of XSLT processor - FALSE
    Enable XSLT runtime optimization - TRUE
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    I've tried changing this property on a few templates and the outcome doesn't seem predictable. In some cases it seems to improve performance and in other cases there is a decrease in performance. I can't seem to pinpoint why it works in some cases and not others.
    Any additional information would be appreciated.
    Thank you for your help,
    Tam.
    Edited by: Tam_11 on May 11, 2010 3:09 PM

    Hi Nabendu.
    BI publisher does have the option of showing a running total in PDF format usign a RTF template. If you look up the advanced rtf samples provided with the BI publisher plugin there is one example to show running totals, with the previous page total at the top.
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    replace C:\ with the drive leeter of the drive where your desktop plugin is installed
    Hope this Helps,
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  • I have a number of playlists configured to play songs I haven't heard in a while. They then drop off the playlist once they've played. When I use my iPhone, however, the songs stay on the iPhone version of the playlist. Why aren't they syncing properly?

    I don't like Apple's algorithm that constantly pushes the same songs at me, so I have a couple of playlists configured for songs I haven't listened to in a month, two months, etc. This has worked fine for years. Since I've gotten my iPhone 4S, however, things are goofy.  The songs are marked as played and fall off of the playlist on iTunes, but they stay on the playlist on the iPhone, which means they come up again and again in the shuffle of that playlist. Even if I sync the iPhone the songs are still on the version of the playlist on the phone and I can't figure out a way to "refresh" that playlist and get rid of them. I know this is my own particular quirk about my music, but it's worked with every other iPod I've had. I don't know why the iPhone is holding on to a different version of the playlist than the one on iTunes. Is there a setting I'm missing somewhere?
    My iTunes is on a MacBook running Snow Leopard.

    Lynn,
    I had a very similar issue (same playlist).  After several frustrating hours of various combinations I was able to sync by changing the options to "manuall sync.." and then "dragging and dropping" the needed playlist from the iTunes Playlist list to the iPhone button (on my itunes setup/view that was from the far left column list of all of my  playlist in iTunes to the far upper right "iPhone" button).  To sum up "checking" the playlist and syncing didnt work, "drag and droping" the playlist did... at least for now... then I unselected the "manually manage" in the options and re-synced and all playlist were synced correctly.  Good Luck.

  • Join  configuration cannot be resolved. Reason :more than 1 of the detail .

    Hi Guys,
    I am getting a following error while opening a discoverer report.
    Join  configuration cannot be resolved. Reason :more than 1 of the detail folders uses non-aggregated items .I know this error is regarding the fan trap.
    The report is built from 5 folders(Complex & Simple) and a custom folder.I have 3 more reports which are using some of the simple folders from these 5 folders and are joined with other folders with the appropriate joins.
    Is this the reason I am getting the error ?
    Appreciate your help !!
    Veejay

    Hi Veejay,
    is it that the columns which I am using should be at same levelNo, not really. A item that has a data point property means that Discoverer knows that the item can be aggregated in a report. So if you include detail (i.e. non-aggregated) data points into a workbook from 2 detail folders then Discoverer will generate a fan-trap error because the workbook is not aggregated correctly.
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    Rod West

  • What are the best solutions for data warehouse configuration in 10gR2

    I need help on solutions to be provided to my Client for upgrading the data warehouse.
    Current Configuration: Oracle database 9.2.0.8. This database contains the data warehouse and one more data mart on the same host.Sizes are respectively 6 Terabyte(retention policy of 3 years+current year) and 1 Terabyte. The ETL tool and BO Reporting tools are also hosted on the same host. This current configuration is really performing poor.
    Client cannot go for a major architectural or configuration changes to its existing environment now due to some constraints.
    However, they have agreed to separate out the databases on separate hosts from the ETL tools and BO objects. Also we are planning to upgrade the database to 10gR2 to attain stability, better performance and overcome current headaches.
    We cannot upgrade the database to 11g as the BO is at a version 6.5 which isn't compatible with Oracle 11g. And Client cannot afford to upgrade anything else other than the database.
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    I have till now thought of the following:
    Move the Oracle database and data mart to separate host.
    The host will be the same platform, that is, HP Superdome with HP-UX 32-bit OS (we cannot change to 64-bit as ETL tool doesn't support)
    Install new Oracle database 10g on the new host and move the data to it.
    Exploring all new features of 10gR2 to help data warehouse, that is, SQL MODEL Clause introduction, Parallel processing, Partitioning, Data Pump, SPA to study pre and post migrations.
    Also thinking of RAC to provide more better solution as our main motive is to show a tremendous performance enhancement.
    I need all your help to prepare a good road map for my assignment. Please suggest.
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    SGA=27.5 GB and PGA=50 MB
    Also I am pasting part of STATSPACK Report, eliminating the snaps of DB bounce. Please suggest the scope of improvement in this case.
    STATSPACK report for
    Snap Id Snap Time Sessions Curs/Sess Comment
    Begin Snap: 582946 11-Mar-13 20:02:16 46 12.8
    End Snap: 583036 12-Mar-13 18:24:24 60 118.9
    Elapsed: 1,342.13 (mins)
    Cache Sizes (end)
    ~~~~~~~~~~~~~~~~~
    Buffer Cache: 21,296M Std Block Size: 16K
    Shared Pool Size: 6,144M Log Buffer: 16,384K
    Load Profile
    ~~~~~~~~~~~~ Per Second Per Transaction
    Redo size: 1,343,739.01 139,883.39
    Logical reads: 100,102.54 10,420.69
    Block changes: 3,757.42 391.15
    Physical reads: 6,670.84 694.44
    Physical writes: 874.34 91.02
    User calls: 1,986.04 206.75
    Parses: 247.87 25.80
    Hard parses: 5.82 0.61
    Sorts: 1,566.76 163.10
    Logons: 10.99 1.14
    Executes: 1,309.79 136.35
    Transactions: 9.61
    % Blocks changed per Read: 3.75 Recursive Call %: 43.34
    Rollback per transaction %: 3.49 Rows per Sort: 190.61
    Instance Efficiency Percentages (Target 100%)
    ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    Buffer Nowait %: 99.90 Redo NoWait %: 100.00
    Buffer Hit %: 96.97 In-memory Sort %: 100.00
    Library Hit %: 99.27 Soft Parse %: 97.65
    Execute to Parse %: 81.08 Latch Hit %: 99.58
    Parse CPU to Parse Elapsd %: 3.85 % Non-Parse CPU: 99.34
    Shared Pool Statistics Begin End
    Memory Usage %: 7.11 50.37
    % SQL with executions>1: 62.31 46.46
    % Memory for SQL w/exec>1: 26.75 13.47
    Top 5 Timed Events
    ~~~~~~~~~~~~~~~~~~ % Total
    Event Waits Time (s) Ela Time
    CPU time 492,062 43.66
    db file sequential read 157,418,414 343,549 30.49
    library cache pin 92,339 66,759 5.92
    PX qref latch 63,635 43,845 3.89
    db file scattered read 2,506,806 41,677 3.70
    Background Wait Events for DB: P7IN1 Instance: P7IN1 Snaps: 582946 -583036
    -> ordered by wait time desc, waits desc (idle events last)
    Avg
    Total Wait wait Waits
    Event Waits Timeouts Time (s) (ms) /txn
    log file sequential read 176,386 0 3,793 22 0.2
    log file parallel write 2,685,833 0 1,813 1 3.5
    db file parallel write 239,166 0 1,350 6 0.3
    control file parallel write 33,432 0 79 2 0.0
    LGWR wait for redo copy 478,120 536 75 0 0.6
    rdbms ipc reply 10,027 0 47 5 0.0
    control file sequential read 32,414 0 40 1 0.0
    db file scattered read 4,101 0 30 7 0.0
    db file sequential read 13,946 0 29 2 0.0
    direct path read 203,694 0 14 0 0.3
    log buffer space 363 0 13 37 0.0
    latch free 3,766 0 9 2 0.0
    direct path write 80,491 0 6 0 0.1
    async disk IO 351,955 0 4 0 0.5
    enqueue 28 0 1 21 0.0
    buffer busy waits 1,281 0 1 0 0.0
    log file single write 172 0 0 1 0.0
    rdbms ipc message 10,563,204 251,286 992,837 94 13.7
    pmon timer 34,751 34,736 78,600 2262 0.0
    smon timer 7,462 113 76,463 10247 0.0
    Instance Activity Stats for DB: P7IN1 Instance: P7IN1 Snaps: 582946 -583036
    Statistic Total per Second per Trans
    CPU used by this session 49,206,154 611.0 63.6
    CPU used when call started 49,435,735 613.9 63.9
    CR blocks created 6,740,777 83.7 8.7
    Cached Commit SCN referenced 423,253,503 5,256.0 547.2
    Commit SCN cached 19,165 0.2 0.0
    DBWR buffers scanned 48,276,489 599.5 62.4
    DBWR checkpoint buffers written 6,959,752 86.4 9.0
    DBWR checkpoints 454 0.0 0.0
    DBWR free buffers found 44,817,183 556.5 57.9
    DBWR lru scans 137,149 1.7 0.2
    DBWR make free requests 162,528 2.0 0.2
    DBWR revisited being-written buff 4,220 0.1 0.0
    DBWR summed scan depth 48,276,489 599.5 62.4
    DBWR transaction table writes 5,036 0.1 0.0
    DBWR undo block writes 2,989,436 37.1 3.9
    DDL statements parallelized 3,723 0.1 0.0
    DFO trees parallelized 4,157 0.1 0.0
    DML statements parallelized 3 0.0 0.0
    OS Block input operations 29,850 0.4 0.0
    OS Block output operations 1,591 0.0 0.0
    OS Characters read/written 182,109,814,791 2,261,447.1 235,416.9
    OS Integral unshared data size ################## 242,463,432.4 ############
    OS Involuntary context switches 188,257,786 2,337.8 243.4
    OS Maximum resident set size 43,518,730,619 540,417.4 56,257.5
    OS Page reclaims 159,430,953 1,979.8 206.1
    OS Signals received 5,260,938 65.3 6.8
    OS Socket messages received 79,438,383 986.5 102.7
    OS Socket messages sent 93,064,176 1,155.7 120.3
    OS System time used 10,936,430 135.8 14.1
    OS User time used 132,043,884 1,639.7 170.7
    OS Voluntary context switches 746,207,739 9,266.4 964.6
    PX local messages recv'd 55,120,663 684.5 71.3
    PX local messages sent 55,120,817 684.5 71.3
    Parallel operations downgraded 1 3 0.0 0.0
    Parallel operations not downgrade 4,154 0.1 0.0
    SQL*Net roundtrips to/from client 155,422,335 1,930.0 200.9
    SQL*Net roundtrips to/from dblink 18 0.0 0.0
    active txn count during cleanout 16,529,551 205.3 21.4
    background checkpoints completed 43 0.0 0.0
    background checkpoints started 43 0.0 0.0
    background timeouts 280,202 3.5 0.4
    branch node splits 4,428 0.1 0.0
    buffer is not pinned count 6,382,440,322 79,257.4 8,250.7
    buffer is pinned count 9,675,661,370 120,152.8 12,507.9
    bytes received via SQL*Net from c 67,384,496,376 836,783.4 87,109.3
    bytes received via SQL*Net from d 6,142 0.1 0.0
    bytes sent via SQL*Net to client 50,240,643,657 623,890.4 64,947.1
    bytes sent via SQL*Net to dblink 3,701 0.1 0.0
    calls to get snapshot scn: kcmgss 145,385,064 1,805.4 187.9
    calls to kcmgas 36,816,132 457.2 47.6
    calls to kcmgcs 3,514,770 43.7 4.5
    change write time 369,373 4.6 0.5
    cleanout - number of ktugct calls 20,954,488 260.2 27.1
    cleanouts and rollbacks - consist 6,357,174 78.9 8.2
    cleanouts only - consistent read 10,078,802 125.2 13.0
    cluster key scan block gets 69,403,565 861.9 89.7
    Instance Activity Stats for DB: P7IN1 Instance: P7IN1 Snaps: 582946 -583036
    Statistic Total per Second per Trans
    cluster key scans 41,311,211 513.0 53.4
    commit cleanout failures: block l 413,776 5.1 0.5
    commit cleanout failures: buffer 414 0.0 0.0
    commit cleanout failures: callbac 41,194 0.5 0.1
    commit cleanout failures: cannot 174,382 2.2 0.2
    commit cleanouts 11,469,056 142.4 14.8
    commit cleanouts successfully com 10,839,290 134.6 14.0
    commit txn count during cleanout 17,155,424 213.0 22.2
    consistent changes 145,418,277 1,805.8 188.0
    consistent gets 8,043,252,188 99,881.4 10,397.7
    consistent gets - examination 3,180,028,047 39,489.7 4,110.9
    current blocks converted for CR 9 0.0 0.0
    cursor authentications 14,926 0.2 0.0
    data blocks consistent reads - un 143,706,500 1,784.6 185.8
    db block changes 302,577,666 3,757.4 391.2
    db block gets 336,562,217 4,179.4 435.1
    deferred (CURRENT) block cleanout 2,912,793 36.2 3.8
    dirty buffers inspected 627,174 7.8 0.8
    enqueue conversions 1,296,337 16.1 1.7
    enqueue releases 13,053,200 162.1 16.9
    enqueue requests 13,239,092 164.4 17.1
    enqueue timeouts 185,878 2.3 0.2
    enqueue waits 114,120 1.4 0.2
    exchange deadlocks 7,390 0.1 0.0
    execute count 105,475,101 1,309.8 136.4
    free buffer inspected 1,604,407 19.9 2.1
    free buffer requested 258,126,047 3,205.4 333.7
    hot buffers moved to head of LRU 22,793,576 283.1 29.5
    immediate (CR) block cleanout app 16,436,010 204.1 21.3
    immediate (CURRENT) block cleanou 2,860,013 35.5 3.7
    index fast full scans (direct rea 12,375 0.2 0.0
    index fast full scans (full) 3,733 0.1 0.0
    index fast full scans (rowid rang 192,148 2.4 0.3
    index fetch by key 1,321,024,486 16,404.5 1,707.7
    index scans kdiixs1 406,165,684 5,043.8 525.1
    leaf node 90-10 splits 50,373 0.6 0.1
    leaf node splits 697,235 8.7 0.9
    logons cumulative 884,756 11.0 1.1
    messages received 3,276,719 40.7 4.2
    messages sent 3,257,171 40.5 4.2
    no buffer to keep pinned count 569 0.0 0.0
    no work - consistent read gets 4,406,092,172 54,715.0 5,695.8
    opened cursors cumulative 20,527,704 254.9 26.5
    parse count (failures) 267,088 3.3 0.4
    parse count (hard) 468,996 5.8 0.6
    parse count (total) 19,960,548 247.9 25.8
    parse time cpu 323,024 4.0 0.4
    parse time elapsed 8,393,422 104.2 10.9
    physical reads 537,189,332 6,670.8 694.4
    physical reads direct 292,545,140 3,632.8 378.2
    physical writes 70,409,002 874.3 91.0
    physical writes direct 59,248,394 735.8 76.6
    physical writes non checkpoint 69,103,391 858.1 89.3
    pinned buffers inspected 11,893 0.2 0.0
    prefetched blocks 95,892,161 1,190.8 124.0
    prefetched blocks aged out before 1,495,883 18.6 1.9
    Instance Activity Stats for DB: P7IN1 Instance: P7IN1 Snaps: 582946 -583036
    Statistic Total per Second per Trans
    process last non-idle time ################## ############## ############
    queries parallelized 417 0.0 0.0
    recursive calls 122,323,299 1,519.0 158.1
    recursive cpu usage 3,144,533 39.1 4.1
    redo blocks written 180,881,558 2,246.2 233.8
    redo buffer allocation retries 5,400 0.1 0.0
    redo entries 164,728,513 2,045.6 213.0
    redo log space requests 1,006 0.0 0.0
    redo log space wait time 2,230 0.0 0.0
    redo ordering marks 2,563 0.0 0.0
    redo size 108,208,614,904 1,343,739.0 139,883.4
    redo synch time 558,520 6.9 0.7
    redo synch writes 2,343,824 29.1 3.0
    redo wastage 1,126,585,600 13,990.0 1,456.4
    redo write time 718,655 8.9 0.9
    redo writer latching time 7,763 0.1 0.0
    redo writes 2,685,833 33.4 3.5
    rollback changes - undo records a 522,742 6.5 0.7
    rollbacks only - consistent read 335,177 4.2 0.4
    rows fetched via callback 1,100,990,382 13,672.1 1,423.3
    session connect time ################## ############## ############
    session cursor cache count 1,061 0.0 0.0
    session cursor cache hits 1,687,796 21.0 2.2
    session logical reads 8,061,057,193 100,102.5 10,420.7
    session pga memory 1,573,228,913,832 19,536,421.0 2,033,743.8
    session pga memory max 1,841,357,626,496 22,866,054.4 2,380,359.0
    session uga memory 1,074,114,630,336 13,338,399.4 1,388,529.0
    session uga memory max 386,645,043,296 4,801,374.0 499,823.6
    shared hash latch upgrades - no w 410,360,146 5,095.9 530.5
    sorts (disk) 2,657 0.0 0.0
    sorts (memory) 126,165,625 1,566.7 163.1
    sorts (rows) 24,048,783,304 298,638.8 31,088.3
    summed dirty queue length 5,438,201 67.5 7.0
    switch current to new buffer 1,302,798 16.2 1.7
    table fetch by rowid 6,201,503,534 77,010.5 8,016.8
    table fetch continued row 26,649,697 330.9 34.5
    table scan blocks gotten 1,864,435,032 23,152.6 2,410.2
    table scan rows gotten 43,639,997,280 541,923.3 56,414.3
    table scans (cache partitions) 26,112 0.3 0.0
    table scans (direct read) 246,243 3.1 0.3
    table scans (long tables) 340,200 4.2 0.4
    table scans (rowid ranges) 359,617 4.5 0.5
    table scans (short tables) 9,111,559 113.2 11.8
    transaction rollbacks 4,819 0.1 0.0
    transaction tables consistent rea 824 0.0 0.0
    transaction tables consistent rea 1,386,848 17.2 1.8
    user calls 159,931,913 1,986.0 206.8
    user commits 746,543 9.3 1.0
    user rollbacks 27,020 0.3 0.0
    write clones created in backgroun 7 0.0 0.0
    write clones created in foregroun 4,350 0.1 0.0
    Buffer Pool Statistics for DB: P7IN1 Instance: P7IN1 Snaps: 582946 -583036
    -> Standard block size Pools D: default, K: keep, R: recycle
    -> Default Pools for other block sizes: 2k, 4k, 8k, 16k, 32k
    Free Write Buffer
    Number of Cache Buffer Physical Physical Buffer Complete Busy
    P Buffers Hit % Gets Reads Writes Waits Waits Waits
    D 774,144 95.6############ 233,869,082 10,089,734 0 0########
    K 504,000 99.9############ 3,260,227 1,070,338 0 0 65,898
    R 63,504 96.2 196,079,539 7,511,863 535 0 0 0
    Buffer wait Statistics for DB: P7IN1 Instance: P7IN1 Snaps: 582946 -583036
    -> ordered by wait time desc, waits desc
    Tot Wait Avg
    Class Waits Time (s) Time (ms)
    data block 7,791,121 14,676 2
    file header block 587 101 172
    undo header 151,617 71 0
    segment header 299,312 58 0
    1st level bmb 45,235 7 0
    bitmap index block 392 1 3
    undo block 4,250 1 0
    2nd level bmb 14 0 0
    system undo header 2 0 0
    3rd level bmb 1 0 0
    Latch Activity for DB: P7IN1 Instance: P7IN1 Snaps: 582946 -583036
    ->"Get Requests", "Pct Get Miss" and "Avg Slps/Miss" are statistics for
    willing-to-wait latch get requests
    ->"NoWait Requests", "Pct NoWait Miss" are for no-wait latch get requests
    ->"Pct Misses" for both should be very close to 0.0
    Pct Avg Wait Pct
    Get Get Slps Time NoWait NoWait
    Latch Requests Miss /Miss (s) Requests Miss
    Consistent RBA 2,686,230 0.0 0.2 0 0
    FAL request queue 86 0.0 0 0
    FAL subheap alocation 0 0 2 0.0
    FIB s.o chain latch 1,089 0.0 0 0
    FOB s.o list latch 4,589,986 0.5 0.0 2 0
    NLS data objects 1 0.0 0 0
    SQL memory manager worka 5,963 0.0 0 0
    Token Manager 0 0 2 0.0
    active checkpoint queue 719,439 0.3 0.1 0 1 0.0
    alert log latch 184 0.0 0 2 0.0
    archive control 4,365 0.0 0 0
    archive process latch 1,808 0.6 0.6 0 0
    begin backup scn array 3,387,572 0.0 0.0 0 0
    cache buffer handles 1,577,222 0.2 0.0 0 0
    cache buffers chains ############## 0.5 0.0 430 354,357,972 0.3
    cache buffers lru chain 17,153,023 0.1 0.0 1 385,505,654 0.5
    cas latch 538,804,153 0.3 0.0 7 0
    channel handle pool latc 1,776,950 0.5 0.0 0 0
    channel operations paren 2,901,371 0.3 0.0 0 0
    checkpoint queue latch 99,329,722 0.0 0.0 0 11,153,369 0.1
    child cursor hash table 3,927,427 0.0 0.0 0 0
    commit callback allocati 8,739 0.0 0 0
    dictionary lookup 7,980 0.0 0 0
    dml lock allocation 6,767,990 0.1 0.0 0 0
    dummy allocation 1,898,183 0.2 0.1 0 0
    enqueue hash chains 27,741,348 0.1 0.1 4 0
    enqueues 17,450,161 0.3 0.1 6 0
    error message lists 132,828 2.6 0.2 1 0
    event group latch 884,066 0.0 0.7 0 0
    event range base latch 1 0.0 0 0
    file number translation 34 38.2 0.9 0 0
    global tx hash mapping 577,859 0.0 0 0
    hash table column usage 4,062 0.0 0 8,757,234 0.0
    hash table modification 16 0.0 0 2 0.0
    i/o slave adaptor 0 0 2 0.0
    job workq parent latch 4 100.0 0.3 0 494 8.7
    job_queue_processes para 1,950 0.0 0 2 0.0
    ksfv messages 0 0 4 0.0
    ktm global data 8,219 0.0 0 0
    lgwr LWN SCN 2,687,862 0.0 0.0 0 0
    library cache 310,882,781 0.9 0.0 34 104,759 4.0
    library cache load lock 30,369 0.0 0.3 0 0
    library cache pin 153,821,358 0.1 0.0 2 0
    library cache pin alloca 126,316,296 0.1 0.0 4 0
    list of block allocation 2,730,808 0.3 0.0 0 0
    loader state object free 566,036 0.1 0.0 0 0
    longop free list parent 197,368 0.0 0 8,390 0.0
    message pool operations 14,424 0.0 0.0 0 0
    messages 25,931,764 0.1 0.0 1 0
    mostly latch-free SCN 40,124,948 0.3 0.0 5 0
    Latch Sleep breakdown for DB: P7IN1 Instance: P7IN1 Snaps: 582946 -583036
    -> ordered by misses desc
    Get Spin &
    Latch Name Requests Misses Sleeps Sleeps 1->4
    cache buffers chains ############## 74,770,083 1,062,119 73803903/884
    159/71439/10
    582/0
    redo allocation 170,107,983 3,441,055 149,631 3292872/1467
    48/1426/9/0
    library cache 310,882,781 2,831,747 89,240 2754499/6780
    6/7405/2037/
    0
    shared pool 158,471,190 1,755,922 55,268 1704342/4836
    9/2826/385/0
    cas latch 538,804,153 1,553,992 6,927 1547125/6808
    /58/1/0
    row cache objects 161,142,207 1,176,998 27,658 1154070/1952
    0/2560/848/0
    process queue reference 1,893,917,184 1,119,215 106,454 78758/4351/1
    36/0/0
    Library Cache Activity for DB: P7IN1 Instance: P7IN1 Snaps: 582946 -583036
    ->"Pct Misses" should be very low
    Get Pct Pin Pct Invali-
    Namespace Requests Miss Requests Miss Reloads dations
    BODY 3,137,721 0.0 3,137,722 0.0 0 0
    CLUSTER 6,741 0.1 4,420 0.2 0 0
    INDEX 353,708 0.8 361,065 1.2 0 0
    SQL AREA 17,052,073 0.3 54,615,678 0.9 410,682 19,628
    TABLE/PROCEDURE 3,521,884 0.2 12,922,737 0.1 619 0
    TRIGGER 1,975,977 0.0 1,975,977 0.0 1 0
    SGA Memory Summary for DB: P7IN1 Instance: P7IN1 Snaps: 582946 -583036
    SGA regions Size in Bytes
    Database Buffers 22,330,474,496
    Fixed Size 779,288
    Redo Buffers 17,051,648
    Variable Size 7,180,648,448
    sum 29,528,953,880

  • Can the 2 internal hard drives in the dv8t be configured as a raid 0 array?

    I know the intel chipset supports (PM55) supports raid 0 but does the HP dv8t bios allow a raid configuration for the internal drives?

    HM, here is the 'Service and Maintenance Guide' for your computer:
     http://h10032.www1.hp.com/ctg/Manual/c01910942.pdf
    In the section titled 'Product description', it tells about the two hard drives, but mentions nothing about RAID.  Therefore, I believe that it is not supported.
    Message Edited by old_geekster on 11-03-2009 08:36 PM
    Signature:
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