RMUDISPLAY72.HLB  —  Overview  Screens  Process Accounting screen
    This screen provides continuously updated OpenVMS accounting
    information about local processes in a VMScluster environment.
    This screen is an alternative to the OpenVMS SHOW PROCESS
    /CONTINUOUS utility. The screen provides equivalent information,
    except that all active database processes on a specific node can
    be monitored at the same time.

    This screen displays operating system accounting information,
    thereby enabling a database administrator to evaluate the
    system resources used by database processes. The values in the
    Process Accounting screen are for all process activity, not
    just the activity that occurs while in the database. Therefore,
    this screen is useful for monitoring the complete application
    behavior.

    This screen displays dynamically changing process information
    only. That is, quotas and other information that are fixed for
    each process are not displayed because that information can be
    obtained in other ways.

    The Process Accounting screen has brief and full modes that
    control the amount of information displayed for each active
    database process.

    You select brief mode by typing B. In brief mode, one line
    per process is displayed, providing the following information:
    process ID, process name, CPU time, remaining lock quota count,
    page fault count, number of direct I/O operations, working set
    size and virtual memory size.

    You select full mode by typing F. In full mode, a second line
    per process is displayed that provides the following additional
    information: user name, image name, process state, page file
    quota count, direct I/O quota count, number of buffered I/O
    operations and buffered I/O quota count.

    Note that information on the Process Accounting screen cannot
    be reset. Because the information is gathered in real time, it
    cannot be written to the output file (the Output qualifier will
    not work with this screen) and therefore cannot be displayed
    during input file replay (the Input qualifier will not work with
    this screen).

    If the information on all the local processes does not fit on a
    single Process Accounting page, use the >Next_page and <Prev_page
    keys to scroll between the multiple pages of process information.
    The Process Accounting screen provides the following information
    in both brief and full modes:

    o  Process ID-The process ID for the current process, assigned
       by the operating system, and the stream ID, assigned by the
       database. If the process has more than one active database
       session, only the first active stream ID will be displayed
       because the process accounting information is the same for
       all active database sessions. Stream ID values greater than 99
       display as "**" to indicate an integer display overflow on the
       screen; the [Z]oom function can be used to display the full
       stream ID in this case.

       Optionally, a single character following the stream ID field
       indicates additional information about the process:

         D  - Database Recovery (DBR)
         R  - Server for a remote user
         s  - Database server (such as ABS, ALS, LCS, LRS, or RCS)
         u  - Attached for utility access
         *  - User process on another node in the cluster
         A  - Available for per-process monitoring
         G  - Actively being monitored

    o  Process name-The name of the process.

    o  CPU time-The total accumulated CPU time since the process was
       logged in.

    o  ENQ quota count-The remaining number of locks the process
       may request. This field should not approach zero. If it
       does approach zero, the ENQLM value should be raised for the
       process.

    o  Page fault count-The total accumulated number of page faults.

    o  Number of direct I/O operations-The total accumulated count of
       the direct I/O operations.

    o  Working set size-The total accumulated number of active pages
       (512-byte pages) in the working set for the process.

    o  Virtual memory size-The total accumulated number of pages
       (512-byte pages) of virtual memory allocated by the process.
       This value includes the size of the database global section.

    The Process Accounting screen provides the following information
    fields only in full mode:

    o  User name-The name of the user (used when logging in to the
       system).

    o  Image name-The name of the image file currently being executed
       by the process.

    o  Process state-The current process state, which will be one of
       the following keywords:

       Keyword   Description

        CEF       Common event flag wait
        COM       Computable
        COMO      Computable, out of balance set
        CUR       Current process
        COLPG     Collided page wait
        FPG       Free page wait
        HIB       Hibernate wait
        HIBO      Hibernate wait, out of balance set
        LEF       Local event flag wait
        LEFO      Local event flag wait, out of balance set
        MWAIT     Mutex and miscellaneous resource wait
        PFW       Page fault wait
        SUSP      Suspended
        SUSPO     Suspended, out of balance set

    o  Page file quota count-The remaining number of pages in the
       paging file the process may request. This field should not
       approach zero. If it does approach zero, the PGFLQUOTA value
       should be raised for the process.

    o  Direct I/O quota count-The remaining number of direct I/O
       operations the process may request. This field should not
       approach zero. If it does approach zero, the DIOLM value
       should be raised for the process.

    o  Number of buffered I/O operations-The total accumulated count
       of the buffered I/O operations.

    o  Buffered I/O quota count-The remaining number of buffered
       I/O operations the process may request. This field should
       not approach zero. If it does approach zero, the BIOLM value
       should be raised for this process.
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