

3. IMPLEMENTATION › 3.3 Strategies for UNIX Accounting › 3.3.1 Implementing UNIX/PCS Accounting
3.3.1 Implementing UNIX/PCS Accounting
The following checklist will help you to implement usage
charges for your UNIX systems using the CA MICS Analyzer for
HP PCS and CA MICS Accounting and Chargeback. The CA MICS
Analyzer for HP PCS, CA MICS Accounting and Chargeback, and
HP PCS must be installed before performing these steps.
___ 1. Define the PCS parameters.
The application names that you will use for charging
must be defined in the scopeux program startup
parameters for PCS.
If you will be charging from the UNIX/PCS Process
Data Journal, you will need metrics for all processes
in the PCS Process Log. You will probably need to
add the "Short-lived" startup parameter. By default,
PCS does not collect metrics for short-lived
processes in the PCS Process Log.
See "Using scopeux and Related Programs" in the HP
Performance Collection Software User's Manual for
additional information about the PCS startup
parameters.
___ 2. Update the cost routine for UNIX/PCS.
The COSTRTE routine is SAS code that assigns values
to your installation's defined cost center variables
as each record is processed by the CA MICS system. It
is stored in member sharedprefix.MICS.PARMS(COSTRTE).
The COSTRTE member in sharedprefix.MICS.HOLD.PARMS
includes sample code to assign cost centers for
UNIX/PCS data. Notice that the sample code
illustrates charging from either the UNIX Application
Performance File (AUCAPL) or the UNIX Process
Activity File (AUCKPR). The elements available to
populate the cost centers differ depending on the
file.
Edit the COSTRTE member in sharedprefix.MICS.PARMS
and update or add code to correctly assign the
UNIX/PCS cost center variables for your installation.
The ROUTINE value for UNIX/PCS data is DYAUCFMT.
Refer to Section 4.1.3, Assigning Cost Center Values,
for additional information.
___ 3. Define qualification group(s).
If you will be charging for many applications in the
same way based on application number, define one or
more Subsysid qualification groups, each containing
the application numbers to be charged by a single
algorithm (an algorithm is a set of charging elements
and associated rates).
Note that the same application number cannot appear
in more than one group because this would allow the
application to be charged more than once.
___ 4. Update the CA MICS Accounting and Chargeback Rate
Table to define your UNIX/PCS charging strategy.
You must define rates for each charging element that
you wish to use for UNIX/PCS systems. The
recommended computation codes are 2501 and 2516 in
the UNIX/PCS Application Data Journal (ACTJXA) and
2551 and 2563 in the UNIX/PCS Process Data Journal
(ACTJXP). When computation code 2516 is not
available for a UNIX system, use computation codes
2512 and 2513, logical read and write I/Os, to charge
for I/O usage. Likewise, when computation code 2563
is not available, use computation code 2562.
Use algorithm qualification to specify the work to be
charged by each algorithm if either of the following
conditions is true:
o You are charging from both UNIX/PCS journal files.
o You have defined more than one algorithm for
either of the UNIX/PCS journal files. You might
need multiple algorithms if you were charging
differently based on system or application.
On the Algorithm Qualification panel, use the
qualification group name(s) defined in Step 3 to
simplify data entry.
Refer to Section 4.3.1, Defining the Rate Table, for
additional information.
___ 5. Submit the MAGRUN job to activate charging for
UNIX/PCS resources.
When you finish editing the rate table as directed in
Step 4, you will be prompted to submit the MAGRUN
batch job. Submit the job and ensure that it
completes normally to apply the changes and activate
charging for your UNIX/PCS systems.
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