7. PARAMETERS › 7.3 Unit Level Parameters
7.3 Unit Level Parameters
Unit level parameters control the processing of the CA MICS
Hardware and SCP Analyzer within each database unit. These
parameters are stored in the prefix.MICS.PARMS library
associated with each database unit you define. The
parameters are incorporated into the CA MICS system by the
parameter generation processor. Note that you must run the
generation process for these options to take effect.
Figure 7-1 identifies the only system code generation process
for the CA MICS Hardware and SCP Analyzer, its PARMS member
input, and the output MACROs (a member can contain the
definition of more than one SAS MACRO) and FORMATs that they
generate. The output libraries are at the database unit
level (prefix) unless noted otherwise.
The input PARMS member that must be completed prior to
RMFPGEN execution is the Product Options Definition (RMFOPS).
The Physical Hardware PARMS member (RMFPHYDE) used to assign
values to the Physical Hardware (HARPHY) file data elements
is optional.
+-----------+------------+--------------------+-------------+
| System | MICS.PARMS | USER.SOURCE | MUOLIB |
| Code | Input | Output Members and | Output |
| Generator | Member | SAS MACRO Names | SAS FORMATs |
+-----------+------------+--------------------+-------------+
| | | | |
| RMFPGEN | RMFOPS | #RMFMSTR _TRACEX | |
| | | _TRACE | |
| | | | |
| RMFPGEN | RMFPHYDE | RMFPHYVS | $RMFPHY |
| | | | |
| | | | |
+-----------+------------+--------------------+-------------+
The sections that follow show you how to specify the
operational parameters that control how input data is
processed by the CA MICS Hardware and SCP Analyzer. The
names in parentheses are the member names within the
prefix.MICS.PARMS data set that contain the parameters
described in the section.
1 - Processing Options (RMFOPS)
2 - Database Space Modeling (DBMODEL)
3 - INPUTRDR and INPUTRMF PARMS Members
4 - Physical Hardware Data Element Assignment (RMFPHYDE)
