The AOFROUTE parameter determines the default routing codes of messages generated in AOF rules.
There are actually two ways to set these routing codes, because the routing codes that you specify for AOFROUTE are the same as those specified for bytes 5 and 6 of the AOFDEST parameter value. For example, if you set a value for AOFDEST, and then set a value for AOFROUTE specifying different routing codes, the codes set by AOFROUTE override the earlier settings. The opposite is also true-if you set the AOFROUTE parameter and then later specify different routing codes through the AOFDEST parameter, the AOFDEST settings override the AOFROUTE settings.
To help you to set the AOFROUTE parameter, the following table lists this information:
|
Code |
Hex Representation |
OPSBITS() String |
Description |
|---|---|---|---|
|
1 |
X'8000' |
MSTRACTN |
Master console action |
|
2 |
X'4000' |
MSTRINFO |
Master console information |
|
3 |
X'2000' |
TAPEPOOL |
Tape pool |
|
4 |
X'1000' |
DASDPOOL |
Direct access pool |
|
5 |
X'0800' |
TAPELIB |
Tape library |
|
6 |
X'0400' |
DISKLIB |
Disk library |
|
7 |
X'0200' |
UR |
Unit record pool |
|
8 |
X'0100' |
TP |
Teleprocessing control |
|
9 |
X'0080' |
SECURITY |
System security |
|
10 |
X'0040' |
SYSERROR |
System/Error maintenance |
|
11 |
X'0020' |
PGMRINFO |
Programmer information |
|
12 |
X'0010' |
EMULATOR |
Emulator |
You can combine two or more hexadecimal representations in order to specify multiple routing codes. Consider these examples:
|
To represent routing codes... |
Specify this value for AOFROUTE... |
|---|---|
|
2 |
X'4000' |
|
1 and 2 |
X'C000' |
|
9 and 11 |
X'00A0' |
If you need more detailed information about routing codes, see the IBM documentation.
X'0000'
Any valid routing codes, expressed in hexadecimals
Anytime
Example: AOFROUTE
This function sets the default routing codes to 9 and 11 (X'0080' + X'0020' = X'00A0').
OPSPRM("SET","AOFROUTE","X'00A0'")
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