COBOL sample:
IDENTIFICATION DIVISION.
PROGRAM-ID. COBTEST.
DATA DIVISION.
WORKING-STORAGE SECTION.
01 FACTOR PIC 9.
OK, a colleague of mine pointed me to SVT_SUP_NORMALIZATION which is part of
SVT which is addressed by CVT. The following REXX shows the factor:
/* REXX */
/* - */
/* Get n
Thanks Daniel for your gentle offer, but my customer doesn't work with PL/I.
Cheers, jan
On Thu, Oct 4, 2012 at 1:56 PM, Daniel Jacot wrote:
> If you really want to find this value in RMF, you have to look at R791NFFS
> which is a field in SMF type 79 (RMF II), subtype 1 (Address Space State
> Da
Subject: Re: How can we get the normalization factors R723NFFI / R723NFFS /
SMF70NRM numbers out of RMF?
If you really want to find this value in RMF, you have to look at R791NFFS
which is a field in SMF type 79 (RMF II), subtype 1 (Address Space State Data).
Since it's not listed in the RMF to
If you really want to find this value in RMF, you have to look at R791NFFS
which is a field in SMF type 79 (RMF II), subtype 1 (Address Space State Data).
Since it's not listed in the RMF tool in ISPF, you have to call the RMF
interface ERBSMFI and interpret its output. Nice little programming wo
* 256 = 1038.757 which is rounded to 1039.
1039/256 = 4.0585938
regards, Tom
On 2012-10-02 12:00 AM, IBM-MAIN automatic digest system wrote:
Date:Mon, 1 Oct 2012 22:42:30 +0200
From:Jan Vanbrabant
Subject: How can we get the normalization factors R723NFFI / R723NFFS /
SMF70NRM numbers
Hi,
How (or where) can I find in RMF the normalization factors for specialty
engines (zIIP, zAAP) [R723NFFI (zAAPs) or R723NFFS (zIIPs)] against
kneecapped GP processors?
Or the SMF70NRM value from TYPE70?
Products such as MICS or MXG will do this conversion for you, but I don't
have them in m
