Hi,
we have a possible need to connect a token-ring link to a z13 (don't ask) and
were considering one option, but now another has appeared.
We're wondering if anyone else is using a Visara CNA8000 for this? It seems a
simpler option than the other one as it takes a token-ring link on one
On 21/07/2017 6:43 AM, Paul Gilmartin wrote:
On Thu, 20 Jul 2017 14:33:58 -0700, Charles Mills wrote:
Yes, negative UNIX times are legal and generally work.
I had understood that negative time_t values are illegal but generally work.
The closest I can find in POSIX is:
On 21/07/2017 1:11 AM, Kirk Wolf wrote:
As usual, the knowledge and helpfulness of those on this list is
astonishing.
I'm actually writing this in Java (to 64-bit java "long" epoch seconds,
from both STCK and STCKE inputs), but the sample IBM assembler code
initially puzzled me.
I had to do
On 20 July 2017 at 22:13, Bill Godfrey wrote:
> There are 17 leap days from 1900 to 1970, not 16. Just write them out
> starting at 1904, 1908... and count them.
>
> That would make the results one day later than they should be.
>
Dang... Obi-Wan error. I just tried it on
On Thu, 20 Jul 2017 16:58:11 -0700, Charles Mills wrote:
>Far be it from me to try to interpret the POSIX standards. It's definitely
>signed on z/OS.
>
>typedef long time_t;
>
>Why waste a bit if you are not going to support negative? Making it unsigned
>would have put off the Year 2038
Is anyone using a Quantum (quantum.com) device to back up data from an
EMC DLM? (Disk Library for Mainframe - looks like tape to the mainframe)
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There are 17 leap days from 1900 to 1970, not 16. Just write them out starting
at 1904, 1908... and count them.
That would make the results one day later than they should be.
The microseconds value should be 22089888, which in hex is
7d91048bca000, and after shifting that 12 bits to
Far be it from me to try to interpret the POSIX standards. It's definitely
signed on z/OS.
typedef long time_t;
Why waste a bit if you are not going to support negative? Making it unsigned
would have put off the Year 2038 problem an additional 68+ years.
I guess my assertion of negative
On Thu, 20 Jul 2017 14:33:58 -0700, Charles Mills wrote:
>Yes, negative UNIX times are legal and generally work.
>
I had understood that negative time_t values are illegal but generally work.
The closest I can find in POSIX is:
I'm still not sure exactly what you are saying, but I will say this. Prior to
Enterprise COBOL V6 an item within the linkage section that had a VALUE clause
would generate a warning. I believe this is what you stated. But now it's not
even a warning. It's certainly not an error, which is
Yes, negative UNIX times are legal and generally work.
But a shift -- arithmetic, not logical! -- of a negative number works, except
it sometimes ends up off by one, which is not going to be a huge problem here,
right? One microsecond.
shifted right one is , but in true
I'm not clear on what you are saying here. Can you give an example of both the
code and the error message?
From: IBM Mainframe Discussion List on behalf of
Cameron Conacher
Sent: Thursday, July 20, 2017 2:43 PM
Good point. A Unix EPOC time value is a signed integer, relative to
midnight Jan 1, 1970.
So STCK values between 1900 and 1970 would be negative after subtracting
the 1900-1970 offset value, and a SRDL instruction would not be
appropriate.
Kirk Wolf
Dovetailed Technologies
http://dovetail.com
Right Charles. SECS_PER_TOD_UNIT is an bad (inverted) name.
Kirk Wolf
Dovetailed Technologies
http://dovetail.com
On Thu, Jul 20, 2017 at 3:53 PM, Kirk Wolf wrote:
> X'7A12' is 1 million * 4096 / 2.
>
> There are 0x1000 TOD units in a microsecond; 1 million * 0x1000 in
Not following all this too closely, but if UNIX is a signed value, can it go
prior to 1900 and that is why they did math rather than shifting?
Just a question.
Chris Blaicher
Technical Architect
Mainframe Development
P: 201-930-8234 | M: 512-627-3803
E: cblaic...@syncsort.com
Syncsort
X'7A12' is 1 million * 4096 / 2.
There are 0x1000 TOD units in a microsecond; 1 million * 0x1000 in a second.
So if you use 64 bit arithmetic, there is nothing wrong with:
stck -= TOD_EPOC_OFFSET; // 1900 to 1970 offset: 0x7D91048BCA00L
long epoc_secs = stck / SECS_PER_TOD_UNIT;//
Hello everyone.
COBOL 6.1 introduced a "feature" where VALUE clauses that are used for
initialization are flagged as errors.
Ever since I began using COBL in the seventies, this would be treated as a
warning.
Personally, I consider it bad form, but the compiler happily marched on.
We have a number
X'7A12' is (4096 * 100) / 2.
The comment is backwards or inverted: should say TOD units per second (divided
by 2).
Charles
-Original Message-
From: IBM Mainframe Discussion List [mailto:IBM-MAIN@LISTSERV.UA.EDU] On Behalf
Of Tony Harminc
Sent: Thursday, July 20, 2017 1:10 PM
SHOWMVS, CBT tape file 492 has the logic you want. I don't think it's a
programmable interface though:
L R4,CVTCUCB Unit Control Module (UCM)
USING UCM,R4
L R5,UCMBFEXT UCM fixed extension
USING UCMFEXTA,R5
Hello all,
Is XTIOT supported by Cobol 6.2 ?
Atenciosamente / Regards / Saludos
Ituriel do Nascimento Neto
BANCO BRADESCO S.A.
4250 / DITI Engenharia de Software
Sistemas Operacionais Mainframes
Tel: +55 11 3684-9602 R: 49602 3-1404
Fax: +55 11 3684-4427
-Mensagem original-
De: IBM
On 20 July 2017 at 13:11, Kirk Wolf wrote:
> I'm actually writing this in Java (to 64-bit java "long" epoch seconds,
> from both STCK and STCKE inputs), but the sample IBM assembler code
> initially puzzled me.
I must admit I remain confused by both the sample code and its
Any idea how to get subsystem command prefixes prom a program, without
using /d optdata? I looked at the related macros, but haven't seen
anything.
ITschak
--
ITschak Mugzach
*|** IronSphere Platform* *|** Automatic ISCM** (Information Security
Contiguous Monitoring) **| *
Other than HCM - is there any tool that will take an HCD report and create a
graph of the connections (perhaps in excel or visio)?
Thanks
--
Lionel B. Dyck
Mainframe Systems Programmer - TRA
This 'problem' may actually be phantom. I was alarmed when I saw that we have
1500 (!) sysmods in NOAPPLY status. I dug into the report yesterday and
discovered that virtually the entire OMEGAMON suite was received at some point
but never installed, so all relevant FMIDs plus many hundreds of
As usual, the knowledge and helpfulness of those on this list is
astonishing.
I'm actually writing this in Java (to 64-bit java "long" epoch seconds,
from both STCK and STCKE inputs), but the sample IBM assembler code
initially puzzled me.
Kirk Wolf
Dovetailed Technologies
http://dovetail.com
Since I wound up in a meeting with someone on the CST team, I verified
that everything is supposed to eventually be marked RSU, even PTFs for
products that are not part of CST, based on age. There are windowing
factors make the delay between COR-close and RSU vary, but generally we
would
Can you give us an example of such dogies? Can it be that you received it
before it was part of an RSU and you haven't received the latest ++ASSIGN for
it?
-Original Message-
From: IBM Mainframe Discussion List [mailto:IBM-MAIN@LISTSERV.UA.EDU] On Behalf
Of Jesse 1 Robinson
Sent:
I have reviewed our current list of unapplied PTFs from LIST NOAPPLY(). The
real (unexplained) dogies are way fewer than I expected, fewer than I've seen
in the past. Maybe this has become a non-problem. I do want to make a point
that some folks may have missed. From the get-go, RSU was not
On Thu, 20 Jul 2017 09:57:31 -0400, Tom Conley wrote:
>I'd ask the question "How come these PTF's aren't in an RSU?" Shouldn't
>they have gone through CST at some point?
I would think so too, unless they have been SUP'ed.
--
Tom Marchant
Hi,
Thank You for the answers, the VTOC is able to provide the answer as indicated.
I used a LISTVTOC with the FORMAT option, it shows the CONTIG under the ALLOC
column, sample for the record if anyone ever search for this:
First dataset defined with SPACE=(CYL,(10,0)):
On 7/19/2017 5:17 PM, Jesse 1 Robinson wrote:
It's SOP here to install PTFs by RSU id. SMPE LIST NOAPPLY shows a fair number
of PTFs that have languished for quite some because they have never been
assigned to RSU. They usually have a PUT id, but we don't ever specify PUTyymm.
What do other
We have a tool that maps the F1DSCB and it shows:
Allocation parms .. C800
11.. Cylinder request
..0. Mass Storage Volume
I have used RSU for years on z/OS and have done many golives with very few
software issues.
RSU folds in older PTFs that were not previously included and it also looks
forward for hipers etc. It is saving customers a lot of research.
You can read about it here:
You can run a LISTVTOC and look for the DS1CONTG field in the F1 or F8
DSCB for the data set. (Sorry, not sure what authorizations are needed
for that but I'd hope we document it.)
--
John Eells
IBM Poughkeepsie
ee...@us.ibm.com
I do not believe this information is retained after allocation.
However,
One clue would be the presence of a secondary allocation.
-Original Message-
From: IBM Mainframe Discussion List [mailto:IBM-MAIN@LISTSERV.UA.EDU] On Behalf
Of Dirceu Bimonti Ivo
Sent: Thursday, July 20, 2017 8:14
On Thu, 20 Jul 2017 08:14:28 -0500, Dirceu Bimonti Ivo wrote:
>
>I am going through a vast list of datasets that were supposed to be defined as
>CONTIG, Information from ISPF 3.4 does not show if CONTIG was resquested when
>the dataset was created. Our storage product seems to be able to find
Hi,
I am going through a vast list of datasets that were supposed to be defined as
CONTIG, Information from ISPF 3.4 does not show if CONTIG was resquested when
the dataset was created. Our storage product seems to be able to find this
information when I copy something larger than the dataset
Don't need a compiler for that!
On Jul 20, 2017, 8:33 AM -0400, Tim Deller , wrote:
> "Conditional complication"?
> Sounds about right...
>
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"Conditional complication"?
Sounds about right...
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Apply by PUT, not RSU. That was you don't get into the problem in the first
place.
RSU cannot test everything. It is merely a large subset of the more common
environments.
HTH,
-Original Message-
From: IBM Mainframe Discussion List [mailto:IBM-MAIN@LISTSERV.UA.EDU] On Behalf
Of
Some people haven't bought a z800 or higher.
On Wed, Jul 19, 2017 at 10:23 PM, Charles Mills wrote:
> ARCH(4) is 390 mode!
>
> Charles
>
>
> -Original Message-
> From: IBM Mainframe Discussion List [mailto:IBM-MAIN@LISTSERV.UA.EDU] On
> Behalf Of Steve Beaver
> Sent:
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