I found the following in my mail box:
<
From: root@localhost
Subject: DrakLog Mail Alert
X-Mailer: Mail::Mailer[v2.21] Net::SMTP[v3.11]
Date: Wed, 1 Sep 2021 05:01:01 +0100 (BST)
Status: R
Load is huge: 3.58
Google doesn't recognise "draklog mail alert load is huge" as a search target. Any ideas why/what?
On Wed, 01 Sep 2021 11:34:35 -0400, Grimble <grimble@nomail.afraid.org> wrote:
I found the following in my mail box:
<
From: root@localhost
Subject: DrakLog Mail Alert
X-Mailer: Mail::Mailer[v2.21] Net::SMTP[v3.11]
Date: Wed, 1 Sep 2021 05:01:01 +0100 (BST)
Status: R
Load is huge: 3.58
;Google doesn't recognise "draklog mail alert load is huge" as a search
target. Any ideas why/what?
https://www.howtogeek.com/194642/understanding-the-load-average-on-linux-and-other-unix-like-systems/
What kind of system considers a 3.58 load average as huge?
On Wed, 01 Sep 2021 12:39:59 -0400, red floyd <no.spam.here@its.invalid> wrote:
What kind of system considers a 3.58 load average as huge?
A single or dual core system. On my qaud core ...
$ uptime
13:32:56 up 2 days, 20:28, 2 users, load average: 0.94, 0.85, 0.86
Unlike old systems from back in the 80's, the bulk of the processes are
used to
provide interactive responses, so someone is sitting there waiting for them when they are running or waiting to run.
Regards, Dave Hodgins
I did warn that it was an "Old Man Rant"....
I found the following in my mail box:Thanks for your comments. This is a 6-core Ryzen CPU, 3 of which are
<
From: root@localhost
Subject: DrakLog Mail Alert
X-Mailer: Mail::Mailer[v2.21] Net::SMTP[v3.11]
Date: Wed, 1 Sep 2021 05:01:01 +0100 (BST)
Status: R
Load is huge: 3.58
Google doesn't recognise "draklog mail alert load is huge" as a search target. Any ideas why/what?
Thanks for your comments. This is a 6-core Ryzen CPU, 3 of which are
running Boinc, so if I understand your link, Dave, 3.58 ain't nuthin' to
be worried about.
On Thu, 02 Sep 2021 11:57:14 -0400, Grimble <grimble@nomail.afraid.org> wrote:
Thanks for your comments. This is a 6-core Ryzen CPU, 3 of which are
running Boinc, so if I understand your link, Dave, 3.58 ain't nuthin' to
be worried about.
Correct. There are a lot of legacy warnings built in that should be reviewed.
In this case it dates back to when dual core systems were a novelty. As
they
are just cosmetic, that's not a high priority.
Regards, Dave Hodgins
On Wed, 01 Sep 2021 15:11:55 -0400, red floyd <no.spam.here@its.invalid> wrote:
I did warn that it was an "Old Man Rant"....
My first programming started in 75 with optical sense cards and later, card punches.
:-)
Regards, Dave Hodgins
For me 64 with punched tape and punched cards, or even flipping the
switches on the front panel of a 1620. An interesting machine. It did multiplication and addition using decimal lookup tables (Addresses 100-200 for addition
and 200-400 for multiplication if I recall correctly. So 1+1 could well
be 5 if you wanted.)
On 4/9/21 2:47 am, William Unruh wrote:
For me 64 with punched tape and punched cards, or even flipping the switches on the front panel of a 1620. An interesting machine. It
did multiplication and addition using decimal lookup tables
(Addresses 100-200 for addition and 200-400 for multiplication if I
recall correctly. So 1+1 could well be 5 if you wanted.)
I once heard that 2 X 2 = 5
but only for extremely large values of 2
On 4/9/21 2:47 am, William Unruh wrote:
For me 64 with punched tape and punched cards, or even flipping the
switches on the front panel of a 1620. An interesting machine. It did
multiplication and addition using decimal lookup tables (Addresses
100-200 for addition and 200-400 for multiplication if I recall
correctly. So 1+1 could well be 5 if you wanted.)
I once heard that 2 X 2 = 5 but only for extremely large values of 2
On Thu, 02 Sep 2021 11:57:14 -0400, Grimble <grimble@nomail.afraid.org> wrote:
Thanks for your comments. This is a 6-core Ryzen CPU, 3 of which are
running Boinc, so if I understand your link, Dave, 3.58 ain't nuthin' to
be worried about.
Correct. There are a lot of legacy warnings built in that should be reviewed.
In this case it dates back to when dual core systems were a novelty. As
they
are just cosmetic, that's not a high priority.
Regards, Dave Hodgins
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