From: | Tom Lane <tgl(at)sss(dot)pgh(dot)pa(dot)us> |
---|---|
To: | Corey Huinker <corey(dot)huinker(at)gmail(dot)com> |
Cc: | Gerdan Santos <gerdan(at)gmail(dot)com>, pgsql-hackers(at)postgresql(dot)org |
Subject: | Re: \timing interval |
Date: | 2016-09-01 18:43:03 |
Message-ID: | 32452.1472755383@sss.pgh.pa.us |
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Lists: | pgsql-hackers |
I wrote:
> Sorry, that probably added no clarity at all, I was confusing
> seconds with milliseconds in the example values :-(
After a bit of further fooling with sample values, I propose this
progression:
Time: 0.100 ms
Time: 1.200 ms
Time: 1001.200 ms (0:01.001)
Time: 12001.200 ms (0:12.001)
Time: 60001.200 ms (1:00.001)
Time: 720001.200 ms (12:00.001)
Time: 3660001.200 ms (1:01:00.001)
Time: 43920001.200 ms (12:12:00.001)
Time: 176460001.200 ms (2 01:01:00.001)
Time: 216720001.200 ms (2 12:12:00.001)
Time: 10000000000000000000.000 ms (115740740740 17:46:40.000)
Note that times from 1 second to 1 hour all get the nn:nn.nnn
treatment. I experimented with these variants for sub-minute times:
Time: 1001.200 ms (1.001)
Time: 12001.200 ms (12.001)
Time: 1001.200 ms (1.001 s)
Time: 12001.200 ms (12.001 s)
but it seems like the first variant is not terribly intelligible and
the second variant is inconsistent with what happens for longer times.
Adding a zero minutes field is a subtler way of cueing the reader that
it's mm:ss.
regards, tom lane
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