FS#43712 - [pacman] improper rate units shown for progress bar
Attached to Project:
Pacman
Opened by James (thx1138) - Thursday, 05 February 2015, 20:58 GMT
Last edited by Allan McRae (Allan) - Friday, 06 February 2015, 00:10 GMT
Opened by James (thx1138) - Thursday, 05 February 2015, 20:58 GMT
Last edited by Allan McRae (Allan) - Friday, 06 February 2015, 00:10 GMT
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Details
pacman shows a default progress bar when synchronizing
package databases and when retrieving packages with rate
units of "Kelvins per second", "K/s". Since, apparently,
someone is not aware, "Kelvin" is a unit of absolute
temperature, with the standard unit abbreviation "K".
In practice my computer system does _not_ actually change temperature at the rate indicated by pacman. Sometimes, the rate is also shown as "M/s", perhaps referring to a rate of candy-covered chocolates - I am not sure. Certainly, my computer system does _not_ actually produce candy-covered chocolates at this rate. Most likely, pacman was meant to show download rates in one of several possible communication-rate units: 1) kilo-bits per second - kb/s 2) kilo-bytes per second - kB/s 3) kilo-binary bits per second - kib/s 4) kilo-binary bytes per second - kiB/s and higher possible communication-rate units: 5) mega-bits per second - Mb/s 6) mega-bytes per second - MB/s 7) mega-binary bits per second - Mib/s 8) mega-binary bytes per second - MiB/s Please choose some specific communication-rate units for the pacman progress bar and disclose these units in standard form on the progress bar display. Similarly, pacman shows, presumably, a file size specification to the left of the progress bar in some "strange" units, possibly "Kelvin-binary", though I cannot imagine what these might be. Probably pacman was meant to display "kilo-binary bytes", "kiB". If that is so, please disclose the file size units in standard form, consistent with the larger units sometimes also shown, "mega-binary bytes", "MiB". To summarize, a) capitalization matters, b) "kilo" and "kilo-binary" are not the same, at a ratio of 1000:1024, and c) "bits" and "bytes" are different, by a factor of 8. |
This task depends upon
I agree that we are not expanding the rate display. It is clear enough given the units in full on the same line as it.