Oh, don’t get me wrong. It’s odd for a clock to act this way, just not inexplicable. At best it’s an example of UI standards being applied without regard to sense, which is very much in line with Microsoft.
Most other clocks will do something similar, they just do it in the background. Something that’s a lot easier to do if you’re not following a UI framework that says you’re never allowed to change something in a way that might cause the user to see a weird shift. Other things just acknowledge that clock sync should only take a few milliseconds before the clock is even visible, that a timezone DB update will rarely cause a change of more than an hour, and that a user will probably not even notice if there’s a shift.
Oh, don’t get me wrong. It’s odd for a clock to act this way, just not inexplicable. At best it’s an example of UI standards being applied without regard to sense, which is very much in line with Microsoft.
Most other clocks will do something similar, they just do it in the background. Something that’s a lot easier to do if you’re not following a UI framework that says you’re never allowed to change something in a way that might cause the user to see a weird shift. Other things just acknowledge that clock sync should only take a few milliseconds before the clock is even visible, that a timezone DB update will rarely cause a change of more than an hour, and that a user will probably not even notice if there’s a shift.