tsss

42 ms·

541.
by tsss 7y ago
I don't get how people can live like this. In any decent language with a primitive static type system this would take you 15 minutes at most and you could be sure that it works afterwards.
542.
by tsss 7y ago
Thank god I'm not the only one who is annoyed by that. I remember 1 or 2 years ago when I first installed KDE I thought I messed up the installation because the padding/margins looked so jarring, I was convinced there was somethin
543.
by tsss 7y ago
You'd think that a socialist of all people would understand that it pays off to bleed money in the beginning in order to get a market controlling position.
544.
by tsss 7y ago
How long is your commute? I highly doubt anyone who has to endure public transport for more than 30 minutes at a time would say that. Not to mention the limits on where you can go and what you can take with you. Of course you don't nee
545.
by tsss 7y ago
Or maybe they just don't want more density. You talk like there's only upsides to high-density cities but the people who are living there right now might not be amused about more people, more cramped spaces, more noise and polluti
546.
by tsss 7y ago
That looks suspicious. You need to have at least some personal data on you for them to drool over.
547.
by tsss 7y ago
At this point it should be common sense, there are arguments about this in practically every thread that mentions Python or JS. As much as I hate dynamic typing, there are use-cases where I don't care about it much. What makes Python t
548.
by tsss 7y ago
There is no agreed-upon definition of weakly and strongly typed; It is a nonsense word. Any Haskell programmer would laugh at someone who calls Python strongly typed.
549.
by tsss 8y ago
What about func make_numbers() -> Sequence<Any> This should work as long as Sequence is covariant on Element. You could return any possible Sequence here, like Sequence<Int> or Sequence<Double>. The user of the f
550.
by tsss 8y ago
I don't get the motivation behind this. I assume Swift has subtype polymorphism, so why not do this: func allEncompassingShape() -> Shape { return SpecialGiantShape() } This function returns some type that may be a su