On 21.05.23 11:55, Theo wrote:
class MerchantShip : Ship
{
private int speed = 0; // If only I had 'private(this)' !!
// how do I know this method is actually an implementation of an
interface method
// and not a method specific to this class?
// AND ... how come I can change a @safe interface method into a
@trusted one?
public @trusted void setSpeed(int speed)
{
int *s = void; // Mmmm.. and my interface all had @safe methods!!
this.speed = speed;
}
[...]
}
As far as I understand, a method that has the right signature is always
an implementation of the interface. There is no way to make a method of
the same name, with the same parameters, etc. that is "specific to the
class".
@trusted means that you're allowed to use @system features in the
implementation while the function must follow the restrictions of @safe
when called. Since @trusted functions are guaranteed (by the programmer)
to be safe, they are allowed to overload/implement @safe
functions/prototypes.
If you create an @trusted function that is not safe to call, that's an
error on your part.
