[flagged]
did you check the header of that cpp? they are storing it in a shared_ptr: shared_ptr = referenced counted pointer = RAII they should have used make_shared, but it is still safe
unfortunately, those websites are probably more popular than the church's website in question (or at least, receive more clicks from google search)
You are getting that because other people do not care about what you are searching for :( their AI is maximizing the chances of quickly finding what most people want, not what you want.
They are relying too much on AI and "collective wisdom". The results you get now are what Google thinks you want based on what others want, not on what you are actually searching for. What you typed is now treated as a…
If you sort2(a, b), it would be nice if min(a, b) == a && max(a, b) == b.
Stepanov disagrees. You should return the second parameter if a, b are equivalent (and you should use < anyway): template<typename T> inline constexpr const T& max(const T& a, const T& b) { return (b < a ? a : b); }
[flagged]
did you check the header of that cpp? they are storing it in a shared_ptr: shared_ptr = referenced counted pointer = RAII they should have used make_shared, but it is still safe
unfortunately, those websites are probably more popular than the church's website in question (or at least, receive more clicks from google search)
You are getting that because other people do not care about what you are searching for :( their AI is maximizing the chances of quickly finding what most people want, not what you want.
They are relying too much on AI and "collective wisdom". The results you get now are what Google thinks you want based on what others want, not on what you are actually searching for. What you typed is now treated as a…
If you sort2(a, b), it would be nice if min(a, b) == a && max(a, b) == b.
Stepanov disagrees. You should return the second parameter if a, b are equivalent (and you should use < anyway): template<typename T> inline constexpr const T& max(const T& a, const T& b) { return (b < a ? a : b); }