This presentation is great, but it's a bit annoying to see tons of "APValue" and have no idea what the AP stands for. A certain AI engine tells me it's "Abstract Primitive Value", which makes some sense and rhymes with the rest of the lecture. But man for such an introductory material, ironing out such wrinkles is really important.
I did this talk three times, it's possible I forgot to mention at Meeting C++ the APValue is somehow meaningless, as I asked a few developers of clang and none of them was sure what it means. I think it's somehow funny. One developer told me "Arbitrary Precision Value". If I forgot to mentioned on first slide with APValue then I'm truly sorry.
Great video! Because of the CTRE lib, I [re]started studying C++. I use regex all the time in my code, it's really important for almost everything I do. However, it doesn't make sense using std::regex since it's about the worst (slowest) regex engine there is.
This presentation is great, but it's a bit annoying to see tons of "APValue" and have no idea what the AP stands for. A certain AI engine tells me it's "Abstract Primitive Value", which makes some sense and rhymes with the rest of the lecture. But man for such an introductory material, ironing out such wrinkles is really important.
I did this talk three times, it's possible I forgot to mention at Meeting C++ the APValue is somehow meaningless, as I asked a few developers of clang and none of them was sure what it means. I think it's somehow funny. One developer told me "Arbitrary Precision Value". If I forgot to mentioned on first slide with APValue then I'm truly sorry.
Considering she says that it contains "arbitrary precision" ints/float, that would be my guess...
Great video! Because of the CTRE lib, I [re]started studying C++. I use regex all the time in my code, it's really important for almost everything I do. However, it doesn't make sense using std::regex since it's about the worst (slowest) regex engine there is.
Thanks ☺