splits the image into smaller chunks, allowing for multi- threaded encoding, as well as per-chunk optimization. This option allows you to choose whether the encoder should do so with the lossy VarDCT method same in both, vector and scalar algorithms. Sometimes you will be tempted to do some fast-path optimization in the scalar version of the algorithm, which are not available in the vector version. Don’t do really hard to find bugs in rendering. Basically, you need to always make sure that the fast-path optimization in scalar and vector algorithms are exactly the same, even if it means you have to remove some

Box or reference of some kind, instead of storing the value directly. 더살펴보기 니치 (틈새) 최적화 (Niche Optimization) enum List { Element(T, Box>), Nil, } fn main() { let list: List = List::Element(1 stack addresses and run it on the Playground or look at the assembly in Godbolt. In the ”DEBUG” optimization level, the addresses should change, while they stay the same when changing to the ”RELEASE” setting: C++ (main difference: it can only contain UTF-8 encoded bytes and will never use a small-string optimization). • Byte strings literals allow you to create a &[u8] value directly: 132 fn main() { println

Box or reference of some kind, instead of storing the value directly. 더살펴보기 니치 (틈새) 최적화 (Niche Optimization) enum List { Element(T, Box>), Nil, } fn main() { let list: List = List::Element(1 stack addresses and run it on the Playground or look at the assembly in Godbolt. In the ”DEBUG” optimization level, the addresses should change, while they stay the same when changing to the ”RELEASE” setting: C++ (main difference: it can only contain UTF-8 encoded bytes and will never use a small-string optimization). • Byte strings literals allow you to create a &[u8] value directly: 131 fn main() { println