Optimizations: the speed size tradeoff No optimizations Optimizing dependencies Optimize for speed Optimize for size Optimizations: the speed size tradeoff Everyone wants t...

Building deno from source Cloning the Repository Prerequisites Building Deno Building Building deno from source Below are instructions on how to build Deno from source. If...

Floating Point Single Instruction Multiple Data (SIMD) instructions are able to perform an operation (e.g., addition) simultaneously on multiple data words, which can speed up p...

nodecl 编译指示 nodecl 编译指示 nodecl 编译指示可以应用于几乎任何标识符(变量、过程、类型等)，在与 C 的互操作时往往很有用: 它告诉 Nim，不要在 C 代码中声明这个标识符。例如: var EACCES {. importc , nodecl .}: cint # 把 EACCES 假装成变量， ...

Header pragma Header pragma The header pragma is very similar to the noDecl pragma: It can be applied to almost any symbol and specifies that it should not be declared and ins...

System Image Building Building the Julia system image System image optimized for multiple microarchitectures Specifying multiple system image targets Implementation overview ...

System Image Building Building the Julia system image System image optimized for multiple microarchitectures Specifying multiple system image targets Implementation overview ...

System Image Building Building the Julia system image System image optimized for multiple microarchitectures Specifying multiple system image targets Implementation overview ...

Initialization of the Julia runtime Julia ASTs More about types Memory layout of Julia Objects Eval of Julia code Calling Conventions High-level Overview of the Native-Code G...

Initialization of the Julia runtime Julia ASTs More about types Memory layout of Julia Objects Eval of Julia code Calling Conventions High-level Overview of the Native-Code G...