Recipe for Calling Swift Closures from Asynchronous Rust Code
The purpose of this recipe is to integrate asynchronous Rust with idiomatic Swift code that uses completion handler blocks. All reference counting should be...
Posts by Tag
Rust
Target Feature vs Target CPU for Rust
In the previous article on auto-vectorization we looked at the different SIMD instruction set families on X86-64. We saw how he target-feature compiler flag ...
Examining ARM vs X86 Memory Models with Rust
With Apple’s recent announcement that they are moving away from Intel X86 CPU’s to their own ARM CPU’s for future laptops and desktops I thought it would be ...
Auto-Vectorization for Newer Instruction Sets in Rust
In the previous article on auto-vectorization we treated instructions as either SIMD (Single Instruction Multiple Data) or non-SIMD. We also assumed that SIM...
Taking Advantage of Auto-Vectorization in Rust
Recently on a project I wrote some audio processing code in Rust. In the past I’ve used C++ to write audio processing code for situations where performance w...
Optimisation
Auto-Vectorization for Newer Instruction Sets in Rust
In the previous article on auto-vectorization we treated instructions as either SIMD (Single Instruction Multiple Data) or non-SIMD. We also assumed that SIM...
Taking Advantage of Auto-Vectorization in Rust
Recently on a project I wrote some audio processing code in Rust. In the past I’ve used C++ to write audio processing code for situations where performance w...
ARM
Examining ARM vs X86 Memory Models with Rust
With Apple’s recent announcement that they are moving away from Intel X86 CPU’s to their own ARM CPU’s for future laptops and desktops I thought it would be ...
X86
Examining ARM vs X86 Memory Models with Rust
With Apple’s recent announcement that they are moving away from Intel X86 CPU’s to their own ARM CPU’s for future laptops and desktops I thought it would be ...
Atomics
Examining ARM vs X86 Memory Models with Rust
With Apple’s recent announcement that they are moving away from Intel X86 CPU’s to their own ARM CPU’s for future laptops and desktops I thought it would be ...
Optimization
Target Feature vs Target CPU for Rust
In the previous article on auto-vectorization we looked at the different SIMD instruction set families on X86-64. We saw how he target-feature compiler flag ...
Swift
Recipe for Calling Swift Closures from Asynchronous Rust Code
The purpose of this recipe is to integrate asynchronous Rust with idiomatic Swift code that uses completion handler blocks. All reference counting should be...
Recipes
Recipe for Calling Swift Closures from Asynchronous Rust Code
The purpose of this recipe is to integrate asynchronous Rust with idiomatic Swift code that uses completion handler blocks. All reference counting should be...