Fibonacci in a ton of languages.

Please note that the benchmark scores you see are on a highly optimized setup with the following:

• 1TB Gen 4 NVME SSD with DRAM cache
• (Kind of) Fast CPU (Ryzen 7 3800x)
• Linux 7 (Includes dirty write paging and larger EXT4 blocks)
• A short 5 second test to prevent cache exhaustion

BEFORE TRYING TO MODIFY: Half this code is nearly unreadable so I'd be careful if I were you. (The assembly only has humorous comments, so good luck reading that one.)

Your results may vary.

Currently supported languages (more will be added):

• Python (~1GB/s) COMMAND: python3 fib.py
• Rust (~1.7GB/s) COMMAND: cargo run --release
• C++ (~1.7GB/s) COMMAND: g++ -O3 main.cpp -o fib -lgmpxx -lgmp -pthread
• C# (~1.4GB/s) COMMAND: dotnet build
• C (2.3GB/s) COMMAND: gcc -O3 -march=native main.c -o fib -lgmp -lpthread
• Assembly (3.2GB/s) COMMAND: make
• BrainF (0.5GB/s) COMMAND: make
• Lua (2GB/s) COMMAND: luajit fib.lua
• Ruby (0.4GB/s) COMMAND: ruby --yjit fib.rb
• Zig (3.65GB/s) COMMAND: zig build-exe main.zig -O ReleaseFast --name fib
• Fortran (3.2GB/s) COMMAND: make

Languages in progress:

• Java
• Kotlin
• Haskell
• Go
• Swift
• Perl
• Javascript

Languages for future implementation:

• Clojure
• Erlang
• Ada
• D
• Pascal
• OCaml
• Prolog
• F#
• Typescript
• PHP
• Tcl
• Verilog
• Nim
• Befunge
• Shakespeare Programming Language
• INTERCAL
• Chef
• CSS
• Regex

Licensing:

This code is licensed under the MIT License.