Learn ZIG-WASM with Real Code Examples

Zig code compiles directly to Wasm bytecode

Optional WASI integration for system calls

Memory layout controlled explicitly by the developer

Functions exported to WebAssembly can be called from JS

Low-level modules can integrate with front-end frameworks via Wasm

Zig code compiled -> WebAssembly binary

Binary loaded in browser or Wasm runtime

Exports functions callable from host environment

Manual memory and error management during execution

High-performance computation with small footprint

Low-level, manual memory control

Compile-time execution optimizations

Modular exports for integration with host

Deterministic error handling with unions

Optional WASI integration for system-like calls

Browser-based crypto engines

High-performance math libraries

Game engines or physics simulations

Compression/decompression modules

System-level utilities in WebAssembly

Predictable, deterministic execution

Minimal runtime overhead

Safety without garbage collector

Cross-compilation and C interoperability

Simplicity and clarity in language design

Wasm scales per client/browser instance

Zig’s small runtime reduces load

Manual memory management allows predictable usage

Compile-time optimizations reduce runtime overhead

Modular exports enable code reuse

Port C/C++ Wasm modules to Zig for safety

Replace performance-critical JS functions with Zig-Wasm

Use JS glue for frontend integration

Compile to wasm32 target

Test across browsers and runtimes