Learn TINYGO-WASM with Real Code Examples

Install TinyGo via installer or package manager

Install Go (used for dependencies)

Install wasm-opt (optional for aggressive optimization)

Configure TinyGo for browser or WASI target

Compile Go code to Wasm using `tinygo build -target=wasm`

Install TinyGo

Install Go (for modules)

Install wasm-opt (optional)

Choose browser/wasi target

Compile and test Wasm output

go.mod / go.sum - Go module metadata

tinygo.env - optional config

build scripts - targets for wasm/wasi

index.js - JS binding logic

wasm/ - compiled output directory

tinygo version -> check version

tinygo build -target=wasm -> compile to browser Wasm

tinygo build -target=wasi -> compile WASI module

tinygo flash -> flash embedded device

tinygo list-targets -> show all supported Wasm/IoT targets

UTF-8 supported

Localization performed in JS or host runtime

WASI supports locale options

TinyGo Wasm can process multilingual strings

Modular design for multi-region apps

Handled by JS/UI layer

TinyGo Wasm performs logic and backend work

Can emit accessibility-related events

WASI apps follow normal CLI accessibility

Structured outputs help readability

N/A inside Wasm itself

Styling done entirely in JavaScript/HTML/CSS

TinyGo Wasm can generate events for UI

DOM controlled via syscall/js

Separation of logic (Wasm) and UI (browser)

State stored in Wasm linear memory

JS passes data via pointers or typed arrays

No global OS-level state

Goroutine simulation via async coroutine model

State persistence via host APIs (file, DB, storage)

Use Wasm memory for byte-level operations

JSON handled via JS side

WASI provides stdin/stdout/files

Binary formats preferred for performance

Safe memory access enforced by Wasm sandbox