Learn SYCAMORE-RUST with Real Code Examples

Install Rust and Cargo (Rust toolchain)

Add wasm32-unknown-unknown target (`rustup target add wasm32-unknown-unknown`)

Create new project (`cargo new my_sycamore_app`)

Add Sycamore as dependency in Cargo.toml

Build project with `wasm-pack` or `cargo build --target wasm32-unknown-unknown`

Install Rust toolchain

Install wasm32-unknown-unknown target

Install wasm-pack or Trunk for building

Set up editor with Rust extension

Run Sycamore project locally

Cargo.toml - dependencies and project metadata

src/main.rs - entry point

src/components/ - reusable components

static/index.html - root HTML for WASM mount

static/assets/ - CSS, images, JS glue code

cargo new <name> - create Rust project

cargo add sycamore - add dependency

wasm-pack build - compile to WASM

cargo build - compile project locally

cargo test - run unit tests

No built-in i18n; can integrate with external crates

Strings can be managed in resources or modules

Dynamic text updates via signals

Supports multiple languages through Rust code

Translation logic handled at compile-time or runtime

Generate semantic HTML via view macros

Keyboard navigation possible via events

ARIA attributes manually applied

Focus management supported

Screen reader compatibility depends on HTML structure

CSS files or frameworks like Tailwind

Scoped styling per component using class conventions

Inline styles via attributes

Third-party Rust crates for UI components

Dynamic class and style bindings

Signals for reactive local state

Derived signals for computed values

Scope management for lifetimes

Shared state via Rc<Signal<T>> or context

Event callbacks update signals automatically

State stored in Signals

Data flows reactively to UI

API calls handled via async Rust functions

Local storage or IndexedDB for persistence

Use serde for JSON serialization/deserialization