These examples demonstrate the main features of SixtyFPS and how to use them in different language environments.

A fictional user interface for the touch screen of a printer

A simple application showing the different widgets

A simple todo mvc application

Puzzle game based on a Flutter example. See Readme

A basic memory game used as an example the tutorial:

• Memory Game Tutorial (Rust)
• Memory Game Tutorial (C++)

A clone of one demo from the QSkinny framework.

Also show how a way to dynamically load widgets with the interpreter from C++.

A Rust-only example that shows how to use the Rust image crate to do image manipulations and feed the result into SixtyFPS.

A Rust-only example that shows how to use the Rust plotters crate to do plot a graph and integrate the result into SixtyFPS.

• cargo-ui: A rust application that makes use of threads in the background.

Simply load the .60 file with the viewer application

cargo run --release --bin sixtyfps-viewer -- examples/printerdemo/ui/printerdemo.60

You can run the examples either by going into the rust sub-folder and use cargo run, for example:

cd examples/printerdemo/rust
cargo run --release

or you can run them from anywhere in the Cargo workspace by name:

cargo run --release --bin printerdemo

In order to make the wasm build of the example, you first need to edit the Cargo.toml files to uncomment the line starting with #wasm# (or use the sed line bellow) You can then use wasm-pack (which you may need to obtain with cargo install wasm-pack). This will generate the wasm in the ./pkg directory, which the index.html file will open. Since wasm files cannot be served from file:// URL, you need to open a wab server to serve the content

cd examples/printerdemo/rust
sed -i "s/^#wasm# //" Cargo.toml
wasm-pack build --release --target web
python3 -m http.server

• When compiling SixtyFPS from sources: If you follow the C++ build instructions, this will build the C++ examples as well by default
• From installed binary packages: Simply run cmake in one of the example directory containing a CMakeLists.txt

mkdir build && cd build
cmake -GNinja -DCMAKE_PREFIX_PATH="<path to installed>" ..
cmake --build .

You can run the examples by going into the node sub-folder and use npm, for example:

cd examples/printerdemo/node
npm install
npm start