test_layout/
test_layout.rs

1use river_layout_toolkit::{run, GeneratedLayout, Layout, Rectangle};
2use std::convert::Infallible;
3
4fn main() {
5    let layout = MyLayout {};
6    run(layout).unwrap();
7}
8
9struct MyLayout {
10    // Define your state here
11}
12
13impl Layout for MyLayout {
14    type Error = Infallible;
15
16    const NAMESPACE: &'static str = "test-layout";
17
18    fn user_cmd(
19        &mut self,
20        _cmd: String,
21        _tags: Option<u32>,
22        _output: &str,
23    ) -> Result<(), Self::Error> {
24        Ok(())
25    }
26
27    fn generate_layout(
28        &mut self,
29        view_count: u32,
30        usable_width: u32,
31        usable_height: u32,
32        _tags: u32,
33        _output: &str,
34    ) -> Result<GeneratedLayout, Self::Error> {
35        let mut layout = GeneratedLayout {
36            layout_name: "[]=".to_string(),
37            views: Vec::with_capacity(view_count as usize),
38        };
39        if view_count == 1 {
40            layout.views.push(Rectangle {
41                x: 0,
42                y: 0,
43                width: usable_width,
44                height: usable_height,
45            });
46        } else {
47            layout.views.push(Rectangle {
48                x: 0,
49                y: 0,
50                width: usable_width / 2,
51                height: usable_height,
52            });
53            for i in 0..(view_count - 1) {
54                layout.views.push(Rectangle {
55                    x: (usable_width / 2) as i32,
56                    y: (usable_height / (view_count - 1) * i) as i32,
57                    width: usable_width / 2,
58                    height: usable_height / (view_count - 1),
59                });
60            }
61        }
62        Ok(layout)
63    }
64}
test_layout/test_layout.rs

test_layout/
test_layout.rs
