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#[macro_use]
extern crate stockton_input_codegen;
use std::collections::BTreeMap;
use stockton_input::Action;
use stockton_input::{Axis, Button, InputManager, InputMutation};
#[derive(InputManager, Default, Debug, Clone)]
struct MovementInputs {
#[axis]
vertical: Axis,
#[axis]
horizontal: Axis,
#[button]
jump: Button,
}
const TEST_ACTIONS: [Action; 10] = [
Action::KeyPress(1),
Action::KeyRelease(1),
Action::KeyPress(2),
Action::KeyPress(3),
Action::KeyRelease(2),
Action::KeyRelease(3),
Action::KeyPress(4),
Action::KeyPress(5),
Action::KeyRelease(4),
Action::KeyRelease(5),
];
// For testing, 1 = w 2 = a
// 3 = s 4 = d
// 5 = jump
fn main() {
let mut action_schema = BTreeMap::new();
action_schema.insert(
1,
(MovementInputsFields::Vertical, InputMutation::PositiveAxis),
);
action_schema.insert(
3,
(MovementInputsFields::Vertical, InputMutation::NegativeAxis),
);
action_schema.insert(
4,
(
MovementInputsFields::Horizontal,
InputMutation::PositiveAxis,
),
);
action_schema.insert(
2,
(
MovementInputsFields::Horizontal,
InputMutation::NegativeAxis,
),
);
action_schema.insert(5, (MovementInputsFields::Jump, InputMutation::MapToButton));
let mut manager = MovementInputsManager::new(action_schema);
for action in TEST_ACTIONS.iter() {
pretty_print_state(&manager.inputs);
manager.handle_frame(std::iter::once(action));
}
pretty_print_state(&manager.inputs);
}
fn pretty_print_state(inputs: &MovementInputs) {
if *inputs.vertical != 0 {
print!("vertical = {} ", *inputs.vertical);
}
if *inputs.horizontal != 0 {
print!("horizontal = {} ", *inputs.horizontal);
}
if inputs.jump.is_down() {
if inputs.jump.is_hot {
print!("jump!")
} else {
print!("jump")
}
}
println!();
}
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