rmk_q6_he_ansi/backlight/
led_processor.rs

1use BacklightCmd::Indicators;
2use rmk::{
3    channel::{blocking_mutex::raw::CriticalSectionRawMutex, channel::Channel},
4    event::LedIndicatorEvent,
5    macros::processor,
6};
7
8/// Channel used to send backlight indicator commands.
9pub static BACKLIGHT_CH: Channel<CriticalSectionRawMutex, BacklightCmd, 8> = Channel::new();
10
11/// Commands for lock indicator LEDs.
12#[derive(Copy, Clone)]
13pub enum BacklightCmd {
14    /// Mark a single LED as fully calibrated during the full-travel pass.
15    ///
16    /// The backlight task immediately repaints that LED green, providing
17    /// per-key visual confirmation independent of the gradient background.
18    CalibKeyDone(u8),
19    /// Signal a first-boot calibration phase transition via the backlight.
20    CalibPhase(CalibPhase),
21    /// Report full-travel calibration progress as a percentage (0–100).
22    ///
23    /// Drives the whole-keyboard blue→green gradient.
24    CalibProgress(u8),
25    /// Update Caps Lock / Num Lock indicator LED states.
26    Indicators {
27        /// Whether Caps Lock is currently active.
28        caps: bool,
29        /// Whether Num Lock is currently active.
30        num: bool,
31    },
32}
33
34/// Calibration phase signaled to the backlight task during first-boot setup.
35#[derive(Copy, Clone)]
36pub enum CalibPhase {
37    /// All keys accepted; the settle window is running.
38    /// Backlight: three short green flashes - signals the user every key has
39    /// been recorded and all keys may be released.
40    AllAccepted,
41    /// Calibration complete and persisted to EEPROM; keyboard is ready.
42    /// Backlight color: green for 2 s, then restores normal white.
43    Done,
44    /// Full-travel pass in progress; user should press every key to the bottom.
45    /// Backlight color: red→blue gradient (0 % → 100 % of keys accepted);
46    /// individual accepted keys light up green immediately.
47    Full,
48    /// Zero-travel pass in progress; keys should be fully released.
49    /// Backlight color: amber.
50    Zero,
51}
52
53/// Controller that reacts to indicator events for the LED driver.
54#[processor(subscribe = [LedIndicatorEvent])]
55pub struct LedIndicatorProcessor;
56
57impl LedIndicatorProcessor {
58    /// Create a new indicator controller.
59    #[must_use]
60    pub const fn new() -> Self { Self }
61
62    /// Handle incoming lock LED indicator events.
63    async fn on_led_indicator_event(&self, event: LedIndicatorEvent) {
64        let caps = event.caps_lock();
65        let num = event.num_lock();
66
67        BACKLIGHT_CH.sender().send(Indicators { caps, num }).await;
68    }
69}
rmk_q6_he_ansi/backlight/led_processor.rs

rmk_q6_he_ansi/backlight/
led_processor.rs
