openlogi_device/
write.rs

1//! HID++ reads and writes per feature — DPI, SmartShift, wheel modes,
2//! lighting, backlight, and diagnostics.
3//!
4//! Each entry point takes a [`DeviceRoute`] and resolves it to an open channel
5//! through `open_route_channel`, so the same call works whether the device is
6//! behind a Bolt receiver or attached directly (USB cable / Bluetooth). Each
7//! route-addressed call re-enumerates and re-opens, while the corresponding
8//! `_on` entry points reuse a [`crate::SharedChannel`] already owned by
9//! inventory or a standalone capture session.
10
11use std::sync::Arc;
12
13use hidpp::{channel::HidppChannel, device::Device, feature::CreatableFeature};
14
15use crate::backend::HidBackend;
16use crate::channel::route::{DeviceRoute, open_route_channel};
17
18mod backlight;
19mod diagnostics;
20mod dpi;
21mod error;
22mod fn_lock;
23mod haptic;
24mod hires_wheel;
25mod lighting;
26mod litra;
27mod smartshift;
28
29pub use backlight::{get_backlight, get_backlight_on, set_backlight_enabled};
30pub use diagnostics::{
31    FeatureEntry, FirmwareEntity, FirmwareEntityInfo, ReprogControlEntry, dump_features,
32    dump_firmware_entities, dump_reprog_controls, read_battery_raw,
33};
34pub use dpi::{
35    Dpi, DpiCapabilities, DpiInfo, get_dpi, get_dpi_info, get_dpi_info_on, set_dpi, set_dpi_on,
36};
37pub use error::{HidppFeatureErrorKind, HidppOperation, WriteError};
38pub use fn_lock::{set_fn_lock, set_fn_lock_on};
39pub use haptic::{ensure_haptics_armed_on, play_haptic, play_haptic_on};
40pub use hidpp::feature::haptic_feedback::HapticWaveform;
41pub use hires_wheel::{
42    ScrollReportingTarget, ScrollResolution, ScrollWheelMode, get_scroll_wheel_mode,
43    get_scroll_wheel_mode_on, set_scroll_inversion, set_scroll_inversion_on, set_scroll_resolution,
44    set_scroll_resolution_on, set_scroll_wheel_mode, set_scroll_wheel_mode_on,
45};
46pub use lighting::{
47    LightingMethod, LightingWrite, set_keyboard_color, set_keyboard_color_on,
48    set_keyboard_color_with, set_keyboard_color_with_on,
49};
50pub(crate) use litra::litra_capabilities;
51pub use litra::{
52    LITRA_BEAM_PRODUCT_ID, LITRA_GLOW_PRODUCT_ID, LightCommand, LitraDescriptor, LitraModel,
53    apply as apply_litra, encode_command as encode_litra_command, find_litra,
54    litra_model_for_route, matches_litra,
55};
56pub use smartshift::{
57    get_smartshift_status, get_smartshift_status_on, set_smartshift, set_smartshift_on,
58    set_smartshift_sensitivity, toggle_smartshift, toggle_smartshift_on,
59};
60
61// commands_for_light_settings operates purely on openlogi_core config/device
62// types with no HID++ I/O, so it lives in `openlogi_core::hid::light`; this
63// module's callers name it through here, next to the writes it feeds.
64pub use openlogi_core::hid::light::commands_for_light_settings;
65
66pub(crate) use error::classify_hidpp_error;
67
68/// Look up `F` on a device by HID++ feature ID, register it with
69/// [`Device::add_feature`], and return the typed wrapper.
70///
71/// The direct lookup via `root().get_feature(id)` returns the assigned index
72/// unconditionally; `add_feature` then attaches our wrapper to that index. This
73/// keeps route-based write/read paths independent from full feature-table
74/// enumeration and also works for feature wrappers that are not in the central
75/// registry yet.
76pub(crate) async fn open_feature<F: CreatableFeature + 'static>(
77    device: &mut Device,
78) -> Result<Arc<F>, WriteError> {
79    let info = device
80        .root()
81        .get_feature(F::ID)
82        .await
83        .map_err(|e| classify_hidpp_error(e, HidppOperation::ResolveFeature, F::ID))?
84        .ok_or(WriteError::FeatureUnsupported { feature_hex: F::ID })?;
85    Ok(device.add_feature::<F>(info.index))
86}
87
88/// Boilerplate-eater: open the channel that reaches `route`, then run `f` once
89/// with it. The caller addresses features at [`DeviceRoute::device_index`].
90pub(crate) async fn with_route<F, Fut, T>(
91    backend: &dyn HidBackend,
92    route: &DeviceRoute,
93    f: F,
94) -> Result<T, WriteError>
95where
96    F: FnOnce(Arc<HidppChannel>) -> Fut,
97    Fut: std::future::Future<Output = Result<T, WriteError>>,
98{
99    match open_route_channel(backend, route).await? {
100        Some(channel) => f(channel).await,
101        None => Err(WriteError::DeviceNotFound),
102    }
103}
104
105#[cfg(test)]
106mod tests;
openlogi_device/write.rs

openlogi_device/
write.rs
