lorawan_device/nb_device/
radio.rs

1use super::TimestampMs;
2pub use crate::radio::*;
3pub use ::lora_modulation::{Bandwidth, CodingRate, SpreadingFactor};
4
5#[derive(Debug)]
6pub enum Event<'a, R>
7where
8    R: PhyRxTx,
9{
10    TxRequest(TxConfig, &'a [u8]),
11    RxRequest(RfConfig),
12    CancelRx,
13    Phy(R::PhyEvent),
14}
15
16#[derive(Debug)]
17pub enum Response<R>
18where
19    R: PhyRxTx,
20{
21    Idle,
22    Txing,
23    Rxing,
24    TxDone(TimestampMs),
25    RxDone(RxQuality),
26    Phy(R::PhyResponse),
27}
28
29use core::fmt;
30
31pub trait PhyRxTx {
32    type PhyEvent: fmt::Debug;
33    type PhyError: fmt::Debug;
34    type PhyResponse: fmt::Debug;
35
36    /// Board-specific antenna gain and power loss in dBi.
37    const ANTENNA_GAIN: i8 = 0;
38
39    /// Maximum power (dBm) that the radio is able to output. When preparing instructions for radio,
40    /// the value of maximum power will be used as an upper bound.
41    const MAX_RADIO_POWER: u8;
42
43    fn get_mut_radio(&mut self) -> &mut Self;
44
45    // we require mutability so we may decrypt in place
46    fn get_received_packet(&mut self) -> &mut [u8];
47    fn handle_event(&mut self, event: Event<Self>) -> Result<Response<Self>, Self::PhyError>
48    where
49        Self: Sized;
50}
lorawan_device/nb_device/radio.rs

lorawan_device/nb_device/
radio.rs
