Struct Axp192Async

pub struct Axp192Async<I2CImpl: RegisterInterface<AddressType = u8, Error = AxpError<I2CBusErr>>, I2CBusErr: Debug = <I2CImpl as RegisterInterface>::Error> {
    pub ll: AxpLowLevel<I2CImpl>,
    /* private fields */
}

Fields

ll: AxpLowLevel<I2CImpl>

Implementations

impl<I2CBus, E> Axp192<AxpInterface<I2CBus>, E>

where I2CBus: I2c<Error = E>, E: Debug,

pub fn new(i2c: I2CBus) -> Self

impl<I2CImpl, I2CBusErr> Axp192<I2CImpl, I2CBusErr>

where I2CImpl: CurrentAxpDriverInterface<I2CBusErr>, I2CBusErr: Debug,

pub async fn get_battery_voltage_mv( &mut self, ) -> Result<f32, AxpError<I2CBusErr>>

pub async fn get_battery_charge_current_ma( &mut self, ) -> Result<f32, AxpError<I2CBusErr>>

pub async fn get_battery_instantaneous_power_uw( &mut self, ) -> Result<f32, AxpError<I2CBusErr>>

pub async fn set_dcdc_enable( &mut self, dc: DcId, enable: bool, ) -> Result<(), AxpError<I2CBusErr>>

pub async fn set_dcdc_voltage( &mut self, dc: DcId, voltage_mv: u16, ) -> Result<(), AxpError<I2CBusErr>>

pub async fn set_ldo_voltage_mv( &mut self, ldo: LdoId, voltage_mv: u16, ) -> Result<(), AxpError<I2CBusErr>>

pub async fn set_gpio0_ldo_voltage_mv( &mut self, voltage_mv: u16, ) -> Result<(), AxpError<I2CBusErr>>

pub async fn set_battery_charge_high_temp_threshold_mv( &mut self, threshold_mv: u16, ) -> Result<(), AxpError<I2CBusErr>>

pub async fn set_battery_charge_low_temp_threshold_mv( &mut self, threshold_mv: u16, ) -> Result<(), AxpError<I2CBusErr>>