Struct IcMdAsync 

pub struct IcMdAsync<Spi> {
    pub device: Device<DeviceInterfaceAsync<Spi>>,
    /* private fields */
}

The main driver struct of the crate representing the iC-MD quadrature counter. This high-level driver provides access to an asynchronous driver interface. You can also access the underlying device driver directly via the device field. You are then yourself responsible for reading the correct counter configurations.

Note that the “async” feature must be activated.

Fields

device: Device<DeviceInterfaceAsync<Spi>>

Provides acces to the underlying device driver.

Implementations

impl<Spi: SpiDevice> IcMdAsync<Spi>

pub fn new(spi: Spi) -> Self

Creates a new instance of the iC-MD driver. By default, the counter is configured to 48-bit mode.

pub async fn init(&mut self) -> Result<(), DeviceError<Spi::Error>>

Initialize the iC-MD device with the given configuration.

pub async fn configure_actuator_pins( &mut self, act0: &PinStatus, act1: &PinStatus, ) -> Result<(), DeviceError<Spi::Error>>

Set the actuator pins output to the given status. Note that as far as the iC-MD is concerned, this status is “write only”. Thus, there is no function available to read the current status of the actuator pins. However, the stored actuator_status variable will be updated according to what you set here.

Arguments

• act0: The status of actuator pin 0 (ACT0).
• act1: The status of actuator pin 1 (ACT1).

pub fn get_device_status(&self) -> DeviceStatus

Get current device status. This is a cached value that is updated when reading the counter. It contains the error and warning flags of the device. For a full device status, use get_full_device_status().

pub async fn get_full_device_status( &mut self, ) -> Result<FullDeviceStatus, DeviceError<Spi::Error>>

Get the full device status by reading all the status registers. This will reset many of the status bits to wait for the next event, problem, issue to occur.

pub async fn read_counter( &mut self, ) -> Result<CntCount, DeviceError<Spi::Error>>

Read the current counter value and return it.

pub async fn reset_counters( &mut self, cnt0: bool, cnt1: bool, cnt2: bool, ) -> Result<(), DeviceError<Spi::Error>>

Reset counters to zero. You can select which counters should be set to zero using the specific arguments.

Arguments

• cnt0: If true, counter 0 is reset, else not.
• cnt1: If true, counter 1 is reset, else not.
• cnt2: If true, counter 2 is reset, else not.

pub async fn reset_all_counters( &mut self, ) -> Result<(), DeviceError<Spi::Error>>

Reset all counters. Can be used to send reset commands to all counters.

pub async fn touch_probe_instruction( &mut self, ) -> Result<(), DeviceError<Spi::Error>>

Touch probe instruction Load touch probe 2 with touch probe 1 value and touch probe 1 wiht ABCNT value.

pub fn set_counter_config(&mut self, config: CntCfg)

Set the counter configuration. This should be done prior to calling init().

Trait Implementations

impl<Spi: Debug> Debug for IcMdAsync<Spi>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.