pub fn try_new_device_timeout(
    ready_pin: Pin,
    device: LinuxI2CDevice,
    timeout: Option<Duration>,
  ) -> Result<Metriful> {
    trace!("Metriful::try_new_device_timeout(.., {:?})", timeout);

    let mut ret = Metriful {
      ready_pin, device,
      status: None
    };

    ret.wait_for_ready_timeout(timeout)?;
    ret.read_status()?;

    Ok(ret)
  }
/// Creates a new Metriful given a preexisting GPIO [`Pin`] and
/// [`LinuxI2CDevice`]. This ensures the device is ready and fetches the
/// current state. Returns an error if the timeout is set and exceeded, or if
/// device status cannot be read.
///
/// Note that this does not reset the device. The manual recommends doing so
/// before use; call [`Metriful::reset()`] to do so.
Creates a new Metriful given a preexisting GPIO [`Pin`] and
[`LinuxI2CDevice`]. This ensures the device is ready and fetches the
current state. Returns an error if the timeout is set and exceeded, or if
device status cannot be read.

Note that this does not reset the device. The manual recommends doing so
before use; call [`Metriful::reset()`] to do so.
Creates a new Metriful given a preexisting GPIO [ ` Pin ` ] and [ ` LinuxI2CDevice ` ] . This ensures the device is ready and fetches the current state . Returns an error if the timeout is set and exceeded or if device status cannot be read . Note that this does not reset the device . The manual recommends doing so before use ; call [ ` Metriful :: reset () ` ] to do so .
pub fn try_new_device_timeout(
    ready_pin: Pin,
    device: LinuxI2CDevice,
    timeout: Option<Duration>,
  ) -> Result<Metriful> {
    trace!("Metriful::try_new_device_timeout(.., {:?})", timeout);
    let mut ret = Metriful {
      ready_pin, device,
      status: None
    };
    ret.wait_for_ready_timeout(timeout)?;
    ret.read_status()?;
    Ok(ret)
  }
pub fn try_new_device_timeout ( ready_pin : Pin , device : LinuxI2CDevice , timeout : Option < Duration > , ) -> Result < Metriful > { trace ! ( " " timeout ) ; let mut ret = Metriful { ready_pin , device , status : None } ; ret . wait_for_ready_timeout ( timeout ) ? ; ret . read_status ( ) ? ; Ok ( ret ) }
Creates a new Metriful given a preexisting GPIO [`Pin`] and
[`LinuxI2CDevice`].
Creates a new Metriful given a preexisting GPIO [ ` Pin ` ] and [ ` LinuxI2CDevice ` ] .
ready_pin
Pin
device
LinuxI2CDevice
timeout
Option<Duration>
ready_pin
Pin
device
LinuxI2CDevice
timeout
Option<Duration>