Struct ControlOptions 

pub struct ControlOptions {
    pub operating_mode: Option<OperatingMode>,
    pub input_current_limit_ua: Option<u32>,
    pub charge_current_limit_ua: Option<u32>,
    pub float_voltage_uv: Option<u32>,
    pub charge_term_current_ua: Option<u32>,
    pub input_voltage_limit_uv: Option<u32>,
    /* private fields */
}

Operational and electrical constraints applicable to the charger converter.

This is a partial update: only the fields present are applied, and any omitted field leaves the corresponding hardware setting unchanged. While the Controller connection remains open, to relax or withdraw a previously applied limit, set the field again to the desired value, call [Controller.ClearControl] with a mask of fields to withdraw, or close the Controller channel to withdraw all constraints and restore driver defaults.

Values between discrete hardware register steps are rounded in the direction that honors the constraint. Ceilings (current and voltage limits) round down, so a value below the lowest programmable step is rejected with Error::INVALID_ARGS; the input_voltage_limit_uv floor rounds up, so a value below the lowest programmable step is clamped to it.

Fields

operating_mode: Option<OperatingMode>

Desired operational mode of the power converter.

input_current_limit_ua: Option<u32>

Active Input Current Limit (ICL) programmed into the input power path, in microamps. Values between discrete hardware register steps are rounded down to the nearest programmable step so the requested ceiling is never exceeded.

charge_current_limit_ua: Option<u32>

Active Fast Charge Current (FCC) regulation limit for the battery, in microamps. Values between discrete hardware register steps are rounded down to the nearest programmable step so the requested ceiling is never exceeded.

float_voltage_uv: Option<u32>

Active float (constant voltage / CV) regulation target across the battery, in microvolts (bounded by Spec.max_charge_voltage_uv). Values between discrete hardware register steps are rounded down to the nearest programmable step. Note that writing a float voltage target may cause the hardware charge state machine to exit ChargePhase::TOP_OFF and re-evaluate CV regulation.

charge_term_current_ua: Option<u32>

Active charge termination (top-off / taper cutoff) current threshold, in microamps. Values between discrete hardware register steps are rounded down to the nearest programmable step.

input_voltage_limit_uv: Option<u32>

Minimum input voltage regulation floor (VINDPM), in microvolts, below which the converter throttles input current draw to prevent source collapse. Values between discrete hardware register steps are rounded up to the nearest programmable step so the input voltage never drops below the requested floor.

Trait Implementations

impl Clone for ControlOptions

fn clone(&self) -> Self

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for ControlOptions

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

Formats the value using the given formatter.

impl<D: ResourceDialect> Decode<ControlOptions, D> for ControlOptions

fn new_empty() -> Self

Creates a valid instance of Self. The specific value does not matter, since it will be overwritten by decode.

unsafe fn decode( &mut self, decoder: &mut Decoder<'_, D>, offset: usize, depth: Depth, ) -> Result<()>

Decodes an object of type T from the decoder’s buffers into self.

impl Default for ControlOptions

fn default() -> Self

Returns the “default value” for a type.

impl<D: ResourceDialect> Encode<ControlOptions, D> for &ControlOptions

unsafe fn encode( self, encoder: &mut Encoder<'_, D>, offset: usize, depth: Depth, ) -> Result<()>

Encodes the object into the encoder’s buffers. Any handles stored in the object are swapped for Handle::INVALID.

impl PartialEq for ControlOptions

fn eq(&self, other: &Self) -> bool

Equality operator ==.

fn ne(&self, other: &Rhs) -> bool

Inequality operator !=.

impl Persistable for ControlOptions

impl StructuralPartialEq for ControlOptions

impl TypeMarker for ControlOptions

type Owned = ControlOptions

The owned Rust type which this FIDL type decodes into.

fn inline_align(_context: Context) -> usize

Returns the minimum required alignment of the inline portion of the encoded object. It must be a (nonzero) power of two.

fn inline_size(_context: Context) -> usize

Returns the size of the inline portion of the encoded object, including padding for alignment. Must be a multiple of inline_align.

fn encode_is_copy() -> bool

Returns true if the memory layout of Self::Owned matches the FIDL wire format and encoding requires no validation. When true, we can optimize encoding arrays and vectors of Self::Owned to a single memcpy.

fn decode_is_copy() -> bool

Returns true if the memory layout of Self::Owned matches the FIDL wire format and decoding requires no validation. When true, we can optimize decoding arrays and vectors of Self::Owned to a single memcpy.

impl ValueTypeMarker for ControlOptions

type Borrowed<'a> = &'a ControlOptions

The Rust type to use for encoding. This is a particular Encode<Self> type cheaply obtainable from &Self::Owned. There are three cases:

fn borrow(value: &<Self as TypeMarker>::Owned) -> Self::Borrowed<'_>

Cheaply converts from &Self::Owned to Self::Borrowed.