Struct PowerSourceHandler 

pub struct PowerSourceHandler<'a> { /* private fields */ }

The system implementation of a handler for the PowerSource Matter cluster.

Per-endpoint instance: a node with several power sources hosts one handler per source, each on its own endpoint with its own Dataver.

Implementations

impl<'a> PowerSourceHandler<'a>

pub const fn new( dataver: Dataver, config: &'a PowerSourceConfig<'a>, ) -> PowerSourceHandler<'a>

Create a new handler describing config.

pub const fn adapt(self) -> HandlerAdaptor<PowerSourceHandler<'a>>

Adapt the handler instance to the generic rs-matter Handler trait.

Trait Implementations

impl ClusterHandler for PowerSourceHandler<'_>

const CLUSTER: Cluster<'static> = CLUSTER

The cluster-metadata corresponding to this handler trait.

fn dataver(&self) -> u32

fn dataver_changed(&self)

fn status(&self, _ctx: impl ReadContext) -> Result<PowerSourceStatusEnum, Error>

fn order(&self, _ctx: impl ReadContext) -> Result<u8, Error>

fn description<P>( &self, _ctx: impl ReadContext, out: Utf8StrBuilder<P>, ) -> Result<P, Error>

where P: TLVBuilderParent,

fn wired_current_type( &self, _ctx: impl ReadContext, ) -> Result<WiredCurrentTypeEnum, Error>

fn endpoint_list<P>( &self, _ctx: impl ReadContext, builder: ArrayAttributeRead<ToTLVArrayBuilder<P, u16>, ToTLVBuilder<P, u16>>, ) -> Result<P, Error>

where P: TLVBuilderParent,

fn lifecycle( &self, _ctx: impl HandlerContext, _op: LifecycleOp, ) -> Result<(), Error>

fn run( &self, _ctx: impl HandlerContext, ) -> impl Future<Output = Result<(), Error>>

fn wired_assessed_input_voltage( &self, ctx: impl ReadContext, ) -> Result<Maybe<u32, AsNullable>, Error>

fn wired_assessed_input_frequency( &self, ctx: impl ReadContext, ) -> Result<Maybe<u16, AsNullable>, Error>

fn wired_assessed_current( &self, ctx: impl ReadContext, ) -> Result<Maybe<u32, AsNullable>, Error>

fn wired_nominal_voltage(&self, ctx: impl ReadContext) -> Result<u32, Error>

fn wired_maximum_current(&self, ctx: impl ReadContext) -> Result<u32, Error>

fn wired_present(&self, ctx: impl ReadContext) -> Result<bool, Error>

fn active_wired_faults<P>( &self, ctx: impl ReadContext, builder: ArrayAttributeRead<ToTLVArrayBuilder<P, WiredFaultEnum>, ToTLVBuilder<P, WiredFaultEnum>>, ) -> Result<P, Error>

where P: TLVBuilderParent,

fn bat_voltage( &self, ctx: impl ReadContext, ) -> Result<Maybe<u32, AsNullable>, Error>

fn bat_percent_remaining( &self, ctx: impl ReadContext, ) -> Result<Maybe<u8, AsNullable>, Error>

fn bat_time_remaining( &self, ctx: impl ReadContext, ) -> Result<Maybe<u32, AsNullable>, Error>

fn bat_charge_level( &self, ctx: impl ReadContext, ) -> Result<BatChargeLevelEnum, Error>

fn bat_replacement_needed(&self, ctx: impl ReadContext) -> Result<bool, Error>

fn bat_replaceability( &self, ctx: impl ReadContext, ) -> Result<BatReplaceabilityEnum, Error>

fn bat_present(&self, ctx: impl ReadContext) -> Result<bool, Error>

fn active_bat_faults<P>( &self, ctx: impl ReadContext, builder: ArrayAttributeRead<ToTLVArrayBuilder<P, BatFaultEnum>, ToTLVBuilder<P, BatFaultEnum>>, ) -> Result<P, Error>

where P: TLVBuilderParent,

fn bat_replacement_description<P>( &self, ctx: impl ReadContext, builder: Utf8StrBuilder<P>, ) -> Result<P, Error>

where P: TLVBuilderParent,

fn bat_common_designation( &self, ctx: impl ReadContext, ) -> Result<BatCommonDesignationEnum, Error>

fn bat_ansi_designation<P>( &self, ctx: impl ReadContext, builder: Utf8StrBuilder<P>, ) -> Result<P, Error>

where P: TLVBuilderParent,

fn bat_iec_designation<P>( &self, ctx: impl ReadContext, builder: Utf8StrBuilder<P>, ) -> Result<P, Error>

where P: TLVBuilderParent,

fn bat_approved_chemistry( &self, ctx: impl ReadContext, ) -> Result<BatApprovedChemistryEnum, Error>

fn bat_capacity(&self, ctx: impl ReadContext) -> Result<u32, Error>

fn bat_quantity(&self, ctx: impl ReadContext) -> Result<u8, Error>

fn bat_charge_state( &self, ctx: impl ReadContext, ) -> Result<BatChargeStateEnum, Error>

fn bat_time_to_full_charge( &self, ctx: impl ReadContext, ) -> Result<Maybe<u32, AsNullable>, Error>

fn bat_functional_while_charging( &self, ctx: impl ReadContext, ) -> Result<bool, Error>

fn bat_charging_current( &self, ctx: impl ReadContext, ) -> Result<Maybe<u32, AsNullable>, Error>

fn active_bat_charge_faults<P>( &self, ctx: impl ReadContext, builder: ArrayAttributeRead<ToTLVArrayBuilder<P, BatChargeFaultEnum>, ToTLVBuilder<P, BatChargeFaultEnum>>, ) -> Result<P, Error>

where P: TLVBuilderParent,