Struct ChargingNeeds 

pub struct ChargingNeeds<const CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP: usize = 16, const CHARGING_NEEDS_DEPARTURE_TIME_CAP: usize = 1024, const D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP: usize = 16, const D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP: usize = 16, const E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize = 1024, const E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP: usize = 1024> {
    pub ac_charging_parameters: Option<ACChargingParameters>,
    pub available_energy_transfer: Option<Vec<EnergyTransferModeEnum, CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP>>,
    pub control_mode: Option<ControlModeEnum>,
    pub custom_data: Option<CustomData>,
    pub dc_charging_parameters: Option<DCChargingParameters>,
    pub departure_time: Option<String<CHARGING_NEEDS_DEPARTURE_TIME_CAP>>,
    pub der_charging_parameters: Option<DERChargingParameters<D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP, D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP>>,
    pub ev_energy_offer: Option<EVEnergyOffer<E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP>>,
    pub mobility_needs_mode: Option<MobilityNeedsModeEnum>,
    pub requested_energy_transfer: EnergyTransferModeEnum,
    pub v2x_charging_parameters: Option<V2XChargingParameters>,
}

Fields

ac_charging_parameters: Option<ACChargingParameters>

available_energy_transfer: Option<Vec<EnergyTransferModeEnum, CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP>>

(2.1) Modes of energy transfer that are marked as available by EV.

control_mode: Option<ControlModeEnum>

custom_data: Option<CustomData>

dc_charging_parameters: Option<DCChargingParameters>

departure_time: Option<String<CHARGING_NEEDS_DEPARTURE_TIME_CAP>>

Estimated departure time of the EV. + ISO 15118-2: AC/DC_EVChargeParameterType: DepartureTime + ISO 15118-20: Dynamic/Scheduled_SEReqControlModeType: DepartureTIme

der_charging_parameters: Option<DERChargingParameters<D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP, D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP>>

ev_energy_offer: Option<EVEnergyOffer<E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP>>

mobility_needs_mode: Option<MobilityNeedsModeEnum>

requested_energy_transfer: EnergyTransferModeEnum

v2x_charging_parameters: Option<V2XChargingParameters>

Trait Implementations

impl<const CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP: usize, const CHARGING_NEEDS_DEPARTURE_TIME_CAP: usize, const D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP: usize, const D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP: usize, const E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize, const E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP: usize> Clone for ChargingNeeds<CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP, CHARGING_NEEDS_DEPARTURE_TIME_CAP, D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP, D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP, E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP>

fn clone( &self, ) -> ChargingNeeds<CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP, CHARGING_NEEDS_DEPARTURE_TIME_CAP, D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP, D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP, E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP>

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl<const CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP: usize, const CHARGING_NEEDS_DEPARTURE_TIME_CAP: usize, const D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP: usize, const D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP: usize, const E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize, const E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP: usize> Debug for ChargingNeeds<CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP, CHARGING_NEEDS_DEPARTURE_TIME_CAP, D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP, D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP, E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP>

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

Formats the value using the given formatter.

impl<const CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP: usize, const CHARGING_NEEDS_DEPARTURE_TIME_CAP: usize, const D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP: usize, const D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP: usize, const E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize, const E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP: usize> PartialEq for ChargingNeeds<CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP, CHARGING_NEEDS_DEPARTURE_TIME_CAP, D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP, D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP, E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP>

fn eq( &self, other: &ChargingNeeds<CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP, CHARGING_NEEDS_DEPARTURE_TIME_CAP, D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP, D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP, E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP>, ) -> bool

Equality operator ==.

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

Inequality operator !=.

impl<const CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP: usize, const CHARGING_NEEDS_DEPARTURE_TIME_CAP: usize, const D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP: usize, const D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP: usize, const E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize, const E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP: usize> StructuralPartialEq for ChargingNeeds<CHARGING_NEEDS_AVAILABLE_ENERGY_TRANSFER_CAP, CHARGING_NEEDS_DEPARTURE_TIME_CAP, D_E_R_CHARGING_PARAMETERS_EV_ISLANDING_DETECTION_METHOD_CAP, D_E_R_CHARGING_PARAMETERS_EV_SUPPORTED_D_E_R_CONTROL_CAP, E_V_ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, E_V_POWER_SCHEDULE_TIME_ANCHOR_CAP>