Struct ChargingSchedule 

pub struct ChargingSchedule<const ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize = 1024, const PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP: usize = 1024, const CHARGING_SCHEDULE_START_SCHEDULE_CAP: usize = 1024> {

    pub absolute_price_schedule: Option<AbsolutePriceSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP>>,
    pub charging_rate_unit: ChargingRateUnitEnum,
    pub charging_schedule_period: Vec<ChargingSchedulePeriod, 1024usize>,
    pub custom_data: Option<CustomData>,
    pub digest_value: Option<String<88usize>>,
    pub duration: Option<i64>,
    pub id: i64,
    pub limit_at_so_c: Option<LimitAtSoC>,
    pub min_charging_rate: Option<f64>,
    pub power_tolerance: Option<f64>,
    pub price_level_schedule: Option<PriceLevelSchedule<PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP>>,
    pub randomized_delay: Option<i64>,
    pub sales_tariff: Option<SalesTariff>,
    pub signature_id: Option<i64>,
    pub start_schedule: Option<String<CHARGING_SCHEDULE_START_SCHEDULE_CAP>>,
    pub use_local_time: Option<bool>,
}

Charging schedule structure defines a list of charging periods, as used in: NotifyEVChargingScheduleRequest and ChargingProfileType. When used in a NotifyEVChargingScheduleRequest only duration and chargingSchedulePeriod are relevant and chargingRateUnit must be ‘W’. + An ISO 15118-20 session may provide either an absolutePriceSchedule or a priceLevelSchedule. An ISO 15118-2 session can only provide a_salesTariff_ element. The field digestValue is used when price schedule or sales tariff are signed.

image::images/ChargingSchedule-Simple.png[]

Fields

absolute_price_schedule: Option<AbsolutePriceSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP>>

charging_rate_unit: ChargingRateUnitEnum

charging_schedule_period: Vec<ChargingSchedulePeriod, 1024usize>

custom_data: Option<CustomData>

digest_value: Option<String<88usize>>

(2.1) Base64 encoded hash (SHA256 for ISO 15118-2, SHA512 for ISO 15118-20) of the EXI price schedule element. Used in signature.

duration: Option<i64>

Duration of the charging schedule in seconds. If the duration is left empty, the last period will continue indefinitely or until end of the transaction in case startSchedule is absent.

id: i64

limit_at_so_c: Option<LimitAtSoC>

min_charging_rate: Option<f64>

Minimum charging rate supported by the EV. The unit of measure is defined by the chargingRateUnit. This parameter is intended to be used by a local smart charging algorithm to optimize the power allocation for in the case a charging process is inefficient at lower charging rates.

power_tolerance: Option<f64>

(2.1) Power tolerance when following EVPowerProfile.

price_level_schedule: Option<PriceLevelSchedule<PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP>>

randomized_delay: Option<i64>

(2.1) Defaults to 0. When randomizedDelay not equals zero, then the start of each <<cmn_chargingscheduleperiodtype,ChargingSchedulePeriodType>> is delayed by a randomly chosen number of seconds between 0 and randomizedDelay. Only allowed for TxProfile and TxDefaultProfile.

sales_tariff: Option<SalesTariff>

signature_id: Option<i64>

(2.1) Id of this element for referencing in a signature.

start_schedule: Option<String<CHARGING_SCHEDULE_START_SCHEDULE_CAP>>

Starting point of an absolute schedule or recurring schedule.

use_local_time: Option<bool>

(2.1) Defaults to false. When true, disregard time zone offset in dateTime fields of ChargingScheduleType and use unqualified local time at Charging Station instead. This allows the same Absolute or Recurring charging profile to be used in both summer and winter time.

Trait Implementations

impl<const ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize, const PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP: usize, const CHARGING_SCHEDULE_START_SCHEDULE_CAP: usize> Clone for ChargingSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP, CHARGING_SCHEDULE_START_SCHEDULE_CAP>

fn clone( &self, ) -> ChargingSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP, CHARGING_SCHEDULE_START_SCHEDULE_CAP>

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl<const ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize, const PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP: usize, const CHARGING_SCHEDULE_START_SCHEDULE_CAP: usize> Debug for ChargingSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP, CHARGING_SCHEDULE_START_SCHEDULE_CAP>

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

Formats the value using the given formatter.

impl<const ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize, const PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP: usize, const CHARGING_SCHEDULE_START_SCHEDULE_CAP: usize> PartialEq for ChargingSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP, CHARGING_SCHEDULE_START_SCHEDULE_CAP>

fn eq( &self, other: &ChargingSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP, CHARGING_SCHEDULE_START_SCHEDULE_CAP>, ) -> bool

Equality operator ==.

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

Inequality operator !=.

impl<const ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize, const PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP: usize, const CHARGING_SCHEDULE_START_SCHEDULE_CAP: usize> StructuralPartialEq for ChargingSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP, PRICE_LEVEL_SCHEDULE_TIME_ANCHOR_CAP, CHARGING_SCHEDULE_START_SCHEDULE_CAP>