Struct AbsolutePriceSchedule 

pub struct AbsolutePriceSchedule<const ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize = 1024> {

    pub additional_selected_services: Option<Vec<AdditionalSelectedServices, 5usize>>,
    pub currency: String<3usize>,
    pub custom_data: Option<CustomData>,
    pub language: String<8usize>,
    pub maximum_cost: Option<RationalNumber>,
    pub minimum_cost: Option<RationalNumber>,
    pub overstay_rule_list: Option<OverstayRuleList>,
    pub price_algorithm: String<2000usize>,
    pub price_rule_stacks: Vec<PriceRuleStack, 1024usize>,
    pub price_schedule_description: Option<String<160usize>>,
    pub price_schedule_i_d: i64,
    pub tax_rules: Option<Vec<TaxRule, 10usize>>,
    pub time_anchor: String<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP>,
}

The AbsolutePriceScheduleType is modeled after the same type that is defined in ISO 15118-20, such that if it is supplied by an EMSP as a signed EXI message, the conversion from EXI to JSON (in OCPP) and back to EXI (for ISO 15118-20) does not change the digest and therefore does not invalidate the signature.

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

Fields

additional_selected_services: Option<Vec<AdditionalSelectedServices, 5usize>>

currency: String<3usize>

Currency according to ISO 4217.

custom_data: Option<CustomData>

language: String<8usize>

String that indicates what language is used for the human readable strings in the price schedule. Based on ISO 639.

maximum_cost: Option<RationalNumber>

minimum_cost: Option<RationalNumber>

overstay_rule_list: Option<OverstayRuleList>

price_algorithm: String<2000usize>

A string in URN notation which shall uniquely identify an algorithm that defines how to compute an energy fee sum for a specific power profile based on the EnergyFee information from the PriceRule elements.

price_rule_stacks: Vec<PriceRuleStack, 1024usize>

price_schedule_description: Option<String<160usize>>

Description of the price schedule.

price_schedule_i_d: i64

Unique ID of price schedule

tax_rules: Option<Vec<TaxRule, 10usize>>

time_anchor: String<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP>

Starting point of price schedule.

Trait Implementations

impl<const ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize> Clone for AbsolutePriceSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP>

fn clone( &self, ) -> AbsolutePriceSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_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> Debug for AbsolutePriceSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP>

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

Formats the value using the given formatter.

impl<const ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize> Eq for AbsolutePriceSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP>

impl<const ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize> PartialEq for AbsolutePriceSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP>

fn eq( &self, other: &AbsolutePriceSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP>, ) -> bool

Equality operator ==.

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

Inequality operator !=.

impl<const ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP: usize> StructuralPartialEq for AbsolutePriceSchedule<ABSOLUTE_PRICE_SCHEDULE_TIME_ANCHOR_CAP>