Trait sim::models::model::AsModel

pub trait AsModel {
    fn status(&self) -> String;
    fn events_ext(
        &mut self, 
        incoming_message: ModelMessage, 
        services: &mut Services
    ) -> Result<Vec<ModelMessage>, SimulationError>;
    fn events_int(
        &mut self, 
        services: &mut Services
    ) -> Result<Vec<ModelMessage>, SimulationError>;
    fn time_advance(&mut self, time_delta: f64);
    fn until_next_event(&self) -> f64;
}

The AsModel trait defines everything required for a model to operate within the discrete event simulation. The simulator formalism (Discrete Event System Specification) requires events_ext, events_int, time_advance, and until_next_event. The additional status is for facilitation of simulation reasoning, reporting, and debugging.

Required methods

fn status(&self) -> String

fn events_ext(
    &mut self,
    incoming_message: ModelMessage,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

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Implementors

impl AsModel for ModelType

fn status(&self) -> String

fn events_ext(
    &mut self,
    incoming_message: ModelMessage,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

impl AsModel for ExclusiveGateway

fn status(&self) -> String

fn events_ext(
    &mut self,
    incoming_message: ModelMessage,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    _services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

impl AsModel for Gate

fn status(&self) -> String

fn events_ext(
    &mut self,
    incoming_message: ModelMessage,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    _services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

impl AsModel for Generator

fn status(&self) -> String

fn events_ext(
    &mut self,
    _incoming_message: ModelMessage,
    _services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

impl AsModel for LoadBalancer

fn status(&self) -> String

fn events_ext(
    &mut self,
    incoming_message: ModelMessage,
    _services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

impl AsModel for Model

fn status(&self) -> String

fn events_ext(
    &mut self,
    incoming_message: ModelMessage,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

impl AsModel for ParallelGateway

fn status(&self) -> String

fn events_ext(
    &mut self,
    incoming_message: ModelMessage,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

impl AsModel for Processor

fn status(&self) -> String

fn events_ext(
    &mut self,
    incoming_message: ModelMessage,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

impl AsModel for StochasticGate

fn status(&self) -> String

fn events_ext(
    &mut self,
    incoming_message: ModelMessage,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

impl AsModel for Storage

fn status(&self) -> String

fn events_ext(
    &mut self,
    incoming_message: ModelMessage,
    services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn events_int(
    &mut self,
    _services: &mut Services
) -> Result<Vec<ModelMessage>, SimulationError>

fn time_advance(&mut self, time_delta: f64)

fn until_next_event(&self) -> f64

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