ports/com.group7.utils

Package-level declarations

Types

RandomContext

object RandomContext

Controls and provides seeds for distributions we sample data from during the running of a scenario.

Properties

suffix

val DurationUnit.suffix: String

Provides the string suffix of this DurationUnit

Functions

studentT

fun studentT(df: Int, alpha: Double): Double

Calculates the student-T value

thenSubnetwork

fun <ItemT, InputChannelT : ChannelType<InputChannelT>, OutputChannelT : ChannelType<OutputChannelT>> NodeBuilder<ItemT, InputChannelT>.thenSubnetwork(networkName: String = "Bounded Subnetwork", capacity: Int, inner: (NodeBuilder<ItemT, InputChannelT>) -> NodeBuilder<ItemT, OutputChannelT>): RegularNodeBuilder<BoundedSubnetwork<ItemT, InputChannelT, OutputChannelT>, ItemT, OutputChannelT>

Attaches a bounded subnetwork defined in inner to the current NodeBuilder chain. The output of the subnetwork can then be connected to downstream nodes using the DSL system as well.

toRateStringWithBestUnit

fun Number.toRateStringWithBestUnit(duration: Duration, dp: Int = 4): String

Converts to a rate with appropriate units

toRateWithUnit

fun Number.toRateWithUnit(duration: Duration, unit: DurationUnit, dp: Int = 4): String

toStringWithBestUnit

fun Duration.toStringWithBestUnit(dp: Int = 4): String

Converts duration to the string with the closest and most appropriate unit

walkDownstream

fun OutputChannel<*, *>.walkDownstream(): Sequence<NodeGroup>

Walks downstream from this OutputChannel, and returns a sequence of the following NodeGroup instances that exist downstream of this channel.

walkUpstream

fun InputChannel<*, *>.walkUpstream(): Sequence<NodeGroup>

Walks upstream from this InputChannel, and returns a sequence of the following NodeGroup instances that exist upstream of this channel.