NetworkSimulator

Instance Constructors

new NetworkSimulator(simulationSeed: Long = 0L, randomSensorSeed: Long = 0L, idArray: ArrayBuffer[(Simulation.this)#ID] = MArray(), localSensors: PartialFunction[(Simulation.this)#CNAME, PartialFunction[(Simulation.this)#ID, Any]] = Map.empty, nbrSensors: PartialFunction[(Simulation.this)#CNAME, PartialFunction[((Simulation.this)#ID, (Simulation.this)#ID), Any]] = Map.empty, nbrMap: Map[(Simulation.this)#ID, Set[(Simulation.this)#ID]] = MMap(), toStr: ((Simulation.this)#NetworkSimulator) ⇒ String = NetworkSimulator.defaultRepr)

Type Members

type O = SimulationObserver[(Simulation.this)#ID, (Simulation.this)#CNAME]

observer type, a source can notify a observer class
observer type, a source can notify a observer class

Definition Classes
NetworkSimulator → Source
class SimulatorContextImpl extends (Simulation.this)#ContextImpl with (Simulation.this)#StandardTemporalSensorNames with (Simulation.this)#StandardPlatformSensorNames

Value Members

final def !=(arg0: Any): Boolean

Definition Classes
AnyRef → Any
final def ##(): Int

Definition Classes
AnyRef → Any
final def <--(observer: (NetworkSimulator.this)#O): NetworkSimulator.this

fast way to add an observer
fast way to add an observer
observer
want to observe current source
returns
the source

Definition Classes
Source
final def <--!(observer: (NetworkSimulator.this)#O): NetworkSimulator.this

Definition Classes
Source
final def ==(arg0: Any): Boolean

Definition Classes
AnyRef → Any
def addSensor[A](name: (Simulation.this)#CNAME, value: A): Unit

Definition Classes
NetworkSimulator → SimulatorOps
final def asInstanceOf[T0]: T0

Definition Classes
Any
def attach(observer: (NetworkSimulator.this)#O): Boolean

add an observer to the source
add an observer to the source
observer
want observe this source
returns
false if the observer currently observe the source true otherwise

Definition Classes
SimpleSource → Source
def chgSensorValue[A](name: (Simulation.this)#CNAME, ids: Set[(Simulation.this)#ID], value: A): Unit

Definition Classes
NetworkSimulator → SimulatorOps
def clearExports(): Unit

Definition Classes
NetworkSimulator → SimulatorOps
def clone(): AnyRef

Attributes
protected[java.lang]
Definition Classes
AnyRef
Annotations
@HotSpotIntrinsicCandidate() @throws( ... )
def context(id: (Simulation.this)#ID): (Simulation.this)#CONTEXT

Definition Classes
NetworkSimulator → SimulatorOps
def detach(observer: (NetworkSimulator.this)#O): Boolean

remove an observer to the source
remove an observer to the source
observer
want to stop observer this source
returns
false if the observer currently doesn't observer the source true otherwise

Definition Classes
SimpleSource → Source
val eMap: Map[(Simulation.this)#ID, (Simulation.this)#EXPORT]

Attributes
protected
final def eq(arg0: AnyRef): Boolean

Definition Classes
AnyRef
def equals(arg0: Any): Boolean

Definition Classes
AnyRef → Any
def exec(ap: ((Simulation.this)#CONTEXT) ⇒ (Simulation.this)#EXPORT): ((Simulation.this)#ID, (Simulation.this)#EXPORT)

Definition Classes
NetworkSimulator → SimulatorOps
def exec(node: (Simulation.this)#EXECUTION, exp: ⇒ Any, id: (Simulation.this)#ID): Unit

Definition Classes
NetworkSimulator → SimulatorOps
def execInOrderAndReturn(node: (Simulation.this)#EXECUTION, exp: ⇒ Any, firingSeq: Seq[(Simulation.this)#ID]): (Simulation.this)#Network with (Simulation.this)#SimulatorOps

Definition Classes
NetworkSimulator → SimulatorOps
def execMany(node: (Simulation.this)#EXECUTION, exp: ⇒ Any, size: Int, action: ((Simulation.this)#Network, Int) ⇒ Unit = (n, i) => {}): Seq[(Simulation.this)#ID]

node
The local execution node
exp
The expression to be run
size
The number of executions to be performed
action
An optional action launched after each execution

Definition Classes
NetworkSimulator → SimulatorOps
def executeMany(node: (Simulation.this)#EXECUTION, size: Int, action: ((Simulation.this)#Network, Int) ⇒ Unit = (n, i) => {}): Seq[(Simulation.this)#ID]

Definition Classes
NetworkSimulator → SimulatorOps
def export(id: (Simulation.this)#ID): Option[(Simulation.this)#EXPORT]

Definition Classes
NetworkSimulator → Network
def exports(): Map[(Simulation.this)#ID, Option[(Simulation.this)#EXPORT]]

Definition Classes
NetworkSimulator → Network
final def getClass(): Class[_]

Definition Classes
AnyRef → Any
Annotations
@HotSpotIntrinsicCandidate()
def getSensor(name: (Simulation.this)#CNAME): Option[Any]
def hashCode(): Int

Definition Classes
AnyRef → Any
Annotations
@HotSpotIntrinsicCandidate()
val idArray: ArrayBuffer[(Simulation.this)#ID]
val ids: Set[(Simulation.this)#ID]

Definition Classes
NetworkSimulator → Network
final def isInstanceOf[T0]: Boolean

Definition Classes
Any
var lastRound: Map[(Simulation.this)#ID, Instant]

Attributes
protected
def localSensor[A](name: (Simulation.this)#CNAME)(id: (Simulation.this)#ID): A

Definition Classes
NetworkSimulator → Network
val localSensors: PartialFunction[(Simulation.this)#CNAME, PartialFunction[(Simulation.this)#ID, Any]]
val lsnsMap: Map[(Simulation.this)#CNAME, Map[(Simulation.this)#ID, Any]]
val nbrMap: Map[(Simulation.this)#ID, Set[(Simulation.this)#ID]]
def nbrSensor[A](name: (Simulation.this)#CNAME)(id: (Simulation.this)#ID)(idn: (Simulation.this)#ID): A

Definition Classes
NetworkSimulator → Network
val nbrSensors: PartialFunction[(Simulation.this)#CNAME, PartialFunction[((Simulation.this)#ID, (Simulation.this)#ID), Any]]
final def ne(arg0: AnyRef): Boolean

Definition Classes
AnyRef
def neighbourhood(id: (Simulation.this)#ID): Set[(Simulation.this)#ID]

Definition Classes
NetworkSimulator → Network
def neighbouringSensorState(filter: ((Simulation.this)#CNAME, (Simulation.this)#ID, (Simulation.this)#ID) ⇒ Boolean = (s,n,nbr) => true): Map[(Simulation.this)#CNAME, Map[(Simulation.this)#ID, Map[(Simulation.this)#ID, Any]]]

Definition Classes
NetworkSimulator → Network
def notify(e: Event): Unit

notify all the observer
notify all the observer
e
the event generate

Definition Classes
Source
final def notify(): Unit

Definition Classes
AnyRef
Annotations
@HotSpotIntrinsicCandidate()
final def notifyAll(): Unit

Definition Classes
AnyRef
Annotations
@HotSpotIntrinsicCandidate()
val nsnsMap: Map[(Simulation.this)#CNAME, Map[(Simulation.this)#ID, Map[(Simulation.this)#ID, Any]]]
def observers: Iterable[(NetworkSimulator.this)#O]

returns
the observers attached to current source

Attributes
protected
Definition Classes
SimpleSource → Source
val randomSensor: Random

Attributes
protected
val randomSensorSeed: Long
def sensorState(filter: ((Simulation.this)#CNAME, (Simulation.this)#ID) ⇒ Boolean = (s,n) => true): Map[(Simulation.this)#CNAME, Map[(Simulation.this)#ID, Any]]

Definition Classes
NetworkSimulator → Network
var sensors: Map[(Simulation.this)#CNAME, Any]

Attributes
protected
val simulationRandom: Random

Attributes
protected
val simulationSeed: Long
final def synchronized[T0](arg0: ⇒ T0): T0

Definition Classes
AnyRef
val toStr: ((Simulation.this)#NetworkSimulator) ⇒ String
def toString(): String

Definition Classes
NetworkSimulator → AnyRef → Any
def valueMap[T](): Map[(Simulation.this)#ID, T]

Definition Classes
SimulatorOps
final def wait(arg0: Long, arg1: Int): Unit

Definition Classes
AnyRef
Annotations
@throws( ... )
final def wait(arg0: Long): Unit

Definition Classes
AnyRef
Annotations
@throws( ... )
final def wait(): Unit

Definition Classes
AnyRef
Annotations
@throws( ... )

Deprecated Value Members

def finalize(): Unit

Attributes
protected[java.lang]
Definition Classes
AnyRef
Annotations
@Deprecated @deprecated @throws( classOf[java.lang.Throwable] )
Deprecated
(Since version ) see corresponding Javadoc for more information.

Related Docs: object NetworkSimulator | package Simulation

class NetworkSimulator extends (Simulation.this)#Network with (Simulation.this)#SimulatorOps with SimpleSource

Instance Constructors

Type Members

type O = SimulationObserver[(Simulation.this)#ID, (Simulation.this)#CNAME]

class SimulatorContextImpl extends (Simulation.this)#ContextImpl with (Simulation.this)#StandardTemporalSensorNames with (Simulation.this)#StandardPlatformSensorNames

Value Members

final def !=(arg0: Any): Boolean

final def ##(): Int

final def <--(observer: (NetworkSimulator.this)#O): NetworkSimulator.this

final def <--!(observer: (NetworkSimulator.this)#O): NetworkSimulator.this

final def ==(arg0: Any): Boolean

def addSensor[A](name: (Simulation.this)#CNAME, value: A): Unit

final def asInstanceOf[T0]: T0

def attach(observer: (NetworkSimulator.this)#O): Boolean

def chgSensorValue[A](name: (Simulation.this)#CNAME, ids: Set[(Simulation.this)#ID], value: A): Unit

def clearExports(): Unit

def clone(): AnyRef

def context(id: (Simulation.this)#ID): (Simulation.this)#CONTEXT

def detach(observer: (NetworkSimulator.this)#O): Boolean

val eMap: Map[(Simulation.this)#ID, (Simulation.this)#EXPORT]

final def eq(arg0: AnyRef): Boolean

def equals(arg0: Any): Boolean

def exec(ap: ((Simulation.this)#CONTEXT) ⇒ (Simulation.this)#EXPORT): ((Simulation.this)#ID, (Simulation.this)#EXPORT)

def exec(node: (Simulation.this)#EXECUTION, exp: ⇒ Any, id: (Simulation.this)#ID): Unit

def execInOrderAndReturn(node: (Simulation.this)#EXECUTION, exp: ⇒ Any, firingSeq: Seq[(Simulation.this)#ID]): (Simulation.this)#Network with (Simulation.this)#SimulatorOps

def execMany(node: (Simulation.this)#EXECUTION, exp: ⇒ Any, size: Int, action: ((Simulation.this)#Network, Int) ⇒ Unit = (n, i) => {}): Seq[(Simulation.this)#ID]

def executeMany(node: (Simulation.this)#EXECUTION, size: Int, action: ((Simulation.this)#Network, Int) ⇒ Unit = (n, i) => {}): Seq[(Simulation.this)#ID]

def export(id: (Simulation.this)#ID): Option[(Simulation.this)#EXPORT]

def exports(): Map[(Simulation.this)#ID, Option[(Simulation.this)#EXPORT]]

final def getClass(): Class[_]

def getSensor(name: (Simulation.this)#CNAME): Option[Any]

def hashCode(): Int

val idArray: ArrayBuffer[(Simulation.this)#ID]

val ids: Set[(Simulation.this)#ID]

final def isInstanceOf[T0]: Boolean

var lastRound: Map[(Simulation.this)#ID, Instant]

def localSensor[A](name: (Simulation.this)#CNAME)(id: (Simulation.this)#ID): A

val localSensors: PartialFunction[(Simulation.this)#CNAME, PartialFunction[(Simulation.this)#ID, Any]]

val lsnsMap: Map[(Simulation.this)#CNAME, Map[(Simulation.this)#ID, Any]]

val nbrMap: Map[(Simulation.this)#ID, Set[(Simulation.this)#ID]]

def nbrSensor[A](name: (Simulation.this)#CNAME)(id: (Simulation.this)#ID)(idn: (Simulation.this)#ID): A

val nbrSensors: PartialFunction[(Simulation.this)#CNAME, PartialFunction[((Simulation.this)#ID, (Simulation.this)#ID), Any]]

final def ne(arg0: AnyRef): Boolean

def neighbourhood(id: (Simulation.this)#ID): Set[(Simulation.this)#ID]

def neighbouringSensorState(filter: ((Simulation.this)#CNAME, (Simulation.this)#ID, (Simulation.this)#ID) ⇒ Boolean = (s,n,nbr) => true): Map[(Simulation.this)#CNAME, Map[(Simulation.this)#ID, Map[(Simulation.this)#ID, Any]]]

def notify(e: Event): Unit

final def notify(): Unit

final def notifyAll(): Unit

val nsnsMap: Map[(Simulation.this)#CNAME, Map[(Simulation.this)#ID, Map[(Simulation.this)#ID, Any]]]

def observers: Iterable[(NetworkSimulator.this)#O]

val randomSensor: Random

val randomSensorSeed: Long

def sensorState(filter: ((Simulation.this)#CNAME, (Simulation.this)#ID) ⇒ Boolean = (s,n) => true): Map[(Simulation.this)#CNAME, Map[(Simulation.this)#ID, Any]]

var sensors: Map[(Simulation.this)#CNAME, Any]

val simulationRandom: Random

val simulationSeed: Long

final def synchronized[T0](arg0: ⇒ T0): T0

val toStr: ((Simulation.this)#NetworkSimulator) ⇒ String

def toString(): String

def valueMap[T](): Map[(Simulation.this)#ID, T]

final def wait(arg0: Long, arg1: Int): Unit

final def wait(arg0: Long): Unit

final def wait(): Unit

Deprecated Value Members

def finalize(): Unit

Inherited from SimpleSource

Inherited from Source

Inherited from (Simulation.this)#SimulatorOps

Inherited from (Simulation.this)#Network

Inherited from AnyRef

Inherited from Any

Ungrouped