Package jline.lang

Class NetworkStruct

java.lang.Object

jline.lang.NetworkStruct

All Implemented Interfaces:

Serializable, Cloneable, Copyable

public class NetworkStruct
extends Object
implements Copyable, Cloneable

Class summarizing the characteristics of a Network object

See Also:

• Serialized Form

Field Summary

Fields

Modifier and Type	Field	Description
Map<Station,Map<JobClass,BalkingStrategy>>	balkingStrategy
Map<Station,Map<JobClass,List<BalkingThreshold>>>	balkingThresholds
Matrix	cap
Map<Station,SerializableFunction<Matrix,Double>>	cdscaling
Matrix	chains
Matrix	classcap
Matrix	classdeadline
List<String>	classnames
Matrix	classprio
Matrix	connmatrix
Matrix	csmask
Map<Station,Map<JobClass,DropStrategy>>	droprule
Matrix	fj
Map<Integer,GlobalSync>	gsync
Map<Station,Map<Integer,Map<Integer,MatrixCell>>>	heteroproc	Heterogeneous service process parameters per station, server type, and class.
Map<Station,Map<Integer,Map<Integer,ProcessType>>>	heteroprocid	Heterogeneous service process type per station, server type, and class.
Map<Station,Map<Integer,Map<Integer,Double>>>	heterorates	Heterogeneous service rates per station, server type, and class.
Map<Station,HeteroSchedPolicy>	heteroschedpolicy	Heterogeneous scheduling policy per station.
Matrix	immfeed
Map<Station,Map<JobClass,Matrix>>	impatienceMu
Map<Station,Map<JobClass,Integer>>	impatiencePhases
Map<Station,Map<JobClass,Matrix>>	impatiencePhi
Map<Station,Map<JobClass,Matrix>>	impatiencePie
Map<Station,Map<JobClass,MatrixCell>>	impatienceProc
Map<Station,Map<JobClass,ProcessType>>	impatienceType
Map<Integer,Matrix>	inchain
Matrix	isCatastrophe
Matrix	issignal
Matrix	isslc
Matrix	isstatedep
Matrix	isstateful
Matrix	isstation
List<JobClass>	jobclasses
Map<Station,Matrix>	ljcdcutoffs
Map<Station,Map<JobClass,Matrix>>	ljcdscaling
Map<Station,Matrix>	ljdcutoffs
Map<Station,Matrix>	ljdscaling
Matrix	lldscaling
Map<Station,Map<JobClass,SerializableFunction<Double,Double>>>	lst
Map<Station,Map<JobClass,Matrix>>	mu
int	nchains
int	nclasses
int	nclosedjobs
Matrix	njobs
int	nnodes
List<String>	nodenames
Map<Node,NodeParam>	nodeparam
List<Node>	nodes
Matrix	nodeToStateful
Matrix	nodeToStation
List<NodeType>	nodetype
Map<Integer,Matrix>	nodevisits
int	nregions
Matrix	nservers
Matrix	nservertypes	Number of server types per station.
int	nstateful
int	nstations
Matrix	nvars
Matrix	phases
Matrix	phaseshift
Matrix	phasessz
Map<Station,Map<JobClass,Matrix>>	phi
Map<Station,Map<JobClass,Matrix>>	pie
Map<Station,Map<JobClass,MatrixCell>>	proc
Map<Station,Map<JobClass,ProcessType>>	procid
Matrix	rates
Matrix	refclass
Matrix	refstat
MatrixCell	region
MatrixCell	regionLinConA
MatrixCell	regionLinConb
Matrix	regionrule
Matrix	regionsz
Matrix	regionweight
Map<Station,Map<JobClass,Integer>>	retrialMaxAttempts
Map<Station,Map<JobClass,Matrix>>	retrialMu
Map<Station,Map<JobClass,Matrix>>	retrialPhi
Map<Station,Map<JobClass,MatrixCell>>	retrialProc
Map<Station,Map<JobClass,ProcessType>>	retrialType
Map<String,RewardFunction>	reward
Map<Node,Map<JobClass,RoutingStrategy>>	routing
Matrix	rt
Matrix	rtnodes
Map<JobClass,Map<JobClass,Matrix>>	rtorig
Map<Station,SchedStrategy>	sched
Matrix	schedparam
Matrix	scv
Map<Station,Matrix>	servercompat	Server-class compatibility matrix per station.
Map<Station,Matrix>	serverspertype	Number of servers per server type at each station.
Map<Station,List<String>>	servertypenames	Server type names per station.
List<DiscreteDistribution>	signalRemovalDist
List<RemovalPolicy>	signalRemovalPolicy
List<SignalType>	signaltype
Map<StatefulNode,Matrix>	space
Map<StatefulNode,Map<String,Integer>>	spaceHash
Map<StatefulNode,Matrix>	state
List<StatefulNode>	stateful
Matrix	statefulToNode
Matrix	statefulToStation
Map<StatefulNode,Matrix>	stateprior
List<Station>	stations
Matrix	stationToNode
Matrix	stationToStateful
Map<Integer,Sync>	sync
Matrix	syncreply
Matrix	varsparam
Map<Integer,Matrix>	visits

Constructor Summary

Constructors

Constructor	Description
NetworkStruct()

Method Summary

Modifier and Type	Method	Description
List<Station>	getStations()	Returns the list of stations in the network.
boolean	isConsistentWithMatlab()	Checks if this NetworkStruct is consistent with MATLAB implementation.
void	print()	Print comprehensive information about this NetworkStruct.
void	validateStructuralConsistency()	Validates the structural consistency of stations, stateful nodes, and nodes according to MATLAB implementation requirements.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface jline.lang.Copyable

copy

Field Details

nstations

public int nstations

nstateful

public int nstateful

nnodes

public int nnodes

nclasses

public int nclasses

nclosedjobs

public int nclosedjobs

nchains

public int nchains

rtorig

public Map<JobClass,Map<JobClass,Matrix>> rtorig

lst

public Map<Station,Map<JobClass,SerializableFunction<Double,Double>>> lst

state

public Map<StatefulNode,Matrix> state

stateprior

public Map<StatefulNode,Matrix> stateprior

space

public Map<StatefulNode,Matrix> space

spaceHash

public Map<StatefulNode,Map<String,Integer>> spaceHash

routing

public Map<Node,Map<JobClass,RoutingStrategy>> routing

procid

public Map<Station,Map<JobClass,ProcessType>> procid

mu

public Map<Station,Map<JobClass,Matrix>> mu

phi

public Map<Station,Map<JobClass,Matrix>> phi

proc

public Map<Station,Map<JobClass,MatrixCell>> proc

pie

public Map<Station,Map<JobClass,Matrix>> pie

sched

public Map<Station,SchedStrategy> sched

inchain

public Map<Integer,Matrix> inchain

visits

public Map<Integer,Matrix> visits

nodevisits

public Map<Integer,Matrix> nodevisits

droprule

public Map<Station,Map<JobClass,DropStrategy>> droprule

nodeparam

public Map<Node,NodeParam> nodeparam

sync

public Map<Integer,Sync> sync

gsync

public Map<Integer,GlobalSync> gsync

cdscaling

public Map<Station,SerializableFunction<Matrix,Double>> cdscaling

impatienceType

public Map<Station,Map<JobClass,ProcessType>> impatienceType

impatienceMu

public Map<Station,Map<JobClass,Matrix>> impatienceMu

impatiencePhi

public Map<Station,Map<JobClass,Matrix>> impatiencePhi

impatienceProc

public Map<Station,Map<JobClass,MatrixCell>> impatienceProc

impatiencePie

public Map<Station,Map<JobClass,Matrix>> impatiencePie

impatiencePhases

public Map<Station,Map<JobClass,Integer>> impatiencePhases

balkingStrategy

public Map<Station,Map<JobClass,BalkingStrategy>> balkingStrategy

balkingThresholds

public Map<Station,Map<JobClass,List<BalkingThreshold>>> balkingThresholds

retrialType

public Map<Station,Map<JobClass,ProcessType>> retrialType

retrialMu

public Map<Station,Map<JobClass,Matrix>> retrialMu

retrialPhi

public Map<Station,Map<JobClass,Matrix>> retrialPhi

retrialProc

public Map<Station,Map<JobClass,MatrixCell>> retrialProc

retrialMaxAttempts

public Map<Station,Map<JobClass,Integer>> retrialMaxAttempts

refstat

public Matrix refstat

njobs

public Matrix njobs

nservers

public Matrix nservers

connmatrix

public Matrix connmatrix

scv

public Matrix scv

isstation

public Matrix isstation

isstateful

public Matrix isstateful

isstatedep

public Matrix isstatedep

nodeToStateful

public Matrix nodeToStateful

nodeToStation

public Matrix nodeToStation

stationToNode

public Matrix stationToNode

stationToStateful

public Matrix stationToStateful

statefulToStation

public Matrix statefulToStation

statefulToNode

public Matrix statefulToNode

rates

public Matrix rates

classprio

public Matrix classprio

classdeadline

public Matrix classdeadline

phases

public Matrix phases

phasessz

public Matrix phasessz

phaseshift

public Matrix phaseshift

schedparam

public Matrix schedparam

chains

public Matrix chains

rt

public Matrix rt

nvars

public Matrix nvars

rtnodes

public Matrix rtnodes

csmask

public Matrix csmask

isslc

public Matrix isslc

immfeed

public Matrix immfeed

issignal

public Matrix issignal

signaltype

public List<SignalType> signaltype

syncreply

public Matrix syncreply

signalRemovalDist

public List<DiscreteDistribution> signalRemovalDist

signalRemovalPolicy

public List<RemovalPolicy> signalRemovalPolicy

isCatastrophe

public Matrix isCatastrophe

cap

public Matrix cap

classcap

public Matrix classcap

nregions

public int nregions

region

public MatrixCell region

regionrule

public Matrix regionrule

regionweight

public Matrix regionweight

regionsz

public Matrix regionsz

regionLinConA

public MatrixCell regionLinConA

regionLinConb

public MatrixCell regionLinConb

refclass

public Matrix refclass

lldscaling

public Matrix lldscaling

ljdscaling

public Map<Station,Matrix> ljdscaling

ljdcutoffs

public Map<Station,Matrix> ljdcutoffs

ljcdscaling

public Map<Station,Map<JobClass,Matrix>> ljcdscaling

ljcdcutoffs

public Map<Station,Matrix> ljcdcutoffs

fj

public Matrix fj

varsparam

public Matrix varsparam

nodetype

public List<NodeType> nodetype

classnames

public List<String> classnames

nodenames

public List<String> nodenames

stations

public List<Station> stations

stateful

public List<StatefulNode> stateful

jobclasses

public List<JobClass> jobclasses

nodes

public List<Node> nodes

reward

public Map<String,RewardFunction> reward

nservertypes

public Matrix nservertypes

Number of server types per station. Matrix (M x 1) where entry (i) is the count of server types at station i. A value of 0 indicates a homogeneous (traditional) queue.

servertypenames

public Map<Station,List<String>> servertypenames

Server type names per station. servertypenames.get(station).get(t) returns the name of server type t at that station.

serverspertype

public Map<Station,Matrix> serverspertype

Number of servers per server type at each station. serverspertype.get(station) returns a Matrix (nTypes x 1) where entry (t) is the count of servers of type t.

servercompat

public Map<Station,Matrix> servercompat

Server-class compatibility matrix per station. servercompat.get(station) returns a Matrix (nTypes x K) where entry (t, r) is 1.0 if server type t can serve job class r, 0.0 otherwise.

heterorates

public Map<Station,Map<Integer,Map<Integer,Double>>> heterorates

Heterogeneous service rates per station, server type, and class. heterorates.get(station).get(serverTypeId).get(classId) returns the service rate.

heteroproc

public Map<Station,Map<Integer,Map<Integer,MatrixCell>>> heteroproc

Heterogeneous service process parameters per station, server type, and class. heteroproc.get(station).get(serverTypeId).get(classId) returns the PH matrices.

heteroprocid

public Map<Station,Map<Integer,Map<Integer,ProcessType>>> heteroprocid

Heterogeneous service process type per station, server type, and class. heteroprocid.get(station).get(serverTypeId).get(classId) returns the ProcessType.

heteroschedpolicy

public Map<Station,HeteroSchedPolicy> heteroschedpolicy

Heterogeneous scheduling policy per station. heteroschedpolicy.get(station) returns the HeteroSchedPolicy for that station.

Constructor Details

NetworkStruct

public NetworkStruct()

Method Details

getStations

public List<Station> getStations()

Returns the list of stations in the network.

Returns:

List of Station objects

validateStructuralConsistency

public void validateStructuralConsistency()

Validates the structural consistency of stations, stateful nodes, and nodes according to MATLAB implementation requirements. This method ensures: 1. All stations are stateful nodes (stations ⊆ stateful) 2. All stateful nodes are nodes (stateful ⊆ nodes) 3. Hash mapping consistency between node types 4. Count consistency for nstations, nstateful, nnodes

Throws:

IllegalStateException - if structural consistency is violated

isConsistentWithMatlab

public boolean isConsistentWithMatlab()

Checks if this NetworkStruct is consistent with MATLAB implementation. This is a convenience method that calls validateStructuralConsistency and returns true if no exceptions are thrown.

Returns:

true if structure is consistent, false otherwise

print

public void print()

Print comprehensive information about this NetworkStruct. This method displays all fields, matrices, lists, and maps in a formatted manner useful for debugging and inspection.